cifv1003/0040755000000000000000000000000007214764304011022 5ustar rootrootcifv1003/CONSOLE/0040755000000000000000000000000007213755064012126 5ustar rootrootcifv1003/CONSOLE/DrvDemo0100755000000000000000000007115507213755002013412 0ustar rootrootELFЅ4l`4 (444CC C  d|C /lib/ld-linux.so.2GNU    _̄܄"7.; "v,$<7 L35\='l>|==XHgS= __gmon_start__libc.so.6ioctlprintfmemcpymalloclseek__deregister_frame_inforeadmemsetgetchar_IO_stdin_used__libc_start_mainstrlenopentoupper__register_frame_infoclosefreeGLIBC_2.0ii      US[OLtW{v4[5%%h%h%h%h%h %h(%h0%h8p%h@`%hHP%hP@%hX0%h` %hh%hp%hx1^PTRh|hQVh;U=(u>$P$С$8u t h(] U]ÍU܄thhK]Ít&'U]ÐUfE=@u;jh@=@u fE fD t&fDU]ÍUfE=@u fE:vf=Dv f D$@PfD@U]ÍUEEfE=@u fEj 2‰ЉEu j:‹E҉PuEPEfUfPEf@:EPUEPhc@PHufE)EUPj:EPEPEfPfUEPEPU]Ð&UEEfE=@u fEj ‰ЉEu Ef@h‹E҉PuEPCEPUEf@EfUfPEPhc@Pu fE1t&EfPfUEUPhEPEPEPEPU]Ív'UEU fEfUfE=@u fEet&f}v fEQfEfEEfEfEfEEPhc@P.u fEfEfEEUU]Ít&U$SEfEfE=@u fEf}vfEfEfEfEfEEPhc@PufEPEfEf}uB1fU`M 1fUdMˉ  U]؉]É'U(EU EfUfE=@ufEv}v fEyf}tf}tf}t fEZvE1EfEEfEEEfEfEEPhc@@Pu fE vEfEU]ÍU(EU MfEfUfMfE=@u fEcf}v fEQf}ufE?&1fUBt&f} vfEf}!vfEzf} vfEkf}vfE\f}vfELf}pvfEj1fEPfPhh@j1fEP3fPhh Fh`hhh@Ph 1fEPfPhcƅ@ƅAƅB ƅCƅDƅEƅFƅGƅHƅIfDžJƅLƅMƅN ƅOƅPƅQƅRƅSh@P1fEP2fPh h h Nhsh N@Ph jfPh7fuh1CP1BP1AP1@Ph` 1GP1FP1EP1DPh h`Pjj1fEPfPh zbP1`P1aPh`Tauh;E&h `uh`@Phj1fEPfftPhƅ@ƅAƅBƅCjd@Pjj@Pjj1fEP fftPhKX1CP1CP1BP1BP1AP1AP1@P1@Ph 0h Yjj1fEPzfftPh h`1fEPmfPhXjfPh*1&]ÐUS=t Ѓ;u[]Ív'U]ÐUS[ k[/dev/cifЌ 0@RCSCODEHILSCHER GmbH - Communication test program *** Open communication driver *** *** Board number: 0 *** DevOpenDriver RetWert = %5d DevInitBoard RetWert = %5d DevGetInfo (GET_FIRMWARE_INFO) RetWert = %5d DevSetHostState (HOST_READY) RetWert = %5d FirmwareName: %s FirmwareVersion: %s DevGetMBXState RetWert = %5d DevGetMBXState device MBX state = %5d (0=empty, 1=full) DevGetMBXState host MBX state = %5d (0=empty, 1=full) DevPutTaskParameter RetWert = %5d (Interface number 1) DevResetBoard RetWert = %5d Press RETURN to continue .... *** Test for message transfer *** DevGetMessage Wait for a maximum of %ld ms DevGetMessage RetWert = %5d DevPutMessage RetWert = %5d RX: 0x%02X, TX: 0x%02X, LN: 0x%02X, NR: 0x%02X A: 0x%02X, F: 0x%02X, B: 0x%02X, E: 0x%02X *** Test for ExchangeIO functions *** DevGetInfo (IOINFO) RetWert = %5d ExchangeIO information IO-Communication mode : %d IO-COM bit : %d IO-Count : %ld --- IO-Communication NOT AVAILABLE --- --- IO-Communication AVAILABLE --- IO-Communication is not running, so all function returning an error !. DevGetInfo (IO_SEND_DATA) RetWert = %5d DevExchangeIO RetWert = %5d ExchangeIO data: Send data: Receive data byte 0 : %d byte 0 : %d byte 1 : %d byte 1 : %d byte 2 : %d byte 2 : %d byte 3 : %d byte 3 : %d DevSetHostState (HOST_NOT_READY) RetWert = %5d *** Close communication driver *** DevExitBoard RetWert = %5d DevCloseDriver RetWert = %5d ҄"2BRbr…  |( ooodd/<>m0|>c}9cw'`t='p:q$B?' !'"=#T%m&12345 6 83 9M ;p = > ? @ A B C D3 EJ Fc G| H I N Q R$ S< TU Vn Y o r u { |= Z y  # = aKq  "U3h;BERY]ksXx' q#$%& "dinit.c/usr/src/packages/BUILD/glibc-2.1/csu/gcc2_compiled.int:t(0,1)=r(0,1);0020000000000;0017777777777;char:t(0,2)=r(0,2);0;127;long int:t(0,3)=r(0,1);0020000000000;0017777777777;unsigned int:t(0,4)=r(0,1);0000000000000;0037777777777;long unsigned int:t(0,5)=r(0,1);0000000000000;0037777777777;long long int:t(0,6)=r(0,1);01000000000000000000000;0777777777777777777777;long long unsigned int:t(0,7)=r(0,1);0000000000000;01777777777777777777777;short int:t(0,8)=r(0,8);-32768;32767;short unsigned int:t(0,9)=r(0,9);0;65535;signed char:t(0,10)=r(0,10);-128;127;unsigned char:t(0,11)=r(0,11);0;255;float:t(0,12)=r(0,1);4;0;double:t(0,13)=r(0,1);8;0;long double:t(0,14)=r(0,1);12;0;complex int:t(0,15)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,16)=r(0,16);4;0;complex double:t(0,17)=r(0,17);8;0;complex long double:t(0,18)=r(0,18);12;0;void:t(0,19)=(0,19)../include/libc-symbols.h/usr/src/packages/BUILD/glibc-2.1/cc/config.h../include/libintl.h../intl/libintl.h../include/features.h../include/sys/cdefs.h../misc/sys/cdefs.h/usr/lib/gcc-lib/i486-suse-linux/2.95.2/include/stddef.h../include/locale.h../locale/locale.hlconv:T(10,1)=s48decimal_point:(10,2)=*(0,2),0,32;thousands_sep:(10,2),32,32;grouping:(10,2),64,32;int_curr_symbol:(10,2),96,32;currency_symbol:(10,2),128,32;mon_decimal_point:(10,2),160,32;mon_thousands_sep:(10,2),192,32;mon_grouping:(10,2),224,32;positive_sign:(10,2),256,32;negative_sign:(10,2),288,32;int_frac_digits:(0,2),320,8;frac_digits:(0,2),328,8;p_cs_precedes:(0,2),336,8;p_sep_by_space:(0,2),344,8;n_cs_precedes:(0,2),352,8;n_sep_by_space:(0,2),360,8;p_sign_posn:(0,2),368,8;n_sign_posn:(0,2),376,8;;../include/xlocale.h../locale/xlocale.h__locale_struct:T(13,1)=s36__locales:(13,2)=ar(0,1);0;5;(13,3)=*(13,4)=xslocale_data:,0,192;__ctype_b:(13,5)=*(0,9),192,32;__ctype_tolower:(13,6)=*(0,1),224,32;__ctype_toupper:(13,6),256,32;;__locale_t:t(13,7)=(13,8)=*(13,1)../sysdeps/unix/sysv/linux/_G_config.h../sysdeps/unix/sysv/linux/bits/types.hsize_t:t(16,1)=(0,4)__u_char:t(15,1)=(0,11)__u_short:t(15,2)=(0,9)__u_int:t(15,3)=(0,4)__u_long:t(15,4)=(0,5)__u_quad_t:t(15,5)=(0,7)__quad_t:t(15,6)=(0,6)__int8_t:t(15,7)=(0,10)__uint8_t:t(15,8)=(0,11)__int16_t:t(15,9)=(0,8)__uint16_t:t(15,10)=(0,9)__int32_t:t(15,11)=(0,1)__uint32_t:t(15,12)=(0,4)__int64_t:t(15,13)=(0,6)__uint64_t:t(15,14)=(0,7)__qaddr_t:t(15,15)=(15,16)=*(15,6)__dev_t:t(15,17)=(15,5)__uid_t:t(15,18)=(15,3)__gid_t:t(15,19)=(15,3)__ino_t:t(15,20)=(15,4)__mode_t:t(15,21)=(15,3)__nlink_t:t(15,22)=(15,3)__off_t:t(15,23)=(0,3)__loff_t:t(15,24)=(15,6)__pid_t:t(15,25)=(0,1)__ssize_t:t(15,26)=(0,1)__rlim_t:t(15,27)=(15,4)__rlim64_t:t(15,28)=(15,5)__id_t:t(15,29)=(15,3)__fsid_t:t(15,30)=(15,31)=s8__val:(15,32)=ar(0,1);0;1;(0,1),0,64;;__daddr_t:t(15,33)=(0,1)__caddr_t:t(15,34)=(10,2)__time_t:t(15,35)=(0,3)__swblk_t:t(15,36)=(0,3)__clock_t:t(15,37)=(0,3)__fd_mask:t(15,38)=(0,5)__fd_set:t(15,39)=(15,40)=s128fds_bits:(15,41)=ar(0,1);0;31;(15,38),0,1024;;__key_t:t(15,42)=(0,1)__ipc_pid_t:t(15,43)=(0,9)__blkcnt_t:t(15,44)=(0,3)__blkcnt64_t:t(15,45)=(15,6)__fsblkcnt_t:t(15,46)=(15,4)__fsblkcnt64_t:t(15,47)=(15,5)__fsfilcnt_t:t(15,48)=(15,4)__fsfilcnt64_t:t(15,49)=(15,5)__ino64_t:t(15,50)=(15,4)__off64_t:t(15,51)=(15,24)__t_scalar_t:t(15,52)=(0,3)__t_uscalar_t:t(15,53)=(0,5)__intptr_t:t(15,54)=(0,1)../linuxthreads/sysdeps/pthread/bits/pthreadtypes.h../sysdeps/unix/sysv/linux/bits/sched.h__sched_param:T(18,1)=s4sched_priority:(0,1),0,32;;_pthread_fastlock:T(17,1)=s8__status:(0,3),0,32;__spinlock:(0,1),32,32;;_pthread_descr:t(17,2)=(17,3)=*(17,4)=xs_pthread_descr_struct:pthread_attr_t:t(17,5)=(17,6)=s36__detachstate:(0,1),0,32;__schedpolicy:(0,1),32,32;__schedparam:(18,1),64,32;__inheritsched:(0,1),96,32;__scope:(0,1),128,32;__guardsize:(16,1),160,32;__stackaddr_set:(0,1),192,32;__stackaddr:(17,7)=*(0,19),224,32;__stacksize:(16,1),256,32;;pthread_cond_t:t(17,8)=(17,9)=s12__c_lock:(17,1),0,64;__c_waiting:(17,2),64,32;;pthread_condattr_t:t(17,10)=(17,11)=s4__dummy:(0,1),0,32;;pthread_key_t:t(17,12)=(0,4)pthread_mutex_t:t(17,13)=(17,14)=s24__m_reserved:(0,1),0,32;__m_count:(0,1),32,32;__m_owner:(17,2),64,32;__m_kind:(0,1),96,32;__m_lock:(17,1),128,64;;pthread_mutexattr_t:t(17,15)=(17,16)=s4__mutexkind:(0,1),0,32;;pthread_once_t:t(17,17)=(0,1)_pthread_rwlock_t:T(17,18)=s32__rw_lock:(17,1),0,64;__rw_readers:(0,1),64,32;__rw_writer:(17,2),96,32;__rw_read_waiting:(17,2),128,32;__rw_write_waiting:(17,2),160,32;__rw_kind:(0,1),192,32;__rw_pshared:(0,1),224,32;;pthread_rwlock_t:t(17,19)=(17,18)pthread_rwlockattr_t:t(17,20)=(17,21)=s8__lockkind:(0,1),0,32;__pshared:(0,1),32,32;;pthread_t:t(17,22)=(0,5)wchar_t:t(19,1)=(0,3)wint_t:t(19,2)=(0,4)_G_int16_t:t(14,1)=(0,8)_G_int32_t:t(14,2)=(0,1)_G_uint16_t:t(14,3)=(0,9)_G_uint32_t:t(14,4)=(0,4)_IO_stdin_used:G(0,1)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)01.0101.0101.0101.0101.0101.0101.01.symtab.strtab.shstrtab.interp.note.ABI-tag.hash.dynsym.dynstr.gnu.version.gnu.version_r.rel.got.rel.plt.init.plt.text.fini.rodata.data.eh_frame.ctors.dtors.got.dynamic.bss.stab.stabstr.comment.note# 1((7 0?Go&To c l  u1{Ѕ3||99d   C` CCCCPCDDT J] ^_d0= $mI(   Ѕ |    " )  4$8F(R h{` p  ,) @ @ p  |   D  ̄1@9 E@ U hq% z|܄"6 7    @  , < d K a " P ` ( y Ѕ @  `  1В AM4 R@ b,$<7  L3| \=l>|=P' Q    " 18N^c=t Hd  f   Аd   m *=: initfini.cgcc2_compiled.init.cLetextcrtstuff.cp.3__DTOR_LIST__completed.4__do_global_dtors_aux__EH_FRAME_BEGIN__fini_dummyobject.11frame_dummyinit_dummyforce_to_data__CTOR_LIST____do_global_ctors_aux__CTOR_END____DTOR_END____FRAME_END__cifAPI.cDrvOpenCountdemo.cgetchar@@GLIBC_2.0hDevDrvDevDownloadDevExtendedDataDevTriggerWatchDog_DYNAMICopenFile_etext__register_frame_info@@GLIBC_2.0DevGetBoardInfoExclose@@GLIBC_2.0_fp_hwDevExchangeIOExDevGetTaskStateDevInitBoardDevGetMessageDevExitBoard_initmalloc@@GLIBC_2.0DevSetHostStateDevCloseDriverReadDeviceInformation__deregister_frame_info@@GLIBC_2.0DevPutMessageDevGetInfoRunFirmwareDownloadDevGetBoardInfoDevExchangeIOErr_startDevGetTaskParameterstrlen@@GLIBC_2.0DevPutTaskParametertDevDPMSizeRunConfigDownloadDevReadSendData__bss_startmainFreeRecvMailbox__libc_start_main@@GLIBC_2.0toupper@@GLIBC_2.0data_startprintf@@GLIBC_2.0_finilseek@@GLIBC_2.0memcpy@@GLIBC_2.0open@@GLIBC_2.0DevReadWriteDPMDatacloseFileDevGetMBXStateDevSetOpModeCreateChecksum_edata_GLOBAL_OFFSET_TABLE_free@@GLIBC_2.0_endioctl@@GLIBC_2.0DevReadWriteDPMRawmemset@@GLIBC_2.0DevOpenDriverFirmwareDownloadConfigDownloadDevSpecialControl_IO_stdin_usedTransferMessageDevGetMBXDataDevReset__data_startDevExchangeIOread@@GLIBC_2.0__gmon_start__cifv1003/CONSOLE/Maketrg0100755000000000000000000000004507132261132013426 0ustar rootrootgcc -Wall -o DrvDemo cifAPI.c demo.c cifv1003/CONSOLE/asc_user.h0100644000000000000000000001352007131015300014056 0ustar rootroot/* ******************************************************************* FILENAME : ASC_USER.H ------------------------------------------------------------------------- CREATED BY : R. Mayer, Hilscher GmbH CREATED AT : 29.05.96 PROJECT : ASC ========================================================================= FUNCTION : User interface ASCII protocol ========================================================================= CHANGES OF REVISIONS : Version Name Date Change ------------------------------------------------------------------------- V1.000 Mayer 29.05.96 Created ******************************************************************** */ #if defined( _MSC_VER) /* Microsoft C */ #pragma pack(1) /* Byte Alignment */ #endif /* ======================================================================== */ /* Protocol definition */ /* ======================================================================== */ /* Mode */ #define ASC_MODE_SLAVE 0 #define ASC_MODE_MASTER 1 /* Stop mode */ #define ASC_ENDMODE_TIMEOUT 0 /* Timeout */ #define ASC_ENDMODE_ID 1 /* Identifier */ #define ASC_ENDMODE_QUITT 2 /* Acknowledg telegram */ #define ASC_ENDMODE_ID_QUITT 3 /* Identifier / Acknowledg telegram */ #define ASC_ENDMODE_NUMBER 4 /* Character number */ #define ASC_ENDMODE_DEFNUMBER 5 /* Predefined character number */ /* Checksum */ #define ASC_CHKSUM_NONE 0 #define ASC_CHKSUM_BIN7 1 #define ASC_CHKSUM_BIN8 2 #define ASC_CHKSUM_BCC 3 #define ASC_CHKSUM_BCC_ASCII 4 /* Checksum area */ #define ASC_CHK_AREA_DATA_ONLY 0 /* Data only */ #define ASC_CHK_AREA_DATA_STARTID 1 /* Data with start identifier */ #define ASC_CHK_AREA_DATA_ENDID 2 /* Data with stop identifier */ #define ASC_CHK_AREA_FULL 3 /* Full telegram */ /* Filter */ #define ASC_FILTER_NONE 0 #define ASC_FILTER_DOUBLE_CHAR 1 /* Timeouts */ #define ASC_TIMEOUT_NONE 0 /* Telegram definition */ #define ASC_TELEGRAM_LENGTH_ZERO 0 /* Telegram sequenz */ #define ASC_TELEGRAM_SEQUENZ_NONE 0 /* ======================================================================== */ /* Protocol parameter structure */ /* ======================================================================== */ typedef struct ASC_PARAMETRtag { unsigned char bScl; /* Communication line number */ unsigned char bRtsControl; /* RTS control */ unsigned char bBaudrate; /* Baudrate */ unsigned char bDataBits; /* Number of data bits */ unsigned char bStopBits; /* Number of stop bits */ unsigned char bParityBit; /* Parity */ unsigned char bMode; /* Mode */ unsigned char bEndMode; /* End mode */ unsigned char bCheckMode; /* Check mode */ unsigned char bCheckArea; /* Check area */ unsigned char bFilterMode; /* Filter mode */ unsigned short usFilterCharacter; /* Filter characters */ unsigned short usTelTimeout; /* Telegram timeout */ unsigned short usStartTimeout; /* Telegram start timeout */ unsigned short usCharTimeout; /* Charater timeout */ unsigned char bRetries; /* Telegram retries */ unsigned char bErrorLed; /* Mode of the error LED */ unsigned char bTelStartLen; /* Telegram start length */ unsigned char bTelStart[8]; /* Start telegram */ unsigned char bTelEndLen; /* End telegram length */ unsigned char bTelEnd[8]; /* End telegram */ unsigned char bTelAckLen; /* ACK telegram length */ unsigned char bTelAck[8]; /* ACK telegram */ unsigned char bTelNackLen; /* NACK telegram length */ unsigned char bTelNack[8]; /* NACK telegram */ unsigned char bTelDeviceLen; /* Device telegram length */ unsigned short usTelFollowTime;/* Telegram following time */ } ASC_PARAMETER; /* ======================================================================== */ /* Protocol task state structure */ /* ======================================================================== */ typedef struct ASC_STATEtag { unsigned char bTaskState; /* Task state */ unsigned long ulTxCount; /* Transmitt telegram count */ unsigned long ulRxCount; /* Receive telegram count */ unsigned short usTxErrorCount; /* Transmitt error count */ unsigned short usRxErrorCount; /* Receive error count */ unsigned short usErrorBits; /* Error bits */ unsigned char bError; /* Last error */ } ASC_STATE; #if defined( _MSC_VER) /* Microsoft C */ #pragma pack() /* Byte Alignment */ #endif /* === eof 'USER.H' === */ cifv1003/CONSOLE/cifAPI.c0100644000000000000000000023075507213753607013377 0ustar rootroot/* ******************************************************************* FILENAME : cifAPI.c ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION CIF device driver api ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: as groundwork for this header served Windows version of the CIF device driver ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ #include #include #include #include #include #include #include #include #include #include #include #include "../inc/ciftypes.h" #include "../inc/cifdev_i.h" #include "rcsdef.h" #define INVALID_HANDLE_VALUE -1 int hDevDrv = INVALID_HANDLE_VALUE; // handle to cifDevDrv static unsigned short DrvOpenCount = 0; // no Application is logged in typedef struct DEV_DPM_SIZEtag { unsigned long ulDpmSize; unsigned long ulDpmIOSize; } DEV_DPM_SIZE; DEV_DPM_SIZE tDevDPMSize[MAX_DEV_BOARDS] = { {0L,0L}, {0L,0L}, {0L,0L}, {0L,0L} }; // DPM size of each board /* ================================================================================= Function: DevOpenDriver opens a connection to the device driver --------------------------------------------------------------------------------------- Input : Output : - Return : DRV_NO_ERROR - driver opens successfully DRV_USR_OPEN_DRV_ERROR - open error ================================================================================= */ short DevOpenDriver () { short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { // first application, search CIF device driver if ( (hDevDrv = open("/dev/cif",O_RDONLY) ) == -1 ) { // handle of file with attributes to copy // error open CIF driver sRet = DRV_USR_OPEN_ERROR; } else { // driver is opend for the 1st. time, store application in DrvOpencount DrvOpenCount = 1; } } else { // driver is already opend, store application in DrvOpencount DrvOpenCount++; } //printf("*** DevOpenDriver(): OpenCount = %d, hDevDrv = %d\n\n", DrvOpenCount, hDevDrv); return sRet; } /* ================================================================================= Function: DevCloseDriver closes the connection to the DEV driver --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned Output : - Return : DRV_NO_ERROR - driver closed successfully DRV_USR_NOT_INITIALIZED - driver not initialized ================================================================================= */ short DevCloseDriver () { short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else { // test if other applications are logged in if (DrvOpenCount > 1) { // there are more applications logged in, do not close the driver DrvOpenCount--; } else { // no more application are logged in, close File Handle close( hDevDrv); // handle of object to close DrvOpenCount = 0; hDevDrv = INVALID_HANDLE_VALUE; } } return sRet; } /* ================================================================================= Function: DevGetBoardInfo reads special board informations from the driver --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned usSize - length *pvData - data pointer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetBoardInfo ( BOARD_INFO *pvData) { DEVIO_GETBOARDINFOCMD *tBuffer = NULL; BOARD_INFO *ptBoardInfo = NULL; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else { if ( (tBuffer = (DEVIO_GETBOARDINFOCMD *)malloc(sizeof(DEVIO_GETBOARDINFOCMD))) == NULL) return DRV_USR_SENDBUF_PTR_NULL; if ( (tBuffer->ptBoardInfo = (BOARD_INFO *)malloc(sizeof(BOARD_INFO))) == NULL) { free(tBuffer); return DRV_USR_SENDBUF_PTR_NULL; } tBuffer->sError = sRet; tBuffer->usInfoLen = sizeof( BOARD_INFO); ptBoardInfo = tBuffer->ptBoardInfo; if ( !ioctl(hDevDrv, CIF_IOCTLBOARDINFO, tBuffer) ) { //fprintf(stderr, "CIF_IOCTLBOARDINFO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { tBuffer->ptBoardInfo = ptBoardInfo; //printf("sRet=%X, &tBuffer=%lX, ->ptBI=%lX\n",sRet,(unsigned long)tBuffer,(unsigned long)ptBoardInfo); //printf("BufferLen = %X\n", tBuffer->usInfoLen); //printf("Vers = %s\n", ptBoardInfo->abDriverVersion); //printf("Add = %lX\n", ptBoardInfo->tBoard[0].ulPhysicalAddress); //printf("IRQ = %d\n", ptBoardInfo->tBoard[0].usIrq); memcpy( pvData, ptBoardInfo, sizeof( BOARD_INFO)); sRet = tBuffer->sError; } free( ptBoardInfo); free( tBuffer); } return sRet; } /* ================================================================================= Function: DevGetBoardInfoEx reads special board informations from the driver --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned usSize - length *pvData - data pointer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetBoardInfoEx ( BOARD_INFOEX *pvData) { DEVIO_GETBOARDINFOEXCMD *tBuffer = NULL; BOARD_INFOEX *ptBoardInfoEx = NULL; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else { if( (tBuffer = (DEVIO_GETBOARDINFOEXCMD *)malloc(sizeof(DEVIO_GETBOARDINFOEXCMD))) == NULL) return DRV_USR_SENDBUF_PTR_NULL; tBuffer->usInfoLen = sizeof( BOARD_INFOEX); if( (tBuffer->ptBoard = (BOARD_INFOEX *)malloc(sizeof(BOARD_INFOEX))) == NULL) { free(tBuffer); return DRV_USR_SENDBUF_PTR_NULL; } ptBoardInfoEx = tBuffer->ptBoard; tBuffer->usInfoLen = sizeof( BOARD_INFOEX); tBuffer->sError = sRet; if ( !ioctl(hDevDrv, CIF_IOCTLBOARDINFOEX, tBuffer) ) { //fprintf(stderr, "CIF_IOCTLBOARDINFOEX: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer->sError; tBuffer->ptBoard = ptBoardInfoEx; memcpy( pvData, ptBoardInfoEx, sizeof( BOARD_INFOEX)); } free( ptBoardInfoEx); free( tBuffer); } return sRet; } /* ================================================================================= Function: DevSetOpMode set polling || interrupt operation mode --------------------------------------------------------------------------------------- Input : usBoard - number of the DEV board (0..3) usMode - INTERRUPT_MODE || POLLING_MODE Return : DRV_NO_ERROR - function successfull DRV_DEV_IRQ_REQUEST_FAILED - function failed ================================================================================= */ short DevSetOpMode ( unsigned short usBoard, unsigned short usMode, unsigned char *ucIrq) { DEVIO_SETOPMODE tBuffer; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usBoard >= MAX_DEV_BOARDS) { // number is invalid sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // clear all data buffers tBuffer.usBoard = usBoard; tBuffer.usMode = usMode; tBuffer.sError = sRet; if ( !ioctl(hDevDrv, CIF_IOCTL_IRQ_POLL, &tBuffer) ) { //fprintf(stderr, "CIFAPI (CIF_IOCTL_IRQ_POLL): %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer.sError; *ucIrq = tBuffer.ucIrq; } } return sRet; } /* ================================================================================= Function: DevInitBoard initializes a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) *pDevAddress - not used Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevInitBoard ( unsigned short usDevNumber) { DEVIO_RESETCMD tBuffer; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS) { // number is invalid sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // clear all data buffers tBuffer.usBoard = usDevNumber; tBuffer.sError = sRet; if ( !ioctl(hDevDrv, CIF_IOCTLINITDRV, &tBuffer) ) { //fprintf(stderr, "CIFAPI (CIF_IOCTLINITDRV): %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer.sError; //printf("CIFAPI (CIF_IOCTLINITDRV): sRet = %d\n", sRet); if ( sRet == DRV_NO_ERROR) { // Save the DPM size for further function calls and calculate the length // of the DPM-IO data area tDevDPMSize[usDevNumber].ulDpmSize = tBuffer.ulDpmSize; tDevDPMSize[usDevNumber].ulDpmIOSize = ((tBuffer.ulDpmSize * 1024) - 1024) /2; //printf("CIFAPI: DpmSize = %ld, DpmIOSize = %ld\n", tDevDPMSize[ucDevNumber].ulDpmSize, tDevDPMSize[ucDevNumber].ulDpmIOSize); } } } return sRet; } /* ================================================================================= Function: DevReset reset a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - reset mode (2,3) ulTimeout - function timeout in milliseconds Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevReset ( unsigned char usDevNumber, unsigned short usMode, unsigned long ulTimeout) { DEVIO_RESETCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usMode != COLDSTART) && (usMode != WARMSTART) && (usMode != BOOTSTART) ) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.ulTimeout = ulTimeout; tBuffer.sError = sRet; //printf("CIF_IOCTLRESETDEV: BOARD = %d, mode = %d, tout = %ld\n", // tBuffer.ucBoard, tBuffer.usMode, tBuffer.ulTimeout); if ( !ioctl(hDevDrv, CIF_IOCTLRESETDEV, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLRESETDEV: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevGetInfo read the differnt information areas from a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usInfoArea - 1..n usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetInfo ( unsigned short usDevNumber, unsigned short usInfoArea, unsigned short usSize, void *pvData) { DEVIO_GETDEVINFOCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else { // test area spezific data switch ( usInfoArea) { case GET_VERSION_INFO: if ( usSize > sizeof(VERSIONINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_DRIVER_INFO: if ( usSize > sizeof(DRIVERINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_FIRMWARE_INFO: if ( usSize > sizeof(FIRMWAREINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_RCS_INFO: if ( usSize > sizeof(RCSINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_DEV_INFO: if ( usSize > sizeof(DEVINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_TASK_INFO: if ( usSize > sizeof(TASKINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_IO_INFO: if ( usSize > sizeof(IOINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_IO_SEND_DATA: if ( usSize > tDevDPMSize[usDevNumber].ulDpmIOSize) { sRet = DRV_USR_SIZE_TOO_LONG; } break; default: sRet = DRV_USR_INFO_AREA_INVALID; } /* end switch */ if ( sRet == DRV_NO_ERROR) { // complete buffer length with return data // usDataBufferLen = usSize; // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usInfoArea = usInfoArea; tBuffer.usInfoLen = usSize; tBuffer.pabInfoData = pvData; // needed in kernel-space to copy data back to it! tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLGETINFO, &tBuffer) ) { //fprintf(stderr, "(CIFAPI: (CIF_IOCTLGETINFO): %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { memcpy(pvData, tBuffer.pabInfoData, usSize); sRet = tBuffer.sError; } } } return sRet; } /* ================================================================================= Function: DevPutTaskParameter write communication parameters --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usNumber - number of the parameter area (1..7) usSize - size of the parameter area ( >0, <= max.Size) pvData - pointer to task parameter buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevPutTaskParameter ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData) { DEVIO_PUTPARAMETERCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usNumber < 1) || (usNumber > 7) ) { // 3...7 wird in MailBox memory area geschrieben sRet = DRV_USR_NUMBER_INVALID; } else if (usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else if ( usSize > sizeof(TASKPARAM)) { sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set command buffer tBuffer.usBoard = usDevNumber; tBuffer.usTaskParamNum = usNumber; tBuffer.usTaskParamLen = usSize; memcpy ( (unsigned char *)&(tBuffer.TaskParameter), (unsigned char *)pvData, usSize); tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLPARAMETER, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLRESETDEV: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevGetTaskState read a task state field form a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usNumber - number of the status field (1,2) usSize - size of the users data buffer (>0..<= 64) pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetTaskState( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData) { DEVIO_GETTASKSTATECMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usNumber < 1 || usNumber > 2 ) { sRet = DRV_USR_NUMBER_INVALID; } else if (usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else if (usSize > sizeof(TASKSTATE) ) { sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set command buffer tBuffer.ucBoard = usDevNumber; tBuffer.usStateNum = usNumber; tBuffer.usStateLen = usSize; //memcpy( tBuffer.TaskState, pvData, usSize); tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLTASKSTATE, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLTASKSTATE: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { memcpy( pvData, tBuffer.TaskState, usSize); sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevGetMBXState Test send and receive MBX --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0) *pusDevMbxState - 0 = empty, 1 = full *pusHostMBXState - 0 = empty, 1 = full Output : - Return : DRV_NO_ERROR - function successfull ================================================================================= */ short DevGetMBXState ( unsigned short usDevNumber, unsigned short *pusDevMbxState, unsigned short *pusHostMbxState) { DEVIO_MBXINFOCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.ucBoard = usDevNumber; tBuffer.usDevMbxState = 0x00;//*pusDevMbxState; tBuffer.usHostMbxState = 0x00;//*pusHostMbxState; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLMBXINFO, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLMBXINFO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { *pusDevMbxState = tBuffer.usDevMbxState; *pusHostMbxState = tBuffer.usHostMbxState; sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevGetMBXData reads the device and the host mailbox --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned usHostSize - length of the host data to be read *pvHostData - buffer for host data pointer usDevSize - length of the device data to be read *pvHostData - buffer for device data pointer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetMBXData ( unsigned short usDevNumber, unsigned short usHostSize, void *pvHostData, unsigned short usDevSize, void *pvDevData) { DEVIO_GETMBXCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usHostSize == 0) || (usDevSize == 0) ) { sRet = DRV_USR_SIZE_ZERO; } else if ( (usHostSize > sizeof(MSG_STRUC)) || (usDevSize > sizeof(MSG_STRUC)) ){ sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; tBuffer.usBoard = usDevNumber; tBuffer.usHostLen = usHostSize; tBuffer.usDevLen = usDevSize; tBuffer.sError = sRet; // activate function if ( !ioctl( hDevDrv, // handle of the device CIF_IOCTLGETMBX, // control code of operation to perform (void *)&tBuffer, // address of buffer for input data sizeof(tBuffer), // size of input buffer NULL, // address of output buffer 0, // size of output buffer (unsigned long *)&lBytesReturned, // address of actual bytes of output NULL // address of overlapped structure ) ) { //fprintf(stderr, "CIF_IOCTLGETMBX: %s\n", strerror(errno)); // function error sRet = DRV_USR_COMM_ERR; } else { memcpy( pvDevData, tBuffer.abDevMbx, usDevSize); memcpy( pvHostData, tBuffer.abHostMbx, usHostSize); sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevExitBoard closes the connection to a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExitBoard ( unsigned short usDevNumber) { DEVIO_EXITCMD tBuffer; unsigned long lBytesReturned; unsigned short usDrvOpenCount; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { // number is invalid sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // valid handle available, driver is open // clear all data buffers lBytesReturned = 0; tBuffer.usBoard = usDevNumber; // [in] //tBuffer.usDrvOpenCount = usDrvOpenCount; // [out] //tBuffer.sError = sRet; // [0ut] if ( !ioctl(hDevDrv, CIF_IOCTLEXITDRV, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLEXITDRV: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { tBuffer.usDrvOpenCount = usDrvOpenCount; // [out] tBuffer.sError = sRet; // [0ut] } } return sRet; } /* ================================================================================= Function: DevReadSendData reads the send data from the send area --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usReadOffset - usReadSize - size of the users data buffer pvReadData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevReadSendData ( unsigned short usDevNumber, unsigned short usOffset, unsigned short usSize, void *pvData) { DEVIO_READSENDCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSize != 0) && ((usSize + usOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usReadOffset = usOffset; tBuffer.usReadLen = usSize; tBuffer.pabReadData = pvData; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLREADSEND, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLREADSEND: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevTriggerWatchDog triggers the PC watchdog an delivers the actual DEV watchdog --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - 0 = start, 1 = stop *pusDevWatchDog - size of the users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevTriggerWatchDog ( unsigned short usDevNumber, unsigned short usMode, unsigned short *pusDevWatchDog) { DEVIO_TRIGGERCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usMode > WATCHDOG_START) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; //tBuffer.pusTriggerValue = pusDevWatchDog; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLTRIGGERWD, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLREADSEND: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { *pusDevWatchDog = tBuffer.usTriggerValue; sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevSpecialControl Change the special control value in DevFlags --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - 0 = SPC_CTRL_CLEAR, 1 = SPC_CTRL_SET *pusDevWatchDog - size of the users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevSpecialControl ( unsigned short usDevNumber, unsigned short usMode, unsigned short *pusCtrlAck) { DEVIO_TRIGGERCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( pusCtrlAck == NULL) { sRet = DRV_USR_BUF_PTR_NULL; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLSPCONTROL, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLREADSEND: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { *pusCtrlAck = tBuffer.usTriggerValue; sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevExtendedData extended data function --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned usMode - 1 ...n usSize - length of user data *pvData - data pointer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExtendedData ( unsigned short usDevNumber, unsigned short usMode, unsigned short usSize, void *pvData) { DEVIO_EXTDATACMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else if ( usSize > EXTDATASIZE) { sRet = DRV_USR_SIZE_TOO_LONG; } else if ( (usMode == 0) || (usMode > 100) ) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.pabExtData = pvData; tBuffer.sError = sRet; // insert error for older driver versions, because function which are not included // in the driver returns always DeviceIoControl success without setting an // error into the tDataBuffer. sRet = DRV_USR_COMM_ERR; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLEXTDATA, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLEXTDATA: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevGetTaskParameter reads the task parameters from task 1 and 2 --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usArea - 1,2 usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetTaskParameter ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData) { DEVIO_GETPARAMETERCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usNumber < 1) || (usNumber > 2) ) { sRet = DRV_USR_NUMBER_INVALID; } else if (usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else if ( usSize > sizeof(TASKPARAM)) { sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set command buffer tBuffer.usBoard = usDevNumber; tBuffer.usTaskParamNum = usNumber; tBuffer.usTaskParamLen = usSize; //tBuffer.ptTaskParam = pvData; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLGETPARAMETER, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLGETPARAMETER: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { memcpy ( (unsigned char *)pvData, (unsigned char *)&(tBuffer.TaskParameter), usSize); sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevReadWriteDPMData Function to access the whole DPM --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) *pusBytes - Amount of bytes sended Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevReadWriteDPMData ( unsigned short usDevNumber, unsigned short usMode, unsigned short usOffset, unsigned short usSize, void *pvData) { DEVIO_RWDPMDATACMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS ) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usMode != PARAMETER_READ) && (usMode != PARAMETER_WRITE) ) { sRet = DRV_USR_MODE_INVALID; } else if ( ( usSize != 0) && ( (usSize + usOffset) > (unsigned short)(tDevDPMSize[usDevNumber].ulDpmSize * 1024))) { sRet = DRV_USR_SIZE_TOO_LONG;; } else { // fill in parameter data lBytesReturned = 0; tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.usOffset = usOffset; tBuffer.usLen = usSize; tBuffer.pabData = pvData; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLRWDPMDATA, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLRWDPMDATA: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } /* endif */ return sRet; } /* end funktion */ /* ================================================================================= Function: DevReadWriteDPMRaw reads and writes bytes from the DPM, last KByte --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0) usMode - function read = 1, write = 2 usOffset - offset in the RAW data area usSize - number of bytes to read or write pvData - pointer to the user data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevReadWriteDPMRaw ( unsigned short usDevNumber, unsigned short usMode, unsigned short usOffset, unsigned short usSize, void *pvData) { DEVIO_RWRAWDATACMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS ) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSize + usOffset) > sizeof(RAWDATA) ) { sRet = DRV_USR_SIZE_TOO_LONG; } else if ( (usMode != PARAMETER_READ) && (usMode != PARAMETER_WRITE) ) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.usOffset = usOffset; tBuffer.usLen = usSize; tBuffer.pabData = pvData; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLRWRAW, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLRWRAW: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } /* endif */ return sRet; } /* end funktion */ /* ================================================================================= Function: DevExchangeIO reads and writes IO datas --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usInfoArea - 1..n usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExchangeIO ( unsigned short usDevNumber, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, unsigned long ulTimeout) { DEVIO_EXIOCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; int lRet = 0; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSendSize != 0) && ((usSendSize + usSendOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_SENDSIZE_TOO_LONG; } else if ( (usReceiveSize != 0) && ((usReceiveSize + usReceiveOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_RECVSIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usReceiveOffset = usReceiveOffset; tBuffer.usReceiveLen = usReceiveSize; tBuffer.usSendOffset = usSendOffset; tBuffer.usSendLen = usSendSize; tBuffer.pabSendData = pvSendData; tBuffer.pabReceiveData = pvReceiveData; tBuffer.sError = sRet; tBuffer.ulTimeout = ulTimeout; // activate function lRet = ioctl (hDevDrv, CIF_IOCTLEXIO, &tBuffer); if ( lRet <= 0) { //fprintf(stderr, "CIF_IOCTLEXIO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevExchangeIOEx reads and writes IO datas --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - Exchange mode usInfoArea - 1..n usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExchangeIOEx ( unsigned short usDevNumber, unsigned short usMode, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, unsigned long ulTimeout) { DEVIO_EXIOCMDEX tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; int lRet = 0; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSendSize != 0) && ((usSendSize + usSendOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_SENDSIZE_TOO_LONG; } else if ( (usReceiveSize != 0) && ((usReceiveSize + usReceiveOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_RECVSIZE_TOO_LONG; } else if ( usMode > 4) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usReceiveOffset = usReceiveOffset; tBuffer.usReceiveLen = usReceiveSize; tBuffer.usSendOffset = usSendOffset; tBuffer.usSendLen = usSendSize; tBuffer.pabSendData = pvSendData; tBuffer.pabReceiveData = pvReceiveData; tBuffer.ulTimeout = ulTimeout; tBuffer.sError = sRet; tBuffer.usMode = (unsigned short)(usMode + 1); // Driver uses 1..5 // activate function lRet = ioctl (hDevDrv, CIF_IOCTLEXIOEX, &tBuffer); if ( lRet <= 0) { //fprintf(stderr, "CIF_IOCTLEXIO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevExchangeIOErr reads and writes IO datas with state field information --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - Exchange mode usInfoArea - 1..n usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExchangeIOErr( unsigned short usDevNumber, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, COMSTATE *ptState, unsigned long ulTimeout) { DEVIO_EXIOCMDERR tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; int lRet = 0; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSendSize != 0) && ((usSendSize + usSendOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_SENDSIZE_TOO_LONG; } else if ( (usReceiveSize != 0) && ((usReceiveSize + usReceiveOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_RECVSIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usReceiveOffset = usReceiveOffset; tBuffer.usReceiveLen = usReceiveSize; tBuffer.usSendOffset = usSendOffset; tBuffer.usSendLen = usSendSize; tBuffer.pabSendData = pvSendData; tBuffer.pabReceiveData = pvReceiveData; tBuffer.ptStateData = ptState; tBuffer.sError = sRet; tBuffer.ulTimeout = ulTimeout; // activate function lRet = ioctl (hDevDrv, CIF_IOCTLEXIOERR, &tBuffer); if ( lRet <= 0) { //fprintf(stderr, "CIF_IOCTLEXIO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevSetHostState set the host state --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - 0 = Host not ready, 1 = Host ready Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevSetHostState ( unsigned short usDevNumber, unsigned short usMode, unsigned long ulTimeout) { DEVIO_TRIGGERCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usMode > HOST_READY) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.ulTimeout = ulTimeout; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLSETHOST, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLSETHOST: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevPutMessage send a message to a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) ptMessage - pointer to users message ulTimeout - function timeout in milliseconds Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevPutMessage ( unsigned short usDevNumber, MSG_STRUC *ptMessage, unsigned long ulTimeout) { DEVIO_PUTMESSAGECMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.ulTimeout = ulTimeout; memcpy( &tBuffer.tMsg, ptMessage, sizeof(MSG_STRUC)); tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLPUTMSG, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLPUTMSG: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevGetMessage read a message from a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usSize - size of the users data area (>0..<= sizeof(MSG_STRUC)) ptMessage - pointer to the users data buffer ulTimeout - function timeout in milliseconds Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetMessage ( unsigned short usDevNumber, unsigned short usSize, MSG_STRUC *ptMessage, unsigned long ulTimeout) { DEVIO_GETMESSAGECMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usSize == 0 || usSize > sizeof(MSG_STRUC)) { sRet = DRV_USR_SIZE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.ulTimeout = ulTimeout; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLGETMSG, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLGETMSG: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { memcpy( ptMessage, &tBuffer.tMsg, sizeof(MSG_STRUC)); sRet = tBuffer.sError; } } return sRet; } /* ====================================================================================== DOWNLOAD part =================================================================================== */ /* ------------------------------------------------------------------------------------ */ /* Locale variables */ /* ------------------------------------------------------------------------------------ */ #define MAX_DOWNLOAD_MSG_LENGTH 240 #define TO_COLDSTART 10000L #define TO_SEND_MSG 500L #define TO_1ST_MSG 10000L #define TO_CONT_MSG 1000L #define TO_LAST_MSG 15000L // File data structure typedef struct tagFILEDATA { int fd; //struct stat *Info;//struct _stat *Info; char *pabBuffer; long lSize; } FILEDATA; typedef struct tagDEVICE_TYPE_INFO { unsigned char bHerstellerkennung; unsigned char bDeviceType; unsigned char bDeviceModel; unsigned char bReserve3; } DEVICE_TYPE_INFO; /* ================================================================================= Function: CloseFile Close a previously opened file by OpenFile(), free all memory and handles --------------------------------------------------------------------------------------- Input : ptFile - File data structure Output : - Return : - ================================================================================= */ void closeFile ( FILEDATA *ptFile) { if ( ptFile->fd >= 0) { if ( ptFile->pabBuffer != NULL) { free( ptFile->pabBuffer); } close( ptFile->fd); // Clear file structure memset ( ptFile, 0, sizeof(FILEDATA)); } } /* ================================================================================= Function: openFile Open a file and load the file into memory --------------------------------------------------------------------------------------- Input : pwFileName - Filename including a path ptFile - File data structure Output : - Return : DRV_NO_ERROR - File successfully opened and loaded into memory ================================================================================= */ short openFile ( const char *fileName, FILEDATA *ptFile) { unsigned long lNumberOfBytesRead; short sRet = DRV_NO_ERROR; // Clear file structure memset ( ptFile, 0, sizeof(FILEDATA)); // open the existing file ptFile->fd = open( fileName, O_RDONLY); if ( ptFile->fd < 0 ) { // File not opend sRet = DRV_USR_FILE_OPEN_FAILED; } else { // Get the file size ptFile->lSize = lseek( ptFile->fd, 0, SEEK_END); if ( ptFile->lSize <= 0) { // File size is zero sRet = DRV_USR_FILE_SIZE_ZERO; } else { if( lseek( ptFile->fd, 0, SEEK_SET) < 0) sRet = DRV_USR_FILE_READ_FAILED; else { // Allocate memory for file data if ( (ptFile->pabBuffer = (char*)malloc( ptFile->lSize)) == NULL) { // Error by memory allocation sRet = DRV_USR_FILE_NO_MEMORY; closeFile( ptFile); } else { // Read file data into memory if ( ( lNumberOfBytesRead = read( ptFile->fd, // handle of file to read ptFile->pabBuffer, // address of buffer that receives data ptFile->lSize) ) < 0) { // number of bytes to read // File read into memory failed sRet = DRV_USR_FILE_READ_FAILED; closeFile( ptFile); } } } } } return sRet; } //---------------------------------------------------------------------------------------- // Free receive mailbox //---------------------------------------------------------------------------------------- short FreeRecvMailbox( unsigned short usDevNumber) { // Read all messages from the device MSG_STRUC tRecvMsg; unsigned short usDevState, usHostState, usIdx; short sRet; // Read until no msg available usIdx = 0; do { if ( (sRet = DevGetMBXState( usDevNumber, &usDevState, &usHostState)) != DRV_NO_ERROR) { // Something wrong, end function break; } else { // Check if message available if ( usHostState == HOST_MBX_FULL) { // Read message and throw away DevGetMessage( usDevNumber, sizeof(MSG_STRUC), &tRecvMsg, 100L); } else { break; } } usIdx++; } while ( usIdx < 150); // A maximum of 150 times return sRet; } //---------------------------------------------------------------------------------------- // Create checksum //---------------------------------------------------------------------------------------- unsigned short CreateChecksum( unsigned char *pabData, long lDataLen, MSG_STRUC *ptSendMsg) { long lIdx, lTempLen; unsigned short usCheckSum, usTemp; unsigned char *pByte; // Create length for checksum calculating usCheckSum = 0; // Clear checksum lTempLen = lDataLen - 16384 - 64; pByte = &ptSendMsg->data[3]; // Calculate the Checksum, start with the first message Msg.d[3] up to Msg.d[64] for ( lIdx = 0; lIdx < 31; lIdx++) { usTemp = (*(pByte+1)); usTemp = (unsigned short)((usTemp << 8) | (*pByte)); usCheckSum = (unsigned short)(usCheckSum + usTemp); pByte +=2; // Next short value } pByte = &pabData[64]; // Create cheksum for the rest of the file do { usTemp = (*(pByte+1)); usTemp = (unsigned short)((usTemp << 8) | (*pByte)); usCheckSum = (unsigned short)(usCheckSum + usTemp); pByte += 2; // Next short value lTempLen-=2; } while (lTempLen > 0); // Return return usCheckSum; } //---------------------------------------------------------------------------------------- // Transfer messages //---------------------------------------------------------------------------------------- short TransferMessage( unsigned short usDevNumber, MSG_STRUC *ptSendMsg, MSG_STRUC *ptRecvMsg, long lTimeout) { long lCount = 0; short sRet = DRV_NO_ERROR; //printf("cifAPI:(1) %.2x-%.2x-%.2x-%.2x-%.2x-%.2x-%.2x - %lx\n", // ptSendMsg->tx,ptSendMsg->rx,ptSendMsg->a,ptSendMsg->b,ptSendMsg->nr,ptSendMsg->f,ptSendMsg->ln, lTimeout); if ( (sRet = DevPutMessage ( usDevNumber, ptSendMsg, TO_SEND_MSG)) == DRV_NO_ERROR) { do { if ( (sRet = DevGetMessage ( usDevNumber, sizeof(MSG_STRUC), ptRecvMsg, lTimeout)) == DRV_NO_ERROR) { //printf("cifAPI:(2) %.2x-%.2x-%.2x-%.2x-%.2x-%.2x\n", //ptRecvMsg->tx,ptRecvMsg->rx,ptRecvMsg->a,ptRecvMsg->b,ptRecvMsg->nr,ptRecvMsg->f); // Check on message errors if ( (ptRecvMsg->tx == ptSendMsg->rx) && (ptRecvMsg->rx == ptSendMsg->tx) && (ptRecvMsg->a == ptSendMsg->b) && (ptRecvMsg->b == 0) && (ptRecvMsg->nr == ptSendMsg->nr) ) { // Check on message error //printf("cifAPI:(3) %.2x-%.2x-%.2x-%.2x-%.2x-%.2x\n", // ptRecvMsg->tx,ptRecvMsg->rx,ptRecvMsg->a,ptRecvMsg->b,ptRecvMsg->nr,ptRecvMsg->f); if ( ptRecvMsg->f != 0) { sRet = (short)(ptRecvMsg->f + DRV_RCS_ERROR_OFFSET); break; } else { break; } } } // else // printf("cifAPI: else { %c-%c-%c-%c-%c-%c\n", ptRecvMsg->tx,ptRecvMsg->rx,ptRecvMsg->a,ptRecvMsg->b,ptRecvMsg->nr,ptRecvMsg->f); lCount++; } while ( lCount < 10); } //sleep(0); return sRet; } //---------------------------------------------------------------------------------------- // Read device information //---------------------------------------------------------------------------------------- short ReadDeviceInformation( unsigned short usDevNumber, const char *fileName) { long dwStrLen; short sRet; MSG_STRUC tSendMsg, tRecvMsg; DEVICE_TYPE_INFO *pInfo; memset( &tSendMsg, 0, sizeof( MSG_STRUC)); memset( &tRecvMsg, 0, sizeof( MSG_STRUC)); if ( (sRet = FreeRecvMailbox( usDevNumber)) == DRV_NO_ERROR) { // Insert data into message tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = 1; tSendMsg.nr = 0; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_SYSFKT; tSendMsg.e = 0; // Insert data tSendMsg.data[0] = MODE_GET_PROJ_WERTE_HW; if ( (sRet = TransferMessage ( usDevNumber, &tSendMsg, &tRecvMsg, TO_SEND_MSG)) == DRV_NO_ERROR) { // Check entry dwStrLen = strlen( fileName); pInfo = (DEVICE_TYPE_INFO*)&tRecvMsg.data[0]; if ( (pInfo->bHerstellerkennung != (char)(toupper( fileName[dwStrLen-3]))) || (pInfo->bDeviceType != (char)(toupper( fileName[dwStrLen-2]))) || (pInfo->bDeviceModel != (char)(toupper( fileName[dwStrLen-1]))) ) { sRet = DRV_USR_INVALID_FILETYPE; } } } return sRet; } /* ================================================================================= Function: RunFirmwareDownload Download a firmware to a device --------------------------------------------------------------------------------------- Input : usDevNumber - Device number pwFile - File name including a path *pdwBytes - Already loaded bytes Output : - Return : DRV_NO_ERROR - Download successfully ================================================================================= */ short RunFirmwareDownload( unsigned short usDevNumber, FILEDATA *ptFile, unsigned long *pdwByte) { long lFileLength, lSendLen, lActIdx; unsigned short usCheckSum, usTemp; unsigned char *pabData; MSG_STRUC tSendMsg, tRecvMsg; BOOL fRet; short sRet; unsigned long dwState = RCS_FIRST_MSK; // Load pointer to data pabData = (unsigned char*)ptFile->pabBuffer; lActIdx = 0; // Clear actual index *pdwByte = lActIdx; // Clear messages memset( &tSendMsg, 0, sizeof(MSG_STRUC)); memset( &tRecvMsg, 0, sizeof(MSG_STRUC)); // Set data length lFileLength = ptFile->lSize; // Set maximum message length if ( lFileLength > MAX_DOWNLOAD_MSG_LENGTH) lSendLen = MAX_DOWNLOAD_MSG_LENGTH; else lSendLen = lFileLength; // Set program state dwState = RCS_FIRST_MSK; fRet = TRUE; // Run download do { switch ( dwState) { //-------------------------- // Send first message //-------------------------- case RCS_FIRST_MSK: // Set HOST_READY for download, maybe it is disabled sRet = DevSetHostState( usDevNumber, HOST_READY, 0L); // Insert data into message tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = 65; tSendMsg.nr = 1; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_LOADFKT; tSendMsg.e = RCS_FIRST_MSK; // Insert data tSendMsg.data[0] = 6; memcpy( &tSendMsg.data[3], "RCSCODE", 7); usTemp = (unsigned short)( lFileLength / 16); tSendMsg.data[13] = (unsigned char)(usTemp & 0x00FF); tSendMsg.data[14] = (unsigned char)((usTemp >> 8) & 0x00FF); tSendMsg.data[15] = 6; memcpy( &tSendMsg.data[17], "RCSCODE", 7); tSendMsg.data[27] = 255; tSendMsg.data[49] = 255; // Create check sum usCheckSum = CreateChecksum( pabData, lFileLength, &tSendMsg); // Insert check sum tSendMsg.data[1] = (unsigned char)(usCheckSum & 0x00FF); tSendMsg.data[2] = (unsigned char)((usCheckSum >> 8) & 0x00FF); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_1ST_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { // ---------------------------- // Message send second message // ---------------------------- // Save fimware length given in this RCS message // Set download length to this size lFileLength = *(long*)(&tRecvMsg.data[0]); // Send next message tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_LOADFKT; tSendMsg.e = RCS_CONT_MSK; // Set byte 0 to 63 to byte 1 to 65 of the 1st message memcpy ( &tSendMsg.data[0], &tSendMsg.data[1], 64); // Insert byte 64 to 239 from the abData[64] memcpy ( &tSendMsg.data[64], &pabData[64], (unsigned char)(lSendLen - 64)); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_1ST_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { // No error, send next message lActIdx += lSendLen; // Add send size to actual index *pdwByte = lActIdx; // Calculate next message length if ( lFileLength <= (lSendLen + lActIdx)) { lSendLen = lFileLength - lActIdx; // Set length to rest of data dwState = RCS_LAST_MSK; } else { dwState = RCS_CONT_MSK; } } } break; //-------------------------- // Send continue message //-------------------------- case RCS_CONT_MSK: tSendMsg.e = RCS_CONT_MSK; tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; // Send next message memcpy ( &tSendMsg.data[0], &pabData[lActIdx], lSendLen); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_CONT_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { //printf("(A)===========================flen = %ld, Sndlen = %ld, ActIdx = %ld\n", lFileLength, lSendLen, lActIdx); // No error, send next message lActIdx += lSendLen; // Add send size to actual index *pdwByte = lActIdx; // Calculate next message length if ( lFileLength <= (lSendLen + lActIdx)) { lSendLen = lFileLength - lActIdx; // Set length to rest of data dwState = RCS_LAST_MSK; } else { dwState = RCS_CONT_MSK; } } break; //-------------------------- // Send last message //-------------------------- case RCS_LAST_MSK: tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; tSendMsg.e = RCS_LAST_MSK; memcpy ( &tSendMsg.data[0], &pabData[lActIdx] , lSendLen); // Process message sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_LAST_MSG); *pdwByte = (lActIdx + lSendLen); fRet = FALSE; // END after last message break; default: // unkonwn, leave command sRet = DRV_DEV_FUNCTION_FAILED; fRet = FALSE; break; } } while ( fRet == TRUE); return sRet; } /* ================================================================================= Function: RunConfigDownload Download a configuration to a device --------------------------------------------------------------------------------------- Input : usDevNumber - Device number pwFile - File name including a path *pdwBytes - Already loaded bytes Output : - Return : DRV_NO_ERROR - Download successfully ================================================================================= */ short RunConfigDownload( unsigned short usDevNumber, FILEDATA *ptFile, unsigned long *pdwByte) { unsigned long dwState; long lSendLen, lActIdx, lOffset, lFileLength; unsigned char *pabData; MSG_STRUC tSendMsg, tRecvMsg; BOOL fRet; short sRet = DRV_NO_ERROR; unsigned char ab1StMsgBuf1[16]; unsigned char ab1StMsgBuf2[60]; // Load pointer to data pabData = (unsigned char*)ptFile->pabBuffer; // Clear messages memset( &tSendMsg, 0, sizeof(MSG_STRUC)); memset( &tRecvMsg, 0, sizeof(MSG_STRUC)); // Craete 1st data buffer from DBM file memcpy( &ab1StMsgBuf1[0], &pabData[44], 16); // Craete 2nd data buffer from DBM file lOffset = (*(long*)(&pabData[40])) + ((*(short*)(&pabData[60])) * 2) + 14 ; lOffset = (*(long*)(&pabData[40])) + ((*(short*)(&pabData[lOffset])) *2) + 12 ; memcpy( &ab1StMsgBuf2[0], &pabData[lOffset], sizeof(ab1StMsgBuf2)); // Set data length lFileLength = ptFile->lSize; // Set maximum message length if ( lFileLength > MAX_DOWNLOAD_MSG_LENGTH) lSendLen = MAX_DOWNLOAD_MSG_LENGTH; else lSendLen = lFileLength; lActIdx = 0; *pdwByte = lActIdx; // Set program state dwState = RCS_FIRST_MSK; fRet = TRUE; do { switch ( dwState) { //-------------------------- // Send first message //-------------------------- case RCS_FIRST_MSK: // Send first message // Set HOST_READY for download, maybe it is disabled sRet = DevSetHostState( usDevNumber, HOST_READY, 0L); // Insert data into message tSendMsg.rx = RCS_TASK; // Receiver task number tSendMsg.tx = MSG_SYSTEM_TX; // Transmitter task number tSendMsg.ln = 51; // Message length first message tSendMsg.nr = 1; // Message number tSendMsg.a = 0; // Answer byte cleared tSendMsg.f = 0; // Error byte cleared tSendMsg.b = RCS_B_LOADFKT; // Function code tSendMsg.e = RCS_FIRST_MSK; // First message tSendMsg.data[0] = MODE_DOWNLOAD_DBM; // Download a configuration file // Copy buffer 1st to message memcpy ( &tSendMsg.data[1], &ab1StMsgBuf1[0], sizeof(ab1StMsgBuf1)); // Copy buffer 2nd to message, 34 Byte memcpy ( &tSendMsg.data[17], &ab1StMsgBuf2[0], 34); //printf("cifAPI: %ld\n", dwState); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_1ST_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { // Set Index for next message, start at offset 44 lActIdx = 44; *pdwByte = lActIdx; // Message send, goto next message *pdwByte = lFileLength; dwState = RCS_CONT_MSK; } break; //-------------------------- // Send continue message //-------------------------- case RCS_CONT_MSK: //printf("cifAPI: (case RCS_CONT_MSK:) %ld\n", lActIdx); // Insert data into message tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_LOADFKT; tSendMsg.e = RCS_CONT_MSK; memcpy ( &tSendMsg.data[0], &pabData[lActIdx] , lSendLen); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_CONT_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { // No error, send next message lActIdx += lSendLen; // Add send size to actual index *pdwByte = lActIdx; // Calculate next message length if ( lFileLength <= (lSendLen + lActIdx)) { lSendLen = lFileLength - lActIdx; // Set length to rest of data dwState = RCS_LAST_MSK; // Set to last mask } else { // Continue message dwState = RCS_CONT_MSK; } } break; //-------------------------- // Send last message //-------------------------- case RCS_LAST_MSK: // Insert message data tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_LOADFKT; tSendMsg.e = RCS_LAST_MSK; memcpy ( &tSendMsg.data[0], &pabData[lActIdx] , lSendLen); // Process message sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_LAST_MSG); *pdwByte = (lActIdx + lSendLen); fRet = FALSE; // END after last message break; default: // unkonwn, leave command sRet = DRV_DEV_FUNCTION_FAILED; fRet = FALSE; break; } } while (fRet == TRUE); return sRet; } /* ================================================================================= Function: FirmwareDownload Download a firmware file to a device --------------------------------------------------------------------------------------- Input : usDevNumber - Device number pwFile - File name including a path *pdwBytes - Already loaded bytes Output : - Return : DRV_NO_ERROR - Download successfully ================================================================================= */ short FirmwareDownload ( unsigned short usDevNumber, const char *fileName, unsigned long *pdwByte) { short sRet; FILEDATA tFileData; // Read Device Information if ( (sRet = ReadDeviceInformation( usDevNumber, fileName)) == DRV_NO_ERROR) { // Firmware name is OK if ( (sRet = openFile ( fileName, &tFileData)) == DRV_NO_ERROR) { // Firmware file opened and loaded into RAM sRet = RunFirmwareDownload( usDevNumber, &tFileData, pdwByte); closeFile ( &tFileData); } } return sRet; } /* ================================================================================= Function: ConfigDownload Download a configuration file created by SyCon to a device --------------------------------------------------------------------------------------- Input : usDevNumber - Device number pwFile - File name including a path *pdwBytes - Already loaded bytes Output : - Return : DRV_NO_ERROR - Download successfully ================================================================================= */ short ConfigDownload( unsigned short usDevNumber, const char *fileName, unsigned long *pdwByte) { unsigned short sRet; FILEDATA tFileData; if ( (sRet = openFile ( fileName, &tFileData)) == DRV_NO_ERROR) { // Configuration file opened and loaded into RAM sRet = RunConfigDownload( usDevNumber, &tFileData, pdwByte); closeFile ( &tFileData); } return sRet; } /* ================================================================================= Function: DevDownload Download a firmware or configuration file --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - 1 = FIRMWARE_DOWNLOAD, 2 = CONFIGURATION_DOWNLOAD *pdwBytes - Amount of bytes sended Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevDownload ( unsigned short usDevNumber, unsigned short usMode, unsigned char *pszFileName, long *pdwBytes) { short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (pdwBytes == NULL) || (pszFileName == NULL) || (pdwBytes == NULL) ) { sRet = DRV_USR_BUF_PTR_NULL; } else if ( strlen( (const char*)pszFileName) == 0) { sRet = DRV_USR_FILENAME_INVALID; } else { switch ( usMode) { case FIRMWARE_DOWNLOAD: sRet = FirmwareDownload( usDevNumber, (const char*)pszFileName, pdwBytes); break; case CONFIGURATION_DOWNLOAD: sRet = ConfigDownload( usDevNumber, (const char*)pszFileName, pdwBytes); break; default: sRet = DRV_USR_MODE_INVALID; } // end switch } return sRet; } cifv1003/CONSOLE/cifuser.h0100644000000000000000000005217407213754042013740 0ustar rootroot/* ******************************************************************* FILENAME : CIFUSER.H ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION User interface definition. ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: The Code from the Windows version of the driver related to driver API was taken over for the most part unchanged ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ /* prevent multiple inclusion */ #ifndef CIFUSER_H_INCLUDED #define CIFUSER_H_INCLUDED #ifdef __cplusplus extern "C" { #endif /* _cplusplus */ #ifndef _GNUC_ # define _GNUC_ #endif /* _GNUC_ */ /* ------------------------------------------------------------------------------------ */ /* global definitions */ /* ------------------------------------------------------------------------------------ */ #define MAX_DEV_BOARDS 4 // maximum numbers of boards /* ------------------------------------------------------------------------------------ */ /* driver errors */ /* ------------------------------------------------------------------------------------ */ #define DRV_NO_ERROR 0 // no error #define DRV_BOARD_NOT_INITIALIZED -1 // DRIVER Board not initialized #define DRV_INIT_STATE_ERROR -2 // DRIVER Error in internal init state #define DRV_READ_STATE_ERROR -3 // DRIVER Error in internal read state #define DRV_CMD_ACTIVE -4 // DRIVER Command on this channel is activ #define DRV_PARAMETER_UNKNOWN -5 // DRIVER Unknown parameter in function occured #define DRV_WRONG_DRIVER_VERSION -6 // DRIVER Version is incompatible with DLL #define DRV_PCI_SET_CONFIG_MODE -7 // DRIVER Error during PCI set run mode #define DRV_PCI_READ_DPM_LENGTH -8 // DRIVER Could not read PCI dual port memory length #define DRV_PCI_SET_RUN_MODE -9 // DRIVER Error during PCI set run mode #define DRV_DEV_DPM_ACCESS_ERROR -10 // DEVICE Dual port ram not accessable(board not found) #define DRV_DEV_NOT_READY -11 // DEVICE Not ready (ready flag failed) #define DRV_DEV_NOT_RUNNING -12 // DEVICE Not running (running flag failed) #define DRV_DEV_WATCHDOG_FAILED -13 // DEVICE Watchdog test failed #define DRV_DEV_OS_VERSION_ERROR -14 // DEVICE Signals wrong OS version #define DRV_DEV_SYSERR -15 // DEVICE Error in dual port flags #define DRV_DEV_MAILBOX_FULL -16 // DEVICE Send mailbox is full #define DRV_DEV_PUT_TIMEOUT -17 // DEVICE PutMessage timeout #define DRV_DEV_GET_TIMEOUT -18 // DEVICE GetMessage timeout #define DRV_DEV_GET_NO_MESSAGE -19 // DEVICE No message available #define DRV_DEV_RESET_TIMEOUT -20 // DEVICE RESET command timeout #define DRV_DEV_NO_COM_FLAG -21 // DEVICE COM-flag not set #define DRV_DEV_EXCHANGE_FAILED -22 // DEVICE IO data exchange failed #define DRV_DEV_EXCHANGE_TIMEOUT -23 // DEVICE IO data exchange timeout #define DRV_DEV_COM_MODE_UNKNOWN -24 // DEVICE IO data mode unknown #define DRV_DEV_FUNCTION_FAILED -25 // DEVICE Function call failed #define DRV_DEV_DPMSIZE_MISMATCH -26 // DEVICE DPM size differs from configuration #define DRV_DEV_STATE_MODE_UNKNOWN -27 // DEVICE State mode unknown // Error from Interface functions #define DRV_USR_OPEN_ERROR -30 // USER Driver not opened (device driver not loaded) #define DRV_USR_INIT_DRV_ERROR -31 // USER Can't connect with device #define DRV_USR_NOT_INITIALIZED -32 // USER Board not initialized (DevInitBoard not called) #define DRV_USR_COMM_ERR -33 // USER IOCTRL function failed #define DRV_USR_DEV_NUMBER_INVALID -34 // USER Parameter DeviceNumber invalid #define DRV_USR_INFO_AREA_INVALID -35 // USER Parameter InfoArea unknown #define DRV_USR_NUMBER_INVALID -36 // USER Parameter Number invalid #define DRV_USR_MODE_INVALID -37 // USER Parameter Mode invalid #define DRV_USR_MSG_BUF_NULL_PTR -38 // USER NULL pointer assignment #define DRV_USR_MSG_BUF_TOO_SHORT -39 // USER Message buffer too short #define DRV_USR_SIZE_INVALID -40 // USER Parameter Size invalid #define DRV_USR_SIZE_ZERO -42 // USER Parameter Size with zero length #define DRV_USR_SIZE_TOO_LONG -43 // USER Parameter Size too long #define DRV_USR_DEV_PTR_NULL -44 // USER Device address null pointer #define DRV_USR_BUF_PTR_NULL -45 // USER Pointer to buffer is a null pointer #define DRV_USR_SENDSIZE_TOO_LONG -46 // USER Parameter SendSize too long #define DRV_USR_RECVSIZE_TOO_LONG -47 // USER Parameter ReceiveSize too long #define DRV_USR_SENDBUF_PTR_NULL -48 // USER Pointer to send buffer is a null pointer #define DRV_USR_RECVBUF_PTR_NULL -49 // USER Pointer to receive buffer is a null pointer #define DRV_DEV_NO_VIRTUAL_MEM -60 // DEVICE Virtual memory not available #define DRV_DEV_UNMAP_VIRTUAL_MEM -61 // DEVICE Unmap virtual memory failed #define DRV_DEV_REQUEST_IRQ_FAILED -62 // DEVICE Request irq failed #define DRV_USR_FILE_OPEN_FAILED -100 // USER file not opend #define DRV_USR_FILE_SIZE_ZERO -101 // USER file size zero #define DRV_USR_FILE_NO_MEMORY -102 // USER not enough memory to load file #define DRV_USR_FILE_READ_FAILED -103 // USER file read failed #define DRV_USR_INVALID_FILETYPE -104 // USER file type invalid #define DRV_USR_FILENAME_INVALID -105 // USER file name not valid #define DRV_RCS_ERROR_OFFSET 1000 // RCS error number start #ifdef _GNUC_ # ifndef PACKED # define PACKED __attribute__((packed, aligned(1))) # endif /* PACKED */ #else # define PACKED #endif #ifdef _MSC_ # pragma pack(1) #endif /* ------------------------------------------------------------------------------------ */ /* message definition */ /* ------------------------------------------------------------------------------------ */ // max. length is 288 Bytes, max message length is 255 + 8 Bytes typedef struct tagMSG_STRUC { unsigned char rx PACKED; unsigned char tx PACKED; unsigned char ln PACKED; unsigned char nr PACKED; unsigned char a PACKED; unsigned char f PACKED; unsigned char b PACKED; unsigned char e PACKED; unsigned char data[255] PACKED; unsigned char dummy[25] PACKED; // for compatibility with older definitions (288 Bytes) } MSG_STRUC; #ifdef _MSC_ # pragma pack() #endif /* ------------------------------------------------------------------------------------ */ /* INFO structure definitions */ /* ------------------------------------------------------------------------------------ */ // Board operation mode #define POLLING_MODE 0 #define INTERRUPT_MODE 1 // DEVRESET #define COLDSTART 2 #define WARMSTART 3 #define BOOTSTART 4 // DEVMBXINFO #define DEVICE_MBX_EMPTY 0 #define DEVICE_MBX_FULL 1 #define HOST_MBX_EMPTY 0 #define HOST_MBX_FULL 1 // TRIGGERWATCHDOG #define WATCHDOG_STOP 0 #define WATCHDOG_START 1 // GETINFO InfoArea definitions #define GET_DRIVER_INFO 1 #define GET_VERSION_INFO 2 #define GET_FIRMWARE_INFO 3 #define GET_TASK_INFO 4 #define GET_RCS_INFO 5 #define GET_DEV_INFO 6 #define GET_IO_INFO 7 #define GET_IO_SEND_DATA 8 // HOST mode definition #define HOST_NOT_READY 0 #define HOST_READY 1 // DEVREADWRITERAW #define PARAMETER_READ 1 #define PARAMETER_WRITE 2 // STATE definition #define STATE_ERR_NON 0 #define STATE_ERR 1 #define STATE_MODE_2 2 #define STATE_MODE_3 3 #define STATE_MODE_4 4 // DEVSPECIALCONTROL #define SPECIAL_CONTROL_CLEAR 0 #define SPECIAL_CONTROL_SET 1 // DEVDOWNLOAD #define FIRMWARE_DOWNLOAD 1 #define CONFIGURATION_DOWNLOAD 2 #ifdef _MSC_ # pragma pack(1) #endif // Device exchange IO information typedef struct tagIOINFO { unsigned char bComBit PACKED; /* Actual state of the COM bit */ unsigned char bIOExchangeMode PACKED; /* Actual data exchange mode (0..5) */ unsigned long ulIOExchangeCnt PACKED; /* Exchange IO counter */ } IOINFO; // Device version information typedef struct tagVERSIONINFO { /* DEV serial number and OS versions */ unsigned long ulDate PACKED; unsigned long ulDeviceNo PACKED; unsigned long ulSerialNo PACKED; unsigned long ulReserved PACKED; unsigned char abPcOsName0[4] PACKED; unsigned char abPcOsName1[4] PACKED; unsigned char abPcOsName2[4] PACKED; unsigned char abOemIdentifier[4] PACKED; } VERSIONINFO; // Device firmware information typedef struct tagFIRMWAREINFO { unsigned char abFirmwareName[16] PACKED; /* Firmware name */ unsigned char abFirmwareVersion[16] PACKED; /* Firmware version */ } FIRMWAREINFO; // Device task state information typedef struct tagTASKSTATE { unsigned char abTaskState[64] PACKED; /* Task state field */ } TASKSTATE; // Device task paramater data typedef struct tagTASKPARAM { unsigned char abTaskParameter[64] PACKED; /* Task parameter field */ } TASKPARAM; // Device raw data structure typedef struct tagRAWDATA { unsigned char abRawData[1022] PACKED; /* Definition of the last kByte */ } RAWDATA; // Device task information typedef struct tagTASKINFO { struct { unsigned char abTaskName[8] PACKED; /* Task name */ unsigned short usTaskVersion PACKED; /* Task version */ unsigned char bTaskCondition PACKED; /* Actual task condition */ unsigned char abreserved[5] PACKED; /* n.c. */ } tTaskInfo [7]; } TASKINFO; // Device operating system (RCS) information typedef struct tagRCSINFO { unsigned short usRcsVersion PACKED; /* Device operating system (RCS) version */ unsigned char bRcsError PACKED; /* Operating system errors */ unsigned char bHostWatchDog PACKED; /* Host watchdog value */ unsigned char bDevWatchDog PACKED; /* Device watchdog value */ unsigned char bSegmentCount PACKED; /* RCS segment free counter */ unsigned char bDeviceAdress PACKED; /* RCS device base address */ unsigned char bDriverType PACKED; /* RCS driver type */ } RCSINFO; // Device description typedef struct tagDEVINFO { unsigned char bDpmSize PACKED; /* Device dpm size (2,8...) */ unsigned char bDevType PACKED; /* Device type (manufactor code) */ unsigned char bDevModel PACKED; /* Device model (manufactor code) */ unsigned char abDevIdentifier[3] PACKED; /* Device identification characters */ } DEVINFO; /* ------------------------------------------------------------------------------------ */ /* driver info structure definitions */ /* ------------------------------------------------------------------------------------ */ // Board information structure typedef struct tagBOARD_INFO{ unsigned char abDriverVersion[16] PACKED; // DRV driver information string struct { unsigned short usBoard PACKED; // DRV board number unsigned short usAvailable PACKED; // DRV board is available unsigned long ulPhysicalAddress PACKED; // DRV physical DPM address unsigned short usIrq PACKED; // DRV irq number } tBoard [MAX_DEV_BOARDS]; unsigned short usBoards_detected PACKED; } BOARD_INFO; // Internal driver state information structure typedef struct tagDRIVERINFO{ unsigned long ulOpenCnt PACKED; // DevOpen() counter unsigned long CloseCnt PACKED; // number of driver close unsigned long ulReadCnt PACKED; // Number of DevGetMessage commands unsigned long ulWriteCnt PACKED; // Number of DevPutMessage commands unsigned long ulIRQCnt PACKED; // Number of board interrupts unsigned char bInitMsgFlag PACKED; // Actual init sate unsigned char bReadMsgFlag PACKED; // Actual read mailbox state unsigned char bWriteMsgFlag PACKED; // Actual write mailbox state unsigned char bLastFunction PACKED; // Last driver function unsigned char bWriteState PACKED; // Actual write command state unsigned char bReadState PACKED; // Actual read command state unsigned char bHostFlags PACKED; // Actual host flags unsigned char bMyDevFlags PACKED; // Actual device falgs unsigned char bExIOFlag PACKED; // Actual IO flags unsigned long ulExIOCnt PACKED; // DevExchangeIO() counter } DRIVERINFO; // Extended board information structure typedef struct tagBOARD_INFOEX{ unsigned char abDriverVersion[16] PACKED; // DRV driver information string struct { unsigned short usBoard PACKED; // DRV board number unsigned short usAvailable PACKED; // DRV board is available unsigned long ulPhysicalAddress PACKED; // DRV physical DPM address unsigned short usIrq PACKED; // DRV irq number DRIVERINFO tDriverInfo PACKED; // Driver information FIRMWAREINFO tFirmware PACKED; DEVINFO tDeviceInfo PACKED; RCSINFO tRcsInfo PACKED; VERSIONINFO tVersion PACKED; } tBoard [MAX_DEV_BOARDS]; } BOARD_INFOEX; // Communication state field structure typedef struct tagCOMSTATE { unsigned short usMode PACKED; // Actual STATE mode unsigned short usStateFlag PACKED; // State flag unsigned char abState[64] PACKED; // State area } COMSTATE; #ifdef _MSC_ # pragma pack() #endif // state information in bLastFunction #define FKT_OPEN 1; #define FKT_CLOSE 2; #define FKT_READ 3; #define FKT_WRITE 4; #define FKT_IO 5; // state information in bWriteState and bReadState #define STATE_IN 0x01; #define STATE_WAIT 0x02; #define STATE_OUT 0x03; #define STATE_IN_IRQ 0x04; /* ------------------------------------------------------------------------------------ */ /* funcion prototypes */ /* ------------------------------------------------------------------------------------ */ extern short DevOpenDriver (); extern short DevCloseDriver (); extern short DevGetBoardInfo ( BOARD_INFO *pvData); extern short DevInitBoard ( unsigned short usDevNumber); extern short DevExitBoard ( unsigned short usDevNumber); extern short DevPutTaskParameter ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData); extern short DevReset ( unsigned short usDevNumber, unsigned short usMode, unsigned long ulTimeout); extern short DevPutMessage ( unsigned short usDevNumber, MSG_STRUC *ptMessage, unsigned long ulTimeout); extern short DevGetMessage ( unsigned short usDevNumber, unsigned short usSize, MSG_STRUC *ptMessage, unsigned long ulTimeout); extern short DevGetTaskState ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData); extern short DevGetMBXState ( unsigned short usDevNumber, unsigned short *pusDevMBXState, unsigned short *pusHostMBXState); extern short DevTriggerWatchDog ( unsigned short usDevNumber, unsigned short usFunction, unsigned short *usDevWatchDog); extern short DevGetInfo ( unsigned short usDevNumber, unsigned short usFunction, unsigned short usSize, void *pvData); extern short DevGetTaskParameter ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData); extern short DevExchangeIO ( unsigned short usDevNumber, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, unsigned long ulTimeout); extern short DevReadSendData ( unsigned short usDevNumber, unsigned short usOffset, unsigned short usSize, void *pvData); extern short DevSetHostState ( unsigned short usDevNumber, unsigned short usMode, unsigned long ulTimeout); extern short DevExtendedData ( unsigned short usDevNumber, unsigned short usMode, unsigned short usSize, void *pvData); extern short DevGetMBXData ( unsigned short usDevNumber, unsigned short usHostSize, void *pvHostData, unsigned short usDevSize, void *pvDevData); extern short DevGetBoardInfoEx ( void *pvData); extern short DevExchangeIOEx ( unsigned short usDevNumber, unsigned short usMode, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, unsigned long ulTimeout); extern short DevExchangeIOErr ( unsigned short usDevNumber, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, COMSTATE *ptState, unsigned long ulTimeout); extern short DevReadWriteDPMRaw ( unsigned short usDevNumber, unsigned short usMode, unsigned short usOffset, unsigned short usSize, void *pvData); extern short DevSpecialControl ( unsigned short usDevNumber, unsigned short usMode, unsigned short *pusCtrlAck); extern short DevDownload ( unsigned short usDevNumber, unsigned short usMode, unsigned char *pszFileName, unsigned long *pdwBytes); extern short DevReadWriteDPMData ( unsigned short usDevNumber, unsigned short usMode, unsigned short usOffset, unsigned short usSize, void *pvData); extern short DevSetOpMode ( unsigned short usBoard, unsigned short usMode , unsigned char *ucIrq ); #ifdef __cplusplus } #endif #endif // ifndef CIFUSER_H_INCLUDED cifv1003/CONSOLE/demo.c0100644000000000000000000004403007206513060013202 0ustar rootroot/* FILENAME : DEMO.C ----------------------------------------------------------------------------- DEVELOPER : Uwe Zeier PROJEKT : Device Driver for CIF boards ============================================================================= DISCRIPTION Demoprogramm using a CIF board with an ASCII-interface This source code demonstrates how to run a message and an IO data transfer. The program uses board number 0. Notice: Depending on the used protocol, not both of the data transfer functions will run without an error (e.g. if an IO based protocol is used, the message transfer will signal an error. Using a message based protocol, the IO data transfer will signal an error). The used message based protocol is the NVR (3964R protocol) ============================================================================= CHANGES Version Name Date Discription ----------------------------------------------------------------------------- V 2.200 Mayer 30.09.97 - Changes for Windows 95 and Windows NT. Uses BOARD number 0 V 2.100 Mayer 12.02.96 - Integration of the new user interface V 2.000 Zeier 20.04.95 */ /* **************************************************************************** */ /* Include */ /* **************************************************************************** */ #include #include #include #include //#include #include "../inc/cifuser.h" /* Include file for device driver API */ #include "rcs_user.h" /* Include file for RCS definition */ #include "asc_user.h" /* Include file for ASCII protocols */ #include "nvr_user.h" /* Include file for 3964R protocol */ extern int hDevDrv; /* **************************************************************************** */ /* Mainprogram */ /* **************************************************************************** */ int main( void ) { unsigned short usBoardNumber = 0; /* Board number */ unsigned short usDevState, usHostState; unsigned char abTemp[30]; /* Temporary buffer */ unsigned char abInfo[300]; /* Buffer for various information */ short sRet; /* Return value */ /* Protocol parameter definition */ ASC_PARAMETER aParameter; /* Parameters for ASCII protocolls */ /* Information structure */ IOINFO tIoInfo; /* IO information structure */ /* Data structure for message based communication */ RCS_MESSAGETELEGRAM_10 tMessage; /* Data areas for IO based communication */ unsigned char tIOSendData[512]; /* Buffer for send data */ unsigned char tIORecvData[512]; /* Buffer for receive data */ printf( "HILSCHER GmbH - Communication test program \n\n"); printf( "\n*** Open communication driver ***\n"); printf( "*** Board number: 0 ***\n\n"); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Open the driver */ if ( (sRet = DevOpenDriver(usBoardNumber)) != DRV_NO_ERROR) { printf( "DevOpenDriver RetWert = %5d \n", sRet ); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Initialize board */ } else if ( (sRet = DevInitBoard ( usBoardNumber)) != DRV_NO_ERROR) { printf( "DevInitBoard RetWert = %5d \n", sRet ); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Read Firmware information field */ } else if ( (sRet = DevGetInfo( usBoardNumber, /* DeviceNumber */ GET_FIRMWARE_INFO, /* InfoArea */ sizeof(FIRMWAREINFO), /* Size of bytes to read */ &abInfo[0])) != DRV_NO_ERROR ) { /* Pointer to user buffer */ printf( "DevGetInfo (GET_FIRMWARE_INFO) RetWert = %5d \n", sRet ); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Signal board, application is running */ } else if ( (sRet = DevSetHostState( usBoardNumber, /* DeviceNumber */ HOST_READY, /* Mode */ 0L)) != DRV_NO_ERROR ) { /* Pointer to user buffer */ printf( "DevSetHostState (HOST_READY) RetWert = %5d \n", sRet ); } else { /* Print firmware information */ memcpy ( &abTemp, &abInfo[0], 16); abTemp[16] = 0; printf( " FirmwareName: %s\n", &abTemp[0] ); memcpy ( &abTemp, &abInfo[16], 16); abTemp[16] = 0; printf( " FirmwareVersion: %s\n", &abTemp[0]); printf( "\n\n" ); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Read mailbox information */ if ( (sRet = DevGetMBXState( usBoardNumber, /* DeviceNumber */ &usDevState, /* Buffer for device state */ &usHostState)) != DRV_NO_ERROR ) {/* Buffer for host state */ // function error printf( "DevGetMBXState RetWert = %5d\n", sRet ); } else { // show actual state printf( "DevGetMBXState device MBX state = %5d (0=empty, 1=full)\n", usDevState); printf( "DevGetMBXState host MBX state = %5d (0=empty, 1=full)\n", usHostState); } /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Fill in protokoll parameters */ aParameter.bScl = 1; /* Interface number */ aParameter.bRtsControl = 0; /* Bus handling */ aParameter.bBaudrate = 10; /* Baud rate */ aParameter.bDataBits = 8; /* Number of data bits */ aParameter.bStopBits = 1; /* Number of stop bits */ aParameter.bParityBit = 1; /* Parity */ aParameter.bMode = 1; /* Interface mode */ aParameter.bEndMode = 0; /* Stop mod */ aParameter.bCheckMode = 0; /* Checksum mode */ aParameter.bCheckArea = 0; /* Checksum area */ aParameter.bFilterMode = 0; /* Character filter mode */ aParameter.usFilterCharacter = 0; /* Characters */ aParameter.usTelTimeout = 1000; /* Telegram timeout */ aParameter.usStartTimeout = 0; /* Start timeout */ aParameter.usCharTimeout = 0; /* Character timeout */ aParameter.bRetries = 0; /* Retray number */ aParameter.bErrorLed = 1; /* Error LED */ aParameter.bTelStartLen = 0; /* Length of telegram start */ aParameter.bTelStart[0] = 0; /* Telegram beginning */ aParameter.bTelEndLen = 0; /* Length of telegram end */ aParameter.bTelEnd[0] = 0; /* Telegram end */ aParameter.bTelAckLen = 0; /* Length of ACK telegram */ aParameter.bTelAck[0] = 0; /* ACK telegramm */ aParameter.bTelNackLen = 0; /* Length of NAK telegram */ aParameter.bTelNack[0] = 0; /* NAK telegram */ aParameter.bTelDeviceLen = 0; /* Length of the device telegram */ /* Write parameters to communication board */ sRet = DevPutTaskParameter( usBoardNumber, /* Device number */ 1, /* Protokoll task number */ sizeof(aParameter), /* Lenght of bytes */ &aParameter ); /* Pointer to data buffer */ printf( "DevPutTaskParameter RetWert = %5d (Interface number 1)\n", sRet ); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Reset board so it can take the parameters */ sRet = DevReset( usBoardNumber, /* Device number */ WARMSTART, /* Reset mode, Warmstart */ 8000L); /* Timeout 8000 ms */ printf( "DevResetBoard RetWert = %5d \n", sRet ); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Wait for user response */ printf( "\nPress RETURN to continue .... \n"); getchar(); /* ========================================================================= */ /* Test Message transfer */ /* ========================================================================= */ printf( "\n*** Test for message transfer ***\n\n"); /* Tray to read a message */ printf( " DevGetMessage Wait for a maximum of %ld ms\n", 5000L ); sRet = DevGetMessage ( usBoardNumber, /* Device Number */ sizeof(tMessage), /* Users buffer size */ (MSG_STRUC *)&tMessage, /* Pointer to user buffer */ 5000L ); /* Timeout */ printf( " DevGetMessage RetWert = %5d \n", sRet ); /*===========================================================================*/ /* Test message transfer */ /*===========================================================================*/ /* Build a message */ tMessage.rx = 0x01; tMessage.tx = 0x10; tMessage.ln = 12; tMessage.nr = 1; tMessage.a = 0; tMessage.f = 0; tMessage.b = 17; tMessage.e = 0x00; tMessage.device_adr = 0; tMessage.data_area = 0; tMessage.data_adr = 0; tMessage.data_idx = 0; tMessage.data_cnt = 4; tMessage.data_type = 10; tMessage.function = 2; tMessage.d[0] = 1; /* Some user data */ tMessage.d[1] = 2; /* Some user data */ tMessage.d[2] = 3; /* Some user data */ tMessage.d[3] = 4; /* Some user data */ sRet = DevPutMessage ( usBoardNumber, /* Device Number */ (MSG_STRUC *)&tMessage, /* Pointer to user buffer */ 5000L ); /* Timeout */ printf( " DevPutMessage RetWert = %5d \n", sRet ); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Wait for user response */ printf( "\nPress RETURN to continue .... \n"); getchar(); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Tray to read a message */ printf( " DevGetMessage Wait for a maximum of %ld ms\n", 20000L ); sRet = DevGetMessage ( 0, /* Device Number */ sizeof(tMessage), /* Users buffer size */ (MSG_STRUC *)&tMessage, /* Pointer to user buffer */ 20000L ); /* Timeout */ printf( " DevGetMessage RetWert = %5d \n", sRet ); if ( sRet == DRV_NO_ERROR) { /* Message available */ printf( " RX: 0x%02X, TX: 0x%02X, LN: 0x%02X, NR: 0x%02X \n", tMessage.rx, tMessage.tx, tMessage.ln, tMessage.nr ); printf( " A: 0x%02X, F: 0x%02X, B: 0x%02X, E: 0x%02X \n", tMessage.a, tMessage.f, tMessage.b, tMessage.e ); } /* endif */ /* ========================================================================= */ /* Test for ExchangeIO */ /* ========================================================================= */ /* ========================================================================= */ /* Test for ExchangeIO */ /* ========================================================================= */ /* Test if IO-Communication is available */ printf( "\n\n*** Test for ExchangeIO functions ***\n\n"); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Read the mode of the IO-Communication, 0 = MODE UNKNOWN */ sRet = DevGetInfo( usBoardNumber, /* DeviceNumber */ GET_IO_INFO, /* InfoArea */ sizeof(IOINFO), /* Size of bytes to read */ &tIoInfo); /* Pointer to user buffer */ printf( " DevGetInfo (IOINFO) RetWert = %5d \n", sRet ); /* Print IO information */ printf( " ExchangeIO information\n" " IO-Communication mode : %d\n" " IO-COM bit : %d\n" " IO-Count : %ld\n", tIoInfo.bIOExchangeMode, tIoInfo.bComBit, tIoInfo.ulIOExchangeCnt); if ( tIoInfo.bIOExchangeMode == 0) { /* No IO-Communication available */ printf( " --- IO-Communication NOT AVAILABLE ---\n"); } else { /* IO-Communication is available */ printf( " --- IO-Communication AVAILABLE ---\n"); /* Test if IO-Communication is running */ if ( tIoInfo.bComBit == 0) { /* No Communication is running */ printf( " IO-Communication is not running, so all function\n" " returning an error !.\n"); } /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Read the hole send area to update internal data */ if ( (sRet = DevGetInfo( usBoardNumber, /* DeviceNumber */ GET_IO_SEND_DATA, /* InfoArea */ sizeof(tIOSendData), /* Size of bytes to read */ (void*)&tIOSendData[0])) != DRV_NO_ERROR ) {/* Pointer to user buffer */ printf( " DevGetInfo (IO_SEND_DATA) RetWert = %5d \n", sRet ); } else { /* Write test data to Send buffer */ tIOSendData[0] = 0xC7; tIOSendData[1] = 0xFF; tIOSendData[2] = 2; tIOSendData[3] = 3; /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Run ExchangeIO */ if ( (sRet = DevExchangeIO ( usBoardNumber, 0, /* usSendOffset */ 4, /* usSendSize */ &tIOSendData[0], /* *pvSendData */ 0, /* usReceiveOffset */ 4, /* usReceiveSize */ &tIORecvData[0], /* *pvReceiveData */ 100L )) != DRV_NO_ERROR ) { /* ulTimeout */ printf( "DevExchangeIO RetWert = %5d \n", sRet ); } else { /* Data exchange is done, print some information */ printf( " ExchangeIO data:\n" " Send data: Receive data\n" " byte 0 : %d byte 0 : %d\n" " byte 1 : %d byte 1 : %d\n" " byte 2 : %d byte 2 : %d\n" " byte 3 : %d byte 3 : %d\n", tIOSendData[0],tIORecvData[0], tIOSendData[1],tIORecvData[1], tIOSendData[2],tIORecvData[2], tIOSendData[3],tIORecvData[3]); } } } /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Wait for user response */ printf( "\nPress RETURN to continue .... \n"); getchar(); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Signal board, application is not running */ if ( (sRet = DevSetHostState( usBoardNumber, /* DeviceNumber */ HOST_NOT_READY, /* Mode */ 0L)) != DRV_NO_ERROR ) { /* Pointer to user buffer */ printf( "DevSetHostState (HOST_NOT_READY) RetWert = %5d \n", sRet ); } printf( "\n*** Close communication driver ***\n\n"); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Close communication */ sRet = DevExitBoard( usBoardNumber); /* Device number */ printf( "DevExitBoard RetWert = %5d \n", sRet ); /* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */ /* Close Driver */ sRet = DevCloseDriver(0); printf( "DevCloseDriver RetWert = %5d \n", sRet ); } return(0); } cifv1003/CONSOLE/nvr_user.h0100644000000000000000000000674307131015330014131 0ustar rootroot/* ******************************************************************* FILENAME : NVR_USER.H ------------------------------------------------------------------------- CREATED BY : R. Mayer, Hilscher GmbH CREATED AT : 29.05.96 PROJECT : NVR ========================================================================= FUNCTION : User interface NVR protocol ========================================================================= CHANGES OF REVISIONS : Version Name Date Change ------------------------------------------------------------------------- V1.000 Mayer 29.05.96 Created ******************************************************************** */ #if defined( _MSC_VER) /* Microsoft C */ #pragma pack(1) /* Byte Alignment */ #endif /* ======================================================================== */ /* Protocol definition */ /* ======================================================================== */ #define NVR_MODE_MSB_LSB 0 #define NVR_MODE_LSB_MSB 1 #define NVR_MODE_BYTE 2 #define NVR_MODE_TRANSPARENT 3 /* ======================================================================== */ /* Protocol parameter structure */ /* ======================================================================== */ typedef struct NVR_PARAMETRtag { unsigned char bScl; /* Communication line number */ unsigned char bRtsControl; /* RTS control */ unsigned char bBaudrate; /* Baudrate */ unsigned char bDataBits; /* Number of data bits */ unsigned char bStopBits; /* Number of stop bits */ unsigned char bParityBit; /* Parity */ unsigned char bPriority; /* Priority */ unsigned short usTimeout; /* Timeout */ unsigned char bReceiveMode; /* Receive mode */ unsigned char bSendMode; /* Send mode */ unsigned char bErrorLed; /* Mode of the error LED */ } NVR_PARAMETER; /* ======================================================================== */ /* Protocol task state structure */ /* ======================================================================== */ typedef struct NVR_STATEtag { unsigned char bTaskState; /* Task state */ unsigned long ulTxCount; /* Transmitt telegram count */ unsigned long ulRxCount; /* Receive telegram count */ unsigned char bTxRetryCount; /* Number of transmitt retries */ unsigned char bRxRetryCount; /* Number of receive retries */ unsigned short usTxErrorCount; /* Transmitt error count */ unsigned short usRxErrorCount; /* Receive error count */ unsigned short usErrorBits; /* Error bits */ unsigned char bError; /* Last error */ } NVR_STATE; #if defined( _MSC_VER) /* Microsoft C */ #pragma pack() /* Byte Alignment */ #endif cifv1003/CONSOLE/rcs_user.h0100644000000000000000000002716107131014637014121 0ustar rootroot/* ******************************************************************* FILENAME : RCS_USER.H ------------------------------------------------------------------------- CREATED BY : R.Mayer, Hilscher GmbH CREATED AT : 10.05.96 PROJECT : global ========================================================================= FUNCTION : General RCS definitions ========================================================================= CHANGES OF REVISIONS : Version Name Date Change ------------------------------------------------------------------------- V1.002 Mayer 14.05.98 RCS_TELEGRAMHEADERDATA_10 structure included V1.001 Mayer 29.05.96 Task errors included V1.000 Mayer 10.05.96 created from the file rc090203.h ******************************************************************** */ #ifdef __cplusplus } #endif #if defined( _MSC_VER) /* Microsoft C */ #pragma pack(1) /* Byte Alignment */ #endif /* ======================================================================== */ /* General task errors */ /* ======================================================================== */ #define TASK_F_OK 0 #define TASK_F_NO_COMMUNICATION 1 #define TASK_F_IDLE 2 #define TASK_F_INIT_BASE 50 #define TASK_F_PARITY 100 #define TASK_F_FRAMING 101 #define TASK_F_OVERRUN 102 #define TASK_F_DATACOUNT 103 #define TASK_F_CHECKSUM 104 #define TASK_F_TIMEOUT 105 #define TASK_F_PROTOCOL 106 #define TASK_F_DATA 107 #define TASK_F_NACK 108 #define TASK_F_PROTOCOL_BASE 110 #define TASK_F_MESSAGEHEADER 150 #define TASK_F_MESSAGESIZE 151 #define TASK_F_MESSAGECOMMAND 152 #define TASK_F_MESSAGESTRUCTURE 153 #define TASK_F_MESSAGEERROR 154 #define TASK_F_MESSAGETIMEOUT 155 #define TASK_F_TELEGRAMHEADER 160 #define TASK_F_DEVICE_ADR 161 #define TASK_F_DATA_AREA 162 #define TASK_F_DATA_ADR 163 #define TASK_F_DATA_IDX 164 #define TASK_F_DATA_CNT 165 #define TASK_F_DATA_TYPE 166 #define TASK_F_FUNCTION 167 #define TASK_F_MESSAGE_BASE 170 #define TASK_F_NOT_INITIALIZED 200 #define TASK_F_BUSY 201 #define TASK_F_SEGMENT 202 #define TASK_F_USER 203 #define TASK_F_DATABASE 210 #define TASK_F_DATABASE_WRITE 211 #define TASK_F_DATABASE_READ 212 #define TASK_F_STRUCTURE 213 #define TASK_F_PARAMETER 214 #define TASK_F_CONFIGURATION 215 #define TASK_F_FUNCTIONLIST 216 #define TASK_F_SYSTEM 217 #define TASK_F_SYSTEM_BASE 220 /* ======================================================================== */ /* Task commands */ /* ======================================================================== */ #define TASK_B_10 16 /* RCS_TELEGRAMHEADER_10 */ #define TASK_B_11 17 /* Task specific */ /* ======================================================================== */ /* Message definitions */ /* ======================================================================== */ /* ----------------- Definition of the standard telegram header ----------- */ /* Keyword: MESSAGE ---------------------------------------------------- */ /* TelegramFunCtion */ #define TASK_TFC_UNUSED 0 #define TASK_TFC_READ 1 #define TASK_TFC_WRITE 2 #define TASK_TFC_QUERRY 3 /* TelegramDataArea */ /* 'data_area' */ #define TASK_TDA_UNUSED 0 #define TASK_TDA_BIT 1 #define TASK_TDA_BYTE 2 #define TASK_TDA_WORD 3 #define TASK_TDA_DWORD 4 #define TASK_TDA_FLOAT 5 /* TelegramDataType */ /* 'data_type' for MOTOROLA data types ! */ /* For INTEL data types, the 'RCS_TDT_IDF_MASK' flag must be set */ #define TASK_TDT_UNUSED 0 #define TASK_TDT_BOOLEAN 1 #define TASK_TDT_INT8 2 #define TASK_TDT_INT16 3 #define TASK_TDT_INT32 4 #define TASK_TDT_UINT8 5 #define TASK_TDT_UINT16 6 #define TASK_TDT_UINT32 7 #define TASK_TDT_FLOAT 8 #define TASK_TDT_ASCII 9 #define TASK_TDT_STRING 10 #define TASK_TDT_BIT 14 #define TASK_TDT_IDF_MSK 0X80 /* ======================================================================== */ /* Message structure definitions */ /* ======================================================================== */ /* -------------------- General RCS definitions -------------------------- */ /* Keyword: MESSAGE ------------------------------------------------------ */ #define RCS_SEGMENT_LEN 288 #define RCS_MESSAGEHEADER_LEN 8 #define RCS_TELEGRAMHEADER_LEN 8 /* ------------------------ RCS message definition ------------------------ */ typedef struct RCS_MESSAGEHEADERtag { unsigned char rx; /* receiver */ unsigned char tx; /* transmitter */ unsigned char ln; /* lenght */ unsigned char nr; /* number */ unsigned char a; /* answer */ unsigned char f; /* fault */ unsigned char b; /* command */ unsigned char e; /* extension */ } RCS_MESSAGEHEADER; typedef struct RCS_MESSAGEtag { unsigned char rx; /* receiver */ unsigned char tx; /* transmitter */ unsigned char ln; /* lenght */ unsigned char nr; /* number */ unsigned char a; /* answer */ unsigned char f; /* fault */ unsigned char b; /* command */ unsigned char e; /* extension */ unsigned char d[ RCS_SEGMENT_LEN-RCS_MESSAGEHEADER_LEN ]; /* data */ } RCS_MESSAGE; /* ----------------- Standard telegram header ----------------------------- */ /* Keyword: MESSAGE, TASK_B_10 --------------------------------------------*/ typedef struct RCS_TELEGRAMHEADER_10tag { unsigned char device_adr; /* device address */ unsigned char data_area; /* data area */ unsigned short data_adr; /* data address */ unsigned char data_idx; /* data index */ unsigned char data_cnt; /* data count */ unsigned char data_type; /* data type */ unsigned char function; /* function */ } RCS_TELEGRAMHEADER_10; typedef struct RCS_MESSAGETELEGRAMHEADER_10_tag { unsigned char rx; /* receiver */ unsigned char tx; /* transmitter */ unsigned char ln; /* lenght */ unsigned char nr; /* number */ unsigned char a; /* answer */ unsigned char f; /* fault */ unsigned char b; /* command */ unsigned char e; /* extension */ unsigned char device_adr; /* device address */ unsigned char data_area; /* data area */ unsigned short data_adr; /* data address */ unsigned char data_idx; /* data index */ unsigned char data_cnt; /* data count */ unsigned char data_type; /* data type */ unsigned char function; /* function */ } RCS_MESSAGETELEGRAMHEADER_10; typedef struct RCS_TELEGRAMHEADERDATA_10tag { unsigned char device_adr; unsigned char data_area; unsigned short data_adr; unsigned char data_idx; unsigned char data_cnt; unsigned char data_type; unsigned char function; unsigned char d[ RCS_SEGMENT_LEN-RCS_MESSAGEHEADER_LEN-RCS_TELEGRAMHEADER_LEN]; } RCS_TELEGRAMHEADERDATA_10; typedef struct RCS_MESSAGETELEGRAM_10tag { unsigned char rx; /* receiver */ unsigned char tx; /* transmitter */ unsigned char ln; /* lenght */ unsigned char nr; /* number */ unsigned char a; /* answer */ unsigned char f; /* fault */ unsigned char b; /* command */ unsigned char e; /* extension */ unsigned char device_adr; /* device address */ unsigned char data_area; /* data area */ unsigned short data_adr; /* data address */ unsigned char data_idx; /* data index */ unsigned char data_cnt; /* data count */ unsigned char data_type; /* data type */ unsigned char function; /* function */ unsigned char d[ RCS_SEGMENT_LEN-RCS_MESSAGEHEADER_LEN-RCS_TELEGRAMHEADER_LEN]; } RCS_MESSAGETELEGRAM_10; #if defined( _MSC_VER) /* Microsoft C */ #pragma pack() /* Byte Alignment */ #endif #ifdef __cplusplus } #endif /* === eof 'RCS_USER.H' === */ cifv1003/CONSOLE/rcsdef.h0100644000000000000000000001426107133246031013534 0ustar rootroot/* ******************************************************************* FILENAME : RcsDef.h ------------------------------------------------------------------------- CREATED BY : R.Mayer, Hilscher GmbH CREATED AT : 10.03.97 PROJECT : ========================================================================= FUNCTION / CLASSDESCRIPTION: ========================================================================= CHANGES OF REVISIONS : Version Name Date Change ------------------------------------------------------------------------- 1.000 RM 10.03.97 Created ******************************************************************** */ // Prevent multiple inclusion #ifndef __RCSDEF_H__ #define __RCSDEF_H__ #ifdef _cplusplus extern "C" { #endif /* _cplusplus */ #define FIRMWARE_DOWNLOAD 1 #define CONFIGURATION_DOWNLOAD 2 /* ======================================================================== */ /* Message definitions */ /* ======================================================================== */ #define RCS_TASK 0x00 /* Number of RCS */ #define PLC_TASK 0x02 /* Number for PLC_TASK */ #define MSG_SYSTEM_TX 0xFF /* Transmitter for system functions number */ #define RCS_B_TASK_STATE 4 // Task state /************************************************************************** */ /* Genaral RCS commands */ /************************************************************************** */ #define RCS_B_SYSFKT 1 #define RCS_B_TASKFKT 2 #define RCS_B_DIAGNOSE 3 #define RCS_B_STRUCTFNC 4 #define RCS_B_TRACE 5 #define RCS_B_LOADFKT 6 #define RCS_B_DBMFKT 10 /* ----------------------- */ /* Message extension masks */ /* ----------------------- */ #define RCS_FIFO_MSK 0 #define RCS_LIFO_MSK 1 #define RCS_NAK_MSK 2 #define RCS_NORM_MSK 0 #define RCS_FIRST_MSK 4 #define RCS_CONT_MSK 8 #define RCS_LAST_MSK 0x0C #define RCS_SEQ_MSK 0x0C /* ------------------ */ /* Mode definitions */ /* ------------------ */ #define MODE_NEUSTART 0 /* Command: B_SYSFKT */ #define MODE_KALTSTART 1 /* Command: B_SYSFKT */ #define MODE_WARMSTART 2 /* Command: B_SYSFKT */ #define MODE_ZYKL_STATUS_STOP 3 /* Command: B_SYSFKT */ #define MODE_FWVERSION 4 /* Command: B_SYSFKT */ #define MODE_GET_PROJ_WERTE_HW 5 /* Command: B_SYSFKT */ #define MODE_GET_PROJ_WERTE_SW 6 /* Command: B_SYSFKT */ #define MODE_SHOW_DYN_SYSSTAT 7 /* Command: B_SYSFKT */ #define MODE_SETTIME 9 /* not implemented yet */ #define MODE_SET_DEVICE_DATA 9 /* not implemented yet */ #define MODE_MODUL_RCS 11 /* Command: B_SYSFKT */ #define MODE_MODUL_LIB 12 /* Command: B_SYSFKT */ #define MODE_MODUL_MCL 13 /* Command: B_SYSFKT */ #define MODE_MODUL_LIB 12 /* Command: B_SYSFKT */ #define MODE_MODUL_MCL 13 /* Command: B_SYSFKT */ #define MODE_DISTRIBUTOR_DRIVER 14 /* Command: B_SYSFKT ->function 1 = insert */ #define MODE_PRINT_DRIVER 15 /* Command: B_SYSFKT */ #define MODE_GET_RCS_ERROR 16 /* Command: B_SYSFKT */ #define MODE_PRINT_DEVICE 1 /* NO mode, only for MENU.H */ #define MODE_PRINT_DEVICE_DRIVER 2 /* NO mode, only for MENU.H */ #define MODE_START_STOP_STAT 0 /* Command: B_TASKFKT */ #define MODE_START_STOP 1 /* Command: B_TASKFKT */ #define MODE_TASK_VERSION 2 /* Command: B_TASKFKT */ #define MODE_ZYKL_STATUS 3 /* Command: B_TASKFKT */ #define MODE_SHOW_FUELLST 4 /* Command: B_TASKFKT */ #define MODE_SHOW_TIMER 5 /* Command: B_TASKFKT */ #define MODE_DIAG_MEM_READ_SINGLE 0x0 /* Command: B_DIAGNOSE */ #define MODE_DIAG_MEM_WRITE_SINGLE 0x1 /* Command: B_DIAGNOSE */ #define MODE_DIAG_IO_READ_SINGLE 0x2 /* Command: B_STRUKTFKT */ #define MODE_DIAG_IO_WRITE_SINGLE 0x3 /* Command: B_STRUKTFKT */ #define MODE_DIAG_ZYKL 0x10 /* Command: B_STRUKTFKT */ #define MODE_DIAG_MEM_READ_ZYKL 0x10 /* Command: B_STRUKTFKT */ #define MODE_DIAG_MEM_WRITE_ZYKL 0x11 /* Command: B_STRUKTFKT */ #define MODE_DIAG_IO_READ_ZYKL 0x12 /* Command: B_STRUKTFKT */ #define MODE_DIAG_IO_WRITE_ZYKL 0x13 /* Command: B_STRUKTFKT */ #define MODE_ZYKL_TASK_STRUK 0 /* Command: B_STRUKTFKT */ #define MODE_INIT_INFO_STRUK 1 /* Command: B_STRUKTFKT */ #define MODE_WRITE_STRUK 2 /* Command: B_STRUKTFKT */ #define MODE_START_TRACE 0 /* Command: B_TRACE */ #define MODE_DEL_TRACE_PUF 1 /* Command: B_TRACE */ #define MODE_UPLOAD_BINAER 0 /* Command: B_LOADFKT */ #define MODE_DOWNLOAD_BINAER 1 /* Command: B_LOADFKT */ #define MODE_UPLOAD_DBM 2 /* Command: B_LOADFKT */ #define MODE_DOWNLOAD_DBM 3 /* Command: B_LOADFKT */ #define MODE_DEL_FLASH 4 /* Command: B_LOADFKT */ #define MODE_GET_FLASH_DIR 5 /* Command: B_LOADFKT */ #define MODE_URLADEN 6 /* Command: B_LOADFKT */ #define MODE_LONG_BINLOAD 7 /* Command: B_LOADFKT */ #define MODE_FREE_DRIVER 8 /* Command: B_LOADFKT */ #define MODE_RESET_DEVICE 10 /* Command: B_LOADFKT */ /* ------------------------------------------------------------------------------------ */ #ifdef _cplusplus } #endif #endif // ======== eof 'RcsDef.h' ======== cifv1003/inc/0040755000000000000000000000000007215202104011555 5ustar rootrootcifv1003/inc/cif_dev.h0100644000000000000000000002751307214475203013345 0ustar rootroot/* ******************************************************************* FILENAME : CIF_DEV.H ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION Include file for CIF device driver, DPM layout . ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: as groundwork for this header served Windows version of the CIF device driver ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ #ifndef CIF_DEV_H # define CIF_DEV_H #ifndef STRICT /* Check Typdefinition */ #define STRICT #endif #ifndef _GNUC_ # define _GNUC_ #endif /* _GNUC_ */ /* ---------------------------------------------------------------------------------- */ /* DEV definitions */ /* ---------------------------------------------------------------------------------- */ #define DRV_ACTIV_STATE1 2 /* DEV board is in the registery */ #define DRV_ACTIV_STATE2 TRUE /* DEV board is tested and ready */ #define NUM_OF_DRV_NAMES 3 /* Number of possible driver names */ #define DEVNAMELEN 3 /* Size of DEV name in DPM */ #define NUM_OF_OSVERSIONS 2 /* Number of version strings */ #define OSVERSIONSTRINGLEN 4 /* Size of PC operating system Teststring */ #define HW_INTERRUPT_DISABLE 0x00 #define HW_INTERRUPT_ENABLE 0x01 #define BUS_TYPE_PCI 0x01 #define BUS_TYPE_ISA 0x02 /* ------------------------------------------------------------------------------------ */ /* PCI card definitions */ /* ------------------------------------------------------------------------------------ */ #define VENDOR_ID 0x10B5 /* PLX technology */ #define DEVICE_ID 0x9050 /* PLX-PCI chip */ #define SUBVENDOR_ID 0x10B5 /* PLX-PCI chip */ #define SUBSYSTEM_ID 0x1080 /* Defines a HILSCHER CIF 50 PCI board */ /* Local Control Register Offsets */ #define PCI_INTCTRLSTS_REG 0x4C typedef struct tagPHYSICAL_MEMORY_INFO{ /*INTERFACE_TYPE*/unsigned long InterfaceType; // Isa, Eisa, etc.... unsigned long BusNumber; // Bus number /*PHYSICAL_ADDRESS*/unsigned long BusAddress; // Bus-relative address unsigned long AddressSpace; // 0 is memory, 1 is I/O unsigned long Length; // Length of section to map } PHYSICAL_MEMORY_INFO; /* Data structures for PCI cards */ typedef struct tagPCI_DATA{ unsigned long ulSlotNumber; // PCI slot number unsigned long ulIOLocalRegAddress; // PCI IO Address of the LCR registers unsigned long ulBoardAddress; // physical memory address unsigned long ulDPMSize; // DPM size of the DEV unsigned long ulDPMByteSize; // DPM size of the DEV in bytes unsigned short usBoardIrq; // Interrupt number of the DEV short sError; // PCI device error } PCI_DATA; #ifndef CIF_MAJOR #define CIF_MAJOR 0 /* dynamic major by default */ #endif #ifndef CIF_MAX_BOARDS #define CIF_MAX_BOARDS 4 /* Board-0 through Board-3 */ #endif /* ------------------------------------------------------------------------------------ */ /* DPM structure */ /* ------------------------------------------------------------------------------------ */ #ifdef _GNUC_ # ifndef PACKED # define PACKED __attribute__((packed, aligned(1))) # endif /* PACKED */ #else # define PACKED #endif #ifdef _MSC_ # pragma pack(1) #endif typedef struct tagDPM_MEMORY{ /* DPM size is flexible, now using pointers */ /* for addressing the send and receive area */ MSG_STRUC tDevMbx PACKED; /* Mailbox PC --> DEV (288 Bytes)*/ VERSIONINFO tDevVersion PACKED; /* DEV version information ( 32 Bytes)*/ MSG_STRUC tPcMbx PACKED; /* Mailbox DEV --> PC (288 Bytes)*/ FIRMWAREINFO tFiwInfo PACKED; /* Firmware info ( 32 Bytes)*/ TASKPARAM tKpt1Param PACKED; /* Task 1 interface parameter ( 64 Bytes)*/ TASKPARAM tKpt2Param PACKED; /* Task 2 interface parameter ( 64 Bytes)*/ TASKSTATE tKpt1State PACKED; /* Task 1 state ( 64 Bytes)*/ TASKSTATE tKpt2State PACKED; /* Task 2 state ( 64 Bytes)*/ TASKINFO tTaskInfo PACKED; /* Task 1 to 7 info field (112 Bytes)*/ RCSINFO tRcsInfo PACKED; /* RCS information ( 8 Bytes)*/ DEVINFO tDevInfo PACKED; /* DEV information ( 6 Bytes)*/ unsigned char HostFlags PACKED; /* DPM communication DEV->PC(PcFlags) ( 1 Byte )*/ unsigned char DevFlags PACKED; /* DPM communication PC->DEV(CifFlags)( 1 Byte )*/ } DPM_MEMORY; #ifdef _MSC_ # pragma pack() #endif /* ------------------------------------------------------------------------------------ */ /* DPM flag definition */ /* ------------------------------------------------------------------------------------ */ // Host flags (HOST_FLAGS) written by the device #define HOSTCOM_FLAG 0x01 #define DEVACK_FLAG 0x02 #define PDACK_FLAG 0x04 #define STATECOM_FLAG 0x08 #define SPCACK_FLAG 0x10 #define COM_FLAG 0x20 #define RUN_FLAG 0x40 #define READY_FLAG 0x80 // Device flags (DEV_FLAGS) written by the host #define HOSTACK_FLAG 0x01 #define DEVCOM_FLAG 0x02 #define PDCOM_FLAG 0x04 #define STATEACK_FLAG 0x08 #define SPCCOM_FLAG 0x10 #define NOTREADY_FLAG 0x20 #define INIT_FLAG 0x40 #define RESET_FLAG 0x80 /* ------------------------------------------------------------------------------------ */ /* driver state definitions */ /* ------------------------------------------------------------------------------------ */ #define INI_MSG_WAIT 0x00 #define INI_MSG_RUN 0x40 #define INI_MSG_RDY 0x80 #define INI_MSG_RDYRUN 0xC0 #define COM_FLAG_RDY 0x20 #define RESET_MSG_NON 0x00 #define RESET_MSG_RUN 0x01 #define EXCHGIO_NON 0x00 #define EXCHGIO_EQUAL 0x01 #define EXCHGIO_NOT_EQUAL 0x02 #ifndef CIF_NR_DEVS #define CIF_NR_DEVS 4 #endif /* * Split minors in two parts */ #define TYPE(dev) (MINOR(dev) >> 4) /* high nibble */ #define NUM(dev) (MINOR(dev) & 0xf) /* low nibble */ /* ------------------------------------------------------------------------------------ */ /* DEV instance structure */ /* ------------------------------------------------------------------------------------ */ typedef struct tagDEV_INSTANCE { struct tagDEV_INSTANCE *next; /* linked list of Devices, see CIF_MAX_BOARDS = 4 */ /* adjusted by A.M.Whatley */ unsigned short usBoard; // Internal board number void * pvIntSynch; // Interrupt synchronization spinlock_t tSpinLock; // SMP synchronization spinlock_t tSpinLock_ExIO; // SMP synchronization unsigned long ulSynch; // Synchronisation ID unsigned char ucPCIBusNumber; // PCI bus number unsigned char ucBusType; // PCI, ISA unsigned long ulBoardAddress; // physical memory address unsigned long ulDPMSize; // DPM size of the DEV unsigned long ulDPMByteSize; // DPM size in bytes unsigned char ucBoardIrq; // Interrupt number of the DEV unsigned char ucBoardIrq_scanned; // Interrupt number of the DEV unsigned char * IrqCtrlRegAddr; // Interrupt number of the DEV void * pvVirtualIrq; // Virtual Interrupt unsigned long ulPCIIntEnable; // Enable PCI interrupt unsigned short usRcsError; // DEV-Error during startup short sDrvInitError; // DRV-Error during startup unsigned char bActive; // Board is active unsigned char * pDpmBase; // Virtual DPM start address DPM_MEMORY * ptDpmAddress; // Virtual DPM address last kbyte unsigned char * pbDpmSendArea; // Virtual DPM IO address send area unsigned char * pbDpmReceiveArea; // Virtual DPM IO address receive area unsigned char * pbHostFlags; // Pointer to HostFlags (PcFlags) unsigned char * pbDevFlags; // Pointer to DevFlags (CifFlags) unsigned short usOpenCounter; // Number of Applikations struct wait_queue * pInitSemaphore; struct wait_queue * pReadSemaphore; struct wait_queue * pWriteSemaphore; struct wait_queue * pExIOSemaphore; unsigned char bInitState; // Driver init state unsigned char bReadState; // Driver read state unsigned char bWriteState; // Driver write state unsigned char bExIOEqState; // Driver exchange IO EQUAL state unsigned char bExIONeqState; // Driver exchange IO NOT EQUAL state unsigned char bCOMEqState; // Driver COM state wait on EQUAL unsigned char bCOMNeqState; // Driver COM state wait on NOT EQUAL unsigned char bInitMsgFlag; // Init message activ flag unsigned char bReadMsgFlag; // Read message available flag unsigned char bWriteMsgFlag; // Write message done flag unsigned char bStateFlag; // State flag unsigned char bExIOFlag; // Exchange IO flag unsigned char bHostFlags; unsigned char bMyDevFlags; unsigned short usSpecialRcsError; // DEV-Error during startup DRIVERINFO tStateInfo; PCI_DATA tPciData; PHYSICAL_MEMORY_INFO pmi; } DEV_INSTANCE; /* ------------------------------------------------------------------------------------ */ /* global driver structure */ /* ------------------------------------------------------------------------------------ */ /* global driver structure */ typedef struct tagGLOBAL_DRV { unsigned long hResources; DEV_INSTANCE * aDevInst[MAX_DEV_BOARDS]; // MAX_DEV_BOARDS DEV structures } GLOBAL_DRV; #endif /* CIF_DEV_H */ cifv1003/inc/cifdev_i.h0100644000000000000000000006235507215147411013517 0ustar rootroot/* ******************************************************************* FILENAME : CIFDEV_I.H ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION Internal driver interface definition ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: as groundwork for this header served Windows version of the CIF device driver ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ #ifndef CIFDEV_I_H # define CIFDEV_I_H #ifdef _cplusplus extern "C" { #endif /* _cplusplus */ #ifndef _GNUC_ # define _GNUC_ #endif /* _GNUC_ */ /* ------------------------------------------------------------------------------------ */ /* global definitions */ /* ------------------------------------------------------------------------------------ */ #define MAX_DEV_BOARDS 4 // maximum numbers of boards /* ------------------------------------------------------------------------------------ */ /* driver errors */ /* ------------------------------------------------------------------------------------ */ #define DRV_NO_ERROR 0 // no error #define DRV_BOARD_NOT_INITIALIZED -1 // DRIVER board not initialized #define DRV_INIT_STATE_ERROR -2 // DRIVER error in internal init state #define DRV_READ_STATE_ERROR -3 // DRIVER error in internal read state #define DRV_CMD_ACTIVE -4 // DRIVER command on this chanal is activ #define DRV_PARAMETER_UNKNOWN -5 // DRIVER unknown parameter in function occured #define DRV_WRONG_DRIVER_VERSION -6 // DRIVER driver version is incompatible with DLL #define DRV_PCI_SET_CONFIG_MODE -7 // DRIVER error during PCI set config mode #define DRV_PCI_READ_DPM_LENGTH -8 // DRIVER could not read PCI DPM length #define DRV_PCI_SET_RUN_MODE -9 // DRIVER error during PCI set run mode #define DRV_DEV_DPM_ACCESS_ERROR -10 // DEVICE dual port ram not accessable #define DRV_DEV_NOT_READY -11 // DEVICE not ready (ready flag failed) #define DRV_DEV_NOT_RUNNING -12 // DEVICE not running (running flag failed) #define DRV_DEV_WATCHDOG_FAILED -13 // DEVICE watch dog test failed #define DRV_DEV_OS_VERSION_ERROR -14 // DEVICE signals wrong OS version #define DRV_DEV_SYSERR -15 // DEVICE error in dual port flags #define DRV_DEV_MAILBOX_FULL -16 // DEVICE send mailbox is full #define DRV_DEV_PUT_TIMEOUT -17 // DEVICE PutMessage timeout #define DRV_DEV_GET_TIMEOUT -18 // DEVICE GetMessage timeout #define DRV_DEV_GET_NO_MESSAGE -19 // DEVICE no message available #define DRV_DEV_RESET_TIMEOUT -20 // DEVICE RESET command timeout #define DRV_DEV_NO_COM_FLAG -21 // DEVICE COM-flag not set #define DRV_DEV_EXCHANGE_FAILED -22 // DEVICE IO data exchange failed #define DRV_DEV_EXCHANGE_TIMEOUT -23 // DEVICE IO data exchange timeout #define DRV_DEV_COM_MODE_UNKNOWN -24 // DEVICE IO data mode unknown #define DRV_DEV_FUNCTION_FAILED -25 // DEVICE Function call failed #define DRV_DEV_DPMSIZE_MISMATCH -26 // DEVICE DPM size differs from configuration #define DRV_DEV_STATE_MODE_UNKNOWN -27 // DEVICE State mode unknown // Error from Interface functions #define DRV_USR_OPEN_ERROR -30 // USER driver not opened #define DRV_USR_INIT_DRV_ERROR -31 // USER can't connect with DEV board #define DRV_USR_NOT_INITIALIZED -32 // USER board not initialized #define DRV_USR_COMM_ERR -33 // USER IOCTRL function faild #define DRV_USR_DEV_NUMBER_INVALID -34 // USER parameter for DEV number invalid #define DRV_USR_INFO_AREA_INVALID -35 // USER parameter InfoArea unknown #define DRV_USR_NUMBER_INVALID -36 // USER parameter Number invalid #define DRV_USR_MODE_INVALID -37 // USER parameter Mode invalid #define DRV_USR_MSG_BUF_NULL_PTR -38 // USER NULL pointer assignment #define DRV_USR_MSG_BUF_TOO_SHORT -39 // USER Messagebuffer too short #define DRV_USR_SIZE_INVALID -40 // USER size parameter invalid #define DRV_USR_SIZE_ZERO -42 // USER size parameter with zero length #define DRV_USR_SIZE_TOO_LONG -43 // USER size parameter too long #define DRV_USR_DEV_PTR_NULL -44 // USER device address null pointer #define DRV_USR_BUF_PTR_NULL -45 // USER pointer to buffer is a null pointer #define DRV_USR_SENDSIZE_TOO_LONG -46 // USER SendSize parameter too long #define DRV_USR_RECVSIZE_TOO_LONG -47 // USER ReceiveSize parameter too long #define DRV_USR_SENDBUF_PTR_NULL -48 // USER pointer to buffer is a null pointer #define DRV_USR_RECVBUF_PTR_NULL -49 // USER pointer to buffer is a null pointer #define DRV_DEV_NO_VIRTUAL_MEM -60 // DEVICE Virtual memory not available #define DRV_DEV_UNMAP_VIRTUAL_MEM -61 // DEVICE Unmap virtual memory failed #define DRV_DEV_REQUEST_IRQ_FAILED -62 // DEVICE Request irq failed #define DRV_USR_FILE_OPEN_FAILED -100 // USER file not opend #define DRV_USR_FILE_SIZE_ZERO -101 // USER file size zero #define DRV_USR_FILE_NO_MEMORY -102 // USER not enough memory to load file #define DRV_USR_FILE_READ_FAILED -103 // USER file read failed #define DRV_USR_INVALID_FILETYPE -104 // USER file type invalid #define DRV_USR_FILENAME_INVALID -105 // USER file name not valid #define DRV_RCS_ERROR_OFFSET 1000 // RCS error number start /* ------------------------------------------------------------------------------------ */ /* message definition */ /* ------------------------------------------------------------------------------------ */ #ifdef _GNUC_ # ifndef PACKED # define PACKED __attribute__((packed, aligned(1))) # endif /* PACKED */ #else # define PACKED #endif #ifdef _MSC_ # pragma pack(1) #endif // max. length is 255 + 8 Bytes typedef struct tagMSG_STRUC { unsigned char rx PACKED; unsigned char tx PACKED; unsigned char ln PACKED; unsigned char nr PACKED; unsigned char a PACKED; unsigned char f PACKED; unsigned char b PACKED; unsigned char e PACKED; unsigned char data[255] PACKED; unsigned char dummy[25] PACKED; } MSG_STRUC; /* ------------------------------------------------------------------------------------ */ /* DEV DPM DATA structures */ /* ------------------------------------------------------------------------------------ */ typedef struct tagIOINFO { unsigned char bComBit PACKED; unsigned char bIOExchangeMode PACKED; unsigned long ulIOExchangeCnt PACKED; } IOINFO; typedef struct tagVERSIONINFO { /* DEV serial number and OS versions */ unsigned long ulDate PACKED PACKED; unsigned long ulDeviceNo PACKED; unsigned long ulSerialNo PACKED; unsigned long ulReserved PACKED; unsigned char PcOsName0[4] PACKED; unsigned char PcOsName1[4] PACKED; unsigned char PcOsName2[4] PACKED; unsigned char OemIdentifier[4] PACKED; } VERSIONINFO; typedef struct tagFIRMWAREINFO { unsigned char FirmwareName[16] PACKED; unsigned char FirmwareVersion[16] PACKED; } FIRMWAREINFO; typedef struct tagTASKSTATE { unsigned char TaskState[64] PACKED; } TASKSTATE; typedef struct tagTASKPARAM { unsigned char TaskParameter[64] PACKED; } TASKPARAM; typedef struct tagRAWDATA { unsigned char abRawData[1022] PACKED; } RAWDATA; typedef struct tagTASKINFO { struct { char TaskName[8] PACKED; /* Task name */ unsigned short Version PACKED; /* Task version */ unsigned char TaskCondition PACKED; unsigned char reserved[5] PACKED; /* n.c. */ } tInfo [7]; } TASKINFO; typedef struct tagRCSINFO { unsigned short RcsVersion PACKED; /* Operationsystem Version */ unsigned char RcsError PACKED; unsigned char HostWatchDog PACKED; unsigned char DevWatchDog PACKED; unsigned char SegmentCount PACKED; unsigned char DeviceAdress PACKED; unsigned char DriverType PACKED; } RCSINFO; typedef struct tagDEVINFO { unsigned char DpmSize PACKED; unsigned char DevType PACKED; unsigned char DevModel PACKED; unsigned char DevIdentifier[3] PACKED; } DEVINFO; #ifdef _MSC_ # pragma pack() #endif /* ------------------------------------------------------------------------------------ */ /* driver info structure definitions */ /* ------------------------------------------------------------------------------------ */ #ifdef _MSC_ # pragma pack(1) #endif // Board information structure typedef struct tagBOARD_INFO{ unsigned char abDriverVersion[16] PACKED; // DRV driver information string struct { unsigned short usBoard PACKED; // DRV board number unsigned short usAvailable PACKED; // DRV board is available unsigned long ulPhysicalAddress PACKED; // DRV physical DPM address unsigned short usIrq PACKED; // DRV irq number } tBoard [MAX_DEV_BOARDS]; unsigned short usBoards_detected PACKED; } BOARD_INFO; // Driver information structure typedef struct tagDRIVERINFO{ unsigned long OpenCnt PACKED; // number of driver open unsigned long CloseCnt PACKED; // number of driver close unsigned long ReadCnt PACKED; // number of DevGetMessage commands unsigned long WriteCnt PACKED; // number of DevPutMessage commands unsigned long IRQCnt PACKED; // number of IRQs unsigned char InitMsgFlag PACKED; // DPM state init unsigned char ReadMsgFlag PACKED; // DPM state read message unsigned char WriteMsgFlag PACKED; // DPM state write message unsigned char LastFunction PACKED; // DRV last function in driver unsigned char WriteState PACKED; // DRV actual write state unsigned char ReadState PACKED; // DRV actual read state unsigned char HostFlags PACKED; // DPM HostFlags (PcFlags) unsigned char MyDevFlags PACKED; // DPM (internal) DevFlags unsigned char ExComBit PACKED; // COM bit unsigned long ExIOCnt PACKED; // IO data exchange count } DRIVERINFO; // Extended board information structure typedef struct tagBOARD_INFOEX{ unsigned char abDriverVersion[16] PACKED; // DRV driver information string struct { unsigned short usBoard PACKED; // DRV board number unsigned short usAvailable PACKED; // DRV board is available unsigned long ulPhysicalAddress PACKED; // DRV physical DPM address unsigned short usIrq PACKED; // DRV irq number DRIVERINFO tDriverInfo PACKED; // Driver information FIRMWAREINFO tFirmware PACKED; DEVINFO tDeviceInfo PACKED; RCSINFO tRcsInfo PACKED; VERSIONINFO tVersion PACKED; } tBoard [MAX_DEV_BOARDS]; } BOARD_INFOEX; // State field structure typedef struct tagCOMSTATE { unsigned short usMode PACKED; // Actual STATE mode unsigned short usStateFlag PACKED; // State flag unsigned char abState[64] PACKED; // State area } COMSTATE; #ifdef _MSC_ # pragma pack() #endif // state information in bLastFunction #define FKT_OPEN 1; #define FKT_CLOSE 2; #define FKT_READ 3; #define FKT_WRITE 4; #define FKT_IO 5; // state information in bWriteState and bReadState #define STATE_IN 0x01; #define STATE_WAIT 0x02; #define STATE_OUT 0x03; #define STATE_IN_IRQ 0x04; /* ------------------------------------------------------------------------------------ */ /* IOCTRL data structures */ /* ------------------------------------------------------------------------------------ */ // IOCTRL funktion defines, always step 8 /* * Ioctl definitions */ /* Use 'c' as magic number */ #define CIF_IOC_MAGIC 'c' #define CIF_IOCRESET _IO(CIF_IOC_MAGIC, 0) #define CIF_IOCTLNOFUNCTION _IO (CIF_IOC_MAGIC, 0) #define CIF_IOCTLBOARDINFO _IOWR(CIF_IOC_MAGIC, 1, 256) #define CIF_IOCTLINITDRV _IOWR(CIF_IOC_MAGIC, 2, 13) #define CIF_IOCTLPARAMETER _IOW (CIF_IOC_MAGIC, 3, 71) #define CIF_IOCTLRESETDEV _IOW (CIF_IOC_MAGIC, 4, 13) #define CIF_IOCTLPUTMSG _IO (CIF_IOC_MAGIC, 5) #define CIF_IOCTLGETMSG _IO (CIF_IOC_MAGIC, 6) #define CIF_IOCTLTASKSTATE _IO (CIF_IOC_MAGIC, 7) #define CIF_IOCTLMBXINFO _IO (CIF_IOC_MAGIC, 8) #define CIF_IOCTLTRIGGERWD _IO (CIF_IOC_MAGIC, 9) #define CIF_IOCTLGETINFO _IO (CIF_IOC_MAGIC, 10) #define CIF_IOCTLEXITDRV _IO (CIF_IOC_MAGIC, 11) #define CIF_IOCTLGETPARAMETER _IO (CIF_IOC_MAGIC, 12) #define CIF_IOCTLEXIO _IO (CIF_IOC_MAGIC, 13) #define CIF_IOCTLSETHOST _IO (CIF_IOC_MAGIC, 14) #define CIF_IOCTLREADSEND _IO (CIF_IOC_MAGIC, 15) #define CIF_IOCTLEXTDATA _IO (CIF_IOC_MAGIC, 16) #define CIF_IOCTLGETMBX _IO (CIF_IOC_MAGIC, 17) #define CIF_IOCTLBOARDINFOEX _IO (CIF_IOC_MAGIC, 18) #define CIF_IOCTLEXIOEX _IO (CIF_IOC_MAGIC, 19) #define CIF_IOCTLEXIOERR _IO (CIF_IOC_MAGIC, 20) #define CIF_IOCTLRWRAW _IO (CIF_IOC_MAGIC, 21) #define CIF_IOCTLSPCONTROL _IO (CIF_IOC_MAGIC, 22) #define CIF_IOCTLGETDPMPTR _IO (CIF_IOC_MAGIC, 23) #define CIF_IOCTLRWDPMDATA _IO (CIF_IOC_MAGIC, 24) #define CIF_IOCTL_IRQ_POLL _IOWR(CIF_IOC_MAGIC, 25, 13) #define CIF_IOC_MAXNR 25 #ifdef _MSC_ # pragma pack(1) #endif // interface structure for ioctl's typedef struct cif_ioctl_data { unsigned long lInpBuffLen PACKED; unsigned long lOutBuffLen PACKED; unsigned char *pInpBuff PACKED; unsigned char *pOutBuff PACKED; } cif_ioctl_data; // SET BOARD OPERATION MODE typedef struct tagDEVIO_SETOPMODE { unsigned short usBoard PACKED; unsigned short usMode PACKED; // Interrupt/polling mode unsigned char ucIrq PACKED; short sError PACKED; } DEVIO_SETOPMODE; // GETBOARDINFORMATION typedef struct tagDEVIO_GETBOARDINFOCMD { unsigned short usDevNumber PACKED; // n.a. unsigned short usInfoLen PACKED; // Information length BOARD_INFO *ptBoardInfo PACKED; short sError PACKED; } DEVIO_GETBOARDINFOCMD; // Extnded GETBOARDINFORMATION typedef struct tagDEVIO_GETBOARDINFOEXCMD { unsigned short usDevNumber PACKED; // n.a. unsigned short usInfoLen PACKED; // Information length BOARD_INFOEX * ptBoard PACKED; short sError PACKED; } DEVIO_GETBOARDINFOEXCMD; // RESETDEV #define COLDSTART 2 #define WARMSTART 3 #define BOOTSTART 4 typedef struct tagDEVIO_RESETCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usMode PACKED; // DEV function unsigned long ulTimeout PACKED; // Service timeout unsigned long ulDpmSize PACKED; short sError PACKED; } DEVIO_RESETCMD; // PUTTASKPARAMETER typedef struct tagDEVIO_PUTPARAMETERCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usTaskParamNum PACKED; // Number of the parameter area unsigned short usTaskParamLen PACKED; // Lenght of parameter data unsigned char TaskParameter[64] PACKED; short sError PACKED; } DEVIO_PUTPARAMETERCMD; // PUTMESSAGE typedef struct tagDEVIO_PUTMESSAGECMD { unsigned short usBoard PACKED; // DEV board number MSG_STRUC tMsg PACKED; // Message data unsigned long ulTimeout PACKED; // Service timeout short sError PACKED; } DEVIO_PUTMESSAGECMD; // GETMESSAGE typedef struct tagDEVIO_GETMESSAGECMD { unsigned short usBoard PACKED; // DEV board number unsigned long ulTimeout PACKED; // Service timeout unsigned long ulMsgSize PACKED; // User message buffer size MSG_STRUC tMsg PACKED; // Message data short sError PACKED; } DEVIO_GETMESSAGECMD; // GETTASKSTATE typedef struct tagDEVIO_GETTASKSTATECMD { unsigned char ucBoard PACKED; // DEV board number unsigned short usStateNum PACKED; // Task state field number unsigned short usStateLen PACKED; // Lenght of state data unsigned char TaskState[64] PACKED; short sError PACKED; } DEVIO_GETTASKSTATECMD; // DEVMBXINFO #define DEVICE_MBX_EMPTY 0 #define DEVICE_MBX_FULL 1 #define HOST_MBX_EMPTY 0 #define HOST_MBX_FULL 1 #define HOST_MBX_SYSERR 2 typedef struct tagDEVIO_MBXINFOCMD { unsigned char ucBoard PACKED; // DEV board number unsigned short usDevMbxState PACKED; // State of the device mailbox unsigned short usHostMbxState PACKED; // State of the host mailbox short sError PACKED; } DEVIO_MBXINFOCMD; // Board operation mode #define POLLING_MODE 0 #define INTERRUPT_MODE 1 // TRIGGERWATCHDOG and SETHOSTSTATE #define WATCHDOG_STOP 0 #define WATCHDOG_START 1 #define HOST_NOT_READY 0 #define HOST_READY 1 #define SPECIAL_CONTROL_CLEAR 0 #define SPECIAL_CONTROL_SET 1 typedef struct tagDEVIO_TRIGGERCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usMode PACKED; // DEV function unsigned long ulTimeout PACKED; // DEV timeout unsigned short usTriggerValue PACKED; // DEV trigger value short sError PACKED; } DEVIO_TRIGGERCMD; // GETINFO // InfoArea definitions #define GET_DRIVER_INFO 1 #define GET_VERSION_INFO 2 #define GET_FIRMWARE_INFO 3 #define GET_TASK_INFO 4 #define GET_RCS_INFO 5 #define GET_DEV_INFO 6 #define GET_IO_INFO 7 #define GET_IO_SEND_DATA 8 typedef struct tagDEVIO_GETDEVINFOCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usInfoArea PACKED; // Number of info area unsigned short usInfoLen PACKED; // Lenght of info data unsigned char * pabInfoData PACKED; // Pointer to info data area short sError PACKED; } DEVIO_GETDEVINFOCMD; // EXITDRV typedef struct tagDEVIO_EXITCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usDrvOpenCount PACKED; // drver opencount short sError PACKED; } DEVIO_EXITCMD; // GETTASKPARAMETER typedef struct tagDEVIO_GETPARAMETERCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usTaskParamNum PACKED; // Number of the parameter area unsigned short usTaskParamLen PACKED; // Lenght of parameter data unsigned char TaskParameter[64] PACKED; short sError PACKED; } DEVIO_GETPARAMETERCMD; // EXIO typedef struct tagDEVIO_EXIOCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usSendOffset PACKED; // Byte offset send data unsigned short usSendLen PACKED; // Length of send data unsigned char *pabSendData PACKED; // Send data buffer unsigned short usReceiveOffset PACKED; // Byte offset receive data unsigned short usReceiveLen PACKED; // Length of receive data unsigned char *pabReceiveData PACKED; // Receive data buffer unsigned long ulTimeout PACKED; // Service timeout short sError PACKED; } DEVIO_EXIOCMD; // EXIOEX typedef struct tagDEVIO_EXIOCMDEX { unsigned short usBoard PACKED; // DEV board number unsigned short usSendOffset PACKED; // Byte offset send data unsigned short usSendLen PACKED; // Length of send data unsigned char * pabSendData PACKED; // Send data buffer unsigned short usReceiveOffset PACKED; // Byte offset receive data unsigned short usReceiveLen PACKED; // Length of receive data unsigned char * pabReceiveData PACKED; // Receive data buffer unsigned long ulTimeout PACKED; // Service timeout short sError PACKED; // --- Equal to "ExcahangeIOCmd" unsigned short usMode PACKED; // External exchange mode } DEVIO_EXIOCMDEX; // EXIOERR #define STATE_ERR_NON 0 #define STATE_ERR 1 #define STATE_MODE_2 2 #define STATE_MODE_3 3 #define STATE_MODE_4 4 typedef struct tagDEVIO_EXIOCMDERR { unsigned short usBoard PACKED; // DEV board number unsigned short usSendOffset PACKED; // Byte offset send data unsigned short usSendLen PACKED; // Length of send data unsigned char *pabSendData PACKED; // Send data buffer unsigned short usReceiveOffset PACKED; // Byte offset receive data unsigned short usReceiveLen PACKED; // Length of receive data unsigned char *pabReceiveData PACKED; // Receive data buffer unsigned long ulTimeout PACKED; // Service timeout short sError PACKED; // --- Equal to "ExcahangeIOCmd" COMSTATE *ptStateData PACKED; // State data buffer } DEVIO_EXIOCMDERR; // READIO typedef struct tagDEVIO_READSENDCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usReadOffset PACKED; // Byte offset send/receive data unsigned short usReadLen PACKED; // Length of send/receive data unsigned char * pabReadData PACKED; // Read send data buffer short sError PACKED; } DEVIO_READSENDCMD; // ExtData #define EXTDATASIZE 20 typedef struct tagDEVIO_EXTDATACMD { unsigned short usBoard PACKED; // DEV board number unsigned short usMode PACKED; // DEV mode unsigned char *pabExtData PACKED; // DEV Extended data short sError PACKED; } DEVIO_EXTDATACMD; // GetMbxData typedef struct tagDEVIO_GETMBXCMD { unsigned short usBoard PACKED; // DEV board number unsigned short usDevLen PACKED; // DEV length of dev data unsigned short usHostLen PACKED; // DEV length of host data unsigned char abHostMbx[288] PACKED; // DEV pointer to host data buffer unsigned char abDevMbx[288] PACKED; // DEV pointer to device data buffer short sError PACKED; } DEVIO_GETMBXCMD; // ReadWriteRawData #define PARAMETER_READ 1 #define PARAMETER_WRITE 2 typedef struct tagDEVIO_RWRAWDATACMD { unsigned short usBoard PACKED; // DEV board number unsigned short usMode PACKED; // DEV read or write unsigned short usOffset PACKED; // DEV offset in the DPM last kByte unsigned short usLen PACKED; // DEV length of data unsigned char *pabData PACKED; // DEV pointer to data buffer short sError PACKED; } DEVIO_RWRAWDATACMD; // ReadWriteDPMData typedef struct tagDEVIO_RWDPMDATACMD { unsigned short usBoard PACKED; // DEV board number unsigned short usMode PACKED; // DEV read or write unsigned short usOffset PACKED; // DEV offset in the DPM last kByte unsigned short usLen PACKED; // DEV length of data unsigned char *pabData PACKED; // DEV pointer to data buffer short sError PACKED; } DEVIO_RWDPMDATACMD; // GetDPMPtr #define DPM_PTR_OPEN_DRV 1 #define DPM_PTR_OPEN_USR 2 #define DPM_PTR_CLOSE 3 typedef struct tagDEVIO_GETDPMPTR { unsigned short usMode PACKED; // DEV mode unsigned short usBoard PACKED; // DEV board number void *pvUserData PACKED; // DEV user data for pmi unsigned long *pulDPMSize PACKED; // DEV DPM size in bytes unsigned char **pDPMBase PACKED; // DEV pointer to data buffer unsigned long lError PACKED; // DEV system error short sError PACKED; // DEV driver error } DEVIO_GETDPMPTR; #ifdef _MSC_ # pragma pack() #endif #ifdef _cplusplus } #endif #endif /* CIFDEV_I_H */ cifv1003/inc/ciftypes.h0100644000000000000000000000346407214473762013603 0ustar rootroot/* ******************************************************************* FILENAME : ciftypes.h ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION Includefile for CIF device driver, DPM layout . ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ #ifndef CIF_TYPES_H # define CIF_TYPES_H /* Macros to help debugging */ #undef DBG_PRN /* undef it, just in case */ #ifdef CIF_DEBUG # define DBG_PRN(fmt, args...) printk( KERN_DEBUG "cif: " fmt, ## args) #else # define DBG_PRN(fmt, args...) /* not debugging: nothing */ #endif #ifndef TRUE # define TRUE 1 #endif #ifndef FALSE # define FALSE 0 #endif #ifndef BOOL # define BOOL int #endif typedef struct _DrvLoad TDrvLoad; struct _DrvLoad { unsigned long ulRegKey; unsigned char *pbRegPath; unsigned char *pbSWPath; unsigned short usRegFlags; void *pvDrvObj; void *pvDevObj; void *pvRegInfo; }; #endif /* CIF_TYPES_H */ cifv1003/inc/cifuser.h0100644000000000000000000005217407213754042013407 0ustar rootroot/* ******************************************************************* FILENAME : CIFUSER.H ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION User interface definition. ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: The Code from the Windows version of the driver related to driver API was taken over for the most part unchanged ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ /* prevent multiple inclusion */ #ifndef CIFUSER_H_INCLUDED #define CIFUSER_H_INCLUDED #ifdef __cplusplus extern "C" { #endif /* _cplusplus */ #ifndef _GNUC_ # define _GNUC_ #endif /* _GNUC_ */ /* ------------------------------------------------------------------------------------ */ /* global definitions */ /* ------------------------------------------------------------------------------------ */ #define MAX_DEV_BOARDS 4 // maximum numbers of boards /* ------------------------------------------------------------------------------------ */ /* driver errors */ /* ------------------------------------------------------------------------------------ */ #define DRV_NO_ERROR 0 // no error #define DRV_BOARD_NOT_INITIALIZED -1 // DRIVER Board not initialized #define DRV_INIT_STATE_ERROR -2 // DRIVER Error in internal init state #define DRV_READ_STATE_ERROR -3 // DRIVER Error in internal read state #define DRV_CMD_ACTIVE -4 // DRIVER Command on this channel is activ #define DRV_PARAMETER_UNKNOWN -5 // DRIVER Unknown parameter in function occured #define DRV_WRONG_DRIVER_VERSION -6 // DRIVER Version is incompatible with DLL #define DRV_PCI_SET_CONFIG_MODE -7 // DRIVER Error during PCI set run mode #define DRV_PCI_READ_DPM_LENGTH -8 // DRIVER Could not read PCI dual port memory length #define DRV_PCI_SET_RUN_MODE -9 // DRIVER Error during PCI set run mode #define DRV_DEV_DPM_ACCESS_ERROR -10 // DEVICE Dual port ram not accessable(board not found) #define DRV_DEV_NOT_READY -11 // DEVICE Not ready (ready flag failed) #define DRV_DEV_NOT_RUNNING -12 // DEVICE Not running (running flag failed) #define DRV_DEV_WATCHDOG_FAILED -13 // DEVICE Watchdog test failed #define DRV_DEV_OS_VERSION_ERROR -14 // DEVICE Signals wrong OS version #define DRV_DEV_SYSERR -15 // DEVICE Error in dual port flags #define DRV_DEV_MAILBOX_FULL -16 // DEVICE Send mailbox is full #define DRV_DEV_PUT_TIMEOUT -17 // DEVICE PutMessage timeout #define DRV_DEV_GET_TIMEOUT -18 // DEVICE GetMessage timeout #define DRV_DEV_GET_NO_MESSAGE -19 // DEVICE No message available #define DRV_DEV_RESET_TIMEOUT -20 // DEVICE RESET command timeout #define DRV_DEV_NO_COM_FLAG -21 // DEVICE COM-flag not set #define DRV_DEV_EXCHANGE_FAILED -22 // DEVICE IO data exchange failed #define DRV_DEV_EXCHANGE_TIMEOUT -23 // DEVICE IO data exchange timeout #define DRV_DEV_COM_MODE_UNKNOWN -24 // DEVICE IO data mode unknown #define DRV_DEV_FUNCTION_FAILED -25 // DEVICE Function call failed #define DRV_DEV_DPMSIZE_MISMATCH -26 // DEVICE DPM size differs from configuration #define DRV_DEV_STATE_MODE_UNKNOWN -27 // DEVICE State mode unknown // Error from Interface functions #define DRV_USR_OPEN_ERROR -30 // USER Driver not opened (device driver not loaded) #define DRV_USR_INIT_DRV_ERROR -31 // USER Can't connect with device #define DRV_USR_NOT_INITIALIZED -32 // USER Board not initialized (DevInitBoard not called) #define DRV_USR_COMM_ERR -33 // USER IOCTRL function failed #define DRV_USR_DEV_NUMBER_INVALID -34 // USER Parameter DeviceNumber invalid #define DRV_USR_INFO_AREA_INVALID -35 // USER Parameter InfoArea unknown #define DRV_USR_NUMBER_INVALID -36 // USER Parameter Number invalid #define DRV_USR_MODE_INVALID -37 // USER Parameter Mode invalid #define DRV_USR_MSG_BUF_NULL_PTR -38 // USER NULL pointer assignment #define DRV_USR_MSG_BUF_TOO_SHORT -39 // USER Message buffer too short #define DRV_USR_SIZE_INVALID -40 // USER Parameter Size invalid #define DRV_USR_SIZE_ZERO -42 // USER Parameter Size with zero length #define DRV_USR_SIZE_TOO_LONG -43 // USER Parameter Size too long #define DRV_USR_DEV_PTR_NULL -44 // USER Device address null pointer #define DRV_USR_BUF_PTR_NULL -45 // USER Pointer to buffer is a null pointer #define DRV_USR_SENDSIZE_TOO_LONG -46 // USER Parameter SendSize too long #define DRV_USR_RECVSIZE_TOO_LONG -47 // USER Parameter ReceiveSize too long #define DRV_USR_SENDBUF_PTR_NULL -48 // USER Pointer to send buffer is a null pointer #define DRV_USR_RECVBUF_PTR_NULL -49 // USER Pointer to receive buffer is a null pointer #define DRV_DEV_NO_VIRTUAL_MEM -60 // DEVICE Virtual memory not available #define DRV_DEV_UNMAP_VIRTUAL_MEM -61 // DEVICE Unmap virtual memory failed #define DRV_DEV_REQUEST_IRQ_FAILED -62 // DEVICE Request irq failed #define DRV_USR_FILE_OPEN_FAILED -100 // USER file not opend #define DRV_USR_FILE_SIZE_ZERO -101 // USER file size zero #define DRV_USR_FILE_NO_MEMORY -102 // USER not enough memory to load file #define DRV_USR_FILE_READ_FAILED -103 // USER file read failed #define DRV_USR_INVALID_FILETYPE -104 // USER file type invalid #define DRV_USR_FILENAME_INVALID -105 // USER file name not valid #define DRV_RCS_ERROR_OFFSET 1000 // RCS error number start #ifdef _GNUC_ # ifndef PACKED # define PACKED __attribute__((packed, aligned(1))) # endif /* PACKED */ #else # define PACKED #endif #ifdef _MSC_ # pragma pack(1) #endif /* ------------------------------------------------------------------------------------ */ /* message definition */ /* ------------------------------------------------------------------------------------ */ // max. length is 288 Bytes, max message length is 255 + 8 Bytes typedef struct tagMSG_STRUC { unsigned char rx PACKED; unsigned char tx PACKED; unsigned char ln PACKED; unsigned char nr PACKED; unsigned char a PACKED; unsigned char f PACKED; unsigned char b PACKED; unsigned char e PACKED; unsigned char data[255] PACKED; unsigned char dummy[25] PACKED; // for compatibility with older definitions (288 Bytes) } MSG_STRUC; #ifdef _MSC_ # pragma pack() #endif /* ------------------------------------------------------------------------------------ */ /* INFO structure definitions */ /* ------------------------------------------------------------------------------------ */ // Board operation mode #define POLLING_MODE 0 #define INTERRUPT_MODE 1 // DEVRESET #define COLDSTART 2 #define WARMSTART 3 #define BOOTSTART 4 // DEVMBXINFO #define DEVICE_MBX_EMPTY 0 #define DEVICE_MBX_FULL 1 #define HOST_MBX_EMPTY 0 #define HOST_MBX_FULL 1 // TRIGGERWATCHDOG #define WATCHDOG_STOP 0 #define WATCHDOG_START 1 // GETINFO InfoArea definitions #define GET_DRIVER_INFO 1 #define GET_VERSION_INFO 2 #define GET_FIRMWARE_INFO 3 #define GET_TASK_INFO 4 #define GET_RCS_INFO 5 #define GET_DEV_INFO 6 #define GET_IO_INFO 7 #define GET_IO_SEND_DATA 8 // HOST mode definition #define HOST_NOT_READY 0 #define HOST_READY 1 // DEVREADWRITERAW #define PARAMETER_READ 1 #define PARAMETER_WRITE 2 // STATE definition #define STATE_ERR_NON 0 #define STATE_ERR 1 #define STATE_MODE_2 2 #define STATE_MODE_3 3 #define STATE_MODE_4 4 // DEVSPECIALCONTROL #define SPECIAL_CONTROL_CLEAR 0 #define SPECIAL_CONTROL_SET 1 // DEVDOWNLOAD #define FIRMWARE_DOWNLOAD 1 #define CONFIGURATION_DOWNLOAD 2 #ifdef _MSC_ # pragma pack(1) #endif // Device exchange IO information typedef struct tagIOINFO { unsigned char bComBit PACKED; /* Actual state of the COM bit */ unsigned char bIOExchangeMode PACKED; /* Actual data exchange mode (0..5) */ unsigned long ulIOExchangeCnt PACKED; /* Exchange IO counter */ } IOINFO; // Device version information typedef struct tagVERSIONINFO { /* DEV serial number and OS versions */ unsigned long ulDate PACKED; unsigned long ulDeviceNo PACKED; unsigned long ulSerialNo PACKED; unsigned long ulReserved PACKED; unsigned char abPcOsName0[4] PACKED; unsigned char abPcOsName1[4] PACKED; unsigned char abPcOsName2[4] PACKED; unsigned char abOemIdentifier[4] PACKED; } VERSIONINFO; // Device firmware information typedef struct tagFIRMWAREINFO { unsigned char abFirmwareName[16] PACKED; /* Firmware name */ unsigned char abFirmwareVersion[16] PACKED; /* Firmware version */ } FIRMWAREINFO; // Device task state information typedef struct tagTASKSTATE { unsigned char abTaskState[64] PACKED; /* Task state field */ } TASKSTATE; // Device task paramater data typedef struct tagTASKPARAM { unsigned char abTaskParameter[64] PACKED; /* Task parameter field */ } TASKPARAM; // Device raw data structure typedef struct tagRAWDATA { unsigned char abRawData[1022] PACKED; /* Definition of the last kByte */ } RAWDATA; // Device task information typedef struct tagTASKINFO { struct { unsigned char abTaskName[8] PACKED; /* Task name */ unsigned short usTaskVersion PACKED; /* Task version */ unsigned char bTaskCondition PACKED; /* Actual task condition */ unsigned char abreserved[5] PACKED; /* n.c. */ } tTaskInfo [7]; } TASKINFO; // Device operating system (RCS) information typedef struct tagRCSINFO { unsigned short usRcsVersion PACKED; /* Device operating system (RCS) version */ unsigned char bRcsError PACKED; /* Operating system errors */ unsigned char bHostWatchDog PACKED; /* Host watchdog value */ unsigned char bDevWatchDog PACKED; /* Device watchdog value */ unsigned char bSegmentCount PACKED; /* RCS segment free counter */ unsigned char bDeviceAdress PACKED; /* RCS device base address */ unsigned char bDriverType PACKED; /* RCS driver type */ } RCSINFO; // Device description typedef struct tagDEVINFO { unsigned char bDpmSize PACKED; /* Device dpm size (2,8...) */ unsigned char bDevType PACKED; /* Device type (manufactor code) */ unsigned char bDevModel PACKED; /* Device model (manufactor code) */ unsigned char abDevIdentifier[3] PACKED; /* Device identification characters */ } DEVINFO; /* ------------------------------------------------------------------------------------ */ /* driver info structure definitions */ /* ------------------------------------------------------------------------------------ */ // Board information structure typedef struct tagBOARD_INFO{ unsigned char abDriverVersion[16] PACKED; // DRV driver information string struct { unsigned short usBoard PACKED; // DRV board number unsigned short usAvailable PACKED; // DRV board is available unsigned long ulPhysicalAddress PACKED; // DRV physical DPM address unsigned short usIrq PACKED; // DRV irq number } tBoard [MAX_DEV_BOARDS]; unsigned short usBoards_detected PACKED; } BOARD_INFO; // Internal driver state information structure typedef struct tagDRIVERINFO{ unsigned long ulOpenCnt PACKED; // DevOpen() counter unsigned long CloseCnt PACKED; // number of driver close unsigned long ulReadCnt PACKED; // Number of DevGetMessage commands unsigned long ulWriteCnt PACKED; // Number of DevPutMessage commands unsigned long ulIRQCnt PACKED; // Number of board interrupts unsigned char bInitMsgFlag PACKED; // Actual init sate unsigned char bReadMsgFlag PACKED; // Actual read mailbox state unsigned char bWriteMsgFlag PACKED; // Actual write mailbox state unsigned char bLastFunction PACKED; // Last driver function unsigned char bWriteState PACKED; // Actual write command state unsigned char bReadState PACKED; // Actual read command state unsigned char bHostFlags PACKED; // Actual host flags unsigned char bMyDevFlags PACKED; // Actual device falgs unsigned char bExIOFlag PACKED; // Actual IO flags unsigned long ulExIOCnt PACKED; // DevExchangeIO() counter } DRIVERINFO; // Extended board information structure typedef struct tagBOARD_INFOEX{ unsigned char abDriverVersion[16] PACKED; // DRV driver information string struct { unsigned short usBoard PACKED; // DRV board number unsigned short usAvailable PACKED; // DRV board is available unsigned long ulPhysicalAddress PACKED; // DRV physical DPM address unsigned short usIrq PACKED; // DRV irq number DRIVERINFO tDriverInfo PACKED; // Driver information FIRMWAREINFO tFirmware PACKED; DEVINFO tDeviceInfo PACKED; RCSINFO tRcsInfo PACKED; VERSIONINFO tVersion PACKED; } tBoard [MAX_DEV_BOARDS]; } BOARD_INFOEX; // Communication state field structure typedef struct tagCOMSTATE { unsigned short usMode PACKED; // Actual STATE mode unsigned short usStateFlag PACKED; // State flag unsigned char abState[64] PACKED; // State area } COMSTATE; #ifdef _MSC_ # pragma pack() #endif // state information in bLastFunction #define FKT_OPEN 1; #define FKT_CLOSE 2; #define FKT_READ 3; #define FKT_WRITE 4; #define FKT_IO 5; // state information in bWriteState and bReadState #define STATE_IN 0x01; #define STATE_WAIT 0x02; #define STATE_OUT 0x03; #define STATE_IN_IRQ 0x04; /* ------------------------------------------------------------------------------------ */ /* funcion prototypes */ /* ------------------------------------------------------------------------------------ */ extern short DevOpenDriver (); extern short DevCloseDriver (); extern short DevGetBoardInfo ( BOARD_INFO *pvData); extern short DevInitBoard ( unsigned short usDevNumber); extern short DevExitBoard ( unsigned short usDevNumber); extern short DevPutTaskParameter ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData); extern short DevReset ( unsigned short usDevNumber, unsigned short usMode, unsigned long ulTimeout); extern short DevPutMessage ( unsigned short usDevNumber, MSG_STRUC *ptMessage, unsigned long ulTimeout); extern short DevGetMessage ( unsigned short usDevNumber, unsigned short usSize, MSG_STRUC *ptMessage, unsigned long ulTimeout); extern short DevGetTaskState ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData); extern short DevGetMBXState ( unsigned short usDevNumber, unsigned short *pusDevMBXState, unsigned short *pusHostMBXState); extern short DevTriggerWatchDog ( unsigned short usDevNumber, unsigned short usFunction, unsigned short *usDevWatchDog); extern short DevGetInfo ( unsigned short usDevNumber, unsigned short usFunction, unsigned short usSize, void *pvData); extern short DevGetTaskParameter ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData); extern short DevExchangeIO ( unsigned short usDevNumber, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, unsigned long ulTimeout); extern short DevReadSendData ( unsigned short usDevNumber, unsigned short usOffset, unsigned short usSize, void *pvData); extern short DevSetHostState ( unsigned short usDevNumber, unsigned short usMode, unsigned long ulTimeout); extern short DevExtendedData ( unsigned short usDevNumber, unsigned short usMode, unsigned short usSize, void *pvData); extern short DevGetMBXData ( unsigned short usDevNumber, unsigned short usHostSize, void *pvHostData, unsigned short usDevSize, void *pvDevData); extern short DevGetBoardInfoEx ( void *pvData); extern short DevExchangeIOEx ( unsigned short usDevNumber, unsigned short usMode, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, unsigned long ulTimeout); extern short DevExchangeIOErr ( unsigned short usDevNumber, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, COMSTATE *ptState, unsigned long ulTimeout); extern short DevReadWriteDPMRaw ( unsigned short usDevNumber, unsigned short usMode, unsigned short usOffset, unsigned short usSize, void *pvData); extern short DevSpecialControl ( unsigned short usDevNumber, unsigned short usMode, unsigned short *pusCtrlAck); extern short DevDownload ( unsigned short usDevNumber, unsigned short usMode, unsigned char *pszFileName, unsigned long *pdwBytes); extern short DevReadWriteDPMData ( unsigned short usDevNumber, unsigned short usMode, unsigned short usOffset, unsigned short usSize, void *pvData); extern short DevSetOpMode ( unsigned short usBoard, unsigned short usMode , unsigned char *ucIrq ); #ifdef __cplusplus } #endif #endif // ifndef CIFUSER_H_INCLUDED 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"make" commandline INCLUDEDIR = /usr/include ifeq ($(DEBUG),y) DEBFLAGS = -O -g -DCIF_DEBUG # "-O" is needed to expand inlines else DEBFLAGS = -O2 endif CFLAGS = -D__KERNEL__ -DMODULE -Wall $(DEBFLAGS) CFLAGS += -I.. -I$(INCLUDEDIR) # Extract version number from headers. VER = $(shell awk -F\" '/REL/ {print $$2}' $(INCLUDEDIR)/linux/version.h) TARGET = cif OBJS = $(TARGET).o SRC = main.c entry.c cif_dev.c all: .depend $(TARGET).o $(TARGET).o: $(SRC:.c=.o) $(LD) -r $^ -o $@ install: mkdir -p /lib/modules/$(VER)/misc /lib/modules/misc install -c $(TARGET).o /lib/modules/$(VER)/misc install -c $(TARGET).o /lib/modules/misc clean: rm -f *.o log .depend *~ depend .depend dep: $(CC) $(CFLAGS) -M *.c > $@ ifeq (.depend,$(wildcard .depend)) include .depend endif cifv1003/src/cif_dev.c0100644000000000000000000013361307215143270013352 0ustar rootroot/* ******************************************************************* FILENAME : CIF_DEV.C ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver functions ========================================================================= DISCRIPTION CIF-Functions and Tools ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: as groundwork for this source code served Windows version of the CIF device driver ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ /* ------------------------------------------------------------------------------------ */ /* Includes */ /* ------------------------------------------------------------------------------------ */ #ifndef __KERNEL__ # define __KERNEL__ #endif #ifndef MODULE # define MODULE #endif #include /* printk() */ #include /* kmalloc() */ #include /* everything... */ #include /* error codes */ #include /* timeval */ #include /* size_t */ #include /* size_t */ #include #include #include /* O_ACCMODE */ #include /* cli(), *_flags */ #include #include #include #include "../inc/ciftypes.h" #include "../inc/cifdev_i.h" #include "../inc/cif_dev.h" /* ------------------------------------------------------------------------------------ */ /* Externals */ /* ------------------------------------------------------------------------------------ */ extern GLOBAL_DRV *ptGlobalDrv; /* ------------------------------------------------------------------------------------ */ /* Prototypes */ /* ------------------------------------------------------------------------------------ */ /* DEV handling functions */ void DEV_GetMsgStatus( DEV_INSTANCE *); void DEV_KStart ( DEV_INSTANCE *); void DEV_WStart ( DEV_INSTANCE *); void DEV_SendMessage ( DEV_INSTANCE *); void DEV_QuitError ( DEV_INSTANCE *); void DEV_QuitMessage ( DEV_INSTANCE *); unsigned short DevTestDpmAccess( DEV_INSTANCE *); unsigned short DevTestRdyFlag ( DEV_INSTANCE *, unsigned short *); unsigned short DEV_TestDpmSize ( DEV_INSTANCE *); void GetSynchPoint ( DEV_INSTANCE *); void ReleaseSynchPoint ( DEV_INSTANCE *); /* ------------------------------------------------------------------------------------ */ /* Locals */ /* ------------------------------------------------------------------------------------ */ #define DEV_IDENTIFIER_ANZ 4 #define DEV_IDENTIFIER_LEN 3 unsigned char abDevIdentifier[DEV_IDENTIFIER_ANZ][DEV_IDENTIFIER_LEN] = { {'C','I','F'}, {'C','O','M'}, {'C','O','P'}, {'D','E','V'} }; /* adjusted by A.M.Whatley */ unsigned char abTestDPM [DEV_IDENTIFIER_LEN] = { 0x55, 0xAA, 0x00 }; long ms_to_jiffies( unsigned long ulTimeout) { return ( (long) ((ulTimeout * HZ) / 1000) ); } /* ================================================================================= Function: DevTestHardware test that the DEV hardware is present and all things well - DEV DPM is accessable and DEV board is really at this address - RDY-Flags of the DEV present --------------------------------------------------------------------------------------- Input : ptGlobalDrv - pointer to global DRV structure Output : - Return : TRUE - Hardware check OK FALSE - Hardware check failed ================================================================================= */ void DEV_TestHardware( DEV_INSTANCE * ptDevInst) { // board is successfully initialized // Test if DEV is present at defined location, begin with board 0 ptDevInst->sDrvInitError = 0; // clear driver error if ( DevTestDpmAccess( ptDevInst) == FALSE) { // Test dpm access // DPM access is NOT AVAILABLE ptDevInst->sDrvInitError = DRV_DEV_DPM_ACCESS_ERROR; DBG_PRN("TESTHARDWARE: DPM ACCESS, ERROR = (%d)\n", ptDevInst->sDrvInitError); } else if ( DevTestRdyFlag(ptDevInst, &(ptDevInst->usRcsError)) == FALSE) { // Test DEV RDY-flag // DPM access is available ptDevInst->sDrvInitError = DRV_DEV_NOT_READY; DBG_PRN("TESTHARDWARE: NO RDY-FLAG, ERROR = (%d)\n", ptDevInst->sDrvInitError); } else if ( DEV_TestDpmSize( ptDevInst) == FALSE) { // Compare the DPM size of the board with the configuration ptDevInst->sDrvInitError = DRV_DEV_DPMSIZE_MISMATCH; DBG_PRN("TESTHARDWARE: DPM SIZE MISMATCH (%d)\n", ptDevInst->sDrvInitError); } DBG_PRN("TESTHARDWARE: done\n"); } /* ================================================================================= Function: DevTestDpmAccess read and write DEV identifier in the DEV DPM --------------------------------------------------------------------------------------- Input : ptGlobalDrv - pointer to global DRV structure Output : - Return : TRUE - Hardware check passed FALSE - Hardware check failed ================================================================================= */ unsigned short DevTestDpmAccess( DEV_INSTANCE * ptDevInst) { unsigned char abOrgIdentifier[DEVNAMELEN]; unsigned char abTestString [DEVNAMELEN]; unsigned short usIdx = 0, usIdFound = 0, usRet = 0; DBG_PRN("ptDpmAddress: %lX\n", (unsigned long)ptDevInst->ptDpmAddress); memcpy ( (unsigned char *)&abOrgIdentifier[0], (unsigned char *)&(ptDevInst->ptDpmAddress->tDevInfo.DevIdentifier[0]), DEVNAMELEN); DBG_PRN("Dev. Identifier: %.3s", ptDevInst->ptDpmAddress->tDevInfo.DevIdentifier); for ( usIdx = 0, usIdFound = FALSE; (usIdx < DEV_IDENTIFIER_ANZ) && (usIdFound == FALSE); usIdx++) { if ( (abOrgIdentifier[0] == abDevIdentifier[usIdx][0]) && (abOrgIdentifier[1] == abDevIdentifier[usIdx][1]) && (abOrgIdentifier[2] == abDevIdentifier[usIdx][2]) ) { usIdFound = TRUE; } } // end for if ( usIdFound == FALSE) { // No Identifier found, return fault DBG_PRN("TESTDPMACCESS: NO IDENTIFIER FOUND\n"); usRet = FALSE; } else { // DEV identifiere is OK, write test identifier memcpy ( (unsigned char *)&(ptDevInst->ptDpmAddress->tDevInfo.DevIdentifier[0]), (unsigned char *)&(abTestDPM[0]), DEV_IDENTIFIER_LEN); // read test identifier memcpy ( (unsigned char *)&abTestString[0], (unsigned char *)&(ptDevInst->ptDpmAddress->tDevInfo.DevIdentifier[0]), DEVNAMELEN); if ( (abTestString[0] != abTestDPM[0]) || (abTestString[1] != abTestDPM[1]) || (abTestString[2] != abTestDPM[2]) ) { // Can't write test identifier DBG_PRN("TESTDPMACCESS: READ TEST IDENTIFIER FAILED\n"); usRet = FALSE; } else { // test identifiere is OK, write orignal identifier to dev DPM memcpy ( (unsigned char *)&(ptDevInst->ptDpmAddress->tDevInfo.DevIdentifier[0]), (unsigned char *)&(abOrgIdentifier[0]), DEV_IDENTIFIER_LEN); // read original identifier memcpy ( (unsigned char *)&abTestString[0], (unsigned char *)&(ptDevInst->ptDpmAddress->tDevInfo.DevIdentifier[0]), DEVNAMELEN); if ( (abTestString[0] != abOrgIdentifier[0]) || (abTestString[1] != abOrgIdentifier[1]) || (abTestString[2] != abOrgIdentifier[2]) ) { // Can't write original identifier DBG_PRN("TESTDPMACCESS: WRITE ORGINAL IDENTIFIER FAILED\n"); usRet = FALSE; } else { // write original identifier is OK, DPM is accessable DBG_PRN("\nTESTDPMACCESS: ok\n"); usRet = TRUE; } } } DBG_PRN("------- DevTestDpmAccess() ---- leave\n"); return usRet; } /* ================================================================================= Function: DevTestRdyFlag read DEV 'RDY' flag status --------------------------------------------------------------------------------------- Input : ptGlobalDrv - pointer to global DRV structure Output : - Return : TRUE - Hardware check passed FALSE - Hardware check failed ================================================================================= */ unsigned short DevTestRdyFlag( DEV_INSTANCE * ptDevInst, unsigned short * usRcsError) { unsigned short usRet = FALSE; *usRcsError = 0; // clear RCS error // test RDY flag in DEV HostFlags if ( (*(ptDevInst->pbHostFlags) & INI_MSG_RDY) == 0) { // RDY flag not set, read RCS error byte if ( (*usRcsError = (unsigned short)ptDevInst->ptDpmAddress->tRcsInfo.RcsError) >= 250) { *usRcsError = 0; ptDevInst->usSpecialRcsError = TRUE; usRet = TRUE; } else { ptDevInst->usSpecialRcsError = FALSE; *usRcsError = (unsigned short)ptDevInst->ptDpmAddress->tRcsInfo.RcsError; *usRcsError += DRV_RCS_ERROR_OFFSET; } } else { // RDY flag is set usRet = TRUE; DBG_PRN("*************** DevTestRdyFlag(): OK\n"); } DBG_PRN("DevTestRdyFlag: done\n"); return usRet; } /* ================================================================================= Function: DEV_TestDpmSize compare the DPM size with the configuration --------------------------------------------------------------------------------------- Input : ptDevInst - pointer to DEV instance Output : - Return : TRUE - Watchdog check passed FALSE - Watchdog check failed ================================================================================= */ unsigned short DEV_TestDpmSize( DEV_INSTANCE * ptDevInst) { unsigned short usCifEntry; unsigned short usRet = FALSE; DBG_PRN("------- DevTestDpmSize() ---- enter\n"); // Compare DPM size from the board with the configuration // Allow 1 KByte entry in CIF board // If BOOTSTRAPLOADER is running, this will show always DPMSize = 1, // so use the size which is konfigured ! // Check if BOOTSTRAPLOADER is running if ( (ptDevInst->ptDpmAddress->tFiwInfo.FirmwareName[0] == 'B') && (ptDevInst->ptDpmAddress->tFiwInfo.FirmwareName[1] == 'o') && (ptDevInst->ptDpmAddress->tFiwInfo.FirmwareName[2] == 'o') && (ptDevInst->ptDpmAddress->tFiwInfo.FirmwareName[3] == 't') && (ptDevInst->ptDpmAddress->tFiwInfo.FirmwareName[4] == 's') && (ptDevInst->ptDpmAddress->tFiwInfo.FirmwareName[5] == 't') && (ptDevInst->ptDpmAddress->tFiwInfo.FirmwareName[6] == 'r') && (ptDevInst->ptDpmAddress->tFiwInfo.FirmwareName[7] == 'a') ) { // This is the BOOTSTRAPLOADER, use DPMSize like configured usRet = TRUE; } else if ( ( usCifEntry = (unsigned short)(ptDevInst->ptDpmAddress->tDevInfo.DpmSize)) == 1) { // Allow a DPMSize configuration of 2 KByte if ( ptDevInst->ulDPMSize == 2) usRet = TRUE; } else if ( ptDevInst->ulDPMSize == (unsigned long)(ptDevInst->ptDpmAddress->tDevInfo.DpmSize) ) { // DPM size is equal to the configuration usRet = TRUE; } DBG_PRN("DEV_TestDpmSize: done\n"); return usRet; } /* ================================================================================= Function: DEV_TestExtVersion test the DEV's version entries for customers --------------------------------------------------------------------------------------- Input : ptDevInst - pointer to DEV instance pabOsVersion - pointer to driver version entry Output : - Return : TRUE - OS version is allowed FALSE - OS version is not allowed ================================================================================= */ short DEV_TestExtVersion( DEV_INSTANCE * ptDevInst, unsigned short usMode, unsigned char * pabExtVersion) { short sRet = DRV_DEV_OS_VERSION_ERROR; //--------------------------------------------------------------- // Check if board is OK //--------------------------------------------------------------- if ( (ptDevInst->sDrvInitError != DRV_NO_ERROR) && ((ptDevInst->sDrvInitError != DRV_DEV_OS_VERSION_ERROR) || (ptDevInst->usRcsError != DRV_NO_ERROR) )) { // Return original error if ( ptDevInst->sDrvInitError != DRV_NO_ERROR) sRet = ptDevInst->sDrvInitError; else sRet = ptDevInst->usRcsError; } else { //--------------------------------------------------------------- // Check user entries // Empty characters not allowed !!!!!!! //--------------------------------------------------------------- if ( (pabExtVersion[0] == 0) && (pabExtVersion[1] == 0) && (pabExtVersion[2] == 0) && (pabExtVersion[3] == 0) ) { // Clear orignal entry from driver startup ptDevInst->sDrvInitError = DRV_DEV_OS_VERSION_ERROR; } else { switch (usMode) { //------------------------------------------------------------------------------ // Check for customer entry //------------------------------------------------------------------------------ case 1: // Clear orignal entry from driver startup ptDevInst->sDrvInitError = DRV_DEV_OS_VERSION_ERROR; if ( (pabExtVersion[0] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName0[0]) && (pabExtVersion[1] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName0[1]) && (pabExtVersion[2] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName0[2]) && (pabExtVersion[3] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName0[3]) ) { // OS version is allowed ptDevInst->sDrvInitError = DRV_NO_ERROR; } else if ( (pabExtVersion[0] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName1[0]) && (pabExtVersion[1] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName1[1]) && (pabExtVersion[2] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName1[2]) && (pabExtVersion[3] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName1[3]) ) { // OS version is allowed ptDevInst->sDrvInitError = DRV_NO_ERROR; } else if ( (pabExtVersion[0] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName2[0]) && (pabExtVersion[1] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName2[1]) && (pabExtVersion[2] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName2[2]) && (pabExtVersion[3] == ptDevInst->ptDpmAddress->tDevVersion.PcOsName2[3]) ) { // OS version is allowed ptDevInst->sDrvInitError = DRV_NO_ERROR; } // return actual error state sRet = ptDevInst->sDrvInitError; break; //------------------------------------------------------------------------------ // Check for OPC Server entry //------------------------------------------------------------------------------ case 98: // Check for OPC Server entry ptDevInst->sDrvInitError = DRV_NO_ERROR; sRet = ptDevInst->sDrvInitError; break; //------------------------------------------------------------------------------ // Check for HILSCHER entry //------------------------------------------------------------------------------ case 99: // Return always NO_ERROR ptDevInst->sDrvInitError = DRV_NO_ERROR; sRet = ptDevInst->sDrvInitError; break; //------------------------------------------------------------------------------ // UNKNOWN mode, clear board access //------------------------------------------------------------------------------ default: // Set error // Clear orignal entry from driver startup ptDevInst->sDrvInitError = DRV_DEV_OS_VERSION_ERROR; sRet = DRV_DEV_OS_VERSION_ERROR; break; } } } return sRet; } /* ================================================================================= Function: DEV_CheckHardware test that the DEV hardware entries during the test at driver startup --------------------------------------------------------------------------------------- Input : ptGlobalDrv - pointer to global DRV structure Output : - Return : TRUE - Hardware check OK FALSE - Hardware check failed ================================================================================= */ unsigned short DEV_CheckHardware( DEV_INSTANCE * ptDevInst) { unsigned short usRet = FALSE; // board is successfully initialized if ( ptDevInst->bActive != TRUE) { ptDevInst->sDrvInitError = DRV_BOARD_NOT_INITIALIZED; usRet = FALSE; // test on errors } else if ( ptDevInst->sDrvInitError != DRV_NO_ERROR) { usRet = FALSE; } else if ( ptDevInst->usRcsError != DRV_NO_ERROR) { usRet = FALSE; } else { usRet = TRUE; } return usRet; } /* ================================================================================= Function: DEV_BStart Device boot start --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_BStart( DEV_INSTANCE * dev) { /* write WStart-Bit in DevFlags */ dev->bMyDevFlags |= (RESET_FLAG | INIT_FLAG); *(dev->pbDevFlags) = dev->bMyDevFlags; DBG_PRN("BStart: DevFlags =(%x)\n", *(dev->pbDevFlags)); DBG_PRN(" bMyDevFlags=(%x)\n", dev->bMyDevFlags); } /* ================================================================================= Function: DEV_KStart Device cold start --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_KStart( DEV_INSTANCE * dev) { /* write KStart-Bit in DevFlags */ dev->bMyDevFlags |= RESET_FLAG; *(dev->pbDevFlags) = dev->bMyDevFlags; DBG_PRN("KStart: DevFlags =(%x)\n", *(dev->pbDevFlags)); DBG_PRN(" bMyDevFlags=(%x)\n", dev->bMyDevFlags); } /* ================================================================================= Function: DEV_WStart Device warm start --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_WStart( DEV_INSTANCE * dev) { /* write WStart-Bit in DevFlags */ dev->bMyDevFlags |= INIT_FLAG; *(dev->pbDevFlags) = dev->bMyDevFlags; DBG_PRN("WStart: DevFlags =(%x)\n", *(dev->pbDevFlags)); DBG_PRN(" bMyDevFlags=(%x)\n", dev->bMyDevFlags); } /* ================================================================================= Function: DEV_SetHostState --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_SetHostState( DEV_INSTANCE * dev) { if ( dev->ucBoardIrq != 0) { dev->bMyDevFlags |= NOTREADY_FLAG; } else { dev->bMyDevFlags = (unsigned char)(*(dev->pbDevFlags) | NOTREADY_FLAG); } DBG_PRN("DEV_SetHostState: DevFlags =(%x)\n", *(dev->pbDevFlags)); DBG_PRN(" bMyDevFlags=(%x)\n", dev->bMyDevFlags); *(dev->pbDevFlags) = dev->bMyDevFlags; } /* ================================================================================= Function: DEV_ClearHostState --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_ClearHostState( DEV_INSTANCE * dev) { if ( dev->ucBoardIrq != 0) { dev->bMyDevFlags &= (~NOTREADY_FLAG); } else { dev->bMyDevFlags = (unsigned char)(*(dev->pbDevFlags) & (~NOTREADY_FLAG)); } DBG_PRN("DEV_ClearHostState: DevFlags =(%x)\n", *(dev->pbDevFlags)); DBG_PRN(" bMyDevFlags=(%x)\n", dev->bMyDevFlags); *(dev->pbDevFlags) = dev->bMyDevFlags; } /* ================================================================================= Function: DEV_SendMessage Signal new message in DEV mailbox is available --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_SendMessage( DEV_INSTANCE * dev) { dev->bWriteMsgFlag = DEVICE_MBX_FULL; if ( dev->ucBoardIrq != 0) { dev->bMyDevFlags ^= DEVCOM_FLAG; } else { dev->bMyDevFlags = (unsigned char)(*(dev->pbDevFlags) ^ DEVCOM_FLAG); } *(dev->pbDevFlags) = dev->bMyDevFlags; DBG_PRN("SendMsg: DevFlags =(%x)\n", *(dev->pbDevFlags)); DBG_PRN(" bMyDevFlags=(%x)\n", dev->bMyDevFlags); } /* ================================================================================= Function: DEV_QuitMessage Signal message is read from the PC --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_QuitMessage( DEV_INSTANCE * dev) { dev->bReadMsgFlag = HOST_MBX_EMPTY; if ( dev->ucBoardIrq != 0) { // interrupt mode dev->bMyDevFlags ^= HOSTACK_FLAG; } else { // polling mode dev->bMyDevFlags = (unsigned char)(*(dev->pbDevFlags) ^ HOSTACK_FLAG); } *(dev->pbDevFlags) = dev->bMyDevFlags; DBG_PRN("QuitMsg: DevFlags =(%x)\n", *(dev->pbDevFlags)); DBG_PRN(" bMyDevFlags=(%x)\n", dev->bMyDevFlags); } /* ================================================================================= Function: DEV_QuitError Set tDevInst.ReadMsgFlag to message non --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_QuitError( DEV_INSTANCE * dev) { dev->bReadMsgFlag = HOST_MBX_EMPTY; } /* ================================================================================= Function: DEV_GetDevMBXInfo returns the state of the send mailbox --------------------------------------------------------------------------------------- Input : dev - pointer to device instance Output : - Return : 0 = DEVICE_MBX_EMPTY 1 = DEVICE_MBX_FULL ================================================================================= */ unsigned short DEV_GetDevMBXInfo( DEV_INSTANCE * dev) { if ( dev->ucBoardIrq == 0) { // polling mode if ( ((*(dev->pbHostFlags) ^ *(dev->pbDevFlags)) & DEVCOM_FLAG) == 0x00) dev->bWriteMsgFlag = DEVICE_MBX_EMPTY; else dev->bWriteMsgFlag = DEVICE_MBX_FULL; } // return actual state, interrupt will set this flag also ! return ((unsigned short)dev->bWriteMsgFlag); } /* ================================================================================= Function: DEV_GetHostMBXInfo returns the state of the send mailbox --------------------------------------------------------------------------------------- Input : dev - pointer to device instance Output : - Return : 0 = HOST_MBX_EMPTY 1 = HOST_MBX_FULL ================================================================================= */ unsigned short DEV_GetHostMBXInfo( DEV_INSTANCE * dev) { if (dev->ucBoardIrq == 0) { // polling mode if ( ((*(dev->pbHostFlags) ^ *(dev->pbDevFlags)) & HOSTACK_FLAG) == 0x00) dev->bReadMsgFlag = HOST_MBX_EMPTY; else dev->bReadMsgFlag = HOST_MBX_FULL; } // return actual state, interrupt will set this flag also ! return ((unsigned short)dev->bReadMsgFlag); } /* ================================================================================= Function: DEV_TestReady test if device is ready --------------------------------------------------------------------------------------- Input : dev - pointer to device instance Output : - Return : FALSE = device not ready TRUE = device ready ================================================================================= */ unsigned short DEV_TestReady( DEV_INSTANCE * dev) { if ( dev->ucBoardIrq != 0) { // interrupt is running, do not read the flags from the DPM if ( (dev->usSpecialRcsError == TRUE) && ((dev->bInitMsgFlag & INI_MSG_RDY) == 0) ) return (TRUE); if ( dev->bInitMsgFlag & INI_MSG_RDY) return (TRUE); else return (FALSE); } else { if ( (dev->usSpecialRcsError == TRUE) && ((*(dev->pbHostFlags) & INI_MSG_RDY) == 0) ) { return (TRUE); } if ( (*(dev->pbHostFlags) & INI_MSG_RDY)) return (TRUE); else return (FALSE); } } /* ================================================================================= Function: DEV_WaitPutMsg wait function for PutMessage --------------------------------------------------------------------------------------- Input : dev - pointer to device instance ulTimeout - Timeout Output : - Return : FALSE = timeout TRUE = no timeout ================================================================================= */ unsigned short DEV_WaitPutMsg( DEV_INSTANCE * dev, unsigned long ulTimeout) { long timeout = ms_to_jiffies( ulTimeout); unsigned long expire = 0; unsigned short usRet = FALSE; if (dev->ucBoardIrq != 0) { //interrupt is activ DBG_PRN(" (INT)PutMessage WAIT\n"); // wait timeout, FALSE == timeout interruptible_sleep_on_timeout( &(dev->pWriteSemaphore), timeout); if( dev->bWriteMsgFlag == DEVICE_MBX_EMPTY) usRet = TRUE; } else { // poll function DBG_PRN(" (POLL)PutMessage WAIT\n"); // wait for mailbox is empty expire = timeout + jiffies; while ( ( ((*(dev->pbHostFlags)^ *(dev->pbDevFlags)) & DEVACK_FLAG) != 0x00 ) && ( jiffies <= expire ) ) { schedule(); } if ( jiffies > expire) usRet = FALSE; // timeout else usRet = TRUE; // no timeout } return usRet; } /* ================================================================================= Function: DEV_WaitGetMsg wait function for GetMessage --------------------------------------------------------------------------------------- Input : dev - pointer to device instance ulTimeout - Timeout Output : - Return : FALSE = Timeout TRUE = No Timeout ================================================================================= */ unsigned short DEV_WaitGetMsg( DEV_INSTANCE * dev, unsigned long ulTimeout) { long timeout = ms_to_jiffies( ulTimeout); unsigned long expire = 0; unsigned short usRet = FALSE; if (dev->ucBoardIrq != 0) { // interrupt is activ // No Message available, wait for Message // wait timeout, FALSE == timeout interruptible_sleep_on_timeout( &(dev->pReadSemaphore), timeout); if( dev->bReadMsgFlag == HOST_MBX_FULL) usRet = TRUE; } else { // poll function DBG_PRN(" (POLL)GetMessage WAIT\n"); // wait for message is available expire = timeout + jiffies; while ( ( ( (*(dev->pbHostFlags)^ *(dev->pbDevFlags)) & HOSTCOM_FLAG) == 0x00 ) && ( jiffies <= expire ) ) { schedule(); } if ( jiffies > expire) usRet = FALSE; // timeout else usRet = TRUE; // no timeout } return usRet; } /* ================================================================================= Function: DEV_WaitReset returns the state of the send mailbox --------------------------------------------------------------------------------------- Input : dev - pointer to device instance Output : - Return : FALSE = Timeout TRUE = No Timeout ================================================================================= */ unsigned short DEV_WaitReset( DEV_INSTANCE * dev, unsigned long ulTimeout) { long timeout = ms_to_jiffies( ulTimeout); long rtimeout = 0; unsigned long expire = 0; unsigned short usRet = TRUE; expire = timeout + jiffies; if (dev->ucBoardIrq !=0) { // interrupt function // wait for reset is active, DevFlags == 0 while ( ( (*(dev->pbDevFlags) & (INIT_FLAG | RESET_FLAG)) != 0x00 ) && ( jiffies <= expire ) ) { schedule(); } // Check timeout if ( jiffies > expire) usRet = FALSE; // timeout else { rtimeout = interruptible_sleep_on_timeout( &(dev->pInitSemaphore), timeout); if ( !rtimeout) usRet = FALSE; else usRet = TRUE; } } else { // poll function DBG_PRN(" (POLL)WaitReset WAIT\n"); // wait for reset is active, DevFlags == 0 while ( ( (*(dev->pbDevFlags) & (INIT_FLAG | RESET_FLAG)) != 0x00 ) && ( jiffies <= expire ) ) { schedule(); } if ( jiffies > expire) usRet = FALSE; else { // wait for RDY is set expire = jiffies + timeout; while ( ( (*(dev->pbHostFlags) & INI_MSG_RDY) == 0x00 ) && ( jiffies <= expire ) ) { schedule(); } if ( jiffies > expire) usRet = FALSE; // timeout } // update bInitMsgFlag from DPM, like in interrupt dev->bMyDevFlags = *(dev->pbDevFlags); dev->bInitMsgFlag = (unsigned char) (*(dev->pbHostFlags) & INI_MSG_RDYRUN); } return usRet; } /* ================================================================================= Function: DEV_TestCOM test the device COM flag --------------------------------------------------------------------------------------- Input : dev - pointer to device instance Output : - Return : FALSE = COM flag not set TRUE = COM flag set ================================================================================= */ unsigned short DEV_TestCOM( DEV_INSTANCE * dev) { if ( dev->ucBoardIrq != 0) { // interrupt is running, do not read the flags from the DPM if ( dev->bHostFlags & COM_FLAG_RDY) return (TRUE); else return (FALSE); } else { if ( (*(dev->pbHostFlags) & COM_FLAG_RDY)) return (TRUE); else return (FALSE); } } /* ================================================================================= Function: DEV_WaitCOM waits for the COM bit --------------------------------------------------------------------------------------- Input : dev - pointer to device instance ulTimeout - Timeout Output : - Return : FALSE = Timeout TRUE = No Timeout ================================================================================= */ unsigned short DEV_WaitCOM( DEV_INSTANCE * dev, unsigned long ulTimeout) { long rtimeout = 0; // rest timeout from interruptible_sleep_on_timeout( ... ); long timeout = ms_to_jiffies( ulTimeout); unsigned long expire = 0; unsigned short usRet = FALSE; if (dev->ucBoardIrq != 0) { // interrupt is active rtimeout = interruptible_sleep_on_timeout( &(dev->pInitSemaphore), timeout); // see .../kernel/sched.h if (!rtimeout) usRet = FALSE; else usRet = TRUE; } else { // poll function expire = timeout + jiffies; if ( dev->bCOMNeqState == TRUE) {// wait for COM bit is set (not equal) while ( ( ((*(dev->pbHostFlags)^ *(dev->pbDevFlags)) & COM_FLAG_RDY) == 0x00) && ( jiffies <= expire ) ) { schedule(); } } else { // wait for COM bit is clear while ( ( ((*(dev->pbHostFlags)^ *(dev->pbDevFlags)) & COM_FLAG_RDY) != 0x00) && ( jiffies <= expire ) ) { schedule(); } } if ( jiffies > expire) usRet = FALSE; // timeout else usRet = TRUE; // no timeout } return usRet; } /* ================================================================================= Function: DEV_GetIOState returns the actual IO state --------------------------------------------------------------------------------------- Input : dev - pointer to device instance Output : - Return : EXCHGIO_EQUAL EXCHGIO_NOT_EQUAL ================================================================================= */ unsigned char DEV_GetIOState ( DEV_INSTANCE * dev) { if ( dev->ucBoardIrq == 0) { // polling mode if ( ( (*(dev->pbHostFlags) ^ *(dev->pbDevFlags)) & PDCOM_FLAG) == 0x00) dev->bExIOFlag = EXCHGIO_EQUAL; else dev->bExIOFlag = EXCHGIO_NOT_EQUAL; } // DBG_PRN("DEV_GetIOState HostFlags=(%x), MyDevFlags=(%x)\n", dev->bHostFlags, dev->bMyDevFlags); // return actual state, interrupt will set this flag also ! return (dev->bExIOFlag); } /* ================================================================================= Function: DEV_ExchangeIODone Signal data exchange is done --------------------------------------------------------------------------------------- Input : dev - device instance Output : - Return : - ================================================================================= */ void DEV_ExchangeIODone( DEV_INSTANCE * dev) { // set internal state if (dev->bExIOFlag == EXCHGIO_EQUAL) dev->bExIOFlag = EXCHGIO_NOT_EQUAL; else dev->bExIOFlag = EXCHGIO_EQUAL; if ( dev->ucBoardIrq != 0) { // interrupt mode dev->bMyDevFlags ^= PDCOM_FLAG; } else { // poll mode dev->bMyDevFlags = (unsigned char)(*(dev->pbDevFlags) ^ PDCOM_FLAG); } *(dev->pbDevFlags) = dev->bMyDevFlags; // DBG_PRN("DEV_ExchangeDone bMyDevFlags=(%x)\n", dev->bMyDevFlags); } /* ================================================================================= Function: DEV_WaitExchangeIO wait for exchange IO function --------------------------------------------------------------------------------------- Input : dev - pointer to device instance ulTimeout - Timeout Output : - Return : FALSE = timeout TRUE = no timeout ================================================================================= */ unsigned short DEV_WaitExchangeIO( DEV_INSTANCE * dev, unsigned long ulTimeout) { long timeout = ms_to_jiffies( ulTimeout); unsigned long expire = 0; unsigned short usRet = TRUE; if (dev->ucBoardIrq != 0) { // interrupt is activ DBG_PRN(" (INT)ExchangeIO WAIT\n"); // wait timeout, FALSE == timeout interruptible_sleep_on_timeout( &(dev->pExIOSemaphore), timeout); if ( dev->bExIOEqState == TRUE) {// wait for IO bits EQUAL if( dev->bExIOFlag == EXCHGIO_NOT_EQUAL) usRet = TRUE; } else {// wait for COM bit is clear if( dev->bExIOFlag == EXCHGIO_EQUAL) usRet = TRUE; } } else { // poll function DBG_PRN(" (POLL)ExchangeIO WAIT\n"); expire = timeout + jiffies; if ( dev->bExIOEqState == TRUE) { // wait for IO bits EQUAL DBG_PRN(" (POLL)Wait equal state\n"); while ( ( ((*(dev->pbHostFlags)^ *(dev->pbDevFlags)) & PDACK_FLAG) != 0x00 ) && ( jiffies <= expire ) ) { schedule(); } } else { // wait for IO bits NOT EQUAL DBG_PRN(" (POLL)Wait not equal state\n"); while ( ( ((*(dev->pbHostFlags)^ *(dev->pbDevFlags)) & PDACK_FLAG) == 0x00 ) && ( jiffies <= expire ) ) { schedule(); } } if ( jiffies > expire) usRet = FALSE; // timeout else usRet = TRUE; // no timeout } return usRet; } /* ================================================================================= Function: DEV_ExchangeIO Run data exchange --------------------------------------------------------------------------------------- Input : dev - device instance Output : - Return : - ================================================================================= */ long DEV_ExchangeIO( DEV_INSTANCE *dev, DEVIO_EXIOCMD *pExIO, unsigned char bExchangeMode) { long lRet; // length of output data lRet = sizeof(pExIO->sError); DBG_PRN("Dev_ExchangeIO(): dev->usOpenCounter=%d, pExIO->usBoard=%d\n", dev->usOpenCounter, pExIO->usBoard); if ( dev->usOpenCounter == 0 || pExIO->usBoard >= MAX_DEV_BOARDS) { DBG_PRN(" BOARD NOT INITIALIZED\n"); pExIO->sError = DRV_BOARD_NOT_INITIALIZED; } else { //---------------------------------- // all things well lets work //---------------------------------- // check DEV RDY flag if ( (DEV_TestReady(dev)) == FALSE) { // this reflects the DEV RDY flag // DEV RDY failed DBG_PRN("DEV_ExchangeIO: ExchangeIO DEV-READY failed\n"); pExIO->sError = DRV_DEV_NOT_READY; } else if (dev->bExIOEqState != FALSE || (dev->bExIONeqState != FALSE) ){ // check if exchange service is active // service is active DBG_PRN("DEV_ExchangeIO: ExchangeIO CMD ACTIVE\n"); pExIO->sError = DRV_CMD_ACTIVE; } else { dev->tStateInfo.ExIOCnt++; // use COM mode of the board switch ( bExchangeMode) { case 1: // MODE 1 case 2: // MODE 2 DBG_PRN(" ExchangeIO MODE 1/2\n"); // disable interrupt until we are ready spin_lock( &dev->tSpinLock_ExIO);///GetSynchPoint(dev); // if com-bit not equal, we can write and read our datas if ( (DEV_GetIOState ( dev)) == EXCHGIO_NOT_EQUAL) { // we can work // write data memcpy ( (unsigned char *)&(dev->pbDpmSendArea[pExIO->usSendOffset]), (unsigned char *)pExIO->pabSendData, pExIO->usSendLen); // read data memcpy ( (unsigned char *)pExIO->pabReceiveData, (unsigned char *)&(dev->pbDpmReceiveArea[pExIO->usReceiveOffset]), pExIO->usReceiveLen); // toggle COM-bit DEV_ExchangeIODone ( dev); lRet += pExIO->usReceiveLen; // done with interrupt spin_unlock( &dev->tSpinLock_ExIO); } else if ( pExIO->ulTimeout == 0L) { // done with interrupt spin_unlock( &dev->tSpinLock_ExIO); // we have not to wait, return with no data exchange pExIO->sError = DRV_DEV_EXCHANGE_FAILED; DBG_PRN("DEV_ExchangeIO: DATA EXCHANGE FAILED\n"); } else { // Wait for data exchange EXCHG_IO_NOT_EQUAL // no activ service, activate service dev->bExIONeqState = TRUE; // done with interrupt spin_unlock( &dev->tSpinLock_ExIO); // wait timeout if ( DEV_WaitExchangeIO(dev, pExIO->ulTimeout) == FALSE) { // Timeout pExIO->sError = DRV_DEV_EXCHANGE_TIMEOUT; DBG_PRN("DEV_ExchangeIO: TIMEOUT\n"); } else { // state EXIO_NOT_EQAUL available, do data exchange // write data memcpy ( (unsigned char *)&(dev->pbDpmSendArea[pExIO->usSendOffset]), (unsigned char *)pExIO->pabSendData, pExIO->usSendLen); // read data memcpy ( (unsigned char *)pExIO->pabReceiveData, (unsigned char *)&(dev->pbDpmReceiveArea[pExIO->usReceiveOffset]), pExIO->usReceiveLen); // toggle COM-bit spin_lock( &dev->tSpinLock_ExIO); DEV_ExchangeIODone( dev); spin_unlock( &dev->tSpinLock_ExIO); lRet += pExIO->usReceiveLen; } dev->bExIONeqState = FALSE; // delete pending action } break; case 3: // MODE 3 DBG_PRN(" ExchangeIO MODE 3\n"); // we can write and read our datas, don't use the com-bits // write data memcpy ( (unsigned char *)&(dev->pbDpmSendArea[pExIO->usSendOffset]), (unsigned char *)pExIO->pabSendData, pExIO->usSendLen); // read data memcpy ( (unsigned char *)pExIO->pabReceiveData, (unsigned char *)&(dev->pbDpmReceiveArea[pExIO->usReceiveOffset]), pExIO->usReceiveLen); lRet += pExIO->usReceiveLen; break; case 4: // MODE 4 case 5: // MODE 5 DBG_PRN(" ExchangeIO MODE 4/5\n"); // disable interrupt until we are ready spin_lock( &dev->tSpinLock_ExIO); // if com-bits equal we can write and read our datas if ( (DEV_GetIOState ( dev)) == EXCHGIO_EQUAL) { // we can work // write data memcpy ( (unsigned char *)&(dev->pbDpmSendArea[pExIO->usSendOffset]), (unsigned char *)pExIO->pabSendData, pExIO->usSendLen); // read data memcpy ( (unsigned char *)pExIO->pabReceiveData, (unsigned char *)&(dev->pbDpmReceiveArea[pExIO->usReceiveOffset]), pExIO->usReceiveLen); // toggle COM-bit DEV_ExchangeIODone ( dev); lRet += pExIO->usReceiveLen; // done with interrupt spin_unlock( &dev->tSpinLock_ExIO); } else if ( pExIO->ulTimeout == 0L) { // done with interrupt spin_unlock( &dev->tSpinLock_ExIO); // we have not to wait, return with no data exchange pExIO->sError = DRV_DEV_EXCHANGE_FAILED; DBG_PRN("DEV_ExchangeIO: DATA EXCHANGE FAILED\n"); } else { // Wait for data exchange EXCHG_IO_EQUAL // no activ service, activate service dev->bExIOEqState = TRUE; // ready for interrupt spin_unlock( &dev->tSpinLock_ExIO); // wait timeout if ( DEV_WaitExchangeIO(dev, pExIO->ulTimeout) == FALSE) { // Timeout pExIO->sError = DRV_DEV_EXCHANGE_TIMEOUT; DBG_PRN("DEV_ExchangeIO: TIMEOUT\n"); } else { // state EXIO_EQAUL available, do data exchange // write data memcpy ( (unsigned char *)&(dev->pbDpmSendArea[pExIO->usSendOffset]), (unsigned char *)pExIO->pabSendData, pExIO->usSendLen); // read data memcpy ( (unsigned char *)pExIO->pabReceiveData, (unsigned char *)&(dev->pbDpmReceiveArea[pExIO->usReceiveOffset]), pExIO->usReceiveLen); // toggle COM-bit spin_lock( &dev->tSpinLock_ExIO); DEV_ExchangeIODone( dev); spin_unlock( &dev->tSpinLock_ExIO); lRet += pExIO->usReceiveLen; } dev->bExIOEqState = FALSE; // delete pending action } break; default: // MODE unknown DBG_PRN("DEV_ExchangeIO: MODE unknown\n"); pExIO->sError = DRV_DEV_COM_MODE_UNKNOWN; break; } /* end switch */ if ( DEV_TestCOM (dev) == FALSE ) { // this reflects the COM-Bit // COM failed DBG_PRN("DEV_ExchangeIO: ExchangeIO COM flag not set\n"); pExIO->sError = DRV_DEV_NO_COM_FLAG; } } } return lRet; } /* ================================================================================= Function: DEV_GetState returns the actual state --------------------------------------------------------------------------------------- Input : dev - pointer to device instance Output : - Return : EXCHGIO_EQUAL EXCHGIO_NOT_EQUAL ================================================================================= */ unsigned short DEV_GetState ( DEV_INSTANCE * dev) { if ( dev->ucBoardIrq == 0) { // polling mode if ( ( (*(dev->pbHostFlags) ^ *(dev->pbDevFlags)) & STATECOM_FLAG) == 0x00) dev->bStateFlag = STATE_ERR_NON; else dev->bStateFlag = STATE_ERR; } DBG_PRN("DEV_GetErrState bStateFlag = (%x)\n", dev->bStateFlag); // return actual state, interrupt will also set this flag ! return ((unsigned short)dev->bStateFlag); } /* ================================================================================= Function: DEV_StateDone set COM quittung --------------------------------------------------------------------------------------- Input : dev - pointer to device instance Output : - Return : - ================================================================================= */ void DEV_StateDone ( DEV_INSTANCE * dev) { DBG_PRN("DEV_StateDone: DEV instance (%p)\n", dev); dev->bStateFlag = STATE_ERR_NON; // set internal state if ( dev->ucBoardIrq != 0) { // interrupt mode dev->bMyDevFlags ^= STATEACK_FLAG; } else { // poll mode dev->bMyDevFlags = (unsigned char)(*(dev->pbDevFlags) ^ STATEACK_FLAG); } *(dev->pbDevFlags) = dev->bMyDevFlags; DBG_PRN("DEV_StateDone bMyDevFlags=(%x)\n", dev->bMyDevFlags); } cifv1003/src/cif_load0100755000000000000000000000100207213134704013257 0ustar rootroot#!/bin/sh module="cif" device="cif" #group="Hilscher" mode="664" # invoke insmod with all arguments we got /sbin/insmod -f $module.o $* || exit 1 #/sbin/insmod -f cif.o $* || exit 1 major=`cat /proc/devices | awk "\\$2==\"$module\" {print \\$1}"` rm -f /dev/${device}[0-3] mknod /dev/${device}0 c $major 0 mknod /dev/${device}1 c $major 1 mknod /dev/${device}2 c $major 2 mknod /dev/${device}3 c $major 3 ln -sf ${device}0 /dev/${device} #chgrp $group /dev/${device}[0-3] #chmod $mode /dev/${device}[0-3] cifv1003/src/cif_unload0100755000000000000000000000025707117167252013644 0ustar rootroot#!/bin/sh module="cif" device="cif" # invoke rmmod with all arguments we got /sbin/rmmod $module $* || exit 1 # Remove stale nodes rm -f /dev/${device}[0-3] /dev/${device} cifv1003/src/entry.c0100644000000000000000000006550107215130574013117 0ustar rootroot/* ******************************************************************* FILENAME : entry.c ------------------------------------------------------------------------- CREATETED : D.Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION interrupt routine, resource management . ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: as groundwork for this source code served Windows version of the CIF device driver ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ /* ------------------------------------------------------------------------------------ */ /* Includes */ /* ------------------------------------------------------------------------------------ */ #ifndef __KERNEL__ # define __KERNEL__ #endif #ifndef MODULE # define MODULE #endif #include /* printk() */ #include /* kmalloc() */ #include /* everything... */ #include /* error codes */ #include /* size_t */ #include #include #include /* O_ACCMODE */ #include /* cli(), *_flags */ #include #include #include #include "../inc/ciftypes.h" #include "../inc/cifdev_i.h" #include "../inc/cif_dev.h" /* ------------------------------------------------------------------------------------ */ /* External datas */ /* ------------------------ ------------------------------------------------------------ */ extern unsigned char *pabDrvVersion; // Driver version extern PCI_DATA tPciData[MAX_DEV_BOARDS]; extern unsigned long ulPciDataCnt; extern int cif_nr_devs; extern DEV_INSTANCE *cif_devices; extern unsigned short cif_base; extern unsigned char bData; /* ------------------------------------------------------------------------------------ */ /* External prototypes */ /* ------------------------------------------------------------------------------------ */ extern void DEV_TestHardware ( DEV_INSTANCE *); /* * pick the device */ DEV_INSTANCE *cif_dev_GetAt(unsigned short n) { DEV_INSTANCE *dev = cif_devices; if(n >= cif_nr_devs) dev = NULL; else { while (n--) { dev = (DEV_INSTANCE *)dev->next; } } return dev; } /* ================================================================================= Function: DEV_ClearBoardIRQs Clear all pending board interrupts --------------------------------------------------------------------------------------- Input : - Output : - Return : - ================================================================================= */ void DEV_ClearBoardIRQs(void) { unsigned short usIdx; unsigned char bDummy; DEV_INSTANCE * dev; for ( usIdx = 0; usIdx < MAX_DEV_BOARDS; usIdx++) { dev = cif_dev_GetAt( usIdx); if ( (dev->pvVirtualIrq != NULL) && (dev->bActive == TRUE) ) { DBG_PRN("DEV_ClearBoardIRQs (%p)\n", dev); bDummy = *(dev->pbHostFlags); } } } /* ==================================================================================== */ /* Interrupt handler */ /* ==================================================================================== */ static void cif_interrupt(int irq, void *dev_id, struct pt_regs *regs) { DEV_INSTANCE * dev; unsigned short usIdx = 0;//, *usBoard = dev_id; unsigned char bHostFlags; BOOL fIntFound = FALSE; unsigned long flags; spin_lock_irqsave (&io_request_lock, flags); DBG_PRN("INTERRUPT_HANDLER: entered!, irq: %d\n", irq); for ( usIdx = 0; usIdx < cif_nr_devs/*MAX_DEV_BOARDS*/; usIdx++) { // Get device instance dev = cif_dev_GetAt( usIdx); if ( (dev->ucBoardIrq == irq) )//&& //(dev->bActive == TRUE) ) { // Clear device interrupt by reading the host flags bHostFlags = *(dev->pbHostFlags); DBG_PRN("INTERRUPT_HANDLER: proper irq found! instance address (%p)\n", dev); // Interrupt found fIntFound = TRUE; //-------------------- // Get state of DEV //-------------------- dev->bHostFlags = bHostFlags; // only for information dev->tStateInfo.IRQCnt++; // increment irq counter if ( (bHostFlags & INI_MSG_RDY) == 0x00) { /* Reset on DEV is running */ DBG_PRN("INTERRUPT: Reset on DEV is running"); dev->bMyDevFlags = 0x00; dev->bReadMsgFlag = HOST_MBX_EMPTY; dev->bWriteMsgFlag = DEVICE_MBX_FULL; dev->bInitMsgFlag = INI_MSG_WAIT; dev->bExIOFlag = EXCHGIO_NON; dev->bStateFlag = STATE_ERR_NON; } else { if ( dev->bInitMsgFlag == INI_MSG_WAIT ) { // get actual init state dev->bInitMsgFlag = (unsigned char)(bHostFlags & INI_MSG_RDYRUN); } /* endif */ DBG_PRN("INTERRUPT: bInitMsgFlag (%d)\n", dev->bInitMsgFlag); // check if message is available if ( ((bHostFlags ^ dev->bMyDevFlags) & HOSTCOM_FLAG) != 0x00 ) { /* ACK-bit DEV != COM-bit PC --> message inside */ dev->bReadMsgFlag = HOST_MBX_FULL; } /* endif */ DBG_PRN("INTERRUPT: bReadMsgFlag (%d)\n", dev->bReadMsgFlag); // check if mailbox to DEV is free if ( ((bHostFlags ^ dev->bMyDevFlags) & DEVACK_FLAG) == 0x00 ) { /* ACK-bit DEV == COM-bit PC --> MBX emty */ dev->bWriteMsgFlag = DEVICE_MBX_EMPTY; } /* endif */ DBG_PRN("INTERRUPT: bWriteMsgFlag (%d)\n", dev->bWriteMsgFlag); // check if IO state equal or not equal if ( ((bHostFlags ^ dev->bMyDevFlags) & PDACK_FLAG) == 0x00 ) { /* ACK-bit DEV == COM-bit HOST */ dev->bExIOFlag = EXCHGIO_EQUAL; } else { /* ACK-bit DEV != COM-bit HOST */ dev->bExIOFlag = EXCHGIO_NOT_EQUAL; } /* endif */ // check for State if ( ((bHostFlags ^ dev->bMyDevFlags) & STATEACK_FLAG) == 0x00 ) { /* ACK-bit DEV == COM-bit PC --> No error */ dev->bStateFlag = STATE_ERR_NON; } else { /* ACK-bit DEV == COM-bit PC --> No error */ dev->bStateFlag = STATE_ERR; } /* endif */ } /* endif */ //-------------------------------- // Check application //-------------------------------- // application must be logged in if (dev->usOpenCounter > 0) { //****************************************************************** // check for read data //****************************************************************** if ( (dev->bReadState == TRUE) && // application is waiting (dev->bReadMsgFlag != HOST_MBX_EMPTY) ) { // Applikation is waiting on read service, MSG is available dev->tStateInfo.ReadState = STATE_IN_IRQ; switch (dev->bReadMsgFlag) { case HOST_MBX_EMPTY: // MBX is empty /* Nothing to do */ DBG_PRN("INTERRUPT_HANDLER: ReadState = HOST_MBX_EMPTY\n"); break; case HOST_MBX_SYSERR: // System ERROR DBG_PRN("INTERRUPT_HANDLER: ReadState = HOST_MBX_SYSERR\n"); // lets run applikation, waiting on semaphore dev->bReadState = FALSE; wake_up_interruptible( &(dev->pReadSemaphore));//up( &(dev->pReadSemaphore)); break; case HOST_MBX_FULL: /* Message available */ DBG_PRN("INTERRUPT_HANDLER: ReadState = HOST_MBX_FULL\n"); // lets run applikation, waiting on semaphore dev->bReadState = FALSE; wake_up_interruptible( &(dev->pReadSemaphore));//up( &(dev->pReadSemaphore)); break; } /* endswitch */ } /* endif */ //****************************************************************** // check for write data //****************************************************************** if ( (dev->bWriteState == TRUE) && (dev->bWriteMsgFlag == DEVICE_MBX_EMPTY) ) { // write is ready, start waiting applikation dev->tStateInfo.WriteState = STATE_IN_IRQ; dev->bWriteState = FALSE; wake_up_interruptible( &(dev->pWriteSemaphore));//up( &(dev->pWriteSemaphore)); } /* endif */ //****************************************************************** // check for EXCHGIO state //****************************************************************** if ( dev->bExIOEqState == TRUE ) { if (dev->bExIOFlag == EXCHGIO_EQUAL) { dev->bExIOEqState = FALSE; wake_up_interruptible( &(dev->pExIOSemaphore));//up( &(dev->pExIOSemaphore)); // DBG_PRN("INTERRUPT_HANDLER: ExIOEqState = EXIO_EQUAL\n"); } } if ( dev->bExIONeqState == TRUE ) { if (dev->bExIOFlag == EXCHGIO_NOT_EQUAL) { dev->bExIONeqState = FALSE; wake_up_interruptible( &(dev->pExIOSemaphore));//up( &(dev->pExIOSemaphore)); DBG_PRN("INTERRUPT_HANDLER: ExIOEqState = EXIO_EQUAL\n"); } } //****************************************************************** // check for COM state //****************************************************************** if ( dev->bCOMEqState == TRUE ) { if ( (dev->bHostFlags & COM_FLAG_RDY) == 0) { dev->bCOMEqState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore)); DBG_PRN("INTERRUPT_HANDLER: INIT InitMsgFlag = (%x)\n",dev->bInitMsgFlag); } } if ( dev->bCOMNeqState == TRUE ) { if ( (dev->bHostFlags & COM_FLAG_RDY) != 0) { dev->bCOMNeqState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore)); DBG_PRN("INTERRUPT_HANDLER: INIT InitMsgFlag = (%x)\n",dev->bInitMsgFlag); } } //****************************************************************** // check for init state //****************************************************************** if ( dev->bInitState == TRUE ) { if ( dev->bInitMsgFlag != INI_MSG_WAIT) { // reset is gone, start waiting application dev->bInitState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore)); DBG_PRN("INTERRUPT_HANDLER: INIT InitMsgFlag = (%x)\n",dev->bInitMsgFlag); } } /* endif */ }/* endif */ // DBG_PRN("DEV_GetMsgStatus: DEV instance (%p)\n", dev); DBG_PRN("H %u ", bHostFlags); DBG_PRN("D %u ", *(dev->pbDevFlags)); DBG_PRN("M %u\n", dev->bMyDevFlags); }/* endif */ }/* for */ if ( fIntFound == FALSE) { // No interrupt found or initialisation is running, // clear all board Interrupts by reading the hardware DBG_PRN("cif_interrupt: Phys Int ERROR, instance not found\n"); // Delete interrupt by reading the hardware DEV_ClearBoardIRQs(); } spin_unlock_irqrestore (&io_request_lock, flags); } /* ================================================================================= Function: DriverSetInterruptState Enabable /Disable PCI devices --------------------------------------------------------------------------------------- Input : DeviceObject - Output : - Return : - ================================================================================= */ void DriverSetInterruptState( unsigned short usIntState, unsigned short usIdx) { unsigned char bData; DEV_INSTANCE *dev = cif_dev_GetAt(usIdx); if(dev) { // Check if PCI board and Interrupt requested if ( dev->ucBoardIrq != 0 ) { DBG_PRN("DriverSetInterruptState: ulIOLocalRegAddress = 0x%lx\n", dev->tPciData.ulIOLocalRegAddress); bData = readb( dev->IrqCtrlRegAddr + PCI_INTCTRLSTS_REG); DBG_PRN("DriverSetInterruptState: original bData(0x%X)\n", bData); if ( usIntState == HW_INTERRUPT_ENABLE) { // Enable Interrupt (LCR-Registers) bData = (unsigned char)(bData | HW_INTERRUPT_ENABLE); DBG_PRN("DriverSetInterruptState: bData(0x%X)\n", bData); DBG_PRN(" INTERRUPT IS ENABLED\n"); } else { bData = (unsigned char)(bData & ~HW_INTERRUPT_ENABLE); // Desable Interrupt // Disable PCI Interrupt (LCR-Registers) DBG_PRN("DriverSetInterruptState: bData(0x%X)\n", bData); DBG_PRN(" INTERRUPT WILL BE DISABLED\n"); } // Write new data to port writeb(bData, dev->IrqCtrlRegAddr + PCI_INTCTRLSTS_REG); } } else DBG_PRN("DriverSetInterruptState(): could not get device pointer\n"); } int register_irq( DEV_INSTANCE *dev) { int result = 0; DBG_PRN("register_irq()- dev %p, irq = %X\n", dev, dev->ucBoardIrq); result = request_irq( (unsigned int)(dev->ucBoardIrq), &cif_interrupt, SA_INTERRUPT, "cif", &dev->usBoard); if (result) dev->ucBoardIrq = 0; else DriverSetInterruptState( HW_INTERRUPT_ENABLE, dev->usBoard); return result; } /* ================================================================================= Function: EntryDrvLoad Device Driver Load --------------------------------------------------------------------------------------- Input : Output : Return : bSuccess TRUE - at least one board is initialized FALSE - no board is initialized ================================================================================= */ BOOL EntryDrvLoad () { int result = 0; BOOL bSuccess = FALSE; // no board available unsigned char ucIdx = 0; DEV_INSTANCE * dev = NULL; // Driver is loaded for the very first time DBG_PRN("EntryDrvLoad: Entered. Boards altogether: %X\n", cif_nr_devs); // get memory for global driver data, delete content if ( cif_nr_devs > 0) { for ( ucIdx = 0; ucIdx < cif_nr_devs/*CIF_MAX_BOARDS*/; ucIdx++) { DBG_PRN("Install instance Number = %d\n", ucIdx); dev = cif_dev_GetAt( ucIdx); DBG_PRN("EntryDrvLoad: Board %d, dev: %p\n", ucIdx, dev); if ( dev->bActive == TRUE) { DBG_PRN("DPM Adresses AVAILABLE, Board - %X, DPMsize: %lX\n", ucIdx, dev->ulDPMByteSize); DBG_PRN("Physical-> DPMBase: %lX, DPMAdd: %lX, SndAdd: %lX, RcvAdd: %lX\n", dev->ulBoardAddress, dev->ulBoardAddress + dev->ulDPMByteSize - 1024, dev->ulBoardAddress, dev->ulBoardAddress + (dev->ulDPMByteSize - 1024)/2); if ( (dev->pDpmBase = (unsigned char *)bus_to_virt(dev->ulBoardAddress)) == NULL) { DBG_PRN("No virtual DPM base address\n"); // no virtual board address is allocated dev->bActive = FALSE; // get handle to message area an last Kbyte of the DPM } else if ( (dev->ptDpmAddress = (DPM_MEMORY *)ioremap(dev->ulBoardAddress + dev->ulDPMByteSize - 1024, 1024)) == NULL) { DBG_PRN("No virtual DPM address for last DPM Kbyte\n"); // no virtual board address is allocated dev->bActive = FALSE; // get handle to send data area (start of DPM) } else if ( (dev->pbDpmSendArea = (unsigned char *)ioremap(dev->ulBoardAddress, (dev->ulDPMByteSize - 1024) / 2)) == NULL) { DBG_PRN("No virtual DPM address for send data area\n"); // no virtual board address is allocated dev->bActive = FALSE; // get handle to receive data area (middle of the DPM) } else if ( (dev->pbDpmReceiveArea = (unsigned char *)ioremap(dev->ulBoardAddress + (dev->ulDPMByteSize - 1024) / 2 , (dev->ulDPMByteSize - 1024) / 2)) == NULL) { DBG_PRN("No virtual DPM address for receive data area\n"); // no virtual board address is allocated dev->bActive = FALSE; // install interrupt while IRQ number not 0 } else { DBG_PRN("DPM Adresses AVAILABLE\n"); DBG_PRN("Remapped-> DPMBase: %lX, DPMAdd: %lX, SndAdd: %lX, RcvAdd: %lX\n", (unsigned long)dev->pDpmBase, (unsigned long)dev->ptDpmAddress, (unsigned long)dev->pbDpmSendArea, (unsigned long)dev->pbDpmReceiveArea); // all parameters successfully read. Initialize instance No. ucIdx dev->usRcsError = 0; // RCS-Error during startup dev->sDrvInitError = 0; // DRV-Error during startup // pointers to the DEV dpm cells dev->pbHostFlags = &(dev->ptDpmAddress->HostFlags); dev->pbDevFlags = &(dev->ptDpmAddress->DevFlags); // initialize start states dev->usOpenCounter = 0; dev->bInitMsgFlag = INI_MSG_WAIT; // Init state dev->bReadMsgFlag = HOST_MBX_EMPTY; // Read state dev->bWriteMsgFlag = DEVICE_MBX_EMPTY; // write state dev->bExIOFlag = EXCHGIO_NON; // IO state dev->bStateFlag = STATE_ERR_NON; // State field // request IRQ, register interrupt handler and BHs if (dev->ucBoardIrq != 0) { //free_irq(dev->ucBoardIrq, NULL); result = request_irq( (unsigned int)(dev->ucBoardIrq), &cif_interrupt, SA_INTERRUPT, "cif", &dev->usBoard);//NULL); if (result) { DBG_PRN("cif-irq: can't get assigned irq %i\n", dev->ucBoardIrq); dev->ucBoardIrq = 0; } else { DBG_PRN("CIF interrupt handler registration OK. Board = %d, data = %X, Port = %X, request_irq: %X\n", ucIdx, bData, cif_base, result); if( dev->ucBusType == BUS_TYPE_PCI) DriverSetInterruptState( HW_INTERRUPT_ENABLE, ucIdx); } } dev->tSpinLock = SPIN_LOCK_UNLOCKED; dev->tSpinLock_ExIO = SPIN_LOCK_UNLOCKED; // board is configured, test hardware DEV_TestHardware( dev); // virtual board address is allocated DBG_PRN("V-IRQ = %p \n", dev->pvVirtualIrq ); DBG_PRN("V-DPM base address = %p \n", dev->pDpmBase ); DBG_PRN("V-DPM send area address = %p \n", dev->pbDpmSendArea); DBG_PRN("V-DPM recive area address = %p \n", dev->pbDpmReceiveArea); DBG_PRN("V-DPM last kByte = %p \n", dev->ptDpmAddress); DBG_PRN("Initialisation OK\n"); // one board is initialized bSuccess = TRUE; } } // end for } } DBG_PRN("EntryDrvLoad: Leave %d \n", bSuccess); if( !bSuccess) { iounmap( dev->ptDpmAddress); iounmap( dev->pbDpmReceiveArea); iounmap( dev->pbDpmReceiveArea); } return bSuccess; } /* ================================================================================= Function: EntryDrvUnload Device Driver Unload --------------------------------------------------------------------------------------- Input : Output : Return : ================================================================================= */ BOOL EntryDrvUnload (void) { unsigned short usIdx = 0; DEV_INSTANCE * dev = NULL; DBG_PRN("CIF: DrvUnload \n"); // OS wants to unload driver if ( cif_devices != NULL) { // deallocate memory for (usIdx = 0; usIdx < cif_nr_devs; usIdx++) { dev = cif_dev_GetAt( usIdx); if ( dev->ucBoardIrq) { DBG_PRN("EntryDrvUnload: free Irq %d for board %d\n", dev->ucBoardIrq, dev->usBoard); // Disable physical interrupt on the hardware DriverSetInterruptState( HW_INTERRUPT_DISABLE, usIdx); free_irq( (unsigned int)(dev->ucBoardIrq), &dev->usBoard);//, NULL); } DBG_PRN("unmap pDPMBase\n"); if ( ( dev->bActive == TRUE) && ( dev->pDpmBase != NULL) ) { iounmap( dev->ptDpmAddress); iounmap( dev->pbDpmReceiveArea); iounmap( dev->pbDpmSendArea); } } } DBG_PRN("EntryDrvUnload: OK \n"); return (TRUE); // always TRUE if driver is static } /* ================================================================================= Function: DEV_GetMsgStatus --------------------------------------------------------------------------------------- Input : dev - pointer to DEV_INSTANCE Output : - Return : - ================================================================================= */ void DEV_GetMsgStatus( DEV_INSTANCE * dev, unsigned char InByte) { //-------------------- // Get state of DEV //-------------------- dev->bHostFlags = InByte; // only for information dev->tStateInfo.IRQCnt++; // increment irq counter if ( (InByte & INI_MSG_RDY) == 0x00) { /* Reset on DEV is running */ DBG_PRN("INTERRUPT: Reset on DEV is running"); dev->bMyDevFlags = 0x00; dev->bReadMsgFlag = HOST_MBX_EMPTY; dev->bWriteMsgFlag = DEVICE_MBX_FULL; dev->bInitMsgFlag = INI_MSG_WAIT; dev->bExIOFlag = EXCHGIO_NON; dev->bStateFlag = STATE_ERR_NON; } else { if ( dev->bInitMsgFlag == INI_MSG_WAIT ) { // get actual init state dev->bInitMsgFlag = (unsigned char)(InByte & INI_MSG_RDYRUN); } /* endif */ DBG_PRN("INTERRUPT: bInitMsgFlag (%d)\n", dev->bInitMsgFlag); // check if message is available if ( ((InByte ^ dev->bMyDevFlags) & HOSTCOM_FLAG) != 0x00 ) { /* ACK-bit DEV != COM-bit PC --> message inside */ dev->bReadMsgFlag = HOST_MBX_FULL; } /* endif */ DBG_PRN("INTERRUPT: bReadMsgFlag (%d)\n", dev->bReadMsgFlag); // check if mailbox to DEV is free if ( ((InByte ^ dev->bMyDevFlags) & DEVACK_FLAG) == 0x00 ) { /* ACK-bit DEV == COM-bit PC --> MBX emty */ dev->bWriteMsgFlag = DEVICE_MBX_EMPTY; } /* endif */ DBG_PRN("INTERRUPT: bWriteMsgFlag (%d)\n", dev->bWriteMsgFlag); // check if IO state equal or not equal if ( ((InByte ^ dev->bMyDevFlags) & PDACK_FLAG) == 0x00 ) { /* ACK-bit DEV == COM-bit HOST */ dev->bExIOFlag = EXCHGIO_EQUAL; } else { /* ACK-bit DEV != COM-bit HOST */ dev->bExIOFlag = EXCHGIO_NOT_EQUAL; } /* endif */ // check for State if ( ((InByte ^ dev->bMyDevFlags) & STATEACK_FLAG) == 0x00 ) { /* ACK-bit DEV == COM-bit PC --> No error */ dev->bStateFlag = STATE_ERR_NON; } else { /* ACK-bit DEV == COM-bit PC --> No error */ dev->bStateFlag = STATE_ERR; } /* endif */ } /* endif */ //-------------------------------- // Check application //-------------------------------- // application must be logged in if (dev->usOpenCounter > 0) { //****************************************************************** // check for read data //****************************************************************** if ( (dev->bReadState == TRUE) && // application is waiting (dev->bReadMsgFlag != HOST_MBX_EMPTY) ) { // Applikation is waiting on read service, MSG is available dev->tStateInfo.ReadState = STATE_IN_IRQ; switch (dev->bReadMsgFlag) { case HOST_MBX_EMPTY: // MBX is empty /* Nothing to do */ DBG_PRN("INTERRUPT_HANDLER: ReadState = HOST_MBX_EMPTY\n"); break; case HOST_MBX_SYSERR: // System ERROR DBG_PRN("INTERRUPT_HANDLER: ReadState = HOST_MBX_SYSERR\n"); // lets run applikation, waiting on semaphore dev->bReadState = FALSE; wake_up_interruptible( &(dev->pReadSemaphore)); break; case HOST_MBX_FULL: /* Message available */ DBG_PRN("INTERRUPT_HANDLER: ReadState = HOST_MBX_FULL\n"); // lets run applikation, waiting on semaphore dev->bReadState = FALSE; wake_up_interruptible( &(dev->pReadSemaphore)); break; } /* endswitch */ } /* endif */ //****************************************************************** // check for write data //****************************************************************** if ( (dev->bWriteState == TRUE) && (dev->bWriteMsgFlag == DEVICE_MBX_EMPTY) ) { // write is ready, start waiting applikation dev->tStateInfo.WriteState = STATE_IN_IRQ; dev->bWriteState = FALSE; wake_up_interruptible( &(dev->pWriteSemaphore));//up( &(dev->pWriteSemaphore)); // DbgPrint("INTERRUPT_HANDLER: WriteState = WRD_MSG_NON\n"); } /* endif */ //****************************************************************** // check for EXCHGIO state //****************************************************************** if ( dev->bExIOEqState == TRUE ) { if (dev->bExIOFlag == EXCHGIO_EQUAL) { dev->bExIOEqState = FALSE; wake_up_interruptible( &(dev->pExIOSemaphore));//up( &(dev->pExIOSemaphore)); // DbgPrint("INTERRUPT_HANDLER: ExIOEqState = EXIO_EQUAL\n"); } } if ( dev->bExIONeqState == TRUE ) { if (dev->bExIOFlag == EXCHGIO_NOT_EQUAL) { dev->bExIONeqState = FALSE; wake_up_interruptible( &(dev->pExIOSemaphore));//up( &(dev->pExIOSemaphore)); DBG_PRN("INTERRUPT_HANDLER: ExIOEqState = EXIO_EQUAL\n"); } } //****************************************************************** // check for COM state //****************************************************************** if ( dev->bCOMEqState == TRUE ) { if ( (dev->bHostFlags & COM_FLAG_RDY) == 0) { dev->bCOMEqState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore)); DBG_PRN("INTERRUPT_HANDLER: INIT InitMsgFlag = (%x)\n",dev->bInitMsgFlag); } } if ( dev->bCOMNeqState == TRUE ) { if ( (dev->bHostFlags & COM_FLAG_RDY) != 0) { dev->bCOMNeqState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore)); DBG_PRN("INTERRUPT_HANDLER: INIT InitMsgFlag = (%x)\n",dev->bInitMsgFlag); } } //****************************************************************** // check for init state //****************************************************************** if ( dev->bInitState == TRUE ) { if ( dev->bInitMsgFlag != INI_MSG_WAIT) { // reset is gone, start waiting application dev->bInitState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore)); DBG_PRN("INTERRUPT_HANDLER: INIT InitMsgFlag = (%x)\n",dev->bInitMsgFlag); } } /* endif */ }/* endif */ // DbgPrint("DEV_GetMsgStatus: DEV instance (%p)\n", dev); DBG_PRN("H %x ", InByte); DBG_PRN("D %x ", *(dev->pbDevFlags)); DBG_PRN("M %x\n", dev->bMyDevFlags); } cifv1003/src/main.c0100644000000000000000000026733007215173200012677 0ustar rootroot/* ******************************************************************* main.c -- cif module ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION initialization routines, ioctl . ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: as groundwork for this source code served Windows version of the CIF device driver ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ #ifndef __KERNEL__ # define __KERNEL__ #endif #ifndef MODULE # define MODULE #endif #include #include /* printk() */ #include /* kmalloc() */ #include /* everything... */ #include /* error codes */ #include /* size_t */ #include #include #include /* O_ACCMODE */ #include #include #include /* VERIFY_READ etc. */ #include /* cli(), *_flags */ #include #include #include "../inc/ciftypes.h" #include "../inc/cifdev_i.h" /* local definitions */ #include "../inc/cif_dev.h" /* local definitions */ extern int register_irq( DEV_INSTANCE *dev); extern BOOL EntryDrvLoad(); extern BOOL EntryDrvUnload(); extern DEV_INSTANCE *cif_dev_GetAt(int n); extern unsigned short DEV_CheckHardware ( DEV_INSTANCE *); extern void DEV_BStart ( DEV_INSTANCE *); extern void DEV_KStart ( DEV_INSTANCE *); extern void DEV_WStart ( DEV_INSTANCE *); extern unsigned short DEV_GetDevMBXInfo ( DEV_INSTANCE *); extern unsigned short DEV_GetHostMBXInfo( DEV_INSTANCE *); extern unsigned short DEV_TestReady ( DEV_INSTANCE *); extern unsigned short DEV_WaitPutMsg ( DEV_INSTANCE *, unsigned long); extern unsigned short DEV_WaitGetMsg ( DEV_INSTANCE *, unsigned long); extern unsigned short DEV_WaitReset ( DEV_INSTANCE *, unsigned long); extern unsigned short DEV_TestCOM ( DEV_INSTANCE *); extern unsigned short DEV_WaitCOM ( DEV_INSTANCE *, unsigned long); extern unsigned short DEV_GetIOState ( DEV_INSTANCE *); extern void DEV_ClearHostState( DEV_INSTANCE *); extern void DEV_GetMsgStatus ( DEV_INSTANCE *, unsigned char); extern short DEV_TestExtVersion( DEV_INSTANCE *, unsigned short, unsigned char *); extern long DEV_ExchangeIO ( DEV_INSTANCE *, DEVIO_EXIOCMD *,unsigned char); extern unsigned short DEV_GetState ( DEV_INSTANCE *); extern void DEV_StateDone ( DEV_INSTANCE *); extern void DEV_SendMessage ( DEV_INSTANCE *); extern void DEV_QuitMessage ( DEV_INSTANCE *); extern void DEV_SetHostState ( DEV_INSTANCE *); extern void DriverSetInterruptState( unsigned short, unsigned short); DEV_INSTANCE *cif_devices; // Driver version 1234567890123456 char * pabDrvVersion = "CIFDriver V1.003"; unsigned int cif50_region = 0x50; unsigned char bData = 0x00; unsigned short cif_base = 0x00; int cif_major = CIF_MAJOR; int cif_nr_devs = 0;// max: CIF_MAX_BOARDS; /* number of cif devices */ unsigned long ulRegisterSave = 0x0UL; unsigned long ulIrqCtrlRegSave = 0x0UL; volatile unsigned char *IrqCtrlRegAddr; #define PCI_SUB_VENDOR_ID 0x2C #define PCI_SUB_SYSTEM_ID 0x2E static u32 addresses[] = { PCI_BASE_ADDRESS_0, PCI_BASE_ADDRESS_1, PCI_BASE_ADDRESS_2, PCI_BASE_ADDRESS_3, PCI_BASE_ADDRESS_4, PCI_BASE_ADDRESS_5, 0 }; ///////////////////////////////////////////////////////////////////////////// // Global Variables to hold parameters for ISA boards specified at load time // int dpm_add[4] = {0, 0, 0, 0}; int dpm_len[4] = {0, 0, 0, 0}; short irq[4] = {0, 0, 0, 0}; MODULE_PARM( dpm_add, "1-4i"); MODULE_PARM_DESC( dpm_add, "Up to four DPM-Addresses (integer)"); MODULE_PARM( dpm_len, "1-4i"); MODULE_PARM_DESC( dpm_len, "Up to four DPM-Sizes (integer)"); MODULE_PARM( irq, "1-4h"); MODULE_PARM_DESC( irq, "Up to four irq-numbers (short)"); MODULE_AUTHOR("David Tsaava"); MODULE_DESCRIPTION("CIF Device Driver for Hilscher Communication Boards, V1.003"); MODULE_SUPPORTED_DEVICE("cif"); int cif_open (struct inode *inode, struct file *filp) { //int type = TYPE(inode->i_rdev); int num = NUM(inode->i_rdev); DEV_INSTANCE *dev; /* device information */ DBG_PRN("\nCIFdevdrv opened!\n\n"); /* type 0, check the device number */ if (num >= cif_nr_devs) return -ENODEV; dev = &cif_devices[num]; /* and use filp->private_data to point to the device data */ filp->private_data = dev; MOD_INC_USE_COUNT; return 0; /* success */ } int cif_release (struct inode *inode, struct file *filp) { MOD_DEC_USE_COUNT; DBG_PRN("\nCIFdevdrv closed!\n\n"); return (0); } // Try ISA boards if there was parameters for them passed while loading driver int cif_init_dev_ISA ( int iSa) { DEV_INSTANCE *dev; if ( (dpm_add[iSa] < 0xA0000) || (dpm_add[iSa] > (0xFFFFF - dpm_len[iSa] * 1024)) ) { DBG_PRN("cif_devices -1: not suitable dpm-address or -length: %d, %d\n", dpm_add[iSa], dpm_len[iSa]); return -1; } else { if( cif_nr_devs == 0) { cif_devices = (DEV_INSTANCE *)kmalloc( sizeof (DEV_INSTANCE), GFP_KERNEL); if (!cif_devices) return -ENOMEM; else { memset(cif_devices, 0, sizeof (DEV_INSTANCE)); cif_nr_devs++; dev = (DEV_INSTANCE *)cif_devices; dev->next = NULL; DBG_PRN("cif_devices 0: nr.%d, dev.%p, dev->next %p\n", cif_nr_devs, dev, dev->next); } } else { dev = (DEV_INSTANCE *)cif_devices; DBG_PRN("cif_dev 01: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); while ( dev->next) { DBG_PRN("cif_dev 02: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); dev = (DEV_INSTANCE *)dev->next; DBG_PRN("cif_dev 02a: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); } DBG_PRN("cif_devices 03: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); dev->next = (DEV_INSTANCE *)kmalloc(sizeof(DEV_INSTANCE), GFP_KERNEL); if (!dev->next) return -ENOMEM; else { memset(dev->next, 0, sizeof(DEV_INSTANCE)); dev = (DEV_INSTANCE *)dev->next; dev->next = NULL; cif_nr_devs++; } } DBG_PRN("cif_devices 04: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); dev->usBoard = cif_nr_devs <= 0 ? 0 : cif_nr_devs - 1; dev->ucBoardIrq = irq[iSa]; dev->ucBoardIrq_scanned = dev->ucBoardIrq; // save it, needed while switching between irq and polling modes dev->ulBoardAddress = dpm_add[iSa]; dev->ulDPMByteSize = dpm_len[iSa] * 1024; dev->ulDPMSize = dpm_len[iSa]; dev->bActive = TRUE; dev->ucBusType = BUS_TYPE_ISA; return 0; } } int cif_init_dev (struct pci_dev *pDev, unsigned short index, u32 ulDPMByteSize) { DEV_INSTANCE *dev; if( cif_nr_devs == 0) { cif_devices = (DEV_INSTANCE *)kmalloc( sizeof (DEV_INSTANCE), GFP_KERNEL); if (!cif_devices) return -ENOMEM; else { memset(cif_devices, 0, sizeof (DEV_INSTANCE)); cif_nr_devs++; dev = (DEV_INSTANCE *)cif_devices; dev->next = NULL; DBG_PRN(" 00: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); } } else { dev = (DEV_INSTANCE *)cif_devices; DBG_PRN(" 01: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); while ( dev->next) { DBG_PRN(" 02: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); dev = (DEV_INSTANCE *)dev->next; DBG_PRN(" 02a: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); } DBG_PRN("cif_devices 03: nr. %d, dev. %p, dev->next %p\n", cif_nr_devs, dev, dev->next); dev->next = (DEV_INSTANCE *)kmalloc(sizeof(DEV_INSTANCE), GFP_KERNEL); if (!dev->next) return -ENOMEM; else { memset(dev->next, 0, sizeof(DEV_INSTANCE)); dev = (DEV_INSTANCE *)dev->next; dev->next = NULL; cif_nr_devs++; } } DBG_PRN("cif_init_dev 04: nr. %d, dev. %p, dev->next %p, irq %X\n", cif_nr_devs, dev, dev->next, dev->ucBoardIrq); dev->usBoard = index; dev->ucPCIBusNumber = pDev->bus->number; dev->ucBoardIrq = pDev->irq; dev->IrqCtrlRegAddr = IrqCtrlRegAddr; dev->ucBoardIrq_scanned = dev->ucBoardIrq; // save it, needed while switching between irq and polling modes dev->ulBoardAddress = ulRegisterSave & PCI_BASE_ADDRESS_IO_MASK; dev->ulDPMByteSize = ulDPMByteSize; dev->ulDPMSize = ulDPMByteSize / 1024; dev->bActive = TRUE; dev->ucBusType = BUS_TYPE_PCI; DBG_PRN("!!!: regsave: %p, boardAdd: %p\n", ulRegisterSave, dev->ulBoardAddress); return 0; } /* * Scan PCI-bus / detect CIF50 boards */ int cif_scan_pci () { unsigned short usSubVendor, usSubSystem; DBG_PRN("cif: ------------------cif_scan_pci()-------------\n"); #ifdef CONFIG_PCI if( pcibios_present()) { int i = 0; u32 curr, mask, ulDPMByteSize = 0x0UL; unsigned short index = 0; struct pci_dev *pDev = NULL; while ( (pDev = pci_find_device(VENDOR_ID, DEVICE_ID, pDev)) != NULL ) { // PLX-Chip found, look for Hilscher one! pcibios_read_config_word(pDev->bus->number,pDev->devfn, PCI_SUB_VENDOR_ID, &usSubVendor); pcibios_read_config_word(pDev->bus->number,pDev->devfn, PCI_SUB_SYSTEM_ID, &usSubSystem); DBG_PRN("subSystem = %X, subVendor = %X\n", usSubSystem, usSubVendor); if( SUBVENDOR_ID == usSubVendor && SUBSYSTEM_ID == usSubSystem && index < 4) { ulDPMByteSize = 0x0UL; for(i=0; addresses[i]; i++) { pcibios_read_config_dword(pDev->bus->number,pDev->devfn, addresses[i],&curr); cli(); if(i == 2) ulRegisterSave = pDev->base_address[2]; else if(i == 1) cif_base = (unsigned short)(pDev->base_address[1] & 0xFFFFFFFE); else if(i == 0) ulIrqCtrlRegSave = pDev->base_address[0]; pcibios_write_config_dword(pDev->bus->number,pDev->devfn, addresses[i], ~0); pcibios_read_config_dword (pDev->bus->number,pDev->devfn, addresses[i], &mask); pcibios_write_config_dword(pDev->bus->number,pDev->devfn, addresses[i], curr); sti(); if(i == 2) ulDPMByteSize = ~(mask & PCI_BASE_ADDRESS_IO_MASK) +1; } DBG_PRN ("PLX-CHIP local Reg. Add. : %x\n", cif_base); if(( IrqCtrlRegAddr = (unsigned char *)ioremap(ulIrqCtrlRegSave, 0x50)) != NULL) { bData = readb( IrqCtrlRegAddr + PCI_INTCTRLSTS_REG); } DBG_PRN ("Interrupt-ctrl-state read: %x\n", bData); bData = (unsigned char)(bData | HW_INTERRUPT_ENABLE);//(bData & ~HW_INTERRUPT_ENABLE); // Desable Interrupt if( cif_init_dev (pDev, index, ulDPMByteSize) != 0) { DBG_PRN ("Cannot alloc memory for Board : %x\n", index); break; // -ENOMEM } else index++; } } if(index == 0) {// DBG_PRN ("cif50: pci-Fehler: %s\n", pcibios_strerror(result)); DBG_PRN ("cif50: no Boards found:\n"); return -ENODEV; } else return index; } #endif return -ENODEV; } ssize_t cif_read (struct file *filp, char *buf, size_t count, loff_t *f_pos) { //__copy_to_user(...); memcpa_tofs(...) return (0); } ssize_t cif_write (struct file *filp, const char *buf, size_t count, loff_t *f_pos) { return (-ENOMEM); } /* * The "extended" operations -- only seek */ loff_t cif_llseek (struct file *filp, loff_t off, int whence) { // DEV_INSTANCE *dev = filp->private_data; loff_t newpos; switch(whence) { case 0: /* SEEK_SET */ newpos = off; break; case 1: /* SEEK_CUR */ newpos = filp->f_pos + off; break; default: /* can't happen */ return -EINVAL; } if (newpos<0) return -EINVAL; filp->f_pos = newpos; return newpos; } int cif_ioctl (struct inode *inode, struct file *filp, unsigned int cmd, unsigned long arg) { DEVIO_GETBOARDINFOCMD * ptBoardCmd; DEVIO_RESETCMD * pResetCmd; DEVIO_PUTMESSAGECMD * pPutMsgCmd; DEVIO_GETMESSAGECMD * pGetMsgCmd; DEVIO_PUTPARAMETERCMD * pPutParamCmd; DEVIO_GETTASKSTATECMD * pGetTskStateCmd; DEVIO_MBXINFOCMD * ptGetMBXInfoCmd; DEVIO_TRIGGERCMD * ptGetTriggerCmd; DEVIO_GETDEVINFOCMD * ptGetInfoCmd, *pvData; DEVIO_EXITCMD * pExitCmd; DEVIO_GETPARAMETERCMD * pGetParamCmd; DEVIO_EXIOCMD * pExIOCmd, *pExIO; DEVIO_EXIOCMDEX * pExIOCmdEx, *pExIOEx; DEVIO_EXIOCMDERR * pExIOCmdErr, *pExIOErr; DEVIO_READSENDCMD * pReadSendCmd; DEVIO_EXTDATACMD * pExtCmd; DEVIO_GETMBXCMD * pGetMbxCmd; DEVIO_GETBOARDINFOEXCMD * ptBoardExCmd; DEVIO_RWRAWDATACMD * pRWRawCmd; DEVIO_RWDPMDATACMD * pRWDPMCmd; DEVIO_SETOPMODE * ptSetOpMode; DEV_INSTANCE * dev = NULL; unsigned short usIdx, usMsgLen, usDummy; long lRet = 0; int result = 0; DEVIO_GETBOARDINFOCMD * pDatA = (DEVIO_GETBOARDINFOCMD *)arg; DEVIO_GETBOARDINFOEXCMD * pDatB = (DEVIO_GETBOARDINFOEXCMD *)arg; int err = 0, size = _IOC_SIZE(cmd); /* the size bitfield in cmd */ /* * extract the type and number bitfields, and don't decode * wrong cmds: return ENOTTY (inappropriate ioctl) before access_ok() */ if (_IOC_TYPE(cmd) != CIF_IOC_MAGIC) return -ENOTTY; if (_IOC_NR(cmd) > CIF_IOC_MAXNR) return -ENOTTY; /* * the direction is a bitmask, and VERIFY_WRITE catches R/W * transfers. `Type' is user-oriented, while * access_ok is kernel-oriented, so the concept of "read" and * "write" is reversed */ if (_IOC_DIR(cmd) & _IOC_READ) err = !access_ok(VERIFY_WRITE, (void *)arg, size); else if (_IOC_DIR(cmd) & _IOC_WRITE) err = !access_ok(VERIFY_READ, (void *)arg, size); if (err) return -EFAULT; switch(cmd) { //**************************************************************************************** // SET Interrupt || Polling mode //**************************************************************************************** case CIF_IOCTL_IRQ_POLL: ptSetOpMode = (DEVIO_SETOPMODE *)kmalloc( sizeof(DEVIO_SETOPMODE), GFP_KERNEL); copy_from_user ( (unsigned char *)ptSetOpMode, (unsigned char *)arg, sizeof( DEVIO_SETOPMODE) ); ptSetOpMode->sError = DRV_NO_ERROR; // clear error // at last one application must be init if ( ptSetOpMode->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLTASKSTATE: BOARD NOT INITIALIZED\n"); ptSetOpMode->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( ptSetOpMode->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLTASKSTATE: BOARD NOT INITIALIZED\n"); ptSetOpMode->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0){ DBG_PRN("CIF_IOCTLTASKSTATE: BOARD NOT INITIALIZED\n"); ptSetOpMode->sError = DRV_BOARD_NOT_INITIALIZED; } else { if ( ptSetOpMode->usMode == POLLING_MODE) { ptSetOpMode->ucIrq = dev->ucBoardIrq_scanned; // tell the app which irq was desabled! if( dev->ucBoardIrq != 0) { DBG_PRN("Desabling interrupt: free Irq %d\n", dev->ucBoardIrq); // Disable physical interrupt on the hardware DriverSetInterruptState( HW_INTERRUPT_DISABLE, ptSetOpMode->usBoard); free_irq( (unsigned int)(dev->ucBoardIrq), &dev->usBoard);//NULL); dev->ucBoardIrq = 0; } } else if (ptSetOpMode->usMode == INTERRUPT_MODE) { DBG_PRN("Enabling interruprt: actual_irq = %d, scanned_irq = %d\n", dev->ucBoardIrq, dev->ucBoardIrq_scanned); if ( dev->ucBoardIrq != 0) free_irq(dev->ucBoardIrq, &dev->usBoard);//NULL); else dev->ucBoardIrq = dev->ucBoardIrq_scanned; result = register_irq( dev); if (result) { DBG_PRN("cif-irq: can't get assigned irq %i\n", dev->ucBoardIrq_scanned); ptSetOpMode->sError = DRV_DEV_REQUEST_IRQ_FAILED; dev->ucBoardIrq = 0; // driver have to operate in polling mode because request_irq failed! ptSetOpMode->ucIrq = 0; // tell the app about it ! } else { DBG_PRN("CIF interrupt handler registration OK. Board = %d, data = %X, Port = %X, request_irq: %X\n", ptSetOpMode->usBoard, bData, cif_base, result); ptSetOpMode->ucIrq = dev->ucBoardIrq; // tell the app which irq were registered for the board! } } } copy_to_user ( (unsigned char *)arg, (unsigned char *)ptSetOpMode, sizeof( DEVIO_SETOPMODE) ); lRet = sizeof(DEVIO_SETOPMODE); kfree( ptSetOpMode); break; //**************************************************************************************** // BOARDINFO //**************************************************************************************** case CIF_IOCTLBOARDINFO: // reads the DEV board information //---------------------------------- // load pointers to needed Data //---------------------------------- ptBoardCmd = kmalloc(sizeof(DEVIO_GETBOARDINFOCMD), GFP_KERNEL); ptBoardCmd->ptBoardInfo = kmalloc(sizeof(BOARD_INFO), GFP_KERNEL); DBG_PRN("\nCIF_IOCTLBOARDINFO: ptBoardInfo = %p, size = %X\n", ptBoardCmd, sizeof(BOARD_INFO)); DBG_PRN("arg = %p, ptBI=%lX\n", arg, pDatA->ptBoardInfo); ptBoardCmd->sError = 0; // write driver version memcpy((unsigned char *)&(ptBoardCmd->ptBoardInfo->abDriverVersion[0]), (unsigned char *)pabDrvVersion, sizeof(ptBoardCmd->ptBoardInfo->abDriverVersion) ); DBG_PRN("CIF_IOCTLBOARDINFO: Written, x = %s\n", ptBoardCmd->ptBoardInfo->abDriverVersion); ptBoardCmd->ptBoardInfo->usBoards_detected = cif_nr_devs; for ( usIdx = 0; usIdx < cif_nr_devs; usIdx++) { dev = cif_dev_GetAt( usIdx); // fill in board data ptBoardCmd->ptBoardInfo->tBoard[usIdx].usBoard = usIdx; ptBoardCmd->ptBoardInfo->tBoard[usIdx].usAvailable = dev->bActive; ptBoardCmd->ptBoardInfo->tBoard[usIdx].ulPhysicalAddress = dev->ulBoardAddress; ptBoardCmd->ptBoardInfo->tBoard[usIdx].usIrq = dev->ucBoardIrq; } copy_to_user ( (unsigned char *)(pDatA->ptBoardInfo), (unsigned char *)ptBoardCmd->ptBoardInfo, sizeof(BOARD_INFO) ); copy_to_user ( (unsigned char *)arg, (unsigned char *)ptBoardCmd, sizeof(DEVIO_GETBOARDINFOCMD) ); DBG_PRN("CIF_IOCTLBOARDINFO: DONE\n"); kfree( ptBoardCmd->ptBoardInfo); kfree( ptBoardCmd); // return length of output data lRet = sizeof(DEVIO_GETBOARDINFOCMD); break; //**************************************************************************************** // BOARDINFOEX //**************************************************************************************** case CIF_IOCTLBOARDINFOEX: // read extended DEV board information //---------------------------------- // load pointers to needed Data //---------------------------------- ptBoardExCmd = kmalloc(sizeof(DEVIO_GETBOARDINFOEXCMD), GFP_KERNEL); ptBoardExCmd->ptBoard = kmalloc(sizeof(BOARD_INFOEX), GFP_KERNEL); ptBoardExCmd->sError = 0; // clear error DBG_PRN("CIF_IOCTLBOARDEXINFO: Read\n"); // write driver version memcpy ( (unsigned char *)&(ptBoardExCmd->ptBoard->abDriverVersion[0]), (unsigned char *)pabDrvVersion, sizeof(ptBoardExCmd->ptBoard->abDriverVersion)); for ( usIdx = 0; usIdx < cif_nr_devs; usIdx++) { dev = cif_dev_GetAt( usIdx); // fill in board data ptBoardExCmd->ptBoard->tBoard[usIdx].usBoard = usIdx; ptBoardExCmd->ptBoard->tBoard[usIdx].usAvailable = dev->bActive; ptBoardExCmd->ptBoard->tBoard[usIdx].ulPhysicalAddress = dev->ulBoardAddress; ptBoardExCmd->ptBoard->tBoard[usIdx].usIrq = dev->ucBoardIrq; // load DEV instance to real structure // Board must be installed to read all other information if ( dev->bActive != 0) { // driver info if ( dev->ucBoardIrq != 0) { // copy actual state information, interrupt is running dev->tStateInfo.HostFlags = dev->bHostFlags; // only for information dev->tStateInfo.MyDevFlags = dev->bMyDevFlags; // only for information dev->tStateInfo.InitMsgFlag = dev->bInitMsgFlag; // only for information dev->tStateInfo.ReadMsgFlag = dev->bReadMsgFlag; // only for information dev->tStateInfo.WriteMsgFlag = dev->bWriteMsgFlag; // only for information } else { // copy actual state information, polling is activ dev->tStateInfo.HostFlags = *(dev->pbHostFlags); // only for information dev->tStateInfo.MyDevFlags = *(dev->pbDevFlags); // only for information dev->tStateInfo.InitMsgFlag = 0; // only for information dev->tStateInfo.ReadMsgFlag = 0; // only for information dev->tStateInfo.WriteMsgFlag = 0; // only for information } // Set driver information memcpy ( (unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tDriverInfo, (unsigned char *)&(dev->tStateInfo), sizeof( DRIVERINFO)); // firmware info memcpy ( (unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tFirmware, (unsigned char *)&(dev->ptDpmAddress->tFiwInfo), sizeof( FIRMWAREINFO)); // device info memcpy ( (unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tDeviceInfo, (unsigned char *)&(dev->ptDpmAddress->tDevInfo), sizeof( DEVINFO)); // RCS info memcpy ( (unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tRcsInfo, (unsigned char *)&(dev->ptDpmAddress->tRcsInfo), sizeof( RCSINFO)); // version info memcpy ( (unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tVersion, (unsigned char *)&(dev->ptDpmAddress->tDevVersion), sizeof( VERSIONINFO)); } else { // initialize with zero memset((unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tDriverInfo, 0, sizeof( DRIVERINFO)); // firmware info memset((unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tFirmware, 0, sizeof( FIRMWAREINFO)); // device info memset((unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tDeviceInfo, 0, sizeof( DEVINFO)); // RCS info memset((unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tRcsInfo, 0, sizeof( RCSINFO)); // Version nfo memset((unsigned char *)&ptBoardExCmd->ptBoard->tBoard[usIdx].tVersion, 0, sizeof( VERSIONINFO)); } } copy_to_user ( (unsigned char *)(pDatB->ptBoard), (unsigned char *)ptBoardExCmd->ptBoard, sizeof(BOARD_INFOEX) ); copy_to_user ( (unsigned char *)arg, (unsigned char *)ptBoardExCmd, sizeof(DEVIO_GETBOARDINFOEXCMD) ); DBG_PRN("CIF_IOCTLBOARDINFOEX: DONE\n"); kfree( ptBoardExCmd->ptBoard); kfree( ptBoardExCmd); // return length of output data lRet = sizeof(DEVIO_GETBOARDINFOEXCMD); break; //**************************************************************************************** // INITDRV //**************************************************************************************** case CIF_IOCTLINITDRV: // init DRV from application //---------------------------------- // load pointers to needed Data //---------------------------------- pResetCmd = kmalloc( sizeof(DEVIO_RESETCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pResetCmd, (unsigned char *)arg, sizeof( DEVIO_RESETCMD) ); pResetCmd->sError = 0; // clear error DBG_PRN("CIF_IOCTLINITDRV: ucBoard (%d)\n", pResetCmd->usBoard); // is driver activ if ( pResetCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLINITDRV: BOARD NOT INITIALIZED\n"); pResetCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pResetCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLINITDRV: BOARD NOT INITIALIZED\n"); pResetCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { //---------------------------------- // Driver is activ for this board //---------------------------------- // lets application open if ( dev->usOpenCounter == 0) { // 1st time INITDRV is called, run hardware test for this board // Reset error -14 is available if ( dev->sDrvInitError == DRV_DEV_OS_VERSION_ERROR) dev->sDrvInitError = DRV_NO_ERROR; if ( DEV_CheckHardware(dev) == FALSE) { // hardwaretest failed if ( dev->usRcsError != 0) pResetCmd->sError = dev->usRcsError; // RCS error ocurred else pResetCmd->sError = dev->sDrvInitError; // or real init error DBG_PRN(" InitDrv ERROR = (%d)\n", pResetCmd->sError); } else { // 1st time INITDRV is called DEV_GetMsgStatus( dev,*(dev->pbHostFlags));// read Board state flags dev->bMyDevFlags = *(dev->pbDevFlags); // store actual flags in internal structure // Board is available dev->usOpenCounter++; // add number of logged applications DBG_PRN(" InitDrv OK, OpenCount = (%d)\n", dev->usOpenCounter); } } else {// DRV is running dev->usOpenCounter++; // new application logged in DBG_PRN(" InitDrv already done, OpenCount = (%d)\n", dev->usOpenCounter); } // return DPM size pResetCmd->ulDpmSize = (unsigned long)(dev->ptDpmAddress->tDevInfo.DpmSize); // store OpenCount for information display dev->tStateInfo.OpenCnt = dev->usOpenCounter; DBG_PRN("DpmSize = %ld\n", pResetCmd->ulDpmSize); } copy_to_user ( (unsigned char *)arg, (unsigned char *)pResetCmd, sizeof( DEVIO_RESETCMD) ); kfree( pResetCmd); // return length of output data lRet = sizeof(DEVIO_RESETCMD); break; //**************************************************************************************** // RESETDEV //**************************************************************************************** case CIF_IOCTLRESETDEV: // reset DEV //---------------------------------- // load pointers to needed Data //---------------------------------- pResetCmd = kmalloc( sizeof(DEVIO_RESETCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pResetCmd, (unsigned char *)arg, sizeof( DEVIO_RESETCMD) ); pResetCmd->sError = 0; // clear error DBG_PRN("CIF_IOCTLRESETDEV: BOARD = %d, mode = %d, tout = %ld\n", pResetCmd->usBoard, pResetCmd->usMode, pResetCmd->ulTimeout); // is DEV board installed an driver activ if ( pResetCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLRESETDEV: BOARD NOT INITIALIZED\n"); pResetCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pResetCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLRESETDEV: BOARD NOT INITIALIZED\n"); pResetCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0){ DBG_PRN("CIF_IOCTLRESETDEV: BOARD NOT INITIALIZED\n"); pResetCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if (dev->bInitState != FALSE) { // service is active DBG_PRN("CIF_IOCTLRESETDEV: CMD ACTIVE\n"); pResetCmd->sError = DRV_CMD_ACTIVE; } else { //---------------------------------- // all things well lets work //---------------------------------- // check if read or write service active // activate function // disable interrupt until we are ready spin_lock( &dev->tSpinLock); if ( pResetCmd->usMode == 4) { // boot DBG_PRN("CIF_IOCTLRESETDEV: ResetDev WARM BOOT (BOOTSTART)\n"); DEV_BStart(dev); } else if ( pResetCmd->usMode == 3) { // warm boot DBG_PRN("CIF_IOCTLRESETDEV: ResetDev WARM BOOT\n"); DEV_WStart(dev); } else { // cold boot DBG_PRN("CIF_IOCTLRESETDEV: ResetDev COLD BOOT\n"); DEV_KStart(dev); } // wait for RDY is gone and init state OK dev->bInitState = TRUE; // start init // enable interrupt we are ready spin_unlock( &dev->tSpinLock); // Wait for reset is running if ( DEV_WaitReset(dev, pResetCmd->ulTimeout) == FALSE) { // No reset occured, timeout DBG_PRN("CIF_IOCTLRESETDEV: TIMEOUT\n"); DBG_PRN(" bInitMsgFlag=(%x)\n", dev->bInitMsgFlag); pResetCmd->sError = DRV_DEV_RESET_TIMEOUT; } else { // No Timeout, test actual state switch ( dev->bInitMsgFlag ) { case INI_MSG_RDYRUN: case INI_MSG_RDY: // Init is ready pResetCmd->sError = DRV_NO_ERROR; DBG_PRN("CIF_IOCTLRESETDEV: OK\n"); break; /* case INI_MSG_RDY: // Init error, quit to caller pResetCmd->sError = DRV_DEV_NOT_RUNNING; DBG_PRN("CIF_IOCTLRESETDEV: DEVICE NOT RUNNING\n"); break; */ default: // Init unknown state pResetCmd->sError = DRV_INIT_STATE_ERROR; DBG_PRN("CIF_IOCTLRESETDEV: INIT STATE ERROR=(%x)\n", dev->bInitMsgFlag); break; } /* endswitch */ } dev->bInitState = FALSE; // stop init } // return length of output data lRet = sizeof(DEVIO_RESETCMD); copy_to_user ( (unsigned char *)arg, (unsigned char *)pResetCmd, sizeof( DEVIO_RESETCMD) ); kfree( pResetCmd); break; //**************************************************************************************** // PUTPARAMETER //**************************************************************************************** case CIF_IOCTLPARAMETER: // set task parameter //---------------------------------- // load pointers to needed Data //---------------------------------- pPutParamCmd = (DEVIO_PUTPARAMETERCMD *)kmalloc( sizeof(DEVIO_PUTPARAMETERCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pPutParamCmd, (unsigned char *)arg, sizeof( DEVIO_PUTPARAMETERCMD) ); pPutParamCmd->sError = 0; // clear error DBG_PRN("CIF_IOCTLPARAMETER: usBoard (%d)\n", pPutParamCmd->usBoard); DBG_PRN(" usTaskParameter (%d)\n", pPutParamCmd->usTaskParamNum); // is DEV board installed an driver activ if ( pPutParamCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLPARAMETER: BOARD NOT INITIALIZED\n"); pPutParamCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pPutParamCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLPARAMETER: BOARD NOT INITIALIZED\n"); pPutParamCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0){ DBG_PRN("CIF_IOCTLPARAMETER: BOARD NOT INITIALIZED\n"); pPutParamCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { //---------------------------------- // all things well lets work //---------------------------------- switch (pPutParamCmd->usTaskParamNum) { case 1: // Task 1 memcpy ( (unsigned char *)&(dev->ptDpmAddress->tKpt1Param), (unsigned char *)&(pPutParamCmd->TaskParameter), pPutParamCmd->usTaskParamLen); DBG_PRN(" PutParameter Task 1 OK\n"); break; case 2: // Task 2 memcpy ( (unsigned char *)&(dev->ptDpmAddress->tKpt2Param), (unsigned char *)&(pPutParamCmd->TaskParameter), pPutParamCmd->usTaskParamLen); DBG_PRN(" PutParameter Task 2 OK\n"); break; case 3: // Task 3 memcpy ( (unsigned char *)&(dev->ptDpmAddress->tDevMbx), (unsigned char *)&(pPutParamCmd->TaskParameter), pPutParamCmd->usTaskParamLen); DBG_PRN(" PutParameter Task 3 OK\n"); break; case 4: // Task 4 memcpy ( (unsigned char *)&(dev->ptDpmAddress->tDevMbx) + sizeof(TASKPARAM), (unsigned char *)&(pPutParamCmd->TaskParameter), pPutParamCmd->usTaskParamLen); DBG_PRN(" PutParameter Task 4 OK\n"); break; case 5: // Task 5 memcpy ( (unsigned char *)&(dev->ptDpmAddress->tDevMbx) + ( 2 * sizeof(TASKPARAM)), (unsigned char *)&(pPutParamCmd->TaskParameter), pPutParamCmd->usTaskParamLen); DBG_PRN(" PutParameter Task 5 OK\n"); break; case 6: // Task 6 memcpy ( (unsigned char *)&(dev->ptDpmAddress->tDevMbx) + ( 3 * sizeof(TASKPARAM)), (unsigned char *)&(pPutParamCmd->TaskParameter), pPutParamCmd->usTaskParamLen); DBG_PRN(" PutParameter Task 6 OK\n"); break; case 7: // Task 7 memcpy ( (unsigned char *)&(dev->ptDpmAddress->tDevMbx) + ( 4 * sizeof(TASKPARAM)), (unsigned char *)&(pPutParamCmd->TaskParameter), pPutParamCmd->usTaskParamLen); DBG_PRN(" PutParameter Task 7 OK\n"); break; default: // parameter error pPutParamCmd->sError = DRV_USR_NUMBER_INVALID; break; } } copy_to_user ( (unsigned char *)arg, (unsigned char *)pPutParamCmd, sizeof( DEVIO_PUTPARAMETERCMD) ); kfree( pPutParamCmd); // return length of output data lRet = sizeof(DEVIO_PUTPARAMETERCMD); break; //**************************************************************************************** // GETINFO //**************************************************************************************** case CIF_IOCTLGETINFO: // read DEV firmware information field //---------------------------------- // load pointers to needed Data //---------------------------------- pvData = (DEVIO_GETDEVINFOCMD *)arg; ptGetInfoCmd = (DEVIO_GETDEVINFOCMD *)kmalloc( sizeof(DEVIO_GETDEVINFOCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)ptGetInfoCmd, (unsigned char *)arg, sizeof( DEVIO_GETDEVINFOCMD) ); ptGetInfoCmd->sError = 0; // clear error // setup length of output datas lRet = sizeof(ptGetInfoCmd->sError); // Board must be installed, then all info functions available if ( ptGetInfoCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLGETINFO: BOARD NOT INITIALIZED\n"); ptGetInfoCmd->sError = DRV_BOARD_NOT_INITIALIZED; lRet = 0; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( ptGetInfoCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLGETINFO: BOARD NOT INITIALIZED\n"); ptGetInfoCmd->sError = DRV_BOARD_NOT_INITIALIZED; lRet = 0; } else { //---------------------------------- // all things well lets work //---------------------------------- // read the InfoArea switch ( ptGetInfoCmd->usInfoArea) { case GET_DRIVER_INFO: DBG_PRN("CIF_IOCTLGETINFO: (GET_DRIVER_INFO)\n"); if ( dev->ucBoardIrq != 0) { // copy actual state information, interrupt is running dev->tStateInfo.HostFlags = dev->bHostFlags; // only for information dev->tStateInfo.MyDevFlags = dev->bMyDevFlags; // only for information dev->tStateInfo.InitMsgFlag = dev->bInitMsgFlag; // only for information dev->tStateInfo.ReadMsgFlag = dev->bReadMsgFlag; // only for information dev->tStateInfo.WriteMsgFlag = dev->bWriteMsgFlag;// only for information } else { // copy actual state information, polling is activ dev->tStateInfo.HostFlags = *(dev->pbHostFlags); // only for information dev->tStateInfo.MyDevFlags = *(dev->pbDevFlags); // only for information dev->tStateInfo.InitMsgFlag = dev->bInitMsgFlag; // only for information; dev->tStateInfo.ReadMsgFlag = dev->bReadMsgFlag; // only for information; dev->tStateInfo.WriteMsgFlag = dev->bWriteMsgFlag; // only for information; } copy_to_user ( (unsigned char *)(pvData->pabInfoData), (unsigned char *)&(dev->tStateInfo), ptGetInfoCmd->usInfoLen); // return length of all output data lRet += ptGetInfoCmd->usInfoLen; break; case GET_VERSION_INFO: DBG_PRN("CIF_IOCTLGETINFO: (GET_VERSION_INFO)\n"); copy_to_user ( (unsigned char *)(pvData->pabInfoData), (unsigned char *)&(dev->ptDpmAddress->tDevVersion), ptGetInfoCmd->usInfoLen); // return length of all output data lRet += ptGetInfoCmd->usInfoLen; break; case GET_FIRMWARE_INFO: DBG_PRN("CIF_IOCTLGETINFO: (GET_FIRMWARE_INFO)\n"); copy_to_user ( (unsigned char *)(pvData->pabInfoData), (unsigned char *)&(dev->ptDpmAddress->tFiwInfo), ptGetInfoCmd->usInfoLen); // return length of all output data lRet += ptGetInfoCmd->usInfoLen; break; case GET_TASK_INFO: DBG_PRN("CIF_IOCTLGETINFO: (GET_TASK_INFO)\n"); copy_to_user ( (unsigned char *)(pvData->pabInfoData), (unsigned char *)&(dev->ptDpmAddress->tTaskInfo), ptGetInfoCmd->usInfoLen); // return length of all output data lRet += ptGetInfoCmd->usInfoLen; break; case GET_RCS_INFO: DBG_PRN("CIF_IOCTLGETINFO: (GET_RCS_INFO)\n"); copy_to_user ( (unsigned char *)(pvData->pabInfoData), (unsigned char *)&(dev->ptDpmAddress->tRcsInfo), ptGetInfoCmd->usInfoLen); // return length of all output data lRet += ptGetInfoCmd->usInfoLen; break; case GET_DEV_INFO: DBG_PRN("CIF_IOCTLGETINFO: (GET_DEV_INFO) DevId: %c%c%c, size: %d\n", dev->ptDpmAddress->tDevInfo.DevIdentifier[0], dev->ptDpmAddress->tDevInfo.DevIdentifier[1], dev->ptDpmAddress->tDevInfo.DevIdentifier[2], ptGetInfoCmd->usInfoLen); copy_to_user ( (unsigned char *)(pvData->pabInfoData), (unsigned char *)&(dev->ptDpmAddress->tDevInfo), ptGetInfoCmd->usInfoLen); // DBG_PRN("CIF_IOCTLGETINFO: (GET_DEV_INFO) DevId: (%c)(%c)(%c),(%c-%c-%c)\n", //ptGetInfoCmd->abInfoData[0],ptGetInfoCmd->abInfoData[1],ptGetInfoCmd->abInfoData[2], //ptGetInfoCmd->abInfoData[3],ptGetInfoCmd->abInfoData[4],ptGetInfoCmd->abInfoData[5]); // return length of all output data lRet += ptGetInfoCmd->usInfoLen; break; case GET_IO_INFO: DBG_PRN("CIF_IOCTLGETINFO: (GET_IO_INFO)\n"); ptGetInfoCmd->pabInfoData = (unsigned char *)kmalloc(ptGetInfoCmd->usInfoLen, GFP_KERNEL); ((IOINFO *)(ptGetInfoCmd->pabInfoData))->bComBit =(unsigned char)DEV_TestCOM (dev); ((IOINFO *)(ptGetInfoCmd->pabInfoData))->bIOExchangeMode=(unsigned char)((dev->ptDpmAddress->tRcsInfo.DriverType & 0xF0) >> 4); ((IOINFO *)(ptGetInfoCmd->pabInfoData))->ulIOExchangeCnt = dev->tStateInfo.ExIOCnt; copy_to_user ( (unsigned char *)(pvData->pabInfoData), (unsigned char *)(ptGetInfoCmd->pabInfoData), ptGetInfoCmd->usInfoLen); // return length of all output data lRet += ptGetInfoCmd->usInfoLen; kfree(ptGetInfoCmd->pabInfoData); break; case GET_IO_SEND_DATA: DBG_PRN("CIF_IOCTLGETINFO: (GET_IO_SEND_DATA)\n"); copy_to_user ( (unsigned char *)(pvData->pabInfoData), (unsigned char *)dev->pbDpmSendArea, ptGetInfoCmd->usInfoLen); // return length of all output data lRet += ptGetInfoCmd->usInfoLen; break; default: // InfoArea unknown ptGetInfoCmd->sError = DRV_PARAMETER_UNKNOWN; lRet = 0; } } DBG_PRN("CIF_IOCTLGETINFO: END\n"); copy_to_user ( (unsigned char *)arg, (unsigned char *)ptGetInfoCmd, sizeof( DEVIO_GETDEVINFOCMD) ); kfree( ptGetInfoCmd); break; //**************************************************************************************** // SetHostState //**************************************************************************************** case CIF_IOCTLSETHOST: // set the host state flag //---------------------------------- // load pointers to needed Data //---------------------------------- ptGetTriggerCmd = (DEVIO_TRIGGERCMD *)kmalloc( sizeof(DEVIO_TRIGGERCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)ptGetTriggerCmd, (unsigned char *)arg, sizeof( DEVIO_TRIGGERCMD) ); ptGetTriggerCmd->sError = 0; // clear error DBG_PRN("CIF_IOCTLSETHOST: ucBoard (%d)\n",ptGetTriggerCmd->usBoard); // at last one application must be init if ( ptGetTriggerCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLSETHOST: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( ptGetTriggerCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLSETHOST: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0){ DBG_PRN("CIF_IOCTLSETHOST: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if ( DEV_TestReady(dev) == FALSE) { // this reflects the DEV RDY flag // DEV RDY failed DBG_PRN("CIF_IOCTLSETHOST: device READY failed\n"); ptGetTriggerCmd->sError = DRV_DEV_NOT_READY; } else if ( (dev->bCOMEqState != FALSE) || // test for service activ (dev->bCOMNeqState != FALSE) ) { // service is active DBG_PRN("CIF_IOCTLSETHOST: SetHostSate CMD ACTIVE\n"); ptGetTriggerCmd->sError = DRV_CMD_ACTIVE; } else { //---------------------------------- // all things well lets work //---------------------------------- // check DEV RDY flag // clear host ready and wait for COM-bit is set if ( ptGetTriggerCmd->usMode == HOST_READY) { DBG_PRN("CIF_IOCTLHOSTSTATE: Acquire SYNCH POINT\n"); // disable interrupt until we are ready spin_lock( &dev->tSpinLock); ///GetSynchPoint(dev); // clear host ready bit in bDevFlags and write it DEV_ClearHostState(dev); // test if COM bit is set if ( DEV_TestCOM ( dev) == TRUE) { // COM bit is set // enable interrupt we are ready spin_unlock( &dev->tSpinLock); } else if ( ptGetTriggerCmd->ulTimeout == 0L ) { // No Timeout, don't wait for the COM-Bit // enable interrupt we are ready spin_unlock( &dev->tSpinLock); } else { // we have to wait for the COM-bit dev->bCOMNeqState = TRUE; // enable interrupt we are ready spin_unlock( &dev->tSpinLock); if ( DEV_WaitCOM(dev, ptGetTriggerCmd->ulTimeout) == FALSE) { // Timeout, error to user DBG_PRN("CIF_IOCTLHOSTSTATE: Timeout wait for COM-Bit SET\n"); ptGetTriggerCmd->sError = DRV_DEV_NO_COM_FLAG; } dev->bCOMNeqState = FALSE; } DBG_PRN(" Host state SET OK\n"); } else { // disable interrupt until we are ready spin_lock( &dev->tSpinLock); // set host ready bit in bDevFlags and write it DEV_SetHostState(dev); // test if COM bit is clear if ( DEV_TestCOM ( dev) == FALSE) { // COM bit is clear // enable interrupt we are ready spin_unlock( &dev->tSpinLock); } else if ( ptGetTriggerCmd->ulTimeout == 0L ) { // No Timeout, don't wait for the COM-Bit // enable interrupt we are ready spin_unlock( &dev->tSpinLock); } else { // we have to wait for COM-bit is clear dev->bCOMEqState = TRUE; // enable interrupt we are ready spin_unlock( &dev->tSpinLock); if ( DEV_WaitCOM( dev, ptGetTriggerCmd->ulTimeout) == FALSE) { // Timeout, error to user DBG_PRN("CIF_IOCTLHOSTSTATE: Timeout wait for COM-Bit CLEAR\n"); ptGetTriggerCmd->sError = DRV_DEV_NO_COM_FLAG; } dev->bCOMEqState = FALSE; } DBG_PRN(" Host state CLEAR OK\n"); } } // return length of output data lRet = sizeof(ptGetTriggerCmd->sError); copy_to_user ( (unsigned char *)arg, (unsigned char *)ptGetTriggerCmd, sizeof( DEVIO_TRIGGERCMD) ); kfree ( ptGetTriggerCmd); break; //**************************************************************************************** // GETTASKSTATE //**************************************************************************************** case CIF_IOCTLTASKSTATE: // read Task state data //---------------------------------- // load pointers to needed Data //---------------------------------- pGetTskStateCmd = (DEVIO_GETTASKSTATECMD *)kmalloc( sizeof(DEVIO_GETTASKSTATECMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pGetTskStateCmd, (unsigned char *)arg, sizeof( DEVIO_GETTASKSTATECMD) ); pGetTskStateCmd->sError = 0; // clear error // at last one application must be init if ( pGetTskStateCmd->ucBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLTASKSTATE: BOARD NOT INITIALIZED\n"); pGetTskStateCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pGetTskStateCmd->ucBoard)) == NULL){ DBG_PRN("CIF_IOCTLTASKSTATE: BOARD NOT INITIALIZED\n"); pGetTskStateCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0){ DBG_PRN("CIF_IOCTLTASKSTATE: BOARD NOT INITIALIZED\n"); pGetTskStateCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { //---------------------------------- // all things well lets work //---------------------------------- if (pGetTskStateCmd->usStateNum == 1) { // copy data do applicaton buffer memcpy ( (unsigned char *)&(pGetTskStateCmd->TaskState[0]), ///ERR (unsigned char *)&(dev->ptDpmAddress->tKpt1State), pGetTskStateCmd->usStateLen); DBG_PRN(" GetTaskState Task 1 OK\n"); } else { // copy data do applicaton buffer memcpy ( (unsigned char *)&(pGetTskStateCmd->TaskState[0]), ///ERR (unsigned char *)&(dev->ptDpmAddress->tKpt2State), pGetTskStateCmd->usStateLen); DBG_PRN(" GetTaskState Task 2 OK\n"); } } copy_to_user ( (unsigned char *)arg, (unsigned char *)pGetTskStateCmd, sizeof( DEVIO_GETTASKSTATECMD) ); // return length of output data lRet = sizeof(DEVIO_GETTASKSTATECMD); kfree( pGetTskStateCmd); break; //**************************************************************************************** // MAILBOXINFO //**************************************************************************************** case CIF_IOCTLMBXINFO: // get MBX info //---------------------------------- // load pointers to needed Data //---------------------------------- ptGetMBXInfoCmd = (DEVIO_MBXINFOCMD *)kmalloc( sizeof(DEVIO_MBXINFOCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)ptGetMBXInfoCmd, (unsigned char *)arg, sizeof( DEVIO_MBXINFOCMD) ); ptGetMBXInfoCmd->sError = 0; // clear error DBG_PRN("CIF_IOCTLMBXINFO: BOARD %d, nr.devs = %d\n", ptGetMBXInfoCmd->ucBoard, cif_nr_devs); // at last one application must be init if ( ptGetMBXInfoCmd->ucBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLMBXINFO: BOARD NOT INITIALIZED\n"); ptGetMBXInfoCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( ptGetMBXInfoCmd->ucBoard)) == NULL){ DBG_PRN("CIF_IOCTLMBXINFO: BOARD NOT INITIALIZED\n"); ptGetMBXInfoCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0){ DBG_PRN("CIF_IOCTLMBXINFO: BOARD NOT INITIALIZED\n"); ptGetMBXInfoCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { // load DEV instance to real structure //---------------------------------- // all things well lets work //---------------------------------- // check DEV RDY flag if ( DEV_TestReady(dev) == FALSE) { // DEV RDY failed DBG_PRN("CIF_IOCTLMBXINFO: device READY failed\n"); ptGetMBXInfoCmd->sError = DRV_DEV_NOT_READY; } else { ptGetMBXInfoCmd->usDevMbxState = DEV_GetDevMBXInfo(dev); ptGetMBXInfoCmd->usHostMbxState = DEV_GetHostMBXInfo(dev); DBG_PRN("CIF_IOCTLMBXINFO: devMBX: %X, hostMBX: %X\n", ptGetMBXInfoCmd->usDevMbxState,ptGetMBXInfoCmd->usHostMbxState); } } copy_to_user ( (unsigned char *)arg, (unsigned char *)ptGetMBXInfoCmd, sizeof( DEVIO_MBXINFOCMD) ); // return length of output data lRet = sizeof(DEVIO_MBXINFOCMD); kfree( ptGetMBXInfoCmd); break; //**************************************************************************************** // EXITDRV //**************************************************************************************** case CIF_IOCTLEXITDRV: // application exits //---------------------------------- // load pointers to needed Data //---------------------------------- pExitCmd = (DEVIO_EXITCMD *)kmalloc( sizeof(DEVIO_EXITCMD), GFP_KERNEL); // pointer to Command data copy_from_user ( (unsigned char *)pExitCmd, (unsigned char *)arg, sizeof( DEVIO_EXITCMD) ); pExitCmd->sError = 0; // clear error DBG_PRN("CIF_IOCTLEXITDRV: ucBoard (%d)\n", pExitCmd->usBoard); if ( pExitCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLEXITDRV: BOARD NOT INITIALIZED\n"); pExitCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pExitCmd->usBoard)) == NULL) { DBG_PRN("CIF_IOCTLEXITDRV: BOARD NOT INITIALIZED\n"); pExitCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0) { pExitCmd->usDrvOpenCount = dev->usOpenCounter; DBG_PRN("CIF_IOCTLEXITDRV: BOARD NOT INITIALIZED\n"); pExitCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { /* check for open read/write */ if ( dev->usOpenCounter == 1) { /* last close */ // disable interrupt until we are ready spin_lock( &dev->tSpinLock); if (dev->bReadState == TRUE) { dev->bReadState = FALSE; wake_up_interruptible( &(dev->pReadSemaphore));//up( &(dev->pReadSemaphore)); } /* endif */ if (dev->bWriteState == TRUE) { dev->bWriteState = FALSE; wake_up_interruptible( &(dev->pWriteSemaphore));//up( &(dev->pWriteSemaphore)); } /* endif */ if (dev->bInitState == TRUE) { dev->bInitState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore));// } /* endif */ if ( (dev->bExIOEqState == TRUE) || (dev->bExIONeqState == TRUE) ) { dev->bInitState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore)); } /* endif */ if ( (dev->bCOMEqState == TRUE) || (dev->bCOMNeqState == TRUE) ) { dev->bInitState = FALSE; wake_up_interruptible( &(dev->pInitSemaphore));//up( &(dev->pInitSemaphore)); } /* endif */ // enable interrupt we are ready spin_unlock( &dev->tSpinLock); } /* endif */ dev->usOpenCounter--; // Number of applications dev->tStateInfo.OpenCnt = dev->usOpenCounter; // return OpenCounter for application interface pExitCmd->usDrvOpenCount = dev->usOpenCounter; DBG_PRN("exit OK, OpenCount = (%d)\n", dev->usOpenCounter); } DBG_PRN("exit OK, OpenCount = (%d)\n", dev->usOpenCounter); copy_to_user ( (unsigned char *)arg, (unsigned char *)pExitCmd, sizeof( DEVIO_EXITCMD) ); // length of output data lRet = sizeof(DEVIO_EXITCMD); kfree( pExitCmd); break; //**************************************************************************************** // DevReadSendData //**************************************************************************************** case CIF_IOCTLREADSEND: // Read the send data area //---------------------------------- // load pointers to needed Data //---------------------------------- pReadSendCmd = (DEVIO_READSENDCMD *)kmalloc( sizeof(DEVIO_READSENDCMD), GFP_KERNEL); // pointer to Command data copy_from_user ( (unsigned char *)pReadSendCmd, (unsigned char *)arg, sizeof( DEVIO_READSENDCMD) ); pReadSendCmd->sError = 0; // clear error // length of output data lRet = sizeof(pReadSendCmd->sError); if ( pReadSendCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLREADSEND: BOARD NOT INITIALIZED\n"); pReadSendCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pReadSendCmd->usBoard)) == NULL) { DBG_PRN("CIF_IOCTLREADSEND: BOARD NOT INITIALIZED\n"); pReadSendCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0) { DBG_PRN("CIF_IOCTLREADSEND: BOARD NOT INITIALIZED\n"); pReadSendCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if ( DEV_TestReady(dev) == FALSE) { // this reflects the DEV RDY flag // DEV RDY failed pReadSendCmd->sError = DRV_DEV_NOT_READY; } else if ( DEV_TestCOM (dev) == FALSE ) { // this reflects the COM-Bit // COM failed pReadSendCmd->sError = DRV_DEV_NO_COM_FLAG; } else { // read data from the send area copy_to_user ( (unsigned char *)pReadSendCmd->pabReadData, (unsigned char *)&(dev->pbDpmSendArea[pReadSendCmd->usReadOffset]), pReadSendCmd->usReadLen ); // return length of output data lRet += pReadSendCmd->usReadLen; } copy_to_user ( (unsigned char *)arg, (unsigned char *)pReadSendCmd, sizeof( DEVIO_READSENDCMD) ); kfree( pReadSendCmd); break; //**************************************************************************************** // Read Send and Receive mailbox //**************************************************************************************** case CIF_IOCTLGETMBX: // Check extended version //---------------------------------- // load pointers to needed Data //---------------------------------- pGetMbxCmd = (DEVIO_GETMBXCMD *)kmalloc( sizeof(DEVIO_GETMBXCMD), GFP_KERNEL); // pointer to Command data copy_from_user ( (unsigned char *)pGetMbxCmd, (unsigned char *)arg, sizeof( DEVIO_GETMBXCMD) ); pGetMbxCmd->sError = 0; // Clear error // length of output data lRet = sizeof(pGetMbxCmd->sError); if ( pGetMbxCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLLGETMBX: BOARD NOT INITIALIZED\n"); pGetMbxCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pGetMbxCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLLGETMBX: BOARD NOT INITIALIZED\n"); pGetMbxCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else {// Copy send and receive mbx into user data // read data memcpy ( (unsigned char *)pGetMbxCmd->abDevMbx, (unsigned char *)&(dev->ptDpmAddress->tDevMbx), pGetMbxCmd->usDevLen); memcpy ( (unsigned char *)pGetMbxCmd->abHostMbx, (unsigned char *)&(dev->ptDpmAddress->tPcMbx), pGetMbxCmd->usHostLen); DBG_PRN("Get MBX data OK\n"); copy_to_user ( (unsigned char *)arg, (unsigned char *)pGetMbxCmd, sizeof( DEVIO_GETMBXCMD) ); } // return length of output data lRet += pGetMbxCmd->usDevLen + pGetMbxCmd->usHostLen; kfree( pGetMbxCmd); break; //**************************************************************************************** // TRIGGERWATCHDOG //**************************************************************************************** case CIF_IOCTLTRIGGERWD: // triggers the DEV watchdog //---------------------------------- // load pointers to needed Data //---------------------------------- ptGetTriggerCmd = (DEVIO_TRIGGERCMD *)kmalloc( sizeof(DEVIO_TRIGGERCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)ptGetTriggerCmd, (unsigned char *)arg, sizeof( DEVIO_TRIGGERCMD) ); ptGetTriggerCmd->sError = 0; // clear error // load DEV instance to real structure DBG_PRN("CIF_IOCTLTRIGGERWD: ucBoard (%d)\n",ptGetTriggerCmd->usBoard); // at last one application must be init if ( ptGetTriggerCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLTRIGGERWD: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( ptGetTriggerCmd->usBoard)) == NULL) { DBG_PRN("CIF_IOCTLTRIGGERWD: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0) { DBG_PRN("CIF_IOCTLTRIGGERWD: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { //---------------------------------- // all things well lets work //---------------------------------- // check DEV RDY flag if ( DEV_TestReady(dev) == FALSE) { // this reflects the DEV RDY flag // DEV RDY failed DBG_PRN("CIF_IOCTLTRIGGERWD: device READY failed\n"); ptGetTriggerCmd->sError = DRV_DEV_NOT_READY; } else if (ptGetTriggerCmd->usMode == 1) { // run wd trigger, read PcWatchDog, write to DevWatchDog ptGetTriggerCmd->usTriggerValue = (unsigned short)dev->ptDpmAddress->tRcsInfo.HostWatchDog; dev->ptDpmAddress->tRcsInfo.DevWatchDog = (unsigned char)ptGetTriggerCmd->usTriggerValue; //DBG_PRN(" WatchDog trigger OK\n"); } else { // stop wd trigger dev->ptDpmAddress->tRcsInfo.DevWatchDog = 0; ptGetTriggerCmd->usTriggerValue = 0; //DBG_PRN(" WatchDog STOP\n"); } } copy_to_user ( (unsigned char *)arg, (unsigned char *)ptGetTriggerCmd, sizeof( DEVIO_TRIGGERCMD) ); // return length of output data lRet = sizeof(DEVIO_TRIGGERCMD); kfree( ptGetTriggerCmd); break; //**************************************************************************************** // SpecialControl //**************************************************************************************** case CIF_IOCTLSPCONTROL: // Set the special control BIT in the last DPM cell //---------------------------------- // load pointers to needed Data //---------------------------------- ptGetTriggerCmd = (DEVIO_TRIGGERCMD *)kmalloc(sizeof(DEVIO_TRIGGERCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)ptGetTriggerCmd, (unsigned char *)arg, sizeof( DEVIO_TRIGGERCMD) ); ptGetTriggerCmd->sError = 0; // clear error // load DEV instance to real structure DBG_PRN("CIF_IOCTLSPCONTROL: ucBoard (%d)\n",ptGetTriggerCmd->usBoard); // at last one application must be init if ( ptGetTriggerCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLSPCONTROL: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( ptGetTriggerCmd->usBoard)) == NULL) { DBG_PRN("CIF_IOCTLSPCONTROL: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0) { DBG_PRN("CIF_IOCTLSPCONTROL: BOARD NOT INITIALIZED\n"); ptGetTriggerCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if ( DEV_TestReady(dev) == FALSE) { // this reflects the DEV RDY flag // DEV RDY failed DBG_PRN("CIF_IOCTLSPCONTROL: device READY failed\n"); ptGetTriggerCmd->sError = DRV_DEV_NOT_READY; } else { //---------------------------------- // all things well lets work //---------------------------------- // disable interrupt until we are ready spin_lock( &dev->tSpinLock); // clear host ready and wait for COM-bit is set switch ( ptGetTriggerCmd->usMode) { case SPECIAL_CONTROL_CLEAR: if ( dev->ucBoardIrq != 0) { dev->bMyDevFlags &= (~SPCCOM_FLAG); } else { dev->bMyDevFlags = (unsigned char)(*(dev->pbDevFlags) & (~SPCCOM_FLAG)); } *(dev->pbDevFlags) = dev->bMyDevFlags; break; case SPECIAL_CONTROL_SET: if ( dev->ucBoardIrq != 0) { dev->bMyDevFlags |= SPCCOM_FLAG; } else { dev->bMyDevFlags = (unsigned char)(*(dev->pbDevFlags) | SPCCOM_FLAG); } *(dev->pbDevFlags) = dev->bMyDevFlags; break; default: ptGetTriggerCmd->sError = DRV_USR_MODE_INVALID; break; } /* endswitch */ spin_unlock( &dev->tSpinLock); // Deliever actual SPC_CTRL_ACK state if ( dev->ucBoardIrq != 0) { // copy actual state information, interrupt is running if (dev->bHostFlags & SPCACK_FLAG) ptGetTriggerCmd->usTriggerValue = SPECIAL_CONTROL_SET; else ptGetTriggerCmd->usTriggerValue = SPECIAL_CONTROL_CLEAR; } else { // copy actual state information, polling is activ if (*(dev->pbHostFlags) & SPCACK_FLAG) ptGetTriggerCmd->usTriggerValue = SPECIAL_CONTROL_SET; else ptGetTriggerCmd->usTriggerValue = SPECIAL_CONTROL_CLEAR; } } copy_to_user ( (unsigned char *)arg, (unsigned char *)ptGetTriggerCmd, sizeof( DEVIO_TRIGGERCMD) ); // return length of output data lRet = sizeof(ptGetTriggerCmd->sError); kfree( ptGetTriggerCmd); break; //**************************************************************************************** // DevGetTaskParameter //**************************************************************************************** case CIF_IOCTLGETPARAMETER: // read task parameters //---------------------------------- // load pointers to needed Data //---------------------------------- pGetParamCmd = (DEVIO_GETPARAMETERCMD *)kmalloc(sizeof(DEVIO_GETPARAMETERCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pGetParamCmd, (unsigned char *)arg, sizeof( DEVIO_GETPARAMETERCMD) ); pGetParamCmd->sError = 0; // clear error // length of output data lRet = sizeof(pGetParamCmd->sError); DBG_PRN("IOCTGETPARAM: ucBoard (%d)\n",pGetParamCmd->usBoard); if ( pGetParamCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLSPCONTROL: BOARD NOT INITIALIZED\n"); pGetParamCmd->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pGetParamCmd->usBoard)) == NULL) { DBG_PRN("CIF_IOCTLSPCONTROL: BOARD NOT INITIALIZED\n"); pGetParamCmd->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else if( dev->usOpenCounter == 0) { DBG_PRN("CIF_IOCTLSPCONTROL: BOARD NOT INITIALIZED\n"); pGetParamCmd->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else { //---------------------------------- // all things well lets work //---------------------------------- switch (pGetParamCmd->usTaskParamNum) { case 1: // Task 1 memcpy ( (unsigned char *)&(pGetParamCmd->TaskParameter[0]), (unsigned char *)&(dev->ptDpmAddress->tKpt1Param), pGetParamCmd->usTaskParamLen); lRet += pGetParamCmd->usTaskParamLen; DBG_PRN(" GetParameter Task 1 OK\n"); break; case 2: // Task 2 memcpy ( (unsigned char *)&(pGetParamCmd->TaskParameter[0]), (unsigned char *)&(dev->ptDpmAddress->tKpt2Param), pGetParamCmd->usTaskParamLen); lRet += pGetParamCmd->usTaskParamLen; DBG_PRN(" GetParameter Task 2 OK\n"); break; default: // parameter error pGetParamCmd->sError = DRV_USR_NUMBER_INVALID; lRet = -1; break; } // end switch copy_to_user ( (unsigned char *)arg, (unsigned char *)pGetParamCmd, sizeof( DEVIO_GETPARAMETERCMD) ); } kfree( pGetParamCmd); break; //**************************************************************************************** // Check extended Version //**************************************************************************************** case CIF_IOCTLEXTDATA: // Check extended version //---------------------------------- // load pointers to needed Data //---------------------------------- pExtCmd = (DEVIO_EXTDATACMD *)kmalloc(sizeof(DEVIO_EXTDATACMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pExtCmd, (unsigned char *)arg, sizeof( DEVIO_EXTDATACMD) ); pExtCmd->sError = 0; // Clear error if ( pExtCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLEXTDATA: BOARD NOT INITIALIZED\n"); pExtCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pExtCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLEXTDATA: BOARD NOT INITIALIZED\n"); pExtCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { // search string in DPM of the boards // Check for board is available if ( dev->sDrvInitError == DRV_DEV_DPM_ACCESS_ERROR) { // Return error pExtCmd->sError = dev->sDrvInitError; } else { // DPM access is AVAILABLE, board is activ // Check all entries of all boards pExtCmd->sError = DEV_TestExtVersion(dev, pExtCmd->usMode, pExtCmd->pabExtData); } } // return length of output data lRet = sizeof(DEVIO_EXTDATACMD); kfree( pExtCmd); break; //**************************************************************************************** // ReadWrite raw data //**************************************************************************************** case CIF_IOCTLRWRAW: // Read and write data of the last kByte //---------------------------------- // load pointers to needed Data //---------------------------------- pRWRawCmd = (DEVIO_RWRAWDATACMD *)kmalloc(sizeof(DEVIO_RWRAWDATACMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pRWRawCmd, (unsigned char *)arg, sizeof( DEVIO_RWRAWDATACMD) ); DBG_PRN("CIF_IOCTLRWRAW: ucBoard (%d)\n",pRWRawCmd->usBoard); pRWRawCmd->sError = 0; // Clear error // length of output data lRet = sizeof(pRWRawCmd->sError); if ( pRWRawCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLRWRAW: BOARD NOT INITIALIZED\n"); pRWRawCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pRWRawCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLRWRAW: BOARD NOT INITIALIZED\n"); pRWRawCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { switch ( pRWRawCmd->usMode) { case PARAMETER_READ: // Read data memcpy ( (unsigned char *)pRWRawCmd->pabData, (unsigned char *)&(dev->ptDpmAddress->tDevMbx) + pRWRawCmd->usOffset, pRWRawCmd->usLen); break; case PARAMETER_WRITE: // Write data memcpy ( (unsigned char *)&(dev->ptDpmAddress->tDevMbx) + pRWRawCmd->usOffset, (unsigned char *)pRWRawCmd->pabData, pRWRawCmd->usLen); break; default: pRWRawCmd->sError = DRV_USR_MODE_INVALID; } /* endswitch */ } // return length of output data lRet += pRWRawCmd->usLen; kfree( pRWRawCmd); break; //**************************************************************************************** // ReadWriteDPMData //**************************************************************************************** case CIF_IOCTLRWDPMDATA: // Read and write data of the whole DPM //---------------------------------- // load pointers to needed Data //---------------------------------- pRWDPMCmd = (DEVIO_RWDPMDATACMD *)kmalloc(sizeof(DEVIO_RWDPMDATACMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pRWDPMCmd, (unsigned char *)arg, sizeof( DEVIO_RWDPMDATACMD) ); DBG_PRN("CIF_IOCTLRWDPMDATA: ucBoard (%d)\n",pRWDPMCmd->usBoard); pRWDPMCmd->sError = 0; // Clear error // length of output data lRet = sizeof(pRWDPMCmd->sError); if ( pRWDPMCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLRWDPMDATA: BOARD NOT INITIALIZED\n"); pRWDPMCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pRWDPMCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLRWDPMDATA: BOARD NOT INITIALIZED\n"); pRWDPMCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { switch ( pRWDPMCmd->usMode) { case PARAMETER_READ: // Read data memcpy ( (unsigned char *)pRWDPMCmd->pabData, (unsigned char *)(dev->pDpmBase + pRWDPMCmd->usOffset), pRWDPMCmd->usLen); break; case PARAMETER_WRITE: // Write data memcpy ( (unsigned char *)(dev->pDpmBase + pRWDPMCmd->usOffset), (unsigned char *)pRWDPMCmd->pabData, pRWDPMCmd->usLen); break; default: pRWDPMCmd->sError = DRV_USR_MODE_INVALID; } /* endswitch */ } // return length of output data lRet += pRWDPMCmd->usLen; kfree( pRWDPMCmd); break; //**************************************************************************************** // DevExchangeIO //**************************************************************************************** case CIF_IOCTLEXIO: // IO data exchange //---------------------------------- // load pointers to needed Data //---------------------------------- pExIO = (DEVIO_EXIOCMD *)arg; pExIOCmd = (DEVIO_EXIOCMD *)kmalloc(sizeof(DEVIO_EXIOCMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pExIOCmd, (unsigned char *)arg, sizeof( DEVIO_EXIOCMD) ); DBG_PRN("CIF_IOCTLEXIO: -ExchangeIO- usBoard (%d)\n",pExIOCmd->usBoard); pExIOCmd->sError = 0; // Clear command lRet = sizeof(pExIOCmd->sError); if ( pExIOCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLEXIO: BOARD NOT INITIALIZED\n"); pExIOCmd->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pExIOCmd->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLEXIO: BOARD NOT INITIALIZED\n"); pExIOCmd->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else { pExIOCmd->pabSendData = (unsigned char *)kmalloc(pExIOCmd->usSendLen, GFP_KERNEL); copy_from_user( (unsigned char *)(pExIOCmd->pabSendData), (unsigned char *)(pExIO->pabSendData), pExIOCmd->usSendLen); pExIOCmd->pabReceiveData = (unsigned char *)kmalloc(pExIOCmd->usReceiveLen, GFP_KERNEL); //---------------------------------- // run device exchange IO function //---------------------------------- lRet = DEV_ExchangeIO(dev, pExIOCmd, (unsigned char)((dev->ptDpmAddress->tRcsInfo.DriverType & 0xF0) >>4)); DBG_PRN("CIF_IOCTLEXIO: lRet = (%ld)\n", lRet); copy_to_user( (unsigned char *)(pExIO->pabReceiveData), (unsigned char *)(pExIOCmd->pabReceiveData), pExIOCmd->usReceiveLen); kfree( pExIOCmd->pabSendData); kfree( pExIOCmd->pabReceiveData); } copy_to_user( (unsigned char *)arg, (unsigned char *)pExIOCmd, sizeof( DEVIO_EXIOCMD) ); kfree( pExIOCmd); break; //**************************************************************************************** // DevExchangeIOEx //**************************************************************************************** case CIF_IOCTLEXIOEX: // IO data exchange with external mode //---------------------------------- // load pointers to needed Data //---------------------------------- pExIOEx = (DEVIO_EXIOCMDEX *)arg; pExIOCmdEx = (DEVIO_EXIOCMDEX *)kmalloc(sizeof(DEVIO_EXIOCMDEX), GFP_KERNEL); copy_from_user ( (unsigned char *)pExIOCmdEx, (unsigned char *)arg, sizeof( DEVIO_EXIOCMDEX) ); pExIOCmdEx->sError = 0; // Clear command DBG_PRN("CIF_IOCTLEXIOEX: usBoard (%d)\n",pExIOCmdEx->usBoard); if ( pExIOCmdEx->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLEXIOEX(1): BOARD NOT INITIALIZED\n"); pExIOCmdEx->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pExIOCmdEx->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLEXIOEX(2): BOARD NOT INITIALIZED\n"); pExIOCmdEx->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else { pExIOCmdEx->pabSendData = (unsigned char *)kmalloc(pExIOCmdEx->usSendLen, GFP_KERNEL); copy_from_user( (unsigned char *)(pExIOCmdEx->pabSendData), (unsigned char *)(pExIOEx->pabSendData), pExIOCmdEx->usSendLen); pExIOCmdEx->pabReceiveData = (unsigned char *)kmalloc(pExIOCmdEx->usReceiveLen, GFP_KERNEL); //---------------------------------- // run device exchange IO function //---------------------------------- lRet = DEV_ExchangeIO( dev, (DEVIO_EXIOCMD *)pExIOCmdEx,(unsigned char)pExIOCmdEx->usMode ); DBG_PRN("CIF_IOCTLEXIO: lRet = (%ld)\n", lRet); copy_to_user( (unsigned char *)(pExIOEx->pabReceiveData), (unsigned char *)(pExIOCmdEx->pabReceiveData), pExIOCmdEx->usReceiveLen); kfree( pExIOCmdEx->pabSendData); kfree( pExIOCmdEx->pabReceiveData); } copy_to_user( (unsigned char *)arg, (unsigned char *)pExIOCmdEx, sizeof( DEVIO_EXIOCMDEX) ); kfree( pExIOCmdEx); break; //**************************************************************************************** // DevExchangeIOErr //**************************************************************************************** case CIF_IOCTLEXIOERR: // IO data exchange //---------------------------------- // load pointers to needed Data //---------------------------------- pExIOErr = (DEVIO_EXIOCMDERR *)arg; pExIOCmdErr = (DEVIO_EXIOCMDERR *)kmalloc(sizeof(DEVIO_EXIOCMDERR), GFP_KERNEL); copy_from_user ( (unsigned char *)pExIOCmdErr, (unsigned char *)arg, sizeof( DEVIO_EXIOCMDERR) ); pExIOCmdErr->sError = 0; // Clear command DBG_PRN("IOCTLEXIOERR(0) : usBoard (%d)\n",pExIOCmdErr->usBoard); if ( pExIOCmdErr->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLEXIOERR(1): BOARD NOT INITIALIZED\n"); pExIOCmdErr->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pExIOCmdErr->usBoard)) == NULL){ DBG_PRN("CIF_IOCTLEXIOERR(2): BOARD NOT INITIALIZED\n"); pExIOCmdErr->sError = DRV_BOARD_NOT_INITIALIZED; lRet = -1; } else { pExIOCmdErr->pabSendData = (unsigned char *)kmalloc(pExIOCmdErr->usSendLen, GFP_KERNEL); copy_from_user( (unsigned char *)(pExIOCmdErr->pabSendData), (unsigned char *)(pExIOErr->pabSendData), pExIOCmdErr->usSendLen); pExIOCmdErr->pabReceiveData = (unsigned char *)kmalloc(pExIOCmdErr->usReceiveLen, GFP_KERNEL); pExIOCmdErr->ptStateData = (COMSTATE *)kmalloc( sizeof( COMSTATE), GFP_KERNEL); lRet = DEV_ExchangeIO( dev, (DEVIO_EXIOCMD *)pExIOCmdErr, (unsigned char)((dev->ptDpmAddress->tRcsInfo.DriverType & 0xF0) >> 4) ); // get COM error state and flags // Return actual COM error state pExIOCmdErr->ptStateData->usMode =(unsigned short)(dev->ptDpmAddress->tRcsInfo.DriverType & 0x0F); switch (pExIOCmdErr->ptStateData->usMode) {// swicht error mode case STATE_MODE_3: DBG_PRN("CIF_IOCTLEXIOERR: state mode 1\n"); // Transfer only StateFlag from HostStates !!!!! if ( dev->ucBoardIrq == 0) { // polling mode if ( (*(dev->pbHostFlags) & STATECOM_FLAG ) == 0x00) usDummy = STATE_ERR_NON; else usDummy = STATE_ERR; } else {// Interrupt mode, read only host state if ( (dev->bHostFlags & STATECOM_FLAG) == 0x00) usDummy = STATE_ERR_NON; else usDummy = STATE_ERR; } // Set usStateFlag pExIOCmdErr->ptStateData->usStateFlag = usDummy; // Copy state field into buffer memcpy ( (unsigned char *)pExIOCmdErr->ptStateData->abState, (unsigned char *)&(dev->ptDpmAddress->tKpt2State), sizeof(pExIOCmdErr->ptStateData->abState)); break; case STATE_MODE_4: DBG_PRN("CIF_IOCTLEXIOERR: state mode 2\n"); // disable interrupt spin_lock( &dev->tSpinLock); // Get actual state if((pExIOCmdErr->ptStateData->usStateFlag = (unsigned char)DEV_GetState(dev)) == STATE_ERR) { // copy state field memcpy ( (unsigned char *)pExIOCmdErr->ptStateData->abState, (unsigned char *)&(dev->ptDpmAddress->tKpt2State), sizeof(pExIOCmdErr->ptStateData->abState)); // Toggle quittung DEV_StateDone(dev); } // enable interrupt spin_unlock( &dev->tSpinLock); break; default: // State mode not available (unknown), set usStateFlag to 0xFF // to signal, function not implemented pExIOCmdErr->ptStateData->usStateFlag = 0xFF; break; } /* end switch */ copy_to_user( (unsigned char *)(pExIOErr->pabReceiveData), (unsigned char *)(pExIOCmdErr->pabReceiveData), pExIOCmdErr->usReceiveLen); copy_to_user( (unsigned char *)(pExIOErr->ptStateData), (unsigned char *)(pExIOCmdErr->ptStateData), sizeof( COMSTATE)); kfree( pExIOCmdErr->pabSendData); kfree( pExIOCmdErr->pabReceiveData); kfree( pExIOCmdErr->ptStateData); } copy_to_user( (unsigned char *)arg, (unsigned char *)pExIOCmdErr, sizeof( DEVIO_EXIOCMDERR) ); kfree( pExIOCmdErr); break; //**************************************************************************************** // PUTMESSAGE //**************************************************************************************** case CIF_IOCTLPUTMSG: // send message //---------------------------------- // load pointers to needed Data //---------------------------------- pPutMsgCmd = (DEVIO_PUTMESSAGECMD *)kmalloc(sizeof(DEVIO_PUTMESSAGECMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pPutMsgCmd, (unsigned char *)arg, sizeof( DEVIO_PUTMESSAGECMD) ); DBG_PRN("CIF_IOCTLPUTMSG: usBoard (%d), timeout 0x%lX\n",pPutMsgCmd->usBoard, pPutMsgCmd->ulTimeout); pPutMsgCmd->sError = 0; // Clear error // at last one application must be init if ( pPutMsgCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLPUTMSG: BOARD NOT INITIALIZED\n"); pPutMsgCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pPutMsgCmd->usBoard)) == NULL) { DBG_PRN("CIF_IOCTLPUTMSG: BOARD NOT INITIALIZED\n"); pPutMsgCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0) { DBG_PRN("CIF_IOCTLPUTMSG: BOARD NOT INITIALIZED\n"); pPutMsgCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { // set driver info data dev->tStateInfo.WriteCnt++; dev->tStateInfo.LastFunction = FKT_WRITE; dev->tStateInfo.WriteState = STATE_IN; // all things well lets work // check DEV RDY flag if (DEV_TestReady(dev) == FALSE) { // this reflects the DEV RDY flag // DEV RDY failed DBG_PRN("IOCTLPUTMSG: board READY failed\n"); pPutMsgCmd->sError = DRV_DEV_NOT_READY; } else if (dev->bWriteState != FALSE) { // check if write service is active // service is active DBG_PRN("IOCTLPUTMSG: CMD ACTIVE\n"); pPutMsgCmd->sError = DRV_CMD_ACTIVE; } else { // disable interrupt until we are ready spin_lock( &dev->tSpinLock); if ( DEV_GetDevMBXInfo(dev) == DEVICE_MBX_EMPTY) { // check if mailbox is free // no activ service and DEV mailbox is free, activate service, do not wait // copy data into DEV DPM memcpy( (unsigned char *)&(dev->ptDpmAddress->tDevMbx), (unsigned char *)&(pPutMsgCmd->tMsg), (unsigned short)(pPutMsgCmd->tMsg.ln + 8)); // send message DEV_SendMessage(dev); // enable interrupt we are ready now spin_unlock( &dev->tSpinLock); } else if ( pPutMsgCmd->ulTimeout == 0L ) { // enable interrupt we are ready now spin_unlock( &dev->tSpinLock); // we have not to wait, return with error MBX full pPutMsgCmd->sError = DRV_DEV_MAILBOX_FULL; DBG_PRN("IOCTLPUTMSG: MBX IS FULL\n"); } else { // we have to wait for MBX empty dev->tStateInfo.WriteState = STATE_WAIT; // activate command dev->bWriteState = TRUE; // enable interrupt we are ready now spin_unlock( &dev->tSpinLock); // wait for DEV message transfer, interrupt signals transfer if ( DEV_WaitPutMsg(dev, pPutMsgCmd->ulTimeout) == FALSE) { // timeout in Ticks, 1 Tick = 10 msec // Timeout occured pPutMsgCmd->sError = DRV_DEV_PUT_TIMEOUT; DBG_PRN("IOCTLPUTMSG: PutMessage TIMEOUT\n"); } else { // MBX must be free (see interupt service), message can be put into the MBX // copy data into DEV DPM memcpy( (unsigned char *)&(dev->ptDpmAddress->tDevMbx), (unsigned char *)&(pPutMsgCmd->tMsg), (unsigned short)(pPutMsgCmd->tMsg.ln + 8)); // disable interrupt spin_lock( &dev->tSpinLock); // send message DEV_SendMessage(dev); // enable interrupt we are ready now spin_unlock( &dev->tSpinLock); DBG_PRN("IOCTLPUTMSG: PutMessage OK\n"); } dev->bWriteState = FALSE; // delete pending action } } dev->tStateInfo.WriteState = STATE_OUT; } // dev->tStateInfo.WriteState = STATE_OUT; // return length of output data lRet = sizeof(DEVIO_PUTMESSAGECMD); copy_to_user ( (unsigned char *)arg, (unsigned char *)pPutMsgCmd, sizeof( DEVIO_PUTMESSAGECMD) ); kfree( pPutMsgCmd); break; //**************************************************************************************** // GETMESSAGE //**************************************************************************************** case CIF_IOCTLGETMSG: // receive message //---------------------------------- // load pointers to needed Data //---------------------------------- pGetMsgCmd = (DEVIO_GETMESSAGECMD *)kmalloc(sizeof(DEVIO_GETMESSAGECMD), GFP_KERNEL); copy_from_user ( (unsigned char *)pGetMsgCmd, (unsigned char *)arg, sizeof( DEVIO_GETMESSAGECMD) ); // load DEV instance to real structure DBG_PRN("CIF_IOCTLGETMSG: usBoard (%d), timeout 0x%lX\n",pGetMsgCmd->usBoard, pGetMsgCmd->ulTimeout); pGetMsgCmd->sError = 0; // Clear error // at last one application must be init if ( pGetMsgCmd->usBoard >= cif_nr_devs ) { DBG_PRN("CIF_IOCTLGETMSG: BOARD NOT INITIALIZED\n"); pGetMsgCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( (dev = (DEV_INSTANCE *)cif_dev_GetAt( pGetMsgCmd->usBoard)) == NULL) { DBG_PRN("CIF_IOCTLGETMSG: BOARD NOT INITIALIZED\n"); pGetMsgCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else if( dev->usOpenCounter == 0) { DBG_PRN("CIF_IOCTLGETMSG: BOARD NOT INITIALIZED\n"); pGetMsgCmd->sError = DRV_BOARD_NOT_INITIALIZED; } else { //---------------------------------- // all things well lets work //---------------------------------- // set driver info data dev->tStateInfo.ReadCnt++; dev->tStateInfo.LastFunction = FKT_READ; dev->tStateInfo.ReadState = FKT_READ; // check DEV RDY flag if (DEV_TestReady(dev) == FALSE) { // this reflects the DEV RDY flag // DEV RDY failed DBG_PRN("IOCTLGETMSG: GetMessage DEV-READY failed\n"); pGetMsgCmd->sError = DRV_DEV_NOT_READY; } else if (dev->bReadState != FALSE) { // check if read service is active // service is active DBG_PRN("IOCTLGETMSG: GetMessage CMD ACTIVE\n"); pGetMsgCmd->sError = DRV_CMD_ACTIVE; } else { // disable interrupt until we are ready spin_lock( &dev->tSpinLock); // no activ service, if a message available, read it if ( DEV_GetHostMBXInfo(dev) == HOST_MBX_FULL) {// no activ service, if a message available, read it DBG_PRN("IOCTLGETMSG: GetMessage, HOST_MBX_FULL, Message is available\n"); // message is available // get message len usMsgLen = (unsigned short)(dev->ptDpmAddress->tPcMbx.ln + 8); // read data from DEV-DPM memcpy ( (unsigned char *)&(pGetMsgCmd->tMsg), (unsigned char *)&(dev->ptDpmAddress->tPcMbx), (unsigned short)usMsgLen); // quit message read to DEV DEV_QuitMessage(dev); // enable interrupt we are ready now spin_unlock( &dev->tSpinLock); } else if ( pGetMsgCmd->ulTimeout == 0L ) { // enable interrupt we are ready now spin_unlock( &dev->tSpinLock); // NO Message available, no timeout pGetMsgCmd->sError = DRV_DEV_GET_NO_MESSAGE; DBG_PRN("IOCTLGETMSG: GetMessage, No Message\n"); } else { // No Message available, wait for Message // no activ service, activate service dev->bReadState = TRUE; dev->tStateInfo.ReadState = STATE_WAIT; // enable interrupt we are ready now spin_unlock( &dev->tSpinLock); // wait timeout if ( DEV_WaitGetMsg(dev, pGetMsgCmd->ulTimeout) == FALSE) {// Timeout in Ticks, 1 Tick = 10 msec // Timeout pGetMsgCmd->sError = DRV_DEV_GET_TIMEOUT; DBG_PRN("IOCTLGETMSG: GetMessage TIMEOUT\n"); } else { // message available, read ist // get message len usMsgLen = (unsigned short)(dev->ptDpmAddress->tPcMbx.ln + 8); // read data from DEV-DPM memcpy ( (unsigned char *)&(pGetMsgCmd->tMsg), (unsigned char *)&(dev->ptDpmAddress->tPcMbx), (unsigned short)usMsgLen); // quit message read to DEV spin_lock( &dev->tSpinLock); DEV_QuitMessage(dev); spin_unlock( &dev->tSpinLock); DBG_PRN("IOCTLGETMSG: GetMessage OK\n"); } dev->bReadState = FALSE; // delete pending action } } dev->tStateInfo.ReadState = STATE_OUT; } //dev->tStateInfo.ReadState = STATE_OUT; // return length of output data copy_to_user ( (unsigned char *)arg, (unsigned char *)pGetMsgCmd, sizeof( DEVIO_GETMESSAGECMD) ); lRet = sizeof(DEVIO_GETMESSAGECMD); kfree( pGetMsgCmd); break; //**************************************************************************************** // default //**************************************************************************************** default: lRet = 0; DBG_PRN("IO CONTROL FUNCTION UNKNOWN (%d)\n", cmd); break; } // end switch return lRet; } struct file_operations cif_fops = { llseek: cif_llseek, read: cif_read, write: cif_write, ioctl: cif_ioctl, open: cif_open, flush: NULL, // A.M.Wathley release: cif_release, }; int init_module(void) { int result = 0, retScan = 0; /* scan pci bus for Hilscher boards */ retScan = cif_scan_pci(); if( retScan != -ENODEV) DBG_PRN("cif: %x CIF50-Board(s) detected\n", retScan); // try for Hilscher ISA boards, if there was parameter passed for(result = 0; result < MAX_DEV_BOARDS; result++) { if( cif_nr_devs < MAX_DEV_BOARDS && dpm_add[result] != 0) cif_init_dev_ISA( result); else break; } result = 0; if(cif_nr_devs == 0) { return -ENODEV; } else { /* Register major, and accept a dynamic number */ result = register_chrdev(cif_major, "cif", &cif_fops); if (result < 0) { DBG_PRN("cif: can't get major %d\n",cif_major); return result; } if (cif_major == 0) cif_major = result; /* dynamic */ if( EntryDrvLoad()) return 0; /* succeed */ else { unregister_chrdev(cif_major, "cif"); return -ENOMEM; } } } void cleanup_module(void) { DEV_INSTANCE *dev = NULL, *next = NULL; release_region((unsigned int)cif_base, cif50_region); if(cif_nr_devs != 0) { EntryDrvUnload(); for ( dev = cif_devices; dev; dev = next) { /* all items of the concatenated list */ if ( dev) { DBG_PRN("free mem. dev %p, dev->next %p\n", dev, dev->next); next = (DEV_INSTANCE *)dev->next; kfree( dev); dev = NULL; } } } unregister_chrdev(cif_major, "cif"); DBG_PRN("cif: clean up finished!\n\n"); } int prn_cif_dev_info( struct pci_dev *pDev, int index) { if( pDev) { DBG_PRN("//{{ Begin printing info for Board-%x\n", index); DBG_PRN("\tBus number\tDev. func\tVendor ID\tDev. ID\tIRQ\tROM-Addr\n"); DBG_PRN("\t%10X\t%9X\t%9X\t%7X\t%3X\t%8.8lx\n", pDev->bus->number, pDev->devfn, pDev->vendor, pDev->device, pDev->irq, pDev->rom_address); DBG_PRN("\tBaseAddr-0\tBaseAddr-1\tBaseAddr-2\tBaseAddr-3\tBaseAddr-4\tBaseAddr-5\n"); DBG_PRN("\t%10.8lX\t%10.8lX\t%10.8lX\t%10.8lX\t%10.8lX\t%10.8lx\n", pDev->base_address[0], pDev->base_address[1], pDev->base_address[2], pDev->base_address[3], pDev->base_address[4], pDev->base_address[5]); DBG_PRN("//}} End printing info for Board-%x\n\n", index); return 1; // successfully written } else return 0; // could not write, pDev not valid } cifv1003/src/cif.o0100644000000000000000000006610707215214417012535 0ustar rootrootELFI4(UE1f@*f;}6)Ѝ)E PT 1 t&]Í&U  1]Ív'U WVSu ~ )9~ u9jhlj=tG1H;t;ujhlj;ul11=~ fH1fCuC C!S SCC4C1e[^_]Ít&U WVSu u:jhlj=tM1N;t t&;ujhlj;u`11Ufs@CEP(S C$S!SECE CC4C1e[^_]ÐU,WVSfE1EPj,1CP@%PEPj.1CP@%P f}yf}mf}bE11fEE=1EP1P1CP@%PuC4%ufC0$f uC,j1P1CP@%PEP1P1CP@%P EP1P1CP@%Pu E$@EGjjPPtL EPEPSu$fEShPhà f}t1fEe[^_] U1]Í&U]Ít&US]E UMt u CS} CS[]Ðt&U,WVSM1ۉ?t&f{u MA<fCQQP1fXYP1fXP1XAA,QP1fXYvP1fXvQP1XYQP1XY QP1XYQP1XY9QP1XYjQP1fXYP1fXQP1fXYVP1fXVQP1fXYM P1fXM QP1XY;!G"QP1fXY"P1fX"#QP1XY#%%QP1XY:&'QP1XY"()CIFDriver V1.003@g AbGcifcif@=@=>`>`>bdf%~036 < ? G J. RM ZO ] e z \;O .=9?<A?E[j+u-x/{vx";l'<VJX_M mO =!I"""###%%<&'$()P $CIFCOMCOPDEVUGCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)01.0101.0101.01kernel_version=2.2.16parm_dpm_add=1-4iparm_desc_dpm_add=Up to four DPM-Addresses (integer)parm_dpm_len=1-4iparm_desc_dpm_len=Up to four DPM-Sizes (integer)parm_irq=1-4hparm_desc_irq=Up to four irq-numbers (short)author=David Tsaavadescription=CIF Device Driver for Hilscher Communication Boards, V1.003device=cif.symtab.strtab.shstrtab.text.rel.text.fixup.rel.fixup.rodata.rel.rodata__ex_table.rel__ex_table.data.rel.data.bss.comment.note.modinfo@@! L +\@&2 W=CpE YQC@\ $Zk@F q ^8 {FFr^G<G 3I^ lfA4[="C"e"k"hAl[A[[#lJAPAYAiL|hhAl[A[["lIAfrpTT+ : ctpjO D  D" ( 4OAGI\ZbZtaM4ltAUV16ll*AAUP A 0 l l * A+ U A\ 0e 0} l A U fC X 0 l AUfN~i8Q.lmAxU0 lMAeUlR#!>0`!lAU8vxR=BR=^lAUXlAUnmHlAU444D4i4lAUHhR!l4A?Ul%A0UXl%A0U[XlAU{lAUt(lmAxU l^ Ai U!lM!AX!U!l!E!l!o!! "0"0X"l"A"U"l"E #l#o?#!N#0Z#0#l#A#U$l5$EI$lX$l}$o %_H%-p%!%0%0%0 &lP&A[&U&&n')O'@')'l6(AA(U((m)58)J)5)0 *;*A#*/* G*uL*Q*qW*:f*qo*qt*F**q*+*k*j*H*A*&*[*0**q*+5+[C+A+U+A+U,4,4,4,4-4.-4K-4h-4t-A-v-U..(.?M.Vr.A.U.G.G/Gm/w//?/V/b/A/,/,/,0[,0A<0UR0Vd00,0,0,0A141414141424-24J24h22g2$2w37=37H37v3'3'3'3'3'8d8/8\8>8\8\39dF9/T9\q9>9\9\9d9\9>9\9\:/1:>>:\G:\P:\a:>n:\w:\:d;/;\.;\7;>J;\U;>h;\q;\<d+</2<\N<\W<>j<\u<><\<\<;=H=Ct=3=1h>C>1?3j?1?R!,8CNVav*5AWfq} #8F[i~ " $(,048<@DHL\`dhl  $(,048<@DHLPTX\`dhlptx|  $(,048<@DHLPTX\`dhlptx|  $(,048<`rd`hSte|%c      !0+)+7`2A[d8 l{@8I,7 4bY0  p7,. <NV?,d*fs;8<7,.\  6*"2!? O:[dp8 7(;-`.- 9+uAX EU6` q19:) 0+1-T@H0' -9A@5\t?- 2k``20$p632#H 6    8-37-E< T c  m;x+ 5B`< p+04@7(main.cgcc2_compiled.addressesentry.ccif_interruptcif_dev.cpcibios_read_config_dwordfree_irqdpm_addIrqCtrlRegAddrDEV_TestReadypcibios_presentcif_init_dev_ISA__generic_copy_to_user__this_moduleDEV_QuitErrorDevTestRdyFlagcif_openEntryDrvUnloadabTestDPM__module_authorDEV_SendMessagepabDrvVersionunregister_chrdeviounmapDEV_StateDonecleanup_moduleinterruptible_sleep_on_timeoutkfreeDEV_ExchangeIODone__module_parm_dpm_addDEV_WaitExchangeIO__wake_upDEV_QuitMessageregister_irqabDevIdentifierDEV_KStartinit_moduleregister_chrdevcif_scan_pci__module_deviceDEV_WaitCOMschedulerequest_irqDEV_WaitPutMsgcif_nr_devsDEV_SetHostStateDEV_GetIOStatepcibios_write_config_dword__generic_copy_from_userEntryDrvLoad__ioremaprelease_region__module_parm_desc_irqDEV_WaitGetMsg__module_parm_dpm_lenirqpci_find_deviceDEV_BStartulIrqCtrlRegSave__module_parm_desc_dpm_lenDEV_WaitResetDEV_TestCOMcif_writepcibios_read_config_wordcif_dev_GetAtDriverSetInterruptState__module_descriptionDEV_GetMsgStatus__module_parm_irqbDatacif_devicesjiffies__module_parm_desc_dpm_add__module_kernel_versionDEV_GetStatecif_readcif_init_devDEV_TestHardwarecif_releasems_to_jiffiescif_ioctlDEV_CheckHardwareDevTestDpmAccessdpm_lenDEV_WStartcif_basecif50_regionkmallocDEV_GetHostMBXInfoDEV_GetDevMBXInfoDEV_ExchangeIOulRegisterSavecif_majorcif_llseekprn_cif_dev_infoDEV_TestExtVersioncif_fopsDEV_ClearBoardIRQsDEV_TestDpmSizeDEV_ClearHostStatecifv1003/test/0040755000000000000000000000000007215215320011767 5ustar rootrootcifv1003/test/Makefile0100644000000000000000000000116307153441332013432 0ustar rootroot CC = gcc -Wall all: drvSu cifAPI.o: cifAPI.c $(CC) -c -g cifAPI.c filesel.o: filesel.c $(CC) `gtk-config --cflags` -c -g filesel.c main.o: main.c $(CC) `gtk-config --cflags` -c -g main.c propertySheet.o: propertySheet.c $(CC) `gtk-config --cflags` -c -g propertySheet.c pageDrvFun.o: pageDrvFun.c $(CC) `gtk-config --cflags` -c -g pageDrvFun.c misc.o: misc.c $(CC) `gtk-config --cflags` -c -g misc.c drvSu: main.o propertySheet.o misc.o filesel.o cifAPI.o pageDrvFun.o $(CC) `gtk-config --libs` -g misc.o filesel.o main.o propertySheet.o cifAPI.o pageDrvFun.o -o drvSu clean: rm -f *.o drvSu cifv1003/test/asc_user.h0100644000000000000000000001352007133246026013750 0ustar rootroot/* ******************************************************************* FILENAME : ASC_USER.H ------------------------------------------------------------------------- CREATED BY : R. Mayer, Hilscher GmbH CREATED AT : 29.05.96 PROJECT : ASC ========================================================================= FUNCTION : User interface ASCII protocol ========================================================================= CHANGES OF REVISIONS : Version Name Date Change ------------------------------------------------------------------------- V1.000 Mayer 29.05.96 Created ******************************************************************** */ #if defined( _MSC_VER) /* Microsoft C */ #pragma pack(1) /* Byte Alignment */ #endif /* ======================================================================== */ /* Protocol definition */ /* ======================================================================== */ /* Mode */ #define ASC_MODE_SLAVE 0 #define ASC_MODE_MASTER 1 /* Stop mode */ #define ASC_ENDMODE_TIMEOUT 0 /* Timeout */ #define ASC_ENDMODE_ID 1 /* Identifier */ #define ASC_ENDMODE_QUITT 2 /* Acknowledg telegram */ #define ASC_ENDMODE_ID_QUITT 3 /* Identifier / Acknowledg telegram */ #define ASC_ENDMODE_NUMBER 4 /* Character number */ #define ASC_ENDMODE_DEFNUMBER 5 /* Predefined character number */ /* Checksum */ #define ASC_CHKSUM_NONE 0 #define ASC_CHKSUM_BIN7 1 #define ASC_CHKSUM_BIN8 2 #define ASC_CHKSUM_BCC 3 #define ASC_CHKSUM_BCC_ASCII 4 /* Checksum area */ #define ASC_CHK_AREA_DATA_ONLY 0 /* Data only */ #define ASC_CHK_AREA_DATA_STARTID 1 /* Data with start identifier */ #define ASC_CHK_AREA_DATA_ENDID 2 /* Data with stop identifier */ #define ASC_CHK_AREA_FULL 3 /* Full telegram */ /* Filter */ #define ASC_FILTER_NONE 0 #define ASC_FILTER_DOUBLE_CHAR 1 /* Timeouts */ #define ASC_TIMEOUT_NONE 0 /* Telegram definition */ #define ASC_TELEGRAM_LENGTH_ZERO 0 /* Telegram sequenz */ #define ASC_TELEGRAM_SEQUENZ_NONE 0 /* ======================================================================== */ /* Protocol parameter structure */ /* ======================================================================== */ typedef struct ASC_PARAMETRtag { unsigned char bScl; /* Communication line number */ unsigned char bRtsControl; /* RTS control */ unsigned char bBaudrate; /* Baudrate */ unsigned char bDataBits; /* Number of data bits */ unsigned char bStopBits; /* Number of stop bits */ unsigned char bParityBit; /* Parity */ unsigned char bMode; /* Mode */ unsigned char bEndMode; /* End mode */ unsigned char bCheckMode; /* Check mode */ unsigned char bCheckArea; /* Check area */ unsigned char bFilterMode; /* Filter mode */ unsigned short usFilterCharacter; /* Filter characters */ unsigned short usTelTimeout; /* Telegram timeout */ unsigned short usStartTimeout; /* Telegram start timeout */ unsigned short usCharTimeout; /* Charater timeout */ unsigned char bRetries; /* Telegram retries */ unsigned char bErrorLed; /* Mode of the error LED */ unsigned char bTelStartLen; /* Telegram start length */ unsigned char bTelStart[8]; /* Start telegram */ unsigned char bTelEndLen; /* End telegram length */ unsigned char bTelEnd[8]; /* End telegram */ unsigned char bTelAckLen; /* ACK telegram length */ unsigned char bTelAck[8]; /* ACK telegram */ unsigned char bTelNackLen; /* NACK telegram length */ unsigned char bTelNack[8]; /* NACK telegram */ unsigned char bTelDeviceLen; /* Device telegram length */ unsigned short usTelFollowTime;/* Telegram following time */ } ASC_PARAMETER; /* ======================================================================== */ /* Protocol task state structure */ /* ======================================================================== */ typedef struct ASC_STATEtag { unsigned char bTaskState; /* Task state */ unsigned long ulTxCount; /* Transmitt telegram count */ unsigned long ulRxCount; /* Receive telegram count */ unsigned short usTxErrorCount; /* Transmitt error count */ unsigned short usRxErrorCount; /* Receive error count */ unsigned short usErrorBits; /* Error bits */ unsigned char bError; /* Last error */ } ASC_STATE; #if defined( _MSC_VER) /* Microsoft C */ #pragma pack() /* Byte Alignment */ #endif /* === eof 'USER.H' === */ cifv1003/test/cifAPI.c0100644000000000000000000023106207215200657013236 0ustar rootroot/* ******************************************************************* FILENAME : cifAPI.c ------------------------------------------------------------------------- CREATETED : D. Tsaava, Hilscher GmbH DATE : 18.07.2000 PROJEKT : CIF device driver ========================================================================= DISCRIPTION CIF device driver api ========================================================================= CHANGES version name date Discription ------------------------------------------------------------------------- V1.003 NOTE: as groundwork for this header served Windows version of the CIF device driver ======================== Copyright ===================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== ******************************************************************** */ #include #include #include #include #include #include #include #include #include #include #include #include "../inc/ciftypes.h" #include "../inc/cifdev_i.h" #include "rcsdef.h" #define INVALID_HANDLE_VALUE -1 int hDevDrv = INVALID_HANDLE_VALUE; // handle to cifDevDrv static unsigned short DrvOpenCount = 0; // no Application is logged in typedef struct DEV_DPM_SIZEtag { unsigned long ulDpmSize; unsigned long ulDpmIOSize; } DEV_DPM_SIZE; DEV_DPM_SIZE tDevDPMSize[MAX_DEV_BOARDS] = { {0L,0L}, {0L,0L}, {0L,0L}, {0L,0L} }; // DPM size of each board /* ================================================================================= Function: DevOpenDriver opens a connection to the device driver --------------------------------------------------------------------------------------- Input : Output : - Return : DRV_NO_ERROR - driver opens successfully DRV_USR_OPEN_DRV_ERROR - open error ================================================================================= */ short DevOpenDriver () { short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { // first application, search CIF device driver if ( (hDevDrv = open("/dev/cif",O_RDONLY) ) == -1 ) { // handle of file with attributes to copy // error open CIF driver sRet = DRV_USR_OPEN_ERROR; } else { // driver is opend for the 1st. time, store application in DrvOpencount DrvOpenCount = 1; } } else { // driver is already opend, store application in DrvOpencount DrvOpenCount++; } //printf("*** DevOpenDriver(): OpenCount = %d, hDevDrv = %d\n\n", DrvOpenCount, hDevDrv); return sRet; } /* ================================================================================= Function: DevCloseDriver closes the connection to the DEV driver --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned Output : - Return : DRV_NO_ERROR - driver closed successfully DRV_USR_NOT_INITIALIZED - driver not initialized ================================================================================= */ short DevCloseDriver () { short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else { // test if other applications are logged in if (DrvOpenCount > 1) { // there are more applications logged in, do not close the driver DrvOpenCount--; } else { // no more application are logged in, close File Handle close( hDevDrv); // handle of object to close DrvOpenCount = 0; hDevDrv = INVALID_HANDLE_VALUE; } } return sRet; } /* ================================================================================= Function: DevGetBoardInfo reads special board informations from the driver --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned usSize - length *pvData - data pointer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetBoardInfo ( BOARD_INFO *pvData) { DEVIO_GETBOARDINFOCMD *tBuffer = NULL; BOARD_INFO *ptBoardInfo = NULL; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else { if ( (tBuffer = (DEVIO_GETBOARDINFOCMD *)malloc(sizeof(DEVIO_GETBOARDINFOCMD))) == NULL) return DRV_USR_SENDBUF_PTR_NULL; if ( (tBuffer->ptBoardInfo = (BOARD_INFO *)malloc(sizeof(BOARD_INFO))) == NULL) { free(tBuffer); return DRV_USR_SENDBUF_PTR_NULL; } tBuffer->sError = sRet; tBuffer->usInfoLen = sizeof( BOARD_INFO); ptBoardInfo = tBuffer->ptBoardInfo; if ( !ioctl(hDevDrv, CIF_IOCTLBOARDINFO, tBuffer) ) { //fprintf(stderr, "CIF_IOCTLBOARDINFO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { tBuffer->ptBoardInfo = ptBoardInfo; //printf("sRet=%X, &tBuffer=%lX, ->ptBI=%lX\n",sRet,(unsigned long)tBuffer,(unsigned long)ptBoardInfo); //printf("BufferLen = %X\n", tBuffer->usInfoLen); //printf("Vers = %s\n", ptBoardInfo->abDriverVersion); //printf("Add = %lX\n", ptBoardInfo->tBoard[0].ulPhysicalAddress); //printf("IRQ = %d\n", ptBoardInfo->tBoard[0].usIrq); memcpy( pvData, ptBoardInfo, sizeof( BOARD_INFO)); sRet = tBuffer->sError; } free( ptBoardInfo); free( tBuffer); } return sRet; } /* ================================================================================= Function: DevGetBoardInfoEx reads special board informations from the driver --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned usSize - length *pvData - data pointer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetBoardInfoEx ( BOARD_INFOEX *pvData) { DEVIO_GETBOARDINFOEXCMD *tBuffer = NULL; BOARD_INFOEX *ptBoardInfoEx = NULL; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else { if( (tBuffer = (DEVIO_GETBOARDINFOEXCMD *)malloc(sizeof(DEVIO_GETBOARDINFOEXCMD))) == NULL) return DRV_USR_SENDBUF_PTR_NULL; tBuffer->usInfoLen = sizeof( BOARD_INFOEX); if( (tBuffer->ptBoard = (BOARD_INFOEX *)malloc(sizeof(BOARD_INFOEX))) == NULL) { free(tBuffer); return DRV_USR_SENDBUF_PTR_NULL; } ptBoardInfoEx = tBuffer->ptBoard; tBuffer->usInfoLen = sizeof( BOARD_INFOEX); tBuffer->sError = sRet; if ( !ioctl(hDevDrv, CIF_IOCTLBOARDINFOEX, tBuffer) ) { //fprintf(stderr, "CIF_IOCTLBOARDINFOEX: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer->sError; tBuffer->ptBoard = ptBoardInfoEx; memcpy( pvData, ptBoardInfoEx, sizeof( BOARD_INFOEX)); } free( ptBoardInfoEx); free( tBuffer); } return sRet; } /* ================================================================================= Function: DevSetOpMode set polling || interrupt operation mode --------------------------------------------------------------------------------------- Input : usBoard - number of the DEV board (0..3) usMode - INTERRUPT_MODE || POLLING_MODE Return : DRV_NO_ERROR - function successfull DRV_DEV_IRQ_REQUEST_FAILED - function failed ================================================================================= */ short DevSetOpMode ( unsigned short usBoard, unsigned short usMode, unsigned char *ucIrq) { DEVIO_SETOPMODE tBuffer; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usBoard >= MAX_DEV_BOARDS) { // number is invalid sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // clear all data buffers tBuffer.usBoard = usBoard; tBuffer.usMode = usMode; tBuffer.sError = sRet; if ( !ioctl(hDevDrv, CIF_IOCTL_IRQ_POLL, &tBuffer) ) { //fprintf(stderr, "CIFAPI (CIF_IOCTL_IRQ_POLL): %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer.sError; *ucIrq = tBuffer.ucIrq; } } return sRet; } /* ================================================================================= Function: DevInitBoard initializes a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) *pDevAddress - not used Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevInitBoard ( unsigned short usDevNumber) { DEVIO_RESETCMD tBuffer; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS) { // number is invalid sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // clear all data buffers tBuffer.usBoard = usDevNumber; tBuffer.sError = sRet; if ( !ioctl(hDevDrv, CIF_IOCTLINITDRV, &tBuffer) ) { //fprintf(stderr, "CIFAPI (CIF_IOCTLINITDRV): %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer.sError; //printf("CIFAPI (CIF_IOCTLINITDRV): sRet = %d\n", sRet); if ( sRet == DRV_NO_ERROR) { // Save the DPM size for further function calls and calculate the length // of the DPM-IO data area tDevDPMSize[usDevNumber].ulDpmSize = tBuffer.ulDpmSize; tDevDPMSize[usDevNumber].ulDpmIOSize = ((tBuffer.ulDpmSize * 1024) - 1024) /2; //printf("CIFAPI: DpmSize = %ld, DpmIOSize = %ld\n", tDevDPMSize[ucDevNumber].ulDpmSize, tDevDPMSize[ucDevNumber].ulDpmIOSize); } } } return sRet; } /* ================================================================================= Function: DevReset reset a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - reset mode (2,3) ulTimeout - function timeout in milliseconds Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevReset ( unsigned char usDevNumber, unsigned short usMode, unsigned long ulTimeout) { DEVIO_RESETCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usMode != COLDSTART) && (usMode != WARMSTART) && (usMode != BOOTSTART) ) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.ulTimeout = ulTimeout; tBuffer.sError = sRet; //printf("CIF_IOCTLRESETDEV: BOARD = %d, mode = %d, tout = %ld\n", // tBuffer.ucBoard, tBuffer.usMode, tBuffer.ulTimeout); if ( !ioctl(hDevDrv, CIF_IOCTLRESETDEV, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLRESETDEV: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevGetInfo read the differnt information areas from a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usInfoArea - 1..n usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetInfo ( unsigned short usDevNumber, unsigned short usInfoArea, unsigned short usSize, void *pvData) { DEVIO_GETDEVINFOCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else { // test area spezific data switch ( usInfoArea) { case GET_VERSION_INFO: if ( usSize > sizeof(VERSIONINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_DRIVER_INFO: if ( usSize > sizeof(DRIVERINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_FIRMWARE_INFO: if ( usSize > sizeof(FIRMWAREINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_RCS_INFO: if ( usSize > sizeof(RCSINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_DEV_INFO: if ( usSize > sizeof(DEVINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_TASK_INFO: if ( usSize > sizeof(TASKINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_IO_INFO: if ( usSize > sizeof(IOINFO) ) { sRet = DRV_USR_SIZE_TOO_LONG; } break; case GET_IO_SEND_DATA: if ( usSize > tDevDPMSize[usDevNumber].ulDpmIOSize) { sRet = DRV_USR_SIZE_TOO_LONG; } break; default: sRet = DRV_USR_INFO_AREA_INVALID; } /* end switch */ if ( sRet == DRV_NO_ERROR) { // complete buffer length with return data // usDataBufferLen = usSize; // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usInfoArea = usInfoArea; tBuffer.usInfoLen = usSize; tBuffer.pabInfoData = pvData; // needed in kernel-space to copy data back to it! tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLGETINFO, &tBuffer) ) { //fprintf(stderr, "(CIFAPI: (CIF_IOCTLGETINFO): %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { // memcpy(pvData, tBuffer.pabInfoData, usSize); already copied by driver direct !!! sRet = tBuffer.sError; } } } return sRet; } /* ================================================================================= Function: DevPutTaskParameter write communication parameters --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usNumber - number of the parameter area (1..7) usSize - size of the parameter area ( >0, <= max.Size) pvData - pointer to task parameter buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevPutTaskParameter ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData) { DEVIO_PUTPARAMETERCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usNumber < 1) || (usNumber > 7) ) { // 3...7 wird in MailBox memory area geschrieben sRet = DRV_USR_NUMBER_INVALID; } else if (usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else if ( usSize > sizeof(TASKPARAM)) { sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set command buffer tBuffer.usBoard = usDevNumber; tBuffer.usTaskParamNum = usNumber; tBuffer.usTaskParamLen = usSize; memcpy ( (unsigned char *)&(tBuffer.TaskParameter), (unsigned char *)pvData, usSize); tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLPARAMETER, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLRESETDEV: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevGetTaskState read a task state field form a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usNumber - number of the status field (1,2) usSize - size of the users data buffer (>0..<= 64) pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetTaskState( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData) { DEVIO_GETTASKSTATECMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usNumber < 1 || usNumber > 2 ) { sRet = DRV_USR_NUMBER_INVALID; } else if (usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else if (usSize > sizeof(TASKSTATE) ) { sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set command buffer tBuffer.ucBoard = usDevNumber; tBuffer.usStateNum = usNumber; tBuffer.usStateLen = usSize; //memcpy( tBuffer.TaskState, pvData, usSize); tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLTASKSTATE, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLTASKSTATE: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { memcpy( pvData, tBuffer.TaskState, usSize); sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevGetMBXState Test send and receive MBX --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0) *pusDevMbxState - 0 = empty, 1 = full *pusHostMBXState - 0 = empty, 1 = full Output : - Return : DRV_NO_ERROR - function successfull ================================================================================= */ short DevGetMBXState ( unsigned short usDevNumber, unsigned short *pusDevMbxState, unsigned short *pusHostMbxState) { DEVIO_MBXINFOCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.ucBoard = usDevNumber; tBuffer.usDevMbxState = 0x00;//*pusDevMbxState; tBuffer.usHostMbxState = 0x00;//*pusHostMbxState; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLMBXINFO, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLMBXINFO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { *pusDevMbxState = tBuffer.usDevMbxState; *pusHostMbxState = tBuffer.usHostMbxState; sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevGetMBXData reads the device and the host mailbox --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned usHostSize - length of the host data to be read *pvHostData - buffer for host data pointer usDevSize - length of the device data to be read *pvHostData - buffer for device data pointer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetMBXData ( unsigned short usDevNumber, unsigned short usHostSize, void *pvHostData, unsigned short usDevSize, void *pvDevData) { DEVIO_GETMBXCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usHostSize == 0) || (usDevSize == 0) ) { sRet = DRV_USR_SIZE_ZERO; } else if ( (usHostSize > sizeof(MSG_STRUC)) || (usDevSize > sizeof(MSG_STRUC)) ){ sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; tBuffer.usBoard = usDevNumber; tBuffer.usHostLen = usHostSize; tBuffer.usDevLen = usDevSize; tBuffer.sError = sRet; // activate function if ( !ioctl( hDevDrv, // handle of the device CIF_IOCTLGETMBX, // control code of operation to perform (void *)&tBuffer, // address of buffer for input data sizeof(tBuffer), // size of input buffer NULL, // address of output buffer 0, // size of output buffer (unsigned long *)&lBytesReturned, // address of actual bytes of output NULL // address of overlapped structure ) ) { //fprintf(stderr, "CIF_IOCTLGETMBX: %s\n", strerror(errno)); // function error sRet = DRV_USR_COMM_ERR; } else { memcpy( pvDevData, tBuffer.abDevMbx, usDevSize); memcpy( pvHostData, tBuffer.abHostMbx, usHostSize); sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevExitBoard closes the connection to a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExitBoard ( unsigned short usDevNumber) { DEVIO_EXITCMD tBuffer; unsigned long lBytesReturned; unsigned short usDrvOpenCount; short sRet = DRV_NO_ERROR; if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { // number is invalid sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // valid handle available, driver is open // clear all data buffers lBytesReturned = 0; tBuffer.usBoard = usDevNumber; // [in] //tBuffer.usDrvOpenCount = usDrvOpenCount; // [out] //tBuffer.sError = sRet; // [out] if ( !ioctl(hDevDrv, CIF_IOCTLEXITDRV, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLEXITDRV: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { tBuffer.usDrvOpenCount = usDrvOpenCount; // [out] sRet = tBuffer.sError; // [out] } } return sRet; } /* ================================================================================= Function: DevReadSendData reads the send data from the send area --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usReadOffset - usReadSize - size of the users data buffer pvReadData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevReadSendData ( unsigned short usDevNumber, unsigned short usOffset, unsigned short usSize, void *pvData) { DEVIO_READSENDCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSize != 0) && ((usSize + usOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usReadOffset = usOffset; tBuffer.usReadLen = usSize; tBuffer.pabReadData = pvData; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLREADSEND, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLREADSEND: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevTriggerWatchDog triggers the PC watchdog an delivers the actual DEV watchdog --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - 0 = start, 1 = stop *pusDevWatchDog - size of the users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevTriggerWatchDog ( unsigned short usDevNumber, unsigned short usMode, unsigned short *pusDevWatchDog) { DEVIO_TRIGGERCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usMode > WATCHDOG_START) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; //tBuffer.pusTriggerValue = pusDevWatchDog; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLTRIGGERWD, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLREADSEND: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { *pusDevWatchDog = tBuffer.usTriggerValue; sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevSpecialControl Change the special control value in DevFlags --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - 0 = SPC_CTRL_CLEAR, 1 = SPC_CTRL_SET *pusDevWatchDog - size of the users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevSpecialControl ( unsigned short usDevNumber, unsigned short usMode, unsigned short *pusCtrlAck) { DEVIO_TRIGGERCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( pusCtrlAck == NULL) { sRet = DRV_USR_BUF_PTR_NULL; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLSPCONTROL, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLREADSEND: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { *pusCtrlAck = tBuffer.usTriggerValue; sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevExtendedData extended data function --------------------------------------------------------------------------------------- Input : usDevNumber - not asigned usMode - 1 ...n usSize - length of user data *pvData - data pointer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExtendedData ( unsigned short usDevNumber, unsigned short usMode, unsigned short usSize, void *pvData) { DEVIO_EXTDATACMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else if ( usSize > EXTDATASIZE) { sRet = DRV_USR_SIZE_TOO_LONG; } else if ( (usMode == 0) || (usMode > 100) ) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.pabExtData = pvData; tBuffer.sError = sRet; // insert error for older driver versions, because function which are not included // in the driver returns always DeviceIoControl success without setting an // error into the tDataBuffer. sRet = DRV_USR_COMM_ERR; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLEXTDATA, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLEXTDATA: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevGetTaskParameter reads the task parameters from task 1 and 2 --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usArea - 1,2 usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetTaskParameter ( unsigned short usDevNumber, unsigned short usNumber, unsigned short usSize, void *pvData) { DEVIO_GETPARAMETERCMD tBuffer; unsigned long lBytesReturned ; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usNumber < 1) || (usNumber > 2) ) { sRet = DRV_USR_NUMBER_INVALID; } else if (usSize == 0) { sRet = DRV_USR_SIZE_ZERO; } else if ( usSize > sizeof(TASKPARAM)) { sRet = DRV_USR_SIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set command buffer tBuffer.usBoard = usDevNumber; tBuffer.usTaskParamNum = usNumber; tBuffer.usTaskParamLen = usSize; //tBuffer.ptTaskParam = pvData; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLGETPARAMETER, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLGETPARAMETER: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { memcpy ( (unsigned char *)pvData, (unsigned char *)&(tBuffer.TaskParameter), usSize); sRet = tBuffer.sError; } } return sRet; } /* ================================================================================= Function: DevReadWriteDPMData Function to access the whole DPM --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) *pusBytes - Amount of bytes sended Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevReadWriteDPMData ( unsigned short usDevNumber, unsigned short usMode, unsigned short usOffset, unsigned short usSize, void *pvData) { DEVIO_RWDPMDATACMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS ) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usMode != PARAMETER_READ) && (usMode != PARAMETER_WRITE) ) { sRet = DRV_USR_MODE_INVALID; } else if ( ( usSize != 0) && ( (usSize + usOffset) > (unsigned short)(tDevDPMSize[usDevNumber].ulDpmSize * 1024))) { sRet = DRV_USR_SIZE_TOO_LONG;; } else { // fill in parameter data lBytesReturned = 0; tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.usOffset = usOffset; tBuffer.usLen = usSize; tBuffer.pabData = pvData; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLRWDPMDATA, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLRWDPMDATA: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } /* endif */ return sRet; } /* end funktion */ /* ================================================================================= Function: DevReadWriteDPMRaw reads and writes bytes from the DPM, last KByte --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0) usMode - function read = 1, write = 2 usOffset - offset in the RAW data area usSize - number of bytes to read or write pvData - pointer to the user data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevReadWriteDPMRaw ( unsigned short usDevNumber, unsigned short usMode, unsigned short usOffset, unsigned short usSize, void *pvData) { DEVIO_RWRAWDATACMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if (usDevNumber >= MAX_DEV_BOARDS ) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSize + usOffset) > sizeof(RAWDATA) ) { sRet = DRV_USR_SIZE_TOO_LONG; } else if ( (usMode != PARAMETER_READ) && (usMode != PARAMETER_WRITE) ) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.usOffset = usOffset; tBuffer.usLen = usSize; tBuffer.pabData = pvData; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLRWRAW, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLRWRAW: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } /* endif */ return sRet; } /* end funktion */ /* ================================================================================= Function: DevExchangeIO reads and writes IO datas --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usInfoArea - 1..n usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExchangeIO ( unsigned short usDevNumber, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, unsigned long ulTimeout) { DEVIO_EXIOCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; int lRet = 0; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSendSize != 0) && ((usSendSize + usSendOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_SENDSIZE_TOO_LONG; } else if ( (usReceiveSize != 0) && ((usReceiveSize + usReceiveOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_RECVSIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usReceiveOffset = usReceiveOffset; tBuffer.usReceiveLen = usReceiveSize; tBuffer.usSendOffset = usSendOffset; tBuffer.usSendLen = usSendSize; tBuffer.pabSendData = pvSendData; tBuffer.pabReceiveData = pvReceiveData; tBuffer.sError = sRet; tBuffer.ulTimeout = ulTimeout; // activate function lRet = ioctl (hDevDrv, CIF_IOCTLEXIO, &tBuffer); if ( lRet <= 0) { //fprintf(stderr, "CIF_IOCTLEXIO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevExchangeIOEx reads and writes IO datas --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - Exchange mode usInfoArea - 1..n usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExchangeIOEx ( unsigned short usDevNumber, unsigned short usMode, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, unsigned long ulTimeout) { DEVIO_EXIOCMDEX tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; int lRet = 0; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSendSize != 0) && ((usSendSize + usSendOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_SENDSIZE_TOO_LONG; } else if ( (usReceiveSize != 0) && ((usReceiveSize + usReceiveOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_RECVSIZE_TOO_LONG; } else if ( usMode > 4) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usReceiveOffset = usReceiveOffset; tBuffer.usReceiveLen = usReceiveSize; tBuffer.usSendOffset = usSendOffset; tBuffer.usSendLen = usSendSize; tBuffer.pabSendData = pvSendData; tBuffer.pabReceiveData = pvReceiveData; tBuffer.ulTimeout = ulTimeout; tBuffer.sError = sRet; tBuffer.usMode = (unsigned short)(usMode + 1); // Driver uses 1..5 // activate function lRet = ioctl (hDevDrv, CIF_IOCTLEXIOEX, &tBuffer); if ( lRet <= 0) { //fprintf(stderr, "CIF_IOCTLEXIO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevExchangeIOErr reads and writes IO datas with state field information --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - Exchange mode usInfoArea - 1..n usSize - size of the users data buffer pvData - pointer to users data buffer Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevExchangeIOErr( unsigned short usDevNumber, unsigned short usSendOffset, unsigned short usSendSize, void *pvSendData, unsigned short usReceiveOffset, unsigned short usReceiveSize, void *pvReceiveData, COMSTATE *ptState, unsigned long ulTimeout) { DEVIO_EXIOCMDERR tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; int lRet = 0; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (usSendSize != 0) && ((usSendSize + usSendOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_SENDSIZE_TOO_LONG; } else if ( (usReceiveSize != 0) && ((usReceiveSize + usReceiveOffset) > (unsigned short)tDevDPMSize[usDevNumber].ulDpmIOSize) ) { sRet = DRV_USR_RECVSIZE_TOO_LONG; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usReceiveOffset = usReceiveOffset; tBuffer.usReceiveLen = usReceiveSize; tBuffer.usSendOffset = usSendOffset; tBuffer.usSendLen = usSendSize; tBuffer.pabSendData = pvSendData; tBuffer.pabReceiveData = pvReceiveData; tBuffer.ptStateData = ptState; tBuffer.sError = sRet; tBuffer.ulTimeout = ulTimeout; // activate function lRet = ioctl (hDevDrv, CIF_IOCTLEXIOERR, &tBuffer); if ( lRet <= 0) { //fprintf(stderr, "CIF_IOCTLEXIO: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevSetHostState set the host state --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - 0 = Host not ready, 1 = Host ready Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevSetHostState ( unsigned short usDevNumber, unsigned short usMode, unsigned long ulTimeout) { DEVIO_TRIGGERCMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usMode > HOST_READY) { sRet = DRV_USR_MODE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.usMode = usMode; tBuffer.ulTimeout = ulTimeout; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLSETHOST, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLSETHOST: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevPutMessage send a message to a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) ptMessage - pointer to users message ulTimeout - function timeout in milliseconds Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevPutMessage ( unsigned short usDevNumber, MSG_STRUC *ptMessage, unsigned long ulTimeout) { DEVIO_PUTMESSAGECMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.ulTimeout = ulTimeout; memcpy( &tBuffer.tMsg, ptMessage, sizeof(MSG_STRUC)); tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLPUTMSG, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLPUTMSG: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else sRet = tBuffer.sError; } return sRet; } /* ================================================================================= Function: DevGetMessage read a message from a DEV board --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usSize - size of the users data area (>0..<= sizeof(MSG_STRUC)) ptMessage - pointer to the users data buffer ulTimeout - function timeout in milliseconds Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevGetMessage ( unsigned short usDevNumber, unsigned short usSize, MSG_STRUC *ptMessage, unsigned long ulTimeout) { DEVIO_GETMESSAGECMD tBuffer; unsigned long lBytesReturned; short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( usSize == 0 || usSize > sizeof(MSG_STRUC)) { sRet = DRV_USR_SIZE_INVALID; } else { // fill in parameter data lBytesReturned = 0; // set output buffer tBuffer.usBoard = usDevNumber; tBuffer.ulTimeout = ulTimeout; tBuffer.sError = sRet; // activate function if ( !ioctl(hDevDrv, CIF_IOCTLGETMSG, &tBuffer) ) { //fprintf(stderr, "CIF_IOCTLGETMSG: %s\n", strerror(errno)); sRet = DRV_USR_COMM_ERR; } else { memcpy( ptMessage, &tBuffer.tMsg, sizeof(MSG_STRUC)); sRet = tBuffer.sError; } } return sRet; } /* ====================================================================================== DOWNLOAD part =================================================================================== */ /* ------------------------------------------------------------------------------------ */ /* Locale variables */ /* ------------------------------------------------------------------------------------ */ #define MAX_DOWNLOAD_MSG_LENGTH 240 #define TO_COLDSTART 10000L #define TO_SEND_MSG 500L #define TO_1ST_MSG 10000L #define TO_CONT_MSG 1000L #define TO_LAST_MSG 15000L // File data structure typedef struct tagFILEDATA { int fd; //struct stat *Info;//struct _stat *Info; char *pabBuffer; long lSize; } FILEDATA; typedef struct tagDEVICE_TYPE_INFO { unsigned char bHerstellerkennung; unsigned char bDeviceType; unsigned char bDeviceModel; unsigned char bReserve3; } DEVICE_TYPE_INFO; /* ================================================================================= Function: CloseFile Close a previously opened file by OpenFile(), free all memory and handles --------------------------------------------------------------------------------------- Input : ptFile - File data structure Output : - Return : - ================================================================================= */ void closeFile ( FILEDATA *ptFile) { if ( ptFile->fd >= 0) { if ( ptFile->pabBuffer != NULL) { free( ptFile->pabBuffer); } close( ptFile->fd); // Clear file structure memset ( ptFile, 0, sizeof(FILEDATA)); } } /* ================================================================================= Function: openFile Open a file and load the file into memory --------------------------------------------------------------------------------------- Input : pwFileName - Filename including a path ptFile - File data structure Output : - Return : DRV_NO_ERROR - File successfully opened and loaded into memory ================================================================================= */ short openFile ( const char *fileName, FILEDATA *ptFile) { unsigned long lNumberOfBytesRead; short sRet = DRV_NO_ERROR; // Clear file structure memset ( ptFile, 0, sizeof(FILEDATA)); // open the existing file ptFile->fd = open( fileName, O_RDONLY); if ( ptFile->fd < 0 ) { // File not opend sRet = DRV_USR_FILE_OPEN_FAILED; } else { // Get the file size ptFile->lSize = lseek( ptFile->fd, 0, SEEK_END); if ( ptFile->lSize <= 0) { // File size is zero sRet = DRV_USR_FILE_SIZE_ZERO; } else { if( lseek( ptFile->fd, 0, SEEK_SET) < 0) sRet = DRV_USR_FILE_READ_FAILED; else { // Allocate memory for file data if ( (ptFile->pabBuffer = (char*)malloc( ptFile->lSize)) == NULL) { // Error by memory allocation sRet = DRV_USR_FILE_NO_MEMORY; closeFile( ptFile); } else { // Read file data into memory if ( ( lNumberOfBytesRead = read( ptFile->fd, // handle of file to read ptFile->pabBuffer, // address of buffer that receives data ptFile->lSize) ) < 0) { // number of bytes to read // File read into memory failed sRet = DRV_USR_FILE_READ_FAILED; closeFile( ptFile); } } } } } return sRet; } //---------------------------------------------------------------------------------------- // Free receive mailbox //---------------------------------------------------------------------------------------- short FreeRecvMailbox( unsigned short usDevNumber) { // Read all messages from the device MSG_STRUC tRecvMsg; unsigned short usDevState, usHostState, usIdx; short sRet; // Read until no msg available usIdx = 0; do { if ( (sRet = DevGetMBXState( usDevNumber, &usDevState, &usHostState)) != DRV_NO_ERROR) { // Something wrong, end function break; } else { // Check if message available if ( usHostState == HOST_MBX_FULL) { // Read message and throw away DevGetMessage( usDevNumber, sizeof(MSG_STRUC), &tRecvMsg, 100L); } else { break; } } usIdx++; } while ( usIdx < 150); // A maximum of 150 times return sRet; } //---------------------------------------------------------------------------------------- // Create checksum //---------------------------------------------------------------------------------------- unsigned short CreateChecksum( unsigned char *pabData, long lDataLen, MSG_STRUC *ptSendMsg) { long lIdx, lTempLen; unsigned short usCheckSum, usTemp; unsigned char *pByte; // Create length for checksum calculating usCheckSum = 0; // Clear checksum lTempLen = lDataLen - 16384 - 64; pByte = &ptSendMsg->data[3]; // Calculate the Checksum, start with the first message Msg.d[3] up to Msg.d[64] for ( lIdx = 0; lIdx < 31; lIdx++) { usTemp = (*(pByte+1)); usTemp = (unsigned short)((usTemp << 8) | (*pByte)); usCheckSum = (unsigned short)(usCheckSum + usTemp); pByte +=2; // Next short value } pByte = &pabData[64]; // Create cheksum for the rest of the file do { usTemp = (*(pByte+1)); usTemp = (unsigned short)((usTemp << 8) | (*pByte)); usCheckSum = (unsigned short)(usCheckSum + usTemp); pByte += 2; // Next short value lTempLen-=2; } while (lTempLen > 0); // Return return usCheckSum; } //---------------------------------------------------------------------------------------- // Transfer messages //---------------------------------------------------------------------------------------- short TransferMessage( unsigned short usDevNumber, MSG_STRUC *ptSendMsg, MSG_STRUC *ptRecvMsg, long lTimeout) { long lCount = 0; short sRet = DRV_NO_ERROR; //printf("cifAPI:(1) %.2x-%.2x-%.2x-%.2x-%.2x-%.2x-%.2x - %lx\n", // ptSendMsg->tx,ptSendMsg->rx,ptSendMsg->a,ptSendMsg->b,ptSendMsg->nr,ptSendMsg->f,ptSendMsg->ln, lTimeout); if ( (sRet = DevPutMessage ( usDevNumber, ptSendMsg, TO_SEND_MSG)) == DRV_NO_ERROR) { do { if ( (sRet = DevGetMessage ( usDevNumber, sizeof(MSG_STRUC), ptRecvMsg, lTimeout)) == DRV_NO_ERROR) { //printf("cifAPI:(2) %.2x-%.2x-%.2x-%.2x-%.2x-%.2x\n", //ptRecvMsg->tx,ptRecvMsg->rx,ptRecvMsg->a,ptRecvMsg->b,ptRecvMsg->nr,ptRecvMsg->f); // Check on message errors if ( (ptRecvMsg->tx == ptSendMsg->rx) && (ptRecvMsg->rx == ptSendMsg->tx) && (ptRecvMsg->a == ptSendMsg->b) && (ptRecvMsg->b == 0) && (ptRecvMsg->nr == ptSendMsg->nr) ) { // Check on message error //printf("cifAPI:(3) %.2x-%.2x-%.2x-%.2x-%.2x-%.2x\n", // ptRecvMsg->tx,ptRecvMsg->rx,ptRecvMsg->a,ptRecvMsg->b,ptRecvMsg->nr,ptRecvMsg->f); if ( ptRecvMsg->f != 0) { sRet = (short)(ptRecvMsg->f + DRV_RCS_ERROR_OFFSET); break; } else { break; } } } // else // printf("cifAPI: else { %c-%c-%c-%c-%c-%c\n", ptRecvMsg->tx,ptRecvMsg->rx,ptRecvMsg->a,ptRecvMsg->b,ptRecvMsg->nr,ptRecvMsg->f); lCount++; } while ( lCount < 10); } //sleep(0); return sRet; } //---------------------------------------------------------------------------------------- // Read device information //---------------------------------------------------------------------------------------- short ReadDeviceInformation( unsigned short usDevNumber, const char *fileName) { long dwStrLen; short sRet; MSG_STRUC tSendMsg, tRecvMsg; DEVICE_TYPE_INFO *pInfo; memset( &tSendMsg, 0, sizeof( MSG_STRUC)); memset( &tRecvMsg, 0, sizeof( MSG_STRUC)); if ( (sRet = FreeRecvMailbox( usDevNumber)) == DRV_NO_ERROR) { // Insert data into message tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = 1; tSendMsg.nr = 0; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_SYSFKT; tSendMsg.e = 0; // Insert data tSendMsg.data[0] = MODE_GET_PROJ_WERTE_HW; if ( (sRet = TransferMessage ( usDevNumber, &tSendMsg, &tRecvMsg, TO_SEND_MSG)) == DRV_NO_ERROR) { // Check entry dwStrLen = strlen( fileName); pInfo = (DEVICE_TYPE_INFO*)&tRecvMsg.data[0]; if ( (pInfo->bHerstellerkennung != (char)(toupper( fileName[dwStrLen-3]))) || (pInfo->bDeviceType != (char)(toupper( fileName[dwStrLen-2]))) || (pInfo->bDeviceModel != (char)(toupper( fileName[dwStrLen-1]))) ) { sRet = DRV_USR_INVALID_FILETYPE; } } } return sRet; } /* ================================================================================= Function: RunFirmwareDownload Download a firmware to a device --------------------------------------------------------------------------------------- Input : usDevNumber - Device number pwFile - File name including a path *pdwBytes - Already loaded bytes Output : - Return : DRV_NO_ERROR - Download successfully ================================================================================= */ short RunFirmwareDownload( unsigned short usDevNumber, FILEDATA *ptFile, unsigned long *pdwByte) { long lFileLength, lSendLen, lActIdx; unsigned short usCheckSum, usTemp; unsigned char *pabData; MSG_STRUC tSendMsg, tRecvMsg; BOOL fRet; short sRet; unsigned long dwState = RCS_FIRST_MSK; // Load pointer to data pabData = (unsigned char*)ptFile->pabBuffer; lActIdx = 0; // Clear actual index *pdwByte = lActIdx; // Clear messages memset( &tSendMsg, 0, sizeof(MSG_STRUC)); memset( &tRecvMsg, 0, sizeof(MSG_STRUC)); // Set data length lFileLength = ptFile->lSize; // Set maximum message length if ( lFileLength > MAX_DOWNLOAD_MSG_LENGTH) lSendLen = MAX_DOWNLOAD_MSG_LENGTH; else lSendLen = lFileLength; // Set program state dwState = RCS_FIRST_MSK; fRet = TRUE; // Run download do { switch ( dwState) { //-------------------------- // Send first message //-------------------------- case RCS_FIRST_MSK: // Set HOST_READY for download, maybe it is disabled sRet = DevSetHostState( usDevNumber, HOST_READY, 0L); // Insert data into message tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = 65; tSendMsg.nr = 1; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_LOADFKT; tSendMsg.e = RCS_FIRST_MSK; // Insert data tSendMsg.data[0] = 6; memcpy( &tSendMsg.data[3], "RCSCODE", 7); usTemp = (unsigned short)( lFileLength / 16); tSendMsg.data[13] = (unsigned char)(usTemp & 0x00FF); tSendMsg.data[14] = (unsigned char)((usTemp >> 8) & 0x00FF); tSendMsg.data[15] = 6; memcpy( &tSendMsg.data[17], "RCSCODE", 7); tSendMsg.data[27] = 255; tSendMsg.data[49] = 255; // Create check sum usCheckSum = CreateChecksum( pabData, lFileLength, &tSendMsg); // Insert check sum tSendMsg.data[1] = (unsigned char)(usCheckSum & 0x00FF); tSendMsg.data[2] = (unsigned char)((usCheckSum >> 8) & 0x00FF); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_1ST_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { // ---------------------------- // Message send second message // ---------------------------- // Save fimware length given in this RCS message // Set download length to this size lFileLength = *(long*)(&tRecvMsg.data[0]); // Send next message tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_LOADFKT; tSendMsg.e = RCS_CONT_MSK; // Set byte 0 to 63 to byte 1 to 65 of the 1st message memcpy ( &tSendMsg.data[0], &tSendMsg.data[1], 64); // Insert byte 64 to 239 from the abData[64] memcpy ( &tSendMsg.data[64], &pabData[64], (unsigned char)(lSendLen - 64)); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_1ST_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { // No error, send next message lActIdx += lSendLen; // Add send size to actual index *pdwByte = lActIdx; // Calculate next message length if ( lFileLength <= (lSendLen + lActIdx)) { lSendLen = lFileLength - lActIdx; // Set length to rest of data dwState = RCS_LAST_MSK; } else { dwState = RCS_CONT_MSK; } } } break; //-------------------------- // Send continue message //-------------------------- case RCS_CONT_MSK: tSendMsg.e = RCS_CONT_MSK; tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; // Send next message memcpy ( &tSendMsg.data[0], &pabData[lActIdx], lSendLen); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_CONT_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { //printf("(A)===========================flen = %ld, Sndlen = %ld, ActIdx = %ld\n", lFileLength, lSendLen, lActIdx); // No error, send next message lActIdx += lSendLen; // Add send size to actual index *pdwByte = lActIdx; // Calculate next message length if ( lFileLength <= (lSendLen + lActIdx)) { lSendLen = lFileLength - lActIdx; // Set length to rest of data dwState = RCS_LAST_MSK; } else { dwState = RCS_CONT_MSK; } } break; //-------------------------- // Send last message //-------------------------- case RCS_LAST_MSK: tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; tSendMsg.e = RCS_LAST_MSK; memcpy ( &tSendMsg.data[0], &pabData[lActIdx] , lSendLen); // Process message sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_LAST_MSG); *pdwByte = (lActIdx + lSendLen); fRet = FALSE; // END after last message break; default: // unkonwn, leave command sRet = DRV_DEV_FUNCTION_FAILED; fRet = FALSE; break; } } while ( fRet == TRUE); return sRet; } /* ================================================================================= Function: RunConfigDownload Download a configuration to a device --------------------------------------------------------------------------------------- Input : usDevNumber - Device number pwFile - File name including a path *pdwBytes - Already loaded bytes Output : - Return : DRV_NO_ERROR - Download successfully ================================================================================= */ short RunConfigDownload( unsigned short usDevNumber, FILEDATA *ptFile, unsigned long *pdwByte) { unsigned long dwState; long lSendLen, lActIdx, lOffset, lFileLength; unsigned char *pabData; MSG_STRUC tSendMsg, tRecvMsg; BOOL fRet; short sRet = DRV_NO_ERROR; unsigned char ab1StMsgBuf1[16]; unsigned char ab1StMsgBuf2[60]; // Load pointer to data pabData = (unsigned char*)ptFile->pabBuffer; // Clear messages memset( &tSendMsg, 0, sizeof(MSG_STRUC)); memset( &tRecvMsg, 0, sizeof(MSG_STRUC)); // Craete 1st data buffer from DBM file memcpy( &ab1StMsgBuf1[0], &pabData[44], 16); // Craete 2nd data buffer from DBM file lOffset = (*(long*)(&pabData[40])) + ((*(short*)(&pabData[60])) * 2) + 14 ; lOffset = (*(long*)(&pabData[40])) + ((*(short*)(&pabData[lOffset])) *2) + 12 ; memcpy( &ab1StMsgBuf2[0], &pabData[lOffset], sizeof(ab1StMsgBuf2)); // Set data length lFileLength = ptFile->lSize; // Set maximum message length if ( lFileLength > MAX_DOWNLOAD_MSG_LENGTH) lSendLen = MAX_DOWNLOAD_MSG_LENGTH; else lSendLen = lFileLength; lActIdx = 0; *pdwByte = lActIdx; // Set program state dwState = RCS_FIRST_MSK; fRet = TRUE; do { switch ( dwState) { //-------------------------- // Send first message //-------------------------- case RCS_FIRST_MSK: // Send first message // Set HOST_READY for download, maybe it is disabled sRet = DevSetHostState( usDevNumber, HOST_READY, 0L); // Insert data into message tSendMsg.rx = RCS_TASK; // Receiver task number tSendMsg.tx = MSG_SYSTEM_TX; // Transmitter task number tSendMsg.ln = 51; // Message length first message tSendMsg.nr = 1; // Message number tSendMsg.a = 0; // Answer byte cleared tSendMsg.f = 0; // Error byte cleared tSendMsg.b = RCS_B_LOADFKT; // Function code tSendMsg.e = RCS_FIRST_MSK; // First message tSendMsg.data[0] = MODE_DOWNLOAD_DBM; // Download a configuration file // Copy buffer 1st to message memcpy ( &tSendMsg.data[1], &ab1StMsgBuf1[0], sizeof(ab1StMsgBuf1)); // Copy buffer 2nd to message, 34 Byte memcpy ( &tSendMsg.data[17], &ab1StMsgBuf2[0], 34); //printf("cifAPI: %ld\n", dwState); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_1ST_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { // Set Index for next message, start at offset 44 lActIdx = 44; *pdwByte = lActIdx; // Message send, goto next message *pdwByte = lFileLength; dwState = RCS_CONT_MSK; } break; //-------------------------- // Send continue message //-------------------------- case RCS_CONT_MSK: //printf("cifAPI: (case RCS_CONT_MSK:) %ld\n", lActIdx); // Insert data into message tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_LOADFKT; tSendMsg.e = RCS_CONT_MSK; memcpy ( &tSendMsg.data[0], &pabData[lActIdx] , lSendLen); // Process message if ( (sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_CONT_MSG)) != DRV_NO_ERROR ) { // Could not process this message fRet = FALSE; } else { // No error, send next message lActIdx += lSendLen; // Add send size to actual index *pdwByte = lActIdx; // Calculate next message length if ( lFileLength <= (lSendLen + lActIdx)) { lSendLen = lFileLength - lActIdx; // Set length to rest of data dwState = RCS_LAST_MSK; // Set to last mask } else { // Continue message dwState = RCS_CONT_MSK; } } break; //-------------------------- // Send last message //-------------------------- case RCS_LAST_MSK: // Insert message data tSendMsg.rx = RCS_TASK; tSendMsg.tx = MSG_SYSTEM_TX; tSendMsg.ln = (unsigned char)lSendLen; tSendMsg.nr = ++tSendMsg.nr; tSendMsg.a = 0; tSendMsg.f = 0; tSendMsg.b = RCS_B_LOADFKT; tSendMsg.e = RCS_LAST_MSK; memcpy ( &tSendMsg.data[0], &pabData[lActIdx] , lSendLen); // Process message sRet = TransferMessage( usDevNumber, &tSendMsg, &tRecvMsg, TO_LAST_MSG); *pdwByte = (lActIdx + lSendLen); fRet = FALSE; // END after last message break; default: // unkonwn, leave command sRet = DRV_DEV_FUNCTION_FAILED; fRet = FALSE; break; } } while (fRet == TRUE); return sRet; } /* ================================================================================= Function: FirmwareDownload Download a firmware file to a device --------------------------------------------------------------------------------------- Input : usDevNumber - Device number pwFile - File name including a path *pdwBytes - Already loaded bytes Output : - Return : DRV_NO_ERROR - Download successfully ================================================================================= */ short FirmwareDownload ( unsigned short usDevNumber, const char *fileName, unsigned long *pdwByte) { short sRet = DRV_NO_ERROR; FILEDATA tFileData; // Read Device Information if ( (sRet = ReadDeviceInformation( usDevNumber, fileName)) == DRV_NO_ERROR) { // Firmware name is OK if ( (sRet = openFile ( fileName, &tFileData)) == DRV_NO_ERROR) { // Firmware file opened and loaded into RAM sRet = RunFirmwareDownload( usDevNumber, &tFileData, pdwByte); closeFile ( &tFileData); } } return sRet; } /* ================================================================================= Function: ConfigDownload Download a configuration file created by SyCon to a device --------------------------------------------------------------------------------------- Input : usDevNumber - Device number pwFile - File name including a path *pdwBytes - Already loaded bytes Output : - Return : DRV_NO_ERROR - Download successfully ================================================================================= */ short ConfigDownload( unsigned short usDevNumber, const char *fileName, unsigned long *pdwByte) { unsigned short sRet = DRV_NO_ERROR; FILEDATA tFileData; if ( (sRet = openFile ( fileName, &tFileData)) == DRV_NO_ERROR) { // Configuration file opened and loaded into RAM sRet = RunConfigDownload( usDevNumber, &tFileData, pdwByte); closeFile ( &tFileData); } return sRet; } /* ================================================================================= Function: DevDownload Download a firmware or configuration file --------------------------------------------------------------------------------------- Input : usDevNumber - number of the DEV board (0..3) usMode - 1 = FIRMWARE_DOWNLOAD, 2 = CONFIGURATION_DOWNLOAD *pdwBytes - Amount of bytes sended Output : - Return : DRV_NO_ERROR - function successfull != DRV_NO_ERROR - function failed ================================================================================= */ short DevDownload ( unsigned short usDevNumber, unsigned short usMode, unsigned char *pszFileName, long *pdwBytes) { short sRet = DRV_NO_ERROR; // valid handle available, driver is open if ( hDevDrv == INVALID_HANDLE_VALUE) { sRet = DRV_USR_NOT_INITIALIZED; } else if ( usDevNumber >= MAX_DEV_BOARDS) { sRet = DRV_USR_DEV_NUMBER_INVALID; } else if ( (pdwBytes == NULL) || (pszFileName == NULL) || (pdwBytes == NULL) ) { sRet = DRV_USR_BUF_PTR_NULL; } else if ( strlen( (const char*)pszFileName) == 0) { sRet = DRV_USR_FILENAME_INVALID; } else { switch ( usMode) { case FIRMWARE_DOWNLOAD: sRet = FirmwareDownload( usDevNumber, (const char*)pszFileName, pdwBytes); break; case CONFIGURATION_DOWNLOAD: sRet = ConfigDownload( usDevNumber, (const char*)pszFileName, pdwBytes); break; default: sRet = DRV_USR_MODE_INVALID; } // end switch } return sRet; } cifv1003/test/defines.h0100644000000000000000000000076607153443032013567 0ustar rootroot/* prevent multiple inclusion */ #ifndef DRVSUDEF_H_INCLUDED #define DRVSUDEF_H_INCLUDED /* Device state flags */ #define DRV_OPEN 0x8000 #define DEV_INIT 0x0100 #define DEV_INFO 0x0200 #define DEV_INFO_FI 0x0400 #define HOST_RDY 0x0800 #define BOARD_0 0x0001 #define BOARD_1 0x0002 #define BOARD_2 0x0004 #define BOARD_3 0x0008 #endif // DRVSUDEF_H_INCLUDED cifv1003/test/filesel.c0100644000000000000000000000325107160127471013564 0ustar rootroot/* * File selection dialog */ #include #include #include static GtkWidget *filew; static char *sFilename = NULL; void file_ok_sel (GtkWidget *w, GtkFileSelection *fs) { char *sTempFile; /* --- Get the name --- */ sTempFile = gtk_file_selection_get_filename (GTK_FILE_SELECTION (fs)); /* --- Allocate space and save it.--- */ sFilename = malloc (sizeof (char) * (strlen (sTempFile) + 1)); strcpy (sFilename, sTempFile); /* --- Destroy the file selection --- */ gtk_widget_destroy (filew); } int CloseDialog (GtkWidget *widget, gpointer *data) { return (FALSE); } int DestroyDialog (GtkWidget *widget, gpointer *data) { gtk_grab_remove (widget); gtk_main_quit (); return (FALSE); } char *GetFilename (char *sTitle) { if (sFilename) { free (sFilename); sFilename = NULL; } filew = gtk_file_selection_new (sTitle); gtk_signal_connect (GTK_OBJECT (filew), "delete_event", (GtkSignalFunc) CloseDialog, &filew); gtk_signal_connect (GTK_OBJECT (filew), "destroy", (GtkSignalFunc) DestroyDialog, &filew); gtk_signal_connect ( GTK_OBJECT (GTK_FILE_SELECTION (filew)->ok_button), "clicked", (GtkSignalFunc) file_ok_sel, filew ); gtk_signal_connect_object ( GTK_OBJECT (GTK_FILE_SELECTION (filew)->cancel_button), "clicked", (GtkSignalFunc) gtk_widget_destroy, GTK_OBJECT (filew)); gtk_file_selection_set_filename (GTK_FILE_SELECTION(filew), ""); gtk_widget_show (filew); gtk_grab_add (filew); gtk_main (); return (sFilename); } cifv1003/test/main.c0100644000000000000000000001650007213664360013070 0ustar rootroot#include #include #include #include #include #include #include "../inc/ciftypes.h" #include "../inc/cifuser.h" /* Include file for device driver API */ BOOL fQuitting = FALSE; // needed in PageSwitch() char *GetFilename (char *sTitle); void SelectMenu (GtkWidget *widget, gpointer data); void DeSelectMenu (GtkWidget *widget, gpointer data); void CreateToolbar (GtkWidget *vbox_main); void SetMenuButton (char *szButton, int nState) ; void CreateNotebook (GtkWidget *window); void SetToolbarButton (char *szButton, int nState); static void CreateMainWindow (); GtkWidget *CreateCombobox (); GtkWidget *CreateMenuItem (GtkWidget *menu, char *szName, char *szAccel, char *szTip, GtkSignalFunc func, gpointer data); GtkWidget *CreateSubMenu (GtkWidget *menubar, char *szName); GtkWidget *CreateBarSubMenu (GtkWidget *menu, char *szName); GtkWidget *menuRed, *menuBlue, *menuGreen, *menuColor, *menuBold, *menuItalics, *menuUnderline; GtkWidget *toolbar, *tool_bold, *tool_italics, *tool_underline, *toolbar; GtkAccelGroup *accelerator_table; GtkWidget *win_main; GtkTooltips *tooltips; extern void Popup (char *szMessage); extern void DlgQuit (GtkWidget *, gpointer); extern void ClosingDialog (GtkWidget *, gpointer); extern char pabDrvVersion[17]; extern gint pExIORcvTimer, pExIOSndTimer; extern BOOL fExIORcvTimer, fExIOSndTimer; extern gint pMsgTimer; extern BOOL fMsgTimer; extern unsigned short usBoardAct; gint EndProgram () { short sRet; char buff[96]; if( usBoardAct != 0xFFFF) { if ( (sRet = DevExitBoard(usBoardAct)) != 0) {//DRV_NO_ERROR) { g_snprintf(buff, 56, " Error in DevExitBoard(). (Error: %d)", sRet); Popup( buff); } if ( (sRet = DevCloseDriver(usBoardAct)) != 0) {//DRV_NO_ERROR) { g_snprintf(buff, 60, " Error in DevCloseDriver(). (Error: %d)", sRet); Popup( buff); } } if ( fExIORcvTimer) { gtk_timeout_remove ( pExIORcvTimer); fExIORcvTimer = FALSE; } if ( fExIOSndTimer) { gtk_timeout_remove ( pExIOSndTimer); fExIORcvTimer = FALSE; } if ( fMsgTimer) { gtk_timeout_remove ( pMsgTimer); fMsgTimer = FALSE; } fQuitting = TRUE; // because of next line, prevent PageSwitch do nonsense gtk_main_quit (); // implies recursive PageSwitch()'es return (FALSE); } int main (int argc, char *argv[]) { gtk_init (&argc, &argv); tooltips = gtk_tooltips_new(); CreateMainWindow (); gtk_main(); return 0; } void QuitFunc (GtkWidget *widget, gpointer data) { EndProgram(); } void DlgAbout (char *szMessage)//, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *button, *hbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "About"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("CIF Device Driver Test Program "); gtk_misc_set_alignment (GTK_MISC (label), 0, 0); gtk_widget_set_usize( label, 180, 18); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ( ""); //g_print( pabDrvVersion); gtk_misc_set_alignment (GTK_MISC (label), 0, 0); gtk_widget_set_usize( label, 200, 18); gtk_label_set_text( (GtkLabel *)label, pabDrvVersion); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Hilscher GmbH, Copyright 2000"); gtk_misc_set_alignment (GTK_MISC (label), 0, 0); gtk_widget_set_usize( label, 180, 18); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (DlgQuit), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); } static void CreateMainWindow () { GtkWidget *vbox_main; GtkWidget *menubar; GtkWidget *menu; GtkWidget *menuitem; win_main = gtk_window_new(GTK_WINDOW_TOPLEVEL); gtk_widget_set_usize(win_main, 600, 340); gtk_window_set_title (GTK_WINDOW (win_main), "CIF device Driver Setup and Test Program"); gtk_container_border_width (GTK_CONTAINER (win_main), 0); accelerator_table = gtk_accel_group_new (); gtk_signal_connect (GTK_OBJECT (win_main), "delete_event", GTK_SIGNAL_FUNC (EndProgram), NULL); vbox_main = gtk_vbox_new (FALSE, 0); gtk_container_add (GTK_CONTAINER (win_main), vbox_main); gtk_widget_show (vbox_main); gtk_widget_show (win_main); menubar = gtk_menu_bar_new (); gtk_box_pack_start (GTK_BOX (vbox_main), menubar, FALSE, TRUE, 0); gtk_widget_show (menubar); menu = CreateBarSubMenu (menubar, "File"); menuitem = CreateMenuItem (menu, NULL, NULL, NULL, NULL, NULL); menuitem = CreateMenuItem (menu, "Quit", "", "Quit CIF Driver Setup and Test Program", GTK_SIGNAL_FUNC (QuitFunc), "quit"); menuitem = CreateMenuItem (menu, "About", "", "", GTK_SIGNAL_FUNC (DlgAbout), "About"); CreateNotebook (vbox_main); } void ButtonClicked (GtkWidget *widget, gpointer data) { int nState = GTK_TOGGLE_BUTTON (widget)->active; SetMenuButton ((char *) data, nState); } void SelectMenu (GtkWidget *widget, gpointer data) { GtkToggleButton *button = NULL; char *szButton; int nState = GTK_CHECK_MENU_ITEM (widget)->active; szButton = (char *) data; //printf ("select menu %s - %d\n", szButton, nState); if (!strcmp (szButton, "bold")) { button = GTK_TOGGLE_BUTTON (tool_bold); } else if (!strcmp (szButton, "italics")) { button = GTK_TOGGLE_BUTTON (tool_italics); } else if (!strcmp (szButton, "underline")) { button = GTK_TOGGLE_BUTTON (tool_underline); } if (button) { gtk_toggle_button_set_state (button, nState); } } void SetMenuButton (char *szButton, int nState) { GtkCheckMenuItem *check = NULL; //printf ("check_menu_set_state - %d\n", nState); if (!strcmp (szButton, "bold")) { check = GTK_CHECK_MENU_ITEM(menuBold); } else if (!strcmp (szButton, "italics")) { check = GTK_CHECK_MENU_ITEM(menuItalics); } else if (!strcmp (szButton, "underline")) { check = GTK_CHECK_MENU_ITEM(menuUnderline); } if (check) { gtk_check_menu_item_set_state (check, nState); } } cifv1003/test/misc.c0100644000000000000000000001356507133246022013077 0ustar rootroot/* * Sample GUI application front end. * * Auth: Eric Harlow * */ #include #include #include extern GtkWidget *win_main; extern GtkAccelGroup *accelerator_table; extern GtkTooltips *tooltips; /* * CreateWidgetFromXpm * * Using the window information and the string with the icon color/data, * create a widget that represents the data. Once done, this widget can * be added to buttons or other container widgets. */ GtkWidget *CreateWidgetFromXpm (GtkWidget *window, gchar **xpm_data) { GdkBitmap *mask; GdkPixmap *pixmap_data; GtkWidget *pixmap_widget; pixmap_data = gdk_pixmap_create_from_xpm_d ( win_main->window, &mask, NULL, (gchar **) xpm_data); pixmap_widget = gtk_pixmap_new (pixmap_data, mask); gtk_widget_show (pixmap_widget); return (pixmap_widget); } /* * CreateMenuItem * * Creates an item and puts it in the menu and returns the item. * * menu - container menu * szName - Name of the menu - NULL for a separator * szAccel - Acceleration string - "^C" for Control-C * szTip - Tool tips * func - Call back function * data - call back function data * * returns new menuitem */ GtkWidget *CreateMenuItem (GtkWidget *menu, char *szName, char *szAccel, char *szTip, GtkSignalFunc func, gpointer data) { GtkWidget *menuitem; /* --- If there's a name, create the item and put a * --- Signal handler on it. */ if (szName && strlen (szName)) { menuitem = gtk_menu_item_new_with_label (szName); gtk_signal_connect (GTK_OBJECT (menuitem), "activate", GTK_SIGNAL_FUNC(func), data); } else { /* --- Create a separator --- */ menuitem = gtk_menu_item_new (); } /* --- Add menu item to the menu and show it. --- */ gtk_menu_append (GTK_MENU (menu), menuitem); gtk_widget_show (menuitem); /* --- If there was an accelerator --- */ if (szAccel && szAccel[0] == '^') { gtk_widget_add_accelerator (menuitem, "activate", accelerator_table, szAccel[1], GDK_CONTROL_MASK, GTK_ACCEL_VISIBLE); } /* --- If there was a tool tip --- */ if (szTip && strlen (szTip)) { gtk_tooltips_set_tip (tooltips, menuitem, szTip, NULL); } return (menuitem); } /* * CreateMenuCheck * * Create a menu checkbox * * menu - container menu * szName - name of the menu * func - Call back function. * data - call back function data * * returns new menuitem */ GtkWidget *CreateMenuCheck (GtkWidget *menu, char *szName, GtkSignalFunc func, gpointer data) { GtkWidget *menuitem; /* --- Create menu item --- */ menuitem = gtk_check_menu_item_new_with_label (szName); /* --- Add it to the menu --- */ gtk_menu_append (GTK_MENU (menu), menuitem); gtk_widget_show (menuitem); /* --- Listen for "toggled" messages --- */ gtk_signal_connect (GTK_OBJECT (menuitem), "toggled", GTK_SIGNAL_FUNC(func), data); return (menuitem); } /* * CreateMenuRadio * * Create a menu radio * * menu - container menu * szName - name of the menu * func - Call back function. * data - call back function data * * returns new menuitem */ GtkWidget *CreateMenuRadio (GtkWidget *menu, char *szName, GSList **group, GtkSignalFunc func, gpointer data) { GtkWidget *menuitem; /* --- Create menu item --- */ menuitem = gtk_radio_menu_item_new_with_label (*group, szName); *group = gtk_radio_menu_item_group (GTK_RADIO_MENU_ITEM (menuitem)); /* --- Add it to the menu --- */ gtk_menu_append (GTK_MENU (menu), menuitem); gtk_widget_show (menuitem); /* --- Listen for "toggled" messages --- */ gtk_signal_connect (GTK_OBJECT (menuitem), "toggled", GTK_SIGNAL_FUNC(func), data); return (menuitem); } /* * CreateSubMenu * * Create a submenu off the menubar. * * menubar - obviously, the menu bar. * szName - Label given to the new submenu * * returns new menu widget */ GtkWidget *CreateSubMenu (GtkWidget *menubar, char *szName) { GtkWidget *menuitem; GtkWidget *menu; /* --- Create menu --- */ menuitem = gtk_menu_item_new_with_label (szName); /* --- Add it to the menubar --- */ gtk_widget_show (menuitem); gtk_menu_append (GTK_MENU (menubar), menuitem); /* --- Get a menu and attach to the menuitem --- */ menu = gtk_menu_new (); gtk_menu_item_set_submenu (GTK_MENU_ITEM (menuitem), menu); /* --- Viola! --- */ return (menu); } /* * CreateBarSubMenu * * Create a submenu within an existing submenu. (In other words, it's not * the menubar.) * * menu - existing submenu * szName - label to be given to the new submenu off of this submenu * * returns new menu widget */ GtkWidget *CreateBarSubMenu (GtkWidget *menu, char *szName) { GtkWidget *menuitem; GtkWidget *submenu; /* --- Create menu --- */ menuitem = gtk_menu_item_new_with_label (szName); /* --- Add it to the menubar --- */ gtk_menu_bar_append (GTK_MENU_BAR (menu), menuitem); gtk_widget_show (menuitem); /* --- Get a menu and attach to the menuitem --- */ submenu = gtk_menu_new (); gtk_menu_item_set_submenu (GTK_MENU_ITEM (menuitem), submenu); /* --- Viola! --- */ return (submenu); } cifv1003/test/nvr_user.h0100644000000000000000000000674307133246030014013 0ustar rootroot/* ******************************************************************* FILENAME : NVR_USER.H ------------------------------------------------------------------------- CREATED BY : R. Mayer, Hilscher GmbH CREATED AT : 29.05.96 PROJECT : NVR ========================================================================= FUNCTION : User interface NVR protocol ========================================================================= CHANGES OF REVISIONS : Version Name Date Change ------------------------------------------------------------------------- V1.000 Mayer 29.05.96 Created ******************************************************************** */ #if defined( _MSC_VER) /* Microsoft C */ #pragma pack(1) /* Byte Alignment */ #endif /* ======================================================================== */ /* Protocol definition */ /* ======================================================================== */ #define NVR_MODE_MSB_LSB 0 #define NVR_MODE_LSB_MSB 1 #define NVR_MODE_BYTE 2 #define NVR_MODE_TRANSPARENT 3 /* ======================================================================== */ /* Protocol parameter structure */ /* ======================================================================== */ typedef struct NVR_PARAMETRtag { unsigned char bScl; /* Communication line number */ unsigned char bRtsControl; /* RTS control */ unsigned char bBaudrate; /* Baudrate */ unsigned char bDataBits; /* Number of data bits */ unsigned char bStopBits; /* Number of stop bits */ unsigned char bParityBit; /* Parity */ unsigned char bPriority; /* Priority */ unsigned short usTimeout; /* Timeout */ unsigned char bReceiveMode; /* Receive mode */ unsigned char bSendMode; /* Send mode */ unsigned char bErrorLed; /* Mode of the error LED */ } NVR_PARAMETER; /* ======================================================================== */ /* Protocol task state structure */ /* ======================================================================== */ typedef struct NVR_STATEtag { unsigned char bTaskState; /* Task state */ unsigned long ulTxCount; /* Transmitt telegram count */ unsigned long ulRxCount; /* Receive telegram count */ unsigned char bTxRetryCount; /* Number of transmitt retries */ unsigned char bRxRetryCount; /* Number of receive retries */ unsigned short usTxErrorCount; /* Transmitt error count */ unsigned short usRxErrorCount; /* Receive error count */ unsigned short usErrorBits; /* Error bits */ unsigned char bError; /* Last error */ } NVR_STATE; #if defined( _MSC_VER) /* Microsoft C */ #pragma pack() /* Byte Alignment */ #endif cifv1003/test/pageDrvFun.c0100644000000000000000000022736507215177744014231 0ustar rootroot//////////////////////////////////////////////////////////////////// // pageDrvFun.c ///////////////////////////////////////////////////////////////////// #include #include #include #include #include #include "../inc/ciftypes.h" #include "../inc/cifuser.h" /* Include file for device driver API */ #include "rcs_user.h" /* Include file for RCS definition */ #include "asc_user.h" /* Include file for ASCII protocols */ #include "nvr_user.h" /* Include file for 3964R protocol */ #include "defines.h" /* Include file for 3964R protocol */ extern unsigned short DEV_INFO_FLAGS; extern char *GetFilename(char *); extern BOOL StringToHex ( char *, unsigned short, unsigned char *, unsigned short *, GtkStatusbar *, gint); extern void HexToTextBox( GtkText *, gshort, unsigned char *); /*{{ DrvFunPage */ gint TimerWdog; BOOL fTimerWdog = FALSE; unsigned char WATCHDOG_TRIGGER = WATCHDOG_STOP; void DlgResetDev (char *szMessage, void (*YesFunc)(), void (*NoFunc)()); GtkWidget *CreateMenuCombobox (); GtkWidget *CrMenuComboGTSKS (); GtkWidget *CrMenuComboGTSKP (); GtkWidget *CrMenuComboPTSKP (); GtkWidget *CrMenuComboSHS (); GtkWidget *DrvFunPage = NULL; GtkWidget *DevMBXData, *HOSTMBXData; gint context_id_DrvFun; GtkWidget *status_bar_DrvFun; GtkWidget *MBXStateDEV, *MBXStateHOST, *CtrlState, *WdogVal, *WdogInterv, *StartWdog; GtkWidget *ReadSndData, *ReadSndOff, *ReadSndLen, *RWRawOff, *RWRawLen, *RWRawWData, *RWRawRData; GtkWidget *ResetTimeout, *TASKStateSize, *valTaskState, *TaskParamSize, *valTaskParam, *TaskParamSizePut, *valTaskParamPut; gshort usResetFun = COLDSTART; gshort usHostState = HOST_READY; gshort usRWRfun = PARAMETER_READ; // PARAMETER_WRITE gshort usSpCtrlState = SPECIAL_CONTROL_SET;// SPECIAL_CONTROL_CLEAR unsigned short usTASKStateArea = 1, usTaskParamArea = 1; unsigned short usTASKStateSize = 64, usTASKParamSize = 64, usTASKParamSizePut = 64; long lTimeout = 10000; // Reset timeout /*}} DrvFunPage */ void CloseDialog_ (GtkWidget *widget, gpointer data) { gtk_widget_destroy (GTK_WIDGET (data)); } void CloseTriggerWatchdogDialog_ (GtkWidget *widget, gpointer data) { if ( fTimerWdog) { gtk_timeout_remove( TimerWdog); fTimerWdog = FALSE; WATCHDOG_TRIGGER = WATCHDOG_STOP; } gtk_widget_destroy (GTK_WIDGET (data)); } void ClosingDialog (GtkWidget *widget, gpointer data) { if ( fTimerWdog) { gtk_timeout_remove( TimerWdog); fTimerWdog = FALSE; } gtk_grab_remove (GTK_WIDGET (widget)); } void DlgQuit (GtkWidget *widget, gpointer data) { if ( fTimerWdog) { gtk_timeout_remove( TimerWdog); fTimerWdog = FALSE; } gtk_widget_destroy (GTK_WIDGET (data)); } void Popup (char *szMessage) { static GtkWidget *label; GtkWidget *button; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "Popup"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); label = gtk_label_new (szMessage); gtk_misc_set_padding (GTK_MISC (label), 10, 10); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->vbox), label, TRUE, TRUE, 0); gtk_widget_show (label); button = gtk_button_new_with_label ("Ok"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (CloseDialog_), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void combo_ResetFunSel (GtkWidget *widget, gpointer *data) { usResetFun = (gint)data; } void combo_HStateSelect (GtkWidget *widget, gpointer *data) { usHostState = (gint)data; } void combo_TStateSelect (GtkWidget *widget, gpointer *data) { usTASKStateArea = (gint)data; } void combo_TParamSelect (GtkWidget *widget, gpointer *data) { usTaskParamArea = (gint)data; } GtkWidget *make_menu_item( gchar *name, GtkSignalFunc callback, gpointer data ) { GtkWidget *item; item = gtk_menu_item_new_with_label (name); gtk_signal_connect (GTK_OBJECT (item), "activate", callback, data); gtk_widget_show (item); return(item); } GtkWidget *CreateMenuCombobox () { //#define NUM_COMBO_ITEMS 3 // char *state_list[NUM_COMBO_ITEMS] = { "COLDSTART", // "WARMSTART", // "BOOTSTART" }; GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); usResetFun = COLDSTART; menuitem = make_menu_item ("COLDSTART", GTK_SIGNAL_FUNC (combo_ResetFunSel), GINT_TO_POINTER(COLDSTART)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("WARMSTART", GTK_SIGNAL_FUNC (combo_ResetFunSel), GINT_TO_POINTER(WARMSTART)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("BOOTSTART", GTK_SIGNAL_FUNC (combo_ResetFunSel), GINT_TO_POINTER(BOOTSTART)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } GtkWidget *CrMenuComboSHS () { GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); usHostState = HOST_READY; menuitem = make_menu_item ("HOST_READY", GTK_SIGNAL_FUNC (combo_HStateSelect), GINT_TO_POINTER(HOST_READY)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("HOST_NOT_READY", GTK_SIGNAL_FUNC (combo_HStateSelect), GINT_TO_POINTER(HOST_NOT_READY)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } GtkWidget *CrMenuComboPTSKP () { GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); usTaskParamArea = 1; menuitem = make_menu_item ("TASK1", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 1)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("TASK2", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 2)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("TASK3", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 3)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("TASK4", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 4)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("TASK5", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 5)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("TASK6", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 6)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("TASK7", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 7)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } GtkWidget *CrMenuComboGTSKP () { GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; usTaskParamArea = 1; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); menuitem = make_menu_item ("TASK1", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 1)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("TASK2", GTK_SIGNAL_FUNC (combo_TParamSelect), GINT_TO_POINTER( 2)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } GtkWidget *CrMenuComboGTSKS () { GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); usTASKStateArea = 1; menuitem = make_menu_item ("TASK1", GTK_SIGNAL_FUNC (combo_TStateSelect), GINT_TO_POINTER( 1)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("TASK2", GTK_SIGNAL_FUNC (combo_TStateSelect), GINT_TO_POINTER( 2)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } void SetHOSTS (GtkWidget *widget, gpointer data) { unsigned short usBoard; short sRet; char buff[96]; gchar *str; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { str = gtk_entry_get_text (GTK_ENTRY (ResetTimeout)); sscanf(str, "%ld", &lTimeout); if ( (sRet = DevSetHostState( usBoard, usHostState, lTimeout)) != DRV_NO_ERROR) {// Show error g_snprintf(buff, 72, "Error by driver function DevSetHostState(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else {// Reset OK gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun, " DevSetHostState() OK !"); } } leave: ; } void DevReset_ (GtkWidget *widget, gpointer data) { unsigned short usBoard; short sRet; char buff[96]; gchar *str; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { str = gtk_entry_get_text (GTK_ENTRY (ResetTimeout)); sscanf(str, "%ld", &lTimeout); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " "); if ( (sRet = DevReset( usBoard, usResetFun, lTimeout)) != DRV_NO_ERROR) {// Show error g_snprintf(buff, 72, "Error by driver function DevReset(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else {// Reset OK gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " DevReset() OK !"); } } leave: ; } void DlgResetDev (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *box, *button, *hbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "Reset Device"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Function: "); gtk_widget_set_usize( label, 80, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); box = CreateMenuCombobox (); gtk_box_pack_start (GTK_BOX (hbox), box, FALSE, FALSE, 10); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Timeout: "); gtk_widget_set_usize( label, 80, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); ResetTimeout = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( ResetTimeout), "10000"); gtk_entry_set_editable(GTK_ENTRY( ResetTimeout), TRUE); gtk_box_pack_start (GTK_BOX (hbox), ResetTimeout, FALSE, FALSE, 4); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("Reset"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void ResetDev (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " invoking DevReset() function ..."); DlgResetDev ("", DevReset_, DlgQuit); } void DlgSetHostState (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *box, *button, *hbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "Set HOST state"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("State: "); gtk_widget_set_usize( label, 80, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); box = CrMenuComboSHS (); gtk_box_pack_start (GTK_BOX (hbox), box, FALSE, FALSE, 10); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Timeout: "); gtk_widget_set_usize( label, 80, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); ResetTimeout = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( ResetTimeout), "10000"); gtk_entry_set_editable(GTK_ENTRY( ResetTimeout), TRUE); gtk_box_pack_start (GTK_BOX (hbox), ResetTimeout, FALSE, FALSE, 4); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("set"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void SetHostState (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " invoking SetHostState() function ..."); DlgSetHostState ("", SetHOSTS, DlgQuit); } void DlgGetTaskState (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *box, *button, *hbox; GtkWidget *dialog_window; GdkFont *fixed_font; GtkStyle *defaultstyle, style; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "Get Task State"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("State area: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); box = CrMenuComboGTSKS (); gtk_box_pack_start (GTK_BOX (hbox), box, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("size: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); TASKStateSize = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( TASKStateSize), "64"); gtk_entry_set_editable(GTK_ENTRY( TASKStateSize), TRUE); gtk_box_pack_start (GTK_BOX (hbox), TASKStateSize, TRUE, TRUE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("value: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); valTaskState = gtk_text_new (NULL, NULL); gtk_text_set_editable (GTK_TEXT ( valTaskState), FALSE); fixed_font = gdk_font_load ("-misc-fixed-medium-r-*-*-*-100-*-*-*-*-*-*"); defaultstyle = gtk_widget_get_style( (GtkWidget *)valTaskState); style = *defaultstyle; style.font = fixed_font; gtk_widget_set_style( (GtkWidget *)valTaskState, (GtkStyle *)&style); gtk_widget_set_default_style( defaultstyle); gtk_box_pack_start (GTK_BOX (hbox), valTaskState, TRUE, TRUE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("Get"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void DoGetTaskState (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abTaskState[64]; short sRet; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { if ( (sRet = DevGetTaskState(usBoard,usTASKStateArea,usTASKStateSize,&abTaskState[0])) != DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevGetTaskState(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { HexToTextBox( (GtkText *) valTaskState, usTASKStateSize, &abTaskState[0]); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " Done"); } } leave: ; } void GetTaskState (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop (GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun," invoking DevGetTaskState() function ..."); DlgGetTaskState ("", DoGetTaskState, DlgQuit); } void WatchdogStart ( gpointer *data) { short sRet; char buff[96]; unsigned short usDevWatchDog = 0; // Watchdog value unsigned short usBoard = (gint)data; if ( (sRet = DevTriggerWatchDog( usBoard, WATCHDOG_START, &usDevWatchDog)) != DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevTriggerWatchdog(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else { g_snprintf(buff, 72, "%d", usDevWatchDog); gtk_entry_set_text( GTK_ENTRY(WdogVal), buff); } } void DoTriggerWDog (GtkWidget *widget, gpointer data) { unsigned short usBoard; unsigned short usDevWatchDog; // Watchdog value long lTime; // Intervall time short sRet; char buff[96]; gchar *str; str = gtk_entry_get_text (GTK_ENTRY (WdogInterv)); sscanf( str, "%ld", &lTime); if (lTime <= 20) {// TIMEOUT NOT ALLOWED gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "Intervall less or equal 20 ms not allowed!"); goto leave; } if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { if ( WATCHDOG_TRIGGER == WATCHDOG_START) { if ( fTimerWdog) { gtk_timeout_remove( TimerWdog); fTimerWdog = FALSE; } gtk_widget_set_name( StartWdog, "&Start watchdog"); if ( (sRet = DevTriggerWatchDog( usBoard, WATCHDOG_STOP, &usDevWatchDog)) != DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevTriggerWatchdog(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else { g_snprintf(buff, 72, "%d", usDevWatchDog); gtk_entry_set_text( GTK_ENTRY(WdogVal), buff); } WATCHDOG_TRIGGER = WATCHDOG_STOP; } else { WATCHDOG_TRIGGER = WATCHDOG_START; fTimerWdog = TRUE; gtk_widget_set_name((GtkWidget *)StartWdog, "&Stop watchdog"); TimerWdog = gtk_timeout_add( lTime, (GtkFunction)WatchdogStart, GINT_TO_POINTER( (gint)usBoard)); } } leave: ; } void DlgTriggerWDog (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *button, *hbox; GtkWidget *dialog_window; WATCHDOG_TRIGGER = WATCHDOG_STOP; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "DevTriggerWatchdog()"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Intervall: "); gtk_widget_set_usize( label, 72, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); WdogInterv = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( WdogInterv), "500"); gtk_entry_set_editable(GTK_ENTRY( WdogInterv), TRUE); gtk_box_pack_start (GTK_BOX (hbox), WdogInterv, FALSE, FALSE, 4); label = gtk_label_new ("ms"); gtk_widget_set_usize( label, 15, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 2); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Value: "); gtk_widget_set_usize( label, 72, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); WdogVal = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( WdogVal), "0"); gtk_entry_set_editable(GTK_ENTRY( WdogVal), FALSE); gtk_box_pack_start (GTK_BOX (hbox), WdogVal, FALSE, FALSE, 4); label = gtk_label_new (" "); gtk_widget_set_usize( label, 15, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 2); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); StartWdog = gtk_toggle_button_new_with_label("Start/Stop watchdog"); gtk_signal_connect (GTK_OBJECT (StartWdog), "toggled", GTK_SIGNAL_FUNC ( YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS ( StartWdog, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), StartWdog, TRUE, TRUE, 0); gtk_widget_show ( StartWdog); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void DevTriggerWatchdog (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop (GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun, " invoking DevTriggerWatchdog() function .."); DlgTriggerWDog ("", DoTriggerWDog, DlgQuit); } void DlgPutTaskParam (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *box, *button, *hbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "Put Task Parameter"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Parameter area: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); box = CrMenuComboPTSKP (); gtk_box_pack_start (GTK_BOX (hbox), box, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("size: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); TaskParamSizePut = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( TaskParamSizePut), "64"); gtk_entry_set_editable(GTK_ENTRY( TaskParamSizePut), TRUE); gtk_box_pack_start (GTK_BOX (hbox), TaskParamSizePut, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Parameter data: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); valTaskParamPut = gtk_text_new (NULL, NULL); gtk_text_set_editable (GTK_TEXT ( valTaskParamPut), TRUE); gtk_box_pack_start (GTK_BOX (hbox), valTaskParamPut, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("Put"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void DoPutTaskParam (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abTaskParam[64]; short sRet; char *chPutParam, buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { chPutParam = gtk_editable_get_chars( GTK_EDITABLE( valTaskParamPut), (gint) 0, (gint) -1); if ( StringToHex( chPutParam, sizeof(abTaskParam), &abTaskParam[0], &usTASKParamSizePut, (GtkStatusbar *)status_bar_DrvFun, context_id_DrvFun) ) { if ((sRet=DevPutTaskParameter(usBoard, usTaskParamArea, usTASKParamSizePut, &abTaskParam[0]))!=DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevPutTaskParam(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " Done"); } } } leave: ; } void PutTaskParam (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop (GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun, " Function 'PutTaskParam()' not implemented yet!"); DlgPutTaskParam ("", DoPutTaskParam, DlgQuit); } void DlgGetTaskParam (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *box, *button, *hbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "Get Task Parameter"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Parameter area: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); box = CrMenuComboGTSKP (); gtk_box_pack_start (GTK_BOX (hbox), box, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("size: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); TaskParamSize = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( TaskParamSize), "64"); gtk_entry_set_editable(GTK_ENTRY( TaskParamSize), TRUE); gtk_box_pack_start (GTK_BOX (hbox), TaskParamSize, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Parameter data: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); valTaskParam = gtk_text_new (NULL, NULL); gtk_text_set_editable (GTK_TEXT ( valTaskParam), FALSE); gtk_box_pack_start (GTK_BOX (hbox), valTaskParam, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("Get"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void DoGetTaskParam (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abTaskParam[64]; short sRet; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { if ((sRet=DevGetTaskParameter(usBoard,usTaskParamArea,usTASKParamSize,&abTaskParam[0]))!=DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevGetTaskParam(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { HexToTextBox( (GtkText *) valTaskParam, usTASKParamSize, &abTaskParam[0]); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " Done"); } } leave: ; } void GetTaskParam (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop (GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun, " invoking DevGetTaskParam() function ..."); DlgGetTaskParam ("", DoGetTaskParam, DlgQuit); } void Download (GtkWidget *widget, gpointer *data) { unsigned short usBoard; short sRet; char buff[128]; unsigned long dwNumOfBytes; char *fileName; gtk_statusbar_pop (GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun, " invoking DevDownload() function ..."); if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { fileName = GetFilename (" get file to download (*.h*, *.dbm)"); if (fileName) { if( strstr( fileName, ".DBM") || strstr( fileName, ".dbm") ) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "Downloading Configuration ..."); if ( (sRet = DevDownload ( usBoard, // Board number CONFIGURATION_DOWNLOAD, // Mode (unsigned char*)&fileName[0], // File name &dwNumOfBytes)) != DRV_NO_ERROR) { // Number of bytes transfered g_snprintf(buff, 128, "DevDownload() error: %d, \nconfiguration file: %s", sRet, fileName); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "Configuration downloaded!"); } } else if ( strstr( fileName, ".H") || strstr( fileName, ".h") ) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "Downloading Firmware ..."); if ( (sRet = DevDownload ( usBoard, FIRMWARE_DOWNLOAD, (unsigned char*)&fileName[0], &dwNumOfBytes)) != DRV_NO_ERROR) { // Number of bytes transfered g_snprintf(buff, 128, "DevDownload() error: %d, \nfirmware file: %s", sRet, fileName); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "Firmware downloaded!"); } } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "uNKNoWN file extention!"); } } } leave: ; } void GetMBXSTATE (GtkWidget *widget, gpointer data) { unsigned short usBoard; unsigned short usHOSTState; unsigned short usDEVICEState; short sRet; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { if ( (sRet = DevGetMBXState( usBoard, &usDEVICEState, &usHOSTState)) != DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevGetMBXState(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else { if ( usHOSTState == HOST_MBX_EMPTY) gtk_entry_set_text((GtkEntry *)MBXStateHOST, "Message NOT available"); else gtk_entry_set_text((GtkEntry *)MBXStateHOST, "Message available"); if ( usDEVICEState == DEVICE_MBX_EMPTY) gtk_entry_set_text((GtkEntry *)MBXStateDEV, "Device mailbox EMPTY"); else gtk_entry_set_text((GtkEntry *)MBXStateDEV, "Device mailbox FULL"); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " DevGetMBXState() OK !"); } } leave: ; } void DlgGetMBXState (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *button, *hbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "DevGetMBXState()"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Mailbox State "); gtk_widget_set_usize( label, 80, 20); gtk_box_pack_start (GTK_BOX (hbox), label, TRUE, TRUE, 4); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("DEVICE: "); gtk_widget_set_usize( label, 72, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); MBXStateDEV = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( MBXStateDEV), "UNKNOWN"); gtk_entry_set_editable(GTK_ENTRY( MBXStateDEV), TRUE); gtk_box_pack_start (GTK_BOX (hbox), MBXStateDEV, FALSE, FALSE, 4); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("HOST: "); gtk_widget_set_usize( label, 72, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 4); MBXStateHOST = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( MBXStateHOST), "UNKNOWN"); gtk_entry_set_editable(GTK_ENTRY( MBXStateHOST), TRUE); gtk_box_pack_start (GTK_BOX (hbox), MBXStateHOST, FALSE, FALSE, 4); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("get"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void GetMBXState (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " invoking GetMBXState() function ..."); DlgGetMBXState ("", GetMBXSTATE, DlgQuit); } void GetMBXDATA (GtkWidget *widget, gpointer data) { unsigned short usBoard; MSG_STRUC tDevBuffer; MSG_STRUC tHostBuffer; short sRet; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { if ( (sRet = DevGetMBXData( usBoard, sizeof( tHostBuffer), (void *)&tHostBuffer, sizeof( tDevBuffer), (void *)&tDevBuffer)) != DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevGetMBXData(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else { HexToTextBox( (GtkText *) DevMBXData, sizeof( tDevBuffer), (char *)&tDevBuffer); HexToTextBox( (GtkText *) HOSTMBXData, sizeof( tHostBuffer), (char *)&tHostBuffer); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " DevGetMBXData() OK !"); } } leave: ; } void DlgGetMBXData (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *table, *tableR; GtkWidget *vscrollbar; GtkWidget *button, *hbox, *vbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "DevGetMBXData()"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); vbox = gtk_vbox_new (FALSE, 0); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Device MBX: "); gtk_widget_set_usize( label, 72, 10); gtk_box_pack_start (GTK_BOX (vbox), label, FALSE, FALSE, 4); table = gtk_table_new (2, 2, FALSE); gtk_table_set_row_spacing (GTK_TABLE (table), 0, 2); gtk_table_set_col_spacing (GTK_TABLE (table), 0, 2); gtk_box_pack_start (GTK_BOX (vbox), table, TRUE, TRUE, 0); gtk_widget_show (table); DevMBXData = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT( DevMBXData), FALSE); gtk_table_attach (GTK_TABLE (table), DevMBXData, 0, 1, 0, 1, GTK_EXPAND | GTK_SHRINK | GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show ( DevMBXData); vscrollbar = gtk_vscrollbar_new (GTK_TEXT (DevMBXData)->vadj); gtk_table_attach (GTK_TABLE (table), vscrollbar, 1, 2, 0, 1, GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show (vscrollbar); gtk_box_pack_start (GTK_BOX (hbox), vbox, TRUE, TRUE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); vbox = gtk_vbox_new (FALSE, 0); label = gtk_label_new ("HOST MBX: "); gtk_widget_set_usize( label, 72, 10); gtk_box_pack_start (GTK_BOX (vbox), label, FALSE, FALSE, 4); tableR = gtk_table_new (2, 2, FALSE); gtk_table_set_row_spacing (GTK_TABLE (tableR), 0, 2); gtk_table_set_col_spacing (GTK_TABLE (tableR), 0, 2); gtk_box_pack_start (GTK_BOX (vbox), tableR, TRUE, TRUE, 0); gtk_widget_show (tableR); HOSTMBXData = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT( HOSTMBXData), FALSE); gtk_table_attach (GTK_TABLE (tableR), HOSTMBXData, 0, 1, 0, 1, GTK_EXPAND | GTK_SHRINK | GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show ( HOSTMBXData); vscrollbar = gtk_vscrollbar_new (GTK_TEXT (HOSTMBXData)->vadj); gtk_table_attach (GTK_TABLE (tableR), vscrollbar, 1, 2, 0, 1, GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show (vscrollbar); gtk_box_pack_start (GTK_BOX (hbox), vbox, TRUE, TRUE, 0); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("get"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void GetMBXData (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " invoking GetMBXState() function ..."); DlgGetMBXData ("", GetMBXDATA, DlgQuit); } void ReadSendDATA (GtkWidget *widget, gpointer data) { unsigned short usBoard; unsigned char abDataBuffer[512]; // Data buffer long lOffset; // Data offset long lSize; // Data size short sRet; gchar *str; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) { g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { str = gtk_entry_get_text (GTK_ENTRY (ReadSndOff)); sscanf(str, "%ld", &lOffset); str = gtk_entry_get_text (GTK_ENTRY (ReadSndLen)); sscanf(str, "%ld", &lSize); if( lSize > sizeof( abDataBuffer) || lSize == 0) { gtk_text_backward_delete ( (GtkText *) ReadSndData, gtk_text_get_length( (GtkText *) ReadSndData)); if( lSize == 0) { gtk_text_insert ( (GtkText *) ReadSndData, NULL, NULL, NULL, "\n ERROR: size is zero!", -1); g_snprintf(buff, 72, " DevReadSendData(): size is zero!"); } else { gtk_text_insert ( (GtkText *) ReadSndData, NULL, NULL, NULL, "\n ERROR: size too long!", -1); g_snprintf(buff, 72, " DevReadSendData(): size too long!"); } gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else { if ( (sRet = DevReadSendData( usBoard, (unsigned short)lOffset, (unsigned short)lSize, &abDataBuffer[0])) != DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevReadSendData(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); } else { HexToTextBox( (GtkText *) ReadSndData, lSize,///sizeof( abDataBuffer), (char *)abDataBuffer); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " DevReadSendData() OK !"); } } } leave: ; } void DlgReadSendData (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *tableR; GtkWidget *vscrollbar; GtkWidget *button, *hbox, *vbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "DevReadSendData()"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Offset: "); gtk_widget_set_usize( label, 64, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); ReadSndOff = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( ReadSndOff), "0"); gtk_entry_set_editable(GTK_ENTRY( ReadSndOff), TRUE); gtk_box_pack_start (GTK_BOX (hbox), ReadSndOff, FALSE, FALSE, 2); label = gtk_label_new ("Size: "); gtk_widget_set_usize( label, 64, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); ReadSndLen = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( ReadSndLen), "0"); gtk_entry_set_editable(GTK_ENTRY( ReadSndLen), TRUE); gtk_box_pack_start (GTK_BOX (hbox), ReadSndLen, FALSE, FALSE, 2); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); vbox = gtk_vbox_new (FALSE, 0); label = gtk_label_new ("Send data: "); gtk_widget_set_usize( label, 72, 10); gtk_box_pack_start (GTK_BOX (vbox), label, FALSE, FALSE, 4); tableR = gtk_table_new (2, 2, FALSE); gtk_table_set_row_spacing (GTK_TABLE (tableR), 0, 2); gtk_table_set_col_spacing (GTK_TABLE (tableR), 0, 2); gtk_box_pack_start (GTK_BOX (vbox), tableR, TRUE, TRUE, 0); gtk_widget_show (tableR); ReadSndData = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT( ReadSndData), FALSE); gtk_table_attach (GTK_TABLE (tableR), ReadSndData, 0, 1, 0, 1, GTK_EXPAND | GTK_SHRINK | GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show ( ReadSndData); vscrollbar = gtk_vscrollbar_new (GTK_TEXT (ReadSndData)->vadj); gtk_table_attach (GTK_TABLE (tableR), vscrollbar, 1, 2, 0, 1, GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show (vscrollbar); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), vbox); gtk_widget_show_all ( vbox); button = gtk_button_new_with_label ("get"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void ReadSendData (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " invoking DevReadSendData() function ..."); DlgReadSendData ("", ReadSendDATA, DlgQuit); } void combo_SpecialCtrl (GtkWidget *widget, gpointer *data) { usSpCtrlState = (gint)data; } GtkWidget *CrMenuComboSPC () { GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); usSpCtrlState = SPECIAL_CONTROL_SET;// SPECIAL_CONTROL_CLEAR menuitem = make_menu_item ("SPECIAL_CONTROL_SET", GTK_SIGNAL_FUNC (combo_SpecialCtrl), GINT_TO_POINTER( 1)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("SPECIAL_CONTROL_CLEAR", GTK_SIGNAL_FUNC (combo_SpecialCtrl), GINT_TO_POINTER( 2)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } void DlgSpecialCtrl (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *box, *button, *hbox; GtkWidget *dialog_window; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "SpecialControl()"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("State: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); box = CrMenuComboSPC (); gtk_box_pack_start (GTK_BOX (hbox), box, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Control State: "); gtk_widget_set_usize( label, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); CtrlState = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( CtrlState), "UNKNOWN"); gtk_entry_set_editable(GTK_ENTRY( CtrlState), TRUE); gtk_box_pack_start (GTK_BOX (hbox), CtrlState, TRUE, TRUE, 0); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), hbox); gtk_widget_show_all ( hbox); button = gtk_button_new_with_label ("Set state"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void DoSpecialCtrl (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned short usDeviceState = 1; // Device State char buff[96]; short sRet; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { if(usSpCtrlState == 1) usSpCtrlState = SPECIAL_CONTROL_SET; else usSpCtrlState = SPECIAL_CONTROL_CLEAR; if ( (sRet = DevSpecialControl( usBoard, usSpCtrlState, &usDeviceState)) != DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevSpecialControl(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { if ( usDeviceState == SPECIAL_CONTROL_SET) gtk_entry_set_text ( GTK_ENTRY(CtrlState), "SPECIAL_CONTROL_SET"); else if( usDeviceState == SPECIAL_CONTROL_CLEAR) gtk_entry_set_text( GTK_ENTRY(CtrlState), "SPECIAL_CONTROL_CLEAR"); else gtk_entry_set_text( GTK_ENTRY(CtrlState), "UNKNOWN"); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " Done"); } } leave: ; } void SetSpecialControl (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop (GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun," invoking SetSpecialCtrl() function ..."); DlgSpecialCtrl ("", DoSpecialCtrl, DlgQuit); } void combo_RWR (GtkWidget *widget, gpointer *data) { usRWRfun = (gint)data; } GtkWidget *CrMenuComboRWR () { GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); usRWRfun = PARAMETER_READ; // PARAMETER_WRITE menuitem = make_menu_item ("READ", GTK_SIGNAL_FUNC (combo_RWR), GINT_TO_POINTER( 1)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("WRITE", GTK_SIGNAL_FUNC (combo_RWR), GINT_TO_POINTER( 2)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } void DlgRWRaw (char *szMessage, void (*YesFunc)(), void (*NoFunc)()) { GtkWidget *label; GtkWidget *box, *button, *hbox, *vbox, *vbox1, *vbox2; GtkWidget *dialog_window; GtkWidget *tableW, *tableR; GtkWidget *vscrollbarW, *vscrollbarR; dialog_window = gtk_dialog_new (); gtk_signal_connect (GTK_OBJECT (dialog_window), "destroy", GTK_SIGNAL_FUNC (ClosingDialog), &dialog_window); gtk_window_set_title (GTK_WINDOW (dialog_window), "ReadWriteRaw()"); gtk_container_border_width (GTK_CONTAINER (dialog_window), 5); vbox = gtk_vbox_new (FALSE, 4); hbox = gtk_hbox_new (FALSE, 0); label = gtk_label_new ("Function: "); gtk_widget_set_usize( label, 80, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); box = CrMenuComboRWR (); gtk_box_pack_start (GTK_BOX (hbox), box, FALSE, FALSE, 0); label = gtk_label_new ("DPM offset: "); gtk_widget_set_usize( label, 80, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); RWRawOff = gtk_entry_new (); gtk_widget_set_usize( RWRawOff, 80, 20); gtk_entry_set_text (GTK_ENTRY ( RWRawOff), "0"); gtk_entry_set_editable(GTK_ENTRY( RWRawOff), TRUE); gtk_box_pack_start (GTK_BOX (hbox), RWRawOff, FALSE, FALSE, 0); label = gtk_label_new ("Length: "); gtk_widget_set_usize( label, 80, 10); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); RWRawLen = gtk_entry_new (); gtk_widget_set_usize( RWRawLen, 80, 20); gtk_entry_set_text (GTK_ENTRY ( RWRawLen), "0"); gtk_entry_set_editable(GTK_ENTRY( RWRawLen), TRUE); gtk_box_pack_start (GTK_BOX (hbox), RWRawLen, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (vbox), hbox); gtk_widget_show_all ( hbox); vbox1 = gtk_vbox_new (FALSE, 2); vbox2 = gtk_vbox_new (FALSE, 2); hbox = gtk_hbox_new (FALSE, 0); tableW = gtk_table_new (2, 2, FALSE); gtk_table_set_row_spacing (GTK_TABLE (tableW), 0, 2); gtk_table_set_col_spacing (GTK_TABLE (tableW), 0, 2); gtk_box_pack_start (GTK_BOX (vbox1), tableW, TRUE, TRUE, 0); gtk_widget_show (tableW); RWRawWData = gtk_text_new (NULL, NULL); gtk_text_set_editable (GTK_TEXT ( RWRawWData), TRUE); gtk_table_attach (GTK_TABLE (tableW), RWRawWData, 0, 1, 0, 1, GTK_EXPAND | GTK_SHRINK | GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show ( RWRawWData); vscrollbarW = gtk_vscrollbar_new (GTK_TEXT (RWRawWData)->vadj); gtk_table_attach (GTK_TABLE (tableW), vscrollbarW, 1, 2, 0, 1, GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show (vscrollbarW); label = gtk_label_new ("Write Data"); gtk_widget_set_usize( label, 80, 15); gtk_box_pack_start (GTK_BOX (vbox1), label, FALSE, FALSE, 0); tableR = gtk_table_new (2, 2, FALSE); gtk_table_set_row_spacing (GTK_TABLE (tableR), 0, 2); gtk_table_set_col_spacing (GTK_TABLE (tableR), 0, 2); gtk_box_pack_start (GTK_BOX (vbox2), tableR, TRUE, TRUE, 0); gtk_widget_show (tableR); RWRawRData = gtk_text_new (NULL, NULL); gtk_text_set_editable (GTK_TEXT ( RWRawRData), FALSE); gtk_table_attach (GTK_TABLE (tableR), RWRawRData, 0, 1, 0, 1, GTK_EXPAND | GTK_SHRINK | GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show ( RWRawRData); vscrollbarR = gtk_vscrollbar_new (GTK_TEXT (RWRawRData)->vadj); gtk_table_attach (GTK_TABLE (tableR), vscrollbarR, 1, 2, 0, 1, GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show (vscrollbarR); label = gtk_label_new ("Read Data"); gtk_widget_set_usize( label, 80, 15); gtk_box_pack_start (GTK_BOX (vbox2), label, FALSE, FALSE, 0); gtk_container_add (GTK_CONTAINER (hbox), vbox1); gtk_container_add (GTK_CONTAINER (hbox), vbox2); gtk_container_add (GTK_CONTAINER (vbox), hbox); gtk_widget_show_all ( hbox); gtk_container_add (GTK_CONTAINER (GTK_DIALOG (dialog_window)->vbox), vbox); gtk_widget_show_all ( vbox); button = gtk_button_new_with_label ("Execute"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (YesFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_show (button); button = gtk_button_new_with_label ("Close"); gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (NoFunc), dialog_window); GTK_WIDGET_SET_FLAGS (button, GTK_CAN_DEFAULT); gtk_box_pack_start (GTK_BOX (GTK_DIALOG (dialog_window)->action_area), button, TRUE, TRUE, 0); gtk_widget_grab_default (button); gtk_widget_show (button); gtk_widget_show (dialog_window); gtk_grab_add (dialog_window); } void DoRWRaw (GtkWidget *widget, gpointer *data) { unsigned short usBoard; RAWDATA tDataBuffer; long lOffset; // DPM offset long lSize; // Data size short sRet; gchar *str, *chWriteRaw; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { str = gtk_entry_get_text (GTK_ENTRY ( RWRawOff)); sscanf(str, "%ld", &lOffset); str = gtk_entry_get_text (GTK_ENTRY ( RWRawLen)); sscanf(str, "%ld", &lSize); if ( (lSize + lOffset) > sizeof(RAWDATA) ) { if( usRWRfun == PARAMETER_READ) { gtk_text_backward_delete ( (GtkText *) RWRawRData, gtk_text_get_length( (GtkText *) RWRawRData)); gtk_text_insert ( (GtkText *) RWRawRData, NULL, NULL, NULL, "\n Error: size+offset beyond the range!", -1); } else if( usRWRfun == PARAMETER_WRITE) { gtk_text_backward_delete ( (GtkText *) RWRawWData, gtk_text_get_length( (GtkText *) RWRawWData)); gtk_text_insert ( (GtkText *) RWRawWData, NULL, NULL, NULL, "\n Error: size+offset beyond the range!", -1); } g_snprintf(buff, 92, "DevReadWriteRaw(). Error: size+offset beyond the range ->%d", sizeof(RAWDATA)); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); }else { switch ( usRWRfun) { case PARAMETER_READ: // Read data memset( &tDataBuffer, 0, sizeof(tDataBuffer)); if ( (sRet = DevReadWriteDPMRaw( usBoard, PARAMETER_READ, (unsigned short)lOffset, (unsigned short)lSize, &tDataBuffer.abRawData[0])) != DRV_NO_ERROR) { g_snprintf(buff, 92, "Error by driver function DevReadWriteRaw(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { HexToTextBox( (GtkText *) RWRawRData, lSize, &tDataBuffer.abRawData[0]); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " Done"); } break; case PARAMETER_WRITE: // Write data // Convert data to buffer, Read edit box chWriteRaw = gtk_editable_get_chars( GTK_EDITABLE( RWRawWData), (gint) 0, (gint) -1); if ( StringToHex( chWriteRaw, sizeof(tDataBuffer), &tDataBuffer.abRawData[0], (unsigned short*)&lSize, (GtkStatusbar *)status_bar_DrvFun, context_id_DrvFun) ) { if ( (sRet = DevReadWriteDPMRaw( usBoard, PARAMETER_WRITE, (unsigned short)lOffset, (unsigned short)lSize, &tDataBuffer.abRawData[0])) != DRV_NO_ERROR) { g_snprintf(buff, 72, "Error by driver function DevGetTaskParam(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, buff); goto leave; } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvFun), context_id_DrvFun, " Done"); } } break; default: break; } /* end switch */ } } leave: ; } void RWRaw (GtkWidget *widget, gpointer *data) { gtk_statusbar_pop (GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_DrvFun),context_id_DrvFun," invoking DevGetTaskParam() function ..."); DlgRWRaw ("", DoRWRaw, DlgQuit); } GtkWidget *create_bbox1( gint horizontal, char *title, gint spacing, gint child_w, gint child_h, gint layout, gint group ) { GtkWidget *bbox, *button; if (horizontal) bbox = gtk_hbutton_box_new (); else bbox = gtk_vbutton_box_new (); gtk_container_set_border_width (GTK_CONTAINER (bbox), 5); gtk_button_box_set_layout (GTK_BUTTON_BOX (bbox), layout); gtk_button_box_set_spacing (GTK_BUTTON_BOX (bbox), spacing); gtk_button_box_set_child_size (GTK_BUTTON_BOX (bbox), child_w, child_h); if( group == 1) { button = gtk_button_new_with_label ("DevReset()"); gtk_widget_set_usize( GTK_WIDGET( button), 140,12); // all other buttons in the box will be adjusted gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(ResetDev),NULL); button = gtk_button_new_with_label ("SetHostState()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(SetHostState),NULL); button = gtk_button_new_with_label ("GetTaskState()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetTaskState),NULL); button = gtk_button_new_with_label ("GetMBXState()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetMBXState),NULL); } else if( group == 2) { button = gtk_button_new_with_label ("GetMBXData()"); gtk_widget_set_usize( GTK_WIDGET( button), 140,12); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetMBXData),NULL); button = gtk_button_new_with_label ("ReadSendData()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(ReadSendData),NULL); button = gtk_button_new_with_label ("ReadWriteRaw()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(RWRaw),NULL); button = gtk_button_new_with_label ("DevTriggerWatchdog()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(DevTriggerWatchdog),NULL); } else if( group == 3) { button = gtk_button_new_with_label ("PutTaskParam()"); gtk_widget_set_usize( GTK_WIDGET( button), 140,12); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(PutTaskParam),NULL); button = gtk_button_new_with_label ("GetTaskParam()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetTaskParam),NULL); button = gtk_button_new_with_label ("SpecialControl()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(SetSpecialControl),NULL); button = gtk_button_new_with_label ("Download()"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(Download),NULL); } return(bbox); } void PopulateDrvFun () { GtkWidget *hbox, *main_vbox, *separator; main_vbox = gtk_vbox_new (FALSE, 20); gtk_container_add (GTK_CONTAINER ( DrvFunPage), main_vbox); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (main_vbox), hbox, FALSE, TRUE, 0); gtk_box_pack_start (GTK_BOX (hbox), create_bbox1 (FALSE, "Select Function", 20, 150, 20, GTK_BUTTONBOX_START, 1), FALSE, FALSE, 4); gtk_box_pack_start (GTK_BOX (hbox), create_bbox1 (FALSE, "Select Function", 20, 150, 20, GTK_BUTTONBOX_START, 2), FALSE, FALSE, 4); gtk_box_pack_start (GTK_BOX (hbox), create_bbox1 (FALSE, "Select Function", 20, 150, 20, GTK_BUTTONBOX_START, 3), FALSE, FALSE, 4); separator = gtk_hseparator_new (); gtk_box_pack_start (GTK_BOX (main_vbox), separator, FALSE, FALSE, 0); status_bar_DrvFun = gtk_statusbar_new (); gtk_box_pack_start (GTK_BOX (main_vbox), status_bar_DrvFun, TRUE, TRUE, 0); context_id_DrvFun = gtk_statusbar_get_context_id( GTK_STATUSBAR(status_bar_DrvFun), "DrvFun"); gtk_widget_show_all (DrvFunPage); } cifv1003/test/parselog.c0100644000000000000000000002721307133246023013754 0ustar rootroot/* * File: parselog.c * Auth: Eric Harlow * * Parse a apache log file and summarize information */ #include #include #include #include #include #include #include #include #include "logtypes.h" void Init (); void TrackUsers (typHit *hit); void TrackDates (typHit *hit); void TrackFiles (typHit *hit); void StartProgress (); void UpdateProgress (long pos, long len); void EndProgress (); void UpdateStats (typHit *hit); /* * Define data for the storage of hourly information */ long timeOfDayHits[24]; long timeOfDaySize[24]; /* * Define trees to store the different types of data. */ GTree *fileTree = NULL; GTree *dateTree = NULL; GTree *userTree = NULL; void ParseLine (char *buffer); #define MONTHS 12 char *sValidMonths[] = { "Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec" }; /* * Date2Str * * Convert the date to a string. * date - date to convert * buffer - char* big enough to hold the date/time */ void Date2Str (typTimeStamp *date, char *buffer) { sprintf (buffer, "%d/%d/%d %d:%d:%d ", date->month, date->day, date->year, date->hours, date->minutes, date->seconds); } /* * ConvertDate * * Convert the date from a format of 30/Feb/1999:11:42:23 * which is how the date was stored in my apache log files. */ void ConvertDate (char *sDate, typTimeStamp *date) { char sMonth[33]; int i; if (sDate) { /* --- Break down the date into its components --- */ sscanf (sDate, "%d/%3c/%d:%d:%d:%d", &date->day, sMonth, &date->year, &date->hours, &date->minutes, &date->seconds); /* --- Convert the string date into a numeric --- */ for (i = 0; i < MONTHS; i++) { /* --- Is this the month? --- */ if (!strncasecmp (sValidMonths[i], sMonth, strlen (sValidMonths[i]))) { date->month = i + 1; break; } } } else { /* --- Bad date --- */ date->day = 0; date->year = 0; date->month = 0; date->hours = 0; date->minutes = 0; date->seconds = 0; } } /* * ParseLog * * Parse the log file organize the data in the log file in to * a format that can be interpreted by a user. * * sFile - File to read. */ void ParseLog (char *sFile) { FILE *fp; char buffer[2000]; long nFileLen = 0; struct stat fileStatus; /* --- Alloc trees and init data --- */ Init (); /* --- Get filename --- */ stat (sFile, &fileStatus); nFileLen = fileStatus.st_size; /* --- Open le file <--- that's french, you know. --- */ fp = fopen (sFile, "r"); /* --- Make sure we opened *something* --- */ if (fp) { /* --- Show the progress bar --- */ StartProgress (); /* --- While we have data --- */ while (!feof (fp)) { /* --- Update the progress bar with information --- */ UpdateProgress (ftell (fp), nFileLen); /* --- Read a line from the file --- */ fgets (buffer, sizeof (buffer), fp); /* --- if not end of file --- */ if (!feof (fp)) { /* --- Parse the data --- */ ParseLine (buffer); } } /* --- Done - don't need progress bar --- */ EndProgress (); /* --- Close the file --- */ fclose (fp); } } /* * ParseLine * * Parse the line retrieved from the log file and break it * down into it's components and update the stats being * kept. */ void ParseLine (char *buffer) { char *sUnknown; char *sNull; char *sDate; char output[88]; typHit hit; char *sTmp; /* --- Get basic information --- */ hit.sIp = strtok (buffer, " "); sUnknown = strtok (NULL, " "); hit.sUser = strtok (NULL, " "); /* --- Extract the date --- */ sDate = strtok (NULL, "]"); if (sDate) sDate++; /* --- Convert the date string --- */ ConvertDate (sDate, &hit.date); /* --- Get file, size, status --- */ sNull = strtok (NULL, "\""); hit.sCmd = strtok (NULL, "\""); sTmp = strtok (NULL, " "); if (sTmp) { hit.nResult = atoi (sTmp); } else { hit.nResult = 0; } sTmp = strtok (NULL, " "); if (sTmp) { hit.nSize = atoi (sTmp); } else { hit.nSize = 0; } /* --- Page was an error --- */ if (hit.nResult == 404) return; /* --- Convert back to string --- */ Date2Str (&hit.date, output); sUnknown = strtok (hit.sCmd, " "); hit.sURL = strtok (NULL, " "); /* --- Valid URL--- */ if (hit.sURL) { /* --- Update the stats --- */ UpdateStats (&hit); } } /* * UpdateStats * * Update information about the "hit" * Currently keep stats on: * The time of day that the hit occurred on. * The traffic occurring on each of the days. * The traffic associated with users web sites. */ void UpdateStats (typHit *hit) { /* -- Update hourly stats --- */ timeOfDayHits[hit->date.hours]++; timeOfDaySize[hit->date.hours] += hit->nSize; /* --- Update this information --- */ TrackFiles (hit); TrackDates (hit); TrackUsers (hit); } /* * TrackUsers * * Track traffic to the users sites. */ void TrackUsers (typHit *hit) { typStat *stat; char *sUser; /* --- Bad data --- */ if (hit->sURL == NULL || strlen (hit->sURL) == 0) return; /* --- Get first part of the path --- */ sUser = strtok (&hit->sURL[1], "/"); if (sUser == NULL) return; /* --- If it's a user site --- */ if (sUser[0] == '~') { /* --- Get the name --- */ sUser = &sUser[1]; /* --- If ~ was encoded as %7E --- */ } else if (!strcmp (sUser, "%7E")) { /* --- Get the name --- */ sUser = &sUser[3]; } else { /* --- Not a user, belongs to main site --- */ sUser = "*ROOT"; } /* --- See if the user exists in the tree --- */ stat = g_tree_lookup (userTree, sUser); /* --- If user does not exist --- */ if (stat == NULL) { /* --- Make space for the user --- */ stat = g_malloc (sizeof (typStat)); /* --- Populate fields --- */ stat->sURL = strdup (sUser); stat->nHits = 0; stat->nSize = 0; /* --- Insert user into tree --- */ g_tree_insert (userTree, stat->sURL, stat); } /* --- Update hit count for user --- */ stat->nHits ++; stat->nSize += hit->nSize; } /* * TrackFiles * * Keep track of hit counts on individual files */ void TrackFiles (typHit *hit) { typStat *stat; /* --- Lookup the URL in the tree --- */ stat = g_tree_lookup (fileTree, hit->sURL); /* --- If the URL is not found --- */ if (stat == NULL) { /* --- Create a node for the URL --- */ stat = g_malloc (sizeof (typStat)); /* --- Populate the node --- */ stat->sURL = strdup (hit->sURL); stat->nHits = 0; stat->nSize = 0; /* --- Add the node to the tree --- */ g_tree_insert (fileTree, stat->sURL, stat); } /* --- Update the file hit count --- */ stat->nHits ++; stat->nSize = hit->nSize; } /* * TrackDates * * Track the traffic that occurs on any given date. */ void TrackDates (typHit *hit) { typDate date; typDate *newdate; typDateInfo *info; /* --- Get the date of the hit --- */ date.year = hit->date.year; date.month = hit->date.month; date.day = hit->date.day; /* --- Look up the date --- */ info = g_tree_lookup (dateTree, &date); /* --- If no data for the date? --- */ if (info == NULL) { /* --- Create field to hold date information --- */ info = g_malloc (sizeof (typDateInfo)); newdate = g_malloc (sizeof (typDate)); /* --- Populate fields --- */ *newdate = date; info->nHits = 0; info->nSize = 0; info->date = newdate; /* --- Add date info to the tree --- */ g_tree_insert (dateTree, newdate, info); } /* --- Update date hit count --- */ info->nHits ++; info->nSize += hit->nSize; } /* * CompareStrings * * Function to compare two strings for a tree callback. * Could have just passed in strcmp into the tree function, * but may want to change the comparision in the future. */ gint CompareStrings (gpointer g1, gpointer g2) { return (strcmp ((char *) g1, (char *) g2)); } /* * CompareDates * * Compare two dates and return negative value if first date is * less than the second date, positive value if first date is * greater than the second date and zero if the two dates are * the same. */ gint CompareDates (gpointer g1, gpointer g2) { typDate *d1 = (typDate *) g1; typDate *d2 = (typDate *) g2; /* --- Year has highest priority --- */ if (d1->year == d2->year) { /* --- Years are same, what about months? --- */ if (d1->month == d2->month) { /* --- return difference between days --- */ return (d1->day - d2->day); } else { /* --- Months are different - calculate delta --- */ return (d1->month - d2->month); } } else { /* --- Years are different, calc delta. --- */ return (d1->year == d2->year); } } /* * GetHitsForHour * * Function to return the the number of hits for a given * time of day. */ void GetHitsForHour (int nHours, long *hits, long *size) { /* --- If the clock is out of range --- */ if (nHours < 0 || nHours > 23) { *hits = 0; *size = 0; } else { *hits = timeOfDayHits[nHours]; *size = timeOfDaySize[nHours]; } } /* * Init * * Initialize data so that the log file can be read in. * Create trees necessary to store the log data. */ void Init () { int i; /* --- Create the trees that will store the information --- */ fileTree = g_tree_new (CompareStrings); dateTree = g_tree_new (CompareDates); userTree = g_tree_new (CompareStrings); /* --- Clear out the hits by hour --- */ for (i = 0; i < 24; i++) { timeOfDayHits[i] = 0; timeOfDaySize[i] = 0; } } /* * FreeURLs * * Free the memory associated with the URLs. * This is a traverse callback */ gint FreeURLs (gpointer key, gpointer value, gpointer data) { typStat *info; info = (typStat *) value; free (info->sURL); g_free (info); return (0); } /* * FreeDates * * Free information allocated to keep track of the * traffic by date. This is a traverse callback. */ gint FreeDates (gpointer key, gpointer value, gpointer data) { typDateInfo *info; info = (typDateInfo *) value; g_free (info->date); g_free (info); return (0); } /* * FreeResources * * Free the memory used in the tree nodes and then free the * trees. */ void FreeResources () { /* --- Free data stored in the tree --- */ g_tree_traverse (userTree, FreeURLs, G_IN_ORDER, NULL); g_tree_traverse (dateTree, FreeDates, G_IN_ORDER, NULL); g_tree_traverse (fileTree, FreeURLs, G_IN_ORDER, NULL); /* --- Free the trees --- */ g_tree_destroy (userTree); g_tree_destroy (dateTree); g_tree_destroy (fileTree); /* --- Clear pointers --- */ userTree = NULL; dateTree = NULL; fileTree = NULL; } cifv1003/test/propertySheet.c0100644000000000000000000037277407215214610015032 0ustar rootroot///////////////////////////////////////////////////////////////////// // propertySheet.c ///////////////////////////////////////////////////////////////////// #include #include #include #include #include #include "../inc/ciftypes.h" #include "../inc/cifuser.h" /* Include file for device driver API */ #include "rcs_user.h" /* Include file for RCS definition */ #include "asc_user.h" /* Include file for ASCII protocols */ #include "nvr_user.h" /* Include file for 3964R protocol */ #include "defines.h" /* Include file for 3964R protocol */ extern BOOL fQuitting; // Driver version 1234567890123456 char pabDrvVersion[17] = "CIFDriver V1.003"; // let it be initialized unsigned short usBoardAct = 0xFFFF; unsigned short DEV_INFO_FLAGS = 0x0000; static gint nPageAct = 0; /*{{ BoardsPage */ GtkWidget *BoardsPage = NULL, *label_boards, *DrvVerInf; GtkWidget *FirmwareName, *FirmwareVer, *Error; GtkWidget *BPradio_0 = NULL, *BPradio_1 = NULL, *BPradio_2 = NULL, *BPradio_3 = NULL; GtkWidget *BPradio_4 = NULL, *BPradio_5 = NULL; GSList *group = NULL; gint context_id_Boards; GtkWidget *status_bar_Boards; /*}} BoardsPage */ /*{{ ExchangeIO-Page */ extern GtkWidget *make_menu_item( gchar *name, GtkSignalFunc callback, gpointer data ); GtkWidget *status_bar_ExIO; GtkWidget *ExIOSnd=NULL, *ExIORcv=NULL; GtkWidget *ExIOPage, *ExIOLenRcv, *ExIOLenSnd, *ExIOffRcv, *ExIOffSnd; GtkWidget *ExIO_COMerrMode, *ExIO_COMerrState, *ExIO_COMeMode, *ExIO_COMeState; GtkWidget *heading, *boxCOM, *checkCOMerr, *frameCOM, *handshakeMode, *ExIO_hbox3, *ExIO_hbox32; gint context_id_ExIO; gint pExIORcvTimer, pExIOSndTimer; BOOL fExIORcvTimer = FALSE, fExIOSndTimer = FALSE; #define RCV_CYCLIC 0x01 #define SND_CYCLIC 0x02 #define GET_PROC_DATA 0x04 #define SND_PROC_DATA 0x08 BOOL fCheckComState = TRUE; COMSTATE tComState; unsigned short usExIOfun = 1, usIOExchangeMode = 2; unsigned char EXIO_FLAGS = 0x00; /*}} ExchangeIO-Page */ /*{{ ErrorPage */ GtkWidget *ErrorPage = NULL; GtkWidget *ErrorList; /*}} ErrorPage */ /*{{ DrvInfoPage */ GtkWidget *DrvInfoPage = NULL; GtkWidget *entryDrvInfo1 = NULL, *entryDrvInfo3 = NULL, *entryDrvInfo4 = NULL; GtkWidget *entryDrvInfo5 = NULL, *entryDrvInfo6 = NULL, *entryDrvInfo7 = NULL, *entryDrvInfo8 = NULL; GtkWidget *entryDrvInfo9 = NULL, *entryDrvInfo10 = NULL, *entryDrvInfo11 = NULL, *entryDrvInfo12 = NULL; GtkWidget *entryDrvInfo13 = NULL, *entryDrvInfo14 = NULL, *entryDrvInfo15 = NULL, *labDrvInfo = NULL; GtkWidget *status_bar_DrvInfo; gint context_id_DrvInfo; /*}} DrvInfoPage */ /*{{ BoardInfoPage */ GtkWidget *BoardInfoPage = NULL; GtkWidget *labBoardInfo1 = NULL, *labBoardInfo2 = NULL, *labBoardInfo3 = NULL; GtkWidget *labBoardInfo4 = NULL, *labBoardInfo5 = NULL, *labBoardInfo6 = NULL, *labBoardInfo7 = NULL; GtkWidget *entryBoardInfo1 = NULL, *entryBoardInfo2 = NULL, *entryBoardInfo3 = NULL, *entryBoardInfo4 = NULL; GtkWidget *entryBoardInfo5 = NULL, *entryBoardInfo6 = NULL, *entryBoardInfo7 = NULL; GtkWidget *status_bar_BoardInfo; gint context_id_BoardInfo; /*}} BoardInfoPage */ /*{{ DrvFunPage */ extern GtkWidget *DrvFunPage; /*}} DrvFunPage */ /*{{ Msg-TransferPage */ GtkWidget *status_bar_Msg; gint context_id_Msg; GtkWidget *MsgTransPage = NULL; GtkWidget *eMsgPutRX, *eMsgPutTX, *eMsgPutNR, *eMsgPutLN, *eMsgPutA, *eMsgPutF, *eMsgPutB, *eMsgPutE; GtkWidget *eMsgGetRX, *eMsgGetTX, *eMsgGetNR, *eMsgGetLN, *eMsgGetA, *eMsgGetF, *eMsgGetB, *eMsgGetE; GtkWidget *MsgGetData, *MsgPutData; gint pMsgTimer; BOOL fMsgTimer = FALSE; unsigned short usDataLen = 0; unsigned char bMessageNr = 0; #define GET_CYCLIC 0x01 #define PUT_CYCLIC 0x02 #define PUT_START 0x04 #define GET_START 0x08 #define TIMER_ACTIVE 0x80 #define AUTO_NUM 0x10 unsigned char MSG_TRANS_FLAGS = 0x00; /*}} Msg-TransferPage */ typedef struct tagHARDWARE_INFO{ BOOL fIrq; // Interrupt || polling mode BOOL fInfo; // Board Info available? BOOL fInit; // Board Initialized unsigned char bDpmSize; unsigned char bDevType; unsigned char bDevModel; unsigned char abDevIdentifier[3]; BOARD_INFO tBoardInfo; } HARDWARE_INFO; static HARDWARE_INFO tHardwareInfo; void PopulatePages (); GtkWidget *CreateEditField (); char **CreateBarBitmap (int height, int width, int size, char *sColor); void PopulateErrorList (); extern void PopulateDrvFun (); void PopulateDrvInfo (); void PopulateBoardInfo (); void PopulateBoards(); void PopulateExIO_ (); void PopulateExIO (); void PopulateExIOEx (); void PopulateMsgTrans (); void GetHitsForHour (int nHours, long *hits, long *size); BOOL StringToHex ( char *pcsInText, unsigned short usUserBufferLen, unsigned char *pabUserBuffer, unsigned short *pusOutputLen, GtkStatusbar *pStatus, gint context_id); void HexToTextBox ( GtkText *pwEdit, gshort usBuffLen, unsigned char *pabUserBuffer); BOOL CheckEditEntry ( GtkWidget *pEntry, unsigned short *usUserBuffer, long lMaxSize, char *chErr) ; BOOL CheckEditEntryC( GtkWidget *pEntry, unsigned char *bUserBuffer, long lMaxSize, char *chErr); static void PageSwitch (GtkWidget *widget, GtkNotebookPage *page, gint page_num) { if( nPageAct == 2 && page_num != 2) { if ( fExIORcvTimer) { gtk_timeout_remove ( pExIORcvTimer); fExIORcvTimer = FALSE; } if ( fExIOSndTimer) { gtk_timeout_remove ( pExIOSndTimer); fExIOSndTimer = FALSE; } } if( nPageAct == 1 && page_num != 1) { if ( MSG_TRANS_FLAGS & TIMER_ACTIVE) { gtk_timeout_remove ( pMsgTimer); fMsgTimer = FALSE; MSG_TRANS_FLAGS &= ~TIMER_ACTIVE; MSG_TRANS_FLAGS &= ~PUT_START; MSG_TRANS_FLAGS &= ~GET_START; } } if( (page_num == 1) && (nPageAct != 1) && !fQuitting) { bMessageNr = 0; gtk_entry_set_text( GTK_ENTRY( eMsgPutNR), "0"); gtk_text_backward_delete ( (GtkText *) MsgGetData, gtk_text_get_length( (GtkText *)MsgGetData) ); // gtk_text_backward_delete ( GTK_TEXT( MsgPutData), gtk_text_get_length( GTK_TEXT( MsgPutData)) ); } if( (page_num == 2) && (nPageAct != 2) && !fQuitting) { gtk_text_backward_delete ( (GtkText *)ExIORcv, gtk_text_get_length( (GtkText *)ExIORcv) ); // gtk_text_backward_delete ( GTK_TEXT( ExIOSnd), gtk_text_get_length( GTK_TEXT( ExIOSnd)) ); } if( nPageAct != 3 && page_num == 3) { gtk_label_set_text( GTK_LABEL( labBoardInfo1), ""); gtk_label_set_text( GTK_LABEL( labBoardInfo2), ""); gtk_label_set_text( GTK_LABEL( labBoardInfo3), ""); gtk_label_set_text( GTK_LABEL( labBoardInfo4), ""); gtk_label_set_text( GTK_LABEL( labBoardInfo5), ""); gtk_label_set_text( GTK_LABEL( labBoardInfo6), ""); gtk_label_set_text( GTK_LABEL( labBoardInfo7), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), ""); } if( nPageAct != 4 && page_num == 4) { gtk_entry_set_text(GTK_ENTRY( entryDrvInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo7), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo8), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo9), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo10), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo11), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo12), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo13), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo14), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo15), ""); } nPageAct = page_num; } GtkWidget *AddPage (GtkWidget *notebook, char *szName) { GtkWidget *label; GtkWidget *frame; label = gtk_label_new (szName); gtk_widget_show (label); frame = gtk_frame_new (szName); gtk_widget_show (frame); gtk_notebook_append_page (GTK_NOTEBOOK (notebook), frame, label); return (frame); } void CreateNotebook (GtkWidget *window) { GtkWidget *notebook; notebook = gtk_notebook_new (); gtk_signal_connect (GTK_OBJECT (notebook), "switch_page", GTK_SIGNAL_FUNC (PageSwitch), NULL); gtk_notebook_set_tab_pos (GTK_NOTEBOOK (notebook), GTK_POS_TOP); gtk_box_pack_start (GTK_BOX (window), notebook, TRUE, TRUE, 0); gtk_container_border_width (GTK_CONTAINER (notebook), 10); /* --- Add pages to the notebook --- */ BoardsPage = AddPage (notebook, "Boards"); MsgTransPage = AddPage (notebook, "Message Transfer"); ExIOPage = AddPage (notebook, "Exchange IO"); BoardInfoPage = AddPage (notebook, "Board Info"); DrvInfoPage = AddPage (notebook, "Driver Info"); DrvFunPage = AddPage (notebook, "Driver Functions"); ErrorPage = AddPage (notebook, "Error List"); gtk_widget_show_all (window); PopulatePages (); } void LabelModify (GtkWidget *, gpointer); void PopulatePages () { gint boards_detected; char buff[96]; short sRet = DRV_NO_ERROR; BOARD_INFO tBoardInfo; PopulateBoards (); PopulateMsgTrans (); PopulateExIOEx (); PopulateBoardInfo (); PopulateDrvInfo (); PopulateDrvFun (); PopulateErrorList (); tHardwareInfo.fInfo = FALSE; DEV_INFO_FLAGS = 0x0000; // init each time if ( (sRet = DevOpenDriver() ) != DRV_NO_ERROR) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Boards); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Boards, "Device Driver not found!"); } else { DEV_INFO_FLAGS |= DRV_OPEN; } if (DEV_INFO_FLAGS & DRV_OPEN) { if ( ( sRet = DevGetBoardInfo( &tBoardInfo)) == DRV_NO_ERROR) { tHardwareInfo.fInfo = TRUE; boards_detected = tBoardInfo.usBoards_detected; tHardwareInfo.tBoardInfo.usBoards_detected = tBoardInfo.usBoards_detected; g_snprintf(buff, 40, "(boards detected: %d)", boards_detected); gtk_label_set_text (GTK_LABEL ( label_boards), buff); g_snprintf( pabDrvVersion, sizeof( pabDrvVersion), "%s\n", tBoardInfo.abDriverVersion); gtk_entry_set_text ( (GtkEntry *) DrvVerInf, pabDrvVersion); } else { tHardwareInfo.fInfo = FALSE; gtk_container_foreach (GTK_CONTAINER ( BPradio_4), (GtkCallback) LabelModify, GINT_TO_POINTER( 0)); } } } GtkWidget *CreateRadio (GtkWidget *box, GSList **group, char *szLabel) { GtkWidget *radio; radio = gtk_radio_button_new_with_label (*group, szLabel); *group = gtk_radio_button_group (GTK_RADIO_BUTTON (radio)); gtk_box_pack_start (GTK_BOX (box), radio, FALSE, FALSE, 10); gtk_widget_show (radio); return (radio); } void LabelModify (GtkWidget *child, gpointer data) { unsigned short usIrq = (gint)data; char buff[96];// *szText; if (GTK_IS_LABEL (child)) { //gtk_label_get (GTK_LABEL (child), &szText); /* --- Set the text based on the current text --- */ //if (!strcmp (szText, "interrupt mode")) { if( usIrq == 0) gtk_label_set (GTK_LABEL (child), "interrupt mode"); else { g_snprintf( buff, 36, "interrupt mode (irq: %d)", usIrq); gtk_label_set (GTK_LABEL (child), buff); } } } void OnSetMode (GtkWidget *widget, gpointer *data) { unsigned short usMode = (gint)data; unsigned char ucIrq = 0; gint usBoard = 0, Irq; short sRet = 0; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Msg, "Board not initialized!"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Msg, buff); goto leave; } else { if ( (sRet = DevSetOpMode( usBoard, usMode, &ucIrq)) == DRV_NO_ERROR) { if( usMode == INTERRUPT_MODE) { Irq = ucIrq; gtk_container_foreach (GTK_CONTAINER ( BPradio_4), (GtkCallback) LabelModify, GINT_TO_POINTER( Irq)); tHardwareInfo.fIrq = TRUE; tHardwareInfo.tBoardInfo.tBoard[usBoard].usIrq = Irq; g_snprintf(buff, 50, "Interrupt mode active for Board %d\n", usBoard); } else { Irq = ucIrq; tHardwareInfo.fIrq = FALSE; gtk_container_foreach (GTK_CONTAINER ( BPradio_4), (GtkCallback) LabelModify, GINT_TO_POINTER( 0)); if( Irq == 0) g_snprintf(buff, 80, "polling mode active for Board %d \n", usBoard); else g_snprintf(buff, 80, "polling mode active for Board %d (IRQ %d desabled!)\n", usBoard, Irq); } gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Boards ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Boards, buff); } else { g_snprintf(buff, 58, "Error by driver function DevSetOpmode(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_Boards ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_Boards, buff); } } leave: ; } void OnBoard (GtkWidget *widget, gpointer *data) { unsigned short usBoard = (gint)data; unsigned char abTemp[30]; unsigned char abInfo[512]; short sRet; gint irq = 0; char buff[96]; DEVINFO *pDev = NULL; BOARD_INFO tBoardInfo; tHardwareInfo.fInfo = FALSE; tHardwareInfo.fInit = FALSE; tHardwareInfo.fIrq = TRUE; tHardwareInfo.tBoardInfo.tBoard[usBoard].usBoard = usBoard; gtk_container_foreach (GTK_CONTAINER ( BPradio_4), (GtkCallback) LabelModify, GINT_TO_POINTER( 0)); if( DEV_INFO_FLAGS & BOARD_0) usBoardAct = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoardAct = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoardAct = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoardAct = 3; else usBoardAct = 0xFFFF; if( usBoardAct != 0xFFFF) { if ( (sRet = DevExitBoard(usBoardAct)) != DRV_NO_ERROR) { g_snprintf(buff, 56, " Error in DevExitBoard(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Boards); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Boards, buff); } } gtk_entry_set_text( GTK_ENTRY(FirmwareName), ""); gtk_entry_set_text( GTK_ENTRY(FirmwareVer), ""); gtk_entry_set_text( GTK_ENTRY(Error), ""); if (DEV_INFO_FLAGS & DRV_OPEN) { DEV_INFO_FLAGS = 0x0000; // init each time DEV_INFO_FLAGS |= DRV_OPEN; if ( (sRet = DevInitBoard ( usBoard)) != DRV_NO_ERROR) { g_snprintf(buff, 60, "Board Initialization failed! ERROR %d", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Boards); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Boards, buff); goto leave; } else { switch(usBoard) { case 0: DEV_INFO_FLAGS |= BOARD_0; usBoardAct = 0; break; case 1: usBoardAct = 1; DEV_INFO_FLAGS |= BOARD_1; break; case 2: usBoardAct = 2; DEV_INFO_FLAGS |= BOARD_2; break; case 3: usBoardAct = 3; DEV_INFO_FLAGS |= BOARD_3; break; } tHardwareInfo.fInit = TRUE; DEV_INFO_FLAGS |= DEV_INIT; g_snprintf(buff, 20, "Board Initialized!"); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Boards); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Boards, buff); } } if (DEV_INFO_FLAGS & DEV_INIT) { if ( ( sRet = DevGetBoardInfo( &tBoardInfo)) == DRV_NO_ERROR) { irq = tBoardInfo.tBoard[usBoard].usIrq; gtk_container_foreach (GTK_CONTAINER ( BPradio_4), (GtkCallback) LabelModify, GINT_TO_POINTER( irq)); tHardwareInfo.fInfo = TRUE; } else { tHardwareInfo.fInfo = FALSE; gtk_container_foreach (GTK_CONTAINER ( BPradio_4), (GtkCallback) LabelModify, GINT_TO_POINTER( 0)); } if ((sRet = DevGetInfo( usBoard, /* DeviceNumber */ GET_FIRMWARE_INFO, /* InfoArea */ sizeof(FIRMWAREINFO), /* Size of bytes to read */ &abInfo[0])) != DRV_NO_ERROR ) { /* Pointer to user buffer */ g_snprintf(buff, 54, "DevGetInfo (GET_FIRMWARE_INFO) failed! ERROR %d", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Boards); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Boards, buff); goto leave; } else { DEV_INFO_FLAGS |= DEV_INFO_FI; memcpy ( &abTemp, &abInfo[0], 16); abTemp[16] = 0; gtk_entry_set_text( GTK_ENTRY(FirmwareName), &abTemp[0]); memcpy ( &abTemp, &abInfo[16], 16); abTemp[16] = 0; gtk_entry_set_text( GTK_ENTRY(FirmwareVer), &abTemp[0]); g_snprintf(buff, 50, " Board-%.1d initialized", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Boards); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Boards, buff); } } if (DEV_INFO_FLAGS & DEV_INFO_FI) { if ( (sRet = DevGetInfo( usBoard, GET_DEV_INFO, sizeof(DEVINFO), &abInfo[0])) != DRV_NO_ERROR) { g_snprintf(buff, 54, "Error by driver function DevGetInfo(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Boards), context_id_Boards); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Boards), context_id_Boards, buff); goto leave; } else { DEV_INFO_FLAGS |= DEV_INFO; // Load structure pointer pDev = (DEVINFO *)&abInfo[0]; tHardwareInfo.bDpmSize = pDev->bDpmSize; tHardwareInfo.bDevType = pDev->bDevType; tHardwareInfo.bDevModel = pDev->bDevModel; memcpy( &tHardwareInfo.abDevIdentifier[0], &pDev->abDevIdentifier[0], sizeof( pDev->abDevIdentifier) ); tHardwareInfo.fIrq = TRUE; tHardwareInfo.tBoardInfo.tBoard[usBoard].usIrq = tBoardInfo.tBoard[usBoard].usIrq; memcpy( &tHardwareInfo.tBoardInfo.abDriverVersion[0], &tBoardInfo.abDriverVersion[0], sizeof( tBoardInfo.abDriverVersion) ); tHardwareInfo.tBoardInfo.tBoard[usBoard].ulPhysicalAddress = tBoardInfo.tBoard[usBoard].ulPhysicalAddress; } } leave: ; } gint PutMsg_( unsigned short usBoard) //static gint PutMsg_( gpointer *data) { MSG_STRUC tMessage; short sRet = DRV_NO_ERROR; // unsigned short usBoard = (gint)data; char *chPutData, buff[96]; // create message header if ( ( CheckEditEntryC( eMsgPutRX, &tMessage.rx, 255, &buff[0]) != TRUE) || ( CheckEditEntryC( eMsgPutTX, &tMessage.tx, 255, &buff[0]) != TRUE) || ( CheckEditEntryC( eMsgPutA , &tMessage.a, 255, &buff[0]) != TRUE) || ( CheckEditEntryC( eMsgPutF , &tMessage.f, 255, &buff[0]) != TRUE) || ( CheckEditEntryC( eMsgPutB , &tMessage.b, 255, &buff[0]) != TRUE) || ( CheckEditEntryC( eMsgPutE , &tMessage.e, 255, &buff[0]) != TRUE) ){ gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, buff); } else { chPutData = gtk_editable_get_chars( GTK_EDITABLE( MsgPutData), (gint) 0, (gint) -1); if ( StringToHex( chPutData, sizeof(tMessage.data), (unsigned char*)&tMessage.data[0], &usDataLen, (GtkStatusbar *)status_bar_Msg, context_id_Msg) ) { if ( !(MSG_TRANS_FLAGS & AUTO_NUM)) CheckEditEntryC( eMsgPutNR, &bMessageNr, 255, &buff[0]); } tMessage.nr = bMessageNr; g_snprintf( buff, 16, "%d", bMessageNr); gtk_entry_set_text( GTK_ENTRY( eMsgPutNR), buff); tMessage.ln = (unsigned char)usDataLen; g_snprintf( buff, 16, "%d", tMessage.ln); gtk_entry_set_text( GTK_ENTRY( eMsgPutLN), buff); if ( (sRet = DevPutMessage( usBoard, &tMessage, 100L)) != DRV_NO_ERROR) { g_snprintf(buff, 64, "Error by driver function DevPutMessage(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, buff); } else { if ( MSG_TRANS_FLAGS & AUTO_NUM) { bMessageNr++; //g_snprintf( buff, 16, "%d", bMessageNr); //gtk_entry_set_text( GTK_ENTRY( eMsgPutNR), buff); } if ( MSG_TRANS_FLAGS & PUT_CYCLIC) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, " DevPutMessage() running ..."); } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, " DevPutMessage() done !"); } } } return TRUE; } gint GetMsg_( unsigned short usBoard) //static gint GetMsg_( gpointer *data) { MSG_STRUC tMsg; char buff[96]; short sRet = DRV_NO_ERROR; // unsigned short usBoard = (gint)data; if ( (sRet = DevGetMessage( usBoard, sizeof(tMsg), &tMsg, 1000L)) != DRV_NO_ERROR) { g_snprintf(buff, 64, "Error by driver function DevGetMessage(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, buff); } else { g_snprintf( buff, 8, "%d", tMsg.rx); // or HEX "%.2X" gtk_entry_set_text( GTK_ENTRY( eMsgGetRX), &buff[0]); g_snprintf( buff, 8, "%d", tMsg.tx); gtk_entry_set_text( GTK_ENTRY( eMsgGetTX), buff); g_snprintf( buff, 8, "%d", tMsg.ln); gtk_entry_set_text( GTK_ENTRY( eMsgGetLN), buff); g_snprintf( buff, 8, "%d", tMsg.nr); gtk_entry_set_text( GTK_ENTRY( eMsgGetNR), buff); g_snprintf( buff, 8, "%d", tMsg.a); gtk_entry_set_text( GTK_ENTRY( eMsgGetA), buff); g_snprintf( buff, 8, "%d", tMsg.f); gtk_entry_set_text( GTK_ENTRY( eMsgGetF), buff); g_snprintf( buff, 8, "%d", tMsg.b); gtk_entry_set_text( GTK_ENTRY( eMsgGetB), buff); g_snprintf( buff, 8, "%d", tMsg.e); gtk_entry_set_text( GTK_ENTRY( eMsgGetE), buff); if( tMsg.ln > 0) { HexToTextBox( (GtkText *)MsgGetData, tMsg.ln, &tMsg.data[0]); if( MSG_TRANS_FLAGS & GET_CYCLIC) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, "DevGetMessage() running ..."); } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, "DevGetMessage() done!"); } } //else { //gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); //gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, "DevGetMessage(): Data buffer is empty!"); //} } return TRUE; } static gint Timer_MsgTransfer( gpointer *data) { unsigned short usBoard = (gint)data; char buff[96]; fMsgTimer = TRUE; MSG_TRANS_FLAGS |= TIMER_ACTIVE; if( ( MSG_TRANS_FLAGS & GET_START) && ( MSG_TRANS_FLAGS & PUT_START)) g_snprintf( buff, 64, "Message Transfer running ( Get & Put )..."); else if( MSG_TRANS_FLAGS & GET_START) g_snprintf( buff, 64, "Message Transfer running ( Get )..."); else if( MSG_TRANS_FLAGS & PUT_START) g_snprintf( buff, 64, "Message Transfer running ( Put )..."); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, buff); if( MSG_TRANS_FLAGS & GET_START) GetMsg_ ( usBoard); if( MSG_TRANS_FLAGS & PUT_START) PutMsg_ ( usBoard); return TRUE; } void GetCyclic (GtkWidget *widget, gpointer *data) { if ( MSG_TRANS_FLAGS & GET_CYCLIC) { MSG_TRANS_FLAGS &= ~GET_CYCLIC; if( MSG_TRANS_FLAGS & GET_START) { MSG_TRANS_FLAGS &= ~GET_START; if( !(MSG_TRANS_FLAGS & PUT_START)) { gtk_timeout_remove( pMsgTimer); fMsgTimer = FALSE; MSG_TRANS_FLAGS &= ~TIMER_ACTIVE; gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, "Msg Transfer halted!"); } } } else MSG_TRANS_FLAGS |= GET_CYCLIC; } void PutCyclic (GtkWidget *widget, gpointer *data) { if ( MSG_TRANS_FLAGS & PUT_CYCLIC) { MSG_TRANS_FLAGS &= ~PUT_CYCLIC; if( MSG_TRANS_FLAGS & PUT_START) { MSG_TRANS_FLAGS &= ~PUT_START; if( !(MSG_TRANS_FLAGS & GET_START)) { gtk_timeout_remove( pMsgTimer); fMsgTimer = FALSE; MSG_TRANS_FLAGS &= ~TIMER_ACTIVE; gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, "Msg Transfer halted!"); } } } else MSG_TRANS_FLAGS |= PUT_CYCLIC; } void GetMsg (GtkWidget *widget, gpointer *data) { gint usBoard = 0; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, buff); goto leave; } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, ""); if ( (MSG_TRANS_FLAGS & GET_CYCLIC) && !(MSG_TRANS_FLAGS & GET_START) ) { MSG_TRANS_FLAGS |= GET_START; // pMsgGetTimer = gtk_timeout_add( 50, (GtkFunction)GetMsg_, GINT_TO_POINTER(usBoard)); if( !(MSG_TRANS_FLAGS & TIMER_ACTIVE)) pMsgTimer = gtk_timeout_add( 10, (GtkFunction)Timer_MsgTransfer, GINT_TO_POINTER(usBoard)); } else GetMsg_( usBoard);//GetMsg_( GINT_TO_POINTER(usBoard)); } leave: ; } void PutMsg (GtkWidget *widget, gpointer *data) { gint usBoard = 0; char buff[96]; usDataLen = 0; ///bMessageNr = 0; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, buff); goto leave; } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_Msg), context_id_Msg ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_Msg), context_id_Msg, ""); if ( (MSG_TRANS_FLAGS & PUT_CYCLIC) && !(MSG_TRANS_FLAGS & PUT_START) ) { MSG_TRANS_FLAGS |= PUT_START; // pMsgPutTimer = gtk_timeout_add( 50, (GtkFunction)PutMsg_, GINT_TO_POINTER(usBoard)); if( !(MSG_TRANS_FLAGS & TIMER_ACTIVE)) pMsgTimer = gtk_timeout_add( 10, (GtkFunction)Timer_MsgTransfer, GINT_TO_POINTER(usBoard)); } else PutMsg_( usBoard);//PutMsg_( GINT_TO_POINTER(usBoard)); } leave: ; } void AutoNum (GtkWidget *widget, gpointer *data) { if ( MSG_TRANS_FLAGS & AUTO_NUM) MSG_TRANS_FLAGS &= ~AUTO_NUM; else MSG_TRANS_FLAGS |= AUTO_NUM; } void PopulateBoards () { GtkWidget *vbox, *vboxx, *vboxI, *hbox, *hboxfr; GtkWidget *frame; GSList *group = NULL, *group1 = NULL; GtkWidget *widget; vbox = gtk_vbox_new (FALSE, 0); label_boards = gtk_label_new("(boards detected: )"); frame = gtk_frame_new("Select Board"); gtk_box_pack_start(GTK_BOX(vbox), frame, FALSE, FALSE, 4); hbox = gtk_hbox_new (TRUE, 1); gtk_container_add (GTK_CONTAINER (frame), hbox); BPradio_0 = CreateRadio (hbox, &group, "Board 0"); gtk_signal_connect (GTK_OBJECT (BPradio_0), "released",//"clicked", GTK_SIGNAL_FUNC (OnBoard), GINT_TO_POINTER(0)); BPradio_1 = CreateRadio (hbox, &group, "Board 1"); gtk_signal_connect (GTK_OBJECT (BPradio_1), "released",//"clicked", GTK_SIGNAL_FUNC (OnBoard), GINT_TO_POINTER(1)); BPradio_2 = CreateRadio (hbox, &group, "Board 2"); gtk_signal_connect (GTK_OBJECT (BPradio_2), "released",//"clicked", GTK_SIGNAL_FUNC (OnBoard), GINT_TO_POINTER(2)); BPradio_3 = CreateRadio (hbox, &group, "Board 3"); gtk_signal_connect (GTK_OBJECT (BPradio_3), "released",//"clicked", GTK_SIGNAL_FUNC (OnBoard), GINT_TO_POINTER(3)); gtk_box_pack_start(GTK_BOX(hbox), label_boards, FALSE, FALSE, 2); frame = gtk_frame_new("Set board operation mode"); gtk_box_pack_start(GTK_BOX(vbox), frame, FALSE, FALSE, 4); hbox = gtk_hbox_new (TRUE, 2); gtk_container_add (GTK_CONTAINER (frame), hbox); BPradio_4 = CreateRadio (hbox, &group1, "interrupt mode"); gtk_signal_connect (GTK_OBJECT (BPradio_4), "released", GTK_SIGNAL_FUNC (OnSetMode), GINT_TO_POINTER( INTERRUPT_MODE)); BPradio_5 = CreateRadio (hbox, &group1, "polling mode"); gtk_signal_connect (GTK_OBJECT (BPradio_5), "released", GTK_SIGNAL_FUNC (OnSetMode), GINT_TO_POINTER( POLLING_MODE)); gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON( BPradio_4), TRUE); frame = gtk_frame_new("Firmware info"); hboxfr = gtk_hbox_new (FALSE, 0); vboxx = gtk_vbox_new (FALSE, 0); vboxI = gtk_vbox_new (FALSE, 0); gtk_container_add (GTK_CONTAINER (frame), hboxfr); gtk_container_add (GTK_CONTAINER (hboxfr), vboxx); gtk_container_add (GTK_CONTAINER (hboxfr), vboxI); hbox = gtk_hbox_new (FALSE, 0); widget = CreateEditField ("Firmware Name: "); gtk_widget_set_usize( widget, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), widget, FALSE, FALSE, 4); FirmwareName = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( FirmwareName), ""); gtk_entry_set_editable(GTK_ENTRY( FirmwareName), FALSE); gtk_box_pack_start (GTK_BOX (hbox), FirmwareName, FALSE, TRUE, 4); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, FALSE, 0); hbox = gtk_hbox_new (FALSE, 0); widget = CreateEditField ("Firmware version: "); gtk_widget_set_usize( widget, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), widget, FALSE, FALSE, 4); FirmwareVer = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( FirmwareVer), ""); gtk_entry_set_editable(GTK_ENTRY( FirmwareVer), FALSE); gtk_box_pack_start (GTK_BOX (hbox), FirmwareVer, FALSE, TRUE, 4); gtk_box_pack_start (GTK_BOX (vboxx), hbox, TRUE, TRUE, 0); /* right part of frame */ hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxI), hbox, FALSE, FALSE, 0); widget = CreateEditField ("Error: "); gtk_widget_set_usize( widget, 100, 10); gtk_box_pack_start (GTK_BOX (hbox), widget, FALSE, FALSE, 4); Error = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( Error), ""); gtk_entry_set_editable(GTK_ENTRY( Error), FALSE); gtk_box_pack_start (GTK_BOX (hbox), Error, FALSE, TRUE, 4); gtk_box_pack_start(GTK_BOX(vbox), frame, FALSE, FALSE, 6); frame = gtk_frame_new("Driver Version Info"); gtk_box_pack_start(GTK_BOX(vbox), frame, FALSE, FALSE, 5); hbox = gtk_vbox_new (TRUE, 2); DrvVerInf = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( DrvVerInf), "CIFDev ..."); gtk_entry_set_editable(GTK_ENTRY( DrvVerInf), FALSE); gtk_box_pack_start (GTK_BOX (hbox), DrvVerInf, FALSE, TRUE, 4); gtk_container_add (GTK_CONTAINER (frame), hbox); status_bar_Boards = gtk_statusbar_new (); gtk_box_pack_start (GTK_BOX (vbox), status_bar_Boards, FALSE, FALSE, 0); context_id_Boards = gtk_statusbar_get_context_id( GTK_STATUSBAR(status_bar_Boards), "Boards"); gtk_container_add (GTK_CONTAINER (BoardsPage), vbox); gtk_widget_show_all (vbox); } static gint ExchangeIO_Snd ( gpointer *data) { short sRet = DRV_NO_ERROR; unsigned short usSendOffset, usSendLength, usDataLen; unsigned short usBoard = 0; unsigned char abSendIOData[512]; char buff[96], *chSnd; IOINFO tIoInfo; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, buff); goto leave; } else { sRet = DevGetInfo( usBoard, GET_IO_INFO, sizeof(tIoInfo), &tIoInfo); if ( tIoInfo.bComBit == 0) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_ExIO),context_id_ExIO,"Device state: No Data Exchange "); } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_ExIO),context_id_ExIO,"Device state: Data Exchange "); } if ( ( CheckEditEntry( ExIOffSnd , &usSendOffset, sizeof(abSendIOData), &buff[0]) != TRUE) || ( CheckEditEntry( ExIOLenSnd, &usSendLength, sizeof(abSendIOData), &buff[0]) != TRUE) ) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_ExIO),context_id_ExIO, buff); goto leave; } else { chSnd = gtk_editable_get_chars( GTK_EDITABLE( ExIOSnd), (gint) 0, (gint) -1); if ( StringToHex( chSnd, sizeof(abSendIOData), &abSendIOData[0], &usDataLen, (GtkStatusbar *)status_bar_ExIO, context_id_ExIO) ) { switch( usExIOfun) { case 1: if ( (sRet = DevExchangeIO( usBoard, usSendOffset, usSendLength, &abSendIOData[0], 0, 0, NULL, 100L)) != DRV_NO_ERROR) { g_snprintf(buff, 58, "Error by driver function DevExchangeIO(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, buff); } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, " Data exchange ..."); } break; case 2: if ( (sRet = DevExchangeIOEx( usBoard, usIOExchangeMode, usSendOffset, usSendLength, &abSendIOData[0], 0, 0, NULL, 100L)) != DRV_NO_ERROR) { g_snprintf(buff, 58, "Error by driver function DevExchangeIOEx(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, buff); } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, " Data exchange ..."); } break; case 3: if ( (sRet = DevExchangeIOErr( usBoard, usSendOffset, usSendLength, &abSendIOData[0], 0, 0, NULL, &tComState, 100L)) != DRV_NO_ERROR) { g_snprintf(buff, 58, "Error by driver function DevExchangeIOErr(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, buff); } else { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, " Data exchange ..."); } break; default: break; } /* end switch */ } else if ( fExIOSndTimer) { gtk_timeout_remove ( pExIOSndTimer); fExIOSndTimer = FALSE; } } } leave: return TRUE; } void ExchangeIO_Snd_ (GtkWidget *widget, gpointer *data) { if ( (EXIO_FLAGS & SND_CYCLIC) && !fExIOSndTimer ) { fExIOSndTimer = TRUE; pExIOSndTimer = gtk_timeout_add( 100, (GtkFunction)ExchangeIO_Snd, data); } else ExchangeIO_Snd ( data); } static gint ExchangeIO_Rcv ( gpointer *data) { short sRet = DRV_NO_ERROR; unsigned short usBoard = 0; unsigned short usReadOffset, usReadSize; unsigned char abIOReadData[512]; char buff[96]; if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, buff); goto leave; } if ( ( CheckEditEntry( ExIOffRcv , &usReadOffset, sizeof(abIOReadData), &buff[0]) != TRUE) || ( CheckEditEntry( ExIOLenRcv, &usReadSize, sizeof(abIOReadData), &buff[0]) != TRUE) ) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push(GTK_STATUSBAR(status_bar_ExIO),context_id_ExIO, buff); goto leave; } else { switch( usExIOfun) { case 1: if ( (sRet = DevExchangeIO( usBoard, 0, 0, NULL, usReadOffset, usReadSize, &abIOReadData[0], 100L)) == DRV_NO_ERROR) { HexToTextBox( (GtkText *)ExIORcv, usReadSize, &abIOReadData[0]); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, " Data exchange ..."); } else { g_snprintf(buff, 58, "Error by driver function DevExchangeIO(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, buff); } break; case 2: if ( (sRet = DevExchangeIOEx( usBoard, usIOExchangeMode, 0, 0, NULL, usReadOffset, usReadSize, &abIOReadData[0], 100L)) == DRV_NO_ERROR) { HexToTextBox( (GtkText *)ExIORcv, usReadSize, &abIOReadData[0]); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, " Data exchange ..."); } else { g_snprintf(buff, 58, "Error by driver function DevExchangeIOEx(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, buff); } break; case 3: if ( (sRet = DevExchangeIOErr( usBoard, 0, 0, NULL, usReadOffset, usReadSize, &abIOReadData[0], &tComState, 100L)) == DRV_NO_ERROR) { if (fCheckComState == TRUE) { // Show COM mode g_snprintf( buff, 12, "%d", tComState.usMode); gtk_entry_set_text( (GtkEntry *)ExIO_COMerrMode, buff); // Test DriverType (LOW nibble) switch ( tComState.usMode) { case STATE_MODE_3: // Cyclic transfer of the COM StateFlag and state field g_snprintf( buff, 12, "%d", tComState.usStateFlag); gtk_entry_set_text( (GtkEntry *)ExIO_COMerrState, buff); if ( tComState.usStateFlag != 0) { // Show actual data HexToTextBox( (GtkText *)ExIORcv, sizeof(tComState.abState), &tComState.abState[0] ); } else { // Initialize list box HexToTextBox( (GtkText *)ExIORcv, 0, ""); } break; case STATE_MODE_4: // States available if error flag is set if ( tComState.usStateFlag != 0) { // Show COM state flag g_snprintf( buff, 12, "%d", tComState.usStateFlag); gtk_entry_set_text( (GtkEntry *)ExIO_COMerrState, buff); // Show actual data HexToTextBox( (GtkText *)ExIORcv, sizeof(tComState.abState), &tComState.abState[0] ); } break; default: // Mode is unknown, read state information by yourself // Show COM state flag g_snprintf( buff, 12, "%d", tComState.usStateFlag); gtk_entry_set_text( (GtkEntry *)ExIO_COMerrState, buff); break; } } else { HexToTextBox( (GtkText *)ExIORcv, usReadSize, &abIOReadData[0]); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, " Data exchange ..."); } } else { g_snprintf(buff, 58, "Error by driver function DevExchangeIOErr(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_ExIO), context_id_ExIO, buff); } break; } /* end switch */ } leave: return TRUE; } void ExchangeIO_Rcv_ (GtkWidget *widget, gpointer *data) { if ( EXIO_FLAGS & RCV_CYCLIC) { fExIORcvTimer = TRUE; pExIORcvTimer = gtk_timeout_add( 100, (GtkFunction)ExchangeIO_Rcv, data); } else ExchangeIO_Rcv ( data); } void ExIORcvCyclic (GtkWidget *widget, gpointer *data) { if ( EXIO_FLAGS & RCV_CYCLIC) { EXIO_FLAGS &= ~RCV_CYCLIC; if ( fExIORcvTimer) { gtk_timeout_remove( pExIORcvTimer); fExIORcvTimer = FALSE; } } else EXIO_FLAGS |= RCV_CYCLIC; } void ExIOSndCyclic (GtkWidget *widget, gpointer *data) { if ( EXIO_FLAGS & SND_CYCLIC) { EXIO_FLAGS &= ~SND_CYCLIC; if ( fExIOSndTimer) { gtk_timeout_remove( pExIOSndTimer); fExIOSndTimer = FALSE; } } else EXIO_FLAGS |= SND_CYCLIC; } void PopulateErrorList () { GtkWidget *main_vbox; GtkWidget *table; GtkWidget *vscrollbar; GdkFont *fixed_font; GdkColormap *cmap; GdkColor color; main_vbox = gtk_vbox_new (FALSE, 0); gtk_container_add (GTK_CONTAINER ( ErrorPage), main_vbox); table = gtk_table_new (2, 2, FALSE); gtk_table_set_row_spacing (GTK_TABLE (table), 0, 2); gtk_table_set_col_spacing (GTK_TABLE (table), 0, 2); gtk_box_pack_start (GTK_BOX (main_vbox), table, TRUE, TRUE, 0); gtk_widget_show (table); ErrorList = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT(ErrorList), FALSE); gtk_table_attach (GTK_TABLE (table), ErrorList, 0, 1, 0, 1, GTK_EXPAND | GTK_SHRINK | GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show (ErrorList); vscrollbar = gtk_vscrollbar_new (GTK_TEXT (ErrorList)->vadj); gtk_table_attach (GTK_TABLE (table), vscrollbar, 1, 2, 0, 1, GTK_FILL, GTK_EXPAND | GTK_SHRINK | GTK_FILL, 0, 0); gtk_widget_show (vscrollbar); /* Get the system color map and allocate the color red */ cmap = gdk_colormap_get_system(); color.red = 0xffaf; color.green = 0; color.blue = 0; if (!gdk_color_alloc(cmap, &color)) { g_error("couldn't allocate color"); } /* Load a fixed font */ fixed_font = gdk_font_load ("-misc-fixed-medium-r-*-*-*-110-*-*-*-*-*-*"); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &ErrorList->style->black, NULL, " 0\tno error\n\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-1\tDRIVER Board not initialized\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-2\tDRIVER Error in internal init state\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-3\tDRIVER Error in internal read state\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-4\tDRIVER Command on this channel is activ\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-5\tDRIVER Unknown parameter in function occured\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-6\tDRIVER Version is incompatible with DLL\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-7\tDRIVER Error during PCI set run mode\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-8\tDRIVER Could not read PCI dual port memory length\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-9\tDRIVER Error during PCI set run mode\n\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-10\tDEVICE Dual port ram not accessable(board not found)\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-11\tDEVICE Not ready (ready flag failed)\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-12\tDEVICE Not running (running flag failed)\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-13\tDEVICE Watchdog test failed\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-14\tDEVICE Signals wrong OS version\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-15\tDEVICE Error in dual port flags\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-16\tDEVICE Send mailbox is full\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-17\tDEVICE PutMessage timeout\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-18\tDEVICE GetMessage timeout\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-19\tDEVICE No message available\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-20\tDEVICE RESET command timeout\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-21\tDEVICE COM-flag not set\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-22\tDEVICE IO data exchange failed\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-23\tDEVICE IO data exchange timeout\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-24\tDEVICE IO data mode unknown\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-25\tDEVICE Function call failed\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-26\tDEVICE DPM size differs from configuration\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-27\tDEVICE State mode unknown\n\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-30\tUSER Driver not opened (device driver not loaded)\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-31\tUSER Can't connect with device\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-32\tUSER Board not initialized (DevInitBoard not called)\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-33\tUSER IOCTRL function failed\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-34\tUSER Parameter DeviceNumber invalid\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-35\tUSER Parameter InfoArea unknown\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-36\tUSER Parameter Number invalid\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-37\tUSER Parameter Mode invalid\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-38\tUSER NULL pointer assignment\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-39\tUSER Message buffer too short\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-40\tUSER Parameter Size invalid\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-42\tUSER Parameter Size with zero length\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-43\tUSER Parameter Size too long\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-44\tUSER Device address null pointer\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-45\tUSER Pointer to buffer is a null pointer\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-46\tUSER Parameter SendSize too long\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-47\tUSER Parameter ReceiveSize too long\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-48\tUSER Pointer to send buffer is a null pointer\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-49\tUSER Pointer to receive buffer is a null pointer\n\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-60\tDEVICE Virtual memory not available\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-61\tDEVICE Unmap virtual memory failed\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-62\tDEVICE Request irq failed\n\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-100\tUSER file not opend\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-101\tUSER file size zero\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-102\tUSER not enough memory to load file\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-103\tUSER file read failed\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-104\tUSER file type invalid\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "-105\tUSER file name not valid\n\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1000\tRCS error number start\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1020\tRCS database not valid for this device\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1021\tRCS data base segment not configured or not existent\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1022\tRCS number of message wrong\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1023\tRCS number of data mismatch\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1024\tRCS wrong sequence identifier\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1025\tRCS checksum mismatch\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1038\tRCS data base is not compatible to the firmware\n", -1); gtk_text_insert( (GtkText *)ErrorList, fixed_font, &color, NULL, "1044\tRCS message length mismatch\n", -1); gtk_text_set_point( (GtkText *)ErrorList, 1); /* Thaw the text widget, allowing the updates to become visible */ gtk_text_thaw (GTK_TEXT (ErrorList)); gtk_widget_show_all(ErrorPage); } void PopulateExIO () { GtkWidget *main_vbox, *vboxL, *vbbox; GtkWidget *hbox, *hboxR, *hboxL , *hboxXY; GtkWidget *frame; GtkWidget *label; GtkWidget *snd, *cyclic; main_vbox = gtk_vbox_new (FALSE, 0); gtk_container_add (GTK_CONTAINER ( ExIOPage), main_vbox); hboxXY = gtk_hbox_new(TRUE, 6); hbox = gtk_hbox_new(FALSE, 6); hboxL = gtk_hbox_new(FALSE, 0); hboxR = gtk_hbox_new(FALSE, 0); vboxL = gtk_vbox_new(FALSE, 10); gtk_box_pack_start (GTK_BOX(hbox), hboxL, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(hbox), hboxR, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(vboxL), hbox, FALSE, FALSE, 0); frame = gtk_frame_new("Receive Process Data"); gtk_container_add( GTK_CONTAINER(frame), vboxL); label = gtk_label_new("Offset"); gtk_widget_set_usize(label, 40, 20); gtk_box_pack_start (GTK_BOX (hboxL), label, FALSE, FALSE, 0); ExIOffRcv = gtk_entry_new_with_max_length (10); gtk_widget_set_usize(ExIOffRcv, 60, 20); gtk_entry_set_text (GTK_ENTRY ( ExIOffRcv), "0"); gtk_box_pack_start (GTK_BOX (hboxL), ExIOffRcv, FALSE, FALSE, 0); label = gtk_label_new("Length"); gtk_widget_set_usize(label, 40, 20); gtk_box_pack_start (GTK_BOX (hboxR), label, FALSE, FALSE, 0); ExIOLenRcv = gtk_entry_new_with_max_length (10); gtk_widget_set_usize(ExIOLenRcv, 60, 20); gtk_entry_set_text (GTK_ENTRY ( ExIOLenRcv), "16"); gtk_box_pack_start (GTK_BOX (hboxR), ExIOLenRcv, FALSE, FALSE, 0); vbbox = gtk_vbox_new(FALSE, 0); cyclic = gtk_toggle_button_new_with_label("cyclic"); gtk_container_add( GTK_CONTAINER(vbbox), cyclic); gtk_signal_connect (GTK_OBJECT (cyclic), "toggled", GTK_SIGNAL_FUNC (ExIORcvCyclic),NULL); snd = gtk_button_new_with_label("get"); gtk_signal_connect (GTK_OBJECT (snd), "released", GTK_SIGNAL_FUNC (ExchangeIO_Rcv_),NULL); gtk_box_pack_start (GTK_BOX(vbbox), snd, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(hbox), vbbox, FALSE, FALSE, 0); ExIORcv = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT(ExIORcv), FALSE); gtk_container_add (GTK_CONTAINER (vboxL), ExIORcv); gtk_container_add (GTK_CONTAINER (hboxXY), frame); gtk_container_add (GTK_CONTAINER (main_vbox/*ExIOPage*/), hboxXY); hbox = gtk_hbox_new(FALSE, 15); hboxL = gtk_hbox_new(FALSE, 0); hboxR = gtk_hbox_new(FALSE, 0); vboxL = gtk_vbox_new(FALSE, 10); vbbox = gtk_vbox_new(FALSE, 0); cyclic = gtk_toggle_button_new_with_label("cyclic"); gtk_container_add( GTK_CONTAINER(vbbox), cyclic); gtk_signal_connect (GTK_OBJECT (cyclic), "toggled", GTK_SIGNAL_FUNC (ExIOSndCyclic),NULL); snd = gtk_button_new_with_label("send"); gtk_signal_connect (GTK_OBJECT (snd), "released", GTK_SIGNAL_FUNC (ExchangeIO_Snd_),NULL); gtk_box_pack_start (GTK_BOX(hbox), hboxL, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(hbox), hboxR, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(vbbox), snd, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(vboxL), hbox, FALSE, FALSE, 0); frame = gtk_frame_new("Send Process Data"); gtk_container_add( GTK_CONTAINER(frame), vboxL); label = gtk_label_new("Offset"); gtk_widget_set_usize(label, 40, 20); gtk_box_pack_start (GTK_BOX (hboxL), label, FALSE, FALSE, 0); ExIOffSnd = gtk_entry_new_with_max_length (10); gtk_widget_set_usize(ExIOffSnd, 60, 20); gtk_entry_set_text (GTK_ENTRY ( ExIOffSnd), "0"); gtk_box_pack_start (GTK_BOX (hboxL), ExIOffSnd, FALSE, FALSE, 0); label = gtk_label_new("Length"); gtk_widget_set_usize(label, 40, 20); gtk_box_pack_start (GTK_BOX (hboxR), label, FALSE, FALSE, 0); ExIOLenSnd = gtk_entry_new_with_max_length (10); gtk_widget_set_usize(ExIOLenSnd, 60, 20); gtk_entry_set_text (GTK_ENTRY (ExIOLenSnd), "16"); gtk_box_pack_start (GTK_BOX (hboxR), ExIOLenSnd, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(hbox), vbbox, FALSE, FALSE, 0); ExIOSnd = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT(ExIOSnd), TRUE); gtk_container_add (GTK_CONTAINER (vboxL), ExIOSnd); gtk_container_add (GTK_CONTAINER (hboxXY), frame); status_bar_ExIO = gtk_statusbar_new (); gtk_box_pack_start (GTK_BOX (main_vbox), status_bar_ExIO, TRUE, TRUE, 0); context_id_ExIO = gtk_statusbar_get_context_id( GTK_STATUSBAR(status_bar_ExIO), "ExchangeIO"); gtk_widget_show_all(ExIOPage); } void ExchangeIOvar (GtkWidget *widget, gpointer *data) { PopulateExIO(); } void combo_ExIO (GtkWidget *widget, gpointer *data) { usExIOfun = (gint)data; switch(usExIOfun) { case 1: gtk_label_set_text( (GtkLabel *)heading, "I/O data transfer"); gtk_widget_hide( (GtkWidget *)boxCOM); gtk_widget_hide( (GtkWidget *)ExIO_COMerrMode); gtk_widget_hide( (GtkWidget *)ExIO_COMerrState); gtk_widget_hide( (GtkWidget *)ExIO_COMeMode); gtk_widget_hide( (GtkWidget *)ExIO_COMeState); gtk_widget_hide( (GtkWidget *)handshakeMode); gtk_widget_hide( (GtkWidget *)checkCOMerr); gtk_widget_hide( (GtkWidget *)frameCOM); break; case 2: gtk_label_set_text( (GtkLabel *)heading, "I/O data transfer for COM modules"); gtk_widget_show( (GtkWidget *)handshakeMode); gtk_widget_show( (GtkWidget *)boxCOM); gtk_widget_show( (GtkWidget *)frameCOM); gtk_widget_hide( (GtkWidget *)ExIO_COMerrMode); gtk_widget_hide( (GtkWidget *)ExIO_COMerrState); gtk_widget_hide( (GtkWidget *)ExIO_COMeMode); gtk_widget_hide( (GtkWidget *)ExIO_COMeState); gtk_widget_hide( (GtkWidget *)checkCOMerr); gtk_widget_hide( (GtkWidget *)ExIO_hbox3); gtk_widget_show( (GtkWidget *)ExIO_hbox32); break; case 3: gtk_label_set_text( (GtkLabel *)heading, "I/O data transfer with COM error"); gtk_widget_show( (GtkWidget *)ExIO_COMerrState); gtk_widget_show( (GtkWidget *)ExIO_COMerrMode); gtk_widget_show( (GtkWidget *)ExIO_COMeMode); gtk_widget_show( (GtkWidget *)ExIO_COMeState); gtk_widget_show( (GtkWidget *)checkCOMerr); gtk_widget_show( (GtkWidget *)frameCOM); gtk_widget_hide( (GtkWidget *)handshakeMode); gtk_widget_hide( (GtkWidget *)boxCOM); gtk_widget_hide( (GtkWidget *)ExIO_hbox32); gtk_widget_show( (GtkWidget *)ExIO_hbox3); break; default: break; } } void combo_ExIOsync (GtkWidget *widget, gpointer *data) { usIOExchangeMode = (gint)data; } GtkWidget *CrMenuComboExIO_COM () { GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); menuitem = make_menu_item ("No synchron", GTK_SIGNAL_FUNC (combo_ExIOsync), GINT_TO_POINTER( 1)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("Synchron device controlled", GTK_SIGNAL_FUNC (combo_ExIOsync), GINT_TO_POINTER( 2)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("Asynchron device controlled", GTK_SIGNAL_FUNC (combo_ExIOsync), GINT_TO_POINTER( 3)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("Synchron HOST controlled", GTK_SIGNAL_FUNC (combo_ExIOsync), GINT_TO_POINTER( 4)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("Asynchron HOST controlled", GTK_SIGNAL_FUNC (combo_ExIOsync), GINT_TO_POINTER( 5)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } GtkWidget *CrMenuComboExIO () { GtkWidget *omenu; GtkWidget *menu; GtkWidget *menuitem; omenu = gtk_option_menu_new(); menu = gtk_menu_new(); menuitem = make_menu_item ("DevExchangeIO()", GTK_SIGNAL_FUNC (combo_ExIO), GINT_TO_POINTER( 1)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("DevExchangeIOEx()", GTK_SIGNAL_FUNC (combo_ExIO), GINT_TO_POINTER( 2)); gtk_menu_append (GTK_MENU (menu), menuitem); menuitem = make_menu_item ("DevExchangeIOErr()", GTK_SIGNAL_FUNC (combo_ExIO), GINT_TO_POINTER( 3)); gtk_menu_append (GTK_MENU (menu), menuitem); gtk_option_menu_set_menu (GTK_OPTION_MENU (omenu), menu); gtk_widget_show (omenu); return (omenu); } void showCOMerr (GtkWidget *widget, gpointer *data) { memset( &tComState, 0, sizeof(tComState)); if( GTK_TOGGLE_BUTTON( checkCOMerr)->active) { fCheckComState = TRUE; } else { fCheckComState = FALSE; } } void PopulateExIOEx () { GtkWidget *main_vbox, *vboxL, *vbbox, *hbox, *hboxR, *hboxL , *hboxXY, *vbox_; GtkWidget *frame, *label, *hbox31, *boxfunc, *snd, *cyclic; main_vbox = gtk_vbox_new (FALSE, 5); gtk_container_add (GTK_CONTAINER ( ExIOPage), main_vbox); hboxXY = gtk_hbox_new(FALSE, 6); hbox = gtk_hbox_new(FALSE, 5); hboxL = gtk_hbox_new(FALSE, 0); hboxR = gtk_hbox_new(FALSE, 0); vboxL = gtk_vbox_new(FALSE, 4); vbox_ = gtk_vbox_new(TRUE, 4); gtk_box_pack_start (GTK_BOX(hbox), hboxL, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(hbox), hboxR, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(vboxL), hbox, FALSE, FALSE, 0); ExIO_hbox3 = gtk_hbox_new(FALSE, 12); hbox31 = gtk_hbox_new(FALSE, 5); ExIO_hbox32 = gtk_hbox_new(FALSE, 5); boxfunc = CrMenuComboExIO (); heading = gtk_label_new("I/O Data transfer");// "... for COM-Modules", "... with COM error" gtk_widget_set_usize( heading, 200, 16); gtk_box_pack_start (GTK_BOX( hbox31), boxfunc, FALSE, FALSE, 6); gtk_box_pack_start (GTK_BOX( hbox31), heading, FALSE, FALSE, 6); gtk_box_pack_start (GTK_BOX( main_vbox), hbox31, FALSE, FALSE, 0); frameCOM = gtk_frame_new("COM part"); gtk_container_add (GTK_CONTAINER (main_vbox), frameCOM); checkCOMerr = gtk_check_button_new_with_label("show COM state error"); gtk_widget_set_usize( checkCOMerr, 160, 60); gtk_signal_connect (GTK_OBJECT(checkCOMerr), "toggled", GTK_SIGNAL_FUNC( showCOMerr), NULL); gtk_toggle_button_set_active(GTK_TOGGLE_BUTTON(checkCOMerr), TRUE); ExIO_COMeMode = gtk_label_new("COM error mode:"); gtk_widget_set_usize( ExIO_COMeMode, 100, 20); gtk_box_pack_start (GTK_BOX (ExIO_hbox3), ExIO_COMeMode, FALSE, FALSE, 0); ExIO_COMerrMode = gtk_entry_new_with_max_length (10); gtk_widget_set_usize( ExIO_COMerrMode, 60, 20); gtk_entry_set_text (GTK_ENTRY ( ExIO_COMerrMode), "0"); gtk_box_pack_start (GTK_BOX (ExIO_hbox3), ExIO_COMerrMode, FALSE, FALSE, 0); ExIO_COMeState = gtk_label_new("COM error state:"); gtk_widget_set_usize( ExIO_COMeState, 100, 20); ExIO_COMerrState = gtk_entry_new_with_max_length (10); gtk_widget_set_usize( ExIO_COMerrState, 60, 20); gtk_entry_set_text (GTK_ENTRY ( ExIO_COMerrState), "0"); gtk_box_pack_start (GTK_BOX (ExIO_hbox3), ExIO_COMeState, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX (ExIO_hbox3), ExIO_COMerrState, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX (ExIO_hbox3), checkCOMerr, FALSE, FALSE, 0); boxCOM = CrMenuComboExIO_COM (); handshakeMode = gtk_label_new("Handshake mode:"); gtk_widget_set_usize( handshakeMode, 100, 60); gtk_box_pack_start (GTK_BOX (ExIO_hbox32), handshakeMode, FALSE, TRUE, 4); gtk_box_pack_start (GTK_BOX (ExIO_hbox32), boxCOM, FALSE, TRUE, 4); gtk_container_add (GTK_CONTAINER (vbox_), ExIO_hbox32);//boxCOM); gtk_container_add (GTK_CONTAINER (vbox_), ExIO_hbox3); gtk_container_add (GTK_CONTAINER (frameCOM), vbox_); frame = gtk_frame_new("Receive Process Data"); gtk_container_add( GTK_CONTAINER(frame), vboxL); label = gtk_label_new("Offset"); gtk_widget_set_usize(label, 40, 20); gtk_box_pack_start (GTK_BOX (hboxL), label, FALSE, FALSE, 0); ExIOffRcv = gtk_entry_new_with_max_length (10); gtk_widget_set_usize(ExIOffRcv, 50, 20); gtk_entry_set_text (GTK_ENTRY ( ExIOffRcv), "0"); gtk_box_pack_start (GTK_BOX (hboxL), ExIOffRcv, FALSE, FALSE, 0); label = gtk_label_new("Length"); gtk_widget_set_usize(label, 40, 20); gtk_box_pack_start (GTK_BOX (hboxR), label, FALSE, FALSE, 0); ExIOLenRcv = gtk_entry_new_with_max_length (10); gtk_widget_set_usize(ExIOLenRcv, 50, 20); gtk_entry_set_text (GTK_ENTRY ( ExIOLenRcv), "16"); gtk_box_pack_start (GTK_BOX (hboxR), ExIOLenRcv, FALSE, FALSE, 0); vbbox = gtk_hbox_new(FALSE, 0); cyclic = gtk_toggle_button_new_with_label("cyclic"); gtk_widget_set_usize( cyclic, 40, 20); gtk_container_add( GTK_CONTAINER(vbbox), cyclic); gtk_signal_connect (GTK_OBJECT (cyclic), "toggled", GTK_SIGNAL_FUNC (ExIORcvCyclic),NULL); snd = gtk_button_new_with_label("get"); gtk_widget_set_usize( snd, 40, 20); gtk_signal_connect (GTK_OBJECT (snd), "released", GTK_SIGNAL_FUNC (ExchangeIO_Rcv_),NULL); gtk_box_pack_start (GTK_BOX(vbbox), snd, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(hbox), vbbox, FALSE, FALSE, 0); ExIORcv = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT(ExIORcv), FALSE); gtk_container_add (GTK_CONTAINER (vboxL), ExIORcv); gtk_container_add (GTK_CONTAINER (hboxXY), frame); gtk_container_add (GTK_CONTAINER (main_vbox/*ExIOPage*/), hboxXY); hbox = gtk_hbox_new(FALSE, 5); hboxL = gtk_hbox_new(FALSE, 0); hboxR = gtk_hbox_new(FALSE, 0); vboxL = gtk_vbox_new(FALSE, 4); vbbox = gtk_hbox_new(FALSE, 0); cyclic = gtk_toggle_button_new_with_label("cyclic"); gtk_widget_set_usize( cyclic, 40, 20); gtk_container_add( GTK_CONTAINER(vbbox), cyclic); gtk_signal_connect (GTK_OBJECT (cyclic), "toggled", GTK_SIGNAL_FUNC (ExIOSndCyclic),NULL); snd = gtk_button_new_with_label("send"); gtk_widget_set_usize( snd, 40, 20); gtk_signal_connect (GTK_OBJECT (snd), "released", GTK_SIGNAL_FUNC (ExchangeIO_Snd_),NULL); gtk_box_pack_start (GTK_BOX(hbox), hboxL, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(hbox), hboxR, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(vbbox), snd, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(vboxL), hbox, FALSE, FALSE, 0); frame = gtk_frame_new("Send Process Data"); gtk_container_add( GTK_CONTAINER(frame), vboxL); label = gtk_label_new("Offset"); gtk_widget_set_usize(label, 40, 20); gtk_box_pack_start (GTK_BOX (hboxL), label, FALSE, FALSE, 0); ExIOffSnd = gtk_entry_new_with_max_length (10); gtk_widget_set_usize(ExIOffSnd, 50, 20); gtk_entry_set_text (GTK_ENTRY ( ExIOffSnd), "0"); gtk_box_pack_start (GTK_BOX (hboxL), ExIOffSnd, FALSE, FALSE, 0); label = gtk_label_new("Length"); gtk_widget_set_usize(label, 40, 20); gtk_box_pack_start (GTK_BOX (hboxR), label, FALSE, FALSE, 0); ExIOLenSnd = gtk_entry_new_with_max_length (10); gtk_widget_set_usize(ExIOLenSnd, 50, 20); gtk_entry_set_text (GTK_ENTRY (ExIOLenSnd), "16"); gtk_box_pack_start (GTK_BOX (hboxR), ExIOLenSnd, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX(hbox), vbbox, FALSE, FALSE, 3); ExIOSnd = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT(ExIOSnd), TRUE); gtk_container_add (GTK_CONTAINER (vboxL), ExIOSnd); gtk_container_add (GTK_CONTAINER (hboxXY), frame); status_bar_ExIO = gtk_statusbar_new (); gtk_box_pack_start (GTK_BOX (main_vbox), status_bar_ExIO, FALSE, TRUE, 0); context_id_ExIO = gtk_statusbar_get_context_id( GTK_STATUSBAR(status_bar_ExIO), "ExchangeIO"); gtk_widget_show_all(ExIOPage); gtk_widget_hide( (GtkWidget *)boxCOM); gtk_widget_hide( (GtkWidget *)ExIO_COMerrMode); gtk_widget_hide( (GtkWidget *)ExIO_COMerrState); gtk_widget_hide( (GtkWidget *)ExIO_COMeMode); gtk_widget_hide( (GtkWidget *)ExIO_COMeState); gtk_widget_hide( (GtkWidget *)handshakeMode); gtk_widget_hide( (GtkWidget *)checkCOMerr); gtk_widget_hide( (GtkWidget *)frameCOM); } void PopulateMsgTrans () { GtkWidget *vbox1, *vbox2, *vbox, *vboxx, *vbbox, *main_vbox; GtkWidget *hbox, *hboxx, *hboxxy, *cyclic, *getMsg, *putMsg; GtkWidget *frame, *frame1, *label, *AutoNr; main_vbox = gtk_vbox_new(FALSE, 0); gtk_container_add (GTK_CONTAINER (MsgTransPage), main_vbox); hboxxy = gtk_hbox_new(TRUE, 6); gtk_container_add (GTK_CONTAINER (main_vbox), hboxxy); vboxx = gtk_vbox_new(TRUE, 5); vbox = gtk_vbox_new(FALSE, 0); vbox1 = gtk_vbox_new(FALSE, 0); vbox2 = gtk_vbox_new(FALSE, 0); hbox = gtk_hbox_new (FALSE, 0); hboxx = gtk_hbox_new(FALSE, 4); gtk_box_pack_start (GTK_BOX(vbox), hbox, FALSE, FALSE, 0); frame = gtk_frame_new("Output Message"); gtk_box_pack_start (GTK_BOX (hboxx), vbox, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX (hboxx), vbox1, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX (hboxx), vbox2, FALSE, FALSE, 0); gtk_container_add( GTK_CONTAINER(frame), vboxx); gtk_container_add( GTK_CONTAINER(vboxx), hboxx); label = gtk_label_new("RX"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgGetRX = gtk_entry_new_with_max_length (4); gtk_widget_set_usize(eMsgGetRX, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgGetRX), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgGetRX, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox), hbox, FALSE, FALSE, 0); label = gtk_label_new("TX"); gtk_widget_set_usize(label,24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgGetTX = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgGetTX, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgGetTX), "0"); gtk_entry_set_editable(GTK_ENTRY( eMsgGetTX), FALSE); gtk_box_pack_start (GTK_BOX (hbox), eMsgGetTX, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox), hbox, FALSE, FALSE, 0); label = gtk_label_new("NR"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgGetNR = gtk_entry_new_with_max_length (3); gtk_widget_set_usize(eMsgGetNR, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgGetNR), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgGetNR, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox), hbox, FALSE, FALSE, 0); label = gtk_label_new("LN"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgGetLN = gtk_entry_new_with_max_length (3); gtk_widget_set_usize(eMsgGetLN, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgGetLN), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgGetLN, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox1), hbox, FALSE, FALSE, 0); label = gtk_label_new("A"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgGetA = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgGetA, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgGetA), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgGetA, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox1), hbox, FALSE, FALSE, 0); label = gtk_label_new("F"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgGetF = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgGetF, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgGetF), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgGetF, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox1), hbox, FALSE, FALSE, 0); label = gtk_label_new("B"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgGetB = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgGetB, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgGetB), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgGetB, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox1), hbox, FALSE, FALSE, 0); label = gtk_label_new("E"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgGetE = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgGetE, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgGetE), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgGetE, FALSE, FALSE, 0); vbbox = gtk_vbutton_box_new(); gtk_container_set_border_width(GTK_CONTAINER(vbbox), 24); gtk_box_pack_start (GTK_BOX(vbox2), vbbox, FALSE, FALSE, 0); gtk_button_box_set_spacing (GTK_BUTTON_BOX (vbbox), 0); gtk_button_box_set_child_size (GTK_BUTTON_BOX (vbbox), 24, 16); cyclic = gtk_toggle_button_new_with_label("cyclic"); gtk_container_add( GTK_CONTAINER(vbbox), cyclic); gtk_signal_connect (GTK_OBJECT (cyclic), "toggled", GTK_SIGNAL_FUNC (GetCyclic),NULL); getMsg = gtk_button_new_with_label("get msg"); gtk_container_add( GTK_CONTAINER(vbbox), getMsg); gtk_signal_connect (GTK_OBJECT (getMsg), "released", GTK_SIGNAL_FUNC (GetMsg),NULL); MsgGetData = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT(MsgGetData), FALSE); gtk_container_add (GTK_CONTAINER (vboxx), MsgGetData); gtk_container_add (GTK_CONTAINER (hboxxy), frame); vboxx = gtk_vbox_new(TRUE, 5); vbox = gtk_vbox_new(FALSE, 0); vbox1 = gtk_vbox_new(FALSE, 0); vbox2 = gtk_vbox_new(FALSE, 0); hbox = gtk_hbox_new (FALSE, 0); hboxx = gtk_hbox_new(FALSE, 4); gtk_box_pack_start (GTK_BOX(vbox), hbox, FALSE, FALSE, 0); frame1 = gtk_frame_new("Input Message"); gtk_box_pack_start (GTK_BOX (hboxx), vbox, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX (hboxx), vbox1, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX (hboxx), vbox2, FALSE, FALSE, 0); gtk_container_add( GTK_CONTAINER(frame1), vboxx); gtk_container_add( GTK_CONTAINER(vboxx), hboxx); label = gtk_label_new("RX"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgPutRX = gtk_entry_new_with_max_length (4); gtk_widget_set_usize(eMsgPutRX, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgPutRX), "1"); gtk_box_pack_start (GTK_BOX (hbox), eMsgPutRX, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox), hbox, FALSE, FALSE, 0); label = gtk_label_new("TX"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgPutTX = gtk_entry_new_with_max_length (4); gtk_widget_set_usize(eMsgPutTX, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgPutTX), "16"); gtk_entry_set_editable(GTK_ENTRY( eMsgPutTX), FALSE); gtk_box_pack_start (GTK_BOX (hbox), eMsgPutTX, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox), hbox, FALSE, FALSE, 0); label = gtk_label_new("NR"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgPutNR = gtk_entry_new_with_max_length (4); gtk_widget_set_usize(eMsgPutNR, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgPutNR), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgPutNR, FALSE, FALSE, 0); AutoNr = gtk_toggle_button_new_with_label(" Auto "); gtk_box_pack_start (GTK_BOX (hbox), AutoNr, FALSE, FALSE, 0); gtk_signal_connect (GTK_OBJECT (AutoNr), "toggled", GTK_SIGNAL_FUNC(AutoNum),NULL); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox), hbox, FALSE, FALSE, 0); label = gtk_label_new("LN"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgPutLN = gtk_entry_new_with_max_length (4); gtk_widget_set_usize(eMsgPutLN, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgPutLN), "0"); gtk_entry_set_editable(GTK_ENTRY( eMsgPutLN), FALSE); gtk_box_pack_start (GTK_BOX (hbox), eMsgPutLN, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox1), hbox, FALSE, FALSE, 0); label = gtk_label_new(" A"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgPutA = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgPutA, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgPutA), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgPutA, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox1), hbox, FALSE, FALSE, 0); label = gtk_label_new(" F"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgPutF = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgPutF, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgPutF), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgPutF, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox1), hbox, FALSE, FALSE, 0); label = gtk_label_new(" B"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgPutB = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgPutB, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgPutB), "10"); gtk_box_pack_start (GTK_BOX (hbox), eMsgPutB, FALSE, FALSE, 0); hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_start (GTK_BOX(vbox1), hbox, FALSE, FALSE, 0); label = gtk_label_new(" E"); gtk_widget_set_usize(label, 24, 20); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); eMsgPutE = gtk_entry_new_with_max_length (2); gtk_widget_set_usize(eMsgPutE, 40, 20); gtk_entry_set_text (GTK_ENTRY ( eMsgPutE), "0"); gtk_box_pack_start (GTK_BOX (hbox), eMsgPutE, FALSE, FALSE, 0); vbbox = gtk_vbutton_box_new(); gtk_container_set_border_width(GTK_CONTAINER(vbbox), 24); gtk_box_pack_start (GTK_BOX(vbox2), vbbox, FALSE, FALSE, 0); gtk_button_box_set_spacing (GTK_BUTTON_BOX (vbbox), 0); gtk_button_box_set_child_size (GTK_BUTTON_BOX (vbbox), 24, 16); cyclic = gtk_toggle_button_new_with_label("cyclic"); gtk_container_add( GTK_CONTAINER(vbbox), cyclic); gtk_signal_connect (GTK_OBJECT (cyclic), "toggled", GTK_SIGNAL_FUNC(PutCyclic),NULL); putMsg = gtk_button_new_with_label("put msg"); gtk_container_add( GTK_CONTAINER(vbbox), putMsg); gtk_signal_connect (GTK_OBJECT (putMsg), "released", GTK_SIGNAL_FUNC(PutMsg),NULL); MsgPutData = gtk_text_new (NULL, NULL); gtk_text_set_editable(GTK_TEXT(MsgPutData), TRUE); gtk_container_add (GTK_CONTAINER (vboxx), MsgPutData); gtk_container_add (GTK_CONTAINER (hboxxy), frame1); status_bar_Msg = gtk_statusbar_new (); gtk_box_pack_start (GTK_BOX (main_vbox), status_bar_Msg, FALSE, FALSE, 0); context_id_Msg = gtk_statusbar_get_context_id( GTK_STATUSBAR(status_bar_Msg), "MsgTransfer"); gtk_widget_show_all( MsgTransPage); } GtkWidget *CreateEditField (char *label_str) { GtkWidget *hbox; GtkWidget *label; hbox = gtk_vbox_new (TRUE, 0); label = gtk_label_new (label_str); gtk_misc_set_alignment (GTK_MISC (label), 0, 0); gtk_box_pack_start (GTK_BOX (hbox), label, FALSE, FALSE, 0); gtk_widget_show (label); gtk_widget_show (hbox); return (hbox); } /*{{========= DrvInfoPage components ==================*/ void UpdateDrvInfo (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abData[512]; /* Buffer for various information */ short sRet; char buff[96]; DRIVERINFO *pDriverInf = NULL; gtk_entry_set_text(GTK_ENTRY( entryDrvInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo7), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo8), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo9), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo10), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo11), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo12), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo13), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo14), ""); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo15), ""); if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvInfo), context_id_DrvInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvInfo), context_id_DrvInfo, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvInfo), context_id_DrvInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvInfo), context_id_DrvInfo, buff); goto leave; } else { if ( (sRet = DevGetInfo( usBoard, GET_DRIVER_INFO, sizeof(DRIVERINFO), &abData[0])) != DRV_NO_ERROR) {// some error occured, cure it! g_snprintf(buff, 72, "Error by driver function DevGetInfo(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvInfo), context_id_DrvInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvInfo), context_id_DrvInfo, buff); goto leave; } else { // Load structure pointer pDriverInf = (DRIVERINFO *)&abData[0]; g_snprintf(buff, 48, "%ld", pDriverInf->ulOpenCnt); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo1), buff); g_snprintf(buff, 48, "%ld", pDriverInf->ulReadCnt); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo3), buff); g_snprintf(buff, 48, "%ld", pDriverInf->ulWriteCnt); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo4), buff); g_snprintf(buff, 48, "%ld", pDriverInf->ulIRQCnt); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo5), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bInitMsgFlag); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo6), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bReadMsgFlag); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo7), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bWriteMsgFlag); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo8), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bLastFunction); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo9), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bWriteState); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo10), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bReadState); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo11), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bHostFlags); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo12), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bMyDevFlags); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo13), buff); g_snprintf(buff, 48, "0x%.2X", pDriverInf->bExIOFlag); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo14), buff); g_snprintf(buff, 48, "%ld", pDriverInf->ulExIOCnt); gtk_entry_set_text(GTK_ENTRY( entryDrvInfo15), buff); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_DrvInfo), context_id_DrvInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_DrvInfo), context_id_DrvInfo, " Done"); } } leave: ; } void PopulateDrvInfo () { GtkWidget *button, *separator; GtkWidget *vboxx, *vboxx1, *hboxx, *hbox, *main_vbox; main_vbox = gtk_vbox_new (FALSE, 4); gtk_container_add (GTK_CONTAINER ( DrvInfoPage), main_vbox); hboxx = gtk_hbox_new (FALSE, 0); vboxx = gtk_vbox_new (FALSE, 0); vboxx1 = gtk_vbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (main_vbox), hboxx, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX (hboxx), vboxx, FALSE, FALSE, 0); gtk_box_pack_start (GTK_BOX (hboxx), vboxx1, FALSE, FALSE, 0); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("open counter:"); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, TRUE, TRUE, 4); entryDrvInfo1 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo1), ""); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo1), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo1, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("read counter:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo3 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo3), ""); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo3), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo3, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("write counter:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo4 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo4), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo4), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo4, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, FALSE, 0); labDrvInfo = gtk_label_new ("interrupt counter:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo5 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo5), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo5), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo5, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("init state:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo6 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo6), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo6), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo6, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("HostMBXState:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo7 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo7), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo7), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo7, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("DeviceMBXState:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo8 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo8), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo8), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo8, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("last function:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo9 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo9), ""); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo9), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo9, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("write state:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo10 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo10), ""); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo10), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo10, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("read state:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo11 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo11), ""); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo11), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo11, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("HOST flags:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo12 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo12), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo12), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo12, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, FALSE, 0); labDrvInfo = gtk_label_new ("Device flags:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo13 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo13), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo13), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo13, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("IO flags:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo14 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo14), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo14), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo14, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new ("IO Exchange:"); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_misc_set_alignment(GTK_MISC(labDrvInfo), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); entryDrvInfo15 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryDrvInfo15), " "); gtk_entry_set_editable(GTK_ENTRY( entryDrvInfo15), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryDrvInfo15, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new (""); gtk_widget_set_usize( labDrvInfo, 112, 20); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx1), hbox, FALSE, TRUE, 0); labDrvInfo = gtk_label_new (""); gtk_widget_set_usize( labDrvInfo, 112, 10); gtk_box_pack_start (GTK_BOX (hbox), labDrvInfo, FALSE, FALSE, 4); button = gtk_button_new_with_label ("update"); gtk_container_add (GTK_CONTAINER (hbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(UpdateDrvInfo),NULL); separator = gtk_hseparator_new (); gtk_box_pack_start (GTK_BOX (main_vbox), separator, FALSE, FALSE, 0); status_bar_DrvInfo = gtk_statusbar_new (); gtk_box_pack_start (GTK_BOX (main_vbox), status_bar_DrvInfo, TRUE, TRUE, 0); context_id_DrvInfo = gtk_statusbar_get_context_id( GTK_STATUSBAR(status_bar_DrvInfo), "DrvInfo"); gtk_widget_show_all (DrvInfoPage); } /*}}========= DrvInfoPage components ==================*/ /*{{========= BoardInfoPage components ==================*/ void GetHardwareInfo (GtkWidget *widget, gpointer *data) { char buff[96]; unsigned short usBoard = 0xFFFF; gtk_label_set_text( GTK_LABEL( labBoardInfo1), "Device type: "); gtk_label_set_text( GTK_LABEL( labBoardInfo2), "Device model: "); gtk_label_set_text( GTK_LABEL( labBoardInfo3), "Device identifier: "); gtk_label_set_text( GTK_LABEL( labBoardInfo4), "DPM address: "); gtk_label_set_text( GTK_LABEL( labBoardInfo5), "DPM size: "); gtk_label_set_text( GTK_LABEL( labBoardInfo6), "IRQ number: "); gtk_label_set_text( GTK_LABEL( labBoardInfo7), "Operation mode: "); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), ""); if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard > tHardwareInfo.tBoardInfo.usBoards_detected) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, " No Board detected"); goto leave; } if( tHardwareInfo.fInfo) { g_snprintf(buff, 16, "%lX", tHardwareInfo.tBoardInfo.tBoard[usBoard].ulPhysicalAddress); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), buff); if( tHardwareInfo.fIrq) g_snprintf(buff, 16, "%d", tHardwareInfo.tBoardInfo.tBoard[usBoard].usIrq); else g_snprintf(buff, 16, "%d (desabled!)", tHardwareInfo.tBoardInfo.tBoard[usBoard].usIrq); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), buff); } else { gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), "INFO NOT AVAILABLE"); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), "INFO NOT AVAILABLE"); } if( tHardwareInfo.fInit) { g_snprintf(buff, 4, "%c", tHardwareInfo.bDevType); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), buff); g_snprintf(buff, 4, "%c", tHardwareInfo.bDevModel); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), buff); g_snprintf(buff, 4,"%c%c%c", tHardwareInfo.abDevIdentifier[0], tHardwareInfo.abDevIdentifier[1], tHardwareInfo.abDevIdentifier[2]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), buff); g_snprintf(buff, 24, "%d (x 1024 byte)", tHardwareInfo.bDpmSize); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), buff); if( tHardwareInfo.fIrq && tHardwareInfo.tBoardInfo.tBoard[usBoard].usIrq != 0) gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), "interrupt mode active"); else gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), "polling mode active"); } else { gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), "INFO NOT AVAILABLE"); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), "INFO NOT AVAILABLE"); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), "INFO NOT AVAILABLE"); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), "INFO NOT AVAILABLE"); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), "INFO NOT AVAILABLE"); } gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, "HARDWARE_INFO"); leave: ; } void GetVersionInfo (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abData[512]; /* Buffer for various information */ short sRet; char buff[96]; unsigned char *pabBuffer; VERSIONINFO *pVersionInf = NULL; gtk_label_set_text( GTK_LABEL( labBoardInfo1), "Date: "); gtk_label_set_text( GTK_LABEL( labBoardInfo2), "DevNumber: "); gtk_label_set_text( GTK_LABEL( labBoardInfo3), "SerialNumber: "); gtk_label_set_text( GTK_LABEL( labBoardInfo4), "OS Identifier 0: "); gtk_label_set_text( GTK_LABEL( labBoardInfo5), "OS Identifier 1: "); gtk_label_set_text( GTK_LABEL( labBoardInfo6), "OS Identifier 2: "); gtk_label_set_text( GTK_LABEL( labBoardInfo7), "OEM Identifier:"); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), ""); if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { if ( (sRet = DevGetInfo( usBoard, GET_VERSION_INFO, sizeof(VERSIONINFO), &abData[0])) != DRV_NO_ERROR) {// some error occured, cure it! g_snprintf(buff, 72, "Error by driver function DevGetInfo(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { // Load structure pointer pVersionInf = (VERSIONINFO *)&abData[0]; pabBuffer = (unsigned char *)&pVersionInf->ulDate; g_snprintf(buff, 48, "%.2X.%.2X.%.2X%.2X", pabBuffer[0], pabBuffer[1], pabBuffer[2], pabBuffer[3]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), buff); pabBuffer = (unsigned char *)&pVersionInf->ulDeviceNo; g_snprintf(buff, 48, "%.2X%.2X%.2X%.2X", pabBuffer[0], pabBuffer[1], pabBuffer[2], pabBuffer[3]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), buff); pabBuffer = (unsigned char *)&pVersionInf->ulSerialNo; g_snprintf(buff, 48, "%.2X%.2X%.2X%.2X", pabBuffer[0], pabBuffer[1], pabBuffer[2], pabBuffer[3]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), buff); g_snprintf(buff, 8, "%.4s", (char *)&pVersionInf->abPcOsName0[0]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), buff); g_snprintf(buff, 8, "%.4s", (char *)&pVersionInf->abPcOsName1[0]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), buff); g_snprintf(buff, 8, "%.4s", (char *)&pVersionInf->abPcOsName2[0]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), buff); g_snprintf(buff, 8, "%.4s", (char *)&pVersionInf->abOemIdentifier[0]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), buff); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, " Done"); } } leave: ; } void GetTaskInfo (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abData[512]; /* Buffer for various information */ short sRet; char buff[96]; TASKINFO *pTask = NULL; gtk_label_set_text( GTK_LABEL( labBoardInfo1), "Task1: "); gtk_label_set_text( GTK_LABEL( labBoardInfo2), "Task2: "); gtk_label_set_text( GTK_LABEL( labBoardInfo3), "Task3: "); gtk_label_set_text( GTK_LABEL( labBoardInfo4), "Task4: "); gtk_label_set_text( GTK_LABEL( labBoardInfo5), "Task5: "); gtk_label_set_text( GTK_LABEL( labBoardInfo6), "Task6: "); gtk_label_set_text( GTK_LABEL( labBoardInfo7), "Task7: "); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), ""); if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { if ( (sRet = DevGetInfo( usBoard, GET_TASK_INFO, sizeof(TASKINFO), &abData[0])) != DRV_NO_ERROR) {// some error occured, cure it! g_snprintf(buff, 72, "Error by driver function DevGetInfo(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { // Load structure pointer pTask = (TASKINFO *)&abData[0]; g_snprintf(buff, 48, "Version: %.4d State: 0x%.2X", pTask->tTaskInfo[0].usTaskVersion, pTask->tTaskInfo[0].bTaskCondition); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), buff); g_snprintf(buff, 48, "Version: %.4d State: 0x%.2X", pTask->tTaskInfo[1].usTaskVersion, pTask->tTaskInfo[1].bTaskCondition); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), buff); g_snprintf(buff, 48, "Version: %.4d State: 0x%.2X", pTask->tTaskInfo[2].usTaskVersion, pTask->tTaskInfo[2].bTaskCondition); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), buff); g_snprintf(buff, 48, "Version: %.4d State: 0x%.2X", pTask->tTaskInfo[3].usTaskVersion, pTask->tTaskInfo[3].bTaskCondition); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), buff); g_snprintf(buff, 48, "Version: %.4d State: 0x%.2X", pTask->tTaskInfo[4].usTaskVersion, pTask->tTaskInfo[4].bTaskCondition); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), buff); g_snprintf(buff, 48, "Version: %.4d State: 0x%.2X", pTask->tTaskInfo[5].usTaskVersion, pTask->tTaskInfo[5].bTaskCondition); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), buff); g_snprintf(buff, 48, "Version: %.4d State: 0x%.2X", pTask->tTaskInfo[6].usTaskVersion, pTask->tTaskInfo[6].bTaskCondition); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), buff); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, " Done"); } } leave: ; } void GetRcsInfo (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abData[512]; /* Buffer for various information */ short sRet; char buff[96]; RCSINFO *pRCS = NULL; gtk_label_set_text( GTK_LABEL( labBoardInfo1), "RCS Vers.: "); gtk_label_set_text( GTK_LABEL( labBoardInfo2), "RCS Error: "); gtk_label_set_text( GTK_LABEL( labBoardInfo3), "HostWatchdog: "); gtk_label_set_text( GTK_LABEL( labBoardInfo4), "DeviceWatchdog: "); gtk_label_set_text( GTK_LABEL( labBoardInfo5), "Segment count: "); gtk_label_set_text( GTK_LABEL( labBoardInfo6), "Device Address: "); gtk_label_set_text( GTK_LABEL( labBoardInfo7), "Driver Type: "); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), ""); if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { if ( (sRet = DevGetInfo( usBoard, GET_RCS_INFO, sizeof(RCSINFO), &abData[0])) != DRV_NO_ERROR) {// some error occured, cure it! g_snprintf(buff, 72, "Error by driver function DevGetInfo(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { // Load structure pointer pRCS = (RCSINFO *)&abData[0]; g_snprintf(buff, 8, "%.4d", pRCS->usRcsVersion); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), buff); g_snprintf(buff, 8, "%d", pRCS->bRcsError); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), buff); g_snprintf(buff, 8, "0x%.2X", pRCS->bHostWatchDog); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), buff); g_snprintf(buff, 8, "0x%.2X", pRCS->bDevWatchDog); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), buff); g_snprintf(buff, 8, "%d", pRCS->bSegmentCount); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), buff); g_snprintf(buff, 8, "%d", pRCS->bDeviceAdress); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), buff); g_snprintf(buff, 8, "0x%.2X", pRCS->bDriverType); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), buff); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, " Done"); } } leave: ; } void GetIOInfo (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abData[512]; /* Buffer for various information */ short sRet; char buff[96]; IOINFO *pIO = NULL; gtk_label_set_text( GTK_LABEL( labBoardInfo1), "COM-Bit: "); gtk_label_set_text( GTK_LABEL( labBoardInfo2), "IO exchange mode: "); gtk_label_set_text( GTK_LABEL( labBoardInfo3), "IO exchange count: "); gtk_label_set_text( GTK_LABEL( labBoardInfo4), " "); gtk_label_set_text( GTK_LABEL( labBoardInfo5), " "); gtk_label_set_text( GTK_LABEL( labBoardInfo6), " "); gtk_label_set_text( GTK_LABEL( labBoardInfo7), " "); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), ""); if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { if ( (sRet = DevGetInfo( usBoard, GET_IO_INFO, sizeof(IOINFO), &abData[0])) != DRV_NO_ERROR) {// some error occured, cure it! g_snprintf(buff, 72, "Error by driver function DevGetInfo(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { // Load structure pointer pIO = (IOINFO *)&abData[0]; g_snprintf(buff, 8, "0x%.2X", pIO->bComBit); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), buff); g_snprintf(buff, 8, "%d", pIO->bIOExchangeMode); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), buff); g_snprintf(buff, 18, "%ld", pIO->ulIOExchangeCnt); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), buff); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, " Done"); } } leave: ; } void GetIOSndData (GtkWidget *widget, gpointer *data) { unsigned short usBoard; unsigned char abData[512]; /* Buffer for various information */ short sRet; char buff[96]; gtk_label_set_text( GTK_LABEL( labBoardInfo1), "Offset 0: "); gtk_label_set_text( GTK_LABEL( labBoardInfo2), "Offset 16: "); gtk_label_set_text( GTK_LABEL( labBoardInfo3), " "); gtk_label_set_text( GTK_LABEL( labBoardInfo4), " "); gtk_label_set_text( GTK_LABEL( labBoardInfo5), " "); gtk_label_set_text( GTK_LABEL( labBoardInfo6), " "); gtk_label_set_text( GTK_LABEL( labBoardInfo7), " "); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo3), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo4), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo5), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo6), ""); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo7), ""); if( DEV_INFO_FLAGS & BOARD_0) usBoard = 0; else if( DEV_INFO_FLAGS & BOARD_1) usBoard = 1; else if( DEV_INFO_FLAGS & BOARD_2) usBoard = 2; else if( DEV_INFO_FLAGS & BOARD_3) usBoard = 3; else usBoard = 0xFFFF; if( usBoard == 0xFFFF) { gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, "No Board selected"); goto leave; } else if ( !(DEV_INFO_FLAGS & DEV_INIT) ) {// Board not init, go away! g_snprintf(buff, 40, "Board-%d not initialized!\n", usBoard); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { if ( (sRet = DevGetInfo( usBoard, GET_IO_SEND_DATA, 32, &abData[0])) != DRV_NO_ERROR) {// some error occured, cure it! g_snprintf(buff, 72, "Error by driver function DevGetInfo(). (Error: %d)", sRet); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, buff); goto leave; } else { // Load structure pointer g_snprintf(buff,96,"%.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X", abData[0], abData[1], abData[2], abData[3], abData[4], abData[5], abData[6], abData[7], abData[8], abData[9], abData[10], abData[11], abData[12], abData[13], abData[14], abData[15]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo1), buff); g_snprintf(buff,96,"%.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X", abData[16], abData[17], abData[18], abData[19], abData[20], abData[21], abData[22], abData[23], abData[24], abData[25], abData[26], abData[27], abData[28], abData[29], abData[30], abData[31]); gtk_entry_set_text(GTK_ENTRY( entryBoardInfo2), buff); gtk_statusbar_pop ( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo ); gtk_statusbar_push( GTK_STATUSBAR(status_bar_BoardInfo), context_id_BoardInfo, " Done"); } } leave: ; } void SetStyleRecursively (GtkWidget *widget, gpointer data) { GtkStyle *style; style = (GtkStyle *) data; gtk_widget_set_style (widget, style); if (GTK_IS_CONTAINER (widget)) { gtk_container_foreach (GTK_CONTAINER (widget), SetStyleRecursively, style); } } GtkWidget *create_bbox( gint horizontal, char *title, gint spacing, gint child_w, gint child_h, gint layout ) { GtkWidget *frame; GtkWidget *bbox; GtkWidget *button; GtkStyle *style; GtkStyle *defstyle; GdkFont *font; defstyle = gtk_widget_get_default_style (); style = gtk_style_copy (defstyle); if ( (font = gdk_font_load ( "-Schumacher-Clean-Medium-R-Normal--12-120-75-75-C-60-ISO646.1991-IRV")) == NULL) if( (font = gdk_font_load ( "-Adobe-Courier-Medium-R-Normal--11-110-75-75-M-70-ISO8859-1")) == NULL) font = gdk_font_load ( "-adobe-times-medium-r-normal--11-110-75-75-p-59-iso8859-1"); if( font) style->font = font; frame = gtk_frame_new (title); if (horizontal) bbox = gtk_hbutton_box_new (); else bbox = gtk_vbutton_box_new (); gtk_container_set_border_width (GTK_CONTAINER (bbox), 5); gtk_container_add (GTK_CONTAINER (frame), bbox); gtk_button_box_set_layout (GTK_BUTTON_BOX (bbox), layout); gtk_button_box_set_spacing (GTK_BUTTON_BOX (bbox), spacing); gtk_button_box_set_child_size (GTK_BUTTON_BOX (bbox), child_w, child_h); button = gtk_button_new_with_label ("TASK_INFO"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetTaskInfo),NULL); button = gtk_button_new_with_label ("RCS_INFO"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetRcsInfo),NULL); button = gtk_button_new_with_label ("IO_INFO"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetIOInfo),NULL); button = gtk_button_new_with_label ("IO_SEND_DATA"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetIOSndData),NULL); button = gtk_button_new_with_label ("VERSION_INFO"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetVersionInfo),NULL); button = gtk_button_new_with_label ("HARDWARE"); gtk_container_add (GTK_CONTAINER (bbox), button); gtk_signal_connect (GTK_OBJECT (button), "released", GTK_SIGNAL_FUNC(GetHardwareInfo),NULL); SetStyleRecursively (bbox, (gpointer) style); return(frame); } void PopulateBoardInfo () { GtkWidget *frame, *vboxx, *hbox, *main_vbox; main_vbox = gtk_vbox_new (FALSE, 0); gtk_container_add (GTK_CONTAINER ( BoardInfoPage), main_vbox); gtk_box_pack_start (GTK_BOX (main_vbox), create_bbox (TRUE, "Select Info Area", 40, 65, 20, GTK_BUTTONBOX_SPREAD), FALSE, FALSE, 0); vboxx = gtk_vbox_new (FALSE, 0); frame = gtk_frame_new("results"); gtk_container_add (GTK_CONTAINER (frame), vboxx); gtk_box_pack_start (GTK_BOX (main_vbox), frame, FALSE, FALSE, 0); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labBoardInfo1 = gtk_label_new ("---"); gtk_widget_set_usize( labBoardInfo1, 116, 10); gtk_misc_set_alignment(GTK_MISC(labBoardInfo1), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labBoardInfo1, FALSE, FALSE, 4); entryBoardInfo1 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryBoardInfo1), ""); gtk_entry_set_editable(GTK_ENTRY( entryBoardInfo1), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryBoardInfo1, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labBoardInfo2 = gtk_label_new ("---"); gtk_widget_set_usize( labBoardInfo2, 116, 10); gtk_misc_set_alignment(GTK_MISC(labBoardInfo2), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labBoardInfo2, FALSE, FALSE, 4); entryBoardInfo2 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryBoardInfo2), ""); gtk_entry_set_editable(GTK_ENTRY( entryBoardInfo2), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryBoardInfo2, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labBoardInfo3 = gtk_label_new ("---"); gtk_widget_set_usize( labBoardInfo3, 116, 10); gtk_misc_set_alignment(GTK_MISC(labBoardInfo3), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labBoardInfo3, FALSE, FALSE, 4); entryBoardInfo3 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryBoardInfo3), ""); gtk_entry_set_editable(GTK_ENTRY( entryBoardInfo3), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryBoardInfo3, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labBoardInfo4 = gtk_label_new ("---"); gtk_widget_set_usize( labBoardInfo4, 116, 10); gtk_misc_set_alignment(GTK_MISC(labBoardInfo4), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labBoardInfo4, FALSE, FALSE, 4); entryBoardInfo4 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryBoardInfo4), " "); gtk_entry_set_editable(GTK_ENTRY( entryBoardInfo4), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryBoardInfo4, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, FALSE, 0); labBoardInfo5 = gtk_label_new ("---"); gtk_widget_set_usize( labBoardInfo5, 116, 10); gtk_misc_set_alignment(GTK_MISC(labBoardInfo5), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labBoardInfo5, FALSE, FALSE, 4); entryBoardInfo5 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryBoardInfo5), " "); gtk_entry_set_editable(GTK_ENTRY( entryBoardInfo5), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryBoardInfo5, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labBoardInfo6 = gtk_label_new ("---"); gtk_widget_set_usize( labBoardInfo6, 116, 10); gtk_misc_set_alignment(GTK_MISC(labBoardInfo6), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labBoardInfo6, FALSE, FALSE, 4); entryBoardInfo6 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryBoardInfo6), " "); gtk_entry_set_editable(GTK_ENTRY( entryBoardInfo6), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryBoardInfo6, TRUE, TRUE, 4); hbox = gtk_hbox_new (FALSE, 0); gtk_box_pack_start (GTK_BOX (vboxx), hbox, FALSE, TRUE, 0); labBoardInfo7 = gtk_label_new ("---"); gtk_widget_set_usize( labBoardInfo7, 116, 10); gtk_misc_set_alignment(GTK_MISC(labBoardInfo7), 4, 0); gtk_box_pack_start (GTK_BOX (hbox), labBoardInfo7, FALSE, FALSE, 4); entryBoardInfo7 = gtk_entry_new (); gtk_entry_set_text (GTK_ENTRY ( entryBoardInfo7), " "); gtk_entry_set_editable(GTK_ENTRY( entryBoardInfo7), FALSE); gtk_box_pack_start (GTK_BOX (hbox), entryBoardInfo7, TRUE, TRUE, 4); status_bar_BoardInfo = gtk_statusbar_new (); gtk_box_pack_start (GTK_BOX (main_vbox), status_bar_BoardInfo, TRUE, TRUE, 3); context_id_BoardInfo = gtk_statusbar_get_context_id( GTK_STATUSBAR(status_bar_BoardInfo), "BoardInfo"); gtk_widget_show_all (BoardInfoPage); } /*}}========= BoardInfoPage components ==================*/ BOOL StringToHex( char *pcsInText, unsigned short usUserBufferLen, unsigned char *pabUserBuffer, unsigned short *pusOutputLen, GtkStatusbar *pStatusbar, gint context_id) { unsigned char bChar, bLowByte, bHighByte, szLineBuffer[512]; unsigned short usTextLen, usDataLen, usIdx, usOutIdx; BOOL bState; BOOL bRet = FALSE; usTextLen = strlen(pcsInText); if ( usTextLen == 0 ) { // No entry *pusOutputLen = 0; gtk_statusbar_pop (GTK_STATUSBAR(pStatusbar),context_id); gtk_statusbar_push(GTK_STATUSBAR(pStatusbar),context_id," No input data found !"); } else if ( usTextLen > usUserBufferLen) {///sizeof(szLineBuffer)) { sprintf( szLineBuffer, "String longer then internal buffer (%d Bytes)", usUserBufferLen); gtk_statusbar_pop (GTK_STATUSBAR(pStatusbar),context_id); gtk_statusbar_push(GTK_STATUSBAR(pStatusbar),context_id, szLineBuffer); } else { bState = TRUE; usDataLen = 0; // Remove all none ASCII characters for ( usIdx = 0; usIdx < usTextLen; usIdx++) { bChar = pcsInText[usIdx]; if ( isxdigit( bChar)) { // This is a digit 0..9 A..F if(!isdigit( bChar)) bChar = (unsigned char)toupper( bChar); szLineBuffer[usDataLen] = bChar; usDataLen++; } else if (!isspace(bChar)) { // not a space, signal error bState = FALSE; // String too long gtk_statusbar_pop (GTK_STATUSBAR(pStatusbar), context_id); gtk_statusbar_push(GTK_STATUSBAR(pStatusbar),context_id,"Invalid character found"); } } if ( bState == TRUE) { // There are bytes to send if ( usDataLen %2) { // Length mut be even gtk_statusbar_pop (GTK_STATUSBAR(pStatusbar), context_id); gtk_statusbar_push(GTK_STATUSBAR(pStatusbar),context_id,"String must have even number of characters"); } else { // Convert to hexadecimal area memset( pabUserBuffer, 0, usUserBufferLen); // clear user buffer for ( usIdx = 0, usOutIdx = 0; usIdx < usDataLen; usIdx += 2, usOutIdx++) { bLowByte=(char)(isdigit((int)szLineBuffer[usIdx])?szLineBuffer[usIdx]-0x30:szLineBuffer[usIdx]-0x37); bHighByte=(char)(isdigit((int)szLineBuffer[usIdx+1])?szLineBuffer[usIdx+1]-0x30:szLineBuffer[usIdx+1] - 0x37); pabUserBuffer[usOutIdx] = (char)(bHighByte | (bLowByte << 4)); } *pusOutputLen = usOutIdx; // return data length bRet = TRUE; } } } return bRet; } void HexToTextBox( GtkText *pwEdit, gshort usBuffLen, unsigned char *pabUserBuffer) { char chData[3*1024+1]; // = (char *)malloc(3*usBuffLen+1); char bByteHigh, bByteLow; gshort i = 0; GdkFont *fixed_font; // Clear contents fixed_font = gdk_font_load ("-misc-fixed-medium-r-*-*-*-110-*-*-*-*-*-*"); gtk_text_backward_delete ( pwEdit, gtk_text_get_length( pwEdit)); for ( i=0; i < usBuffLen; i++) { bByteHigh = pabUserBuffer[i] >> 4; bByteLow = pabUserBuffer[i] & 0x0F; if ( bByteHigh > 9) { // A..F bByteHigh += 0x37; } else { // 0..9 bByteHigh += 0x30; } if ( bByteLow > 9) { // A..F bByteLow += 0x37; } else { // 0..9 bByteLow += 0x30; } //cDataText +=cTemp; chData[3*i] = bByteHigh; chData[3*i + 1] = bByteLow; chData[3*i + 2] = ' '; if ( (i == (usBuffLen - 1))){///??? || ///??? ((i & 0x0F) == 15) ) { chData[3*i + 3] = '\0'; gtk_text_insert( pwEdit, fixed_font, NULL, NULL, &chData[0], -1); break; } } } BOOL CheckEditEntry( GtkWidget *pEntry, unsigned short *usUserBuffer, long lMaxSize, char *chErr) { char *pszText, *chValue; long lValue; BOOL fRet = FALSE; chValue = gtk_entry_get_text (GTK_ENTRY ( pEntry)); lValue = strtol( chValue, &pszText, 10); if ( *pszText != '\0') { memcpy(chErr, "Can't convert an entry !", 25); } else if ( lValue > 255) { memcpy(chErr,"Value too big !", 16); } else { *usUserBuffer = (unsigned short)lValue; fRet = TRUE; } return fRet; } BOOL CheckEditEntryC( GtkWidget *pEntry, unsigned char *bUserBuffer, long lMaxSize, char *chErr) { char *pszText, *chValue; long lValue; BOOL fRet = FALSE; chValue = gtk_entry_get_text (GTK_ENTRY ( pEntry)); lValue = strtol( chValue, &pszText, 10); if ( *pszText != '\0') { memcpy(chErr, "Can't convert an entry !", 25); } else if ( lValue > 255) { memcpy(chErr,"Value too big !", 16); } else { *bUserBuffer = (unsigned char)lValue; fRet = TRUE; } return fRet; } /*}}========= DrvFunPage Components ==================*/ cifv1003/test/rcs_user.h0100644000000000000000000002716107133246031013773 0ustar rootroot/* ******************************************************************* FILENAME : RCS_USER.H ------------------------------------------------------------------------- CREATED BY : R.Mayer, Hilscher GmbH CREATED AT : 10.05.96 PROJECT : global ========================================================================= FUNCTION : General RCS definitions ========================================================================= CHANGES OF REVISIONS : Version Name Date Change ------------------------------------------------------------------------- V1.002 Mayer 14.05.98 RCS_TELEGRAMHEADERDATA_10 structure included V1.001 Mayer 29.05.96 Task errors included V1.000 Mayer 10.05.96 created from the file rc090203.h ******************************************************************** */ #ifdef __cplusplus } #endif #if defined( _MSC_VER) /* Microsoft C */ #pragma pack(1) /* Byte Alignment */ #endif /* ======================================================================== */ /* General task errors */ /* ======================================================================== */ #define TASK_F_OK 0 #define TASK_F_NO_COMMUNICATION 1 #define TASK_F_IDLE 2 #define TASK_F_INIT_BASE 50 #define TASK_F_PARITY 100 #define TASK_F_FRAMING 101 #define TASK_F_OVERRUN 102 #define TASK_F_DATACOUNT 103 #define TASK_F_CHECKSUM 104 #define TASK_F_TIMEOUT 105 #define TASK_F_PROTOCOL 106 #define TASK_F_DATA 107 #define TASK_F_NACK 108 #define TASK_F_PROTOCOL_BASE 110 #define TASK_F_MESSAGEHEADER 150 #define TASK_F_MESSAGESIZE 151 #define TASK_F_MESSAGECOMMAND 152 #define TASK_F_MESSAGESTRUCTURE 153 #define TASK_F_MESSAGEERROR 154 #define TASK_F_MESSAGETIMEOUT 155 #define TASK_F_TELEGRAMHEADER 160 #define TASK_F_DEVICE_ADR 161 #define TASK_F_DATA_AREA 162 #define TASK_F_DATA_ADR 163 #define TASK_F_DATA_IDX 164 #define TASK_F_DATA_CNT 165 #define TASK_F_DATA_TYPE 166 #define TASK_F_FUNCTION 167 #define TASK_F_MESSAGE_BASE 170 #define TASK_F_NOT_INITIALIZED 200 #define TASK_F_BUSY 201 #define TASK_F_SEGMENT 202 #define TASK_F_USER 203 #define TASK_F_DATABASE 210 #define TASK_F_DATABASE_WRITE 211 #define TASK_F_DATABASE_READ 212 #define TASK_F_STRUCTURE 213 #define TASK_F_PARAMETER 214 #define TASK_F_CONFIGURATION 215 #define TASK_F_FUNCTIONLIST 216 #define TASK_F_SYSTEM 217 #define TASK_F_SYSTEM_BASE 220 /* ======================================================================== */ /* Task commands */ /* ======================================================================== */ #define TASK_B_10 16 /* RCS_TELEGRAMHEADER_10 */ #define TASK_B_11 17 /* Task specific */ /* ======================================================================== */ /* Message definitions */ /* ======================================================================== */ /* ----------------- Definition of the standard telegram header ----------- */ /* Keyword: MESSAGE ---------------------------------------------------- */ /* TelegramFunCtion */ #define TASK_TFC_UNUSED 0 #define TASK_TFC_READ 1 #define TASK_TFC_WRITE 2 #define TASK_TFC_QUERRY 3 /* TelegramDataArea */ /* 'data_area' */ #define TASK_TDA_UNUSED 0 #define TASK_TDA_BIT 1 #define TASK_TDA_BYTE 2 #define TASK_TDA_WORD 3 #define TASK_TDA_DWORD 4 #define TASK_TDA_FLOAT 5 /* TelegramDataType */ /* 'data_type' for MOTOROLA data types ! */ /* For INTEL data types, the 'RCS_TDT_IDF_MASK' flag must be set */ #define TASK_TDT_UNUSED 0 #define TASK_TDT_BOOLEAN 1 #define TASK_TDT_INT8 2 #define TASK_TDT_INT16 3 #define TASK_TDT_INT32 4 #define TASK_TDT_UINT8 5 #define TASK_TDT_UINT16 6 #define TASK_TDT_UINT32 7 #define TASK_TDT_FLOAT 8 #define TASK_TDT_ASCII 9 #define TASK_TDT_STRING 10 #define TASK_TDT_BIT 14 #define TASK_TDT_IDF_MSK 0X80 /* ======================================================================== */ /* Message structure definitions */ /* ======================================================================== */ /* -------------------- General RCS definitions -------------------------- */ /* Keyword: MESSAGE ------------------------------------------------------ */ #define RCS_SEGMENT_LEN 288 #define RCS_MESSAGEHEADER_LEN 8 #define RCS_TELEGRAMHEADER_LEN 8 /* ------------------------ RCS message definition ------------------------ */ typedef struct RCS_MESSAGEHEADERtag { unsigned char rx; /* receiver */ unsigned char tx; /* transmitter */ unsigned char ln; /* lenght */ unsigned char nr; /* number */ unsigned char a; /* answer */ unsigned char f; /* fault */ unsigned char b; /* command */ unsigned char e; /* extension */ } RCS_MESSAGEHEADER; typedef struct RCS_MESSAGEtag { unsigned char rx; /* receiver */ unsigned char tx; /* transmitter */ unsigned char ln; /* lenght */ unsigned char nr; /* number */ unsigned char a; /* answer */ unsigned char f; /* fault */ unsigned char b; /* command */ unsigned char e; /* extension */ unsigned char d[ RCS_SEGMENT_LEN-RCS_MESSAGEHEADER_LEN ]; /* data */ } RCS_MESSAGE; /* ----------------- Standard telegram header ----------------------------- */ /* Keyword: MESSAGE, TASK_B_10 --------------------------------------------*/ typedef struct RCS_TELEGRAMHEADER_10tag { unsigned char device_adr; /* device address */ unsigned char data_area; /* data area */ unsigned short data_adr; /* data address */ unsigned char data_idx; /* data index */ unsigned char data_cnt; /* data count */ unsigned char data_type; /* data type */ unsigned char function; /* function */ } RCS_TELEGRAMHEADER_10; typedef struct RCS_MESSAGETELEGRAMHEADER_10_tag { unsigned char rx; /* receiver */ unsigned char tx; /* transmitter */ unsigned char ln; /* lenght */ unsigned char nr; /* number */ unsigned char a; /* answer */ unsigned char f; /* fault */ unsigned char b; /* command */ unsigned char e; /* extension */ unsigned char device_adr; /* device address */ unsigned char data_area; /* data area */ unsigned short data_adr; /* data address */ unsigned char data_idx; /* data index */ unsigned char data_cnt; /* data count */ unsigned char data_type; /* data type */ unsigned char function; /* function */ } RCS_MESSAGETELEGRAMHEADER_10; typedef struct RCS_TELEGRAMHEADERDATA_10tag { unsigned char device_adr; unsigned char data_area; unsigned short data_adr; unsigned char data_idx; unsigned char data_cnt; unsigned char data_type; unsigned char function; unsigned char d[ RCS_SEGMENT_LEN-RCS_MESSAGEHEADER_LEN-RCS_TELEGRAMHEADER_LEN]; } RCS_TELEGRAMHEADERDATA_10; typedef struct RCS_MESSAGETELEGRAM_10tag { unsigned char rx; /* receiver */ unsigned char tx; /* transmitter */ unsigned char ln; /* lenght */ unsigned char nr; /* number */ unsigned char a; /* answer */ unsigned char f; /* fault */ unsigned char b; /* command */ unsigned char e; /* extension */ unsigned char device_adr; /* device address */ unsigned char data_area; /* data area */ unsigned short data_adr; /* data address */ unsigned char data_idx; /* data index */ unsigned char data_cnt; /* data count */ unsigned char data_type; /* data type */ unsigned char function; /* function */ unsigned char d[ RCS_SEGMENT_LEN-RCS_MESSAGEHEADER_LEN-RCS_TELEGRAMHEADER_LEN]; } RCS_MESSAGETELEGRAM_10; #if defined( _MSC_VER) /* Microsoft C */ #pragma pack() /* Byte Alignment */ #endif #ifdef __cplusplus } #endif /* === eof 'RCS_USER.H' === */ cifv1003/test/rcsdef.h0100644000000000000000000001426107133246031013411 0ustar rootroot/* ******************************************************************* FILENAME : RcsDef.h ------------------------------------------------------------------------- CREATED BY : R.Mayer, Hilscher GmbH CREATED AT : 10.03.97 PROJECT : ========================================================================= FUNCTION / CLASSDESCRIPTION: ========================================================================= CHANGES OF REVISIONS : Version Name Date Change ------------------------------------------------------------------------- 1.000 RM 10.03.97 Created ******************************************************************** */ // Prevent multiple inclusion #ifndef __RCSDEF_H__ #define __RCSDEF_H__ #ifdef _cplusplus extern "C" { #endif /* _cplusplus */ #define FIRMWARE_DOWNLOAD 1 #define CONFIGURATION_DOWNLOAD 2 /* ======================================================================== */ /* Message definitions */ /* ======================================================================== */ #define RCS_TASK 0x00 /* Number of RCS */ #define PLC_TASK 0x02 /* Number for PLC_TASK */ #define MSG_SYSTEM_TX 0xFF /* Transmitter for system functions number */ #define RCS_B_TASK_STATE 4 // Task state /************************************************************************** */ /* Genaral RCS commands */ /************************************************************************** */ #define RCS_B_SYSFKT 1 #define RCS_B_TASKFKT 2 #define RCS_B_DIAGNOSE 3 #define RCS_B_STRUCTFNC 4 #define RCS_B_TRACE 5 #define RCS_B_LOADFKT 6 #define RCS_B_DBMFKT 10 /* ----------------------- */ /* Message extension masks */ /* ----------------------- */ #define RCS_FIFO_MSK 0 #define RCS_LIFO_MSK 1 #define RCS_NAK_MSK 2 #define RCS_NORM_MSK 0 #define RCS_FIRST_MSK 4 #define RCS_CONT_MSK 8 #define RCS_LAST_MSK 0x0C #define RCS_SEQ_MSK 0x0C /* ------------------ */ /* Mode definitions */ /* ------------------ */ #define MODE_NEUSTART 0 /* Command: B_SYSFKT */ #define MODE_KALTSTART 1 /* Command: B_SYSFKT */ #define MODE_WARMSTART 2 /* Command: B_SYSFKT */ #define MODE_ZYKL_STATUS_STOP 3 /* Command: B_SYSFKT */ #define MODE_FWVERSION 4 /* Command: B_SYSFKT */ #define MODE_GET_PROJ_WERTE_HW 5 /* Command: B_SYSFKT */ #define MODE_GET_PROJ_WERTE_SW 6 /* Command: B_SYSFKT */ #define MODE_SHOW_DYN_SYSSTAT 7 /* Command: B_SYSFKT */ #define MODE_SETTIME 9 /* not implemented yet */ #define MODE_SET_DEVICE_DATA 9 /* not implemented yet */ #define MODE_MODUL_RCS 11 /* Command: B_SYSFKT */ #define MODE_MODUL_LIB 12 /* Command: B_SYSFKT */ #define MODE_MODUL_MCL 13 /* Command: B_SYSFKT */ #define MODE_MODUL_LIB 12 /* Command: B_SYSFKT */ #define MODE_MODUL_MCL 13 /* Command: B_SYSFKT */ #define MODE_DISTRIBUTOR_DRIVER 14 /* Command: B_SYSFKT ->function 1 = insert */ #define MODE_PRINT_DRIVER 15 /* Command: B_SYSFKT */ #define MODE_GET_RCS_ERROR 16 /* Command: B_SYSFKT */ #define MODE_PRINT_DEVICE 1 /* NO mode, only for MENU.H */ #define MODE_PRINT_DEVICE_DRIVER 2 /* NO mode, only for MENU.H */ #define MODE_START_STOP_STAT 0 /* Command: B_TASKFKT */ #define MODE_START_STOP 1 /* Command: B_TASKFKT */ #define MODE_TASK_VERSION 2 /* Command: B_TASKFKT */ #define MODE_ZYKL_STATUS 3 /* Command: B_TASKFKT */ #define MODE_SHOW_FUELLST 4 /* Command: B_TASKFKT */ #define MODE_SHOW_TIMER 5 /* Command: B_TASKFKT */ #define MODE_DIAG_MEM_READ_SINGLE 0x0 /* Command: B_DIAGNOSE */ #define MODE_DIAG_MEM_WRITE_SINGLE 0x1 /* Command: B_DIAGNOSE */ #define MODE_DIAG_IO_READ_SINGLE 0x2 /* Command: B_STRUKTFKT */ #define MODE_DIAG_IO_WRITE_SINGLE 0x3 /* Command: B_STRUKTFKT */ #define MODE_DIAG_ZYKL 0x10 /* Command: B_STRUKTFKT */ #define MODE_DIAG_MEM_READ_ZYKL 0x10 /* Command: B_STRUKTFKT */ #define MODE_DIAG_MEM_WRITE_ZYKL 0x11 /* Command: B_STRUKTFKT */ #define MODE_DIAG_IO_READ_ZYKL 0x12 /* Command: B_STRUKTFKT */ #define MODE_DIAG_IO_WRITE_ZYKL 0x13 /* Command: B_STRUKTFKT */ #define MODE_ZYKL_TASK_STRUK 0 /* Command: B_STRUKTFKT */ #define MODE_INIT_INFO_STRUK 1 /* Command: B_STRUKTFKT */ #define MODE_WRITE_STRUK 2 /* Command: B_STRUKTFKT */ #define MODE_START_TRACE 0 /* Command: B_TRACE */ #define MODE_DEL_TRACE_PUF 1 /* Command: B_TRACE */ #define MODE_UPLOAD_BINAER 0 /* Command: B_LOADFKT */ #define MODE_DOWNLOAD_BINAER 1 /* Command: B_LOADFKT */ #define MODE_UPLOAD_DBM 2 /* Command: B_LOADFKT */ #define MODE_DOWNLOAD_DBM 3 /* Command: B_LOADFKT */ #define MODE_DEL_FLASH 4 /* Command: B_LOADFKT */ #define MODE_GET_FLASH_DIR 5 /* Command: B_LOADFKT */ #define MODE_URLADEN 6 /* Command: B_LOADFKT */ #define MODE_LONG_BINLOAD 7 /* Command: B_LOADFKT */ #define MODE_FREE_DRIVER 8 /* Command: B_LOADFKT */ #define MODE_RESET_DEVICE 10 /* Command: B_LOADFKT */ /* ------------------------------------------------------------------------------------ */ #ifdef _cplusplus } #endif #endif // ======== eof 'RcsDef.h' ======== cifv1003/test/drvSu0100755000000000000000000151775207215214715013046 0ustar rootrootELF@4Y4 (4444L4L@L@@ P   /lib/ld-linux.so.2GNU4JA^|3Df<eTj\c@$Fz~hslkyB=f*x#In:~btnN&x#u`4a+q9ir'_`,X(p)^Z }LwRSK]6&  A ;3CR,HV*!1Q8:oq.LgZpz0=Eh<"Biu-T|_/dKYsJWclrPMbek{} 6v]GX[$O >DU /w(.H827+S;\Vj -7v?'0{Ug5>dt%25Gm!N%FamY1ICM?yE O"@)9 oQP [W  ,( @<w $ 0$ ` L]R\Dlw @|D! / : > pP  \ @ l  Dy  pZ    t `E  % %D @0 p   PGv  x! 0   09 G P (`  %s ,  = u*  % x / '\ P x $,  <J L" t \p lD 4  T|46 j A-7p AL^ L`o \P eK, u  7p  b     P2 O P '7 5 JVgv| >h (M,mD7<]L\D 0D1 O l> O W J |_P1G  q }w D0zu  s c D  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(Error: %d) Error in DevCloseDriver(). (Error: %d)destroyAboutCIF Device Driver Test Program Hilscher GmbH, Copyright 2000CloseclickedCIF device Driver Setup and Test Programdelete_eventFilequitQuit CIF Driver Setup and Test ProgramQuitbolditalicsunderline0switch_pageBoardsMessage TransferExchange IOBoard InfoDriver InfoDriver FunctionsError ListDevice Driver not found!(boards detected: %d)%s interrupt modeinterrupt mode (irq: %d)Board not initialized!Board-%d not initialized! Interrupt mode active for Board %d polling mode active for Board %d polling mode active for Board %d (IRQ %d desabled!) Error by driver function DevSetOpmode(). (Error: %d) Error in DevExitBoard(). (Error: %d)Board Initialization failed! ERROR %dBoard Initialized!DevGetInfo (GET_FIRMWARE_INFO) failed! ERROR %d Board-%.1d initializedError by driver function DevGetInfo(). (Error: %d)%dError by driver function DevPutMessage(). (Error: %d) DevPutMessage() running ... DevPutMessage() done !Error by driver function DevGetMessage(). (Error: %d)DevGetMessage() running ...DevGetMessage() done!Message Transfer running ( Get & Put )...Message Transfer running ( Get )...Message Transfer running ( Put )...Msg Transfer halted!No Board selected(boards detected: )Select BoardBoard 0releasedBoard 1Board 2Board 3Set board operation modepolling modeFirmware infoFirmware Name: Firmware version: Error: Driver Version InfoCIFDev ...Device state: No Data Exchange Device state: Data Exchange Error by driver function DevExchangeIO(). (Error: %d) Data exchange ...Error by driver function DevExchangeIOEx(). (Error: %d)Error by driver function DevExchangeIOErr(). (Error: %d) Data exchange ...couldn't allocate color-misc-fixed-medium-r-*-*-*-110-*-*-*-*-*-* 0 no error -1 DRIVER Board not initialized -2 DRIVER Error in internal init state -3 DRIVER Error in internal read state -4 DRIVER Command on this channel is activ -5 DRIVER Unknown parameter in function occured -6 DRIVER Version is incompatible with DLL -7 DRIVER Error during PCI set run mode -8 DRIVER Could not read PCI dual port memory length -9 DRIVER Error during PCI set run mode -10 DEVICE Dual port ram not accessable(board not found) -11 DEVICE Not ready (ready flag failed) -12 DEVICE Not running (running flag failed) -13 DEVICE Watchdog test failed -14 DEVICE Signals wrong OS version -15 DEVICE Error in dual port flags -16 DEVICE Send mailbox is full -17 DEVICE PutMessage timeout -18 DEVICE GetMessage timeout -19 DEVICE No message available -20 DEVICE RESET command timeout -21 DEVICE COM-flag not set -22 DEVICE IO data exchange failed -23 DEVICE IO data exchange timeout -24 DEVICE IO data mode unknown -25 DEVICE Function call failed -26 DEVICE DPM size differs from configuration -27 DEVICE State mode unknown -30 USER Driver not opened (device driver not loaded) -31 USER Can't connect with device -32 USER Board not initialized (DevInitBoard not called) -33 USER IOCTRL function failed -34 USER Parameter DeviceNumber invalid -35 USER Parameter InfoArea unknown -36 USER Parameter Number invalid -37 USER Parameter Mode invalid -38 USER NULL pointer assignment -39 USER Message buffer too short -40 USER Parameter Size invalid -42 USER Parameter Size with zero length -43 USER Parameter Size too long -44 USER Device address null pointer -45 USER Pointer to buffer is a null pointer -46 USER Parameter SendSize too long -47 USER Parameter ReceiveSize too long -48 USER Pointer to send buffer is a null pointer -49 USER Pointer to receive buffer is a null pointer -60 DEVICE Virtual memory not available -61 DEVICE Unmap virtual memory failed -62 DEVICE Request irq failed -100 USER file not opend -101 USER file size zero -102 USER not enough memory to load file -103 USER file read failed -104 USER file type invalid -105 USER file name not valid 1000 RCS error number start 1020 RCS database not valid for this device 1021 RCS data base segment not configured or not existent 1022 RCS number of message wrong 1023 RCS number of data mismatch 1024 RCS wrong sequence identifier 1025 RCS checksum mismatch 1038 RCS data base is not compatible to the firmware 1044 RCS message length mismatch Receive Process DataOffsetLength16cyclictoggledgetsendSend Process DataExchangeIOI/O data transferI/O data transfer for COM modulesI/O data transfer with COM errorNo synchronSynchron device controlledAsynchron device controlledSynchron HOST controlledAsynchron HOST controlledDevExchangeIO()DevExchangeIOEx()DevExchangeIOErr()I/O Data transferCOM partshow COM state errorCOM error mode:COM error state:Handshake mode:Output MessageRXTXNRLNAFBEget msgInput Message1 Auto A F B10 Eput msgMsgTransfer%ld0x%.2X Doneopen counter:read counter:write counter: interrupt counter:init state:HostMBXState:DeviceMBXState:last function:write state:read state:HOST flags:Device flags:IO flags:IO Exchange:updateDrvInfo@Device type: Device model: Device identifier: DPM address: DPM size: IRQ number: Operation mode: No Board detected%lX%d (desabled!)INFO NOT AVAILABLE%c%c%c%c%d (x 1024 byte)interrupt mode activepolling mode activeHARDWARE_INFODate: DevNumber: SerialNumber: OS Identifier 0: OS Identifier 1: OS Identifier 2: OEM Identifier:%.2X.%.2X.%.2X%.2X%.2X%.2X%.2X%.2X%.4sTask1: Task2: Task3: Task4: Task5: Task6: Task7: Version: %.4d State: 0x%.2XRCS Vers.: RCS Error: HostWatchdog: DeviceWatchdog: Segment count: Device Address: Driver Type: %.4dCOM-Bit: IO exchange mode: IO exchange count: Offset 0: Offset 16: %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X %.2X-Schumacher-Clean-Medium-R-Normal--12-120-75-75-C-60-ISO646.1991-IRV-Adobe-Courier-Medium-R-Normal--11-110-75-75-M-70-ISO8859-1-adobe-times-medium-r-normal--11-110-75-75-p-59-iso8859-1TASK_INFORCS_INFOIO_INFOIO_SEND_DATAVERSION_INFOHARDWARESelect Info Arearesults---BoardInfo@ No input data found !String longer then internal buffer (%d Bytes)Invalid character foundString must have even number of charactersCan't convert an entry !Value too big !/dev/cif@ 0P`RCSCODEdestroyPopupOkclickedactivateCOLDSTARTWARMSTARTBOOTSTARTHOST_READYHOST_NOT_READYTASK1TASK2TASK3TASK4TASK5TASK6TASK7No Board selectedBoard-%d not initialized! %ldError by driver function DevSetHostState(). (Error: %d) DevSetHostState() OK ! Error by driver function DevReset(). (Error: %d) DevReset() OK !Reset DeviceFunction: Timeout: 10000ResetClose invoking DevReset() function ...Set HOST stateState: set invoking SetHostState() function ...Get Task StateState area: size: 64value: -misc-fixed-medium-r-*-*-*-100-*-*-*-*-*-*GetError by driver function DevGetTaskState(). (Error: %d) Done invoking DevGetTaskState() function ...Error by driver function DevTriggerWatchdog(). (Error: %d)%dIntervall less or equal 20 ms not allowed!&Start watchdog&Stop watchdogDevTriggerWatchdog()Intervall: 500msValue: 0 Start/Stop watchdogtoggled invoking DevTriggerWatchdog() function ..Put Task ParameterParameter area: Parameter data: PutError by driver function DevPutTaskParam(). (Error: %d) Function 'PutTaskParam()' not implemented yet!Get Task ParameterError by driver function DevGetTaskParam(). (Error: %d) invoking DevGetTaskParam() function ... invoking DevDownload() function ... get file to download (*.h*, *.dbm).DBM.dbmDownloading Configuration ...DevDownload() error: %d, configuration file: %sConfiguration downloaded!.H.hDownloading Firmware ...DevDownload() error: %d, firmware file: %sFirmware downloaded!uNKNoWN file extention!Error by driver function DevGetMBXState(). (Error: %d)Message NOT availableMessage availableDevice mailbox EMPTYDevice mailbox FULL DevGetMBXState() OK !DevGetMBXState()Mailbox State DEVICE: UNKNOWNHOST: get invoking GetMBXState() function ...Error by driver function DevGetMBXData(). (Error: %d) DevGetMBXData() OK !DevGetMBXData()Device MBX: HOST MBX: ERROR: size is zero! DevReadSendData(): size is zero! ERROR: size too long! DevReadSendData(): size too long!Error by driver function DevReadSendData(). (Error: %d) DevReadSendData() OK !DevReadSendData()Offset: Size: Send data: invoking DevReadSendData() function ...SPECIAL_CONTROL_SETSPECIAL_CONTROL_CLEARSpecialControl()Control State: Set stateError by driver function DevSpecialControl(). (Error: %d) invoking SetSpecialCtrl() function ...READWRITEReadWriteRaw()DPM offset: Length: Write DataRead DataExecute Error: size+offset beyond the range!DevReadWriteRaw(). Error: size+offset beyond the range ->%dError by driver function DevReadWriteRaw(). (Error: %d)DevReset()releasedSetHostState()GetTaskState()GetMBXState()GetMBXData()ReadSendData()PutTaskParam()GetTaskParam()Download()Select FunctionDrvFunCIFDriver V1.003@@@' 2BRbr"2BRbr"2BRbr"2BRbr"2BRbr"2BRbr"2BRbr"2BRbr"2BRbr"2K[o  (̪̌  `Po0oon#OUdddd/<>m0|>c}9cw'`t='p:q$B?' !'"=#T%m&12345 6 83 9M ;p = > ? @ A B C D3 EJ Fc G| H I N Q R$ S< TU Vn Y o r u { |= Z y  # = aKq  "U3h;BERY]ksXx' q#$%& "ddd 7d /<>m0|>c}9c>Ur; LoCYq+&S# 7!L+`,uOr I'9Ody 3H\:a5\Jk[yDo @ Y     !>!d!~!!! 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D1aD2D4D5D6D9aD:D<D=D> D?D@)D@)BM1Laa)$2 R$C}BB DCDDDEDI DJDK"DL0DM8DNFDOPDP^DRfDSlDTtDUDVDWDXDYDZD[;D\lD]qD_vD`DaDbDcDdDe?DfDDgPDhDiDkDlDnKDpLDpLD RE FGL$P4R$s rr DsDtDu3DveDw$NR$zyy DzD{D| $`R$DDDDDD#D?DhDDDDDDUj$xR$KM MDDDDDbDDDDDDD2D<DkDDDDDDD8DiD~DDDDD D6DgDDDDDDDDCDrDDDDD D;DtDDDDDDDBDqDDDDD D:DsDDDDDD+DTDcDDDD Dc D D D D! De D D D D  D  D  BM1LR(QRR c ! e $ R$    D D D DD D.D6DDDPD^DfD lD!tD"D#D$D%D&D'D(>D)rD*wD,D-D.D/D0D13D2=D3bD5D6D7D8D;D<D=D>KD?PDApDBDGDHDIDJNDKSDLUDOuDPDRDUDVD\NDaDbDcDdDeDgDhDDkvDmxDpDrDrRIQ_MRB $R$uPtt DuDvDw3DxeDy$S$ { | } ~ ) S DDDD DD"DIDrDDDDDD<DDDD!D6D_DDDDADFDPDeDDD D!DJDDDD,DADjDDDDD D5DDDDD&DODDDD1D8D87 8$<(S$ DDDDDEDYDDD"DoDyDDDDD'D'1"''$+?S PS $dS $yS %S &S 'S 'S 'S 'S 'T '#T (8T (LT (`T (rT (T (T (T )T )T )T )U )U )6U )dKinit.c/usr/src/packages/BUILD/glibc-2.1/csu/gcc2_compiled.int:t(0,1)=r(0,1);0020000000000;0017777777777;char:t(0,2)=r(0,2);0;127;long int:t(0,3)=r(0,1);0020000000000;0017777777777;unsigned int:t(0,4)=r(0,1);0000000000000;0037777777777;long unsigned int:t(0,5)=r(0,1);0000000000000;0037777777777;long long int:t(0,6)=r(0,1);01000000000000000000000;0777777777777777777777;long long unsigned int:t(0,7)=r(0,1);0000000000000;01777777777777777777777;short int:t(0,8)=r(0,8);-32768;32767;short unsigned int:t(0,9)=r(0,9);0;65535;signed char:t(0,10)=r(0,10);-128;127;unsigned char:t(0,11)=r(0,11);0;255;float:t(0,12)=r(0,1);4;0;double:t(0,13)=r(0,1);8;0;long double:t(0,14)=r(0,1);12;0;complex int:t(0,15)=s8real:(0,1),0,32;imag:(0,1),32,32;;complex float:t(0,16)=r(0,16);4;0;complex double:t(0,17)=r(0,17);8;0;complex long double:t(0,18)=r(0,18);12;0;void:t(0,19)=(0,19)../include/libc-symbols.h/usr/src/packages/BUILD/glibc-2.1/cc/config.h../include/libintl.h../intl/libintl.h../include/features.h../include/sys/cdefs.h../misc/sys/cdefs.h/usr/lib/gcc-lib/i486-suse-linux/2.95.2/include/stddef.h../include/locale.h../locale/locale.hlconv:T(10,1)=s48decimal_point:(10,2)=*(0,2),0,32;thousands_sep:(10,2),32,32;grouping:(10,2),64,32;int_curr_symbol:(10,2),96,32;currency_symbol:(10,2),128,32;mon_decimal_point:(10,2),160,32;mon_thousands_sep:(10,2),192,32;mon_grouping:(10,2),224,32;positive_sign:(10,2),256,32;negative_sign:(10,2),288,32;int_frac_digits:(0,2),320,8;frac_digits:(0,2),328,8;p_cs_precedes:(0,2),336,8;p_sep_by_space:(0,2),344,8;n_cs_precedes:(0,2),352,8;n_sep_by_space:(0,2),360,8;p_sign_posn:(0,2),368,8;n_sign_posn:(0,2),376,8;;../include/xlocale.h../locale/xlocale.h__locale_struct:T(13,1)=s36__locales:(13,2)=ar(0,1);0;5;(13,3)=*(13,4)=xslocale_data:,0,192;__ctype_b:(13,5)=*(0,9),192,32;__ctype_tolower:(13,6)=*(0,1),224,32;__ctype_toupper:(13,6),256,32;;__locale_t:t(13,7)=(13,8)=*(13,1)../sysdeps/unix/sysv/linux/_G_config.h../sysdeps/unix/sysv/linux/bits/types.hsize_t:t(16,1)=(0,4)__u_char:t(15,1)=(0,11)__u_short:t(15,2)=(0,9)__u_int:t(15,3)=(0,4)__u_long:t(15,4)=(0,5)__u_quad_t:t(15,5)=(0,7)__quad_t:t(15,6)=(0,6)__int8_t:t(15,7)=(0,10)__uint8_t:t(15,8)=(0,11)__int16_t:t(15,9)=(0,8)__uint16_t:t(15,10)=(0,9)__int32_t:t(15,11)=(0,1)__uint32_t:t(15,12)=(0,4)__int64_t:t(15,13)=(0,6)__uint64_t:t(15,14)=(0,7)__qaddr_t:t(15,15)=(15,16)=*(15,6)__dev_t:t(15,17)=(15,5)__uid_t:t(15,18)=(15,3)__gid_t:t(15,19)=(15,3)__ino_t:t(15,20)=(15,4)__mode_t:t(15,21)=(15,3)__nlink_t:t(15,22)=(15,3)__off_t:t(15,23)=(0,3)__loff_t:t(15,24)=(15,6)__pid_t:t(15,25)=(0,1)__ssize_t:t(15,26)=(0,1)__rlim_t:t(15,27)=(15,4)__rlim64_t:t(15,28)=(15,5)__id_t:t(15,29)=(15,3)__fsid_t:t(15,30)=(15,31)=s8__val:(15,32)=ar(0,1);0;1;(0,1),0,64;;__daddr_t:t(15,33)=(0,1)__caddr_t:t(15,34)=(10,2)__time_t:t(15,35)=(0,3)__swblk_t:t(15,36)=(0,3)__clock_t:t(15,37)=(0,3)__fd_mask:t(15,38)=(0,5)__fd_set:t(15,39)=(15,40)=s128fds_bits:(15,41)=ar(0,1);0;31;(15,38),0,1024;;__key_t:t(15,42)=(0,1)__ipc_pid_t:t(15,43)=(0,9)__blkcnt_t:t(15,44)=(0,3)__blkcnt64_t:t(15,45)=(15,6)__fsblkcnt_t:t(15,46)=(15,4)__fsblkcnt64_t:t(15,47)=(15,5)__fsfilcnt_t:t(15,48)=(15,4)__fsfilcnt64_t:t(15,49)=(15,5)__ino64_t:t(15,50)=(15,4)__off64_t:t(15,51)=(15,24)__t_scalar_t:t(15,52)=(0,3)__t_uscalar_t:t(15,53)=(0,5)__intptr_t:t(15,54)=(0,1)../linuxthreads/sysdeps/pthread/bits/pthreadtypes.h../sysdeps/unix/sysv/linux/bits/sched.h__sched_param:T(18,1)=s4sched_priority:(0,1),0,32;;_pthread_fastlock:T(17,1)=s8__status:(0,3),0,32;__spinlock:(0,1),32,32;;_pthread_descr:t(17,2)=(17,3)=*(17,4)=xs_pthread_descr_struct:pthread_attr_t:t(17,5)=(17,6)=s36__detachstate:(0,1),0,32;__schedpolicy:(0,1),32,32;__schedparam:(18,1),64,32;__inheritsched:(0,1),96,32;__scope:(0,1),128,32;__guardsize:(16,1),160,32;__stackaddr_set:(0,1),192,32;__stackaddr:(17,7)=*(0,19),224,32;__stacksize:(16,1),256,32;;pthread_cond_t:t(17,8)=(17,9)=s12__c_lock:(17,1),0,64;__c_waiting:(17,2),64,32;;pthread_condattr_t:t(17,10)=(17,11)=s4__dummy:(0,1),0,32;;pthread_key_t:t(17,12)=(0,4)pthread_mutex_t:t(17,13)=(17,14)=s24__m_reserved:(0,1),0,32;__m_count:(0,1),32,32;__m_owner:(17,2),64,32;__m_kind:(0,1),96,32;__m_lock:(17,1),128,64;;pthread_mutexattr_t:t(17,15)=(17,16)=s4__mutexkind:(0,1),0,32;;pthread_once_t:t(17,17)=(0,1)_pthread_rwlock_t:T(17,18)=s32__rw_lock:(17,1),0,64;__rw_readers:(0,1),64,32;__rw_writer:(17,2),96,32;__rw_read_waiting:(17,2),128,32;__rw_write_waiting:(17,2),160,32;__rw_kind:(0,1),192,32;__rw_pshared:(0,1),224,32;;pthread_rwlock_t:t(17,19)=(17,18)pthread_rwlockattr_t:t(17,20)=(17,21)=s8__lockkind:(0,1),0,32;__pshared:(0,1),32,32;;pthread_t:t(17,22)=(0,5)wchar_t:t(19,1)=(0,3)wint_t:t(19,2)=(0,4)_G_int16_t:t(14,1)=(0,8)_G_int32_t:t(14,2)=(0,1)_G_uint16_t:t(14,3)=(0,9)_G_uint32_t:t(14,4)=(0,4)_IO_stdin_used:G(0,1)/release/111200/cifv1003/test/misc.c/usr/include/gtk/gtk.h/usr/local/include/gdk/gdk.h/usr/local/include/gdk/gdktypes.h/usr/local/include/glib.h/usr/local/include/glibconfig.h/usr/lib/gcc-lib/i486-suse-linux/2.95.2/include/limits.h/usr/lib/gcc-lib/i486-suse-linux/2.95.2/include/syslimits.h/usr/include/limits.h/usr/include/features.h/usr/include/sys/cdefs.h/usr/include/gnu/stubs.h/usr/include/bits/posix1_lim.h/usr/include/bits/local_lim.h/usr/include/linux/limits.h/usr/include/bits/posix2_lim.h/usr/lib/gcc-lib/i486-suse-linux/2.95.2/include/float.h__convert_long_double:T(17,1)=u16__convert_long_double_i:(17,2)=ar(0,1);0;3;(0,4),0,128;__convert_long_double_d:(0,14),0,96;;gint8:t(5,1)=(0,10)guint8:t(5,2)=(0,11)gint16:t(5,3)=(0,8)guint16:t(5,4)=(0,9)gint32:t(5,5)=(0,1)guint32:t(5,6)=(0,4)gint64:t(5,7)=(0,6)guint64:t(5,8)=(0,7)GStaticMutex:t(5,9)=(5,10)=xs_GStaticMutex:_GStaticMutex:T(5,10)=s28runtime_mutex:(5,11)=*(5,12)=xs_GMutex:,0,32;aligned_pad_u:(5,13)=u24pad:(5,14)=ar(0,1);0;23;(0,2),0,192;dummy_double:(0,13),0,64;dummy_pointer:(5,15)=*(0,19),0,32;dummy_long:(0,3),0,32;;,32,192;;/usr/lib/gcc-lib/i486-suse-linux/2.95.2/include/stdarg.h__gnuc_va_list:t(18,1)=(5,15)va_list:t(18,2)=(18,1)gchar:t(4,1)=(0,2)gshort:t(4,2)=(0,8)glong:t(4,3)=(0,3)gint:t(4,4)=(0,1)gboolean:t(4,5)=(4,4)guchar:t(4,6)=(0,11)gushort:t(4,7)=(0,9)gulong:t(4,8)=(0,5)guint:t(4,9)=(0,4)gfloat:t(4,10)=(0,12)gdouble:t(4,11)=(0,13)gpointer:t(4,12)=(5,15)gconstpointer:t(4,13)=(4,14)=*(0,19)gssize:t(4,15)=(5,5)gsize:t(4,16)=(5,6)GQuark:t(4,17)=(5,6)GTime:t(4,18)=(5,5)GAllocator:t(4,19)=(4,20)=xs_GAllocator:GArray:t(4,21)=(4,22)=xs_GArray:GByteArray:t(4,23)=(4,24)=xs_GByteArray:GCache:t(4,25)=(4,26)=xs_GCache:GCompletion:t(4,27)=(4,28)=xs_GCompletion:GData:t(4,29)=(4,30)=xs_GData:GDebugKey:t(4,31)=(4,32)=xs_GDebugKey:GHashTable:t(4,33)=(4,34)=xs_GHashTable:GHook:t(4,35)=(4,36)=xs_GHook:GHookList:t(4,37)=(4,38)=xs_GHookList:GList:t(4,39)=(4,40)=xs_GList:GMemChunk:t(4,41)=(4,42)=xs_GMemChunk:GNode:t(4,43)=(4,44)=xs_GNode:GPtrArray:t(4,45)=(4,46)=xs_GPtrArray:GRelation:t(4,47)=(4,48)=xs_GRelation:GScanner:t(4,49)=(4,50)=xs_GScanner:GScannerConfig:t(4,51)=(4,52)=xs_GScannerConfig:GSList:t(4,53)=(4,54)=xs_GSList:GString:t(4,55)=(4,56)=xs_GString:GStringChunk:t(4,57)=(4,58)=xs_GStringChunk:GTimer:t(4,59)=(4,60)=xs_GTimer:GTree:t(4,61)=(4,62)=xs_GTree:GTuples:t(4,63)=(4,64)=xs_GTuples:GTokenValue:t(4,65)=(4,66)=xu_GTokenValue:GIOChannel:t(4,67)=(4,68)=xs_GIOChannel: :T(4,69)=eG_TRAVERSE_LEAFS:1,G_TRAVERSE_NON_LEAFS:2,G_TRAVERSE_ALL:3,G_TRAVERSE_MASK:3,;GTraverseFlags:t(4,70)=(4,69) :T(4,71)=eG_IN_ORDER:0,G_PRE_ORDER:1,G_POST_ORDER:2,G_LEVEL_ORDER:3,;GTraverseType:t(4,72)=(4,71) :T(4,73)=eG_LOG_FLAG_RECURSION:1,G_LOG_FLAG_FATAL:2,G_LOG_LEVEL_ERROR:4,G_LOG_LEVEL_CRITICAL:8,G_LOG_LEVEL_WARNING:16,G_LOG_LEVEL_MESSAGE:32,G_LOG_LEVEL_INFO:64,G_LOG_LEVEL_DEBUG:128,G_LOG_LEVEL_MASK:-4,;GLogLevelFlags:t(4,74)=(4,73)GCacheNewFunc:t(4,75)=(4,76)=*(4,77)=f(4,12)GCacheDupFunc:t(4,78)=(4,76)GCacheDestroyFunc:t(4,79)=(4,80)=*(4,81)=f(0,19)GCompareFunc:t(4,82)=(4,83)=*(4,84)=f(4,4)GCompletionFunc:t(4,85)=(4,86)=*(4,87)=f(4,88)=*(4,1)GDestroyNotify:t(4,89)=(4,80)GDataForeachFunc:t(4,90)=(4,91)=*(4,92)=f(0,19)GFunc:t(4,93)=(4,94)=*(4,95)=f(0,19)GHashFunc:t(4,96)=(4,97)=*(4,98)=f(4,9)GFreeFunc:t(4,99)=(4,80)GHFunc:t(4,100)=(4,101)=*(4,102)=f(0,19)GHRFunc:t(4,103)=(4,104)=*(4,105)=f(4,5)GHookCompareFunc:t(4,106)=(4,107)=*(4,108)=f(4,4)GHookFindFunc:t(4,109)=(4,110)=*(4,111)=f(4,5)GHookMarshaller:t(4,112)=(4,113)=*(4,114)=f(0,19)GHookCheckMarshaller:t(4,115)=(4,110)GHookFunc:t(4,116)=(4,80)GHookCheckFunc:t(4,117)=(4,118)=*(4,119)=f(4,5)GHookFreeFunc:t(4,120)=(4,121)=*(4,122)=f(0,19)GLogFunc:t(4,123)=(4,124)=*(4,125)=f(0,19)GNodeTraverseFunc:t(4,126)=(4,127)=*(4,128)=f(4,5)GNodeForeachFunc:t(4,129)=(4,130)=*(4,131)=f(0,19)GSearchFunc:t(4,132)=(4,133)=*(4,134)=f(4,4)GScannerMsgFunc:t(4,135)=(4,136)=*(4,137)=f(0,19)GTraverseFunc:t(4,138)=(4,139)=*(4,140)=f(4,4)GVoidFunc:t(4,141)=(4,142)=*(4,143)=f(0,19)_GList:T(4,40)=s12data:(4,12),0,32;next:(4,144)=*(4,39),32,32;prev:(4,144),64,32;;_GSList:T(4,54)=s8data:(4,12),0,32;next:(4,145)=*(4,53),32,32;;_GString:T(4,56)=s8str:(4,88),0,32;len:(4,4),32,32;;_GArray:T(4,22)=s8data:(4,88),0,32;len:(4,9),32,32;;_GByteArray:T(4,24)=s8data:(4,146)=*(5,2),0,32;len:(4,9),32,32;;_GPtrArray:T(4,46)=s8pdata:(4,147)=*(4,12),0,32;len:(4,9),32,32;;_GTuples:T(4,64)=s4len:(4,9),0,32;;_GDebugKey:T(4,32)=s8key:(4,88),0,32;value:(4,9),32,32;;_GNode:T(4,44)=s20data:(4,12),0,32;next:(4,148)=*(4,43),32,32;prev:(4,148),64,32;parent:(4,148),96,32;children:(4,148),128,32;; :T(4,149)=eG_HOOK_FLAG_ACTIVE:1,G_HOOK_FLAG_IN_CALL:2,G_HOOK_FLAG_MASK:15,;GHookFlagMask:t(4,150)=(4,149)_GHookList:T(4,38)=s28seq_id:(4,9),0,32;hook_size:(4,9),32,32;is_setup:(4,9),64,1;hooks:(4,151)=*(4,35),96,32;hook_memchunk:(4,152)=*(4,41),128,32;hook_free:(4,120),160,32;hook_destroy:(4,120),192,32;;_GHook:T(4,36)=s32data:(4,12),0,32;next:(4,151),32,32;prev:(4,151),64,32;ref_count:(4,9),96,32;hook_id:(4,9),128,32;flags:(4,9),160,32;func:(4,12),192,32;destroy:(4,89),224,32;;GPrintFunc:t(4,153)=(4,154)=*(4,155)=f(0,19)GErrorFunc:t(4,156)=(4,154)GWarningFunc:t(4,157)=(4,154) :T(4,158)=eG_ERR_UNKNOWN:0,G_ERR_UNEXP_EOF:1,G_ERR_UNEXP_EOF_IN_STRING:2,G_ERR_UNEXP_EOF_IN_COMMENT:3,G_ERR_NON_DIGIT_IN_CONST:4,G_ERR_DIGIT_RADIX:5,G_ERR_FLOAT_RADIX:6,G_ERR_FLOAT_MALFORMED:7,;GErrorType:t(4,159)=(4,158) :T(4,160)=eG_TOKEN_EOF:0,G_TOKEN_LEFT_PAREN:40,G_TOKEN_RIGHT_PAREN:41,G_TOKEN_LEFT_CURLY:123,G_TOKEN_RIGHT_CURLY:125,G_TOKEN_LEFT_BRACE:91,G_TOKEN_RIGHT_BRACE:93,G_TOKEN_EQUAL_SIGN:61,G_TOKEN_COMMA:44,G_TOKEN_NONE:256,G_TOKEN_ERROR:257,G_TOKEN_CHAR:258,G_TOKEN_BINARY:259,G_TOKEN_OCTAL:260,G_TOKEN_INT:261,G_TOKEN_HEX:262,G_TOKEN_FLOAT:263,G_TOKEN_STRING:264,G_TOKEN_SYMBOL:265,G_TOKEN_IDENTIFIER:266,G_TOKEN_IDENTIFIER_NULL:267,G_TOKEN_COMMENT_SINGLE:268,G_TOKEN_COMMENT_MULTI:269,G_TOKEN_LAST:270,;GTokenType:t(4,161)=(4,160)_GTokenValue:T(4,66)=u8v_symbol:(4,12),0,32;v_identifier:(4,88),0,32;v_binary:(4,8),0,32;v_octal:(4,8),0,32;v_int:(4,8),0,32;v_float:(4,11),0,64;v_hex:(4,8),0,32;v_string:(4,88),0,32;v_comment:(4,88),0,32;v_char:(4,6),0,8;v_error:(4,9),0,32;;_GScannerConfig:T(4,52)=s20cset_skip_characters:(4,88),0,32;cset_identifier_first:(4,88),32,32;cset_identifier_nth:(4,88),64,32;cpair_comment_single:(4,88),96,32;case_sensitive:(4,9),128,1;skip_comment_multi:(4,9),129,1;skip_comment_single:(4,9),130,1;scan_comment_multi:(4,9),131,1;scan_identifier:(4,9),132,1;scan_identifier_1char:(4,9),133,1;scan_identifier_NULL:(4,9),134,1;scan_symbols:(4,9),135,1;scan_binary:(4,9),136,1;scan_octal:(4,9),137,1;scan_float:(4,9),138,1;scan_hex:(4,9),139,1;scan_hex_dollar:(4,9),140,1;scan_string_sq:(4,9),141,1;scan_string_dq:(4,9),142,1;numbers_2_int:(4,9),143,1;int_2_float:(4,9),144,1;identifier_2_string:(4,9),145,1;char_2_token:(4,9),146,1;symbol_2_token:(4,9),147,1;scope_0_fallback:(4,9),148,1;;_GScanner:T(4,50)=s92user_data:(4,12),0,32;max_parse_errors:(4,9),32,32;parse_errors:(4,9),64,32;input_name:(4,162)=*(4,1),96,32;derived_data:(4,12),128,32;config:(4,163)=*(4,51),160,32;token:(4,161),192,32;value:(4,65),224,64;line:(4,9),288,32;position:(4,9),320,32;next_token:(4,161),352,32;next_value:(4,65),384,64;next_line:(4,9),448,32;next_position:(4,9),480,32;symbol_table:(4,164)=*(4,33),512,32;input_fd:(4,4),544,32;text:(4,162),576,32;text_end:(4,162),608,32;buffer:(4,88),640,32;scope_id:(4,9),672,32;msg_handler:(4,135),704,32;;_GCompletion:T(4,28)=s16items:(4,144),0,32;func:(4,85),32,32;prefix:(4,88),64,32;cache:(4,144),96,32;;GDateYear:t(4,165)=(5,4)GDateDay:t(4,166)=(5,2)GDate:t(4,167)=(4,168)=xs_GDate: :T(4,169)=eG_DATE_DAY:0,G_DATE_MONTH:1,G_DATE_YEAR:2,;GDateDMY:t(4,170)=(4,169) :T(4,171)=eG_DATE_BAD_WEEKDAY:0,G_DATE_MONDAY:1,G_DATE_TUESDAY:2,G_DATE_WEDNESDAY:3,G_DATE_THURSDAY:4,G_DATE_FRIDAY:5,G_DATE_SATURDAY:6,G_DATE_SUNDAY:7,;GDateWeekday:t(4,172)=(4,171) :T(4,173)=eG_DATE_BAD_MONTH:0,G_DATE_JANUARY:1,G_DATE_FEBRUARY:2,G_DATE_MARCH:3,G_DATE_APRIL:4,G_DATE_MAY:5,G_DATE_JUNE:6,G_DATE_JULY:7,G_DATE_AUGUST:8,G_DATE_SEPTEMBER:9,G_DATE_OCTOBER:10,G_DATE_NOVEMBER:11,G_DATE_DECEMBER:12,;GDateMonth:t(4,174)=(4,173)_GDate:T(4,168)=s8julian_days:(4,9),0,32;julian:(4,9),32,1;dmy:(4,9),33,1;day:(4,9),34,6;month:(4,9),40,4;year:(4,9),44,16;;GIOFuncs:t(4,175)=(4,176)=xs_GIOFuncs: :T(4,177)=eG_IO_ERROR_NONE:0,G_IO_ERROR_AGAIN:1,G_IO_ERROR_INVAL:2,G_IO_ERROR_UNKNOWN:3,;GIOError:t(4,178)=(4,177) :T(4,179)=eG_SEEK_CUR:0,G_SEEK_SET:1,G_SEEK_END:2,;GSeekType:t(4,180)=(4,179) :T(4,181)=eG_IO_IN:1,G_IO_OUT:4,G_IO_PRI:2,G_IO_ERR:8,G_IO_HUP:16,G_IO_NVAL:32,;GIOCondition:t(4,182)=(4,181)_GIOChannel:T(4,68)=s12channel_flags:(4,9),0,32;ref_count:(4,9),32,32;funcs:(4,183)=*(4,175),64,32;;GIOFunc:t(4,184)=(4,185)=*(4,186)=f(4,5)_GIOFuncs:T(4,176)=s24io_read:(4,187)=*(4,188)=f(4,178),0,32;io_write:(4,187),32,32;io_seek:(4,189)=*(4,190)=f(4,178),64,32;io_close:(4,191)=*(4,192)=f(0,19),96,32;io_add_watch:(4,193)=*(4,194)=f(4,9),128,32;io_free:(4,191),160,32;;GTimeVal:t(4,195)=(4,196)=xs_GTimeVal:GSourceFuncs:t(4,197)=(4,198)=xs_GSourceFuncs:GMainLoop:t(4,199)=(4,200)=xs_GMainLoop:_GTimeVal:T(4,196)=s8tv_sec:(4,3),0,32;tv_usec:(4,3),32,32;;_GSourceFuncs:T(4,198)=s16prepare:(4,201)=*(4,202)=f(4,5),0,32;check:(4,203)=*(4,204)=f(4,5),32,32;dispatch:(4,203),64,32;destroy:(4,89),96,32;;GSourceFunc:t(4,205)=(4,118)GPollFD:t(4,206)=(4,207)=xs_GPollFD:GPollFunc:t(4,208)=(4,209)=*(4,210)=f(4,4)_GPollFD:T(4,207)=s8fd:(4,4),0,32;events:(4,7),32,16;revents:(4,7),48,16;;GMutex:t(4,211)=(5,12)GCond:t(4,212)=(4,213)=xs_GCond:GPrivate:t(4,214)=(4,215)=xs_GPrivate:GStaticPrivate:t(4,216)=(4,217)=xs_GStaticPrivate:GThreadFunctions:t(4,218)=(4,219)=xs_GThreadFunctions:_GThreadFunctions:T(4,219)=s56mutex_new:(4,220)=*(4,221)=f(4,222)=*(4,211),0,32;mutex_lock:(4,223)=*(4,224)=f(0,19),32,32;mutex_trylock:(4,225)=*(4,226)=f(4,5),64,32;mutex_unlock:(4,223),96,32;mutex_free:(4,223),128,32;cond_new:(4,227)=*(4,228)=f(4,229)=*(4,212),160,32;cond_signal:(4,230)=*(4,231)=f(0,19),192,32;cond_broadcast:(4,230),224,32;cond_wait:(4,232)=*(4,233)=f(0,19),256,32;cond_timed_wait:(4,234)=*(4,235)=f(4,5),288,32;cond_free:(4,230),320,32;private_new:(4,236)=*(4,237)=f(4,238)=*(4,214),352,32;private_get:(4,239)=*(4,240)=f(4,12),384,32;private_set:(4,241)=*(4,242)=f(0,19),416,32;;_GStaticPrivate:T(4,217)=s4index:(4,9),0,32;;GdkAtom:t(3,1)=(4,8)GdkColor:t(3,2)=(3,3)=xs_GdkColor:GdkColormap:t(3,4)=(3,5)=xs_GdkColormap:GdkVisual:t(3,6)=(3,7)=xs_GdkVisual:GdkWindowAttr:t(3,8)=(3,9)=xs_GdkWindowAttr:GdkWindow:t(3,10)=(3,11)=xs_GdkWindow:GdkPixmap:t(3,12)=(3,11)GdkBitmap:t(3,13)=(3,11)GdkDrawable:t(3,14)=(3,11)GdkGeometry:t(3,15)=(3,16)=xs_GdkGeometry:GdkImage:t(3,17)=(3,18)=xs_GdkImage:GdkGCValues:t(3,19)=(3,20)=xs_GdkGCValues:GdkGC:t(3,21)=(3,22)=xs_GdkGC:GdkPoint:t(3,23)=(3,24)=xs_GdkPoint:GdkRectangle:t(3,25)=(3,26)=xs_GdkRectangle:GdkSegment:t(3,27)=(3,28)=xs_GdkSegment:GdkFont:t(3,29)=(3,30)=xs_GdkFont:GdkCursor:t(3,31)=(3,32)=xs_GdkCursor:GdkColorContextDither:t(3,33)=(3,34)=xs_GdkColorContextDither:GdkColorContext:t(3,35)=(3,36)=xs_GdkColorContext:GdkDragContext:t(3,37)=(3,38)=xs_GdkDragContext:GdkEventAny:t(3,39)=(3,40)=xs_GdkEventAny:GdkEventExpose:t(3,41)=(3,42)=xs_GdkEventExpose:GdkEventNoExpose:t(3,43)=(3,44)=xs_GdkEventNoExpose:GdkEventVisibility:t(3,45)=(3,46)=xs_GdkEventVisibility:GdkEventMotion:t(3,47)=(3,48)=xs_GdkEventMotion:GdkEventButton:t(3,49)=(3,50)=xs_GdkEventButton:GdkEventKey:t(3,51)=(3,52)=xs_GdkEventKey:GdkEventFocus:t(3,53)=(3,54)=xs_GdkEventFocus:GdkEventCrossing:t(3,55)=(3,56)=xs_GdkEventCrossing:GdkEventConfigure:t(3,57)=(3,58)=xs_GdkEventConfigure:GdkEventProperty:t(3,59)=(3,60)=xs_GdkEventProperty:GdkEventSelection:t(3,61)=(3,62)=xs_GdkEventSelection:GdkEventProximity:t(3,63)=(3,64)=xs_GdkEventProximity:GdkEventClient:t(3,65)=(3,66)=xs_GdkEventClient:GdkEventDND:t(3,67)=(3,68)=xs_GdkEventDND:GdkEvent:t(3,69)=(3,70)=xu_GdkEvent:GdkDeviceKey:t(3,71)=(3,72)=xs_GdkDeviceKey:GdkDeviceInfo:t(3,73)=(3,74)=xs_GdkDeviceInfo:GdkTimeCoord:t(3,75)=(3,76)=xs_GdkTimeCoord:GdkRegion:t(3,77)=(3,78)=xs_GdkRegion:GdkEventFunc:t(3,79)=(3,80)=*(3,81)=f(0,19)GdkIC:t(3,82)=(3,83)=xs_GdkIC:GdkICAttr:t(3,84)=(3,85)=xs_GdkICAttr:GdkWChar:t(3,86)=(5,6) :T(3,87)=eGDK_WINDOW_ROOT:0,GDK_WINDOW_TOPLEVEL:1,GDK_WINDOW_CHILD:2,GDK_WINDOW_DIALOG:3,GDK_WINDOW_TEMP:4,GDK_WINDOW_PIXMAP:5,GDK_WINDOW_FOREIGN:6,;GdkWindowType:t(3,88)=(3,87) :T(3,89)=eGDK_INPUT_OUTPUT:0,GDK_INPUT_ONLY:1,;GdkWindowClass:t(3,90)=(3,89) :T(3,91)=eGDK_IMAGE_NORMAL:0,GDK_IMAGE_SHARED:1,GDK_IMAGE_FASTEST:2,;GdkImageType:t(3,92)=(3,91) :T(3,93)=eGDK_VISUAL_STATIC_GRAY:0,GDK_VISUAL_GRAYSCALE:1,GDK_VISUAL_STATIC_COLOR:2,GDK_VISUAL_PSEUDO_COLOR:3,GDK_VISUAL_TRUE_COLOR:4,GDK_VISUAL_DIRECT_COLOR:5,;GdkVisualType:t(3,94)=(3,93) :T(3,95)=eGDK_FONT_FONT:0,GDK_FONT_FONTSET:1,;GdkFontType:t(3,96)=(3,95) :T(3,97)=eGDK_WA_TITLE:2,GDK_WA_X:4,GDK_WA_Y:8,GDK_WA_CURSOR:16,GDK_WA_COLORMAP:32,GDK_WA_VISUAL:64,GDK_WA_WMCLASS:128,GDK_WA_NOREDIR:256,;GdkWindowAttributesType:t(3,98)=(3,97) :T(3,99)=eGDK_HINT_POS:1,GDK_HINT_MIN_SIZE:2,GDK_HINT_MAX_SIZE:4,GDK_HINT_BASE_SIZE:8,GDK_HINT_ASPECT:16,GDK_HINT_RESIZE_INC:32,;GdkWindowHints:t(3,100)=(3,99) :T(3,101)=eGDK_COPY:0,GDK_INVERT:1,GDK_XOR:2,GDK_CLEAR:3,GDK_AND:4,GDK_AND_REVERSE:5,GDK_AND_INVERT:6,GDK_NOOP:7,GDK_OR:8,GDK_EQUIV:9,GDK_OR_REVERSE:10,GDK_COPY_INVERT:11,GDK_OR_INVERT:12,GDK_NAND:13,GDK_SET:14,;GdkFunction:t(3,102)=(3,101) :T(3,103)=eGDK_SOLID:0,GDK_TILED:1,GDK_STIPPLED:2,GDK_OPAQUE_STIPPLED:3,;GdkFill:t(3,104)=(3,103) :T(3,105)=eGDK_EVEN_ODD_RULE:0,GDK_WINDING_RULE:1,;GdkFillRule:t(3,106)=(3,105) :T(3,107)=eGDK_LINE_SOLID:0,GDK_LINE_ON_OFF_DASH:1,GDK_LINE_DOUBLE_DASH:2,;GdkLineStyle:t(3,108)=(3,107) :T(3,109)=eGDK_CAP_NOT_LAST:0,GDK_CAP_BUTT:1,GDK_CAP_ROUND:2,GDK_CAP_PROJECTING:3,;GdkCapStyle:t(3,110)=(3,109) :T(3,111)=eGDK_JOIN_MITER:0,GDK_JOIN_ROUND:1,GDK_JOIN_BEVEL:2,;GdkJoinStyle:t(3,112)=(3,111)/usr/local/include/gdk/gdkcursors.h :T(3,113)=eGDK_NUM_GLYPHS:154,GDK_X_CURSOR:0,GDK_ARROW:2,GDK_BASED_ARROW_DOWN:4,GDK_BASED_ARROW_UP:6,GDK_BOAT:8,GDK_BOGOSITY:10,GDK_BOTTOM_LEFT_CORNER:12,GDK_BOTTOM_RIGHT_CORNER:14,GDK_BOTTOM_SIDE:16,GDK_BOTTOM_TEE:18,GDK_BOX_SPIRAL:20,GDK_CENTER_PTR:22,GDK_CIRCLE:24,GDK_CLOCK:26,GDK_COFFEE_MUG:28,GDK_CROSS:30,GDK_CROSS_REVERSE:32,GDK_CROSSHAIR:34,GDK_DIAMOND_CROSS:36,GDK_DOT:38,GDK_DOTBOX:40,GDK_DOUBLE_ARROW:42,GDK_DRAFT_LARGE:44,GDK_DRAFT_SMALL:46,GDK_DRAPED_BOX:48,GDK_EXCHANGE:50,GDK_FLEUR:52,GDK_GOBBLER:54,GDK_GUMBY:56,GDK_HAND1:58,GDK_HAND2:60,GDK_HEART:62,GDK_ICON:64,GDK_IRON_CROSS:66,GDK_LEFT_PTR:68,GDK_LEFT_SIDE:70,GDK_LEFT_TEE:72,GDK_LEFTBUTTON:74,GDK_LL_ANGLE:76,GDK_LR_ANGLE:78,GDK_MAN:80,GDK_MIDDLEBUTTON:82,GDK_MOUSE:84,GDK_PENCIL:86,GDK_PIRATE:88,GDK_PLUS:90,GDK_QUESTION_ARROW:92,GDK_RIGHT_PTR:94,GDK_RIGHT_SIDE:96,GDK_RIGHT_TEE:98,GDK_RIGHTBUTTON:100,GDK_RTL_LOGO:102,GDK_SAILBOAT:104,GDK_SB_DOWN_ARROW:106,GDK_SB_H_DOUBLE_ARROW:108,GDK_SB_LEFT_ARROW:110,GDK_SB_RIGHT_ARROW:112,GDK_SB_UP_ARROW:114,GDK_SB_V_DOUBLE_ARROW:116,GDK_SHUTTLE:118,GDK_SIZING:120,GDK_SPIDER:122,GDK_SPRAYCAN:124,GDK_STAR:126,GDK_TARGET:128,GDK_TCROSS:130,GDK_TOP_LEFT_ARROW:132,GDK_TOP_LEFT_CORNER:134,GDK_TOP_RIGHT_CORNER:136,GDK_TOP_SIDE:138,GDK_TOP_TEE:140,GDK_TREK:142,GDK_UL_ANGLE:144,GDK_UMBRELLA:146,GDK_UR_ANGLE:148,GDK_WATCH:150,GDK_XTERM:152,GDK_LAST_CURSOR:153,GDK_CURSOR_IS_PIXMAP:-1,;GdkCursorType:t(3,114)=(3,113) :T(3,115)=eGDK_FILTER_CONTINUE:0,GDK_FILTER_TRANSLATE:1,GDK_FILTER_REMOVE:2,;GdkFilterReturn:t(3,116)=(3,115) :T(3,117)=eGDK_VISIBILITY_UNOBSCURED:0,GDK_VISIBILITY_PARTIAL:1,GDK_VISIBILITY_FULLY_OBSCURED:2,;GdkVisibilityState:t(3,118)=(3,117) :T(3,119)=eGDK_NOTHING:-1,GDK_DELETE:0,GDK_DESTROY:1,GDK_EXPOSE:2,GDK_MOTION_NOTIFY:3,GDK_BUTTON_PRESS:4,GDK_2BUTTON_PRESS:5,GDK_3BUTTON_PRESS:6,GDK_BUTTON_RELEASE:7,GDK_KEY_PRESS:8,GDK_KEY_RELEASE:9,GDK_ENTER_NOTIFY:10,GDK_LEAVE_NOTIFY:11,GDK_FOCUS_CHANGE:12,GDK_CONFIGURE:13,GDK_MAP:14,GDK_UNMAP:15,GDK_PROPERTY_NOTIFY:16,GDK_SELECTION_CLEAR:17,GDK_SELECTION_REQUEST:18,GDK_SELECTION_NOTIFY:19,GDK_PROXIMITY_IN:20,GDK_PROXIMITY_OUT:21,GDK_DRAG_ENTER:22,GDK_DRAG_LEAVE:23,GDK_DRAG_MOTION:24,GDK_DRAG_STATUS:25,GDK_DROP_START:26,GDK_DROP_FINISHED:27,GDK_CLIENT_EVENT:28,GDK_VISIBILITY_NOTIFY:29,GDK_NO_EXPOSE:30,;GdkEventType:t(3,120)=(3,119) :T(3,121)=eGDK_EXPOSURE_MASK:2,GDK_POINTER_MOTION_MASK:4,GDK_POINTER_MOTION_HINT_MASK:8,GDK_BUTTON_MOTION_MASK:16,GDK_BUTTON1_MOTION_MASK:32,GDK_BUTTON2_MOTION_MASK:64,GDK_BUTTON3_MOTION_MASK:128,GDK_BUTTON_PRESS_MASK:256,GDK_BUTTON_RELEASE_MASK:512,GDK_KEY_PRESS_MASK:1024,GDK_KEY_RELEASE_MASK:2048,GDK_ENTER_NOTIFY_MASK:4096,GDK_LEAVE_NOTIFY_MASK:8192,GDK_FOCUS_CHANGE_MASK:16384,GDK_STRUCTURE_MASK:32768,GDK_PROPERTY_CHANGE_MASK:65536,GDK_VISIBILITY_NOTIFY_MASK:131072,GDK_PROXIMITY_IN_MASK:262144,GDK_PROXIMITY_OUT_MASK:524288,GDK_SUBSTRUCTURE_MASK:1048576,GDK_ALL_EVENTS_MASK:1048575,;GdkEventMask:t(3,122)=(3,121) :T(3,123)=eGDK_NOTIFY_ANCESTOR:0,GDK_NOTIFY_VIRTUAL:1,GDK_NOTIFY_INFERIOR:2,GDK_NOTIFY_NONLINEAR:3,GDK_NOTIFY_NONLINEAR_VIRTUAL:4,GDK_NOTIFY_UNKNOWN:5,;GdkNotifyType:t(3,124)=(3,123) :T(3,125)=eGDK_CROSSING_NORMAL:0,GDK_CROSSING_GRAB:1,GDK_CROSSING_UNGRAB:2,;GdkCrossingMode:t(3,126)=(3,125) :T(3,127)=eGDK_SHIFT_MASK:1,GDK_LOCK_MASK:2,GDK_CONTROL_MASK:4,GDK_MOD1_MASK:8,GDK_MOD2_MASK:16,GDK_MOD3_MASK:32,GDK_MOD4_MASK:64,GDK_MOD5_MASK:128,GDK_BUTTON1_MASK:256,GDK_BUTTON2_MASK:512,GDK_BUTTON3_MASK:1024,GDK_BUTTON4_MASK:2048,GDK_BUTTON5_MASK:4096,GDK_RELEASE_MASK:8192,GDK_MODIFIER_MASK:16383,;GdkModifierType:t(3,128)=(3,127) :T(3,129)=eGDK_CLIP_BY_CHILDREN:0,GDK_INCLUDE_INFERIORS:1,;GdkSubwindowMode:t(3,130)=(3,129) :T(3,131)=eGDK_INPUT_READ:1,GDK_INPUT_WRITE:2,GDK_INPUT_EXCEPTION:4,;GdkInputCondition:t(3,132)=(3,131) :T(3,133)=eGDK_OK:0,GDK_ERROR:-1,GDK_ERROR_PARAM:-2,GDK_ERROR_FILE:-3,GDK_ERROR_MEM:-4,;GdkStatus:t(3,134)=(3,133) :T(3,135)=eGDK_LSB_FIRST:0,GDK_MSB_FIRST:1,;GdkByteOrder:t(3,136)=(3,135) :T(3,137)=eGDK_GC_FOREGROUND:1,GDK_GC_BACKGROUND:2,GDK_GC_FONT:4,GDK_GC_FUNCTION:8,GDK_GC_FILL:16,GDK_GC_TILE:32,GDK_GC_STIPPLE:64,GDK_GC_CLIP_MASK:128,GDK_GC_SUBWINDOW:256,GDK_GC_TS_X_ORIGIN:512,GDK_GC_TS_Y_ORIGIN:1024,GDK_GC_CLIP_X_ORIGIN:2048,GDK_GC_CLIP_Y_ORIGIN:4096,GDK_GC_EXPOSURES:8192,GDK_GC_LINE_WIDTH:16384,GDK_GC_LINE_STYLE:32768,GDK_GC_CAP_STYLE:65536,GDK_GC_JOIN_STYLE:131072,;GdkGCValuesMask:t(3,138)=(3,137) :T(3,139)=eGDK_SELECTION_PRIMARY:1,GDK_SELECTION_SECONDARY:2,;GdkSelection:t(3,140)=(3,139) :T(3,141)=eGDK_PROPERTY_NEW_VALUE:0,GDK_PROPERTY_DELETE:1,;GdkPropertyState:t(3,142)=(3,141) :T(3,143)=eGDK_PROP_MODE_REPLACE:0,GDK_PROP_MODE_PREPEND:1,GDK_PROP_MODE_APPEND:2,;GdkPropMode:t(3,144)=(3,143) :T(3,145)=eGDK_SOURCE_MOUSE:0,GDK_SOURCE_PEN:1,GDK_SOURCE_ERASER:2,GDK_SOURCE_CURSOR:3,;GdkInputSource:t(3,146)=(3,145) :T(3,147)=eGDK_MODE_DISABLED:0,GDK_MODE_SCREEN:1,GDK_MODE_WINDOW:2,;GdkInputMode:t(3,148)=(3,147) :T(3,149)=eGDK_AXIS_IGNORE:0,GDK_AXIS_X:1,GDK_AXIS_Y:2,GDK_AXIS_PRESSURE:3,GDK_AXIS_XTILT:4,GDK_AXIS_YTILT:5,GDK_AXIS_LAST:6,;GdkAxisUse:t(3,150)=(3,149) :T(3,151)=eGDK_TARGET_BITMAP:5,GDK_TARGET_COLORMAP:7,GDK_TARGET_DRAWABLE:17,GDK_TARGET_PIXMAP:20,GDK_TARGET_STRING:31,;GdkTarget:t(3,152)=(3,151) :T(3,153)=eGDK_SELECTION_TYPE_ATOM:4,GDK_SELECTION_TYPE_BITMAP:5,GDK_SELECTION_TYPE_COLORMAP:7,GDK_SELECTION_TYPE_DRAWABLE:17,GDK_SELECTION_TYPE_INTEGER:19,GDK_SELECTION_TYPE_PIXMAP:20,GDK_SELECTION_TYPE_WINDOW:33,GDK_SELECTION_TYPE_STRING:31,;GdkSelectionType:t(3,154)=(3,153) :T(3,155)=eGDK_EXTENSION_EVENTS_NONE:0,GDK_EXTENSION_EVENTS_ALL:1,GDK_EXTENSION_EVENTS_CURSOR:2,;GdkExtensionMode:t(3,156)=(3,155) :T(3,157)=eGDK_IM_PREEDIT_AREA:1,GDK_IM_PREEDIT_CALLBACKS:2,GDK_IM_PREEDIT_POSITION:4,GDK_IM_PREEDIT_NOTHING:8,GDK_IM_PREEDIT_NONE:16,GDK_IM_PREEDIT_MASK:31,GDK_IM_STATUS_AREA:256,GDK_IM_STATUS_CALLBACKS:512,GDK_IM_STATUS_NOTHING:1024,GDK_IM_STATUS_NONE:2048,GDK_IM_STATUS_MASK:3840,;GdkIMStyle:t(3,158)=(3,157) :T(3,159)=eGDK_IC_STYLE:1,GDK_IC_CLIENT_WINDOW:2,GDK_IC_FOCUS_WINDOW:4,GDK_IC_FILTER_EVENTS:8,GDK_IC_SPOT_LOCATION:16,GDK_IC_LINE_SPACING:32,GDK_IC_CURSOR:64,GDK_IC_PREEDIT_FONTSET:1024,GDK_IC_PREEDIT_AREA:2048,GDK_IC_PREEDIT_AREA_NEEDED:4096,GDK_IC_PREEDIT_FOREGROUND:8192,GDK_IC_PREEDIT_BACKGROUND:16384,GDK_IC_PREEDIT_PIXMAP:32768,GDK_IC_PREEDIT_COLORMAP:65536,GDK_IC_STATUS_FONTSET:2097152,GDK_IC_STATUS_AREA:4194304,GDK_IC_STATUS_AREA_NEEDED:8388608,GDK_IC_STATUS_FOREGROUND:16777216,GDK_IC_STATUS_BACKGROUND:33554432,GDK_IC_STATUS_PIXMAP:67108864,GDK_IC_STATUS_COLORMAP:134217728,GDK_IC_ALL_REQ:3,GDK_IC_PREEDIT_AREA_REQ:3072,GDK_IC_PREEDIT_POSITION_REQ:3088,GDK_IC_STATUS_AREA_REQ:6291456,;GdkICAttributesType:t(3,160)=(3,159) :T(3,161)=eGDK_DECOR_ALL:1,GDK_DECOR_BORDER:2,GDK_DECOR_RESIZEH:4,GDK_DECOR_TITLE:8,GDK_DECOR_MENU:16,GDK_DECOR_MINIMIZE:32,GDK_DECOR_MAXIMIZE:64,;GdkWMDecoration:t(3,162)=(3,161) :T(3,163)=eGDK_FUNC_ALL:1,GDK_FUNC_RESIZE:2,GDK_FUNC_MOVE:4,GDK_FUNC_MINIMIZE:8,GDK_FUNC_MAXIMIZE:16,GDK_FUNC_CLOSE:32,;GdkWMFunction:t(3,164)=(3,163)GdkInputFunction:t(3,165)=(3,166)=*(3,167)=f(0,19)GdkDestroyNotify:t(3,168)=(4,80) :T(3,169)=eGDK_CC_MODE_UNDEFINED:0,GDK_CC_MODE_BW:1,GDK_CC_MODE_STD_CMAP:2,GDK_CC_MODE_TRUE:3,GDK_CC_MODE_MY_GRAY:4,GDK_CC_MODE_PALETTE:5,;GdkColorContextMode:t(3,170)=(3,169) :T(3,171)=eGDK_OVERLAP_RECTANGLE_IN:0,GDK_OVERLAP_RECTANGLE_OUT:1,GDK_OVERLAP_RECTANGLE_PART:2,;GdkOverlapType:t(3,172)=(3,171) :T(3,173)=eGDK_ACTION_DEFAULT:1,GDK_ACTION_COPY:2,GDK_ACTION_MOVE:4,GDK_ACTION_LINK:8,GDK_ACTION_PRIVATE:16,GDK_ACTION_ASK:32,;GdkDragAction:t(3,174)=(3,173) :T(3,175)=eGDK_DRAG_PROTO_MOTIF:0,GDK_DRAG_PROTO_XDND:1,GDK_DRAG_PROTO_ROOTWIN:2,GDK_DRAG_PROTO_NONE:3,;GdkDragProtocol:t(3,176)=(3,175)_GdkColor:T(3,3)=s12pixel:(4,8),0,32;red:(4,7),32,16;green:(4,7),48,16;blue:(4,7),64,16;;_GdkColormap:T(3,5)=s8size:(4,4),0,32;colors:(3,177)=*(3,2),32,32;;_GdkVisual:T(3,7)=s56type:(3,94),0,32;depth:(4,4),32,32;byte_order:(3,136),64,32;colormap_size:(4,4),96,32;bits_per_rgb:(4,4),128,32;red_mask:(5,6),160,32;red_shift:(4,4),192,32;red_prec:(4,4),224,32;green_mask:(5,6),256,32;green_shift:(4,4),288,32;green_prec:(4,4),320,32;blue_mask:(5,6),352,32;blue_shift:(4,4),384,32;blue_prec:(4,4),416,32;;_GdkWindowAttr:T(3,9)=s48title:(4,88),0,32;event_mask:(4,4),32,32;x:(5,3),64,16;y:(5,3),80,16;width:(5,3),96,16;height:(5,3),112,16;wclass:(3,90),128,32;visual:(3,178)=*(3,6),160,32;colormap:(3,179)=*(3,4),192,32;window_type:(3,88),224,32;cursor:(3,180)=*(3,31),256,32;wmclass_name:(4,88),288,32;wmclass_class:(4,88),320,32;override_redirect:(4,5),352,32;;_GdkWindow:T(3,11)=s4user_data:(4,12),0,32;;_GdkGeometry:T(3,16)=s48min_width:(4,4),0,32;min_height:(4,4),32,32;max_width:(4,4),64,32;max_height:(4,4),96,32;base_width:(4,4),128,32;base_height:(4,4),160,32;width_inc:(4,4),192,32;height_inc:(4,4),224,32;min_aspect:(4,11),256,64;max_aspect:(4,11),320,64;;_GdkImage:T(3,18)=s28type:(3,92),0,32;visual:(3,178),32,32;byte_order:(3,136),64,32;width:(5,4),96,16;height:(5,4),112,16;depth:(5,4),128,16;bpp:(5,4),144,16;bpl:(5,4),160,16;mem:(4,12),192,32;;_GdkGCValues:T(3,20)=s88foreground:(3,2),0,96;background:(3,2),96,96;font:(3,181)=*(3,29),192,32;function:(3,102),224,32;fill:(3,104),256,32;tile:(3,182)=*(3,12),288,32;stipple:(3,182),320,32;clip_mask:(3,182),352,32;subwindow_mode:(3,130),384,32;ts_x_origin:(4,4),416,32;ts_y_origin:(4,4),448,32;clip_x_origin:(4,4),480,32;clip_y_origin:(4,4),512,32;graphics_exposures:(4,4),544,32;line_width:(4,4),576,32;line_style:(3,108),608,32;cap_style:(3,110),640,32;join_style:(3,112),672,32;;_GdkGC:T(3,22)=s4dummy_var:(4,4),0,32;;_GdkPoint:T(3,24)=s4x:(5,3),0,16;y:(5,3),16,16;;_GdkRectangle:T(3,26)=s8x:(5,3),0,16;y:(5,3),16,16;width:(5,4),32,16;height:(5,4),48,16;;_GdkSegment:T(3,28)=s8x1:(5,3),0,16;y1:(5,3),16,16;x2:(5,3),32,16;y2:(5,3),48,16;;_GdkFont:T(3,30)=s12type:(3,96),0,32;ascent:(4,4),32,32;descent:(4,4),64,32;;_GdkCursor:T(3,32)=s4type:(3,114),0,32;;_GdkColorContextDither:T(3,34)=s524288fast_rgb:(3,183)=ar(0,1);0;31;(3,184)=ar(0,1);0;31;(3,185)=ar(0,1);0;31;(4,4),0,1048576;fast_err:(3,183),1048576,1048576;fast_erg:(3,183),2097152,1048576;fast_erb:(3,183),3145728,1048576;;_GdkColorContext:T(3,36)=s104visual:(3,178),0,32;colormap:(3,179),32,32;num_colors:(4,4),64,32;max_colors:(4,4),96,32;num_allocated:(4,4),128,32;mode:(3,170),160,32;need_to_free_colormap:(4,4),192,32;std_cmap_atom:(3,1),224,32;clut:(3,186)=*(4,8),256,32;cmap:(3,177),288,32;color_hash:(4,164),320,32;palette:(3,177),352,32;num_palette:(4,4),384,32;fast_dither:(3,187)=*(3,33),416,32;shifts:(3,188)=s12red:(4,4),0,32;green:(4,4),32,32;blue:(4,4),64,32;;,448,96;masks:(3,189)=s12red:(4,8),0,32;green:(4,8),32,32;blue:(4,8),64,32;;,544,96;bits:(3,190)=s12red:(4,4),0,32;green:(4,4),32,32;blue:(4,4),64,32;;,640,96;max_entry:(4,8),736,32;black_pixel:(4,8),768,32;white_pixel:(4,8),800,32;;_GdkDeviceKey:T(3,72)=s8keyval:(4,9),0,32;modifiers:(3,128),32,32;;_GdkDeviceInfo:T(3,74)=s36deviceid:(5,6),0,32;name:(4,88),32,32;source:(3,146),64,32;mode:(3,148),96,32;has_cursor:(4,4),128,32;num_axes:(4,4),160,32;axes:(3,191)=*(3,150),192,32;num_keys:(4,4),224,32;keys:(3,192)=*(3,71),256,32;;_GdkTimeCoord:T(3,76)=s44time:(5,6),0,32;x:(4,11),32,64;y:(4,11),96,64;pressure:(4,11),160,64;xtilt:(4,11),224,64;ytilt:(4,11),288,64;;_GdkDragContext:T(3,38)=s36protocol:(3,176),0,32;is_source:(4,5),32,32;source_window:(3,193)=*(3,10),64,32;dest_window:(3,193),96,32;targets:(4,144),128,32;actions:(3,174),160,32;suggested_action:(3,174),192,32;action:(3,174),224,32;start_time:(5,6),256,32;;GdkXEvent:t(3,194)=(0,19)GdkFilterFunc:t(3,195)=(3,196)=*(3,197)=f(3,116)_GdkEventAny:T(3,40)=s12type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;;_GdkEventExpose:T(3,42)=s24type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;area:(3,25),80,64;count:(4,4),160,32;;_GdkEventNoExpose:T(3,44)=s12type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;;_GdkEventVisibility:T(3,46)=s16type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;state:(3,118),96,32;;_GdkEventMotion:T(3,48)=s88type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;time:(5,6),96,32;x:(4,11),128,64;y:(4,11),192,64;pressure:(4,11),256,64;xtilt:(4,11),320,64;ytilt:(4,11),384,64;state:(4,9),448,32;is_hint:(5,3),480,16;source:(3,146),512,32;deviceid:(5,6),544,32;x_root:(4,11),576,64;y_root:(4,11),640,64;;_GdkEventButton:T(3,50)=s88type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;time:(5,6),96,32;x:(4,11),128,64;y:(4,11),192,64;pressure:(4,11),256,64;xtilt:(4,11),320,64;ytilt:(4,11),384,64;state:(4,9),448,32;button:(4,9),480,32;source:(3,146),512,32;deviceid:(5,6),544,32;x_root:(4,11),576,64;y_root:(4,11),640,64;;_GdkEventKey:T(3,52)=s32type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;time:(5,6),96,32;state:(4,9),128,32;keyval:(4,9),160,32;length:(4,4),192,32;string:(4,88),224,32;;_GdkEventCrossing:T(3,56)=s68type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;subwindow:(3,193),96,32;time:(5,6),128,32;x:(4,11),160,64;y:(4,11),224,64;x_root:(4,11),288,64;y_root:(4,11),352,64;mode:(3,126),416,32;detail:(3,124),448,32;focus:(4,5),480,32;state:(4,9),512,32;;_GdkEventFocus:T(3,54)=s12type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;in:(5,3),80,16;;_GdkEventConfigure:T(3,58)=s20type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;x:(5,3),80,16;y:(5,3),96,16;width:(5,3),112,16;height:(5,3),128,16;;_GdkEventProperty:T(3,60)=s24type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;atom:(3,1),96,32;time:(5,6),128,32;state:(4,9),160,32;;_GdkEventSelection:T(3,62)=s32type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;selection:(3,1),96,32;target:(3,1),128,32;property:(3,1),160,32;requestor:(5,6),192,32;time:(5,6),224,32;;_GdkEventProximity:T(3,64)=s24type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;time:(5,6),96,32;source:(3,146),128,32;deviceid:(5,6),160,32;;_GdkEventClient:T(3,66)=s40type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;message_type:(3,1),96,32;data_format:(4,7),128,16;data:(3,198)=u20b:(3,199)=ar(0,1);0;19;(0,2),0,160;s:(3,200)=ar(0,1);0;9;(0,8),0,160;l:(3,201)=ar(0,1);0;4;(0,3),0,160;;,160,160;;_GdkEventDND:T(3,68)=s24type:(3,120),0,32;window:(3,193),32,32;send_event:(5,1),64,8;context:(3,202)=*(3,37),96,32;time:(5,6),128,32;x_root:(4,2),160,16;y_root:(4,2),176,16;;_GdkEvent:T(3,70)=u88type:(3,120),0,32;any:(3,39),0,96;expose:(3,41),0,192;no_expose:(3,43),0,96;visibility:(3,45),0,128;motion:(3,47),0,704;button:(3,49),0,704;key:(3,51),0,256;crossing:(3,55),0,544;focus_change:(3,53),0,96;configure:(3,57),0,160;property:(3,59),0,192;selection:(3,61),0,256;proximity:(3,63),0,192;client:(3,65),0,320;dnd:(3,67),0,192;;_GdkRegion:T(3,78)=s4user_data:(4,12),0,32;;_GdkICAttr:T(3,85)=s132style:(3,158),0,32;client_window:(3,193),32,32;focus_window:(3,193),64,32;filter_events:(3,122),96,32;spot_location:(3,23),128,32;line_spacing:(4,4),160,32;cursor:(3,180),192,32;preedit_fontset:(3,181),224,32;preedit_area:(3,25),256,64;preedit_area_needed:(3,25),320,64;preedit_foreground:(3,2),384,96;preedit_background:(3,2),480,96;preedit_pixmap:(3,182),576,32;preedit_colormap:(3,179),608,32;status_fontset:(3,181),640,32;status_area:(3,25),672,64;status_area_needed:(3,25),736,64;status_foreground:(3,2),800,96;status_background:(3,2),896,96;status_pixmap:(3,182),992,32;status_colormap:(3,179),1024,32;;/usr/local/include/gdk/gdkrgb.hGdkRgbCmap:t(20,1)=(20,2)=xs_GdkRgbCmap:_GdkRgbCmap:T(20,2)=s1280colors:(20,3)=ar(0,1);0;255;(5,6),0,8192;lut:(20,4)=ar(0,1);0;255;(4,6),8192,2048;; :T(20,5)=eGDK_RGB_DITHER_NONE:0,GDK_RGB_DITHER_NORMAL:1,GDK_RGB_DITHER_MAX:2,;GdkRgbDither:t(20,6)=(20,5)/usr/include/gtk/gtkaccelgroup.h/usr/include/gtk/gtkobject.h/usr/include/gtk/gtkarg.h/usr/include/gtk/gtktypeutils.h :T(24,1)=eGTK_TYPE_INVALID:0,GTK_TYPE_NONE:1,GTK_TYPE_CHAR:2,GTK_TYPE_UCHAR:3,GTK_TYPE_BOOL:4,GTK_TYPE_INT:5,GTK_TYPE_UINT:6,GTK_TYPE_LONG:7,GTK_TYPE_ULONG:8,GTK_TYPE_FLOAT:9,GTK_TYPE_DOUBLE:10,GTK_TYPE_STRING:11,GTK_TYPE_ENUM:12,GTK_TYPE_FLAGS:13,GTK_TYPE_BOXED:14,GTK_TYPE_POINTER:15,GTK_TYPE_SIGNAL:16,GTK_TYPE_ARGS:17,GTK_TYPE_CALLBACK:18,GTK_TYPE_C_CALLBACK:19,GTK_TYPE_FOREIGN:20,GTK_TYPE_OBJECT:21,;GtkFundamentalType:t(24,2)=(24,1)GtkType:t(24,3)=(4,9)GtkTypeObject:t(24,4)=(24,5)=xs_GtkTypeObject:GtkTypeClass:t(24,6)=(24,7)=xs_GtkTypeClass:/usr/include/gtk/gtktypebuiltins.hGtkArg:t(24,8)=(24,9)=xs_GtkArg:GtkObject:t(24,10)=(24,11)=xs_GtkObject:GtkTypeInfo:t(24,12)=(24,13)=xs_GtkTypeInfo:GtkTypeQuery:t(24,14)=(24,15)=xs_GtkTypeQuery:GtkEnumValue:t(24,16)=(24,17)=xs_GtkEnumValue:GtkFlagValue:t(24,18)=(24,17)GtkClassInitFunc:t(24,19)=(4,80)GtkObjectInitFunc:t(24,20)=(4,94)GtkSignalFunc:t(24,21)=(24,22)=*(24,23)=f(0,19)GtkFunction:t(24,24)=(24,25)=*(24,26)=f(4,4)GtkDestroyNotify:t(24,27)=(4,80)GtkCallbackMarshal:t(24,28)=(24,29)=*(24,30)=f(0,19)GtkSignalMarshaller:t(24,31)=(24,32)=*(24,33)=f(0,19)GtkArgGetFunc:t(24,34)=(24,35)=*(24,36)=f(0,19)GtkArgSetFunc:t(24,37)=(24,35)_GtkTypeObject:T(24,5)=s4klass:(24,38)=*(24,6),0,32;;_GtkTypeClass:T(24,7)=s4type:(24,3),0,32;;_GtkArg:T(24,9)=s20type:(24,3),0,32;name:(4,88),32,32;d:(24,39)=u12char_data:(4,1),0,8;uchar_data:(4,6),0,8;bool_data:(4,5),0,32;int_data:(4,4),0,32;uint_data:(4,9),0,32;long_data:(4,3),0,32;ulong_data:(4,8),0,32;float_data:(4,10),0,32;double_data:(4,11),0,64;string_data:(4,88),0,32;pointer_data:(4,12),0,32;object_data:(24,40)=*(24,10),0,32;signal_data:(24,41)=s8f:(24,21),0,32;d:(4,12),32,32;;,0,64;args_data:(24,42)=s8n_args:(4,4),0,32;args:(24,43)=*(24,8),32,32;;,0,64;callback_data:(24,44)=s12marshal:(24,28),0,32;data:(4,12),32,32;notify:(24,27),64,32;;,0,96;c_callback_data:(24,45)=s8func:(24,24),0,32;func_data:(4,12),32,32;;,0,64;foreign_data:(24,46)=s8data:(4,12),0,32;notify:(24,27),32,32;;,0,64;;,64,96;;_GtkTypeInfo:T(24,13)=s32type_name:(4,88),0,32;object_size:(4,9),32,32;class_size:(4,9),64,32;class_init_func:(24,19),96,32;object_init_func:(24,20),128,32;reserved_1:(4,12),160,32;reserved_2:(4,12),192,32;base_class_init_func:(24,19),224,32;;_GtkTypeQuery:T(24,15)=s16type:(24,3),0,32;type_name:(4,162),32,32;object_size:(4,9),64,32;class_size:(4,9),96,32;;_GtkEnumValue:T(24,17)=s12value:(4,9),0,32;value_name:(4,88),32,32;value_nick:(4,88),64,32;;GtkArgInfo:t(23,1)=(23,2)=xs_GtkArgInfo:_GtkArgInfo:T(23,2)=s28class_type:(24,3),0,32;name:(4,88),32,32;type:(24,3),64,32;arg_flags:(4,9),96,32;full_name:(4,88),128,32;arg_id:(4,9),160,32;seq_id:(4,9),192,32;;/usr/include/gtk/gtkenums.h :T(26,1)=eGTK_ARROW_UP:0,GTK_ARROW_DOWN:1,GTK_ARROW_LEFT:2,GTK_ARROW_RIGHT:3,;GtkArrowType:t(26,2)=(26,1) :T(26,3)=eGTK_EXPAND:1,GTK_SHRINK:2,GTK_FILL:4,;GtkAttachOptions:t(26,4)=(26,3) :T(26,5)=eGTK_BUTTONBOX_DEFAULT_STYLE:0,GTK_BUTTONBOX_SPREAD:1,GTK_BUTTONBOX_EDGE:2,GTK_BUTTONBOX_START:3,GTK_BUTTONBOX_END:4,;GtkButtonBoxStyle:t(26,6)=(26,5) :T(26,7)=eGTK_CURVE_TYPE_LINEAR:0,GTK_CURVE_TYPE_SPLINE:1,GTK_CURVE_TYPE_FREE:2,;GtkCurveType:t(26,8)=(26,7) :T(26,9)=eGTK_DIR_TAB_FORWARD:0,GTK_DIR_TAB_BACKWARD:1,GTK_DIR_UP:2,GTK_DIR_DOWN:3,GTK_DIR_LEFT:4,GTK_DIR_RIGHT:5,;GtkDirectionType:t(26,10)=(26,9) :T(26,11)=eGTK_JUSTIFY_LEFT:0,GTK_JUSTIFY_RIGHT:1,GTK_JUSTIFY_CENTER:2,GTK_JUSTIFY_FILL:3,;GtkJustification:t(26,12)=(26,11) :T(26,13)=eGTK_MATCH_ALL:0,GTK_MATCH_ALL_TAIL:1,GTK_MATCH_HEAD:2,GTK_MATCH_TAIL:3,GTK_MATCH_EXACT:4,GTK_MATCH_LAST:5,;GtkMatchType:t(26,14)=(26,13) :T(26,15)=eGTK_MENU_DIR_PARENT:0,GTK_MENU_DIR_CHILD:1,GTK_MENU_DIR_NEXT:2,GTK_MENU_DIR_PREV:3,;GtkMenuDirectionType:t(26,16)=(26,15) :T(26,17)=eGTK_MENU_FACTORY_MENU:0,GTK_MENU_FACTORY_MENU_BAR:1,GTK_MENU_FACTORY_OPTION_MENU:2,;GtkMenuFactoryType:t(26,18)=(26,17) :T(26,19)=eGTK_PIXELS:0,GTK_INCHES:1,GTK_CENTIMETERS:2,;GtkMetricType:t(26,20)=(26,19) :T(26,21)=eGTK_ORIENTATION_HORIZONTAL:0,GTK_ORIENTATION_VERTICAL:1,;GtkOrientation:t(26,22)=(26,21) :T(26,23)=eGTK_CORNER_TOP_LEFT:0,GTK_CORNER_BOTTOM_LEFT:1,GTK_CORNER_TOP_RIGHT:2,GTK_CORNER_BOTTOM_RIGHT:3,;GtkCornerType:t(26,24)=(26,23) :T(26,25)=eGTK_PACK_START:0,GTK_PACK_END:1,;GtkPackType:t(26,26)=(26,25) :T(26,27)=eGTK_PATH_PRIO_LOWEST:0,GTK_PATH_PRIO_GTK:4,GTK_PATH_PRIO_APPLICATION:8,GTK_PATH_PRIO_RC:12,GTK_PATH_PRIO_HIGHEST:15,GTK_PATH_PRIO_MASK:15,;GtkPathPriorityType:t(26,28)=(26,27) :T(26,29)=eGTK_PATH_WIDGET:0,GTK_PATH_WIDGET_CLASS:1,GTK_PATH_CLASS:2,;GtkPathType:t(26,30)=(26,29) :T(26,31)=eGTK_POLICY_ALWAYS:0,GTK_POLICY_AUTOMATIC:1,GTK_POLICY_NEVER:2,;GtkPolicyType:t(26,32)=(26,31) :T(26,33)=eGTK_POS_LEFT:0,GTK_POS_RIGHT:1,GTK_POS_TOP:2,GTK_POS_BOTTOM:3,;GtkPositionType:t(26,34)=(26,33) :T(26,35)=eGTK_PREVIEW_COLOR:0,GTK_PREVIEW_GRAYSCALE:1,;GtkPreviewType:t(26,36)=(26,35) :T(26,37)=eGTK_RELIEF_NORMAL:0,GTK_RELIEF_HALF:1,GTK_RELIEF_NONE:2,;GtkReliefStyle:t(26,38)=(26,37) :T(26,39)=eGTK_RESIZE_PARENT:0,GTK_RESIZE_QUEUE:1,GTK_RESIZE_IMMEDIATE:2,;GtkResizeMode:t(26,40)=(26,39) :T(26,41)=eGTK_RUN_FIRST:1,GTK_RUN_LAST:2,GTK_RUN_BOTH:3,GTK_RUN_NO_RECURSE:4,GTK_RUN_ACTION:8,GTK_RUN_NO_HOOKS:16,;GtkSignalRunType:t(26,42)=(26,41) :T(26,43)=eGTK_SCROLL_NONE:0,GTK_SCROLL_STEP_BACKWARD:1,GTK_SCROLL_STEP_FORWARD:2,GTK_SCROLL_PAGE_BACKWARD:3,GTK_SCROLL_PAGE_FORWARD:4,GTK_SCROLL_JUMP:5,;GtkScrollType:t(26,44)=(26,43) :T(26,45)=eGTK_SELECTION_SINGLE:0,GTK_SELECTION_BROWSE:1,GTK_SELECTION_MULTIPLE:2,GTK_SELECTION_EXTENDED:3,;GtkSelectionMode:t(26,46)=(26,45) :T(26,47)=eGTK_SHADOW_NONE:0,GTK_SHADOW_IN:1,GTK_SHADOW_OUT:2,GTK_SHADOW_ETCHED_IN:3,GTK_SHADOW_ETCHED_OUT:4,;GtkShadowType:t(26,48)=(26,47) :T(26,49)=eGTK_STATE_NORMAL:0,GTK_STATE_ACTIVE:1,GTK_STATE_PRELIGHT:2,GTK_STATE_SELECTED:3,GTK_STATE_INSENSITIVE:4,;GtkStateType:t(26,50)=(26,49) :T(26,51)=eGTK_DIRECTION_LEFT:0,GTK_DIRECTION_RIGHT:1,;GtkSubmenuDirection:t(26,52)=(26,51) :T(26,53)=eGTK_TOP_BOTTOM:0,GTK_LEFT_RIGHT:1,;GtkSubmenuPlacement:t(26,54)=(26,53) :T(26,55)=eGTK_TOOLBAR_ICONS:0,GTK_TOOLBAR_TEXT:1,GTK_TOOLBAR_BOTH:2,;GtkToolbarStyle:t(26,56)=(26,55) :T(26,57)=eGTK_TROUGH_NONE:0,GTK_TROUGH_START:1,GTK_TROUGH_END:2,GTK_TROUGH_JUMP:3,;GtkTroughType:t(26,58)=(26,57) :T(26,59)=eGTK_UPDATE_CONTINUOUS:0,GTK_UPDATE_DISCONTINUOUS:1,GTK_UPDATE_DELAYED:2,;GtkUpdateType:t(26,60)=(26,59) :T(26,61)=eGTK_VISIBILITY_NONE:0,GTK_VISIBILITY_PARTIAL:1,GTK_VISIBILITY_FULL:2,;GtkVisibility:t(26,62)=(26,61) :T(26,63)=eGTK_WIN_POS_NONE:0,GTK_WIN_POS_CENTER:1,GTK_WIN_POS_MOUSE:2,GTK_WIN_POS_CENTER_ALWAYS:3,;GtkWindowPosition:t(26,64)=(26,63) :T(26,65)=eGTK_WINDOW_TOPLEVEL:0,GTK_WINDOW_DIALOG:1,GTK_WINDOW_POPUP:2,;GtkWindowType:t(26,66)=(26,65) :T(26,67)=eGTK_SORT_ASCENDING:0,GTK_SORT_DESCENDING:1,;GtkSortType:t(26,68)=(26,67)/usr/include/gtk/gtkdebug.h :T(27,1)=eGTK_DEBUG_OBJECTS:1,GTK_DEBUG_MISC:2,GTK_DEBUG_SIGNALS:4,GTK_DEBUG_DND:8,GTK_DEBUG_PLUGSOCKET:16,;GtkDebugFlag:t(27,2)=(27,1) :T(22,1)=eGTK_DESTROYED:1,GTK_FLOATING:2,GTK_CONNECTED:4,GTK_CONSTRUCTED:8,;GtkObjectFlags:t(22,2)=(22,1) :T(22,3)=eGTK_ARG_READABLE:1,GTK_ARG_WRITABLE:2,GTK_ARG_CONSTRUCT:4,GTK_ARG_CONSTRUCT_ONLY:8,GTK_ARG_CHILD_ARG:16,GTK_ARG_MASK:31,GTK_ARG_READWRITE:3,;GtkArgFlags:t(22,4)=(22,3)GtkObjectClass:t(22,5)=(22,6)=xs_GtkObjectClass:_GtkObject:T(24,11)=s16klass:(22,7)=*(22,5),0,32;flags:(5,6),32,32;ref_count:(4,9),64,32;object_data:(22,8)=*(4,29),96,32;;_GtkObjectClass:T(22,6)=s40type:(24,3),0,32;signals:(22,9)=*(4,9),32,32;nsignals:(4,9),64,32;n_args:(4,9),96,32;construct_args:(4,145),128,32;set_arg:(24,35),160,32;get_arg:(24,35),192,32;shutdown:(22,10)=*(22,11)=f(0,19),224,32;destroy:(22,10),256,32;finalize:(22,10),288,32;;GtkAccelGroup:t(21,1)=(21,2)=xs_GtkAccelGroup:GtkAccelEntry:t(21,3)=(21,4)=xs_GtkAccelEntry: :T(21,5)=eGTK_ACCEL_VISIBLE:1,GTK_ACCEL_SIGNAL_VISIBLE:2,GTK_ACCEL_LOCKED:4,GTK_ACCEL_MASK:7,;GtkAccelFlags:t(21,6)=(21,5)_GtkAccelGroup:T(21,2)=s16ref_count:(4,9),0,32;lock_count:(4,9),32,32;modifier_mask:(3,128),64,32;attach_objects:(4,145),96,32;;_GtkAccelEntry:T(21,4)=s24accel_group:(21,7)=*(21,1),0,32;accelerator_key:(4,9),32,32;accelerator_mods:(3,128),64,32;accel_flags:(21,6),96,32;object:(24,40),128,32;signal_id:(4,9),160,32;;/usr/include/gtk/gtkaccellabel.h/usr/include/gtk/gtklabel.h/usr/include/gtk/gtkmisc.h/usr/include/gtk/gtkwidget.h/usr/include/gtk/gtkadjustment.h/usr/include/gtk/gtkdata.hGtkData:t(33,1)=(33,2)=xs_GtkData:GtkDataClass:t(33,3)=(33,4)=xs_GtkDataClass:_GtkData:T(33,2)=s16object:(24,10),0,128;;_GtkDataClass:T(33,4)=s44parent_class:(22,5),0,320;disconnect:(33,5)=*(33,6)=f(0,19),320,32;;GtkAdjustment:t(32,1)=(32,2)=xs_GtkAdjustment:GtkAdjustmentClass:t(32,3)=(32,4)=xs_GtkAdjustmentClass:_GtkAdjustment:T(32,2)=s40data:(33,1),0,128;lower:(4,10),128,32;upper:(4,10),160,32;value:(4,10),192,32;step_increment:(4,10),224,32;page_increment:(4,10),256,32;page_size:(4,10),288,32;;_GtkAdjustmentClass:T(32,4)=s52parent_class:(33,3),0,352;changed:(32,5)=*(32,6)=f(0,19),352,32;value_changed:(32,5),384,32;;/usr/include/gtk/gtkstyle.hGtkStyle:t(34,1)=(34,2)=xs_GtkStyle:GtkStyleClass:t(34,3)=(34,4)=xs_GtkStyleClass:GtkThemeEngine:t(34,5)=(34,6)=xs_GtkThemeEngine:GtkRcStyle:t(34,7)=(34,8)=xs_GtkRcStyle:GtkWidget:t(34,9)=(34,10)=xs_GtkWidget:_GtkStyle:T(34,2)=s652klass:(34,11)=*(34,3),0,32;fg:(34,12)=ar(0,1);0;4;(3,2),32,480;bg:(34,12),512,480;light:(34,12),992,480;dark:(34,12),1472,480;mid:(34,12),1952,480;text:(34,12),2432,480;base:(34,12),2912,480;black:(3,2),3392,96;white:(3,2),3488,96;font:(3,181),3584,32;fg_gc:(34,13)=ar(0,1);0;4;(34,14)=*(3,21),3616,160;bg_gc:(34,13),3776,160;light_gc:(34,13),3936,160;dark_gc:(34,13),4096,160;mid_gc:(34,13),4256,160;text_gc:(34,13),4416,160;base_gc:(34,13),4576,160;black_gc:(34,14),4736,32;white_gc:(34,14),4768,32;bg_pixmap:(34,15)=ar(0,1);0;4;(3,182),4800,160;ref_count:(4,4),4960,32;attach_count:(4,4),4992,32;depth:(4,4),5024,32;colormap:(3,179),5056,32;engine:(34,16)=*(34,5),5088,32;engine_data:(4,12),5120,32;rc_style:(34,17)=*(34,7),5152,32;styles:(4,145),5184,32;;_GtkStyleClass:T(34,4)=s92xthickness:(4,4),0,32;ythickness:(4,4),32,32;draw_hline:(34,18)=*(34,19)=f(0,19),64,32;draw_vline:(34,18),96,32;draw_shadow:(34,20)=*(34,21)=f(0,19),128,32;draw_polygon:(34,22)=*(34,23)=f(0,19),160,32;draw_arrow:(34,24)=*(34,25)=f(0,19),192,32;draw_diamond:(34,20),224,32;draw_oval:(34,20),256,32;draw_string:(34,26)=*(34,27)=f(0,19),288,32;draw_box:(34,20),320,32;draw_flat_box:(34,20),352,32;draw_check:(34,20),384,32;draw_option:(34,20),416,32;draw_cross:(34,20),448,32;draw_ramp:(34,28)=*(34,29)=f(0,19),480,32;draw_tab:(34,20),512,32;draw_shadow_gap:(34,30)=*(34,31)=f(0,19),544,32;draw_box_gap:(34,30),576,32;draw_extension:(34,32)=*(34,33)=f(0,19),608,32;draw_focus:(34,34)=*(34,35)=f(0,19),640,32;draw_slider:(34,36)=*(34,37)=f(0,19),672,32;draw_handle:(34,36),704,32;; :T(31,1)=eGTK_TOPLEVEL:16,GTK_NO_WINDOW:32,GTK_REALIZED:64,GTK_MAPPED:128,GTK_VISIBLE:256,GTK_SENSITIVE:512,GTK_PARENT_SENSITIVE:1024,GTK_CAN_FOCUS:2048,GTK_HAS_FOCUS:4096,GTK_CAN_DEFAULT:8192,GTK_HAS_DEFAULT:16384,GTK_HAS_GRAB:32768,GTK_RC_STYLE:65536,GTK_COMPOSITE_CHILD:131072,GTK_NO_REPARENT:262144,GTK_APP_PAINTABLE:524288,GTK_RECEIVES_DEFAULT:1048576,;GtkWidgetFlags:t(31,2)=(31,1)GtkRequisition:t(31,3)=(31,4)=xs_GtkRequisition:GtkAllocation:t(31,5)=(31,6)=xs_GtkAllocation:GtkSelectionData:t(31,7)=(31,8)=xs_GtkSelectionData:GtkWidgetClass:t(31,9)=(31,10)=xs_GtkWidgetClass:GtkWidgetAuxInfo:t(31,11)=(31,12)=xs_GtkWidgetAuxInfo:GtkWidgetShapeInfo:t(31,13)=(31,14)=xs_GtkWidgetShapeInfo:GtkCallback:t(31,15)=(31,16)=*(31,17)=f(0,19)_GtkRequisition:T(31,4)=s4width:(5,3),0,16;height:(5,3),16,16;;_GtkAllocation:T(31,6)=s8x:(5,3),0,16;y:(5,3),16,16;width:(5,4),32,16;height:(5,4),48,16;;_GtkSelectionData:T(31,8)=s24selection:(3,1),0,32;target:(3,1),32,32;type:(3,1),64,32;format:(4,4),96,32;data:(31,18)=*(4,6),128,32;length:(4,4),160,32;;_GtkWidget:T(34,10)=s48object:(24,10),0,128;private_flags:(5,4),128,16;state:(5,2),144,8;saved_state:(5,2),152,8;name:(4,88),160,32;style:(31,19)=*(34,1),192,32;requisition:(31,3),224,32;allocation:(31,5),256,64;window:(3,193),320,32;parent:(31,20)=*(34,9),352,32;;_GtkWidgetClass:T(31,10)=s284parent_class:(22,5),0,320;activate_signal:(4,9),320,32;set_scroll_adjustments_signal:(4,9),352,32;show:(31,21)=*(31,22)=f(0,19),384,32;show_all:(31,21),416,32;hide:(31,21),448,32;hide_all:(31,21),480,32;map:(31,21),512,32;unmap:(31,21),544,32;realize:(31,21),576,32;unrealize:(31,21),608,32;draw:(31,23)=*(31,24)=f(0,19),640,32;draw_focus:(31,21),672,32;draw_default:(31,21),704,32;size_request:(31,25)=*(31,26)=f(0,19),736,32;size_allocate:(31,27)=*(31,28)=f(0,19),768,32;state_changed:(31,29)=*(31,30)=f(0,19),800,32;parent_set:(31,31)=*(31,32)=f(0,19),832,32;style_set:(31,33)=*(31,34)=f(0,19),864,32;add_accelerator:(31,35)=*(31,36)=f(4,4),896,32;remove_accelerator:(31,37)=*(31,38)=f(0,19),928,32;grab_focus:(31,21),960,32;event:(31,39)=*(31,40)=f(4,4),992,32;button_press_event:(31,41)=*(31,42)=f(4,4),1024,32;button_release_event:(31,41),1056,32;motion_notify_event:(31,43)=*(31,44)=f(4,4),1088,32;delete_event:(31,45)=*(31,46)=f(4,4),1120,32;destroy_event:(31,45),1152,32;expose_event:(31,47)=*(31,48)=f(4,4),1184,32;key_press_event:(31,49)=*(31,50)=f(4,4),1216,32;key_release_event:(31,49),1248,32;enter_notify_event:(31,51)=*(31,52)=f(4,4),1280,32;leave_notify_event:(31,51),1312,32;configure_event:(31,53)=*(31,54)=f(4,4),1344,32;focus_in_event:(31,55)=*(31,56)=f(4,4),1376,32;focus_out_event:(31,55),1408,32;map_event:(31,45),1440,32;unmap_event:(31,45),1472,32;property_notify_event:(31,57)=*(31,58)=f(4,4),1504,32;selection_clear_event:(31,59)=*(31,60)=f(4,4),1536,32;selection_request_event:(31,59),1568,32;selection_notify_event:(31,59),1600,32;proximity_in_event:(31,61)=*(31,62)=f(4,4),1632,32;proximity_out_event:(31,61),1664,32;visibility_notify_event:(31,63)=*(31,64)=f(4,4),1696,32;client_event:(31,65)=*(31,66)=f(4,4),1728,32;no_expose_event:(31,45),1760,32;selection_get:(31,67)=*(31,68)=f(0,19),1792,32;selection_received:(31,69)=*(31,70)=f(0,19),1824,32;drag_begin:(31,71)=*(31,72)=f(0,19),1856,32;drag_end:(31,71),1888,32;drag_data_get:(31,73)=*(31,74)=f(0,19),1920,32;drag_data_delete:(31,71),1952,32;drag_leave:(31,75)=*(31,76)=f(0,19),1984,32;drag_motion:(31,77)=*(31,78)=f(4,5),2016,32;drag_drop:(31,77),2048,32;drag_data_received:(31,79)=*(31,80)=f(0,19),2080,32;debug_msg:(31,81)=*(31,82)=f(0,19),2112,32;pad1:(24,24),2144,32;pad2:(24,24),2176,32;pad3:(24,24),2208,32;pad4:(24,24),2240,32;;_GtkWidgetAuxInfo:T(31,12)=s8x:(5,3),0,16;y:(5,3),16,16;width:(5,3),32,16;height:(5,3),48,16;;_GtkWidgetShapeInfo:T(31,14)=s8offset_x:(5,3),0,16;offset_y:(5,3),16,16;shape_mask:(31,83)=*(3,13),32,32;;GtkMisc:t(30,1)=(30,2)=xs_GtkMisc:GtkMiscClass:t(30,3)=(30,4)=xs_GtkMiscClass:_GtkMisc:T(30,2)=s60widget:(34,9),0,384;xalign:(4,10),384,32;yalign:(4,10),416,32;xpad:(5,4),448,16;ypad:(5,4),464,16;;_GtkMiscClass:T(30,4)=s284parent_class:(31,9),0,2272;;GtkLabel:t(29,1)=(29,2)=xs_GtkLabel:GtkLabelClass:t(29,3)=(29,4)=xs_GtkLabelClass:GtkLabelWord:t(29,5)=(29,6)=xs_GtkLabelWord:_GtkLabel:T(29,2)=s84misc:(30,1),0,480;label:(4,88),480,32;label_wc:(29,7)=*(3,86),512,32;pattern:(4,88),544,32;words:(29,8)=*(29,5),576,32;max_width:(4,9),608,16;jtype:(4,9),624,2;wrap:(4,5),640,32;;_GtkLabelClass:T(29,4)=s284parent_class:(30,3),0,2272;;GtkAccelLabel:t(28,1)=(28,2)=xs_GtkAccelLabel:GtkAccelLabelClass:t(28,3)=(28,4)=xs_GtkAccelLabelClass:_GtkAccelLabel:T(28,2)=s104label:(29,1),0,672;queue_id:(4,9),672,32;accel_padding:(4,9),704,32;accel_widget:(31,20),736,32;accel_string:(4,88),768,32;accel_string_width:(5,4),800,16;;_GtkAccelLabelClass:T(28,4)=s316parent_class:(29,3),0,2272;signal_quote1:(4,88),2272,32;signal_quote2:(4,88),2304,32;mod_name_shift:(4,88),2336,32;mod_name_control:(4,88),2368,32;mod_name_alt:(4,88),2400,32;mod_separator:(4,88),2432,32;accel_seperator:(4,88),2464,32;latin1_to_char:(4,9),2496,1;;/usr/include/gtk/gtkalignment.h/usr/include/gtk/gtkbin.h/usr/include/gtk/gtkcontainer.hGtkContainer:t(37,1)=(37,2)=xs_GtkContainer:GtkContainerClass:t(37,3)=(37,4)=xs_GtkContainerClass:_GtkContainer:T(37,2)=s60widget:(34,9),0,384;focus_child:(31,20),384,32;border_width:(4,9),416,16;need_resize:(4,9),432,1;resize_mode:(4,9),433,2;reallocate_redraws:(4,9),435,1;resize_widgets:(4,145),448,32;;_GtkContainerClass:T(37,4)=s336parent_class:(31,9),0,2272;n_child_args:(4,9),2272,32;add:(37,5)=*(37,6)=f(0,19),2304,32;remove:(37,5),2336,32;check_resize:(37,7)=*(37,8)=f(0,19),2368,32;forall:(37,9)=*(37,10)=f(0,19),2400,32;focus:(37,11)=*(37,12)=f(4,4),2432,32;set_focus_child:(37,5),2464,32;child_type:(37,13)=*(37,14)=f(24,3),2496,32;set_child_arg:(37,15)=*(37,16)=f(0,19),2528,32;get_child_arg:(37,15),2560,32;composite_name:(37,17)=*(37,18)=f(4,88),2592,32;pad1:(24,24),2624,32;pad2:(24,24),2656,32;;GtkBin:t(36,1)=(36,2)=xs_GtkBin:GtkBinClass:t(36,3)=(36,4)=xs_GtkBinClass:_GtkBin:T(36,2)=s64container:(37,1),0,480;child:(31,20),480,32;;_GtkBinClass:T(36,4)=s336parent_class:(37,3),0,2688;;GtkAlignment:t(35,1)=(35,2)=xs_GtkAlignment:GtkAlignmentClass:t(35,3)=(35,4)=xs_GtkAlignmentClass:_GtkAlignment:T(35,2)=s80bin:(36,1),0,512;xalign:(4,10),512,32;yalign:(4,10),544,32;xscale:(4,10),576,32;yscale:(4,10),608,32;;_GtkAlignmentClass:T(35,4)=s336parent_class:(36,3),0,2688;;/usr/include/gtk/gtkaspectframe.h/usr/include/gtk/gtkframe.hGtkFrame:t(39,1)=(39,2)=xs_GtkFrame:GtkFrameClass:t(39,3)=(39,4)=xs_GtkFrameClass:_GtkFrame:T(39,2)=s84bin:(36,1),0,512;label:(4,88),512,32;shadow_type:(5,3),544,16;label_width:(5,3),560,16;label_height:(5,3),576,16;label_xalign:(4,10),608,32;label_yalign:(4,10),640,32;;_GtkFrameClass:T(39,4)=s336parent_class:(36,3),0,2688;;GtkAspectFrame:t(38,1)=(38,2)=xs_GtkAspectFrame:GtkAspectFrameClass:t(38,3)=(38,4)=xs_GtkAspectFrameClass:_GtkAspectFrame:T(38,2)=s108frame:(39,1),0,672;xalign:(4,10),672,32;yalign:(4,10),704,32;ratio:(4,10),736,32;obey_child:(4,5),768,32;center_allocation:(31,5),800,64;;_GtkAspectFrameClass:T(38,4)=s336parent_class:(36,3),0,2688;;/usr/include/gtk/gtkarrow.hGtkArrow:t(40,1)=(40,2)=xs_GtkArrow:GtkArrowClass:t(40,3)=(40,4)=xs_GtkArrowClass:_GtkArrow:T(40,2)=s64misc:(30,1),0,480;arrow_type:(5,3),480,16;shadow_type:(5,3),496,16;;_GtkArrowClass:T(40,4)=s284parent_class:(30,3),0,2272;;/usr/include/gtk/gtkbindings.hGtkPatternSpec:t(41,1)=(41,2)=xs_GtkPatternSpec:_GtkPatternSpec:T(41,2)=s24match_type:(26,14),0,32;pattern_length:(4,9),32,32;pattern:(4,88),64,32;pattern_reversed:(4,88),96,32;user_data:(4,12),128,32;seq_id:(4,9),160,32;;GtkBindingSet:t(41,3)=(41,4)=xs_GtkBindingSet:GtkBindingEntry:t(41,5)=(41,6)=xs_GtkBindingEntry:GtkBindingSignal:t(41,7)=(41,8)=xs_GtkBindingSignal:GtkBindingArg:t(41,9)=(41,10)=xs_GtkBindingArg:_GtkBindingSet:T(41,4)=s28set_name:(4,88),0,32;priority:(4,4),32,32;widget_path_pspecs:(4,145),64,32;widget_class_pspecs:(4,145),96,32;class_branch_pspecs:(4,145),128,32;entries:(41,11)=*(41,5),160,32;current:(41,11),192,32;;_GtkBindingEntry:T(41,6)=s28keyval:(4,9),0,32;modifiers:(4,9),32,32;binding_set:(41,12)=*(41,3),64,32;destroyed:(4,9),96,1;in_emission:(4,9),97,1;set_next:(41,11),128,32;hash_next:(41,11),160,32;signals:(41,13)=*(41,7),192,32;;_GtkBindingSignal:T(41,8)=s16next:(41,13),0,32;signal_name:(4,88),32,32;n_args:(4,9),64,32;args:(41,14)=*(41,9),96,32;;_GtkBindingArg:T(41,10)=s12arg_type:(24,3),0,32;d:(41,15)=u8long_data:(4,3),0,32;double_data:(4,11),0,64;string_data:(4,88),0,32;;,32,64;;/usr/include/gtk/gtkbox.hGtkBox:t(42,1)=(42,2)=xs_GtkBox:GtkBoxClass:t(42,3)=(42,4)=xs_GtkBoxClass:GtkBoxChild:t(42,5)=(42,6)=xs_GtkBoxChild:_GtkBox:T(42,2)=s68container:(37,1),0,480;children:(4,144),480,32;spacing:(5,3),512,16;homogeneous:(4,9),528,1;;_GtkBoxClass:T(42,4)=s336parent_class:(37,3),0,2688;;_GtkBoxChild:T(42,6)=s8widget:(31,20),0,32;padding:(5,4),32,16;expand:(4,9),48,1;fill:(4,9),49,1;pack:(4,9),50,1;;/usr/include/gtk/gtkbbox.hGtkButtonBox:t(43,1)=(43,2)=xs_GtkButtonBox:GtkButtonBoxClass:t(43,3)=(43,4)=xs_GtkButtonBoxClass:_GtkButtonBox:T(43,2)=s92box:(42,1),0,544;spacing:(4,4),544,32;child_min_width:(4,4),576,32;child_min_height:(4,4),608,32;child_ipad_x:(4,4),640,32;child_ipad_y:(4,4),672,32;layout_style:(26,6),704,32;;_GtkButtonBoxClass:T(43,4)=s336parent_class:(42,3),0,2688;;/usr/include/gtk/gtkbutton.hGtkButton:t(44,1)=(44,2)=xs_GtkButton:GtkButtonClass:t(44,3)=(44,4)=xs_GtkButtonClass:_GtkButton:T(44,2)=s72bin:(36,1),0,512;child:(31,20),512,32;in_button:(4,9),544,1;button_down:(4,9),545,1;relief:(4,9),546,2;;_GtkButtonClass:T(44,4)=s356parent_class:(36,3),0,2688;pressed:(44,5)=*(44,6)=f(0,19),2688,32;released:(44,5),2720,32;clicked:(44,5),2752,32;enter:(44,5),2784,32;leave:(44,5),2816,32;;/usr/include/gtk/gtkcalendar.h/usr/include/gtk/gtksignal.h/usr/include/gtk/gtkmarshal.hGtkSignalMarshal:t(46,1)=(46,2)=*(46,3)=f(0,19)GtkSignalDestroy:t(46,4)=(4,80)GtkEmissionHook:t(46,5)=(46,6)=*(46,7)=f(4,5)GtkSignalQuery:t(46,8)=(46,9)=xs_GtkSignalQuery:_GtkSignalQuery:T(46,9)=s32object_type:(24,3),0,32;signal_id:(4,9),32,32;signal_name:(4,162),64,32;is_user_signal:(4,9),96,1;signal_flags:(26,42),128,32;return_val:(24,3),160,32;nparams:(4,9),192,32;params:(46,10)=*(24,3),224,32;;GtkCalendar:t(45,1)=(45,2)=xs_GtkCalendar:GtkCalendarClass:t(45,3)=(45,4)=xs_GtkCalendarClass: :T(45,5)=eGTK_CALENDAR_SHOW_HEADING:1,GTK_CALENDAR_SHOW_DAY_NAMES:2,GTK_CALENDAR_NO_MONTH_CHANGE:4,GTK_CALENDAR_SHOW_WEEK_NUMBERS:8,GTK_CALENDAR_WEEK_START_MONDAY:16,;GtkCalendarDisplayOptions:t(45,6)=(45,5)_GtkCalendar:T(45,2)=s968widget:(34,9),0,384;header_style:(31,19),384,32;label_style:(31,19),416,32;month:(4,4),448,32;year:(4,4),480,32;selected_day:(4,4),512,32;day_month:(45,7)=ar(0,1);0;5;(45,8)=ar(0,1);0;6;(4,4),544,1344;day:(45,7),1888,1344;num_marked_dates:(4,4),3232,32;marked_date:(45,9)=ar(0,1);0;30;(4,4),3264,992;display_flags:(45,6),4256,32;marked_date_color:(45,10)=ar(0,1);0;30;(3,2),4288,2976;gc:(34,14),7264,32;xor_gc:(34,14),7296,32;focus_row:(4,4),7328,32;focus_col:(4,4),7360,32;highlight_row:(4,4),7392,32;highlight_col:(4,4),7424,32;private_data:(4,12),7456,32;grow_space:(45,11)=ar(0,1);0;31;(4,1),7488,256;;_GtkCalendarClass:T(45,4)=s312parent_class:(31,9),0,2272;month_changed:(45,12)=*(45,13)=f(0,19),2272,32;day_selected:(45,12),2304,32;day_selected_double_click:(45,12),2336,32;prev_month:(45,12),2368,32;next_month:(45,12),2400,32;prev_year:(45,12),2432,32;next_year:(45,12),2464,32;;/usr/include/gtk/gtkcheckbutton.h/usr/include/gtk/gtktogglebutton.hGtkToggleButton:t(49,1)=(49,2)=xs_GtkToggleButton:GtkToggleButtonClass:t(49,3)=(49,4)=xs_GtkToggleButtonClass:_GtkToggleButton:T(49,2)=s80button:(44,1),0,576;active:(4,9),576,1;draw_indicator:(4,9),577,1;event_window:(3,193),608,32;;_GtkToggleButtonClass:T(49,4)=s360parent_class:(44,3),0,2848;toggled:(49,5)=*(49,6)=f(0,19),2848,32;;GtkCheckButton:t(48,1)=(48,2)=xs_GtkCheckButton:GtkCheckButtonClass:t(48,3)=(48,4)=xs_GtkCheckButtonClass:_GtkCheckButton:T(48,2)=s80toggle_button:(49,1),0,640;;_GtkCheckButtonClass:T(48,4)=s368parent_class:(49,3),0,2880;indicator_size:(5,4),2880,16;indicator_spacing:(5,4),2896,16;draw_indicator:(48,5)=*(48,6)=f(0,19),2912,32;;/usr/include/gtk/gtkcheckmenuitem.h/usr/include/gtk/gtkmenuitem.h/usr/include/gtk/gtkitem.hGtkItem:t(52,1)=(52,2)=xs_GtkItem:GtkItemClass:t(52,3)=(52,4)=xs_GtkItemClass:_GtkItem:T(52,2)=s64bin:(36,1),0,512;;_GtkItemClass:T(52,4)=s348parent_class:(36,3),0,2688;select:(52,5)=*(52,6)=f(0,19),2688,32;deselect:(52,5),2720,32;toggle:(52,5),2752,32;;GtkMenuItem:t(51,1)=(51,2)=xs_GtkMenuItem:GtkMenuItemClass:t(51,3)=(51,4)=xs_GtkMenuItemClass:_GtkMenuItem:T(51,2)=s84item:(52,1),0,512;submenu:(31,20),512,32;accelerator_signal:(4,9),544,32;toggle_size:(5,4),576,16;accelerator_width:(5,4),592,16;show_toggle_indicator:(4,9),608,1;show_submenu_indicator:(4,9),609,1;submenu_placement:(4,9),610,1;submenu_direction:(4,9),611,1;right_justify:(4,9),612,1;timer:(4,9),640,32;;_GtkMenuItemClass:T(51,4)=s364parent_class:(52,3),0,2784;toggle_size:(4,9),2784,32;hide_on_activate:(4,9),2816,1;activate:(51,5)=*(51,6)=f(0,19),2848,32;activate_item:(51,5),2880,32;;GtkCheckMenuItem:t(50,1)=(50,2)=xs_GtkCheckMenuItem:GtkCheckMenuItemClass:t(50,3)=(50,4)=xs_GtkCheckMenuItemClass:_GtkCheckMenuItem:T(50,2)=s88menu_item:(51,1),0,672;active:(4,9),672,1;always_show_toggle:(4,9),673,1;;_GtkCheckMenuItemClass:T(50,4)=s372parent_class:(51,3),0,2912;toggled:(50,5)=*(50,6)=f(0,19),2912,32;draw_indicator:(50,7)=*(50,8)=f(0,19),2944,32;;/usr/include/gtk/gtkclist.h/usr/include/gtk/gtkhscrollbar.h/usr/include/gtk/gtkscrollbar.h/usr/include/gtk/gtkrange.hGtkRange:t(56,1)=(56,2)=xs_GtkRange:GtkRangeClass:t(56,3)=(56,4)=xs_GtkRangeClass:_GtkRange:T(56,2)=s96widget:(34,9),0,384;trough:(3,193),384,32;slider:(3,193),416,32;step_forw:(3,193),448,32;step_back:(3,193),480,32;x_click_point:(5,3),512,16;y_click_point:(5,3),528,16;button:(5,2),544,8;digits:(5,1),552,8;policy:(4,9),560,2;scroll_type:(4,9),562,3;in_child:(4,9),565,3;click_child:(4,9),568,3;need_timer:(4,9),571,1;timer:(5,6),576,32;old_value:(4,10),608,32;old_lower:(4,10),640,32;old_upper:(4,10),672,32;old_page_size:(4,10),704,32;adjustment:(56,5)=*(32,1),736,32;;_GtkRangeClass:T(56,4)=s348parent_class:(31,9),0,2272;slider_width:(4,4),2272,32;stepper_size:(4,4),2304,32;stepper_slider_spacing:(4,4),2336,32;min_slider_size:(4,4),2368,32;trough:(5,2),2400,8;slider:(5,2),2408,8;step_forw:(5,2),2416,8;step_back:(5,2),2424,8;draw_background:(56,6)=*(56,7)=f(0,19),2432,32;clear_background:(56,6),2464,32;draw_trough:(56,6),2496,32;draw_slider:(56,6),2528,32;draw_step_forw:(56,6),2560,32;draw_step_back:(56,6),2592,32;slider_update:(56,6),2624,32;trough_click:(56,8)=*(56,9)=f(4,4),2656,32;trough_keys:(56,10)=*(56,11)=f(4,4),2688,32;motion:(56,12)=*(56,13)=f(0,19),2720,32;timer:(56,14)=*(56,15)=f(4,4),2752,32;;GtkScrollbar:t(55,1)=(55,2)=xs_GtkScrollbar:GtkScrollbarClass:t(55,3)=(55,4)=xs_GtkScrollbarClass:_GtkScrollbar:T(55,2)=s96range:(56,1),0,768;;_GtkScrollbarClass:T(55,4)=s348parent_class:(56,3),0,2784;;GtkHScrollbar:t(54,1)=(54,2)=xs_GtkHScrollbar:GtkHScrollbarClass:t(54,3)=(54,4)=xs_GtkHScrollbarClass:_GtkHScrollbar:T(54,2)=s96scrollbar:(55,1),0,768;;_GtkHScrollbarClass:T(54,4)=s348parent_class:(55,3),0,2784;;/usr/include/gtk/gtkvscrollbar.hGtkVScrollbar:t(57,1)=(57,2)=xs_GtkVScrollbar:GtkVScrollbarClass:t(57,3)=(57,4)=xs_GtkVScrollbarClass:_GtkVScrollbar:T(57,2)=s96scrollbar:(55,1),0,768;;_GtkVScrollbarClass:T(57,4)=s348parent_class:(55,3),0,2784;; :T(53,1)=eGTK_CLIST_IN_DRAG:1,GTK_CLIST_ROW_HEIGHT_SET:2,GTK_CLIST_SHOW_TITLES:4,GTK_CLIST_CHILD_HAS_FOCUS:8,GTK_CLIST_ADD_MODE:16,GTK_CLIST_AUTO_SORT:32,GTK_CLIST_AUTO_RESIZE_BLOCKED:64,GTK_CLIST_REORDERABLE:128,GTK_CLIST_USE_DRAG_ICONS:256,GTK_CLIST_DRAW_DRAG_LINE:512,GTK_CLIST_DRAW_DRAG_RECT:1024,; :T(53,2)=eGTK_CELL_EMPTY:0,GTK_CELL_TEXT:1,GTK_CELL_PIXMAP:2,GTK_CELL_PIXTEXT:3,GTK_CELL_WIDGET:4,;GtkCellType:t(53,3)=(53,2) :T(53,4)=eGTK_CLIST_DRAG_NONE:0,GTK_CLIST_DRAG_BEFORE:1,GTK_CLIST_DRAG_INTO:2,GTK_CLIST_DRAG_AFTER:3,;GtkCListDragPos:t(53,5)=(53,4) :T(53,6)=eGTK_BUTTON_IGNORED:0,GTK_BUTTON_SELECTS:1,GTK_BUTTON_DRAGS:2,GTK_BUTTON_EXPANDS:4,;GtkButtonAction:t(53,7)=(53,6)GtkCList:t(53,8)=(53,9)=xs_GtkCList:GtkCListClass:t(53,10)=(53,11)=xs_GtkCListClass:GtkCListColumn:t(53,12)=(53,13)=xs_GtkCListColumn:GtkCListRow:t(53,14)=(53,15)=xs_GtkCListRow:GtkCell:t(53,16)=(53,17)=xs_GtkCell:GtkCellText:t(53,18)=(53,19)=xs_GtkCellText:GtkCellPixmap:t(53,20)=(53,21)=xs_GtkCellPixmap:GtkCellPixText:t(53,22)=(53,23)=xs_GtkCellPixText:GtkCellWidget:t(53,24)=(53,25)=xs_GtkCellWidget:GtkCListCompareFunc:t(53,26)=(53,27)=*(53,28)=f(4,4)GtkCListCellInfo:t(53,29)=(53,30)=xs_GtkCListCellInfo:GtkCListDestInfo:t(53,31)=(53,32)=xs_GtkCListDestInfo:_GtkCListCellInfo:T(53,30)=s8row:(4,4),0,32;column:(4,4),32,32;;_GtkCListDestInfo:T(53,32)=s12cell:(53,29),0,64;insert_pos:(53,5),64,32;;_GtkCList:T(53,9)=s252container:(37,1),0,480;flags:(5,4),480,16;row_mem_chunk:(4,152),512,32;cell_mem_chunk:(4,152),544,32;freeze_count:(4,9),576,32;internal_allocation:(3,25),608,64;rows:(4,4),672,32;row_center_offset:(4,4),704,32;row_height:(4,4),736,32;row_list:(4,144),768,32;row_list_end:(4,144),800,32;columns:(4,4),832,32;column_title_area:(3,25),864,64;title_window:(3,193),928,32;column:(53,33)=*(53,12),960,32;clist_window:(3,193),992,32;clist_window_width:(4,4),1024,32;clist_window_height:(4,4),1056,32;hoffset:(4,4),1088,32;voffset:(4,4),1120,32;shadow_type:(26,48),1152,32;selection_mode:(26,46),1184,32;selection:(4,144),1216,32;selection_end:(4,144),1248,32;undo_selection:(4,144),1280,32;undo_unselection:(4,144),1312,32;undo_anchor:(4,4),1344,32;button_actions:(53,34)=ar(0,1);0;4;(5,2),1376,40;drag_button:(5,2),1416,8;click_cell:(53,29),1440,64;hadjustment:(56,5),1504,32;vadjustment:(56,5),1536,32;xor_gc:(34,14),1568,32;fg_gc:(34,14),1600,32;bg_gc:(34,14),1632,32;cursor_drag:(3,180),1664,32;x_drag:(4,4),1696,32;focus_row:(4,4),1728,32;anchor:(4,4),1760,32;anchor_state:(26,50),1792,32;drag_pos:(4,4),1824,32;htimer:(4,4),1856,32;vtimer:(4,4),1888,32;sort_type:(26,68),1920,32;compare:(53,26),1952,32;sort_column:(4,4),1984,32;;_GtkCListClass:T(53,11)=s452parent_class:(37,3),0,2688;set_scroll_adjustments:(53,35)=*(53,36)=f(0,19),2688,32;refresh:(53,37)=*(53,38)=f(0,19),2720,32;select_row:(53,39)=*(53,40)=f(0,19),2752,32;unselect_row:(53,39),2784,32;row_move:(53,41)=*(53,42)=f(0,19),2816,32;click_column:(53,43)=*(53,44)=f(0,19),2848,32;resize_column:(53,41),2880,32;toggle_focus_row:(53,37),2912,32;select_all:(53,37),2944,32;unselect_all:(53,37),2976,32;undo_selection:(53,37),3008,32;start_selection:(53,37),3040,32;end_selection:(53,37),3072,32;extend_selection:(53,45)=*(53,46)=f(0,19),3104,32;scroll_horizontal:(53,47)=*(53,48)=f(0,19),3136,32;scroll_vertical:(53,47),3168,32;toggle_add_mode:(53,37),3200,32;abort_column_resize:(53,37),3232,32;resync_selection:(53,49)=*(53,50)=f(0,19),3264,32;selection_find:(53,51)=*(53,52)=f(4,144),3296,32;draw_row:(53,53)=*(53,54)=f(0,19),3328,32;draw_drag_highlight:(53,55)=*(53,56)=f(0,19),3360,32;clear:(53,37),3392,32;fake_unselect_all:(53,43),3424,32;sort_list:(53,37),3456,32;insert_row:(53,57)=*(53,58)=f(4,4),3488,32;remove_row:(53,43),3520,32;set_cell_contents:(53,59)=*(53,60)=f(0,19),3552,32;cell_size_request:(53,61)=*(53,62)=f(0,19),3584,32;;_GtkCListColumn:T(53,13)=s40title:(4,88),0,32;area:(3,25),32,64;button:(31,20),96,32;window:(3,193),128,32;width:(4,4),160,32;min_width:(4,4),192,32;max_width:(4,4),224,32;justification:(26,12),256,32;visible:(4,9),288,1;width_set:(4,9),289,1;resizeable:(4,9),290,1;auto_resize:(4,9),291,1;button_passive:(4,9),292,1;;_GtkCListRow:T(53,15)=s48cell:(53,63)=*(53,16),0,32;state:(26,50),32,32;foreground:(3,2),64,96;background:(3,2),160,96;style:(31,19),256,32;data:(4,12),288,32;destroy:(24,27),320,32;fg_set:(4,9),352,1;bg_set:(4,9),353,1;selectable:(4,9),354,1;;_GtkCellText:T(53,19)=s16type:(53,3),0,32;vertical:(5,3),32,16;horizontal:(5,3),48,16;style:(31,19),64,32;text:(4,88),96,32;;_GtkCellPixmap:T(53,21)=s20type:(53,3),0,32;vertical:(5,3),32,16;horizontal:(5,3),48,16;style:(31,19),64,32;pixmap:(3,182),96,32;mask:(31,83),128,32;;_GtkCellPixText:T(53,23)=s28type:(53,3),0,32;vertical:(5,3),32,16;horizontal:(5,3),48,16;style:(31,19),64,32;text:(4,88),96,32;spacing:(5,2),128,8;pixmap:(3,182),160,32;mask:(31,83),192,32;;_GtkCellWidget:T(53,25)=s16type:(53,3),0,32;vertical:(5,3),32,16;horizontal:(5,3),48,16;style:(31,19),64,32;widget:(31,20),96,32;;_GtkCell:T(53,17)=s28type:(53,3),0,32;vertical:(5,3),32,16;horizontal:(5,3),48,16;style:(31,19),64,32;u:(53,64)=u16text:(4,88),0,32;pm:(53,65)=s8pixmap:(3,182),0,32;mask:(31,83),32,32;;,0,64;pt:(53,66)=s16text:(4,88),0,32;spacing:(5,2),32,8;pixmap:(3,182),64,32;mask:(31,83),96,32;;,0,128;widget:(31,20),0,32;;,96,128;;/usr/include/gtk/gtkcolorsel.h/usr/include/gtk/gtkwindow.hGtkWindow:t(59,1)=(59,2)=xs_GtkWindow:GtkWindowClass:t(59,3)=(59,4)=xs_GtkWindowClass:_GtkWindow:T(59,2)=s96bin:(36,1),0,512;title:(4,88),512,32;wmclass_name:(4,88),544,32;wmclass_class:(4,88),576,32;type:(26,66),608,32;focus_widget:(31,20),640,32;default_widget:(31,20),672,32;transient_parent:(59,5)=*(59,1),704,32;resize_count:(4,7),736,16;allow_shrink:(4,9),752,1;allow_grow:(4,9),753,1;auto_shrink:(4,9),754,1;handling_resize:(4,9),755,1;position:(4,9),756,2;use_uposition:(4,9),758,1;modal:(4,9),759,1;;_GtkWindowClass:T(59,4)=s340parent_class:(36,3),0,2688;set_focus:(59,6)=*(59,7)=f(0,19),2688,32;;/usr/include/gtk/gtkvbox.hGtkVBox:t(60,1)=(60,2)=xs_GtkVBox:GtkVBoxClass:t(60,3)=(60,4)=xs_GtkVBoxClass:_GtkVBox:T(60,2)=s68box:(42,1),0,544;;_GtkVBoxClass:T(60,4)=s336parent_class:(42,3),0,2688;;/usr/include/gtk/gtkpreview.hGtkPreview:t(61,1)=(61,2)=xs_GtkPreview:GtkPreviewInfo:t(61,3)=(61,4)=xs_GtkPreviewInfo:GtkDitherInfo:t(61,5)=(61,6)=xu_GtkDitherInfo:GtkPreviewClass:t(61,7)=(61,8)=xs_GtkPreviewClass:_GtkPreview:T(61,2)=s68widget:(34,9),0,384;buffer:(31,18),384,32;buffer_width:(5,4),416,16;buffer_height:(5,4),432,16;bpp:(5,4),448,16;rowstride:(5,4),464,16;dither:(20,6),480,32;type:(4,9),512,1;expand:(4,9),513,1;;_GtkPreviewInfo:T(61,4)=s20visual:(3,178),0,32;cmap:(3,179),32,32;lookup:(31,18),64,32;gamma:(4,11),96,64;;_GtkDitherInfo:T(61,6)=u4s:(61,9)=ar(0,1);0;1;(4,7),0,32;c:(61,10)=ar(0,1);0;3;(4,6),0,32;;_GtkPreviewClass:T(61,8)=s304parent_class:(31,9),0,2272;info:(61,3),2272,160;;/usr/include/gtk/gtkentry.h/usr/include/gtk/gtkeditable.hGtkEditable:t(63,1)=(63,2)=xs_GtkEditable:GtkEditableClass:t(63,3)=(63,4)=xs_GtkEditableClass:GtkTextFunction:t(63,5)=(63,6)=*(63,7)=f(0,19)_GtkEditable:T(63,2)=s76widget:(34,9),0,384;current_pos:(4,9),384,32;selection_start_pos:(4,9),416,32;selection_end_pos:(4,9),448,32;has_selection:(4,9),480,1;editable:(4,9),481,1;visible:(4,9),482,1;ic:(63,8)=*(3,82),512,32;ic_attr:(63,9)=*(3,84),544,32;clipboard_text:(4,88),576,32;;_GtkEditableClass:T(63,4)=s364parent_class:(31,9),0,2272;changed:(63,10)=*(63,11)=f(0,19),2272,32;insert_text:(63,12)=*(63,13)=f(0,19),2304,32;delete_text:(63,14)=*(63,15)=f(0,19),2336,32;activate:(63,10),2368,32;set_editable:(63,16)=*(63,17)=f(0,19),2400,32;move_cursor:(63,14),2432,32;move_word:(63,18)=*(63,19)=f(0,19),2464,32;move_page:(63,14),2496,32;move_to_row:(63,18),2528,32;move_to_column:(63,18),2560,32;kill_char:(63,18),2592,32;kill_word:(63,18),2624,32;kill_line:(63,18),2656,32;cut_clipboard:(63,10),2688,32;copy_clipboard:(63,10),2720,32;paste_clipboard:(63,10),2752,32;update_text:(63,14),2784,32;get_chars:(63,20)=*(63,21)=f(4,88),2816,32;set_selection:(63,14),2848,32;set_position:(63,18),2880,32;;GtkEntry:t(62,1)=(62,2)=xs_GtkEntry:GtkEntryClass:t(62,3)=(62,4)=xs_GtkEntryClass:_GtkEntry:T(62,2)=s128editable:(63,1),0,608;text_area:(3,193),608,32;backing_pixmap:(3,182),640,32;cursor:(3,180),672,32;text:(29,7),704,32;text_size:(5,4),736,16;text_length:(5,4),752,16;text_max_length:(5,4),768,16;scroll_offset:(4,4),800,32;visible:(4,9),832,1;timer:(5,6),864,32;button:(4,9),896,32;char_offset:(62,5)=*(4,4),928,32;text_mb:(4,88),960,32;text_mb_dirty:(4,9),992,1;use_wchar:(4,9),993,1;;_GtkEntryClass:T(62,4)=s364parent_class:(63,3),0,2912;;/usr/include/gtk/gtkhbox.hGtkHBox:t(64,1)=(64,2)=xs_GtkHBox:GtkHBoxClass:t(64,3)=(64,4)=xs_GtkHBoxClass:_GtkHBox:T(64,2)=s68box:(42,1),0,544;;_GtkHBoxClass:T(64,4)=s336parent_class:(42,3),0,2688;;/usr/include/gtk/gtkmain.hGtkModuleInitFunc:t(65,1)=(65,2)=*(65,3)=f(0,19)GtkKeySnoopFunc:t(65,4)=(65,5)=*(65,6)=f(4,4)/usr/include/gtk/gtkscale.hGtkScale:t(66,1)=(66,2)=xs_GtkScale:GtkScaleClass:t(66,3)=(66,4)=xs_GtkScaleClass:_GtkScale:T(66,2)=s100range:(56,1),0,768;draw_value:(4,9),768,1;value_pos:(4,9),769,2;;_GtkScaleClass:T(66,4)=s360parent_class:(56,3),0,2784;slider_length:(4,4),2784,32;value_spacing:(4,4),2816,32;draw_value:(66,5)=*(66,6)=f(0,19),2848,32;;/usr/include/gtk/gtkhscale.hGtkHScale:t(67,1)=(67,2)=xs_GtkHScale:GtkHScaleClass:t(67,3)=(67,4)=xs_GtkHScaleClass:_GtkHScale:T(67,2)=s100scale:(66,1),0,800;;_GtkHScaleClass:T(67,4)=s360parent_class:(66,3),0,2880;;/usr/include/gtk/gtktable.hGtkTable:t(68,1)=(68,2)=xs_GtkTable:GtkTableClass:t(68,3)=(68,4)=xs_GtkTableClass:GtkTableChild:t(68,5)=(68,6)=xs_GtkTableChild:GtkTableRowCol:t(68,7)=(68,8)=xs_GtkTableRowCol:_GtkTable:T(68,2)=s84container:(37,1),0,480;children:(4,144),480,32;rows:(68,9)=*(68,7),512,32;cols:(68,9),544,32;nrows:(5,4),576,16;ncols:(5,4),592,16;column_spacing:(5,4),608,16;row_spacing:(5,4),624,16;homogeneous:(4,9),640,1;;_GtkTableClass:T(68,4)=s336parent_class:(37,3),0,2688;;_GtkTableChild:T(68,6)=s20widget:(31,20),0,32;left_attach:(5,4),32,16;right_attach:(5,4),48,16;top_attach:(5,4),64,16;bottom_attach:(5,4),80,16;xpadding:(5,4),96,16;ypadding:(5,4),112,16;xexpand:(4,9),128,1;yexpand:(4,9),129,1;xshrink:(4,9),130,1;yshrink:(4,9),131,1;xfill:(4,9),132,1;yfill:(4,9),133,1;;_GtkTableRowCol:T(68,8)=s8requisition:(5,4),0,16;allocation:(5,4),16,16;spacing:(5,4),32,16;need_expand:(4,9),48,1;need_shrink:(4,9),49,1;expand:(4,9),50,1;shrink:(4,9),51,1;empty:(4,9),52,1;;/usr/include/gtk/gtkeventbox.hGtkEventBox:t(69,1)=(69,2)=xs_GtkEventBox:GtkEventBoxClass:t(69,3)=(69,4)=xs_GtkEventBoxClass:_GtkEventBox:T(69,2)=s64bin:(36,1),0,512;;_GtkEventBoxClass:T(69,4)=s336parent_class:(36,3),0,2688;;GtkColorSelection:t(58,1)=(58,2)=xs_GtkColorSelection:GtkColorSelectionClass:t(58,3)=(58,4)=xs_GtkColorSelectionClass:GtkColorSelectionDialog:t(58,5)=(58,6)=xs_GtkColorSelectionDialog:GtkColorSelectionDialogClass:t(58,7)=(58,8)=xs_GtkColorSelectionDialogClass:_GtkColorSelection:T(58,2)=s320vbox:(60,1),0,544;wheel_area:(31,20),544,32;value_area:(31,20),576,32;sample_area:(31,20),608,32;sample_area_eb:(31,20),640,32;scales:(58,9)=ar(0,1);0;7;(31,20),672,256;entries:(58,9),928,256;opacity_label:(31,20),1184,32;wheel_gc:(34,14),1216,32;value_gc:(34,14),1248,32;sample_gc:(34,14),1280,32;policy:(26,60),1312,32;use_opacity:(4,4),1344,32;timer_active:(4,4),1376,32;timer_tag:(4,4),1408,32;values:(58,10)=ar(0,1);0;7;(4,11),1440,512;old_values:(58,10),1952,512;wheel_buf:(31,18),2464,32;value_buf:(31,18),2496,32;sample_buf:(31,18),2528,32;;_GtkColorSelectionClass:T(58,4)=s340parent_class:(60,3),0,2688;color_changed:(58,11)=*(58,12)=f(0,19),2688,32;;_GtkColorSelectionDialog:T(58,6)=s120window:(59,1),0,768;colorsel:(31,20),768,32;main_vbox:(31,20),800,32;ok_button:(31,20),832,32;reset_button:(31,20),864,32;cancel_button:(31,20),896,32;help_button:(31,20),928,32;;_GtkColorSelectionDialogClass:T(58,8)=s340parent_class:(59,3),0,2720;;/usr/include/gtk/gtkcombo.hGtkCombo:t(70,1)=(70,2)=xs_GtkCombo:GtkComboClass:t(70,3)=(70,4)=xs_GtkComboClass:_GtkCombo:T(70,2)=s104hbox:(64,1),0,544;entry:(31,20),544,32;button:(31,20),576,32;popup:(31,20),608,32;popwin:(31,20),640,32;list:(31,20),672,32;entry_change_id:(4,9),704,32;list_change_id:(4,9),736,32;value_in_list:(4,9),768,1;ok_if_empty:(4,9),769,1;case_sensitive:(4,9),770,1;use_arrows:(4,9),771,1;use_arrows_always:(4,9),772,1;current_button:(5,4),784,16;activate_id:(4,9),800,32;;_GtkComboClass:T(70,4)=s336parent_class:(64,3),0,2688;;/usr/include/gtk/gtkcompat.h/usr/include/gtk/gtkctree.h :T(72,1)=eGTK_CTREE_POS_BEFORE:0,GTK_CTREE_POS_AS_CHILD:1,GTK_CTREE_POS_AFTER:2,;GtkCTreePos:t(72,2)=(72,1) :T(72,3)=eGTK_CTREE_LINES_NONE:0,GTK_CTREE_LINES_SOLID:1,GTK_CTREE_LINES_DOTTED:2,GTK_CTREE_LINES_TABBED:3,;GtkCTreeLineStyle:t(72,4)=(72,3) :T(72,5)=eGTK_CTREE_EXPANDER_NONE:0,GTK_CTREE_EXPANDER_SQUARE:1,GTK_CTREE_EXPANDER_TRIANGLE:2,GTK_CTREE_EXPANDER_CIRCULAR:3,;GtkCTreeExpanderStyle:t(72,6)=(72,5) :T(72,7)=eGTK_CTREE_EXPANSION_EXPAND:0,GTK_CTREE_EXPANSION_EXPAND_RECURSIVE:1,GTK_CTREE_EXPANSION_COLLAPSE:2,GTK_CTREE_EXPANSION_COLLAPSE_RECURSIVE:3,GTK_CTREE_EXPANSION_TOGGLE:4,GTK_CTREE_EXPANSION_TOGGLE_RECURSIVE:5,;GtkCTreeExpansionType:t(72,8)=(72,7)GtkCTree:t(72,9)=(72,10)=xs_GtkCTree:GtkCTreeClass:t(72,11)=(72,12)=xs_GtkCTreeClass:GtkCTreeRow:t(72,13)=(72,14)=xs_GtkCTreeRow:GtkCTreeNode:t(72,15)=(72,16)=xs_GtkCTreeNode:GtkCTreeFunc:t(72,17)=(72,18)=*(72,19)=f(0,19)GtkCTreeGNodeFunc:t(72,20)=(72,21)=*(72,22)=f(4,5)GtkCTreeCompareDragFunc:t(72,23)=(72,24)=*(72,25)=f(4,5)_GtkCTree:T(72,10)=s276clist:(53,8),0,2016;lines_gc:(34,14),2016,32;tree_indent:(4,4),2048,32;tree_spacing:(4,4),2080,32;tree_column:(4,4),2112,32;line_style:(4,9),2144,2;expander_style:(4,9),2146,2;show_stub:(4,9),2148,1;drag_compare:(72,23),2176,32;;_GtkCTreeClass:T(72,12)=s476parent_class:(53,10),0,3616;tree_select_row:(72,26)=*(72,27)=f(0,19),3616,32;tree_unselect_row:(72,26),3648,32;tree_expand:(72,28)=*(72,29)=f(0,19),3680,32;tree_collapse:(72,28),3712,32;tree_move:(72,30)=*(72,31)=f(0,19),3744,32;change_focus_row_expansion:(72,32)=*(72,33)=f(0,19),3776,32;;_GtkCTreeRow:T(72,14)=s80row:(53,14),0,384;parent:(72,34)=*(72,15),384,32;sibling:(72,34),416,32;children:(72,34),448,32;pixmap_closed:(3,182),480,32;mask_closed:(31,83),512,32;pixmap_opened:(3,182),544,32;mask_opened:(31,83),576,32;level:(5,4),608,16;is_leaf:(4,9),624,1;expanded:(4,9),625,1;;_GtkCTreeNode:T(72,16)=s12list:(4,39),0,96;;/usr/include/gtk/gtkcurve.h/usr/include/gtk/gtkdrawingarea.hGtkDrawingArea:t(74,1)=(74,2)=xs_GtkDrawingArea:GtkDrawingAreaClass:t(74,3)=(74,4)=xs_GtkDrawingAreaClass:_GtkDrawingArea:T(74,2)=s52widget:(34,9),0,384;draw_data:(4,12),384,32;;_GtkDrawingAreaClass:T(74,4)=s284parent_class:(31,9),0,2272;;GtkCurve:t(73,1)=(73,2)=xs_GtkCurve:GtkCurveClass:t(73,3)=(73,4)=xs_GtkCurveClass:_GtkCurve:T(73,2)=s108graph:(74,1),0,416;cursor_type:(4,4),416,32;min_x:(4,10),448,32;max_x:(4,10),480,32;min_y:(4,10),512,32;max_y:(4,10),544,32;pixmap:(3,182),576,32;curve_type:(26,8),608,32;height:(4,4),640,32;grab_point:(4,4),672,32;last:(4,4),704,32;num_points:(4,4),736,32;point:(73,5)=*(3,23),768,32;num_ctlpoints:(4,4),800,32;ctlpoint:(73,6)=*(73,7)=ar(0,1);0;1;(4,10),832,32;;_GtkCurveClass:T(73,4)=s288parent_class:(74,3),0,2272;curve_type_changed:(73,8)=*(73,9)=f(0,19),2272,32;;/usr/include/gtk/gtkdialog.hGtkDialog:t(75,1)=(75,2)=xs_GtkDialog:GtkDialogClass:t(75,3)=(75,4)=xs_GtkDialogClass:GtkDialogButton:t(75,5)=(75,6)=xs_GtkDialogButton:_GtkDialog:T(75,2)=s104window:(59,1),0,768;vbox:(31,20),768,32;action_area:(31,20),800,32;;_GtkDialogClass:T(75,4)=s340parent_class:(59,3),0,2720;;/usr/include/gtk/gtkdnd.h/usr/include/gtk/gtkselection.hGtkSelectioData:t(77,1)=(31,8)GtkTargetList:t(77,2)=(77,3)=xs_GtkTargetList:GtkTargetEntry:t(77,4)=(77,5)=xs_GtkTargetEntry:_GtkTargetEntry:T(77,5)=s12target:(4,88),0,32;flags:(4,9),32,32;info:(4,9),64,32;;GtkTargetPair:t(77,6)=(77,7)=xs_GtkTargetPair:_GtkTargetList:T(77,3)=s8list:(4,144),0,32;ref_count:(4,9),32,32;;_GtkTargetPair:T(77,7)=s12target:(3,1),0,32;flags:(4,9),32,32;info:(4,9),64,32;; :T(76,1)=eGTK_DEST_DEFAULT_MOTION:1,GTK_DEST_DEFAULT_HIGHLIGHT:2,GTK_DEST_DEFAULT_DROP:4,GTK_DEST_DEFAULT_ALL:7,;GtkDestDefaults:t(76,2)=(76,1) :T(76,3)=eGTK_TARGET_SAME_APP:1,GTK_TARGET_SAME_WIDGET:2,;GtkTargetFlags:t(76,4)=(76,3)/usr/include/gtk/gtkfeatures.h/usr/include/gtk/gtkfilesel.hGtkFileSelection:t(79,1)=(79,2)=xs_GtkFileSelection:GtkFileSelectionClass:t(79,3)=(79,4)=xs_GtkFileSelectionClass:_GtkFileSelection:T(79,2)=s176window:(59,1),0,768;dir_list:(31,20),768,32;file_list:(31,20),800,32;selection_entry:(31,20),832,32;selection_text:(31,20),864,32;main_vbox:(31,20),896,32;ok_button:(31,20),928,32;cancel_button:(31,20),960,32;help_button:(31,20),992,32;history_pulldown:(31,20),1024,32;history_menu:(31,20),1056,32;history_list:(4,144),1088,32;fileop_dialog:(31,20),1120,32;fileop_entry:(31,20),1152,32;fileop_file:(4,88),1184,32;cmpl_state:(4,12),1216,32;fileop_c_dir:(31,20),1248,32;fileop_del_file:(31,20),1280,32;fileop_ren_file:(31,20),1312,32;button_area:(31,20),1344,32;action_area:(31,20),1376,32;;_GtkFileSelectionClass:T(79,4)=s340parent_class:(59,3),0,2720;;/usr/include/gtk/gtkfixed.hGtkFixed:t(80,1)=(80,2)=xs_GtkFixed:GtkFixedClass:t(80,3)=(80,4)=xs_GtkFixedClass:GtkFixedChild:t(80,5)=(80,6)=xs_GtkFixedChild:_GtkFixed:T(80,2)=s64container:(37,1),0,480;children:(4,144),480,32;;_GtkFixedClass:T(80,4)=s336parent_class:(37,3),0,2688;;_GtkFixedChild:T(80,6)=s8widget:(31,20),0,32;x:(5,3),32,16;y:(5,3),48,16;;/usr/include/gtk/gtkfontsel.h/usr/include/gtk/gtknotebook.hGtkNotebook:t(82,1)=(82,2)=xs_GtkNotebook:GtkNotebookClass:t(82,3)=(82,4)=xs_GtkNotebookClass:GtkNotebookPage:t(82,5)=(82,6)=xs_GtkNotebookPage:_GtkNotebook:T(82,2)=s96container:(37,1),0,480;cur_page:(82,7)=*(82,5),480,32;children:(4,144),512,32;first_tab:(4,144),544,32;focus_tab:(4,144),576,32;menu:(31,20),608,32;panel:(3,193),640,32;timer:(5,6),672,32;tab_hborder:(5,4),704,16;tab_vborder:(5,4),720,16;show_tabs:(4,9),736,1;homogeneous:(4,9),737,1;show_border:(4,9),738,1;tab_pos:(4,9),739,2;scrollable:(4,9),741,1;in_child:(4,9),742,2;click_child:(4,9),744,2;button:(4,9),746,2;need_timer:(4,9),748,1;child_has_focus:(4,9),749,1;have_visible_child:(4,9),750,1;;_GtkNotebookClass:T(82,4)=s340parent_class:(37,3),0,2688;switch_page:(82,8)=*(82,9)=f(0,19),2688,32;;_GtkNotebookPage:T(82,6)=s28child:(31,20),0,32;tab_label:(31,20),32,32;menu_label:(31,20),64,32;default_menu:(4,9),96,1;default_tab:(4,9),97,1;expand:(4,9),98,1;fill:(4,9),99,1;pack:(4,9),100,1;requisition:(31,3),112,32;allocation:(31,5),144,64;;GtkFontSelection:t(81,1)=(81,2)=xs_GtkFontSelection:GtkFontSelectionClass:t(81,3)=(81,4)=xs_GtkFontSelectionClass:GtkFontSelectionDialog:t(81,5)=(81,6)=xs_GtkFontSelectionDialog:GtkFontSelectionDialogClass:t(81,7)=(81,8)=xs_GtkFontSelectionDialogClass: :T(81,9)=eGTK_FONT_METRIC_PIXELS:0,GTK_FONT_METRIC_POINTS:1,;GtkFontMetricType:t(81,10)=(81,9) :T(81,11)=eGTK_FONT_BITMAP:1,GTK_FONT_SCALABLE:2,GTK_FONT_SCALABLE_BITMAP:4,GTK_FONT_ALL:7,;GtkFontType:t(81,12)=(81,11) :T(81,13)=eGTK_FONT_FILTER_BASE:0,GTK_FONT_FILTER_USER:1,;GtkFontFilterType:t(81,14)=(81,13)GtkFontFilter:t(81,15)=(81,16)=xs_GtkFontFilter:_GtkFontFilter:T(81,16)=s40font_type:(4,4),0,32;property_filters:(81,17)=ar(0,1);0;5;(81,18)=*(5,4),32,192;property_nfilters:(81,19)=ar(0,1);0;5;(5,4),224,96;;_GtkFontSelection:T(81,2)=s320notebook:(82,1),0,768;main_vbox:(31,20),768,32;font_label:(31,20),800,32;font_entry:(31,20),832,32;font_clist:(31,20),864,32;font_style_entry:(31,20),896,32;font_style_clist:(31,20),928,32;size_entry:(31,20),960,32;size_clist:(31,20),992,32;pixels_button:(31,20),1024,32;points_button:(31,20),1056,32;filter_button:(31,20),1088,32;preview_entry:(31,20),1120,32;message_label:(31,20),1152,32;info_vbox:(31,20),1184,32;info_clist:(31,20),1216,32;requested_font_name:(31,20),1248,32;actual_font_name:(31,20),1280,32;filter_vbox:(31,20),1312,32;type_bitmaps_button:(31,20),1344,32;type_scalable_button:(31,20),1376,32;type_scaled_bitmaps_button:(31,20),1408,32;filter_clists:(81,20)=ar(0,1);0;5;(31,20),1440,192;font:(3,181),1632,32;font_index:(4,4),1664,32;style:(4,4),1696,32;metric:(81,10),1728,32;size:(4,4),1760,32;selected_size:(4,4),1792,32;property_values:(81,21)=ar(0,1);0;4;(5,4),1824,80;filters:(81,22)=ar(0,1);0;1;(81,15),1920,640;;_GtkFontSelectionClass:T(81,4)=s340parent_class:(82,3),0,2720;;_GtkFontSelectionDialog:T(81,6)=s128window:(59,1),0,768;fontsel:(31,20),768,32;main_vbox:(31,20),800,32;action_area:(31,20),832,32;ok_button:(31,20),864,32;apply_button:(31,20),896,32;cancel_button:(31,20),928,32;dialog_width:(4,4),960,32;auto_resize:(4,5),992,32;;_GtkFontSelectionDialogClass:T(81,8)=s340parent_class:(59,3),0,2720;;/usr/include/gtk/gtkgamma.hGtkGammaCurve:t(83,1)=(83,2)=xs_GtkGammaCurve:GtkGammaCurveClass:t(83,3)=(83,4)=xs_GtkGammaCurveClass:_GtkGammaCurve:T(83,2)=s108vbox:(60,1),0,544;table:(31,20),544,32;curve:(31,20),576,32;button:(83,5)=ar(0,1);0;4;(31,20),608,160;gamma:(4,10),768,32;gamma_dialog:(31,20),800,32;gamma_text:(31,20),832,32;;_GtkGammaCurveClass:T(83,4)=s336parent_class:(60,3),0,2688;;/usr/include/gtk/gtkgc.h/usr/include/gtk/gtkhandlebox.hGtkHandleBox:t(85,1)=(85,2)=xs_GtkHandleBox:GtkHandleBoxClass:t(85,3)=(85,4)=xs_GtkHandleBoxClass:_GtkHandleBox:T(85,2)=s104bin:(36,1),0,512;bin_window:(3,193),512,32;float_window:(3,193),544,32;shadow_type:(26,48),576,32;handle_position:(4,9),608,2;float_window_mapped:(4,9),610,1;child_detached:(4,9),611,1;in_drag:(4,9),612,1;shrink_on_detach:(4,9),613,1;snap_edge:(4,4),614,3;deskoff_x:(4,4),640,32;deskoff_y:(4,4),672,32;attach_allocation:(31,5),704,64;float_allocation:(31,5),768,64;;_GtkHandleBoxClass:T(85,4)=s344parent_class:(36,3),0,2688;child_attached:(85,5)=*(85,6)=f(0,19),2688,32;child_detached:(85,5),2720,32;;/usr/include/gtk/gtkhbbox.hGtkHButtonBox:t(86,1)=(86,2)=xs_GtkHButtonBox:GtkHButtonBoxClass:t(86,3)=(86,4)=xs_GtkHButtonBoxClass:_GtkHButtonBox:T(86,2)=s92button_box:(43,1),0,736;;_GtkHButtonBoxClass:T(86,4)=s336parent_class:(43,3),0,2688;;/usr/include/gtk/gtkhpaned.h/usr/include/gtk/gtkpaned.hGtkPaned:t(88,1)=(88,2)=xs_GtkPaned:GtkPanedClass:t(88,3)=(88,4)=xs_GtkPanedClass:_GtkPaned:T(88,2)=s112container:(37,1),0,480;child1:(31,20),480,32;child2:(31,20),512,32;handle:(3,193),544,32;groove_rectangle:(3,25),576,64;xor_gc:(34,14),640,32;handle_size:(5,4),672,16;gutter_size:(5,4),688,16;child1_size:(4,4),704,32;last_allocation:(4,4),736,32;min_position:(4,4),768,32;max_position:(4,4),800,32;position_set:(4,9),832,1;in_drag:(4,9),833,1;child1_shrink:(4,9),834,1;child1_resize:(4,9),835,1;child2_shrink:(4,9),836,1;child2_resize:(4,9),837,1;handle_xpos:(5,3),848,16;handle_ypos:(5,3),864,16;;_GtkPanedClass:T(88,4)=s336parent_class:(37,3),0,2688;;GtkHPaned:t(87,1)=(87,2)=xs_GtkHPaned:GtkHPanedClass:t(87,3)=(87,4)=xs_GtkHPanedClass:_GtkHPaned:T(87,2)=s112paned:(88,1),0,896;;_GtkHPanedClass:T(87,4)=s336parent_class:(88,3),0,2688;;/usr/include/gtk/gtkhruler.h/usr/include/gtk/gtkruler.hGtkRuler:t(90,1)=(90,2)=xs_GtkRuler:GtkRulerClass:t(90,3)=(90,4)=xs_GtkRulerClass:GtkRulerMetric:t(90,5)=(90,6)=xs_GtkRulerMetric:_GtkRuler:T(90,2)=s88widget:(34,9),0,384;backing_store:(3,182),384,32;non_gr_exp_gc:(34,14),416,32;metric:(90,7)=*(90,5),448,32;xsrc:(4,4),480,32;ysrc:(4,4),512,32;slider_size:(4,4),544,32;lower:(4,10),576,32;upper:(4,10),608,32;position:(4,10),640,32;max_size:(4,10),672,32;;_GtkRulerClass:T(90,4)=s292parent_class:(31,9),0,2272;draw_ticks:(90,8)=*(90,9)=f(0,19),2272,32;draw_pos:(90,8),2304,32;;_GtkRulerMetric:T(90,6)=s72metric_name:(4,88),0,32;abbrev:(4,88),32,32;pixels_per_unit:(4,10),64,32;ruler_scale:(90,10)=ar(0,1);0;9;(4,10),96,320;subdivide:(90,11)=ar(0,1);0;4;(4,4),416,160;;GtkHRuler:t(89,1)=(89,2)=xs_GtkHRuler:GtkHRulerClass:t(89,3)=(89,4)=xs_GtkHRulerClass:_GtkHRuler:T(89,2)=s88ruler:(90,1),0,704;;_GtkHRulerClass:T(89,4)=s292parent_class:(90,3),0,2336;;/usr/include/gtk/gtkhseparator.h/usr/include/gtk/gtkseparator.hGtkSeparator:t(92,1)=(92,2)=xs_GtkSeparator:GtkSeparatorClass:t(92,3)=(92,4)=xs_GtkSeparatorClass:_GtkSeparator:T(92,2)=s48widget:(34,9),0,384;;_GtkSeparatorClass:T(92,4)=s284parent_class:(31,9),0,2272;;GtkHSeparator:t(91,1)=(91,2)=xs_GtkHSeparator:GtkHSeparatorClass:t(91,3)=(91,4)=xs_GtkHSeparatorClass:_GtkHSeparator:T(91,2)=s48separator:(92,1),0,384;;_GtkHSeparatorClass:T(91,4)=s284parent_class:(92,3),0,2272;;/usr/include/gtk/gtkimage.hGtkImage:t(93,1)=(93,2)=xs_GtkImage:GtkImageClass:t(93,3)=(93,4)=xs_GtkImageClass:_GtkImage:T(93,2)=s68misc:(30,1),0,480;image:(93,5)=*(3,17),480,32;mask:(31,83),512,32;;_GtkImageClass:T(93,4)=s284parent_class:(30,3),0,2272;;/usr/include/gtk/gtkinputdialog.hGtkInputDialog:t(94,1)=(94,2)=xs_GtkInputDialog:GtkInputDialogClass:t(94,3)=(94,4)=xs_GtkInputDialogClass:_GtkInputDialog:T(94,2)=s160dialog:(75,1),0,832;axis_list:(31,20),832,32;axis_listbox:(31,20),864,32;mode_optionmenu:(31,20),896,32;close_button:(31,20),928,32;save_button:(31,20),960,32;axis_items:(81,20),992,192;current_device:(5,6),1184,32;keys_list:(31,20),1216,32;keys_listbox:(31,20),1248,32;;_GtkInputDialogClass:T(94,4)=s348parent_class:(59,3),0,2720;enable_device:(94,5)=*(94,6)=f(0,19),2720,32;disable_device:(94,5),2752,32;;/usr/include/gtk/gtkitemfactory.h/usr/include/gtk/gtkmenufactory.hGtkMenuEntry:t(96,1)=(96,2)=xs_GtkMenuEntry:GtkMenuPath:t(96,3)=(96,4)=xs_GtkMenuPath:GtkMenuFactory:t(96,5)=(96,6)=xs_GtkMenuFactory:GtkMenuCallback:t(96,7)=(31,16)_GtkMenuEntry:T(96,2)=s20path:(4,88),0,32;accelerator:(4,88),32,32;callback:(96,7),64,32;callback_data:(4,12),96,32;widget:(31,20),128,32;;_GtkMenuPath:T(96,4)=s8path:(96,8)=*(0,2),0,32;widget:(31,20),32,32;;_GtkMenuFactory:T(96,6)=s20path:(4,88),0,32;type:(26,18),32,32;accel_group:(21,7),64,32;widget:(31,20),96,32;subfactories:(4,144),128,32;;GtkPrintFunc:t(95,1)=(95,2)=*(95,3)=f(0,19)GtkTranslateFunc:t(95,4)=(95,5)=*(95,6)=f(4,88)GtkItemFactoryCallback:t(95,7)=(24,22)GtkItemFactoryCallback1:t(95,8)=(95,9)=*(95,10)=f(0,19)GtkItemFactory:t(95,11)=(95,12)=xs_GtkItemFactory:GtkItemFactoryClass:t(95,13)=(95,14)=xs_GtkItemFactoryClass:GtkItemFactoryEntry:t(95,15)=(95,16)=xs_GtkItemFactoryEntry:GtkItemFactoryItem:t(95,17)=(95,18)=xs_GtkItemFactoryItem:_GtkItemFactory:T(95,12)=s44object:(24,10),0,128;path:(4,88),128,32;accel_group:(21,7),160,32;widget:(31,20),192,32;items:(4,145),224,32;translate_func:(95,4),256,32;translate_data:(4,12),288,32;translate_notify:(24,27),320,32;;_GtkItemFactoryClass:T(95,14)=s52object_class:(22,5),0,320;cpair_comment_single:(4,88),320,32;item_ht:(4,164),352,32;dummy:(4,12),384,32;;_GtkItemFactoryEntry:T(95,16)=s20path:(4,88),0,32;accelerator:(4,88),32,32;callback:(95,7),64,32;callback_action:(4,9),96,32;item_type:(4,88),128,32;;_GtkItemFactoryItem:T(95,18)=s24path:(4,88),0,32;accelerator_key:(4,9),32,32;accelerator_mods:(4,9),64,32;modified:(4,9),96,1;in_propagation:(4,9),97,1;dummy:(4,88),128,32;widgets:(4,145),160,32;;GtkItemFactoryCallback2:t(95,19)=(95,20)=*(95,21)=f(0,19)/usr/include/gtk/gtklayout.hGtkLayout:t(97,1)=(97,2)=xs_GtkLayout:GtkLayoutClass:t(97,3)=(97,4)=xs_GtkLayoutClass:_GtkLayout:T(97,2)=s112container:(37,1),0,480;children:(4,144),480,32;width:(4,9),512,32;height:(4,9),544,32;xoffset:(4,9),576,32;yoffset:(4,9),608,32;hadjustment:(56,5),640,32;vadjustment:(56,5),672,32;bin_window:(3,193),704,32;visibility:(3,118),736,32;configure_serial:(4,8),768,32;scroll_x:(4,4),800,32;scroll_y:(4,4),832,32;freeze_count:(4,9),864,32;;_GtkLayoutClass:T(97,4)=s340parent_class:(37,3),0,2688;set_scroll_adjustments:(97,5)=*(97,6)=f(0,19),2688,32;;/usr/include/gtk/gtklist.h/usr/include/gtk/gtklistitem.hGtkListItem:t(99,1)=(99,2)=xs_GtkListItem:GtkListItemClass:t(99,3)=(99,4)=xs_GtkListItemClass:_GtkListItem:T(99,2)=s64item:(52,1),0,512;;_GtkListItemClass:T(99,4)=s388parent_class:(52,3),0,2784;toggle_focus_row:(99,5)=*(99,6)=f(0,19),2784,32;select_all:(99,5),2816,32;unselect_all:(99,5),2848,32;undo_selection:(99,5),2880,32;start_selection:(99,5),2912,32;end_selection:(99,5),2944,32;extend_selection:(99,7)=*(99,8)=f(0,19),2976,32;scroll_horizontal:(99,9)=*(99,10)=f(0,19),3008,32;scroll_vertical:(99,9),3040,32;toggle_add_mode:(99,5),3072,32;;GtkList:t(98,1)=(98,2)=xs_GtkList:GtkListClass:t(98,3)=(98,4)=xs_GtkListClass:_GtkList:T(98,2)=s108container:(37,1),0,480;children:(4,144),480,32;selection:(4,144),512,32;undo_selection:(4,144),544,32;undo_unselection:(4,144),576,32;last_focus_child:(31,20),608,32;undo_focus_child:(31,20),640,32;htimer:(4,9),672,32;vtimer:(4,9),704,32;anchor:(4,4),736,32;drag_pos:(4,4),768,32;anchor_state:(26,50),800,32;selection_mode:(4,9),832,2;drag_selection:(4,9),834,1;add_mode:(4,9),835,1;;_GtkListClass:T(98,4)=s348parent_class:(37,3),0,2688;selection_changed:(98,5)=*(98,6)=f(0,19),2688,32;select_child:(98,7)=*(98,8)=f(0,19),2720,32;unselect_child:(98,7),2752,32;;/usr/include/gtk/gtkmenu.h/usr/include/gtk/gtkmenushell.hGtkMenuShell:t(101,1)=(101,2)=xs_GtkMenuShell:GtkMenuShellClass:t(101,3)=(101,4)=xs_GtkMenuShellClass:_GtkMenuShell:T(101,2)=s80container:(37,1),0,480;children:(4,144),480,32;active_menu_item:(31,20),512,32;parent_menu_shell:(31,20),544,32;active:(4,9),576,1;have_grab:(4,9),577,1;have_xgrab:(4,9),578,1;button:(4,9),579,2;ignore_leave:(4,9),581,1;menu_flag:(4,9),582,1;ignore_enter:(4,9),583,1;activate_time:(5,6),608,32;;_GtkMenuShellClass:T(101,4)=s360parent_class:(37,3),0,2688;submenu_placement:(4,9),2688,1;deactivate:(101,5)=*(101,6)=f(0,19),2720,32;selection_done:(101,5),2752,32;move_current:(101,7)=*(101,8)=f(0,19),2784,32;activate_current:(101,9)=*(101,10)=f(0,19),2816,32;cancel:(101,5),2848,32;;GtkMenu:t(100,1)=(100,2)=xs_GtkMenu:GtkMenuClass:t(100,3)=(100,4)=xs_GtkMenuClass:GtkMenuPositionFunc:t(100,5)=(100,6)=*(100,7)=f(0,19)GtkMenuDetachFunc:t(100,8)=(100,9)=*(100,10)=f(0,19)_GtkMenu:T(100,2)=s112menu_shell:(101,1),0,640;parent_menu_item:(31,20),640,32;old_active_menu_item:(31,20),672,32;accel_group:(21,7),704,32;position_func:(100,5),736,32;position_func_data:(4,12),768,32;toplevel:(31,20),800,32;tearoff_window:(31,20),832,32;torn_off:(4,9),864,1;;_GtkMenuClass:T(100,4)=s360parent_class:(101,3),0,2880;;/usr/include/gtk/gtkmenubar.hGtkMenuBar:t(102,1)=(102,2)=xs_GtkMenuBar:GtkMenuBarClass:t(102,3)=(102,4)=xs_GtkMenuBarClass:_GtkMenuBar:T(102,2)=s84menu_shell:(101,1),0,640;shadow_type:(26,48),640,32;;_GtkMenuBarClass:T(102,4)=s360parent_class:(101,3),0,2880;;/usr/include/gtk/gtkoptionmenu.hGtkOptionMenu:t(103,1)=(103,2)=xs_GtkOptionMenu:GtkOptionMenuClass:t(103,3)=(103,4)=xs_GtkOptionMenuClass:_GtkOptionMenu:T(103,2)=s84button:(44,1),0,576;menu:(31,20),576,32;menu_item:(31,20),608,32;width:(5,4),640,16;height:(5,4),656,16;;_GtkOptionMenuClass:T(103,4)=s356parent_class:(44,3),0,2848;;/usr/include/gtk/gtkpacker.hGtkPacker:t(104,1)=(104,2)=xs_GtkPacker:GtkPackerClass:t(104,3)=(104,4)=xs_GtkPackerClass:GtkPackerChild:t(104,5)=(104,6)=xs_GtkPackerChild: :T(104,7)=eGTK_PACK_EXPAND:1,GTK_FILL_X:2,GTK_FILL_Y:4,;GtkPackerOptions:t(104,8)=(104,7) :T(104,9)=eGTK_SIDE_TOP:0,GTK_SIDE_BOTTOM:1,GTK_SIDE_LEFT:2,GTK_SIDE_RIGHT:3,;GtkSideType:t(104,10)=(104,9) :T(104,11)=eGTK_ANCHOR_CENTER:0,GTK_ANCHOR_NORTH:1,GTK_ANCHOR_NORTH_WEST:2,GTK_ANCHOR_NORTH_EAST:3,GTK_ANCHOR_SOUTH:4,GTK_ANCHOR_SOUTH_WEST:5,GTK_ANCHOR_SOUTH_EAST:6,GTK_ANCHOR_WEST:7,GTK_ANCHOR_EAST:8,GTK_ANCHOR_N:1,GTK_ANCHOR_NW:2,GTK_ANCHOR_NE:3,GTK_ANCHOR_S:4,GTK_ANCHOR_SW:5,GTK_ANCHOR_SE:6,GTK_ANCHOR_W:7,GTK_ANCHOR_E:8,;GtkAnchorType:t(104,12)=(104,11)_GtkPackerChild:T(104,6)=s28widget:(31,20),0,32;anchor:(104,12),32,32;side:(104,10),64,32;options:(104,8),96,32;use_default:(4,9),128,1;border_width:(4,9),129,16;pad_x:(4,9),160,16;pad_y:(4,9),176,16;i_pad_x:(4,9),192,16;i_pad_y:(4,9),208,16;;_GtkPacker:T(104,2)=s80parent:(37,1),0,480;children:(4,144),480,32;spacing:(4,9),512,32;default_border_width:(4,9),544,16;default_pad_x:(4,9),560,16;default_pad_y:(4,9),576,16;default_i_pad_x:(4,9),592,16;default_i_pad_y:(4,9),608,16;;_GtkPackerClass:T(104,4)=s336parent_class:(37,3),0,2688;;/usr/include/gtk/gtkpixmap.hGtkPixmap:t(105,1)=(105,2)=xs_GtkPixmap:GtkPixmapClass:t(105,3)=(105,4)=xs_GtkPixmapClass:_GtkPixmap:T(105,2)=s76misc:(30,1),0,480;pixmap:(3,182),480,32;mask:(31,83),512,32;pixmap_insensitive:(3,182),544,32;build_insensitive:(4,9),576,1;;_GtkPixmapClass:T(105,4)=s284parent_class:(30,3),0,2272;;/usr/include/gtk/gtkplug.hGtkPlug:t(106,1)=(106,2)=xs_GtkPlug:GtkPlugClass:t(106,3)=(106,4)=xs_GtkPlugClass:_GtkPlug:T(106,2)=s104window:(59,1),0,768;socket_window:(3,193),768,32;same_app:(4,4),800,32;;_GtkPlugClass:T(106,4)=s340parent_class:(59,3),0,2720;;/usr/include/gtk/gtkprogress.hGtkProgress:t(107,1)=(107,2)=xs_GtkProgress:GtkProgressClass:t(107,3)=(107,4)=xs_GtkProgressClass:_GtkProgress:T(107,2)=s72widget:(34,9),0,384;adjustment:(56,5),384,32;offscreen_pixmap:(3,182),416,32;format:(4,88),448,32;x_align:(4,10),480,32;y_align:(4,10),512,32;show_text:(4,9),544,1;activity_mode:(4,9),545,1;;_GtkProgressClass:T(107,4)=s296parent_class:(31,9),0,2272;paint:(107,5)=*(107,6)=f(0,19),2272,32;update:(107,5),2304,32;act_mode_enter:(107,5),2336,32;;/usr/include/gtk/gtkprogressbar.hGtkProgressBar:t(108,1)=(108,2)=xs_GtkProgressBar:GtkProgressBarClass:t(108,3)=(108,4)=xs_GtkProgressBarClass: :T(108,5)=eGTK_PROGRESS_CONTINUOUS:0,GTK_PROGRESS_DISCRETE:1,;GtkProgressBarStyle:t(108,6)=(108,5) :T(108,7)=eGTK_PROGRESS_LEFT_TO_RIGHT:0,GTK_PROGRESS_RIGHT_TO_LEFT:1,GTK_PROGRESS_BOTTOM_TO_TOP:2,GTK_PROGRESS_TOP_TO_BOTTOM:3,;GtkProgressBarOrientation:t(108,8)=(108,7)_GtkProgressBar:T(108,2)=s104progress:(107,1),0,576;bar_style:(108,6),576,32;orientation:(108,8),608,32;blocks:(4,9),640,32;in_block:(4,4),672,32;activity_pos:(4,4),704,32;activity_step:(4,9),736,32;activity_blocks:(4,9),768,32;activity_dir:(4,9),800,1;;_GtkProgressBarClass:T(108,4)=s296parent_class:(107,3),0,2368;;/usr/include/gtk/gtkradiobutton.hGtkRadioButton:t(109,1)=(109,2)=xs_GtkRadioButton:GtkRadioButtonClass:t(109,3)=(109,4)=xs_GtkRadioButtonClass:_GtkRadioButton:T(109,2)=s84check_button:(48,1),0,640;group:(4,145),640,32;;_GtkRadioButtonClass:T(109,4)=s368parent_class:(48,3),0,2944;;/usr/include/gtk/gtkradiomenuitem.hGtkRadioMenuItem:t(110,1)=(110,2)=xs_GtkRadioMenuItem:GtkRadioMenuItemClass:t(110,3)=(110,4)=xs_GtkRadioMenuItemClass:_GtkRadioMenuItem:T(110,2)=s92check_menu_item:(50,1),0,704;group:(4,145),704,32;;_GtkRadioMenuItemClass:T(110,4)=s372parent_class:(50,3),0,2976;;/usr/include/gtk/gtkrc.h :T(111,1)=eGTK_RC_FG:1,GTK_RC_BG:2,GTK_RC_TEXT:4,GTK_RC_BASE:8,;GtkRcFlags:t(111,2)=(111,1)_GtkRcStyle:T(34,8)=s300name:(4,88),0,32;font_name:(4,88),32,32;fontset_name:(4,88),64,32;bg_pixmap_name:(111,3)=ar(0,1);0;4;(4,88),96,160;color_flags:(111,4)=ar(0,1);0;4;(111,2),256,160;fg:(34,12),416,480;bg:(34,12),896,480;text:(34,12),1376,480;base:(34,12),1856,480;engine:(34,16),2336,32;engine_data:(4,12),2368,32;;GtkImageLoader:t(111,5)=(111,6)=*(111,7)=f(3,182) :T(111,8)=eGTK_RC_TOKEN_INVALID:270,GTK_RC_TOKEN_INCLUDE:271,GTK_RC_TOKEN_NORMAL:272,GTK_RC_TOKEN_ACTIVE:273,GTK_RC_TOKEN_PRELIGHT:274,GTK_RC_TOKEN_SELECTED:275,GTK_RC_TOKEN_INSENSITIVE:276,GTK_RC_TOKEN_FG:277,GTK_RC_TOKEN_BG:278,GTK_RC_TOKEN_BASE:279,GTK_RC_TOKEN_TEXT:280,GTK_RC_TOKEN_FONT:281,GTK_RC_TOKEN_FONTSET:282,GTK_RC_TOKEN_BG_PIXMAP:283,GTK_RC_TOKEN_PIXMAP_PATH:284,GTK_RC_TOKEN_STYLE:285,GTK_RC_TOKEN_BINDING:286,GTK_RC_TOKEN_BIND:287,GTK_RC_TOKEN_WIDGET:288,GTK_RC_TOKEN_WIDGET_CLASS:289,GTK_RC_TOKEN_CLASS:290,GTK_RC_TOKEN_LOWEST:291,GTK_RC_TOKEN_GTK:292,GTK_RC_TOKEN_APPLICATION:293,GTK_RC_TOKEN_RC:294,GTK_RC_TOKEN_HIGHEST:295,GTK_RC_TOKEN_ENGINE:296,GTK_RC_TOKEN_MODULE_PATH:297,GTK_RC_TOKEN_LAST:298,;GtkRcTokenType:t(111,9)=(111,8)/usr/include/gtk/gtkscrolledwindow.h/usr/include/gtk/gtkviewport.hGtkViewport:t(113,1)=(113,2)=xs_GtkViewport:GtkViewportClass:t(113,3)=(113,4)=xs_GtkViewportClass:_GtkViewport:T(113,2)=s84bin:(36,1),0,512;shadow_type:(26,48),512,32;view_window:(3,193),544,32;bin_window:(3,193),576,32;hadjustment:(56,5),608,32;vadjustment:(56,5),640,32;;_GtkViewportClass:T(113,4)=s340parent_class:(36,3),0,2688;set_scroll_adjustments:(113,5)=*(113,6)=f(0,19),2688,32;;GtkScrolledWindow:t(112,1)=(112,2)=xs_GtkScrolledWindow:GtkScrolledWindowClass:t(112,3)=(112,4)=xs_GtkScrolledWindowClass:_GtkScrolledWindow:T(112,2)=s76container:(36,1),0,512;hscrollbar:(31,20),512,32;vscrollbar:(31,20),544,32;hscrollbar_policy:(4,9),576,2;vscrollbar_policy:(4,9),578,2;hscrollbar_visible:(4,9),580,1;vscrollbar_visible:(4,9),581,1;window_placement:(4,9),582,2;;_GtkScrolledWindowClass:T(112,4)=s340parent_class:(36,3),0,2688;scrollbar_spacing:(4,4),2688,32;;/usr/include/gtk/gtksocket.hGtkSocket:t(114,1)=(114,2)=xs_GtkSocket:GtkSocketClass:t(114,3)=(114,4)=xs_GtkSocketClass:_GtkSocket:T(114,2)=s76container:(37,1),0,480;request_width:(5,4),480,16;request_height:(5,4),496,16;current_width:(5,4),512,16;current_height:(5,4),528,16;plug_window:(3,193),544,32;same_app:(4,9),576,1;focus_in:(4,9),577,1;have_size:(4,9),578,1;need_map:(4,9),579,1;;_GtkSocketClass:T(114,4)=s336parent_class:(37,3),0,2688;;/usr/include/gtk/gtkspinbutton.h :T(115,1)=eGTK_UPDATE_ALWAYS:0,GTK_UPDATE_IF_VALID:1,;GtkSpinButtonUpdatePolicy:t(115,2)=(115,1) :T(115,3)=eGTK_SPIN_STEP_FORWARD:0,GTK_SPIN_STEP_BACKWARD:1,GTK_SPIN_PAGE_FORWARD:2,GTK_SPIN_PAGE_BACKWARD:3,GTK_SPIN_HOME:4,GTK_SPIN_END:5,GTK_SPIN_USER_DEFINED:6,;GtkSpinType:t(115,4)=(115,3)GtkSpinButton:t(115,5)=(115,6)=xs_GtkSpinButton:GtkSpinButtonClass:t(115,7)=(115,8)=xs_GtkSpinButtonClass:_GtkSpinButton:T(115,6)=s164entry:(62,1),0,1024;adjustment:(56,5),1024,32;panel:(3,193),1056,32;shadow_type:(26,48),1088,32;timer:(5,6),1120,32;ev_time:(5,6),1152,32;climb_rate:(4,10),1184,32;timer_step:(4,10),1216,32;update_policy:(115,2),1248,32;in_child:(4,9),1280,2;click_child:(4,9),1282,2;button:(4,9),1284,2;need_timer:(4,9),1286,1;timer_calls:(4,9),1287,3;digits:(4,9),1290,3;numeric:(4,9),1293,1;wrap:(4,9),1294,1;snap_to_ticks:(4,9),1295,1;;_GtkSpinButtonClass:T(115,8)=s364parent_class:(62,3),0,2912;;/usr/include/gtk/gtkstatusbar.hGtkStatusbar:t(116,1)=(116,2)=xs_GtkStatusbar:GtkStatusbarClass:t(116,3)=(116,4)=xs_GtkStatusbarClass:GtkStatusbarMsg:t(116,5)=(116,6)=xs_GtkStatusbarMsg:_GtkStatusbar:T(116,2)=s92parent_widget:(64,1),0,544;frame:(31,20),544,32;label:(31,20),576,32;messages:(4,145),608,32;keys:(4,145),640,32;seq_context_id:(4,9),672,32;seq_message_id:(4,9),704,32;;_GtkStatusbarClass:T(116,4)=s348parent_class:(64,3),0,2688;messages_mem_chunk:(4,152),2688,32;text_pushed:(116,7)=*(116,8)=f(0,19),2720,32;text_popped:(116,7),2752,32;;_GtkStatusbarMsg:T(116,6)=s12text:(4,88),0,32;context_id:(4,9),32,32;message_id:(4,9),64,32;;/usr/include/gtk/gtktearoffmenuitem.hGtkTearoffMenuItem:t(117,1)=(117,2)=xs_GtkTearoffMenuItem:GtkTearoffMenuItemClass:t(117,3)=(117,4)=xs_GtkTearoffMenuItemClass:_GtkTearoffMenuItem:T(117,2)=s88menu_item:(51,1),0,672;torn_off:(4,9),672,1;;_GtkTearoffMenuItemClass:T(117,4)=s364parent_class:(51,3),0,2912;;/usr/include/gtk/gtktext.hGtkTextFont:t(118,1)=(118,2)=xs_GtkTextFont:GtkPropertyMark:t(118,3)=(118,4)=xs_GtkPropertyMark:GtkText:t(118,5)=(118,6)=xs_GtkText:GtkTextClass:t(118,7)=(118,8)=xs_GtkTextClass:_GtkPropertyMark:T(118,4)=s12property:(4,144),0,32;offset:(4,9),32,32;index:(4,9),64,32;;_GtkText:T(118,6)=s244editable:(63,1),0,608;text_area:(3,193),608,32;hadj:(56,5),640,32;vadj:(56,5),672,32;gc:(34,14),704,32;line_wrap_bitmap:(3,182),736,32;line_arrow_bitmap:(3,182),768,32;text:(118,9)=u4wc:(29,7),0,32;ch:(31,18),0,32;;,800,32;text_len:(4,9),832,32;gap_position:(4,9),864,32;gap_size:(4,9),896,32;text_end:(4,9),928,32;line_start_cache:(4,144),960,32;first_line_start_index:(4,9),992,32;first_cut_pixels:(4,9),1024,32;first_onscreen_hor_pixel:(4,9),1056,32;first_onscreen_ver_pixel:(4,9),1088,32;line_wrap:(4,9),1120,1;word_wrap:(4,9),1121,1;use_wchar:(4,9),1122,1;freeze_count:(4,9),1152,32;text_properties:(4,144),1184,32;text_properties_end:(4,144),1216,32;point:(118,3),1248,96;scratch_buffer:(118,10)=u4wc:(29,7),0,32;ch:(31,18),0,32;;,1344,32;scratch_buffer_len:(4,9),1376,32;last_ver_value:(4,4),1408,32;cursor_pos_x:(4,4),1440,32;cursor_pos_y:(4,4),1472,32;cursor_mark:(118,3),1504,96;cursor_char:(3,86),1600,32;cursor_char_offset:(4,1),1632,8;cursor_virtual_x:(4,4),1664,32;cursor_drawn_level:(4,4),1696,32;current_line:(4,144),1728,32;tab_stops:(4,144),1760,32;default_tab_width:(4,4),1792,32;current_font:(118,11)=*(118,1),1824,32;timer:(4,4),1856,32;button:(4,9),1888,32;bg_gc:(34,14),1920,32;;_GtkTextClass:T(118,8)=s368parent_class:(63,3),0,2912;set_scroll_adjustments:(118,12)=*(118,13)=f(0,19),2912,32;;/usr/include/gtk/gtkthemes.h_GtkThemeEngine:T(34,6)=s36parse_rc_style:(119,1)=*(119,2)=f(4,9),0,32;merge_rc_style:(119,3)=*(119,4)=f(0,19),32,32;rc_style_to_style:(119,5)=*(119,6)=f(0,19),64,32;duplicate_style:(119,7)=*(119,8)=f(0,19),96,32;realize_style:(119,9)=*(119,10)=f(0,19),128,32;unrealize_style:(119,9),160,32;destroy_rc_style:(119,11)=*(119,12)=f(0,19),192,32;destroy_style:(119,9),224,32;set_background:(119,13)=*(119,14)=f(0,19),256,32;;/usr/include/gtk/gtktipsquery.hGtkTipsQuery:t(120,1)=(120,2)=xs_GtkTipsQuery:GtkTipsQueryClass:t(120,3)=(120,4)=xs_GtkTipsQueryClass:_GtkTipsQuery:T(120,2)=s108label:(29,1),0,672;emit_always:(4,9),672,1;in_query:(4,9),673,1;label_inactive:(4,88),704,32;label_no_tip:(4,88),736,32;caller:(31,20),768,32;last_crossed:(31,20),800,32;query_cursor:(3,180),832,32;;_GtkTipsQueryClass:T(120,4)=s300parent_class:(29,3),0,2272;start_query:(120,5)=*(120,6)=f(0,19),2272,32;stop_query:(120,5),2304,32;widget_entered:(120,7)=*(120,8)=f(0,19),2336,32;widget_selected:(120,9)=*(120,10)=f(4,4),2368,32;;/usr/include/gtk/gtktoolbar.h/usr/include/gtk/gtktooltips.hGtkTooltips:t(122,1)=(122,2)=xs_GtkTooltips:GtkTooltipsClass:t(122,3)=(122,4)=xs_GtkTooltipsClass:GtkTooltipsData:t(122,5)=(122,6)=xs_GtkTooltipsData:_GtkTooltipsData:T(122,6)=s28tooltips:(122,7)=*(122,1),0,32;widget:(31,20),32,32;tip_text:(4,88),64,32;tip_private:(4,88),96,32;font:(3,181),128,32;width:(4,4),160,32;row:(4,144),192,32;;_GtkTooltips:T(122,2)=s48data:(33,1),0,128;tip_window:(31,20),128,32;active_tips_data:(122,8)=*(122,5),160,32;tips_data_list:(4,144),192,32;gc:(34,14),224,32;foreground:(3,177),256,32;background:(3,177),288,32;delay:(4,9),320,30;enabled:(4,9),350,1;timer_tag:(4,4),352,32;;_GtkTooltipsClass:T(122,4)=s44parent_class:(33,3),0,352;; :T(121,1)=eGTK_TOOLBAR_CHILD_SPACE:0,GTK_TOOLBAR_CHILD_BUTTON:1,GTK_TOOLBAR_CHILD_TOGGLEBUTTON:2,GTK_TOOLBAR_CHILD_RADIOBUTTON:3,GTK_TOOLBAR_CHILD_WIDGET:4,;GtkToolbarChildType:t(121,2)=(121,1) :T(121,3)=eGTK_TOOLBAR_SPACE_EMPTY:0,GTK_TOOLBAR_SPACE_LINE:1,;GtkToolbarSpaceStyle:t(121,4)=(121,3)GtkToolbarChild:t(121,5)=(121,6)=xs_GtkToolbarChild:GtkToolbar:t(121,7)=(121,8)=xs_GtkToolbar:GtkToolbarClass:t(121,9)=(121,10)=xs_GtkToolbarClass:_GtkToolbarChild:T(121,6)=s16type:(121,2),0,32;widget:(31,20),32,32;icon:(31,20),64,32;label:(31,20),96,32;;_GtkToolbar:T(121,8)=s100container:(37,1),0,480;num_children:(4,4),480,32;children:(4,144),512,32;orientation:(26,22),544,32;style:(26,56),576,32;space_size:(4,4),608,32;space_style:(121,4),640,32;tooltips:(122,7),672,32;button_maxw:(4,4),704,32;button_maxh:(4,4),736,32;relief:(26,38),768,32;;_GtkToolbarClass:T(121,10)=s344parent_class:(37,3),0,2688;orientation_changed:(121,11)=*(121,12)=f(0,19),2688,32;style_changed:(121,13)=*(121,14)=f(0,19),2720,32;;/usr/include/gtk/gtktree.h :T(123,1)=eGTK_TREE_VIEW_LINE:0,GTK_TREE_VIEW_ITEM:1,;GtkTreeViewMode:t(123,2)=(123,1)GtkTree:t(123,3)=(123,4)=xs_GtkTree:GtkTreeClass:t(123,5)=(123,6)=xs_GtkTreeClass:_GtkTree:T(123,4)=s92container:(37,1),0,480;children:(4,144),480,32;root_tree:(123,7)=*(123,3),512,32;tree_owner:(31,20),544,32;selection:(4,144),576,32;level:(4,9),608,32;indent_value:(4,9),640,32;current_indent:(4,9),672,32;selection_mode:(4,9),704,2;view_mode:(4,9),706,1;view_line:(4,9),707,1;;_GtkTreeClass:T(123,6)=s348parent_class:(37,3),0,2688;selection_changed:(123,8)=*(123,9)=f(0,19),2688,32;select_child:(123,10)=*(123,11)=f(0,19),2720,32;unselect_child:(123,10),2752,32;;/usr/include/gtk/gtktreeitem.hGtkTreeItem:t(124,1)=(124,2)=xs_GtkTreeItem:GtkTreeItemClass:t(124,3)=(124,4)=xs_GtkTreeItemClass:_GtkTreeItem:T(124,2)=s88item:(52,1),0,512;subtree:(31,20),512,32;pixmaps_box:(31,20),544,32;plus_pix_widget:(31,20),576,32;minus_pix_widget:(31,20),608,32;pixmaps:(4,144),640,32;expanded:(4,9),672,1;;_GtkTreeItemClass:T(124,4)=s356parent_class:(52,3),0,2784;expand:(124,5)=*(124,6)=f(0,19),2784,32;collapse:(124,5),2816,32;;/usr/include/gtk/gtkvbbox.hGtkVButtonBox:t(125,1)=(125,2)=xs_GtkVButtonBox:GtkVButtonBoxClass:t(125,3)=(125,4)=xs_GtkVButtonBoxClass:_GtkVButtonBox:T(125,2)=s92button_box:(43,1),0,736;;_GtkVButtonBoxClass:T(125,4)=s336parent_class:(43,3),0,2688;;/usr/include/gtk/gtkvpaned.hGtkVPaned:t(126,1)=(126,2)=xs_GtkVPaned:GtkVPanedClass:t(126,3)=(126,4)=xs_GtkVPanedClass:_GtkVPaned:T(126,2)=s112paned:(88,1),0,896;;_GtkVPanedClass:T(126,4)=s336parent_class:(88,3),0,2688;;/usr/include/gtk/gtkvruler.hGtkVRuler:t(127,1)=(127,2)=xs_GtkVRuler:GtkVRulerClass:t(127,3)=(127,4)=xs_GtkVRulerClass:_GtkVRuler:T(127,2)=s88ruler:(90,1),0,704;;_GtkVRulerClass:T(127,4)=s292parent_class:(90,3),0,2336;;/usr/include/gtk/gtkvscale.hGtkVScale:t(128,1)=(128,2)=xs_GtkVScale:GtkVScaleClass:t(128,3)=(128,4)=xs_GtkVScaleClass:_GtkVScale:T(128,2)=s100scale:(66,1),0,800;;_GtkVScaleClass:T(128,4)=s360parent_class:(66,3),0,2880;;/usr/include/gtk/gtkvseparator.hGtkVSeparator:t(129,1)=(129,2)=xs_GtkVSeparator:GtkVSeparatorClass:t(129,3)=(129,4)=xs_GtkVSeparatorClass:_GtkVSeparator:T(129,2)=s48separator:(92,1),0,384;;_GtkVSeparatorClass:T(129,4)=s284parent_class:(92,3),0,2272;;/usr/include/stdio.h/usr/include/bits/types.h__u_char:t(132,1)=(0,11)__u_short:t(132,2)=(0,9)__u_int:t(132,3)=(0,4)__u_long:t(132,4)=(0,5)__u_quad_t:t(132,5)=(0,7)__quad_t:t(132,6)=(0,6)__int8_t:t(132,7)=(0,10)__uint8_t:t(132,8)=(0,11)__int16_t:t(132,9)=(0,8)__uint16_t:t(132,10)=(0,9)__int32_t:t(132,11)=(0,1)__uint32_t:t(132,12)=(0,4)__int64_t:t(132,13)=(0,6)__uint64_t:t(132,14)=(0,7)__qaddr_t:t(132,15)=(132,16)=*(132,6)__dev_t:t(132,17)=(132,5)__uid_t:t(132,18)=(132,3)__gid_t:t(132,19)=(132,3)__ino_t:t(132,20)=(132,4)__mode_t:t(132,21)=(132,3)__nlink_t:t(132,22)=(132,3)__off_t:t(132,23)=(0,3)__loff_t:t(132,24)=(132,6)__pid_t:t(132,25)=(0,1)__ssize_t:t(132,26)=(0,1)__rlim_t:t(132,27)=(132,4)__rlim64_t:t(132,28)=(132,5)__id_t:t(132,29)=(132,3)__fsid_t:t(132,30)=(132,31)=s8__val:(132,32)=ar(0,1);0;1;(0,1),0,64;;__daddr_t:t(132,33)=(0,1)__caddr_t:t(132,34)=(96,8)__time_t:t(132,35)=(0,3)__swblk_t:t(132,36)=(0,3)__clock_t:t(132,37)=(0,3)__fd_mask:t(132,38)=(0,5)__fd_set:t(132,39)=(132,40)=s128__fds_bits:(132,41)=ar(0,1);0;31;(132,38),0,1024;;__key_t:t(132,42)=(0,1)__ipc_pid_t:t(132,43)=(0,9)__blkcnt_t:t(132,44)=(0,3)__blkcnt64_t:t(132,45)=(132,6)__fsblkcnt_t:t(132,46)=(132,4)__fsblkcnt64_t:t(132,47)=(132,5)__fsfilcnt_t:t(132,48)=(132,4)__fsfilcnt64_t:t(132,49)=(132,5)__ino64_t:t(132,50)=(132,4)__off64_t:t(132,51)=(132,24)__t_scalar_t:t(132,52)=(0,3)__t_uscalar_t:t(132,53)=(0,5)__intptr_t:t(132,54)=(0,1)FILE:t(130,1)=(130,2)=xs_IO_FILE:/usr/include/libio.h/usr/include/_G_config.h_G_int16_t:t(135,1)=(0,8)_G_int32_t:t(135,2)=(0,1)_G_uint16_t:t(135,3)=(0,9)_G_uint32_t:t(135,4)=(0,4)_IO_lock_t:t(134,1)=(0,19)_IO_marker:T(134,2)=s12_next:(134,3)=*(134,2),0,32;_sbuf:(134,4)=*(130,2),32,32;_pos:(0,1),64,32;;_IO_FILE:T(130,2)=s148_flags:(0,1),0,32;_IO_read_ptr:(96,8),32,32;_IO_read_end:(96,8),64,32;_IO_read_base:(96,8),96,32;_IO_write_base:(96,8),128,32;_IO_write_ptr:(96,8),160,32;_IO_write_end:(96,8),192,32;_IO_buf_base:(96,8),224,32;_IO_buf_end:(96,8),256,32;_IO_save_base:(96,8),288,32;_IO_backup_base:(96,8),320,32;_IO_save_end:(96,8),352,32;_markers:(134,3),384,32;_chain:(134,4),416,32;_fileno:(0,1),448,32;_blksize:(0,1),480,32;_old_offset:(132,23),512,32;_cur_column:(0,9),544,16;_vtable_offset:(0,10),560,8;_shortbuf:(134,5)=ar(0,1);0;0;(0,2),568,8;_lock:(134,6)=*(134,1),576,32;_offset:(132,51),608,64;_unused2:(134,7)=ar(0,1);0;15;(0,1),672,512;;_IO_FILE:t(134,8)=(130,2)__io_read_fn:t(134,9)=(134,10)=f(132,26)__io_write_fn:t(134,11)=(134,12)=f(132,26)__io_seek_fn:t(134,13)=(134,14)=f(0,1)__io_close_fn:t(134,15)=(134,16)=f(0,1)fpos_t:t(130,3)=(132,23)/usr/include/bits/stdio_lim.hoff_t:t(130,4)=(132,23)/usr/include/stdlib.hdiv_t:t(138,1)=(138,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(138,3)=(138,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;/usr/include/sys/types.hu_char:t(140,1)=(132,1)u_short:t(140,2)=(132,2)u_int:t(140,3)=(132,3)u_long:t(140,4)=(132,4)quad_t:t(140,5)=(132,6)u_quad_t:t(140,6)=(132,5)fsid_t:t(140,7)=(132,30)loff_t:t(140,8)=(132,24)ino_t:t(140,9)=(132,20)dev_t:t(140,10)=(132,17)gid_t:t(140,11)=(132,19)mode_t:t(140,12)=(132,21)nlink_t:t(140,13)=(132,22)uid_t:t(140,14)=(132,18)pid_t:t(140,15)=(132,25)id_t:t(140,16)=(132,29)ssize_t:t(140,17)=(132,26)daddr_t:t(140,18)=(132,33)caddr_t:t(140,19)=(132,34)key_t:t(140,20)=(132,42)/usr/include/time.htime_t:t(141,1)=(132,35)ulong:t(140,21)=(0,5)ushort:t(140,22)=(0,9)uint:t(140,23)=(0,4)int8_t:t(140,24)=(0,10)int16_t:t(140,25)=(0,8)int32_t:t(140,26)=(0,1)int64_t:t(140,27)=(0,6)u_int8_t:t(140,28)=(0,11)u_int16_t:t(140,29)=(0,9)u_int32_t:t(140,30)=(0,4)u_int64_t:t(140,31)=(0,7)register_t:t(140,32)=(0,1)/usr/include/endian.h/usr/include/bits/endian.h/usr/include/sys/select.h/usr/include/bits/select.h/usr/include/bits/sigset.h__sig_atomic_t:t(147,1)=(0,1)__sigset_t:t(147,2)=(147,3)=s128__val:(147,4)=ar(0,1);0;31;(0,5),0,1024;;timespec:T(148,1)=s8tv_sec:(0,3),0,32;tv_nsec:(0,3),32,32;;fd_mask:t(145,1)=(132,38)fd_set:t(145,2)=(132,39)/usr/include/sys/sysmacros.hblkcnt_t:t(140,33)=(132,44)fsblkcnt_t:t(140,34)=(132,46)fsfilcnt_t:t(140,35)=(132,48)random_data:T(138,5)=s28fptr:(138,6)=*(140,26),0,32;rptr:(138,6),32,32;state:(138,6),64,32;rand_type:(0,1),96,32;rand_deg:(0,1),128,32;rand_sep:(0,1),160,32;end_ptr:(138,6),192,32;;drand48_data:T(138,7)=s24x:(138,8)=ar(0,1);0;2;(0,9),0,48;a:(138,8),48,48;c:(0,9),96,16;old_x:(138,8),112,48;init:(0,1),160,32;;/usr/include/alloca.h__compar_fn_t:t(138,9)=(138,10)=*(138,11)=f(0,1)CreateWidgetFromXpm:F(31,20)window:p(31,20)xpm_data:p(0,20)=*(4,88)mask:(31,83)pixmap_data:(3,182)pixmap_widget:(31,20)CreateMenuItem:F(31,20)menu:p(31,20)szName:p(96,8)szAccel:p(96,8)szTip:p(96,8)func:p(24,21)data:p(4,12)menuitem:(31,20)CreateMenuCheck:F(31,20)CreateMenuRadio:F(31,20)group:p(0,21)=*(4,145)CreateSubMenu:F(31,20)menubar:p(31,20)menu:(31,20)CreateBarSubMenu:F(31,20)submenu:(31,20)filesel.csFilename:S(96,8)file_ok_sel:F(0,19)w:p(31,20)fs:p(0,20)=*(79,1)sTempFile:(96,8)CloseDialog:F(0,1)widget:p(31,20)data:p(4,147)DestroyDialog:F(0,1)GetFilename:F(96,8)sTitle:p(96,8)filew:S(31,20)main.c/usr/include/sys/stat.h__u_char:t(5,1)=(0,11)__u_short:t(5,2)=(0,9)__u_int:t(5,3)=(0,4)__u_long:t(5,4)=(0,5)__u_quad_t:t(5,5)=(0,7)__quad_t:t(5,6)=(0,6)__int8_t:t(5,7)=(0,10)__uint8_t:t(5,8)=(0,11)__int16_t:t(5,9)=(0,8)__uint16_t:t(5,10)=(0,9)__int32_t:t(5,11)=(0,1)__uint32_t:t(5,12)=(0,4)__int64_t:t(5,13)=(0,6)__uint64_t:t(5,14)=(0,7)__qaddr_t:t(5,15)=(5,16)=*(5,6)__dev_t:t(5,17)=(5,5)__uid_t:t(5,18)=(5,3)__gid_t:t(5,19)=(5,3)__ino_t:t(5,20)=(5,4)__mode_t:t(5,21)=(5,3)__nlink_t:t(5,22)=(5,3)__off_t:t(5,23)=(0,3)__loff_t:t(5,24)=(5,6)__pid_t:t(5,25)=(0,1)__ssize_t:t(5,26)=(0,1)__rlim_t:t(5,27)=(5,4)__rlim64_t:t(5,28)=(5,5)__id_t:t(5,29)=(5,3)__fsid_t:t(5,30)=(5,31)=s8__val:(5,32)=ar(0,1);0;1;(0,1),0,64;;__daddr_t:t(5,33)=(0,1)__caddr_t:t(5,34)=(5,35)=*(0,2)__time_t:t(5,36)=(0,3)__swblk_t:t(5,37)=(0,3)__clock_t:t(5,38)=(0,3)__fd_mask:t(5,39)=(0,5)__fd_set:t(5,40)=(5,41)=s128__fds_bits:(5,42)=ar(0,1);0;31;(5,39),0,1024;;__key_t:t(5,43)=(0,1)__ipc_pid_t:t(5,44)=(0,9)__blkcnt_t:t(5,45)=(0,3)__blkcnt64_t:t(5,46)=(5,6)__fsblkcnt_t:t(5,47)=(5,4)__fsblkcnt64_t:t(5,48)=(5,5)__fsfilcnt_t:t(5,49)=(5,4)__fsfilcnt64_t:t(5,50)=(5,5)__ino64_t:t(5,51)=(5,4)__off64_t:t(5,52)=(5,24)__t_scalar_t:t(5,53)=(0,3)__t_uscalar_t:t(5,54)=(0,5)__intptr_t:t(5,55)=(0,1)/usr/include/bits/stat.hstat:T(7,1)=s88st_dev:(5,17),0,64;__pad1:(0,9),64,16;st_ino:(5,20),96,32;st_mode:(5,21),128,32;st_nlink:(5,22),160,32;st_uid:(5,18),192,32;st_gid:(5,19),224,32;st_rdev:(5,17),256,64;__pad2:(0,9),320,16;st_size:(5,23),352,32;st_blksize:(0,5),384,32;st_blocks:(5,45),416,32;st_atime:(5,36),448,32;__unused1:(0,5),480,32;st_mtime:(5,36),512,32;__unused2:(0,5),544,32;st_ctime:(5,36),576,32;__unused3:(0,5),608,32;__unused4:(0,5),640,32;__unused5:(0,5),672,32;;/usr/include/unistd.h/usr/include/bits/posix_opt.hssize_t:t(8,1)=(5,26)/usr/include/bits/confname.h :T(11,1)=e_PC_LINK_MAX:0,_PC_MAX_CANON:1,_PC_MAX_INPUT:2,_PC_NAME_MAX:3,_PC_PATH_MAX:4,_PC_PIPE_BUF:5,_PC_CHOWN_RESTRICTED:6,_PC_NO_TRUNC:7,_PC_VDISABLE:8,_PC_SYNC_IO:9,_PC_ASYNC_IO:10,_PC_PRIO_IO:11,_PC_SOCK_MAXBUF:12,_PC_FILESIZEBITS:13,; :T(11,2)=e_SC_ARG_MAX:0,_SC_CHILD_MAX:1,_SC_CLK_TCK:2,_SC_NGROUPS_MAX:3,_SC_OPEN_MAX:4,_SC_STREAM_MAX:5,_SC_TZNAME_MAX:6,_SC_JOB_CONTROL:7,_SC_SAVED_IDS:8,_SC_REALTIME_SIGNALS:9,_SC_PRIORITY_SCHEDULING:10,_SC_TIMERS:11,_SC_ASYNCHRONOUS_IO:12,_SC_PRIORITIZED_IO:13,_SC_SYNCHRONIZED_IO:14,_SC_FSYNC:15,_SC_MAPPED_FILES:16,_SC_MEMLOCK:17,_SC_MEMLOCK_RANGE:18,_SC_MEMORY_PROTECTION:19,_SC_MESSAGE_PASSING:20,_SC_SEMAPHORES:21,_SC_SHARED_MEMORY_OBJECTS:22,_SC_AIO_LISTIO_MAX:23,_SC_AIO_MAX:24,_SC_AIO_PRIO_DELTA_MAX:25,_SC_DELAYTIMER_MAX:26,_SC_MQ_OPEN_MAX:27,_SC_MQ_PRIO_MAX:28,_SC_VERSION:29,_SC_PAGESIZE:30,_SC_RTSIG_MAX:31,_SC_SEM_NSEMS_MAX:32,_SC_SEM_VALUE_MAX:33,_SC_SIGQUEUE_MAX:34,_SC_TIMER_MAX:35,_SC_BC_BASE_MAX:36,_SC_BC_DIM_MAX:37,_SC_BC_SCALE_MAX:38,_SC_BC_STRING_MAX:39,_SC_COLL_WEIGHTS_MAX:40,_SC_EQUIV_CLASS_MAX:41,_SC_EXPR_NEST_MAX:42,_SC_LINE_MAX:43,_SC_RE_DUP_MAX:44,_SC_CHARCLASS_NAME_MAX:45,_SC_2_VERSION:46,_SC_2_C_BIND:47,_SC_2_C_DEV:48,_SC_2_FORT_DEV:49,_SC_2_FORT_RUN:50,_SC_2_SW_DEV:51,_SC_2_LOCALEDEF:52,_SC_PII:53,_SC_PII_XTI:54,_SC_PII_SOCKET:55,_SC_PII_INTERNET:56,_SC_PII_OSI:57,_SC_POLL:58,_SC_SELECT:59,_SC_UIO_MAXIOV:60,_SC_PII_INTERNET_STREAM:61,_SC_PII_INTERNET_DGRAM:62,_SC_PII_OSI_COTS:63,_SC_PII_OSI_CLTS:64,_SC_PII_OSI_M:65,_SC_T_IOV_MAX:66,_SC_THREADS:67,_SC_THREAD_SAFE_FUNCTIONS:68,_SC_GETGR_R_SIZE_MAX:69,_SC_GETPW_R_SIZE_MAX:70,_SC_LOGIN_NAME_MAX:71,_SC_TTY_NAME_MAX:72,_SC_THREAD_DESTRUCTOR_ITERATIONS:73,_SC_THREAD_KEYS_MAX:74,_SC_THREAD_STACK_MIN:75,_SC_THREAD_THREADS_MAX:76,_SC_THREAD_ATTR_STACKADDR:77,_SC_THREAD_ATTR_STACKSIZE:78,_SC_THREAD_PRIORITY_SCHEDULING:79,_SC_THREAD_PRIO_INHERIT:80,_SC_THREAD_PRIO_PROTECT:81,_SC_THREAD_PROCESS_SHARED:82,_SC_NPROCESSORS_CONF:83,_SC_NPROCESSORS_ONLN:84,_SC_PHYS_PAGES:85,_SC_AVPHYS_PAGES:86,_SC_ATEXIT_MAX:87,_SC_PASS_MAX:88,_SC_XOPEN_VERSION:89,_SC_XOPEN_XCU_VERSION:90,_SC_XOPEN_UNIX:91,_SC_XOPEN_CRYPT:92,_SC_XOPEN_ENH_I18N:93,_SC_XOPEN_SHM:94,_SC_2_CHAR_TERM:95,_SC_2_C_VERSION:96,_SC_2_UPE:97,_SC_XOPEN_XPG2:98,_SC_XOPEN_XPG3:99,_SC_XOPEN_XPG4:100,_SC_CHAR_BIT:101,_SC_CHAR_MAX:102,_SC_CHAR_MIN:103,_SC_INT_MAX:104,_SC_INT_MIN:105,_SC_LONG_BIT:106,_SC_WORD_BIT:107,_SC_MB_LEN_MAX:108,_SC_NZERO:109,_SC_SSIZE_MAX:110,_SC_SCHAR_MAX:111,_SC_SCHAR_MIN:112,_SC_SHRT_MAX:113,_SC_SHRT_MIN:114,_SC_UCHAR_MAX:115,_SC_UINT_MAX:116,_SC_ULONG_MAX:117,_SC_USHRT_MAX:118,_SC_NL_ARGMAX:119,_SC_NL_LANGMAX:120,_SC_NL_MSGMAX:121,_SC_NL_NMAX:122,_SC_NL_SETMAX:123,_SC_NL_TEXTMAX:124,_SC_XBS5_ILP32_OFF32:125,_SC_XBS5_ILP32_OFFBIG:126,_SC_XBS5_LP64_OFF64:127,_SC_XBS5_LPBIG_OFFBIG:128,_SC_XOPEN_LEGACY:129,_SC_XOPEN_REALTIME:130,_SC_XOPEN_REALTIME_THREADS:131,; :T(11,3)=e_CS_PATH:0,;/usr/include/getopt.hptrdiff_t:t(13,1)=(0,1)/usr/include/errno.h/usr/include/bits/errno.h/usr/include/linux/errno.h/usr/include/asm/errno.hGtkMenuEntry:t(110,1)=(110,2)=xs_GtkMenuEntry:GtkMenuPath:t(110,3)=(110,4)=xs_GtkMenuPath:GtkMenuFactory:t(110,5)=(110,6)=xs_GtkMenuFactory:GtkMenuCallback:t(110,7)=(45,16)_GtkMenuEntry:T(110,2)=s20path:(21,88),0,32;accelerator:(21,88),32,32;callback:(110,7),64,32;callback_data:(21,12),96,32;widget:(45,20),128,32;;_GtkMenuPath:T(110,4)=s8path:(5,35),0,32;widget:(45,20),32,32;;_GtkMenuFactory:T(110,6)=s20path:(21,88),0,32;type:(40,18),32,32;accel_group:(35,7),64,32;widget:(45,20),96,32;subfactories:(21,144),128,32;;_IO_lock_t:t(146,1)=(0,19)_IO_marker:T(146,2)=s12_next:(146,3)=*(146,2),0,32;_sbuf:(146,4)=*(144,2),32,32;_pos:(0,1),64,32;;_IO_FILE:T(144,2)=s148_flags:(0,1),0,32;_IO_read_ptr:(5,35),32,32;_IO_read_end:(5,35),64,32;_IO_read_base:(5,35),96,32;_IO_write_base:(5,35),128,32;_IO_write_ptr:(5,35),160,32;_IO_write_end:(5,35),192,32;_IO_buf_base:(5,35),224,32;_IO_buf_end:(5,35),256,32;_IO_save_base:(5,35),288,32;_IO_backup_base:(5,35),320,32;_IO_save_end:(5,35),352,32;_markers:(146,3),384,32;_chain:(146,4),416,32;_fileno:(0,1),448,32;_blksize:(0,1),480,32;_old_offset:(5,23),512,32;_cur_column:(0,9),544,16;_vtable_offset:(0,10),560,8;_shortbuf:(146,5)=ar(0,1);0;0;(0,2),568,8;_lock:(146,6)=*(146,1),576,32;_offset:(5,52),608,64;_unused2:(146,7)=ar(0,1);0;15;(0,1),672,512;;_IO_FILE:t(146,8)=(144,2)__io_read_fn:t(146,9)=(146,10)=f(5,26)__io_write_fn:t(146,11)=(146,12)=f(5,26)__io_seek_fn:t(146,13)=(146,14)=f(0,1)__io_close_fn:t(146,15)=(146,16)=f(0,1)div_t:t(150,1)=(150,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(150,3)=(150,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;u_char:t(152,1)=(5,1)u_short:t(152,2)=(5,2)u_int:t(152,3)=(5,3)u_long:t(152,4)=(5,4)quad_t:t(152,5)=(5,6)u_quad_t:t(152,6)=(5,5)fsid_t:t(152,7)=(5,30)loff_t:t(152,8)=(5,24)ino_t:t(152,9)=(5,20)dev_t:t(152,10)=(5,17)gid_t:t(152,11)=(5,19)mode_t:t(152,12)=(5,21)nlink_t:t(152,13)=(5,22)uid_t:t(152,14)=(5,18)pid_t:t(152,15)=(5,25)id_t:t(152,16)=(5,29)daddr_t:t(152,17)=(5,33)caddr_t:t(152,18)=(5,34)key_t:t(152,19)=(5,43)time_t:t(153,1)=(5,36)ulong:t(152,20)=(0,5)ushort:t(152,21)=(0,9)uint:t(152,22)=(0,4)int8_t:t(152,23)=(0,10)int16_t:t(152,24)=(0,8)int32_t:t(152,25)=(0,1)int64_t:t(152,26)=(0,6)u_int8_t:t(152,27)=(0,11)u_int16_t:t(152,28)=(0,9)u_int32_t:t(152,29)=(0,4)u_int64_t:t(152,30)=(0,7)register_t:t(152,31)=(0,1)fd_mask:t(157,1)=(5,39)fd_set:t(157,2)=(5,40)blkcnt_t:t(152,32)=(5,45)fsblkcnt_t:t(152,33)=(5,47)fsfilcnt_t:t(152,34)=(5,49)random_data:T(150,5)=s28fptr:(150,6)=*(152,25),0,32;rptr:(150,6),32,32;state:(150,6),64,32;rand_type:(0,1),96,32;rand_deg:(0,1),128,32;rand_sep:(0,1),160,32;end_ptr:(150,6),192,32;;drand48_data:T(150,7)=s24x:(150,8)=ar(0,1);0;2;(0,9),0,48;a:(150,8),48,48;c:(0,9),96,16;old_x:(150,8),112,48;init:(0,1),160,32;;__compar_fn_t:t(150,9)=(150,10)=*(150,11)=f(0,1)../inc/ciftypes.hTDrvLoad:t(164,1)=(164,2)=xs_DrvLoad:_DrvLoad:T(164,2)=s28ulRegKey:(0,5),0,32;pbRegPath:(164,3)=*(0,11),32,32;pbSWPath:(164,3),64,32;usRegFlags:(0,9),96,16;pvDrvObj:(22,15),128,32;pvDevObj:(22,15),160,32;pvRegInfo:(22,15),192,32;;../inc/cifuser.htagMSG_STRUC:T(165,1)=s288rx:(0,11),0,8;tx:(0,11),8,8;ln:(0,11),16,8;nr:(0,11),24,8;a:(0,11),32,8;f:(0,11),40,8;b:(0,11),48,8;e:(0,11),56,8;data:(165,2)=ar(0,1);0;254;(0,11),64,2040;dummy:(165,3)=ar(0,1);0;24;(0,11),2104,200;;MSG_STRUC:t(165,4)=(165,1)tagIOINFO:T(165,5)=s6bComBit:(0,11),0,8;bIOExchangeMode:(0,11),8,8;ulIOExchangeCnt:(0,5),16,32;;IOINFO:t(165,6)=(165,5)tagVERSIONINFO:T(165,7)=s32ulDate:(0,5),0,32;ulDeviceNo:(0,5),32,32;ulSerialNo:(0,5),64,32;ulReserved:(0,5),96,32;abPcOsName0:(165,8)=ar(0,1);0;3;(0,11),128,32;abPcOsName1:(165,8),160,32;abPcOsName2:(165,8),192,32;abOemIdentifier:(165,8),224,32;;VERSIONINFO:t(165,9)=(165,7)tagFIRMWAREINFO:T(165,10)=s32abFirmwareName:(165,11)=ar(0,1);0;15;(0,11),0,128;abFirmwareVersion:(165,11),128,128;;FIRMWAREINFO:t(165,12)=(165,10)tagTASKSTATE:T(165,13)=s64abTaskState:(165,14)=ar(0,1);0;63;(0,11),0,512;;TASKSTATE:t(165,15)=(165,13)tagTASKPARAM:T(165,16)=s64abTaskParameter:(165,14),0,512;;TASKPARAM:t(165,17)=(165,16)tagRAWDATA:T(165,18)=s1022abRawData:(165,19)=ar(0,1);0;1021;(0,11),0,8176;;RAWDATA:t(165,20)=(165,18)tagTASKINFO:T(165,21)=s112tTaskInfo:(165,22)=ar(0,1);0;6;(165,23)=s16abTaskName:(165,24)=ar(0,1);0;7;(0,11),0,64;usTaskVersion:(0,9),64,16;bTaskCondition:(0,11),80,8;abreserved:(165,25)=ar(0,1);0;4;(0,11),88,40;;,0,896;;TASKINFO:t(165,26)=(165,21)tagRCSINFO:T(165,27)=s8usRcsVersion:(0,9),0,16;bRcsError:(0,11),16,8;bHostWatchDog:(0,11),24,8;bDevWatchDog:(0,11),32,8;bSegmentCount:(0,11),40,8;bDeviceAdress:(0,11),48,8;bDriverType:(0,11),56,8;;RCSINFO:t(165,28)=(165,27)tagDEVINFO:T(165,29)=s6bDpmSize:(0,11),0,8;bDevType:(0,11),8,8;bDevModel:(0,11),16,8;abDevIdentifier:(165,30)=ar(0,1);0;2;(0,11),24,24;;DEVINFO:t(165,31)=(165,29)tagBOARD_INFO:T(165,32)=s58abDriverVersion:(165,11),0,128;tBoard:(165,33)=ar(0,1);0;3;(165,34)=s10usBoard:(0,9),0,16;usAvailable:(0,9),16,16;ulPhysicalAddress:(0,5),32,32;usIrq:(0,9),64,16;;,128,320;usBoards_detected:(0,9),448,16;;BOARD_INFO:t(165,35)=(165,32)tagDRIVERINFO:T(165,36)=s33ulOpenCnt:(0,5),0,32;CloseCnt:(0,5),32,32;ulReadCnt:(0,5),64,32;ulWriteCnt:(0,5),96,32;ulIRQCnt:(0,5),128,32;bInitMsgFlag:(0,11),160,8;bReadMsgFlag:(0,11),168,8;bWriteMsgFlag:(0,11),176,8;bLastFunction:(0,11),184,8;bWriteState:(0,11),192,8;bReadState:(0,11),200,8;bHostFlags:(0,11),208,8;bMyDevFlags:(0,11),216,8;bExIOFlag:(0,11),224,8;ulExIOCnt:(0,5),232,32;;DRIVERINFO:t(165,37)=(165,36)tagBOARD_INFOEX:T(165,38)=s500abDriverVersion:(165,11),0,128;tBoard:(165,39)=ar(0,1);0;3;(165,40)=s121usBoard:(0,9),0,16;usAvailable:(0,9),16,16;ulPhysicalAddress:(0,5),32,32;usIrq:(0,9),64,16;tDriverInfo:(165,37),80,264;tFirmware:(165,12),344,256;tDeviceInfo:(165,31),600,48;tRcsInfo:(165,28),648,64;tVersion:(165,9),712,256;;,128,3872;;BOARD_INFOEX:t(165,41)=(165,38)tagCOMSTATE:T(165,42)=s68usMode:(0,9),0,16;usStateFlag:(0,9),16,16;abState:(165,14),32,512;;COMSTATE:t(165,43)=(165,42)fQuitting:G(0,1)EndProgram:F(21,4)sRet:(0,8)buff:(0,20)=ar(0,1);0;95;(0,2)main:F(0,1)argc:p(0,1)argv:p(0,21)=*(5,35)QuitFunc:F(0,19)widget:p(45,20)data:p(21,12)DlgAbout:F(0,19)szMessage:p(5,35)label:(45,20)button:(45,20)hbox:(45,20)dialog_window:(45,20)CreateMainWindow:f(0,19)vbox_main:(45,20)menubar:(45,20)menu:(45,20)menuitem:(45,20)ButtonClicked:F(0,19)nState:(0,1)SelectMenu:F(0,19)button:(0,22)=*(63,1)szButton:(5,35)SetMenuButton:F(0,19)szButton:p(5,35)nState:p(0,1)check:(0,23)=*(64,1)menuRed:G(45,20)menuBlue:G(45,20)menuGreen:G(45,20)menuColor:G(45,20)menuBold:G(45,20)menuItalics:G(45,20)menuUnderline:G(45,20)toolbar:G(45,20)tool_bold:G(45,20)tool_italics:G(45,20)tool_underline:G(45,20)accelerator_table:G(35,7)win_main:G(45,20)tooltips:G(136,7)propertySheet.c/usr/include/ctype.h :T(130,1)=e_ISupper:256,_ISlower:512,_ISalpha:1024,_ISdigit:2048,_ISxdigit:4096,_ISspace:8192,_ISprint:16384,_ISgraph:32768,_ISblank:1,_IScntrl:2,_ISpunct:4,_ISalnum:8,;wchar_t:t(136,1)=(0,3)div_t:t(135,1)=(135,2)=s8quot:(0,1),0,32;rem:(0,1),32,32;;ldiv_t:t(135,3)=(135,4)=s8quot:(0,3),0,32;rem:(0,3),32,32;;u_char:t(137,1)=(131,1)u_short:t(137,2)=(131,2)u_int:t(137,3)=(131,3)u_long:t(137,4)=(131,4)quad_t:t(137,5)=(131,6)u_quad_t:t(137,6)=(131,5)fsid_t:t(137,7)=(131,30)loff_t:t(137,8)=(131,24)ino_t:t(137,9)=(131,20)dev_t:t(137,10)=(131,17)gid_t:t(137,11)=(131,19)mode_t:t(137,12)=(131,21)nlink_t:t(137,13)=(131,22)uid_t:t(137,14)=(131,18)off_t:t(137,15)=(131,23)pid_t:t(137,16)=(131,25)id_t:t(137,17)=(131,29)ssize_t:t(137,18)=(131,26)daddr_t:t(137,19)=(131,33)caddr_t:t(137,20)=(131,34)key_t:t(137,21)=(131,42)ulong:t(137,22)=(0,5)ushort:t(137,23)=(0,9)uint:t(137,24)=(0,4)int8_t:t(137,25)=(0,10)int16_t:t(137,26)=(0,8)int32_t:t(137,27)=(0,1)int64_t:t(137,28)=(0,6)u_int8_t:t(137,29)=(0,11)u_int16_t:t(137,30)=(0,9)u_int32_t:t(137,31)=(0,4)u_int64_t:t(137,32)=(0,7)register_t:t(137,33)=(0,1)blkcnt_t:t(137,34)=(131,44)fsblkcnt_t:t(137,35)=(131,46)fsfilcnt_t:t(137,36)=(131,48)random_data:T(135,5)=s28fptr:(135,6)=*(137,27),0,32;rptr:(135,6),32,32;state:(135,6),64,32;rand_type:(0,1),96,32;rand_deg:(0,1),128,32;rand_sep:(0,1),160,32;end_ptr:(135,6),192,32;;drand48_data:T(135,7)=s24x:(135,8)=ar(0,1);0;2;(0,9),0,48;a:(135,8),48,48;c:(0,9),96,16;old_x:(135,8),112,48;init:(0,1),160,32;;__compar_fn_t:t(135,9)=(135,10)=*(135,11)=f(0,1)FILE:t(147,1)=(147,2)=xs_IO_FILE:wint_t:t(151,1)=(0,4)fpos_t:t(147,3)=(131,23)/usr/include/string.hrcs_user.hRCS_MESSAGEHEADERtag:T(157,1)=s8rx:(0,11),0,8;tx:(0,11),8,8;ln:(0,11),16,8;nr:(0,11),24,8;a:(0,11),32,8;f:(0,11),40,8;b:(0,11),48,8;e:(0,11),56,8;;RCS_MESSAGEHEADER:t(157,2)=(157,1)RCS_MESSAGEtag:T(157,3)=s288rx:(0,11),0,8;tx:(0,11),8,8;ln:(0,11),16,8;nr:(0,11),24,8;a:(0,11),32,8;f:(0,11),40,8;b:(0,11),48,8;e:(0,11),56,8;d:(157,4)=ar(0,1);0;279;(0,11),64,2240;;RCS_MESSAGE:t(157,5)=(157,3)RCS_TELEGRAMHEADER_10tag:T(157,6)=s8device_adr:(0,11),0,8;data_area:(0,11),8,8;data_adr:(0,9),16,16;data_idx:(0,11),32,8;data_cnt:(0,11),40,8;data_type:(0,11),48,8;function:(0,11),56,8;;RCS_TELEGRAMHEADER_10:t(157,7)=(157,6)RCS_MESSAGETELEGRAMHEADER_10_tag:T(157,8)=s16rx:(0,11),0,8;tx:(0,11),8,8;ln:(0,11),16,8;nr:(0,11),24,8;a:(0,11),32,8;f:(0,11),40,8;b:(0,11),48,8;e:(0,11),56,8;device_adr:(0,11),64,8;data_area:(0,11),72,8;data_adr:(0,9),80,16;data_idx:(0,11),96,8;data_cnt:(0,11),104,8;data_type:(0,11),112,8;function:(0,11),120,8;;RCS_MESSAGETELEGRAMHEADER_10:t(157,9)=(157,8)RCS_TELEGRAMHEADERDATA_10tag:T(157,10)=s280device_adr:(0,11),0,8;data_area:(0,11),8,8;data_adr:(0,9),16,16;data_idx:(0,11),32,8;data_cnt:(0,11),40,8;data_type:(0,11),48,8;function:(0,11),56,8;d:(157,11)=ar(0,1);0;271;(0,11),64,2176;;RCS_TELEGRAMHEADERDATA_10:t(157,12)=(157,10)RCS_MESSAGETELEGRAM_10tag:T(157,13)=s288rx:(0,11),0,8;tx:(0,11),8,8;ln:(0,11),16,8;nr:(0,11),24,8;a:(0,11),32,8;f:(0,11),40,8;b:(0,11),48,8;e:(0,11),56,8;device_adr:(0,11),64,8;data_area:(0,11),72,8;data_adr:(0,9),80,16;data_idx:(0,11),96,8;data_cnt:(0,11),104,8;data_type:(0,11),112,8;function:(0,11),120,8;d:(157,11),128,2176;;RCS_MESSAGETELEGRAM_10:t(157,14)=(157,13)asc_user.hASC_PARAMETRtag:T(158,1)=s62bScl:(0,11),0,8;bRtsControl:(0,11),8,8;bBaudrate:(0,11),16,8;bDataBits:(0,11),24,8;bStopBits:(0,11),32,8;bParityBit:(0,11),40,8;bMode:(0,11),48,8;bEndMode:(0,11),56,8;bCheckMode:(0,11),64,8;bCheckArea:(0,11),72,8;bFilterMode:(0,11),80,8;usFilterCharacter:(0,9),96,16;usTelTimeout:(0,9),112,16;usStartTimeout:(0,9),128,16;usCharTimeout:(0,9),144,16;bRetries:(0,11),160,8;bErrorLed:(0,11),168,8;bTelStartLen:(0,11),176,8;bTelStart:(156,24),184,64;bTelEndLen:(0,11),248,8;bTelEnd:(156,24),256,64;bTelAckLen:(0,11),320,8;bTelAck:(156,24),328,64;bTelNackLen:(0,11),392,8;bTelNack:(156,24),400,64;bTelDeviceLen:(0,11),464,8;usTelFollowTime:(0,9),480,16;;ASC_PARAMETER:t(158,2)=(158,1)ASC_STATEtag:T(158,3)=s20bTaskState:(0,11),0,8;ulTxCount:(0,5),32,32;ulRxCount:(0,5),64,32;usTxErrorCount:(0,9),96,16;usRxErrorCount:(0,9),112,16;usErrorBits:(0,9),128,16;bError:(0,11),144,8;;ASC_STATE:t(158,4)=(158,3)nvr_user.hNVR_PARAMETRtag:T(159,1)=s14bScl:(0,11),0,8;bRtsControl:(0,11),8,8;bBaudrate:(0,11),16,8;bDataBits:(0,11),24,8;bStopBits:(0,11),32,8;bParityBit:(0,11),40,8;bPriority:(0,11),48,8;usTimeout:(0,9),64,16;bReceiveMode:(0,11),80,8;bSendMode:(0,11),88,8;bErrorLed:(0,11),96,8;;NVR_PARAMETER:t(159,2)=(159,1)NVR_STATEtag:T(159,3)=s24bTaskState:(0,11),0,8;ulTxCount:(0,5),32,32;ulRxCount:(0,5),64,32;bTxRetryCount:(0,11),96,8;bRxRetryCount:(0,11),104,8;usTxErrorCount:(0,9),112,16;usRxErrorCount:(0,9),128,16;usErrorBits:(0,9),144,16;bError:(0,11),160,8;;NVR_STATE:t(159,4)=(159,3)defines.hpabDrvVersion:G(0,20)=ar(0,1);0;16;(0,2)usBoardAct:G(0,9)DEV_INFO_FLAGS:G(0,9)nPageAct:S(4,4)BoardsPage:G(31,20)BPradio_0:G(31,20)BPradio_1:G(31,20)BPradio_2:G(31,20)BPradio_3:G(31,20)BPradio_4:G(31,20)BPradio_5:G(31,20)group:G(4,145)ExIOSnd:G(31,20)ExIORcv:G(31,20)fExIORcvTimer:G(0,1)fExIOSndTimer:G(0,1)fCheckComState:G(0,1)usExIOfun:G(0,9)usIOExchangeMode:G(0,9)EXIO_FLAGS:G(0,11)ErrorPage:G(31,20)DrvInfoPage:G(31,20)entryDrvInfo1:G(31,20)entryDrvInfo3:G(31,20)entryDrvInfo4:G(31,20)entryDrvInfo5:G(31,20)entryDrvInfo6:G(31,20)entryDrvInfo7:G(31,20)entryDrvInfo8:G(31,20)entryDrvInfo9:G(31,20)entryDrvInfo10:G(31,20)entryDrvInfo11:G(31,20)entryDrvInfo12:G(31,20)entryDrvInfo13:G(31,20)entryDrvInfo14:G(31,20)entryDrvInfo15:G(31,20)labDrvInfo:G(31,20)BoardInfoPage:G(31,20)labBoardInfo1:G(31,20)labBoardInfo2:G(31,20)labBoardInfo3:G(31,20)labBoardInfo4:G(31,20)labBoardInfo5:G(31,20)labBoardInfo6:G(31,20)labBoardInfo7:G(31,20)entryBoardInfo1:G(31,20)entryBoardInfo2:G(31,20)entryBoardInfo3:G(31,20)entryBoardInfo4:G(31,20)entryBoardInfo5:G(31,20)entryBoardInfo6:G(31,20)entryBoardInfo7:G(31,20)MsgTransPage:G(31,20)fMsgTimer:G(0,1)usDataLen:G(0,9)bMessageNr:G(0,11)MSG_TRANS_FLAGS:G(0,11)tagHARDWARE_INFO:T(0,21)=s76fIrq:(0,1),0,32;fInfo:(0,1),32,32;fInit:(0,1),64,32;bDpmSize:(0,11),96,8;bDevType:(0,11),104,8;bDevModel:(0,11),112,8;abDevIdentifier:(156,30),120,24;tBoardInfo:(156,35),144,464;;HARDWARE_INFO:t(0,22)=(0,21)PageSwitch:f(0,19)page:p(82,7)page_num:p(4,4)AddPage:F(31,20)notebook:p(31,20)label:(31,20)frame:(31,20)CreateNotebook:F(0,19)notebook:(31,20)PopulatePages:F(0,19)boards_detected:(4,4)buff:(0,23)=ar(0,1);0;95;(0,2)tBoardInfo:(156,35)CreateRadio:F(31,20)box:p(31,20)group:p(0,24)=*(4,145)szLabel:p(96,8)radio:(31,20)LabelModify:F(0,19)child:p(31,20)usIrq:(0,9)buff:(0,25)=ar(0,1);0;95;(0,2)OnSetMode:F(0,19)usMode:(0,9)ucIrq:(0,11)usBoard:(4,4)Irq:(4,4)buff:(0,26)=ar(0,1);0;95;(0,2)OnBoard:F(0,19)usBoard:(0,9)abTemp:(0,27)=ar(0,1);0;29;(0,11)abInfo:(0,28)=ar(0,1);0;511;(0,11)irq:(4,4)buff:(0,29)=ar(0,1);0;95;(0,2)pDev:(0,30)=*(156,31)PutMsg_:F(4,4)usBoard:p(0,1)tMessage:(156,4)chPutData:(96,8)buff:(0,31)=ar(0,1);0;95;(0,2)GetMsg_:F(4,4)tMsg:(156,4)buff:(0,32)=ar(0,1);0;95;(0,2)Timer_MsgTransfer:f(4,4)buff:(0,33)=ar(0,1);0;95;(0,2)GetCyclic:F(0,19)PutCyclic:F(0,19)GetMsg:F(0,19)buff:(0,34)=ar(0,1);0;95;(0,2)PutMsg:F(0,19)buff:(0,35)=ar(0,1);0;95;(0,2)AutoNum:F(0,19)PopulateBoards:F(0,19)vbox:(31,20)vboxx:(31,20)vboxI:(31,20)hbox:(31,20)hboxfr:(31,20)group:(4,145)group1:(4,145)widget:(31,20)ExchangeIO_Snd:f(4,4)usSendOffset:(0,9)usSendLength:(0,9)usDataLen:(0,9)abSendIOData:(0,36)=ar(0,1);0;511;(0,11)buff:(0,37)=ar(0,1);0;95;(0,2)chSnd:(96,8)tIoInfo:(156,6)ExchangeIO_Snd_:F(0,19)ExchangeIO_Rcv:f(4,4)usReadOffset:(0,9)usReadSize:(0,9)abIOReadData:(0,38)=ar(0,1);0;511;(0,11)buff:(0,39)=ar(0,1);0;95;(0,2)ExchangeIO_Rcv_:F(0,19)ExIORcvCyclic:F(0,19)ExIOSndCyclic:F(0,19)PopulateErrorList:F(0,19)main_vbox:(31,20)table:(31,20)vscrollbar:(31,20)fixed_font:(3,181)cmap:(3,179)color:(3,2)PopulateExIO:F(0,19)vboxL:(31,20)vbbox:(31,20)hboxR:(31,20)hboxL:(31,20)hboxXY:(31,20)snd:(31,20)cyclic:(31,20)ExchangeIOvar:F(0,19)combo_ExIO:F(0,19)combo_ExIOsync:F(0,19)CrMenuComboExIO_COM:F(31,20)omenu:(31,20)CrMenuComboExIO:F(31,20)showCOMerr:F(0,19)PopulateExIOEx:F(0,19)vbox_:(31,20)hbox31:(31,20)boxfunc:(31,20)PopulateMsgTrans:F(0,19)vbox1:(31,20)vbox2:(31,20)hboxx:(31,20)hboxxy:(31,20)getMsg:(31,20)putMsg:(31,20)frame1:(31,20)AutoNr:(31,20)CreateEditField:F(31,20)label_str:p(96,8)UpdateDrvInfo:F(0,19)abData:(0,40)=ar(0,1);0;511;(0,11)buff:(0,41)=ar(0,1);0;95;(0,2)pDriverInf:(0,42)=*(156,37)PopulateDrvInfo:F(0,19)button:(31,20)separator:(31,20)vboxx1:(31,20)GetHardwareInfo:F(0,19)buff:(0,43)=ar(0,1);0;95;(0,2)GetVersionInfo:F(0,19)abData:(0,44)=ar(0,1);0;511;(0,11)buff:(0,45)=ar(0,1);0;95;(0,2)pabBuffer:(155,3)pVersionInf:(0,46)=*(156,9)GetTaskInfo:F(0,19)abData:(0,47)=ar(0,1);0;511;(0,11)buff:(0,48)=ar(0,1);0;95;(0,2)pTask:(0,49)=*(156,26)GetRcsInfo:F(0,19)abData:(0,50)=ar(0,1);0;511;(0,11)buff:(0,51)=ar(0,1);0;95;(0,2)pRCS:(0,52)=*(156,28)GetIOInfo:F(0,19)abData:(0,53)=ar(0,1);0;511;(0,11)buff:(0,54)=ar(0,1);0;95;(0,2)pIO:(0,55)=*(156,6)GetIOSndData:F(0,19)abData:(0,56)=ar(0,1);0;511;(0,11)buff:(0,57)=ar(0,1);0;95;(0,2)SetStyleRecursively:F(0,19)style:(31,19)create_bbox:F(31,20)horizontal:p(4,4)title:p(96,8)spacing:p(4,4)child_w:p(4,4)child_h:p(4,4)layout:p(4,4)bbox:(31,20)defstyle:(31,19)font:(3,181)PopulateBoardInfo:F(0,19)StringToHex:F(0,1)pcsInText:p(96,8)usUserBufferLen:p(0,1)pabUserBuffer:p(155,3)pusOutputLen:p(0,58)=*(0,9)pStatusbar:p(0,59)=*(116,1)context_id:p(4,4)usUserBufferLen:(0,9)bChar:(0,11)bLowByte:(0,11)bHighByte:(0,11)szLineBuffer:(0,60)=ar(0,1);0;511;(0,11)usTextLen:(0,9)usIdx:(0,9)usOutIdx:(0,9)bState:(0,1)bRet:(0,1)HexToTextBox:F(0,19)pwEdit:p(0,61)=*(118,5)usBuffLen:p(0,1)usBuffLen:(4,2)chData:(0,62)=ar(0,1);0;3072;(0,2)bByteHigh:(0,2)bByteLow:(0,2)i:(4,2)CheckEditEntry:F(0,1)pEntry:p(31,20)usUserBuffer:p(0,58)lMaxSize:p(0,3)chErr:p(96,8)pszText:(96,8)chValue:(96,8)lValue:(0,3)fRet:(0,1)CheckEditEntryC:F(0,1)bUserBuffer:p(155,3)label_boards:G(31,20)DrvVerInf:G(31,20)FirmwareName:G(31,20)FirmwareVer:G(31,20)Error:G(31,20)context_id_Boards:G(4,4)status_bar_Boards:G(31,20)status_bar_ExIO:G(31,20)ExIOPage:G(31,20)ExIOLenRcv:G(31,20)ExIOLenSnd:G(31,20)ExIOffRcv:G(31,20)ExIOffSnd:G(31,20)ExIO_COMerrMode:G(31,20)ExIO_COMerrState:G(31,20)ExIO_COMeMode:G(31,20)ExIO_COMeState:G(31,20)heading:G(31,20)boxCOM:G(31,20)checkCOMerr:G(31,20)frameCOM:G(31,20)handshakeMode:G(31,20)ExIO_hbox3:G(31,20)ExIO_hbox32:G(31,20)context_id_ExIO:G(4,4)pExIORcvTimer:G(4,4)pExIOSndTimer:G(4,4)tComState:G(156,43)ErrorList:G(31,20)status_bar_DrvInfo:G(31,20)context_id_DrvInfo:G(4,4)status_bar_BoardInfo:G(31,20)context_id_BoardInfo:G(4,4)status_bar_Msg:G(31,20)context_id_Msg:G(4,4)eMsgPutRX:G(31,20)eMsgPutTX:G(31,20)eMsgPutNR:G(31,20)eMsgPutLN:G(31,20)eMsgPutA:G(31,20)eMsgPutF:G(31,20)eMsgPutB:G(31,20)eMsgPutE:G(31,20)eMsgGetRX:G(31,20)eMsgGetTX:G(31,20)eMsgGetNR:G(31,20)eMsgGetLN:G(31,20)eMsgGetA:G(31,20)eMsgGetF:G(31,20)eMsgGetB:G(31,20)eMsgGetE:G(31,20)MsgGetData:G(31,20)MsgPutData:G(31,20)pMsgTimer:G(4,4)tHardwareInfo:S(0,22)cifAPI.c__gnuc_va_list:t(6,1)=(6,2)=*(0,19)u_char:t(16,1)=(7,1)u_short:t(16,2)=(7,2)u_int:t(16,3)=(7,3)u_long:t(16,4)=(7,4)quad_t:t(16,5)=(7,6)u_quad_t:t(16,6)=(7,5)fsid_t:t(16,7)=(7,30)loff_t:t(16,8)=(7,24)ino_t:t(16,9)=(7,20)dev_t:t(16,10)=(7,17)gid_t:t(16,11)=(7,19)mode_t:t(16,12)=(7,21)nlink_t:t(16,13)=(7,22)uid_t:t(16,14)=(7,18)pid_t:t(16,15)=(7,25)id_t:t(16,16)=(7,29)ssize_t:t(16,17)=(7,26)daddr_t:t(16,18)=(7,33)caddr_t:t(16,19)=(7,34)key_t:t(16,20)=(7,43)ulong:t(16,21)=(0,5)ushort:t(16,22)=(0,9)uint:t(16,23)=(0,4)int8_t:t(16,24)=(0,10)int16_t:t(16,25)=(0,8)int32_t:t(16,26)=(0,1)int64_t:t(16,27)=(0,6)u_int8_t:t(16,28)=(0,11)u_int16_t:t(16,29)=(0,9)u_int32_t:t(16,30)=(0,4)u_int64_t:t(16,31)=(0,7)register_t:t(16,32)=(0,1)blkcnt_t:t(16,33)=(7,45)fsblkcnt_t:t(16,34)=(7,47)fsfilcnt_t:t(16,35)=(7,49)/usr/include/fcntl.h/usr/include/bits/fcntl.hflock:T(44,1)=s16l_type:(0,8),0,16;l_whence:(0,8),16,16;l_start:(7,23),32,32;l_len:(7,23),64,32;l_pid:(7,25),96,32;;/usr/include/sys/ioctl.h/usr/include/bits/ioctls.h/usr/include/asm/ioctls.h/usr/include/asm/ioctl.h/usr/include/bits/ioctl-types.hwinsize:T(49,1)=s8ws_row:(0,9),0,16;ws_col:(0,9),16,16;ws_xpixel:(0,9),32,16;ws_ypixel:(0,9),48,16;;termio:T(49,2)=s18c_iflag:(0,9),0,16;c_oflag:(0,9),16,16;c_cflag:(0,9),32,16;c_lflag:(0,9),48,16;c_line:(0,11),64,8;c_cc:(49,3)=ar(0,1);0;7;(0,11),72,64;;/usr/include/sys/ttydefaults.h/usr/include/linux/kd.h/usr/include/linux/types.h/usr/include/linux/posix_types.h/usr/include/linux/stddef.h__kernel_fd_set:t(53,1)=(53,2)=s128fds_bits:(23,4),0,1024;;__kernel_sighandler_t:t(53,3)=(53,4)=*(53,5)=f(0,19)__kernel_key_t:t(53,6)=(0,1)/usr/include/asm/posix_types.h__kernel_dev_t:t(55,1)=(0,9)__kernel_ino_t:t(55,2)=(0,5)__kernel_mode_t:t(55,3)=(0,9)__kernel_nlink_t:t(55,4)=(0,9)__kernel_off_t:t(55,5)=(0,3)__kernel_pid_t:t(55,6)=(0,1)__kernel_ipc_pid_t:t(55,7)=(0,9)__kernel_uid_t:t(55,8)=(0,9)__kernel_gid_t:t(55,9)=(0,9)__kernel_size_t:t(55,10)=(0,4)__kernel_ssize_t:t(55,11)=(0,1)__kernel_ptrdiff_t:t(55,12)=(0,1)__kernel_time_t:t(55,13)=(0,3)__kernel_suseconds_t:t(55,14)=(0,3)__kernel_clock_t:t(55,15)=(0,3)__kernel_daddr_t:t(55,16)=(0,1)__kernel_caddr_t:t(55,17)=(7,35)__kernel_loff_t:t(55,18)=(0,6)__kernel_fsid_t:t(55,19)=(55,20)=s8__val:(7,32),0,64;;/usr/include/asm/types.humode_t:t(56,1)=(0,9)__s8:t(56,2)=(0,10)__u8:t(56,3)=(0,11)__s16:t(56,4)=(0,8)__u16:t(56,5)=(0,9)__s32:t(56,6)=(0,1)__u32:t(56,7)=(0,4)__s64:t(56,8)=(0,6)__u64:t(56,9)=(0,7)ustat:T(52,1)=s20f_tfree:(55,16),0,32;f_tinode:(55,2),32,32;f_fname:(52,2)=ar(0,1);0;5;(0,2),64,48;f_fpack:(52,2),112,48;;consolefontdesc:T(51,1)=s8charcount:(0,9),0,16;charheight:(0,9),16,16;chardata:(7,35),32,32;;scrnmap_t:t(51,2)=(0,2)unipair:T(51,3)=s4unicode:(0,9),0,16;fontpos:(0,9),16,16;;unimapdesc:T(51,4)=s8entry_ct:(0,9),0,16;entries:(51,5)=*(51,3),32,32;;unimapinit:T(51,6)=s6advised_hashsize:(0,9),0,16;advised_hashstep:(0,9),16,16;advised_hashlevel:(0,9),32,16;;kbentry:T(51,7)=s4kb_table:(0,11),0,8;kb_index:(0,11),8,8;kb_value:(0,9),16,16;;kbsentry:T(51,8)=s513kb_func:(0,11),0,8;kb_string:(51,9)=ar(0,1);0;511;(0,11),8,4096;;kbdiacr:T(51,10)=s3diacr:(0,11),0,8;base:(0,11),8,8;result:(0,11),16,8;;kbdiacrs:T(51,11)=s772kb_cnt:(0,4),0,32;kbdiacr:(51,12)=ar(0,1);0;255;(51,10),32,6144;;kbkeycode:T(51,13)=s8scancode:(0,4),0,32;keycode:(0,4),32,32;;hwclk_time:T(51,14)=s28sec:(0,4),0,32;min:(0,4),32,32;hour:(0,4),64,32;day:(0,4),96,32;mon:(0,4),128,32;year:(0,4),160,32;wday:(0,1),192,32;;kbd_repeat:T(51,15)=s8delay:(0,1),0,32;rate:(0,1),32,32;;console_font_op:T(51,16)=s24op:(0,4),0,32;flags:(0,4),32,32;width:(0,4),64,32;height:(0,4),96,32;charcount:(0,4),128,32;data:(51,17)=*(0,11),160,32;;TDrvLoad:t(57,1)=(57,2)=xs_DrvLoad:_DrvLoad:T(57,2)=s28ulRegKey:(0,5),0,32;pbRegPath:(51,17),32,32;pbSWPath:(51,17),64,32;usRegFlags:(0,9),96,16;pvDrvObj:(6,2),128,32;pvDevObj:(6,2),160,32;pvRegInfo:(6,2),192,32;;../inc/cifdev_i.htagMSG_STRUC:T(58,1)=s288rx:(0,11),0,8;tx:(0,11),8,8;ln:(0,11),16,8;nr:(0,11),24,8;a:(0,11),32,8;f:(0,11),40,8;b:(0,11),48,8;e:(0,11),56,8;data:(58,2)=ar(0,1);0;254;(0,11),64,2040;dummy:(58,3)=ar(0,1);0;24;(0,11),2104,200;;MSG_STRUC:t(58,4)=(58,1)tagIOINFO:T(58,5)=s6bComBit:(0,11),0,8;bIOExchangeMode:(0,11),8,8;ulIOExchangeCnt:(0,5),16,32;;IOINFO:t(58,6)=(58,5)tagVERSIONINFO:T(58,7)=s32ulDate:(0,5),0,32;ulDeviceNo:(0,5),32,32;ulSerialNo:(0,5),64,32;ulReserved:(0,5),96,32;PcOsName0:(58,8)=ar(0,1);0;3;(0,11),128,32;PcOsName1:(58,8),160,32;PcOsName2:(58,8),192,32;OemIdentifier:(58,8),224,32;;VERSIONINFO:t(58,9)=(58,7)tagFIRMWAREINFO:T(58,10)=s32FirmwareName:(58,11)=ar(0,1);0;15;(0,11),0,128;FirmwareVersion:(58,11),128,128;;FIRMWAREINFO:t(58,12)=(58,10)tagTASKSTATE:T(58,13)=s64TaskState:(58,14)=ar(0,1);0;63;(0,11),0,512;;TASKSTATE:t(58,15)=(58,13)tagTASKPARAM:T(58,16)=s64TaskParameter:(58,14),0,512;;TASKPARAM:t(58,17)=(58,16)tagRAWDATA:T(58,18)=s1022abRawData:(58,19)=ar(0,1);0;1021;(0,11),0,8176;;RAWDATA:t(58,20)=(58,18)tagTASKINFO:T(58,21)=s112tInfo:(58,22)=ar(0,1);0;6;(58,23)=s16TaskName:(58,24)=ar(0,1);0;7;(0,2),0,64;Version:(0,9),64,16;TaskCondition:(0,11),80,8;reserved:(58,25)=ar(0,1);0;4;(0,11),88,40;;,0,896;;TASKINFO:t(58,26)=(58,21)tagRCSINFO:T(58,27)=s8RcsVersion:(0,9),0,16;RcsError:(0,11),16,8;HostWatchDog:(0,11),24,8;DevWatchDog:(0,11),32,8;SegmentCount:(0,11),40,8;DeviceAdress:(0,11),48,8;DriverType:(0,11),56,8;;RCSINFO:t(58,28)=(58,27)tagDEVINFO:T(58,29)=s6DpmSize:(0,11),0,8;DevType:(0,11),8,8;DevModel:(0,11),16,8;DevIdentifier:(58,30)=ar(0,1);0;2;(0,11),24,24;;DEVINFO:t(58,31)=(58,29)tagBOARD_INFO:T(58,32)=s58abDriverVersion:(58,11),0,128;tBoard:(58,33)=ar(0,1);0;3;(58,34)=s10usBoard:(0,9),0,16;usAvailable:(0,9),16,16;ulPhysicalAddress:(0,5),32,32;usIrq:(0,9),64,16;;,128,320;usBoards_detected:(0,9),448,16;;BOARD_INFO:t(58,35)=(58,32)tagDRIVERINFO:T(58,36)=s33OpenCnt:(0,5),0,32;CloseCnt:(0,5),32,32;ReadCnt:(0,5),64,32;WriteCnt:(0,5),96,32;IRQCnt:(0,5),128,32;InitMsgFlag:(0,11),160,8;ReadMsgFlag:(0,11),168,8;WriteMsgFlag:(0,11),176,8;LastFunction:(0,11),184,8;WriteState:(0,11),192,8;ReadState:(0,11),200,8;HostFlags:(0,11),208,8;MyDevFlags:(0,11),216,8;ExComBit:(0,11),224,8;ExIOCnt:(0,5),232,32;;DRIVERINFO:t(58,37)=(58,36)tagBOARD_INFOEX:T(58,38)=s500abDriverVersion:(58,11),0,128;tBoard:(58,39)=ar(0,1);0;3;(58,40)=s121usBoard:(0,9),0,16;usAvailable:(0,9),16,16;ulPhysicalAddress:(0,5),32,32;usIrq:(0,9),64,16;tDriverInfo:(58,37),80,264;tFirmware:(58,12),344,256;tDeviceInfo:(58,31),600,48;tRcsInfo:(58,28),648,64;tVersion:(58,9),712,256;;,128,3872;;BOARD_INFOEX:t(58,41)=(58,38)tagCOMSTATE:T(58,42)=s68usMode:(0,9),0,16;usStateFlag:(0,9),16,16;abState:(58,14),32,512;;COMSTATE:t(58,43)=(58,42)cif_ioctl_data:T(58,44)=s16lInpBuffLen:(0,5),0,32;lOutBuffLen:(0,5),32,32;pInpBuff:(51,17),64,32;pOutBuff:(51,17),96,32;;cif_ioctl_data:t(58,45)=(58,44)tagDEVIO_SETOPMODE:T(58,46)=s7usBoard:(0,9),0,16;usMode:(0,9),16,16;ucIrq:(0,11),32,8;sError:(0,8),40,16;;DEVIO_SETOPMODE:t(58,47)=(58,46)tagDEVIO_GETBOARDINFOCMD:T(58,48)=s10usDevNumber:(0,9),0,16;usInfoLen:(0,9),16,16;ptBoardInfo:(58,49)=*(58,35),32,32;sError:(0,8),64,16;;DEVIO_GETBOARDINFOCMD:t(58,50)=(58,48)tagDEVIO_GETBOARDINFOEXCMD:T(58,51)=s10usDevNumber:(0,9),0,16;usInfoLen:(0,9),16,16;ptBoard:(58,52)=*(58,41),32,32;sError:(0,8),64,16;;DEVIO_GETBOARDINFOEXCMD:t(58,53)=(58,51)tagDEVIO_RESETCMD:T(58,54)=s14usBoard:(0,9),0,16;usMode:(0,9),16,16;ulTimeout:(0,5),32,32;ulDpmSize:(0,5),64,32;sError:(0,8),96,16;;DEVIO_RESETCMD:t(58,55)=(58,54)tagDEVIO_PUTPARAMETERCMD:T(58,56)=s72usBoard:(0,9),0,16;usTaskParamNum:(0,9),16,16;usTaskParamLen:(0,9),32,16;TaskParameter:(58,14),48,512;sError:(0,8),560,16;;DEVIO_PUTPARAMETERCMD:t(58,57)=(58,56)tagDEVIO_PUTMESSAGECMD:T(58,58)=s296usBoard:(0,9),0,16;tMsg:(58,4),16,2304;ulTimeout:(0,5),2320,32;sError:(0,8),2352,16;;DEVIO_PUTMESSAGECMD:t(58,59)=(58,58)tagDEVIO_GETMESSAGECMD:T(58,60)=s300usBoard:(0,9),0,16;ulTimeout:(0,5),16,32;ulMsgSize:(0,5),48,32;tMsg:(58,4),80,2304;sError:(0,8),2384,16;;DEVIO_GETMESSAGECMD:t(58,61)=(58,60)tagDEVIO_GETTASKSTATECMD:T(58,62)=s71ucBoard:(0,11),0,8;usStateNum:(0,9),8,16;usStateLen:(0,9),24,16;TaskState:(58,14),40,512;sError:(0,8),552,16;;DEVIO_GETTASKSTATECMD:t(58,63)=(58,62)tagDEVIO_MBXINFOCMD:T(58,64)=s7ucBoard:(0,11),0,8;usDevMbxState:(0,9),8,16;usHostMbxState:(0,9),24,16;sError:(0,8),40,16;;DEVIO_MBXINFOCMD:t(58,65)=(58,64)tagDEVIO_TRIGGERCMD:T(58,66)=s12usBoard:(0,9),0,16;usMode:(0,9),16,16;ulTimeout:(0,5),32,32;usTriggerValue:(0,9),64,16;sError:(0,8),80,16;;DEVIO_TRIGGERCMD:t(58,67)=(58,66)tagDEVIO_GETDEVINFOCMD:T(58,68)=s12usBoard:(0,9),0,16;usInfoArea:(0,9),16,16;usInfoLen:(0,9),32,16;pabInfoData:(51,17),48,32;sError:(0,8),80,16;;DEVIO_GETDEVINFOCMD:t(58,69)=(58,68)tagDEVIO_EXITCMD:T(58,70)=s6usBoard:(0,9),0,16;usDrvOpenCount:(0,9),16,16;sError:(0,8),32,16;;DEVIO_EXITCMD:t(58,71)=(58,70)tagDEVIO_GETPARAMETERCMD:T(58,72)=s72usBoard:(0,9),0,16;usTaskParamNum:(0,9),16,16;usTaskParamLen:(0,9),32,16;TaskParameter:(58,14),48,512;sError:(0,8),560,16;;DEVIO_GETPARAMETERCMD:t(58,73)=(58,72)tagDEVIO_EXIOCMD:T(58,74)=s24usBoard:(0,9),0,16;usSendOffset:(0,9),16,16;usSendLen:(0,9),32,16;pabSendData:(51,17),48,32;usReceiveOffset:(0,9),80,16;usReceiveLen:(0,9),96,16;pabReceiveData:(51,17),112,32;ulTimeout:(0,5),144,32;sError:(0,8),176,16;;DEVIO_EXIOCMD:t(58,75)=(58,74)tagDEVIO_EXIOCMDEX:T(58,76)=s26usBoard:(0,9),0,16;usSendOffset:(0,9),16,16;usSendLen:(0,9),32,16;pabSendData:(51,17),48,32;usReceiveOffset:(0,9),80,16;usReceiveLen:(0,9),96,16;pabReceiveData:(51,17),112,32;ulTimeout:(0,5),144,32;sError:(0,8),176,16;usMode:(0,9),192,16;;DEVIO_EXIOCMDEX:t(58,77)=(58,76)tagDEVIO_EXIOCMDERR:T(58,78)=s28usBoard:(0,9),0,16;usSendOffset:(0,9),16,16;usSendLen:(0,9),32,16;pabSendData:(51,17),48,32;usReceiveOffset:(0,9),80,16;usReceiveLen:(0,9),96,16;pabReceiveData:(51,17),112,32;ulTimeout:(0,5),144,32;sError:(0,8),176,16;ptStateData:(58,79)=*(58,43),192,32;;DEVIO_EXIOCMDERR:t(58,80)=(58,78)tagDEVIO_READSENDCMD:T(58,81)=s12usBoard:(0,9),0,16;usReadOffset:(0,9),16,16;usReadLen:(0,9),32,16;pabReadData:(51,17),48,32;sError:(0,8),80,16;;DEVIO_READSENDCMD:t(58,82)=(58,81)tagDEVIO_EXTDATACMD:T(58,83)=s10usBoard:(0,9),0,16;usMode:(0,9),16,16;pabExtData:(51,17),32,32;sError:(0,8),64,16;;DEVIO_EXTDATACMD:t(58,84)=(58,83)tagDEVIO_GETMBXCMD:T(58,85)=s584usBoard:(0,9),0,16;usDevLen:(0,9),16,16;usHostLen:(0,9),32,16;abHostMbx:(58,86)=ar(0,1);0;287;(0,11),48,2304;abDevMbx:(58,86),2352,2304;sError:(0,8),4656,16;;DEVIO_GETMBXCMD:t(58,87)=(58,85)tagDEVIO_RWRAWDATACMD:T(58,88)=s14usBoard:(0,9),0,16;usMode:(0,9),16,16;usOffset:(0,9),32,16;usLen:(0,9),48,16;pabData:(51,17),64,32;sError:(0,8),96,16;;DEVIO_RWRAWDATACMD:t(58,89)=(58,88)tagDEVIO_RWDPMDATACMD:T(58,90)=s14usBoard:(0,9),0,16;usMode:(0,9),16,16;usOffset:(0,9),32,16;usLen:(0,9),48,16;pabData:(51,17),64,32;sError:(0,8),96,16;;DEVIO_RWDPMDATACMD:t(58,91)=(58,90)tagDEVIO_GETDPMPTR:T(58,92)=s22usMode:(0,9),0,16;usBoard:(0,9),16,16;pvUserData:(6,2),32,32;pulDPMSize:(58,93)=*(0,5),64,32;pDPMBase:(58,94)=*(51,17),96,32;lError:(0,5),128,32;sError:(0,8),160,16;;DEVIO_GETDPMPTR:t(58,95)=(58,92)rcsdef.hhDevDrv:G(0,1)DrvOpenCount:S(0,9)DEV_DPM_SIZEtag:T(0,20)=s8ulDpmSize:(0,5),0,32;ulDpmIOSize:(0,5),32,32;;DEV_DPM_SIZE:t(0,21)=(0,20)tDevDPMSize:G(0,22)=ar(0,1);0;3;(0,21)DevOpenDriver:F(0,8)DevCloseDriver:F(0,8)DevGetBoardInfo:F(0,8)pvData:p(58,49)tBuffer:(0,23)=*(58,50)ptBoardInfo:(58,49)DevGetBoardInfoEx:F(0,8)pvData:p(58,52)tBuffer:(0,24)=*(58,53)ptBoardInfoEx:(58,52)DevSetOpMode:F(0,8)usMode:p(0,1)ucIrq:p(51,17)tBuffer:(58,47)DevInitBoard:F(0,8)usDevNumber:p(0,1)usDevNumber:(0,9)tBuffer:(58,55)DevReset:F(0,8)ulTimeout:p(0,5)usDevNumber:(0,11)lBytesReturned:(0,5)DevGetInfo:F(0,8)usInfoArea:p(0,1)usSize:p(0,1)pvData:p(6,2)usInfoArea:(0,9)usSize:(0,9)tBuffer:(58,69)DevPutTaskParameter:F(0,8)usNumber:p(0,1)usNumber:(0,9)tBuffer:(58,57)DevGetTaskState:F(0,8)tBuffer:(58,63)DevGetMBXState:F(0,8)pusDevMbxState:p(0,25)=*(0,9)pusHostMbxState:p(0,25)tBuffer:(58,65)DevGetMBXData:F(0,8)usHostSize:p(0,1)pvHostData:p(6,2)usDevSize:p(0,1)pvDevData:p(6,2)usHostSize:(0,9)usDevSize:(0,9)tBuffer:(58,87)DevExitBoard:F(0,8)tBuffer:(58,71)usDrvOpenCount:(0,9)DevReadSendData:F(0,8)usOffset:p(0,1)usOffset:(0,9)tBuffer:(58,82)DevTriggerWatchDog:F(0,8)pusDevWatchDog:p(0,25)tBuffer:(58,67)DevSpecialControl:F(0,8)pusCtrlAck:p(0,25)DevExtendedData:F(0,8)tBuffer:(58,84)DevGetTaskParameter:F(0,8)tBuffer:(58,73)DevReadWriteDPMData:F(0,8)tBuffer:(58,91)DevReadWriteDPMRaw:F(0,8)tBuffer:(58,89)DevExchangeIO:F(0,8)usSendOffset:p(0,1)usSendSize:p(0,1)pvSendData:p(6,2)usReceiveOffset:p(0,1)usReceiveSize:p(0,1)pvReceiveData:p(6,2)usSendSize:(0,9)usReceiveOffset:(0,9)usReceiveSize:(0,9)tBuffer:(58,75)lRet:(0,1)DevExchangeIOEx:F(0,8)tBuffer:(58,77)DevExchangeIOErr:F(0,8)ptState:p(58,79)tBuffer:(58,80)DevSetHostState:F(0,8)DevPutMessage:F(0,8)ptMessage:p(0,26)=*(58,4)tBuffer:(58,59)DevGetMessage:F(0,8)ptMessage:p(0,26)tBuffer:(58,61)tagFILEDATA:T(0,27)=s12fd:(0,1),0,32;pabBuffer:(7,35),32,32;lSize:(0,3),64,32;;FILEDATA:t(0,28)=(0,27)tagDEVICE_TYPE_INFO:T(0,29)=s4bHerstellerkennung:(0,11),0,8;bDeviceType:(0,11),8,8;bDeviceModel:(0,11),16,8;bReserve3:(0,11),24,8;;DEVICE_TYPE_INFO:t(0,30)=(0,29)closeFile:F(0,19)ptFile:p(0,31)=*(0,28)openFile:F(0,8)fileName:p(0,32)=*(0,2)ptFile:p(0,31)lNumberOfBytesRead:(0,5)FreeRecvMailbox:F(0,8)tRecvMsg:(58,4)usDevState:(0,9)usHostState:(0,9)CreateChecksum:F(0,9)pabData:p(51,17)lDataLen:p(0,3)ptSendMsg:p(0,26)lIdx:(0,3)lTempLen:(0,3)usCheckSum:(0,9)usTemp:(0,9)pByte:(51,17)TransferMessage:F(0,8)ptRecvMsg:p(0,26)lTimeout:p(0,3)lCount:(0,3)ReadDeviceInformation:F(0,8)fileName:p(0,32)dwStrLen:(0,3)tSendMsg:(58,4)pInfo:(0,33)=*(0,30)RunFirmwareDownload:F(0,8)pdwByte:p(58,93)lFileLength:(0,3)lSendLen:(0,3)lActIdx:(0,3)pabData:(51,17)dwState:(0,5)RunConfigDownload:F(0,8)lOffset:(0,3)ab1StMsgBuf1:(58,11)ab1StMsgBuf2:(0,34)=ar(0,1);0;59;(0,11)FirmwareDownload:F(0,8)tFileData:(0,28)ConfigDownload:F(0,8)sRet:(0,9)DevDownload:F(0,8)pszFileName:p(51,17)pdwBytes:p(0,35)=*(0,3)pageDrvFun.cfTimerWdog:G(0,1)WATCHDOG_TRIGGER:G(0,11)DrvFunPage:G(31,20)usResetFun:G(4,2)usHostState:G(4,2)usRWRfun:G(4,2)usSpCtrlState:G(4,2)usTASKStateArea:G(0,9)usTaskParamArea:G(0,9)usTASKStateSize:G(0,9)usTASKParamSize:G(0,9)usTASKParamSizePut:G(0,9)lTimeout:G(0,3)CloseDialog_:F(0,19)CloseTriggerWatchdogDialog_:F(0,19)ClosingDialog:F(0,19)DlgQuit:F(0,19)Popup:F(0,19)szMessage:p(96,8)label:V(31,20)dialog_window:(31,20)combo_ResetFunSel:F(0,19)combo_HStateSelect:F(0,19)combo_TStateSelect:F(0,19)combo_TParamSelect:F(0,19)make_menu_item:F(31,20)name:p(4,88)callback:p(24,21)item:(31,20)CreateMenuCombobox:F(31,20)CrMenuComboSHS:F(31,20)CrMenuComboPTSKP:F(31,20)CrMenuComboGTSKP:F(31,20)CrMenuComboGTSKS:F(31,20)SetHOSTS:F(0,19)str:(4,88)DevReset_:F(0,19)buff:(0,21)=ar(0,1);0;95;(0,2)DlgResetDev:F(0,19)YesFunc:p(24,22)NoFunc:p(24,22)box:(31,20)ResetDev:F(0,19)DlgSetHostState:F(0,19)SetHostState:F(0,19)DlgGetTaskState:F(0,19)defaultstyle:(31,19)style:(34,1)DoGetTaskState:F(0,19)abTaskState:(156,14)buff:(0,22)=ar(0,1);0;95;(0,2)GetTaskState:F(0,19)WatchdogStart:F(0,19)usDevWatchDog:(0,9)DoTriggerWDog:F(0,19)lTime:(0,3)buff:(0,24)=ar(0,1);0;95;(0,2)DlgTriggerWDog:F(0,19)DevTriggerWatchdog:F(0,19)DlgPutTaskParam:F(0,19)DoPutTaskParam:F(0,19)abTaskParam:(156,14)chPutParam:(96,8)PutTaskParam:F(0,19)DlgGetTaskParam:F(0,19)DoGetTaskParam:F(0,19)GetTaskParam:F(0,19)Download:F(0,19)buff:(0,27)=ar(0,1);0;127;(0,2)dwNumOfBytes:(0,5)fileName:(96,8)GetMBXSTATE:F(0,19)usHOSTState:(0,9)usDEVICEState:(0,9)buff:(0,28)=ar(0,1);0;95;(0,2)DlgGetMBXState:F(0,19)GetMBXState:F(0,19)GetMBXDATA:F(0,19)tDevBuffer:(156,4)tHostBuffer:(156,4)DlgGetMBXData:F(0,19)tableR:(31,20)GetMBXData:F(0,19)ReadSendDATA:F(0,19)abDataBuffer:(0,30)=ar(0,1);0;511;(0,11)lSize:(0,3)DlgReadSendData:F(0,19)ReadSendData:F(0,19)combo_SpecialCtrl:F(0,19)CrMenuComboSPC:F(31,20)DlgSpecialCtrl:F(0,19)DoSpecialCtrl:F(0,19)usDeviceState:(0,9)SetSpecialControl:F(0,19)combo_RWR:F(0,19)CrMenuComboRWR:F(31,20)DlgRWRaw:F(0,19)tableW:(31,20)vscrollbarW:(31,20)vscrollbarR:(31,20)DoRWRaw:F(0,19)tDataBuffer:(156,20)chWriteRaw:(4,88)RWRaw:F(0,19)create_bbox1:F(31,20)group:p(4,4)PopulateDrvFun:F(0,19)TimerWdog:G(4,4)DevMBXData:G(31,20)HOSTMBXData:G(31,20)context_id_DrvFun:G(4,4)status_bar_DrvFun:G(31,20)MBXStateDEV:G(31,20)MBXStateHOST:G(31,20)CtrlState:G(31,20)WdogVal:G(31,20)WdogInterv:G(31,20)StartWdog:G(31,20)ReadSndData:G(31,20)ReadSndOff:G(31,20)ReadSndLen:G(31,20)RWRawOff:G(31,20)RWRawLen:G(31,20)RWRawWData:G(31,20)RWRawRData:G(31,20)ResetTimeout:G(31,20)TASKStateSize:G(31,20)valTaskState:G(31,20)TaskParamSize:G(31,20)valTaskParam:G(31,20)TaskParamSizePut:G(31,20)valTaskParamPut:G(31,20)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)GCC: (GNU) 2.95.2 19991024 (release)01.0101.0101.0101.0101.0101.0101.0101.0101.0101.0101.01.symtab.strtab.shstrtab.interp.note.ABI-tag.hash.dynsym.dynstr.gnu.version.gnu.version_r.rel.got.rel.bss.rel.plt.init.plt.text.fini.rodata.data.eh_frame.ctors.dtors.got.dynamic.bss.stab.stabstr.comment.note# 1(( 7 ̌ ?̪*GonnGTo00K c PPKl XXKu ``K ~O1P @@YLt, @@Ld MMMMT  PQH QЯ OUVHWX<^"P ,(̪̌n0PX `   @ @ H d "d ) p 4D8FHRp h{   L) P P    " L" ")@ "c :JlSp^ ^ Ll`7 ~  ( " D"  l"K ,(@<w $ 0$ L]1\DClw[e|D: p  @  DpZ +4=tF`E Sa% qD@0 p PGv x  ( (%8, G Pc= s* % x/ \P  ,+2=<JJL"kt s\plD4T|46 A$.p 8L^ C`o SP \K, l  7p  b    /P2 ;O DOP `p 5 | >$ 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0ustar rootroot GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. 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If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. 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If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. cifv1003/README0100644000000000000000000000726007213753476011713 0ustar rootroot********************************************** CIF Device Driver V1.003 ********************************************** Developed and tested with Kernel 2.2.10, 2.2.14, 2.2.16 1. CIF Device Driver, Release V1.003 1.1 ISA boards 2. Driver Setup and Test Program 3. Console Demo 4. Changes 5. Copyright ---------------------------------------------- 1. CIF Device Driver, Release V1.003 Our CIF Device Driver in actual release V1.003 supports CIF-50 PCI and CIF-30/CIF-104 ISA cards. Actual developments are always to find on our Home Page www.Hilscher.com. To load and unload a driver - cif.o (located in 'src/' subdirectory of the installation directory) please use 'cif_load' and 'cif_unload' scripts. PCI cards are autodetected by driver. If you use ISA cards, you have to pass load parameters to the driver. 1.1 ISA boards These parameters are: DPM-address, DPM-size and IRQ-number. you can have plugged up to four Hilscher communication Boards at a time, so you can pass up to four DPM-addresses, DPM-sizes and IRQ-numbers. The best way to describe this is by showing a few samples of the command line. ./cif_load dpm_add=0xCA000 dpm_len=0x2 irq=11 if there is only one ISA board plugged with appropriate jumper settings. If you want the board to operate in polling mode simply pass IRQ-number 0: ./cif_load dpm_add=0xCA000 dpm_len=0x2 irq=0 ./cif_load dpm_add=0xCA000,0xCB000,0xCC000,0xCD000 dpm_len=0x2,0x8,0x6,0x8 irq=11,9,12,14 if there are four ISA boards plugged with appropriate jumper settings Note: On Intel platforms, DPM-addresses for ISA boards are in range 640KB-1MB (0xA0000 to 0xFFFFF). Do not forget to tag IRQ-number, You are going to use for ISA card, in BIOS as an ISA IRQ. --------------------------------------------------------------------------------------------------- 2. Driver Setup and Test Program The Driver test program was developed with GTK+ version 1.2.8. For GNU Library General Public License agreement and library itself refer to the www.gtk.org CIF Driver Setup and Test Program can help You to understand how to call Driver Functions. API for Driver itself is linked to the application as an object file (cifAPI.o), see Makefile in 'test/' subdirectory of intstallation directory. You can modify CIF Driver Setup and Test Program for your own needs. -------------------------------------------------------------------------------------------------- 3. Console Demo If you want to test our Driver not in X-Windows Environment, there is a simple console demo program incuded in package. -------------------------------------------------------------------------------------------------- 4. Changes -- GPL'd -- revised -- works with kernel 2.2.16 -------------------------------------------------------------------------------------------------- 5. Copyright ======================================================================== Complete package is copyrighted by Hilscher GmbH and is licensed through the GNU General Public License. You should have received a copy of the GNU Library General Public License along with this package; if not, please refer to www.gnu.org ======================================================================== We have tested and verified all the functions to the best of our ability, but You may miss some features in Driver or in Test Program or even find errors we have possibly made while coding. Please let us know about any errors you find, as well as your suggestions for future releases. You can send us an email to: DTsaava@Hilscher.com Hattersheim, December 2000.