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PathSupport.c
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//==============================================================================
// Include files
#include "defines.h"
#include "PathSupport.h"
#include "GlobalDefines.h"
#include <ansi_c.h>
#include <utility.h>
#include "TE_GlobalDefines.h"
#include "GUI.h"
#include "clb.h"
#include "TE_Equipment.h"
#include "formatio.h"
//==============================================================================
// Constants
//==============================================================================
// Types
typedef int (*path_func)( int *pHandle, char *pAddress, char *pPathString , char **pRespondsString );
//==============================================================================
// Static global variables
//==============================================================================
// Static functions
//==============================================================================
// Global variables
int VarGetString( int handle , int vartype , unsigned long long linked , char* name, char** string);
int VarSetString( int handle , int vartype , unsigned long long linked , char* name, char* string);
int VarGetInt( int handle , int vartype , unsigned long long linked , char* name, int** data);
int VarSetInt( int handle , int vartype , unsigned long long linked , char* name, int count, int* data);
int VarGetStringArray( int handle , int vartype , unsigned long long linked , char* name, char*** string);
int GetEquipmentHandle ( int handle , int iType , char *pszAlias , int iNumber , int bAllowCreate , int *pEquipmentHandle );
//==============================================================================
// Global functions
STD_ERROR PATH_SetPath( int handle , int iType , int iCalibPathPartIndex , char *pDeviceAddress , char *pszForcePathName , int *pSkipThisPath , ... )
{
STD_ERROR StdError = {0};
path_func fpCurrentPathFunction = NULL;
char szPathVariableName[LOW_STRING] = {0},
szPathNameFormated[LOW_STRING] = {0},
szDeviceAlias[LOW_STRING] = {0};
char *pGetString = NULL,
*pPathString = NULL,
*pPathFunction = NULL,
*pPathPartName = NULL,
*pPathPartAlias = NULL,
*pPathFrequencies = NULL,
*pCurrentPathName = NULL,
*pPathDeviceAddress = NULL,
*pszPreviousPathName = NULL,
*pPathPartDescription = NULL,
*pCurrentPathPartName = NULL,
*pCurrentPathDescription = NULL,
*pPathManualConnectionDescription = NULL,
*pPathManualConnectionPicture = NULL,
*pLastPathManualConnectionDescription = NULL;
char **pStringArray = NULL;
int *pDisablePopupPathInstructions = NULL,
*pSkipSamePathIgnoration = NULL,
*pCurrentPathPartDisabled = NULL,
*pCurrentPathCalibratableStatus = NULL,
*pCurrentPathTestStepsQuantity = NULL;
tsMainStore *pMainStore = NULL,
tMainStore = {0};
int hMainHandle = 0;
tsSlotStore *ptCurrentSlote = NULL;
int iSelectedTestIndex = 0,
iEquipmentUseIndex = 0,
iPathQuantity = 0,
iSlotIndex = 0,
iPathPartIndex = 0,
iCurrentFrequencyIndex = 0,
iCalibratedPathListIndex = 0,
iPathPartsQuantity = 0,
iTrySetPathIndex = 0,
iPathIndex = 0;
int bSkipSamePathIgnoration = 0;
va_list parametersList = {0};
int bPathSetError = 0,
bEquipmentFound = 0;
int bUserBreak = 0,
bSkipped = 0,
bMainPathExists = 0,
bPathControlSupporting = 0;
int hPathModuleRefHandle = 0,
hUnitUnderTestModuleRefHandle = 0;
unsigned long long hCurrentSelectedVersionId = 0,
ullLinkedID = 0,
hCurrentTestId = 0;
double lfCurrentFrequency = 0.0;
int iSlotNumber = 0;
va_start( parametersList , pSkipThisPath );
CHK_CMT( CmtGetTSVPtr ( handle , &ptCurrentSlote ));
hMainHandle = ptCurrentSlote->hMainStoreHandle;
iSelectedTestIndex = ptCurrentSlote->iCurrentTestIndex;
hCurrentSelectedVersionId = ptCurrentSlote->hCurrentSelectedVersionId;
iSlotIndex = ptCurrentSlote->iSlotIndex;
CALLOC_COPY_STRING( pLastPathManualConnectionDescription , ptCurrentSlote->pLastPathManualConnectionDescription );
CALLOC_COPY_STRING( pszPreviousPathName , ptCurrentSlote->pszPreviousPathName );
if (( ptCurrentSlote->bRunMultiThread ) || ( ptCurrentSlote->iSelectedNumberOfSlots > 1 ) || ( ptCurrentSlote->iMaxNumberOfSlotsToSelect > 1 ))
iSlotNumber = ptCurrentSlote->iSlotIndex + 1;
CHK_CMT(CmtReleaseTSVPtr (handle));
CHK_CMT( CmtGetTSVPtr ( hMainHandle , &pMainStore ));
pMainStore->bLastPathCommandHasApplied = 0;
memcpy( &tMainStore , pMainStore , sizeof(tsMainStore));
CHK_CMT(CmtReleaseTSVPtr (hMainHandle));
CHK_CMT( CmtGetTSVPtr ( handle , &ptCurrentSlote ));
iPathQuantity = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptDB_Test->number_of_paths;
iPathIndex = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].iCurrentPathIndex;
iPathPartsQuantity = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptDB_Test->number_of_path_parts;
if (iPathPartsQuantity < 0 )
iPathPartsQuantity = 0;
fpCurrentPathFunction = NULL;
if ( ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].dllPathHandle )
fpCurrentPathFunction = (path_func) ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].pPathApplyFunction;
hCurrentTestId = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptDB_Test->id;
hPathModuleRefHandle = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].hPathModuleRefHandle;
CALLOC_COPY_STRING( pPathFunction , ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptDB_Test->path_function );
iCurrentFrequencyIndex = ptCurrentSlote->iCurrentFrequencyIndex;
if ( ptCurrentSlote->ptlFrequencies && ( iCurrentFrequencyIndex < ptCurrentSlote->ptlFrequencies->count))
lfCurrentFrequency = ptCurrentSlote->ptlFrequencies->frequencies[iCurrentFrequencyIndex].frequency;
CHK_CMT(CmtReleaseTSVPtr (handle));
switch (iType)
{
case PATH_TYPE_CURRENT:
IF (( iPathQuantity == 0 ) , "No Paths defined" );
break;
case PATH_TYPE_INDEX:
IF (( iPathQuantity == 0 ) , "No Paths defined" );
iPathIndex = va_arg(parametersList, int);
break;
case PATH_TYPE_NAME:
pGetString = va_arg(parametersList, char*);
if ( pGetString )
FREE_CALLOC_COPY_STRING(pCurrentPathName,pGetString);
break;
case PATH_TYPE_VALUE:
pGetString = va_arg(parametersList, char*);
if ( pGetString )
FREE_CALLOC_COPY_STRING(pPathString,pGetString);
iPathPartsQuantity = va_arg(parametersList, int);
break;
default:
break;
}
VarGetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , "DisablePopupPathInstructions" , &pDisablePopupPathInstructions );
if ( pDisablePopupPathInstructions == NULL )
{
CALLOC( pDisablePopupPathInstructions , 1 , sizeof(int));
VarSetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , "DisablePopupPathInstructions" , 1 , pDisablePopupPathInstructions );
}
if ( tMainStore.iSpecGroup != CALIBRATION_SPEC_GROUP )
{
VarGetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , "SkipSamePathIgnoration" , &pSkipSamePathIgnoration );
if ( pSkipSamePathIgnoration == NULL )
{
CALLOC( pSkipSamePathIgnoration , 1 , sizeof(int));
VarSetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , "SkipSamePathIgnoration" , 1 , pSkipSamePathIgnoration );
}
}
else
{
VarGetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , "Calibration_SkipSamePathIgnoration" , &pSkipSamePathIgnoration );
if ( pSkipSamePathIgnoration == NULL )
{
CALLOC( pSkipSamePathIgnoration , 1 , sizeof(int));
*pSkipSamePathIgnoration = 1;
VarSetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , "Calibration_SkipSamePathIgnoration" , 1 , pSkipSamePathIgnoration );
}
}
if ( pSkipSamePathIgnoration )
bSkipSamePathIgnoration = *pSkipSamePathIgnoration;
if ( pPathString == NULL )
{
if ( pCurrentPathName == NULL )
{
sprintf( szPathVariableName , "Path_%d_Name" , iPathIndex+1 );
if (( VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pCurrentPathName ) <= 0 ) || ( pCurrentPathName == NULL ))
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName, "." );
if ( pCurrentPathName && ( strlen(pCurrentPathName) > 1 ))
bMainPathExists = 1;
sprintf( szPathVariableName , "Path_%d_Description" , iPathIndex+1 );
if (( VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pCurrentPathDescription ) <= 0 ) || ( pCurrentPathDescription == NULL ))
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName, "." );
sprintf( szPathVariableName , "Path_%d_Calibratable" , iPathIndex+1 );
if (( VarGetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pCurrentPathCalibratableStatus ) == 0 ) || ( pCurrentPathCalibratableStatus == NULL ))
{
CALLOC_ERR( pCurrentPathCalibratableStatus , 1 , sizeof(int));
if ( pCurrentPathCalibratableStatus )
{
*pCurrentPathCalibratableStatus = 1;
VarSetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName, 1 , pCurrentPathCalibratableStatus );
}
}
}
IF (( pCurrentPathName == NULL ) , "Path name is empty" );
}
if ( pCurrentPathName )
{
RemoveSurroundingWhiteSpace (pCurrentPathName);
if ( strstr( pCurrentPathName , "%d" ))
{
sprintf( szPathNameFormated , pCurrentPathName , ( iSlotIndex+1 ));
strcpy( pCurrentPathName , szPathNameFormated );
}
}
if ( pszForcePathName && pSkipThisPath && pszForcePathName && strlen(pszForcePathName) )
{
bSkipped = strcmp( pCurrentPathName , pszForcePathName );
if ( bSkipped )
RETURN;
}
CALLOC_ERR( pCurrentPathPartName , 64 , sizeof(char));
if ( iPathPartsQuantity )
{
sprintf( szPathVariableName , "Path_%d_%d_Alias" , iPathIndex+1 , iCalibPathPartIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathPartAlias );
if ( pPathPartAlias == NULL )
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , "." );
else
{
if ( strstr( pPathPartAlias , "%d" ))
{
sprintf( szPathNameFormated , pPathPartAlias , ( iSlotIndex+1 ));
strcpy( pPathPartAlias , szPathNameFormated );
}
}
sprintf( szPathVariableName , "Path_%d_%d_Disabled" , iPathIndex+1 , iCalibPathPartIndex+1 );
if (( VarGetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pCurrentPathPartDisabled ) == 0 ) || ( pCurrentPathPartDisabled == NULL ))
{
CALLOC_ERR( pCurrentPathPartDisabled , 1 , sizeof(int));
if ( pCurrentPathPartDisabled )
VarSetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName, 1 , pCurrentPathPartDisabled );
}
if (( pCurrentPathPartDisabled ) && ( *pCurrentPathPartDisabled ))
{
if ( tMainStore.iSpecGroup == CALIBRATION_SPEC_GROUP )
{
bSkipped = 1;
RETURN;
}
}
}
if ( iPathQuantity )
{
sprintf( szPathVariableName , "Path_%d_%d_Frequencies" , iPathIndex+1 , iCalibPathPartIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathFrequencies );
if ( pPathFrequencies == NULL )
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , "." );
}
if ( iPathQuantity > 1 )
{
if ( pMainStore->tRunMode == RUN_MODE_CALIBRATION )
sprintf( szPathVariableName , CONFIG_TEST_FORMATED_CALIB_STEPS_QUANTITY , (iPathIndex+1) );
else
sprintf( szPathVariableName , CONFIG_TEST_FORMATED_STEPS_QUANTITY , (iPathIndex+1) );
if (( VarGetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pCurrentPathTestStepsQuantity ) == 0 ) || ( pCurrentPathTestStepsQuantity == NULL ))
{
CALLOC_ERR( pCurrentPathTestStepsQuantity , 1 , sizeof(int));
if ( pCurrentPathTestStepsQuantity )
{
VarSetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName, 1 , pCurrentPathTestStepsQuantity );
}
}
}
if ( pPathString == NULL )
{
do
{
if ( tMainStore.iSpecGroup != CALIBRATION_SPEC_GROUP )
{
if ( pCurrentPathName && strlen(pCurrentPathName) && strcmp(pCurrentPathName , "."))
{
if ( strstr( pCurrentPathName , "%d" ))
{
sprintf( szPathNameFormated , pCurrentPathName , ( iSlotIndex+1 ));
strcpy( pCurrentPathName , szPathNameFormated );
}
if (( VarGetString( hMainHandle , VAR_CONFIG_STATION , tMainStore.hCurrentStationId , pCurrentPathName , &pPathString ) <= 0 ) || ( pPathString == NULL ))
VarSetString( hMainHandle , VAR_CONFIG_STATION , tMainStore.hCurrentStationId , pCurrentPathName, "." );
break;
}
}
if ( iPathPartsQuantity )
{
if ( pPathPartAlias && ( strlen(pPathPartAlias)) && ( pPathPartAlias[0] != '.' ))
{
FREE_CALLOC_COPY_STRING( pCurrentPathPartName , pPathPartAlias );
if ( tMainStore.iSpecGroup == CALIBRATION_SPEC_GROUP )
{
FREE_CALLOC_COPY_STRING( pCurrentPathName , pPathPartAlias );
}
}
else
{
sprintf( pCurrentPathPartName , "%s_%d" , pCurrentPathName , iCalibPathPartIndex+1 );
}
sprintf( szPathVariableName , "Path_%d_%d_Name" , iPathIndex+1 , iCalibPathPartIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathPartName );
if ( pPathPartName == NULL )
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , "." );
if ( pPathPartName && ( strlen(pPathPartName)) && ( pPathPartName[0] != '.' ))
{
FREE_CALLOC_COPY_STRING( pCurrentPathName , pPathPartName );
}
if ( tMainStore.iSpecGroup == CALIBRATION_SPEC_GROUP )
{
sprintf( szPathVariableName , "Path_%d_%d_Description" , iPathIndex+1 , iCalibPathPartIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathPartDescription );
if ( pPathPartDescription == NULL )
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , "." );
if ( pPathPartDescription && ( strlen(pPathPartDescription)) && ( pPathPartDescription[0] != '.' ))
{
FREE_CALLOC_COPY_STRING( pCurrentPathDescription , pPathPartDescription );
}
if (( pCurrentPathCalibratableStatus == NULL ) || ( pCurrentPathCalibratableStatus[0] == 1 ))
{
sprintf( szPathVariableName , "Path_%d_%d_Calibratable" , iPathIndex+1 , iCalibPathPartIndex+1 );
if (( VarGetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pCurrentPathCalibratableStatus ) == 0 ) || ( pCurrentPathCalibratableStatus == NULL ))
{
CALLOC_ERR( pCurrentPathCalibratableStatus , 1 , sizeof(int));
if ( pCurrentPathCalibratableStatus )
{
*pCurrentPathCalibratableStatus = 1;
VarSetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName, 1 , pCurrentPathCalibratableStatus );
}
}
}
sprintf( szPathVariableName , "Path_%d_%d_TestStepsQuantity" , iPathIndex+1 , iCalibPathPartIndex+1 );
if (( VarGetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pCurrentPathTestStepsQuantity ) == 0 ) || ( pCurrentPathTestStepsQuantity == NULL ))
{
CALLOC_ERR( pCurrentPathTestStepsQuantity , 1 , sizeof(int));
if ( pCurrentPathTestStepsQuantity )
{
VarSetInt( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName, 1 , pCurrentPathTestStepsQuantity );
}
}
}
}
else
sprintf( pCurrentPathPartName , "%s" , pCurrentPathName );
if ( pCurrentPathName && strlen(pCurrentPathName) )
{
if ( strlen(pCurrentPathPartName) > 1 )
{
if ( strstr( pCurrentPathPartName , "%d" ))
{
sprintf( szPathNameFormated , pCurrentPathPartName , ( iSlotIndex+1 ));
strcpy( pCurrentPathPartName , szPathNameFormated );
}
if (( VarGetString( hMainHandle , VAR_CONFIG_STATION , tMainStore.hCurrentStationId , pCurrentPathPartName , &pPathString ) <= 0 ) || ( pPathString == NULL ))
VarSetString( hMainHandle , VAR_CONFIG_STATION , tMainStore.hCurrentStationId , pCurrentPathPartName, "." );
}
}
} while(0);
}
if ( pCurrentPathName )
{
RemoveSurroundingWhiteSpace (pCurrentPathName);
if ( strstr( pCurrentPathName , "%d" ))
{
sprintf( szPathNameFormated , pCurrentPathName , ( iSlotIndex+1 ));
strcpy( pCurrentPathName , szPathNameFormated );
}
}
if ( tMainStore.iSpecGroup == CALIBRATION_SPEC_GROUP )
{
if ( pCurrentPathCalibratableStatus && (( *pCurrentPathCalibratableStatus ) == 0 ))
{
bSkipped = 1;
RETURN;
}
CHK_CMT( CmtGetTSVPtr ( hMainHandle , &pMainStore ));
if ( pMainStore->pCalibratedPathList )
{
for( iCalibratedPathListIndex = 0; iCalibratedPathListIndex < pMainStore->iCalibratedPathListCount; iCalibratedPathListIndex++ )
if ( strcmp( pCurrentPathName , pMainStore->pCalibratedPathList[iCalibratedPathListIndex] ) == 0 )
{
bSkipped = 1;
break;
}
}
CHK_CMT(CmtReleaseTSVPtr (hMainHandle));
if ( bSkipped )
RETURN;
}
if( pDeviceAddress == NULL )
{
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , "Path_Device_Address" , &pPathDeviceAddress );
if ( pPathDeviceAddress == NULL )
{
VarGetString( hMainHandle , VAR_CONFIG_UUTVER , hCurrentSelectedVersionId , "Path_Device_Address" , &pPathDeviceAddress );
if ( pPathDeviceAddress == NULL )
VarSetString( hMainHandle , VAR_CONFIG_UUTVER , hCurrentSelectedVersionId , "Path_Device_Address", "." );
}
}
else
{
pPathDeviceAddress = pDeviceAddress;
}
if (( pszPreviousPathName == NULL ) || (strlen(pszPreviousPathName) == 0 ) || ( strcmp(pszPreviousPathName,pCurrentPathName)) || bSkipSamePathIgnoration )
{
if ( tMainStore.iSpecGroup == CALIBRATION_SPEC_GROUP )
{
// Calibration selection path
sprintf( szPathVariableName , "Path_%d_%d_CalibrationConnectDescription" , iPathIndex+1 , iCalibPathPartIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathManualConnectionDescription );
if ( pPathManualConnectionDescription == NULL )
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , "." );
sprintf( szPathVariableName , "Path_%d_%d_CalibrationConnectPicture" , iPathIndex+1 , iCalibPathPartIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathManualConnectionPicture );
if ( pPathManualConnectionPicture == NULL )
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , "." );
do
{
if (( pPathManualConnectionDescription == NULL ) && ( pPathManualConnectionPicture == NULL ))
break;
if ( pPathManualConnectionDescription && ( strlen(pPathManualConnectionDescription) == 1 ) && ( pPathManualConnectionDescription[0] == '.' ) && ( pPathManualConnectionPicture == NULL ))
break;
if ( pPathManualConnectionPicture && ( strlen(pPathManualConnectionPicture) == 1 ) && ( pPathManualConnectionPicture[0] == '.' ) && ( pPathManualConnectionDescription == NULL ))
break;
if ( pPathManualConnectionDescription && ( strlen(pPathManualConnectionDescription) == 1 ) && ( pPathManualConnectionDescription[0] == '.' ) && pPathManualConnectionPicture && ( strlen(pPathManualConnectionPicture) == 1 ) && ( pPathManualConnectionPicture[0] == '.' ))
break;
bUserBreak = !GUI_Instruction ( handle , 1 , pPathManualConnectionDescription , pPathManualConnectionPicture );
} while(0);
if ( bPathSetError )
ShowMessage ( 0 , INSTR_TYPE_CONTINUE , "Warning..." , "Path is not setted..." , NULL );
}
if ( bUserBreak == 0 )
{
for( iTrySetPathIndex = 0; iTrySetPathIndex < 2; iTrySetPathIndex++ )
{
GetEquipmentHandle ( handle , EQUIPMENT_TYPE_STANDARD_DEVICE , STANDARD_DEVICE_RF_BOX_ALIAS , 0 , 0 , &hPathModuleRefHandle );
//try to set path automatically
if (( fpCurrentPathFunction == NULL ) || ( fpCurrentPathFunction(&(hPathModuleRefHandle) , pPathDeviceAddress , pPathString , NULL ) ))
{
if ( pPathFunction && ( strlen( pPathFunction ) > 1 ))
bPathSetError = 1;
}
else
break;
}
if (( tMainStore.iSpecGroup != CALIBRATION_SPEC_GROUP ) && ( bPathSetError ))
{
bPathSetError = 0;
// Manual selection path
sprintf( szPathVariableName , "Path_%d_ManualConnectDescription" , iPathIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathManualConnectionDescription );
if ( pPathManualConnectionDescription == NULL )
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , "." );
sprintf( szPathVariableName , "Path_%d_ManualConnectPicture" , iPathIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathManualConnectionPicture );
if ( pPathManualConnectionPicture == NULL )
VarSetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , "." );
if (( pDisablePopupPathInstructions == NULL ) || ( *pDisablePopupPathInstructions == 0 ))
{
do
{
if (( pPathManualConnectionDescription == NULL ) && ( pPathManualConnectionPicture == NULL ))
break;
if ( pLastPathManualConnectionDescription && pPathManualConnectionDescription && ( strcmp( pLastPathManualConnectionDescription , pPathManualConnectionDescription ) == 0 ))
break;
if ( pPathManualConnectionDescription && ( strlen(pPathManualConnectionDescription) == 1 ) && ( pPathManualConnectionDescription[0] == '.' ) && ( pPathManualConnectionPicture == NULL ))
break;
if ( pPathManualConnectionPicture && ( strlen(pPathManualConnectionPicture) == 1 ) && ( pPathManualConnectionPicture[0] == '.' ) && ( pPathManualConnectionDescription == NULL ))
break;
if ( pPathManualConnectionDescription && ( strlen(pPathManualConnectionDescription) == 1 ) && ( pPathManualConnectionDescription[0] == '.' ) && pPathManualConnectionPicture && ( strlen(pPathManualConnectionPicture) == 1 ) && ( pPathManualConnectionPicture[0] == '.' ))
break;
bUserBreak = !GUI_Instruction ( handle , 1 , pPathManualConnectionDescription , pPathManualConnectionPicture );
} while(0);
}
}
}
}
if ( bUserBreak == 0 )
{
iEquipmentUseIndex = 0;
do
{
bEquipmentFound = 0;
hUnitUnderTestModuleRefHandle = 0;
bPathControlSupporting = 0;
if ( CmtGetTSVPtr ( hMainHandle , &pMainStore ) == 0 )
{
for ( ; iEquipmentUseIndex < pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->count ; iEquipmentUseIndex++ )
if ( pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].handle )
if ( pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].type == EQUIPMENT_TYPE_STANDARD_DEVICE )
{
bEquipmentFound = 1;
hUnitUnderTestModuleRefHandle = pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].handle;
ullLinkedID = pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].id;
strcpy( szDeviceAlias , pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].alias );
bPathControlSupporting = pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].switch_control;
break;
}
CmtReleaseTSVPtr ( hMainHandle );
}
if ( hUnitUnderTestModuleRefHandle && bEquipmentFound )
{
//----------------- RF BOX Support --------------------------------------//
StringLowerCase ( szDeviceAlias );
if (( strcmp( szDeviceAlias , STANDARD_DEVICE_RF_BOX_ALIAS ) == 0 ) || ( bPathControlSupporting ))
{
//----------------- Global Commands ---------------------------------//
iPathPartIndex = 0;
do
{
if ( pPathString && strlen(pPathString) && ( pPathString[0] != '.' ))
{
NO_CHK_STDERR( TE_EQUIP_Devices_Apply_PathConnection( hMainHandle , iSelectedTestIndex , hUnitUnderTestModuleRefHandle , pPathString ));
}
if ( tMainStore.iSpecGroup == CALIBRATION_SPEC_GROUP )
{
break;
}
else
{
if ( bMainPathExists )
break;
}
FREE(pPathPartName);
sprintf( szPathVariableName , "Path_%d_%d_Name" , iPathIndex+1 , iPathPartIndex+1 );
VarGetString( hMainHandle , VAR_CONFIG_TEST , hCurrentTestId , szPathVariableName , &pPathPartName );
if ( pPathPartName )
{
FREE(pPathString);
if ( strstr( pPathPartName , "%d" ))
{
sprintf( szPathNameFormated , pPathPartName , ( iSlotIndex+1 ));
strcpy( pPathPartName , szPathNameFormated );
}
VarGetString( hMainHandle , VAR_CONFIG_STATION , tMainStore.hCurrentStationId , pPathPartName , &pPathString );
}
if ( pPathString == NULL )
break;
iPathPartIndex++;
} while( iPathPartIndex <= iPathPartsQuantity );
}
}
iEquipmentUseIndex++;
} while( bEquipmentFound );
}
Error:
va_end( parametersList );
if ( pSkipThisPath )
*pSkipThisPath = bSkipped;
if (( pCurrentPathName ) && ( CmtGetTSVPtr ( handle , &ptCurrentSlote ) == 0 ))
{
if ( bUserBreak )
{
ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].iTestStatus = RUN_STATUS_ABORT;
StdError.error = -1;
}
ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].hPathModuleRefHandle = hPathModuleRefHandle;
FREE(ptCurrentSlote->pPathFrequenciesList);
FREE(ptCurrentSlote->pPathRangesList);
PATH_Extract_Frequency_Ranges( pPathFrequencies , &(ptCurrentSlote->pPathFrequenciesList) , &(ptCurrentSlote->pPathRangesList) , &(ptCurrentSlote->iPathFreqNumberOfPoints) , &(ptCurrentSlote->iPathFreqNumberOfRanges));
if ( pCurrentPathTestStepsQuantity )
{
ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].iNumberOfTestSteps = *pCurrentPathTestStepsQuantity;
}
if ( bSkipped == 0 )
{
if ( tMainStore.iSpecGroup == CALIBRATION_SPEC_GROUP )
{
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pszPreviousCalibrationPathName , pCurrentPathName );
if ( pPathPartAlias && ( strcmp( pPathPartAlias , "." )))
{
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pszCurrentPathName , pPathPartAlias );
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pszPreviousPathName , pPathPartAlias );
}
else
{
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pszCurrentPathName , pCurrentPathPartName );
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pszPreviousPathName , pCurrentPathPartName );
}
}
else
{
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pszCurrentPathName , pCurrentPathName );
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pszPreviousPathName , pCurrentPathName );
}
}
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pPathPartAlias , pPathPartAlias );
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pszCurrentPathDescription , pCurrentPathDescription );
FREE_CALLOC_COPY_STRING( ptCurrentSlote->pLastPathManualConnectionDescription , pPathManualConnectionDescription );
CmtReleaseTSVPtr (handle);
}
FREE(pPathString);
FREE(pStringArray);
FREE(pPathFunction);
FREE(pPathPartName);
FREE(pPathPartAlias);
FREE(pCurrentPathName);
FREE(pPathFrequencies);
FREE(pPathDeviceAddress);
FREE(pszPreviousPathName);
FREE(pPathPartDescription);
FREE(pCurrentPathPartName);
FREE(pSkipSamePathIgnoration);
FREE(pCurrentPathDescription);
FREE(pCurrentPathPartDisabled);
FREE(pPathManualConnectionPicture);
FREE(pCurrentPathTestStepsQuantity);
FREE(pDisablePopupPathInstructions);
FREE(pCurrentPathCalibratableStatus);
FREE(pPathManualConnectionDescription);
FREE(pLastPathManualConnectionDescription);
return StdError;
}
STD_ERROR PATH_Devices_Apply_Post_Commands( int handle )
{
STD_ERROR StdError = {0};
int iPathIndex = 0,
iSlotIndex = 0,
iEquipmentUseIndex = 0,
iSelectedTestIndex = 0,
iCurrentFrequencyIndex = 0;
int bEquipmentFound = 0;
int hMainHandle = 0;
tsMainStore *pMainStore = NULL;
tsSlotStore *ptCurrentSlote = NULL;
int hUnitUnderTestModuleRefHandle = 0;
char szDeviceAlias[LOW_STRING] = {0};
unsigned long long ullLinkedID = 0;
double lfCurrentFrequency = 0.0;
int iSlotNumber = 0;
CHK_CMT( CmtGetTSVPtr ( handle , &ptCurrentSlote ));
hMainHandle = ptCurrentSlote->hMainStoreHandle;
iSelectedTestIndex = ptCurrentSlote->iCurrentTestIndex;
iSlotIndex = ptCurrentSlote->iSlotIndex;
iPathIndex = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].iCurrentPathIndex;
if (( ptCurrentSlote->bRunMultiThread ) || ( ptCurrentSlote->iSelectedNumberOfSlots > 1 ) || ( ptCurrentSlote->iMaxNumberOfSlotsToSelect > 1 ))
iSlotNumber = ptCurrentSlote->iSlotIndex + 1;
iCurrentFrequencyIndex = ptCurrentSlote->iCurrentFrequencyIndex;
if ( ptCurrentSlote->ptlFrequencies && ( iCurrentFrequencyIndex < ptCurrentSlote->ptlFrequencies->count))
lfCurrentFrequency = ptCurrentSlote->ptlFrequencies->frequencies[iCurrentFrequencyIndex].frequency;
CHK_CMT(CmtReleaseTSVPtr (handle));
do
{
bEquipmentFound = 0;
hUnitUnderTestModuleRefHandle = 0;
if ( CmtGetTSVPtr ( hMainHandle , &pMainStore ) == 0 )
{
for ( ; iEquipmentUseIndex < pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->count ; iEquipmentUseIndex++ )
if ( pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].handle )
if ( pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].type == EQUIPMENT_TYPE_STANDARD_DEVICE )
{
bEquipmentFound = 1;
hUnitUnderTestModuleRefHandle = pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].handle;
ullLinkedID = pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].id;
strcpy( szDeviceAlias , pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].alias );
break;
}
CmtReleaseTSVPtr ( hMainHandle );
}
if ( hUnitUnderTestModuleRefHandle && bEquipmentFound )
{
//----------------- Global Commands ( Post Commands ) ---------------------------------//
NO_CHK_STDERR( TE_EQUIP_Devices_Apply_PathCommands( hMainHandle , "Post_Connect" , iSelectedTestIndex , hUnitUnderTestModuleRefHandle , iPathIndex , iSlotNumber ));
//----------------- Frequency Commands ( Post Commands ) ---------------------------------//
if ( lfCurrentFrequency > 0.0 )
{
NO_CHK_STDERR( TE_EQUIP_Devices_Apply_FrequencyCommands( hMainHandle , "Post_Frequency" , iSelectedTestIndex , hUnitUnderTestModuleRefHandle , iCurrentFrequencyIndex , lfCurrentFrequency , iSlotNumber ));
}
}
iEquipmentUseIndex++;
} while( bEquipmentFound );
Error:
return StdError;
}
STD_ERROR PATH_Devices_Apply_Auto_Commands( int handle )
{
STD_ERROR StdError = {0};
int iPathIndex = 0,
iSlotIndex = 0,
iEquipmentUseIndex = 0,
iSelectedTestIndex = 0,
iCurrentFrequencyIndex = 0;
int bEquipmentFound = 0;
int hMainHandle = 0;
tsMainStore *pMainStore = NULL;
tsSlotStore *ptCurrentSlote = NULL;
int hUnitUnderTestModuleRefHandle = 0;
char szDeviceAlias[LOW_STRING] = {0};
unsigned long long ullLinkedID = 0;
double lfCurrentFrequency = 0.0;
int iSlotNumber = 0;
CHK_CMT( CmtGetTSVPtr ( handle , &ptCurrentSlote ));
hMainHandle = ptCurrentSlote->hMainStoreHandle;
iSelectedTestIndex = ptCurrentSlote->iCurrentTestIndex;
iSlotIndex = ptCurrentSlote->iSlotIndex;
iPathIndex = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].iCurrentPathIndex;
if (( ptCurrentSlote->bRunMultiThread ) || ( ptCurrentSlote->iSelectedNumberOfSlots > 1 ) || ( ptCurrentSlote->iMaxNumberOfSlotsToSelect > 1 ))
iSlotNumber = ptCurrentSlote->iSlotIndex + 1;
iCurrentFrequencyIndex = ptCurrentSlote->iCurrentFrequencyIndex;
if ( ptCurrentSlote->ptlFrequencies && ( iCurrentFrequencyIndex < ptCurrentSlote->ptlFrequencies->count))
lfCurrentFrequency = ptCurrentSlote->ptlFrequencies->frequencies[iCurrentFrequencyIndex].frequency;
CHK_CMT(CmtReleaseTSVPtr (handle));
do
{
bEquipmentFound = 0;
hUnitUnderTestModuleRefHandle = 0;
if ( CmtGetTSVPtr ( hMainHandle , &pMainStore ) == 0 )
{
for ( ; iEquipmentUseIndex < pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->count ; iEquipmentUseIndex++ )
if ( pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].handle )
if ( pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].type == EQUIPMENT_TYPE_STANDARD_DEVICE )
{
bEquipmentFound = 1;
hUnitUnderTestModuleRefHandle = pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].handle;
ullLinkedID = pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].id;
strcpy( szDeviceAlias , pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].alias );
break;
}
CmtReleaseTSVPtr ( hMainHandle );
}
if ( hUnitUnderTestModuleRefHandle && bEquipmentFound )
{
//----------------- Global Commands ( Post Commands ) ---------------------------------//
//----------------- Global Commands ---------------------------------//
NO_CHK_STDERR( TE_EQUIP_Devices_Apply_PathCommands( hMainHandle , "Auto_Connect" , iSelectedTestIndex , hUnitUnderTestModuleRefHandle , iPathIndex , iSlotNumber ));
//----------------- Frequency Commands ---------------------------------//
if ( lfCurrentFrequency > 0.0 )
{
NO_CHK_STDERR( TE_EQUIP_Devices_Apply_FrequencyCommands( hMainHandle , "Auto_Frequency" , iSelectedTestIndex , hUnitUnderTestModuleRefHandle , iCurrentFrequencyIndex , lfCurrentFrequency , iSlotNumber ));
}
}
iEquipmentUseIndex++;
} while( bEquipmentFound );
Error:
return StdError;
}
STD_ERROR PATH_Discard( int handle , int iSelectedTestIndex )
{
STD_ERROR StdError = {0};
path_func fpCurrentPathFunction = NULL;
tsSlotStore *ptCurrentSlote = NULL;
HMODULE dllPathHandle = NULL;
void *pPathApplyFunction = NULL;
CHK_CMT( CmtGetTSVPtr ( handle , &ptCurrentSlote ));
dllPathHandle = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].dllPathHandle;
pPathApplyFunction = ptCurrentSlote->tCurrentRunTestSeq.pCurrentRunTestSeq[iSelectedTestIndex].pPathApplyFunction;
CHK_CMT(CmtReleaseTSVPtr (handle));
if ( dllPathHandle )
fpCurrentPathFunction = (path_func) pPathApplyFunction;
if ( fpCurrentPathFunction )
{
fpCurrentPathFunction( NULL , NULL , NULL , NULL );
FreeLibrary( dllPathHandle );