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TE_Equipment.c
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//==============================================================================
// Include files
#include "Windows.h"
#include "TE_Equipment.h"
#include "GlobalDefines.h"
#include <utility.h>
#include "dblayer.h"
#include "defines.h"
#include "TE_GlobalDefines.h"
#include "TEST_EXEC_UI.h"
#include "var.h"
#include "formatio.h"
#include "MathLibrary.h"
//==============================================================================
// Constants
//==============================================================================
// Types
//==============================================================================
// Static global variables
//==============================================================================
// Static functions
//==============================================================================
// Global variables
typedef int (*tfDRIVER_MANAGER_GetErrorTextMessage) ( int Handle , int iError , char **pErrorMessage );
typedef STD_ERROR (*tfDRIVER_MANAGER_STD_Init)( char *pszDriverLocation , int iDeviceID , char *pszConnectionName , char *pszAddress , int *pHandle , ... );
typedef STD_ERROR (*tfDRIVER_MANAGER_Init) ( char *pszDriverLocation , char *pszAddressString , int *pHandle );
typedef STD_ERROR (*tfDRIVER_MANAGER_Close) ( int *pHandle );
typedef STD_ERROR (*tfDRIVER_MANAGER_Reset) ( int Handle );
typedef STD_ERROR (*tfDRIVER_MANAGER_STD_LoadConfigFile)( int hHandle , char *pFileName );
typedef STD_ERROR (*tfDRIVER_MANAGER_STD_Get_Commands_List)( int Handle , char ***pCommandsList , int *piNumberOfCommands );
typedef STD_ERROR (*tfDRIVER_MANAGER_STD_Check_Connection)( int hHandle , char *pCommandName , int *piStatus );
typedef int (*tfDRIVER_MANAGER_SETUP_UpdateCallbacksStructure)( void *pSTD_SetCallBackSet , int iNumberOfParams , ... );
typedef int (*tfDRIVER_MANAGER_Set_Calibration_Port_Number)( int Handle , int iCalibrationPortNumber );
typedef int (*tfDRIVER_MANAGER_Get_Number_Of_Channels)( int Handle , int *piNumberOfChannels );
typedef STD_ERROR (*tfDRIVER_MANAGER_PowerMeter_Calibrate)( int Handle , int iChannel );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_FillCalibrationRanges)( int Handle , char *pRangesString );
typedef int (*tfDRIVER_MANAGER_Set_Calibration_Power)( int Handle , double lfSetPower );
typedef int (*tfDRIVER_MANAGER_Set_Calibration_MeasureDelay)( int Handle , double lfMeasureDelay );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_Run)( int StimulusHandle , int MeasureHandle , int StoreHandle , int iProgressPanel , int iProgressControl );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_GetCalibrationInfo)( int Handle , double **plfFrequency , double **plfLoss , int *piNumberOfPoints , double *plfStartFrequnecy , double *plfStopFrequency );
typedef STD_ERROR (*tfDRIVER_MANAGER_PowerMeter_SetFrequency)( int Handle , int iChannel , double lfFrequency );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo)( int Handle , double *plfFrequency , double *plfLoss , int iNumberOfPoints , double lfStartFrequnecy , double lfStopFrequency );
typedef int (*tfDRIVER_MANAGER_Set_Calibration_StateFileName)( int Handle , char *pStateFileName );
typedef int (*tfDRIVER_MANAGER_Set_Calibration_ReferenceLevel)( int Handle , double lfReferenceLevel );
typedef int (*tfDRIVER_MANAGER_Set_Calibration_Attenuator)( int Handle , double lfAttenuator );
typedef int (*tfDRIVER_MANAGER_Get_SimulationMode)( int Handle , int *piSimulationMode );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_Calibration_SetFrequencyPlan)( int Handle , double lfStartFrequncy , double lfStopFrequency , double lfPowerLevel , double lfReferenceLevel , int iNumberOfPoints );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo)( int Handle , double lfPower , double *plfLoss , int iNumberOfPoints );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_Get_AdditionalPower_CalibrationInfo)( int Handle , int iPowerIndex , double **plfLoss , int *piNumberOfPoints , double *plfPower );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_Set_NumberOf_AdditionalPower)( int Handle , double *plfPowerList , int iNumberOfPowers );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_Gel_3D_Factor)( int Handle , double lfPower , double lfFrequency , double *plfFactor );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_SaveStateAndCalibration)( int Handle , char *pFileName );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_LoadStateAndCalibration)( int Handle , char *pFileName );
typedef STD_ERROR (*tfDRV_NetworkAnalyzer_ECAL_Calibrate)( int Handle , char *pszPortList , char *pUserCal , double lfTimeout );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_GetCalibrationRangeInfo)( int Handle , double *plfStart , double *plfStop , int *piNumberOfPoints );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_CreateEmptyHandle)( int *pHandle );
typedef STD_ERROR (*tfDRIVER_MANAGER_CALIBRATION_DiscardHandle)( int *pHandle );
typedef STD_ERROR (*tfDRIVER_MANAGER_StandardDevice_SetValue)( int hHandle , char *pCommandName , void *pValue , int iValueLength , int iValueSize, ... );
typedef STD_ERROR (*tfDRIVER_MANAGER_StandardDevice_SetListOfValues)( int Handle , char *pCommandsList , int bCheckResponds , int iNumberOfRetries );
typedef STD_ERROR (*tfDRIVER_MANAGER_GetEquipmentInformation)( int hHandle , char **pVendor , char **pSerialNumber , char **pModel , char **pFirmware );
typedef int (*tfDRIVER_MANAGER_GetDriversFileList)( char *pRootDirectory , char ***pDriversList , int **pDriversTypes , int *pCount );
typedef STD_ERROR (*tfDRIVER_MANAGER_CheckEquipmentDriverCompatibility)( char *pszDriverLocation , char *pszAddressString , int *pStatus , char **pVendor , char **pSerialNumber , char **pModel , char **pFirmware , char **pIDN , char **pID_Responds );
typedef STD_ERROR (*tfDRV_SpectrumAnalyzer_AlignNow)( int Handle , double lfTimeout );
typedef STD_ERROR (*tfDRIVER_MANAGER_Equipment_BrowseSelectStateFiles)( int hHandle , char *pStoreFilePath , int *piNumberOfSelectedFiles , char ***pvszSelectedFileNamesList , int **pvszSelectedFileSizesList );
typedef STD_ERROR (*tfDRIVER_MANAGER_UpdateIgnoreDuplicationAddresses)( int hHandle );
typedef struct
{
tEquipment *equipmentForInit;
STD_ERROR StdError;
int bPassStatus,
bSkipRunning,
hPanelEquipment;
int hLockHandle;
int hMainHandle,
hDatabaseHandle;
HINSTANCE hDriverManagerLibrary;
int iEquipmentIndex;
} tsInitBlockMemory;
//==============================================================================
// Global functions
int FillCallbacksDataStructureOnly( int MainHandle , void **pCallBackStructure , unsigned long long ullDataBaseLinkID );
//==============================================================================
int CVICALLBACK RUN_MultiInitThread( void *pData )
{
STD_ERROR StdError = {0};
tsInitBlockMemory *pInitBlockMemory = NULL;
int iCheckDeviceIndex = 0;
tfDRIVER_MANAGER_GetErrorTextMessage fDRIVER_MANAGER_GetErrorTextMessage = NULL;
tfDRIVER_MANAGER_STD_Init fDRIVER_MANAGER_STD_Init = NULL;
tfDRIVER_MANAGER_Init fDRIVER_MANAGER_Init = NULL;
tfDRIVER_MANAGER_Reset fDRIVER_MANAGER_Reset = NULL;
tfDRIVER_MANAGER_STD_LoadConfigFile fDRIVER_MANAGER_STD_LoadConfigFile = NULL;
tfDRIVER_MANAGER_STD_Get_Commands_List fDRIVER_MANAGER_STD_Get_Commands_List = NULL;
tfDRIVER_MANAGER_STD_Check_Connection fDRIVER_MANAGER_STD_Check_Connection = NULL;
tfDRIVER_MANAGER_SETUP_UpdateCallbacksStructure fDRIVER_MANAGER_SETUP_UpdateCallbacksStructure = NULL;
tfDRIVER_MANAGER_Get_SimulationMode fDRIVER_MANAGER_Get_SimulationMode = NULL;
tfDRIVER_MANAGER_Set_Calibration_Power fDRIVER_MANAGER_Set_Calibration_Power = NULL;
tfDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo fDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo = NULL;
tfDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo fDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo = NULL;
tfDRIVER_MANAGER_UpdateIgnoreDuplicationAddresses fDRIVER_MANAGER_UpdateIgnoreDuplicationAddresses = NULL;
char *pFilePathName = NULL,
*pSubDriverFilePathName = NULL;
char szMessage[LOW_STRING] = {0},
szFormatedString[LOW_STRING] = {0};
unsigned long long ulCommandID = 0;
char **vszSTD_Device_Commands_List = NULL;
int iNumberOfSTD_Device_Commands = 0,
bCheckDeviceStatus = 0;
int hDefaultRfBoxHandle = 0;
double *plfCalibration_PowersList = NULL,
*plfCalibration_Power = NULL;
int iSimulationMode = 0,
iPowerIndex = 0;
double *pCalibFrequencyList = NULL,
*pCalibFactorList = NULL;
int iNumberOfPowers = 0,
iNumOfCalibPoints = 0;
double lfLastCalibrationDate = 0.0;
void *pCallBackStructure = NULL;
int *pRFBoxUnitsList = NULL;
pInitBlockMemory = pData;
if ( pInitBlockMemory == NULL )
return 0;
//----------------------------------- Initialization -----------------------------------------//
fDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo = (tfDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_FillCalibrationInfo" );
fDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo = (tfDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo" );
fDRIVER_MANAGER_Set_Calibration_Power = (tfDRIVER_MANAGER_Set_Calibration_Power) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRIVER_MANAGER_Set_Calibration_Power" );
fDRIVER_MANAGER_SETUP_UpdateCallbacksStructure = (tfDRIVER_MANAGER_SETUP_UpdateCallbacksStructure) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRIVER_MANAGER_SETUP_UpdateCallbacksStructure" );
fDRIVER_MANAGER_Get_SimulationMode = (tfDRIVER_MANAGER_Get_SimulationMode) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRIVER_MANAGER_Get_SimulationMode" );
UPDATERR( GetDataBaseFileByID( pInitBlockMemory->hDatabaseHandle , pInitBlockMemory->equipmentForInit->driverlink , NULL , NULL , NULL , NULL , &pFilePathName ));
// fill driver manager call back data
FillCallbacksDataStructureOnly( pInitBlockMemory->hMainHandle , &pCallBackStructure , pInitBlockMemory->equipmentForInit->id );
fDRIVER_MANAGER_SETUP_UpdateCallbacksStructure( pCallBackStructure , 2 , pInitBlockMemory->equipmentForInit->address , pInitBlockMemory->equipmentForInit->id );
FREE(pCallBackStructure);
if ( IS_NOT_OK )
{
sprintf( szMessage , "File Driver is not found for equipment %s" , pInitBlockMemory->equipmentForInit->name );
}
else
{
if ( pInitBlockMemory->equipmentForInit->depends_on_power )
{
RETURN;
}
if ( pInitBlockMemory->equipmentForInit->driverchildlink )
{
UPDATERR( GetDataBaseFileByID( pInitBlockMemory->hDatabaseHandle , pInitBlockMemory->equipmentForInit->driverchildlink , NULL , NULL , NULL , NULL , &pSubDriverFilePathName ));
if ( IS_OK && pSubDriverFilePathName )
{
if ( FileExists( pSubDriverFilePathName , NULL ))
{
LoadLibrary ( pSubDriverFilePathName );
}
}
FREE(pSubDriverFilePathName);
}
switch(pInitBlockMemory->equipmentForInit->type)
{
case EQUIPMENT_TYPE_STANDARD_DEVICE:
fDRIVER_MANAGER_STD_Init = (tfDRIVER_MANAGER_STD_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_StandardDevice_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_StandardDevice_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_StandardDevice_GetErrorTextMessage" );
fDRIVER_MANAGER_STD_LoadConfigFile = (tfDRIVER_MANAGER_STD_LoadConfigFile) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_StandardDevice_LoadConfigFile" );
fDRIVER_MANAGER_STD_Get_Commands_List = (tfDRIVER_MANAGER_STD_Get_Commands_List) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_StandardDevice_Get_Commands_List" );
fDRIVER_MANAGER_STD_Check_Connection = (tfDRIVER_MANAGER_STD_Check_Connection) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_StandardDevice_Check_Connection" );
fDRIVER_MANAGER_UpdateIgnoreDuplicationAddresses = (tfDRIVER_MANAGER_UpdateIgnoreDuplicationAddresses) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_StandardDevice_UpdateIgnoreDuplicationAddresses" );
if (( strchr( pInitBlockMemory->equipmentForInit->id_command , 'x' )) || ( strchr( pInitBlockMemory->equipmentForInit->id_command , 'X' )) )
sscanf( pInitBlockMemory->equipmentForInit->id_command , "%llx" , &ulCommandID );
else
ulCommandID = atol(pInitBlockMemory->equipmentForInit->id_command);
UPDATERR( fDRIVER_MANAGER_STD_Init( pFilePathName , (int)ulCommandID , pInitBlockMemory->equipmentForInit->alias , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle ) , 1 , 1 ));
if ( pInitBlockMemory->equipmentForInit->dup_address )
{
fDRIVER_MANAGER_UpdateIgnoreDuplicationAddresses( pInitBlockMemory->equipmentForInit->handle );
}
if (( IS_OK ) && ( pInitBlockMemory->equipmentForInit->configlink ))
{
UPDATERR( GetDataBaseFileByID( pInitBlockMemory->hDatabaseHandle , pInitBlockMemory->equipmentForInit->configlink , NULL , NULL , NULL , NULL , &pFilePathName ));
if ( IS_OK )
{
UPDATERR( fDRIVER_MANAGER_STD_LoadConfigFile( pInitBlockMemory->equipmentForInit->handle , pFilePathName ));
}
if ( pInitBlockMemory->equipmentForInit->check_commands )
{
if ( IS_OK )
{
UPDATERR( fDRIVER_MANAGER_STD_Get_Commands_List( pInitBlockMemory->equipmentForInit->handle , &vszSTD_Device_Commands_List , &iNumberOfSTD_Device_Commands ));
}
if ( IS_OK )
{
for ( iCheckDeviceIndex = 0; iCheckDeviceIndex < iNumberOfSTD_Device_Commands; iCheckDeviceIndex++ )
{
if ( vszSTD_Device_Commands_List[iCheckDeviceIndex] && strlen(vszSTD_Device_Commands_List[iCheckDeviceIndex]) && ( vszSTD_Device_Commands_List[iCheckDeviceIndex][0] != '-' ))
{
CHK_STDERR_BREAK( fDRIVER_MANAGER_STD_Check_Connection ( pInitBlockMemory->equipmentForInit->handle , vszSTD_Device_Commands_List[iCheckDeviceIndex] , &bCheckDeviceStatus ));
if ( bCheckDeviceStatus == 0 )
{
sprintf( szMessage , "Command [%s] is not initializet yet!!!" , vszSTD_Device_Commands_List[iCheckDeviceIndex] );
IF (( ConfirmPopup(szMessage,"Do you want to continue?") == 0 ) , szMessage );
}
}
}
}
}
}
if ( pRFBoxUnitsList && ( pRFBoxUnitsList[0] == pInitBlockMemory->equipmentForInit->id ))
hDefaultRfBoxHandle = pInitBlockMemory->equipmentForInit->handle;
break;
case EQUIPMENT_TYPE_POWER_SUPPLY:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_PowerSupply_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_PowerSupply_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_PowerSupply_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_NETWORK_ANALYZER:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_NetworkAnalyzer_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_NetworkAnalyzer_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_NetworkAnalyzer_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_SIGNAL_GENERATOR:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_SignalGenerator_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_SignalGenerator_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_SignalGenerator_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_SPECTRUM_ANALYZER:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_SpectrumAnalyzer_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_SpectrumAnalyzer_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_SpectrumAnalyzer_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_OSCILLOSCOPE:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_Oscilloscope_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_Oscilloscope_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_Oscilloscope_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_FUNCTION_GENERATOR:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_FunctionGenerator_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_FunctionGenerator_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_FunctionGenerator_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_POWER_METER:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_PowerMeter_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_PowerMeter_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_PowerMeter_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_NOISE_FIGURE:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_NoiseFigure_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_NoiseFigure_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_NoiseFigure_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_MULTI_METER:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_MultiMeter_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_MultiMeter_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_MultiMeter_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
case EQUIPMENT_TYPE_WAVE_FORM_ANALYZER:
fDRIVER_MANAGER_Init = (tfDRIVER_MANAGER_Init) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_WaveAnalyzer_Init" );
fDRIVER_MANAGER_Reset = (tfDRIVER_MANAGER_Reset) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_WaveAnalyzer_Reset" );
fDRIVER_MANAGER_GetErrorTextMessage = (tfDRIVER_MANAGER_GetErrorTextMessage) GetProcAddress( pInitBlockMemory->hDriverManagerLibrary , "DRV_WaveAnalyzer_GetErrorTextMessage" );
UPDATERR( fDRIVER_MANAGER_Init( pFilePathName , pInitBlockMemory->equipmentForInit->address , &( pInitBlockMemory->equipmentForInit->handle )));
break;
default:
break;
}
}
if ( IS_OK )
{
if ( pInitBlockMemory->equipmentForInit->handle == 0 )
{
SET_ERR( -23 , "Wrong Driver Initialization." );
}
}
if ( IS_OK )
{
NO_CHK_STDERR( fDRIVER_MANAGER_Reset( pInitBlockMemory->equipmentForInit->handle ));
FREE( plfCalibration_Power );
FREE( pCalibFrequencyList );
FREE( pCalibFactorList );
iNumOfCalibPoints = 0;
lfLastCalibrationDate = 0.0;
VarGetCalibration( pInitBlockMemory->hMainHandle , VAR_CONFIG_EQUIPMENT , pInitBlockMemory->equipmentForInit->id , 0 , "Calibration" , &pCalibFrequencyList , &pCalibFactorList , &iNumOfCalibPoints , &lfLastCalibrationDate );
NO_CHK_STDERR( fDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo( pInitBlockMemory->equipmentForInit->handle , pCalibFrequencyList , pCalibFactorList , iNumOfCalibPoints , 0.0 , 0.0 ));
if ( VarGetDouble( pInitBlockMemory->hMainHandle , VAR_CONFIG_EQUIPMENT , pInitBlockMemory->equipmentForInit->id , "Calibration_Power" , &plfCalibration_Power ) == 0 )
{
CALLOC( plfCalibration_Power , 1 , sizeof(double));
if ( plfCalibration_Power )
{
VarSetDouble( pInitBlockMemory->hMainHandle , VAR_CONFIG_EQUIPMENT , pInitBlockMemory->equipmentForInit->id , "Calibration_Power" , 1 , plfCalibration_Power );
}
}
if ( plfCalibration_Power )
{
fDRIVER_MANAGER_Set_Calibration_Power( pInitBlockMemory->equipmentForInit->handle , (*plfCalibration_Power) );
}
iNumberOfPowers = VarGetDouble( pInitBlockMemory->hMainHandle , VAR_CONFIG_EQUIPMENT , pInitBlockMemory->equipmentForInit->id , "Calibration_AdditionalPowers" , &plfCalibration_PowersList );
if ( iNumberOfPowers == 0 )
{
CALLOC( plfCalibration_PowersList , 1 , sizeof(double));
if ( plfCalibration_PowersList )
{
VarSetDouble( pInitBlockMemory->hMainHandle , VAR_CONFIG_EQUIPMENT , pInitBlockMemory->equipmentForInit->id , "Calibration_AdditionalPowers" , 1 , plfCalibration_PowersList );
iNumberOfPowers++;
}
}
if ( iNumberOfPowers )
{
if (( iNumberOfPowers > 1 ) || ( plfCalibration_PowersList[0] != plfCalibration_Power[0] ))
{
for ( iPowerIndex = 0; iPowerIndex < iNumberOfPowers; iPowerIndex++ )
{
FREE( pCalibFrequencyList );
FREE( pCalibFactorList );
iNumOfCalibPoints = 0;
lfLastCalibrationDate = 0.0;
sprintf( szFormatedString , "Calibration%d" , (iPowerIndex+1) );
VarGetCalibration( pInitBlockMemory->hMainHandle , VAR_CONFIG_EQUIPMENT , pInitBlockMemory->equipmentForInit->id , 0 , szFormatedString , &pCalibFrequencyList , &pCalibFactorList , &iNumOfCalibPoints , &lfLastCalibrationDate );
NO_CHK_STDERR( fDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo( pInitBlockMemory->equipmentForInit->handle , plfCalibration_PowersList[iPowerIndex] , pCalibFactorList , iNumOfCalibPoints ));
}
}
FREE(plfCalibration_PowersList);
}
}
Error:
if ( IS_OK )
{
pInitBlockMemory->bPassStatus = 1;
memcpy( &(pInitBlockMemory->StdError) , &StdError , sizeof(STD_ERROR) );
}
if ( CmtGetLock ( pInitBlockMemory->hLockHandle ) == 0 )
{
if ( pInitBlockMemory->equipmentForInit->depends_on_power == 0 )
{
//SetActivePanel ( pInitBlockMemory->hPanelEquipment );
SetActiveTableCell ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE , MakePoint(3,(pInitBlockMemory->iEquipmentIndex+1)) );
if ( IS_OK )
{
fDRIVER_MANAGER_Get_SimulationMode( pInitBlockMemory->equipmentForInit->handle , &iSimulationMode );
SetTableCellAttribute ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE, MakePoint (3,(pInitBlockMemory->iEquipmentIndex+1)), ATTR_TEXT_COLOR, VAL_DK_GREEN );
if ( iSimulationMode )
{
SetTableCellVal ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE , MakePoint(3,(pInitBlockMemory->iEquipmentIndex+1)), "DEMO" );
}
else
{
SetTableCellVal ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE , MakePoint(3,(pInitBlockMemory->iEquipmentIndex+1)), "PASS" );
}
}
else
{
SetTableCellAttribute ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE ,MakePoint (3,(pInitBlockMemory->iEquipmentIndex+1)), ATTR_TEXT_COLOR,VAL_DK_RED);
SetTableCellVal ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE , MakePoint(3,(pInitBlockMemory->iEquipmentIndex+1)), "FAIL" );
pInitBlockMemory->bSkipRunning = 1;
}
}
else
{
SetTableCellAttribute ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE ,MakePoint (1,(pInitBlockMemory->iEquipmentIndex+1)), ATTR_TEXT_COLOR,VAL_DK_GRAY);
SetTableCellAttribute ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE ,MakePoint (2,(pInitBlockMemory->iEquipmentIndex+1)), ATTR_TEXT_COLOR,VAL_DK_GRAY);
SetTableCellAttribute ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE ,MakePoint (3,(pInitBlockMemory->iEquipmentIndex+1)), ATTR_TEXT_COLOR,VAL_DK_GRAY);
SetTableCellVal ( pInitBlockMemory->hPanelEquipment, EQUIP_INIT_TABLE , MakePoint(3,(pInitBlockMemory->iEquipmentIndex+1)), "SKIP" );
}
CmtReleaseLock ( pInitBlockMemory->hLockHandle );
ProcessDrawEvents();
}
FREE( plfCalibration_Power );
FREE( pCalibFrequencyList );
FREE( pCalibFactorList );
FREE( pFilePathName );
FREE_LIST( vszSTD_Device_Commands_List , iNumberOfSTD_Device_Commands );
RETURN_ERROR_VALUE;
}
STD_ERROR TE_EQUIP_RunInitialization( int hMainHandle , int *pbSkipRunning , int bRunAutoSelectionOnly )
{
STD_ERROR StdError = {0};
tlEquipmentUse *equipmentUseList = NULL;
tlEquipment *equipmentList = NULL;
tEquipment **equipmentForInit = NULL;
tsMainStore *pMainStore = NULL,
tMainStore = {0};
int index = 0,
iIndex = 0,
iPlotIndex = 0,
iEquipmentIndex = 0,
iPathCommandIndex = 0,
iDuplicationsIndex = 0,
iEquipmentUseIndex = 0,
iEquipmentUseSelectIndex = 0,
iCalibrationSequenceIndex = 0;
int hPanelEquipment = 0;
int iEquipmentCount = 0;
tfDRIVER_MANAGER_Get_SimulationMode fDRIVER_MANAGER_Get_SimulationMode = NULL;
tfDRIVER_MANAGER_Set_Calibration_Port_Number fDRIVER_MANAGER_Set_Calibration_Port_Number = NULL;
tfDRIVER_MANAGER_Get_Number_Of_Channels fDRIVER_MANAGER_Get_Number_Of_Channels = NULL;
tfDRIVER_MANAGER_PowerMeter_Calibrate fDRIVER_MANAGER_PowerMeter_Calibrate = NULL;
tfDRIVER_MANAGER_CALIBRATION_FillCalibrationRanges fDRIVER_MANAGER_CALIBRATION_FillCalibrationRanges = NULL;
tfDRIVER_MANAGER_Set_Calibration_Power fDRIVER_MANAGER_Set_Calibration_Power = NULL;
tfDRIVER_MANAGER_Set_Calibration_MeasureDelay fDRIVER_MANAGER_Set_Calibration_MeasureDelay = NULL;
tfDRIVER_MANAGER_CALIBRATION_Run fDRIVER_MANAGER_CALIBRATION_Run = NULL;
tfDRIVER_MANAGER_CALIBRATION_GetCalibrationInfo fDRIVER_MANAGER_CALIBRATION_GetCalibrationInfo = NULL;
tfDRIVER_MANAGER_PowerMeter_SetFrequency fDRIVER_MANAGER_PowerMeter_SetFrequency = NULL;
tfDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo fDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo = NULL;
tfDRIVER_MANAGER_Set_Calibration_StateFileName fDRIVER_MANAGER_Set_Calibration_StateFileName = NULL;
tfDRIVER_MANAGER_Set_Calibration_ReferenceLevel fDRIVER_MANAGER_Set_Calibration_ReferenceLevel = NULL;
tfDRIVER_MANAGER_Set_Calibration_Attenuator fDRIVER_MANAGER_Set_Calibration_Attenuator = NULL;
tfDRIVER_MANAGER_CALIBRATION_GetCalibrationRangeInfo fDRIVER_MANAGER_CALIBRATION_GetCalibrationRangeInfo = NULL;
tfDRIVER_MANAGER_CALIBRATION_CreateEmptyHandle fDRIVER_MANAGER_CALIBRATION_CreateEmptyHandle = NULL;
tfDRIVER_MANAGER_CALIBRATION_DiscardHandle fDRIVER_MANAGER_CALIBRATION_DiscardHandle = NULL;
tfDRIVER_MANAGER_StandardDevice_SetValue fDRIVER_MANAGER_StandardDevice_SetValue = NULL;
tfDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo fDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo = NULL;
tfDRIVER_MANAGER_CALIBRATION_Get_AdditionalPower_CalibrationInfo fDRIVER_MANAGER_CALIBRATION_Get_AdditionalPower_CalibrationInfo = NULL;
tfDRIVER_MANAGER_CALIBRATION_Set_NumberOf_AdditionalPower fDRIVER_MANAGER_CALIBRATION_Set_NumberOf_AdditionalPower = NULL;
tfDRIVER_MANAGER_CALIBRATION_Gel_3D_Factor fDRIVER_MANAGER_CALIBRATION_Gel_3D_Factor = NULL;
tfDRV_NetworkAnalyzer_Calibration_SetFrequencyPlan fDRV_NetworkAnalyzer_Calibration_SetFrequencyPlan = NULL;
tfDRV_NetworkAnalyzer_SaveStateAndCalibration fDRV_NetworkAnalyzer_SaveStateAndCalibration = NULL;
tfDRV_NetworkAnalyzer_LoadStateAndCalibration fDRV_NetworkAnalyzer_LoadStateAndCalibration = NULL;
tfDRV_NetworkAnalyzer_ECAL_Calibrate fDRV_NetworkAnalyzer_ECAL_Calibrate = NULL;
tfDRIVER_MANAGER_StandardDevice_SetListOfValues fDRIVER_MANAGER_StandardDevice_SetListOfValues = NULL;
tfDRV_SpectrumAnalyzer_AlignNow fDRV_SpectrumAnalyzer_AlignNow = NULL;
char *pFilePathName = NULL;
int bPopup = 0,
bFoundDuplication = 0,
event = 0,
panel = 0,
control = 0;
char szAliasName[LOW_STRING] = {0},
szFormatedString[LOW_STRING] = {0},
szCalibPowerMeter[LOW_STRING] = {0},
szCommandVariableName[LOW_STRING] = {0},
szCalibSignalGenerator[LOW_STRING] = {0},
szCalibNetworkAnalyzer[LOW_STRING] = {0},
szCalibSpectrumAnalyzer[LOW_STRING] = {0};
int hCurrentRfBoxHandle = 0,
hCalibrationMeasureHandle = 0,
hCalibrationReferencePathHandle = 0,
hCalibrationPowerMeterHandle = 0,
hCalibrationSignalGeneratorHandle = 0,
hCalibrationNetworkAnalyzerHandle = 0,
hCalibrationSpectrumAnalyzerHandle = 0;
int *piCalibrationPowerMeter_PortNumber = NULL;
int iCalibrationPowerMeter_PortNumber = 0;
double *plfCalibrationPowerMeter_Frequency = NULL,
*plfCalibration_ReferenceLevel = NULL,
*plfCalibration_Attenuator = NULL,
*plfCalibration_PowersList = NULL,
*plfCalibration_Timeout = NULL,
*plfCalibration_Power = NULL,
*plfCalibration_Delay = NULL,
*plfAligning_Timeout = NULL;
char *pszCalibration_FrequencyRanges = NULL,
*pszCalibration_SG_FrequencyRanges = NULL,
*pszCalibration_AuxFrequencyRanges = NULL,
*pszCalibration_StateFile = NULL,
*pszCalibration_Generator_StateFile = NULL,
*pszCalibration_Instruction = NULL,
*pszCalibration_Picture = NULL,
*pInstruction = NULL;
char **pszNetworkCalibration_FrequencyRanges = NULL,
**pszNetworkCalibration_StateFile = NULL;
char *pszECAL_Configuration = NULL,
*pszECAL_UserCharacterizations = NULL;
int *piCalibration_AuxCable_Disable = NULL,
*piCalibration_SelfAuxCalibration = NULL,
*piCalibration_Aux_Auto = NULL,
*piCalibration_Auto = NULL;
int iNumberOfChannels = 0,
iNetworkCalIndex = 0,
iChannelIndex = 0,
iPowerIndex = 0,
iTryIndex = 0;
int hPopupPanel = 0,
hPopupCalibrationGraphPanel = 0;
double *pCalibFrequencyList = NULL,
*pCalibFactorList = NULL,
*pCalibDeltaList = NULL,
*pSinglePlot = NULL;
double *pRefCalibFrequencyList = NULL,
*pRefCalibFactorList = NULL;
int iNumberOfPowers = 0,
iNumOfCalibPoints = 0,
iNumberOfPoints = 0,
iRefNumOfCalibPoints = 0;
double *pOldCalibFrequencyList = NULL,
*pOldCalibFactorList = NULL;
int iOldNumOfCalibPoints = 0;
double lfLastCalibrationDate = 0.0,
lfReferenceLevel = 0.0,
lfPowerValue = 0.0,
lfAligning_Timeout = 0.0,
lfReferenceCableLoss = 0.0,
lfCalibrationTimeout = 0.0,
lfCurrentDateTime = 0.0,
lfRefCalibDateTime = 0.0,
lfCalibrationPower = 0.0,
lfStartFrequency = 0.0,
lfStopFrequency = 0.0,
lfStepFrequency = 0.0;
int *pRFBoxUnitsList = NULL;
int iRFBoxUnitsCount = 0;
int iNumberOfPathCommands = 0,
iNumberOfAuxPathCommands = 0,
iNumberOfNetworkRanges = 0,
iNumberOfNetworkStateFiles = 0;
char **pRF_CalibrationPathCommand = NULL,
**pRF_CalibrationAuxPathCommand = NULL;
tsInitBlockMemory **pInitBlockMemory = NULL;
int *pThreadFunctionIdList = NULL;
int hPanelEquipmentLock = NULL;
int iStatus = 0;
int bPassStatus = 0,
bSelfAuxCalibration = 0,
bReferenceCableInUse = 0;
char *pTemp = NULL;
CHK_CMT( CmtGetTSVPtr ( hMainHandle , &pMainStore ));
memcpy( &tMainStore , pMainStore , sizeof(tsMainStore));
CHK_CMT(CmtReleaseTSVPtr (hMainHandle));
IF (( tMainStore.hDriverManagerLibrary == NULL ) , "Driver Manager is not found." );
db_equipment_getlist_by_type_station( tMainStore.hDatabaseHandle , tMainStore.hCurrentStationId , -1 ,&equipmentList);
if (( equipmentList == NULL ) || ( equipmentList->equipment == NULL ))
{
RETURN;
}
db_equipment_use_getlist_by_station_version( tMainStore.hDatabaseHandle , tMainStore.hCurrentStationId , tMainStore.hCurrentSelectedVersionId , tMainStore.tRunMode , &equipmentUseList);
if (( equipmentUseList == NULL ) || ( equipmentUseList->equipment == NULL ))
{
RETURN;
}
CALLOC_ERR( equipmentForInit , equipmentList->count , sizeof(tEquipment*));
CALLOC_ERR( pRFBoxUnitsList , equipmentList->count , sizeof(int));
CHK_CMT( CmtGetTSVPtr ( hMainHandle , &pMainStore ));
for ( index = 0 ; index < pMainStore->tCurrentRunTestSeq.iNumberOfSelectedTests ; index++ )
if ( pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[index].ptlDB_EquipmentList )
for ( iEquipmentUseIndex = 0 ; iEquipmentUseIndex < pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[index].ptlDB_EquipmentList->count ; iEquipmentUseIndex++ )
for ( iEquipmentUseSelectIndex = 0 ; iEquipmentUseSelectIndex < equipmentUseList->count ; iEquipmentUseSelectIndex++ )
if ( pMainStore->tCurrentRunTestSeq.pCurrentRunTestSeq[index].ptlDB_EquipmentList->equipment[iEquipmentUseIndex].id == equipmentUseList->equipment[iEquipmentUseSelectIndex].id )
if ( equipmentUseList->equipment[iEquipmentUseSelectIndex].disable == 0 )
{
equipmentUseList->equipment[iEquipmentUseSelectIndex].selected = 1;
for ( iEquipmentIndex = 0 ; iEquipmentIndex < equipmentList->count ; iEquipmentIndex++ )
if ( equipmentList->equipment[iEquipmentIndex].id == equipmentUseList->equipment[iEquipmentUseSelectIndex].equipment_id )
{
if (( equipmentList->equipment[iEquipmentIndex].rfboxlink ) && ( tMainStore.tRunMode == RUN_MODE_CALIBRATION ))
pRFBoxUnitsList[iRFBoxUnitsCount++] = equipmentList->equipment[iEquipmentIndex].rfboxlink;
break;
}
}
for ( index = 0 ; index < iRFBoxUnitsCount ; index++ )
for ( iEquipmentUseSelectIndex = 0 ; iEquipmentUseSelectIndex < equipmentUseList->count ; iEquipmentUseSelectIndex++ )
if ( pRFBoxUnitsList[index] == equipmentUseList->equipment[iEquipmentUseSelectIndex].equipment_id )
if ( equipmentUseList->equipment[iEquipmentUseSelectIndex].disable == 0 )
equipmentUseList->equipment[iEquipmentUseSelectIndex].selected = 1;
CHK_CMT(CmtReleaseTSVPtr (hMainHandle));
CHK_UIL (hPanelEquipment = LoadPanel (0, "TEST_EXEC_UI.uir", EQUIP_INIT ));
for ( iEquipmentUseSelectIndex = 0 ; iEquipmentUseSelectIndex < equipmentUseList->count ; iEquipmentUseSelectIndex++ )
{
if ( equipmentUseList->equipment[iEquipmentUseSelectIndex].selected )
{
bFoundDuplication = 0;
//-------- check duplications --------------//
for ( iDuplicationsIndex = 0 ; iDuplicationsIndex < iEquipmentCount ; iDuplicationsIndex++ )
if ( equipmentForInit[iDuplicationsIndex]->id == equipmentUseList->equipment[iEquipmentUseSelectIndex].equipment_id )
{
bFoundDuplication = 1;
break;
}
if ( bFoundDuplication )
continue;
InsertTableRows ( hPanelEquipment , EQUIP_INIT_TABLE , (iEquipmentCount+1) , 1 , VAL_CELL_STRING );
SetTableRowAttribute (hPanelEquipment, EQUIP_INIT_TABLE, (iEquipmentCount+1), ATTR_LABEL_BOLD, 1);
SetTableRowAttribute (hPanelEquipment, EQUIP_INIT_TABLE, (iEquipmentCount+1), ATTR_LABEL_COLOR, VAL_WHITE);
SetTableRowAttribute (hPanelEquipment, EQUIP_INIT_TABLE, (iEquipmentCount+1), ATTR_LABEL_POINT_SIZE, 15);
for ( iEquipmentIndex = 0 ; iEquipmentIndex < equipmentList->count ; iEquipmentIndex++ )
if ( equipmentList->equipment[iEquipmentIndex].id == equipmentUseList->equipment[iEquipmentUseSelectIndex].equipment_id )
{
SetTableCellAttribute ( hPanelEquipment, EQUIP_INIT_TABLE ,MakePoint (1,(iEquipmentCount+1)), ATTR_TEXT_BOLD, 1);
SetTableCellAttribute ( hPanelEquipment, EQUIP_INIT_TABLE ,MakePoint (2,(iEquipmentCount+1)), ATTR_TEXT_BOLD, 1);
SetTableCellAttribute ( hPanelEquipment, EQUIP_INIT_TABLE ,MakePoint (3,(iEquipmentCount+1)), ATTR_TEXT_BOLD, 1);
SetTableCellAttribute (hPanelEquipment, EQUIP_INIT_TABLE, MakePoint (1,(iEquipmentCount+1)), ATTR_CELL_JUSTIFY, VAL_CENTER_CENTER_JUSTIFIED);
SetTableCellAttribute (hPanelEquipment, EQUIP_INIT_TABLE, MakePoint (2,(iEquipmentCount+1)), ATTR_CELL_JUSTIFY, VAL_CENTER_CENTER_JUSTIFIED);
SetTableCellAttribute (hPanelEquipment, EQUIP_INIT_TABLE, MakePoint (3,(iEquipmentCount+1)), ATTR_CELL_JUSTIFY, VAL_CENTER_CENTER_JUSTIFIED);
SetTableCellAttribute (hPanelEquipment, EQUIP_INIT_TABLE, MakePoint (1,(iEquipmentCount+1)), ATTR_TEXT_COLOR, MAIN_COLOR );
SetTableCellAttribute (hPanelEquipment, EQUIP_INIT_TABLE, MakePoint (2,(iEquipmentCount+1)), ATTR_TEXT_COLOR, MAIN_COLOR );
if ( equipmentUseList->equipment[iEquipmentUseSelectIndex].nr )
sprintf( szAliasName , "%s%d" , equipmentUseList->equipment[iEquipmentUseSelectIndex].alias , equipmentUseList->equipment[iEquipmentUseSelectIndex].nr );
else
strcpy( szAliasName , equipmentUseList->equipment[iEquipmentUseSelectIndex].alias );
SetTableCellVal ( hPanelEquipment, EQUIP_INIT_TABLE , MakePoint(1,(iEquipmentCount+1)), szAliasName );
SetTableCellVal ( hPanelEquipment, EQUIP_INIT_TABLE , MakePoint(2,(iEquipmentCount+1)), equipmentList->equipment[iEquipmentIndex].name );
equipmentForInit[iEquipmentCount++] = &(equipmentList->equipment[iEquipmentIndex]);
break;
}
}
}
if ( iEquipmentCount == 0 )
{
RETURN;
}
InstallPopup (hPanelEquipment);
bPopup = 1;
GetCurrentDateTime(&lfCurrentDateTime);
//----------------------------------- Initialization -----------------------------------------//
fDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo = (tfDRIVER_MANAGER_CALIBRATION_FillCalibrationInfo) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_FillCalibrationInfo" );
fDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo = (tfDRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_Fill_AdditionalPower_CalibrationInfo" );
fDRIVER_MANAGER_Set_Calibration_Power = (tfDRIVER_MANAGER_Set_Calibration_Power) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_Set_Calibration_Power" );
fDRIVER_MANAGER_Get_SimulationMode = (tfDRIVER_MANAGER_Get_SimulationMode) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_Get_SimulationMode" );
CHK_CMT( CmtNewLock ( "Equipment Init GUI" , OPT_TL_PROCESS_EVENTS_WHILE_WAITING , &hPanelEquipmentLock ));
CALLOC( pInitBlockMemory , iEquipmentCount , sizeof(tsInitBlockMemory*));
CALLOC( pThreadFunctionIdList , iEquipmentCount , sizeof(int));
for ( iEquipmentIndex = 0 ; iEquipmentIndex < iEquipmentCount ; iEquipmentIndex++ )
{
if (( equipmentForInit[iEquipmentIndex]->calib_expr != 0.0 ) && ( lfCurrentDateTime > equipmentForInit[iEquipmentIndex]->calib_expr ))
{
sprintf( szFormatedString , "Calibration is necessary for \"%s\"." , equipmentForInit[iEquipmentIndex]->name );
ShowMessage ( tMainStore.hDatabaseHandle , INSTR_TYPE_CONTINUE , "Calibration Expired" , szFormatedString , NULL );
}
CALLOC( pInitBlockMemory[iEquipmentIndex] , 1 , sizeof(tsInitBlockMemory));
if ( pInitBlockMemory )
{
db_equipment_get( tMainStore.hDatabaseHandle , equipmentForInit[iEquipmentIndex]->id , &(pInitBlockMemory[iEquipmentIndex]->equipmentForInit));
pInitBlockMemory[iEquipmentIndex]->hMainHandle = hMainHandle;
pInitBlockMemory[iEquipmentIndex]->hDatabaseHandle = tMainStore.hDatabaseHandle;
pInitBlockMemory[iEquipmentIndex]->hDriverManagerLibrary = tMainStore.hDriverManagerLibrary;
pInitBlockMemory[iEquipmentIndex]->hPanelEquipment = hPanelEquipment;
pInitBlockMemory[iEquipmentIndex]->hLockHandle = hPanelEquipmentLock;
pInitBlockMemory[iEquipmentIndex]->iEquipmentIndex = iEquipmentIndex;
CHK_CMT( CmtScheduleThreadPoolFunction ( DEFAULT_THREAD_POOL_HANDLE , RUN_MultiInitThread , pInitBlockMemory[iEquipmentIndex] , &(pThreadFunctionIdList[iEquipmentIndex]) ));
ProcessSystemEvents();
DelayWithEventProcessing(0.1);
}
}
for ( iEquipmentIndex = 0 ; iEquipmentIndex < iEquipmentCount ; iEquipmentIndex++ )
{
do
{
CmtGetThreadPoolFunctionAttribute ( DEFAULT_THREAD_POOL_HANDLE , pThreadFunctionIdList[iEquipmentIndex] , ATTR_TP_FUNCTION_EXECUTION_STATUS , &iStatus );
if ( iStatus >= kCmtThreadFunctionComplete )
break;
ProcessSystemEvents();
DelayWithEventProcessing(0.5);
} while ( iStatus < kCmtThreadFunctionComplete );
CmtReleaseThreadPoolFunctionID ( DEFAULT_THREAD_POOL_HANDLE , pThreadFunctionIdList[iEquipmentIndex] );
ProcessSystemEvents();
}
bPassStatus = 1;
for ( iEquipmentIndex = 0 ; iEquipmentIndex < iEquipmentCount ; iEquipmentIndex++ )
{
*pbSkipRunning |= pInitBlockMemory[iEquipmentIndex]->bSkipRunning;
bPassStatus &= pInitBlockMemory[iEquipmentIndex]->bPassStatus;
equipmentForInit[iEquipmentIndex]->handle = (pInitBlockMemory[iEquipmentIndex]->equipmentForInit)->handle;
}
*pbSkipRunning |= !bPassStatus;
//----------------------------------- Calibrations -----------------------------------------//
if (( tMainStore.tRunMode == RUN_MODE_CALIBRATION ) && ( bPassStatus ))
{
hPopupPanel = LoadPanel (0, "TEST_EXEC_UI.uir", WAIT );
fDRIVER_MANAGER_Set_Calibration_Port_Number = (tfDRIVER_MANAGER_Set_Calibration_Port_Number) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_Set_Calibration_Port_Number" );
fDRIVER_MANAGER_Get_Number_Of_Channels = (tfDRIVER_MANAGER_Get_Number_Of_Channels) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_Get_Number_Of_Channels" );
fDRIVER_MANAGER_PowerMeter_Calibrate = (tfDRIVER_MANAGER_PowerMeter_Calibrate) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRV_PowerMeter_Calibrate" );
fDRIVER_MANAGER_CALIBRATION_FillCalibrationRanges = (tfDRIVER_MANAGER_CALIBRATION_FillCalibrationRanges) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_FillCalibrationRanges" );
fDRIVER_MANAGER_Set_Calibration_MeasureDelay = (tfDRIVER_MANAGER_Set_Calibration_MeasureDelay) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_Set_Calibration_MeasureDelay" );
fDRIVER_MANAGER_CALIBRATION_Run = (tfDRIVER_MANAGER_CALIBRATION_Run) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_Run" );
fDRIVER_MANAGER_CALIBRATION_GetCalibrationInfo = (tfDRIVER_MANAGER_CALIBRATION_GetCalibrationInfo) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_GetCalibrationInfo" );
fDRIVER_MANAGER_PowerMeter_SetFrequency = (tfDRIVER_MANAGER_PowerMeter_SetFrequency) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRV_PowerMeter_SetFrequency" );
fDRIVER_MANAGER_Set_Calibration_StateFileName = (tfDRIVER_MANAGER_Set_Calibration_StateFileName) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_Set_Calibration_StateFileName" );
fDRIVER_MANAGER_Set_Calibration_ReferenceLevel = (tfDRIVER_MANAGER_Set_Calibration_ReferenceLevel) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_Set_Calibration_ReferenceLevel" );
fDRIVER_MANAGER_Set_Calibration_Attenuator = (tfDRIVER_MANAGER_Set_Calibration_Attenuator) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_Set_Calibration_Attenuator" );
fDRIVER_MANAGER_CALIBRATION_GetCalibrationRangeInfo = (tfDRIVER_MANAGER_CALIBRATION_GetCalibrationRangeInfo) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_GetCalibrationRangeInfo" );
fDRIVER_MANAGER_CALIBRATION_CreateEmptyHandle = (tfDRIVER_MANAGER_CALIBRATION_CreateEmptyHandle) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_CreateEmptyHandle" );
fDRIVER_MANAGER_CALIBRATION_DiscardHandle = (tfDRIVER_MANAGER_CALIBRATION_DiscardHandle) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_DiscardHandle" );
fDRIVER_MANAGER_StandardDevice_SetValue = (tfDRIVER_MANAGER_StandardDevice_SetValue) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_StandardDevice_SetValue" );
fDRV_NetworkAnalyzer_SaveStateAndCalibration = (tfDRV_NetworkAnalyzer_SaveStateAndCalibration) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRV_NetworkAnalyzer_SaveStateAndCalibration");
fDRV_NetworkAnalyzer_LoadStateAndCalibration = (tfDRV_NetworkAnalyzer_LoadStateAndCalibration) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRV_NetworkAnalyzer_LoadStateAndCalibration");
fDRV_NetworkAnalyzer_ECAL_Calibrate = (tfDRV_NetworkAnalyzer_ECAL_Calibrate) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRV_NetworkAnalyzer_ECAL_Calibrate");
fDRV_NetworkAnalyzer_Calibration_SetFrequencyPlan = (tfDRV_NetworkAnalyzer_Calibration_SetFrequencyPlan) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRV_NetworkAnalyzer_Calibration_SetFrequencyPlan");
fDRIVER_MANAGER_CALIBRATION_Get_AdditionalPower_CalibrationInfo = (tfDRIVER_MANAGER_CALIBRATION_Get_AdditionalPower_CalibrationInfo) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_Get_AdditionalPower_CalibrationInfo" );
fDRIVER_MANAGER_CALIBRATION_Set_NumberOf_AdditionalPower = (tfDRIVER_MANAGER_CALIBRATION_Set_NumberOf_AdditionalPower) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_Set_NumberOf_AdditionalPower" );
fDRIVER_MANAGER_CALIBRATION_Gel_3D_Factor = (tfDRIVER_MANAGER_CALIBRATION_Gel_3D_Factor) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRIVER_MANAGER_CALIBRATION_Gel_3D_Factor" );
fDRIVER_MANAGER_StandardDevice_SetListOfValues = (tfDRIVER_MANAGER_StandardDevice_SetListOfValues) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRV_StandardDevice_SetListOfValues" );
fDRV_SpectrumAnalyzer_AlignNow = (tfDRV_SpectrumAnalyzer_AlignNow) GetProcAddress( tMainStore.hDriverManagerLibrary , "DRV_SpectrumAnalyzer_AlignNow" );
for( iCalibrationSequenceIndex = 0; iCalibrationSequenceIndex < 2; iCalibrationSequenceIndex++ )
{
//============================== Network Analyzer Calibration =============================================//
for ( iEquipmentIndex = 0 ; iEquipmentIndex < iEquipmentCount ; iEquipmentIndex++ )
{
if ( equipmentForInit[iEquipmentIndex]->type == EQUIPMENT_TYPE_NETWORK_ANALYZER )
{
if ( equipmentForInit[iEquipmentIndex]->priority == 0 )
{
hCalibrationNetworkAnalyzerHandle = equipmentForInit[iEquipmentIndex]->handle;
if ( equipmentForInit[iEquipmentIndex]->name )
strcpy( szCalibNetworkAnalyzer , equipmentForInit[iEquipmentIndex]->name );
}
if (( equipmentForInit[iEquipmentIndex]->calibratable ) && ( equipmentForInit[iEquipmentIndex]->bAlreadyCalibrated == 0 ))
{
FREE_LIST ( pszNetworkCalibration_FrequencyRanges , iNumberOfNetworkRanges );
iNumberOfNetworkRanges = VarGetStringArray( hMainHandle , VAR_CONFIG_EQUIPMENT , equipmentForInit[iEquipmentIndex]->id , "Calibration_Frequency_Ranges" , &pszNetworkCalibration_FrequencyRanges );
if ( iNumberOfNetworkRanges == 0 )
{
iNumberOfNetworkRanges = 1;
FREE_CALLOC( pszCalibration_FrequencyRanges , 64 , sizeof(char));
if ( pszCalibration_FrequencyRanges )
{
strcpy( pszCalibration_FrequencyRanges , "1E6-2E6:201" );
VarSetString( hMainHandle , VAR_CONFIG_EQUIPMENT , equipmentForInit[iEquipmentIndex]->id , "Calibration_Frequency_Ranges" , pszCalibration_FrequencyRanges );
}
}
FREE_LIST ( pszNetworkCalibration_StateFile , iNumberOfNetworkStateFiles );
iNumberOfNetworkStateFiles = VarGetStringArray( hMainHandle , VAR_CONFIG_EQUIPMENT , equipmentForInit[iEquipmentIndex]->id , "Calibration_StateFile" , &pszNetworkCalibration_StateFile );
if ( iNumberOfNetworkStateFiles == 0 )
{
iNumberOfNetworkStateFiles = 1;
CALLOC( pszCalibration_StateFile , 64 , sizeof(char));
if ( pszCalibration_StateFile )
{
strcpy( pszCalibration_StateFile , "calib.sta" );
VarSetString( hMainHandle , VAR_CONFIG_EQUIPMENT , equipmentForInit[iEquipmentIndex]->id , "Calibration_StateFile" , pszCalibration_StateFile );
}
}
if ( VarGetDouble( hMainHandle , VAR_CONFIG_EQUIPMENT , equipmentForInit[iEquipmentIndex]->id , "Calibration_Power" , &plfCalibration_Power ) == 0 )
{
CALLOC( plfCalibration_Power , 1 , sizeof(double));