All the low level platform specific implementations for interacting with the Stresing PCIe board. More...

#include "../Board_ll.h"
#include <stdint.h>
#include "../Board.h"
#include <process.h>
#include <io.h>
#include "../../version.h"
#include "../Direct2dViewer_c.h"

Macros
#define	LSCPCIEJ_STRESING_DRIVER_NAME "lscpciej"

#define	DIV 1024

#define	WIDTH 7

Functions
es_status_codes	CleanupDma (uint32_t drvno)

void	isr (uint32_t drvno)
	This interrupt routine copies data from the DMA buffer to the user buffer. If write to disk is true, the data is also written to disc.

void DLLCALLCONV	interrupt_handler0 ()

void DLLCALLCONV	interrupt_handler1 ()

void DLLCALLCONV	interrupt_handler2 ()

void DLLCALLCONV	interrupt_handler3 ()

void DLLCALLCONV	interrupt_handler4 ()

es_status_codes	readRegister_32 (uint32_t drvno, uint32_t *data, uint32_t address)
	Reads 4 bytes on DMA area.

es_status_codes	readRegister_16 (uint32_t drvno, uint16_t *data, uint32_t address)
	Reads long on DMA area.

es_status_codes	readRegister_8 (uint32_t drvno, uint8_t *data, uint32_t address)
	Read byte (8 bit) from register of PCIe board, except r10-r1f.

es_status_codes	writeRegister_32 (uint32_t drvno, uint32_t data, uint32_t address)
	Writes 32 bits (4 bytes) to register.

es_status_codes	writeRegister_16 (uint32_t drvno, uint16_t data, uint32_t address)
	Writes 16 bits (2 bytes) to register.

es_status_codes	writeRegister_8 (uint32_t drvno, uint8_t data, uint32_t address)
	Write byte (8 bit) to register in space0 of PCIe board, except r10-r1f.

es_status_codes	checkDriverHandle (uint32_t drvno)

uint64_t	getPhysicalDmaAddress (uint32_t drvno)

es_status_codes	SetupDma (uint32_t drvno)
	Allocate DMA buffer - should only be called once.

es_status_codes	enableInterrupt (uint32_t drvno)

es_status_codes	disableInterrupt (uint32_t drvno)
	Disable interrupt.

void	ResetBufferWritePos (uint32_t drvno)
	Reset the buffer write pointers and software ISR counter.

void	copyRestData (uint32_t drvno, size_t rest_in_bytes)
	DMA copies in blocks of dmaBufferSizeInWords/DMA_BUFFER_PARTS - the rest is copied here.

es_status_codes	_InitBoard (uint32_t drvno)
	Initializes PCIe board on a platform specific way.

es_status_codes	_InitDriver ()
	Windows specific function for initializing driver.

es_status_codes	CleanupDriver (uint32_t drvno)
	Cleanup driver. Call this before Exit driver.

es_status_codes	_ExitDriver ()
	Exit driver. Call this after Cleanup driver.

es_status_codes	readConfig_32 (uint32_t drvno, uint32_t *data, uint32_t address)
	Read long (32 bit) from runtime register of PCIe board.

es_status_codes	writeConfig_32 (uint32_t drvno, uint32_t data, uint32_t address)
	Write long (32 bit) to register in space0 of PCIe board.

void	FreeMemInfo (uint64_t pmemory_all, uint64_t pmemory_free)
	Get the free and installed memory info.

es_status_codes	StartCopyDataToUserBufferThread (uint32_t drvno)

es_status_codes	InitMutex (uint32_t drvno)

void	initPerformanceCounter ()

int64_t	GetTimestampInTicks ()
	Reads system timer.

int64_t	GetTimestampInMicroseconds ()

int64_t	GetTimestampInMilliseconds ()

int64_t	ConvertTicksToMicroseconds (int64_t ticks)
	Translate ticks to microseconds.

uint8_t	WaitforTelapsed (int64_t microseconds)
	This functions returns after a time given in microseconds. The time is measured in CPU ticks. The function is escapable by pressing ESC.

uint16_t	checkEscapeKeyState ()

uint16_t	checkSpaceKeyState ()

es_status_codes	SetPriority ()
	Set thread to high priority level.

es_status_codes	ResetPriority ()
	Reset thread priority to normal.

uint16_t *	getVirtualDmaAddress (uint32_t drvno)

uint32_t	getDmaBufferSizeInBytes (uint32_t drvno)

int64_t	getCurrentInterruptCounter (uint32_t drvno)

es_status_codes	SaveMeasurementDataToFileBIN (const char *filename)
	Export the measurement data to a binary file.

es_status_codes	CopyFromFileToUserBufferBIN (const char *filename)

void	openFile (uint32_t drvno)

void	closeFile (uint32_t drvno)

void	setTimestamp ()

void	writeFileHeaderToFile (uint32_t drvno)
	Creates a file at filename_full and writes struct file_header to it.

void	writeToDisc (uint32_t *drvno_ptr)

void	startWriteToDiscThead (uint32_t drvno)

void	VerifyData (struct verify_data_parameter *vd)
	Check a file for its data consistency.

void	getFileHeaderFromFile (struct file_header fh, const char filename_full)
	Open the file at filename_full and write the header to fh.

void	WaitForAllInterruptsDone ()

es_status_codes	About (uint32_t board_sel)
	Display information about registers and settings in pop up windows.

es_status_codes	AboutDrv (uint32_t drvno)
	Shows window with infos about the PCIe board.

es_status_codes	AboutGPX (uint32_t drvno)
	Reads registers 0 to 12 of TDC-GPX chip. Time delay counter option.

es_status_codes	AboutS0 (uint32_t drvno)
	Read registers of space0. Space0 are the control registers of the PCIe board.

es_status_codes	AboutTLPs (uint32_t drvno)

es_status_codes	AboutPCI (uint32_t drvno)

es_status_codes	AboutMeasurementSettings ()

es_status_codes	AboutCameraSettings (uint32_t drvno)

void	ErrMsgBoxOn ()
	Switch on error message boxes of our software. Default is On.

void	ErrMsgBoxOff ()
	Disable error message boxes, if not needed.

void	ErrorMsg (char ErrMsg[100])
	Display error message. If ErrMsgBoxOn is set.

void	ValMsg (uint64_t val)
	Simple display of unsigned integer as error message for test purpose.

void	Start2dViewer (uint32_t drvno, uint32_t block, uint16_t camera, uint16_t pixel, uint32_t nos)
	Start 2d viewer.

void	ShowNewBitmap (uint32_t drvno, uint32_t block, uint16_t camera, uint16_t pixel, uint32_t nos)
	Update the displayed bitmap.

void	Deinit2dViewer ()
	Call when closing 2d viewer or at least before opening a new 2d viewer.

void	SetGammaValue (uint16_t white, uint16_t black)
	Set gamma value.

uint16_t	GetGammaWhite ()
	return gamma value white

uint16_t	GetGammaBlack ()
	return gamma value black

void	LockHighLevelMutex (uint32_t drvno)

void	UnlockHighLevelMutex (uint32_t drvno)

Variables
WDC_DEVICE_HANDLE	hDev_tmp [MAXPCIECARDS]

WDC_DEVICE_HANDLE *	hDev = (WDC_DEVICE_HANDLE *)&hDev_tmp

volatile DWORD	dmaBufferSizeInBytes [MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

uint16_t *	dmaBuffer [MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

volatile uint64_t	IsrCounter [MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

volatile UINT8	dmaBufferPartReadPos [MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

WD_DMA *	dmaBufferInfos [MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

WDC_PCI_SCAN_RESULT	scanResult

WD_PCI_CARD_INFO	deviceInfo [MAXPCIECARDS]

bool	_SHOW_MSG = TRUE

HANDLE	ghMutex [MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

HANDLE	registerReadWriteMutex [MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

HANDLE	registerReadWriteMutexHighLevel [MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

HANDLE	mutexUserBuffer [MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

FILE *	file_stream [MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

void *	Direct2dViewer = NULL

uint16_t *	greyscale_data = NULL

LARGE_INTEGER	freq

void(*	interrupt_handler_array [MAXPCIECARDS])() = { &interrupt_handler0, &interrupt_handler1, &interrupt_handler2, &interrupt_handler3, &interrupt_handler4 }

Detailed Description

All the low level platform specific implementations for interacting with the Stresing PCIe board.

Author: Florian Hahn

Date: 23.10.2020

Copyright: Copyright Entwicklungsbuero Stresing. This software is release under the LPGL-3.0.

Macro Definition Documentation

◆ DIV

#define DIV 1024

◆ LSCPCIEJ_STRESING_DRIVER_NAME

#define LSCPCIEJ_STRESING_DRIVER_NAME "lscpciej"

◆ WIDTH

#define WIDTH 7

Function Documentation

◆ _ExitDriver()

es_status_codes _ExitDriver ( )

Exit driver. Call this after Cleanup driver.

Returns: es_status_codes

◆ _InitBoard()

es_status_codes _InitBoard ( uint32_t drvno )

Initializes PCIe board on a platform specific way.

Parameters

drvno PCIe board identifier.

Returns: es_status_codes

◆ _InitDriver()

es_status_codes _InitDriver ( )

Windows specific function for initializing driver.

Returns: es_status_codes

◆ About()

es_status_codes About ( uint32_t board_sel )

Display information about registers and settings in pop up windows.

Returns: es_status_codes

◆ AboutCameraSettings()

es_status_codes AboutCameraSettings ( uint32_t drvno )

◆ AboutDrv()

es_status_codes AboutDrv ( uint32_t drvno )

Shows window with infos about the PCIe board.

version of driver
ID = 53xx
length of space0 BAR =0x3f
vendor ID = EBST
PCI board version (same as label on PCI board)
Parameters

drvno board number (=1 if one PCI board)

Returns
es_status_codes

◆ AboutGPX()

es_status_codes AboutGPX ( uint32_t drvno )

Reads registers 0 to 12 of TDC-GPX chip. Time delay counter option.

Parameters

drvno PCIe board identifier

Returns: es_status_codes

◆ AboutMeasurementSettings()

es_status_codes AboutMeasurementSettings ( )

◆ AboutPCI()

es_status_codes AboutPCI ( uint32_t drvno )

Parameters

drvno PCIe board identifier.

Returns: es_status_codes

◆ AboutS0()

es_status_codes AboutS0 ( uint32_t drvno )

Read registers of space0. Space0 are the control registers of the PCIe board.

Parameters

drvno PCIe board identifier

Returns: es_status_codes

◆ AboutTLPs()

es_status_codes AboutTLPs ( uint32_t drvno )

Parameters

drvno PCIe board identifier.

Returns: es_status_codes

◆ checkDriverHandle()

es_status_codes checkDriverHandle ( uint32_t drvno )

Check drvno for being legit

Parameters

drvno driver number

Returns: es_status_codes

◆ checkEscapeKeyState()

uint16_t checkEscapeKeyState ( )

◆ checkSpaceKeyState()

uint16_t checkSpaceKeyState ( )

◆ CleanupDma()

es_status_codes CleanupDma ( uint32_t drvno )

Parameters

drvno PCIe board identifier.

Returns: es_status_codes

◆ CleanupDriver()

es_status_codes CleanupDriver ( uint32_t drvno )

Cleanup driver. Call this before Exit driver.

Parameters

drvno PCIe board identifier.

Returns: es_status_codes

◆ closeFile()

void closeFile ( uint32_t drvno )

◆ ConvertTicksToMicroseconds()

int64_t ConvertTicksToMicroseconds ( int64_t ticks )

Translate ticks to microseconds.

Parameters

ticks ticks of system timer

Returns: microseconds of ticks

◆ CopyFromFileToUserBufferBIN()

es_status_codes CopyFromFileToUserBufferBIN ( const char * filename )

◆ copyRestData()

void copyRestData	(	uint32_t	drvno,
		size_t	rest_in_bytes )

DMA copies in blocks of dmaBufferSizeInWords/DMA_BUFFER_PARTS - the rest is copied here.

Parameters

drvno	PCIe board identifier.
rest_in_bytes	bytes which were not copied by INTR.

◆ Deinit2dViewer()

void Deinit2dViewer ( )

Call when closing 2d viewer or at least before opening a new 2d viewer.

◆ disableInterrupt()

es_status_codes disableInterrupt ( uint32_t drvno )

Disable interrupt.

Parameters

drvno PCIe board identifier.

Returns: es_status_codes

◆ enableInterrupt()

es_status_codes enableInterrupt ( uint32_t drvno )

◆ ErrMsgBoxOff()

void ErrMsgBoxOff ( )

Disable error message boxes, if not needed.

◆ ErrMsgBoxOn()

void ErrMsgBoxOn ( )

Switch on error message boxes of our software. Default is On.

◆ ErrorMsg()

void ErrorMsg ( char ErrMsg[100] )

Display error message. If ErrMsgBoxOn is set.

Parameters

[in] ErrMsg Message. Buffer size: 100.

◆ FreeMemInfo()

void FreeMemInfo	(	uint64_t *	pmemory_all,
		uint64_t *	pmemory_free )

Get the free and installed memory info.

Parameters

[out]	pmemory_all	how much is installed
[out]	pmemory_free	how much is free

◆ getCurrentInterruptCounter()

int64_t getCurrentInterruptCounter ( uint32_t drvno )

◆ getDmaBufferSizeInBytes()

uint32_t getDmaBufferSizeInBytes ( uint32_t drvno )

◆ getFileHeaderFromFile()

void getFileHeaderFromFile	(	struct file_header *	fh,
		const char *	filename_full )

Open the file at filename_full and write the header to fh.

Parameters

fh	struct file_header*
filename_full	Path and file name to the file.

◆ GetGammaBlack()

uint16_t GetGammaBlack ( )

return gamma value black

◆ GetGammaWhite()

uint16_t GetGammaWhite ( )

return gamma value white

◆ getPhysicalDmaAddress()

uint64_t getPhysicalDmaAddress ( uint32_t drvno )

◆ GetTimestampInMicroseconds()

int64_t GetTimestampInMicroseconds ( )

◆ GetTimestampInMilliseconds()

int64_t GetTimestampInMilliseconds ( )

◆ GetTimestampInTicks()

int64_t GetTimestampInTicks ( )

Reads system timer.

Read 2x ticks and calculate the difference between the calls in microseconds with DLLTickstous, init timer by calling DLLInitSysTimer before use.

Returns: act ticks

◆ getVirtualDmaAddress()

uint16_t * getVirtualDmaAddress ( uint32_t drvno )

◆ InitMutex()

es_status_codes InitMutex ( uint32_t drvno )

◆ initPerformanceCounter()

void initPerformanceCounter ( )

◆ interrupt_handler0()

void DLLCALLCONV interrupt_handler0 ( )

◆ interrupt_handler1()

void DLLCALLCONV interrupt_handler1 ( )

◆ interrupt_handler2()

void DLLCALLCONV interrupt_handler2 ( )

◆ interrupt_handler3()

void DLLCALLCONV interrupt_handler3 ( )

◆ interrupt_handler4()

void DLLCALLCONV interrupt_handler4 ( )

◆ isr()

void isr ( uint32_t drvno )

This interrupt routine copies data from the DMA buffer to the user buffer. If write to disk is true, the data is also written to disc.

This routine is called every DMASPERINTR=500 scans. The size of a drivers contiguous memory is limited, so we must copy the data from a small buffer to a bigger buffer. The copy process is split in lower/upper half blocks.

Parameters

drvno PCIe board identifier.

◆ LockHighLevelMutex()

void LockHighLevelMutex ( uint32_t drvno )

◆ openFile()

void openFile ( uint32_t drvno )

◆ readConfig_32()

es_status_codes readConfig_32	(	uint32_t	drvno,
		uint32_t *	data,
		uint32_t	address )

Read long (32 bit) from runtime register of PCIe board.

This function reads the memory mapped data , not the I/O Data. Reads data from PCIe config space.

Parameters

drvno	board number (=1 if one PCI board)
data	pointer to where data is stored
address	offset of register (count in bytes)

Returns: es_status_codes

◆ readRegister_16()

es_status_codes readRegister_16	(	uint32_t	drvno,
		uint16_t *	data,
		uint32_t	address )

Reads long on DMA area.

Parameters

drvno	PCIe board identifier
data	buffer for data
address	Offset from BaseAdress - in Bytes ! 0..3= Regs of Board.

Returns: es_status_codes

◆ readRegister_32()

es_status_codes readRegister_32	(	uint32_t	drvno,
		uint32_t *	data,
		uint32_t	address )

Reads 4 bytes on DMA area.

Parameters

drvno	PCIe board identifier
data	buffer for data
address	Offset from BaseAdress - in Bytes ! 0..3= Regs of Board.

Returns: es_status_codes

◆ readRegister_8()

es_status_codes readRegister_8	(	uint32_t	drvno,
		uint8_t *	data,
		uint32_t	address )

Read byte (8 bit) from register of PCIe board, except r10-r1f.

Parameters

drvno	board number (=1 if one PCI board)
data	pointer to where data is stored
address	offset of register from base address (count in bytes)

Returns: es_status_codes

◆ ResetBufferWritePos()

void ResetBufferWritePos ( uint32_t drvno )

Reset the buffer write pointers and software ISR counter.

Parameters

drvno PCIe board identifier.

◆ ResetPriority()

es_status_codes ResetPriority ( )

Reset thread priority to normal.

Returns: es_status_codes

◆ SaveMeasurementDataToFileBIN()

es_status_codes SaveMeasurementDataToFileBIN ( const char * filename )

Export the measurement data to a binary file.

Parameters

filename Filename with complete absolute path.

Returns: es_status_codes

◆ SetGammaValue()

void SetGammaValue	(	uint16_t	white,
		uint16_t	black )

Set gamma value.

Parameters

[in]	white	set value for maximum brightness. Default: 0xFFFF (16 bit), 0x3FFF (14 bit)
[in]	black	set value for minimum brightness. Default: 0

◆ SetPriority()

es_status_codes SetPriority ( )

Set thread to high priority level.

Returns: es_status_codes

◆ setTimestamp()

void setTimestamp ( )

◆ SetupDma()

es_status_codes SetupDma ( uint32_t drvno )

Allocate DMA buffer - should only be called once.

Gets address of DMASubBuf from driver and copy it later to our pDMABigBuf.

Parameters

drvno PCIe board identifier.

Returns: es_status_codes

◆ ShowNewBitmap()

void ShowNewBitmap	(	uint32_t	drvno,
		uint32_t	block,
		uint16_t	camera,
		uint16_t	pixel,
		uint32_t	nos )

Update the displayed bitmap.

Parameters

[in]	drvno	board number
[in]	block	current number of blocks
[in]	camera	which camera to display (when camcnt is >1)
[in]	pixel	count of pixel of one line
[in]	nos	samples in one block

◆ Start2dViewer()

void Start2dViewer	(	uint32_t	drvno,
		uint32_t	block,
		uint16_t	camera,
		uint16_t	pixel,
		uint32_t	nos )

Start 2d viewer.

Parameters

[in]	drvno	board number
[in]	block	current number of block
[in]	camera	which camera to display (when camcnt is >1)
[in]	pixel	count of pixel of one line
[in]	nos	samples in one block

◆ StartCopyDataToUserBufferThread()

es_status_codes StartCopyDataToUserBufferThread ( uint32_t drvno )

◆ startWriteToDiscThead()

void startWriteToDiscThead ( uint32_t drvno )

◆ UnlockHighLevelMutex()

void UnlockHighLevelMutex ( uint32_t drvno )

◆ ValMsg()

void ValMsg ( uint64_t val )

Simple display of unsigned integer as error message for test purpose.

Parameters

val	unsigned integer 64 bit

◆ VerifyData()

void VerifyData ( struct verify_data_parameter * vd )

Check a file for its data consistency.

Parameters

vd	see struct verify_data_parameter in globals.h for details

◆ WaitForAllInterruptsDone()

void WaitForAllInterruptsDone ( )

◆ WaitforTelapsed()

uint8_t WaitforTelapsed ( int64_t microseconds )

This functions returns after a time given in microseconds. The time is measured in CPU ticks. The function is escapable by pressing ESC.

Parameters

microseconds Time to wait in microseconds.

Returns: 1 when success, 0 when aborted by ESC or failure

◆ writeConfig_32()

es_status_codes writeConfig_32	(	uint32_t	drvno,
		uint32_t	data,
		uint32_t	address )

Write long (32 bit) to register in space0 of PCIe board.

Parameters

drvno	board number (=1 if one PCI board)
data	long value to write
address	offset from base address of register (count in bytes)

Returns: es_status_codes

◆ writeFileHeaderToFile()

void writeFileHeaderToFile ( uint32_t drvno )

Creates a file at filename_full and writes struct file_header to it.

Parameters

drvno PCIe board identifier.

◆ writeRegister_16()

es_status_codes writeRegister_16	(	uint32_t	drvno,
		uint16_t	data,
		uint32_t	address )

Writes 16 bits (2 bytes) to register.

Parameters

drvno	PCIe board identifier.
data	data to write
address	Register offset from BaseAdress - in bytes

Returns: es_status_codes

◆ writeRegister_32()

es_status_codes writeRegister_32	(	uint32_t	drvno,
		uint32_t	data,
		uint32_t	address )

Writes 32 bits (4 bytes) to register.

Parameters

drvno	PCIe board identifier.
data	data to write
address	Register offset from BaseAdress - in bytes

Returns: es_status_codes

◆ writeRegister_8()

es_status_codes writeRegister_8	(	uint32_t	drvno,
		uint8_t	data,
		uint32_t	address )

Write byte (8 bit) to register in space0 of PCIe board, except r10-r1f.

Parameters

drvno	board number (=1 if one PCI board)
data	byte value to write
address	Offset from BaseAdress of register (count in bytes)

Returns: es_status_codes

◆ writeToDisc()

void writeToDisc ( uint32_t * drvno_ptr )

Variable Documentation

◆ _SHOW_MSG

bool _SHOW_MSG = TRUE

◆ deviceInfo

WD_PCI_CARD_INFO deviceInfo[MAXPCIECARDS]

◆ Direct2dViewer

void* Direct2dViewer = NULL

◆ dmaBuffer

uint16_t* dmaBuffer[MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

◆ dmaBufferInfos

WD_DMA* dmaBufferInfos[MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

◆ dmaBufferPartReadPos

volatile UINT8 dmaBufferPartReadPos[MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

◆ dmaBufferSizeInBytes

volatile DWORD dmaBufferSizeInBytes[MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

◆ file_stream

FILE* file_stream[MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

◆ freq

LARGE_INTEGER freq

◆ ghMutex

HANDLE ghMutex[MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

◆ greyscale_data

uint16_t* greyscale_data = NULL

◆ hDev

WDC_DEVICE_HANDLE* hDev = (WDC_DEVICE_HANDLE *)&hDev_tmp

◆ hDev_tmp

WDC_DEVICE_HANDLE hDev_tmp[MAXPCIECARDS]

◆ interrupt_handler_array

void(* interrupt_handler_array[MAXPCIECARDS])() ( ) = { &interrupt_handler0, &interrupt_handler1, &interrupt_handler2, &interrupt_handler3, &interrupt_handler4 }

◆ IsrCounter

volatile uint64_t IsrCounter[MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

◆ mutexUserBuffer

HANDLE mutexUserBuffer[MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

◆ registerReadWriteMutex

HANDLE registerReadWriteMutex[MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

◆ registerReadWriteMutexHighLevel

HANDLE registerReadWriteMutexHighLevel[MAXPCIECARDS] = { NULL, NULL, NULL, NULL, NULL }

◆ scanResult

WDC_PCI_SCAN_RESULT scanResult

Macros

Functions

Variables

Detailed Description

Macro Definition Documentation

◆ DIV

◆ LSCPCIEJ_STRESING_DRIVER_NAME

◆ WIDTH

Function Documentation

◆ _ExitDriver()

◆ _InitBoard()

◆ _InitDriver()

◆ About()

◆ AboutCameraSettings()

◆ AboutDrv()

◆ AboutGPX()

◆ AboutMeasurementSettings()

◆ AboutPCI()

◆ AboutS0()

◆ AboutTLPs()

◆ checkDriverHandle()

◆ checkEscapeKeyState()

◆ checkSpaceKeyState()

◆ CleanupDma()

◆ CleanupDriver()

◆ closeFile()

◆ ConvertTicksToMicroseconds()

◆ CopyFromFileToUserBufferBIN()

◆ copyRestData()

◆ Deinit2dViewer()

◆ disableInterrupt()

◆ enableInterrupt()

◆ ErrMsgBoxOff()

◆ ErrMsgBoxOn()

◆ ErrorMsg()

◆ FreeMemInfo()

◆ getCurrentInterruptCounter()

◆ getDmaBufferSizeInBytes()

◆ getFileHeaderFromFile()

◆ GetGammaBlack()

◆ GetGammaWhite()

◆ getPhysicalDmaAddress()

◆ GetTimestampInMicroseconds()

◆ GetTimestampInMilliseconds()

◆ GetTimestampInTicks()

◆ getVirtualDmaAddress()

◆ InitMutex()

◆ initPerformanceCounter()

◆ interrupt_handler0()

◆ interrupt_handler1()

◆ interrupt_handler2()

◆ interrupt_handler3()

◆ interrupt_handler4()

◆ isr()

◆ LockHighLevelMutex()

◆ openFile()

◆ readConfig_32()

◆ readRegister_16()

◆ readRegister_32()

◆ readRegister_8()

◆ ResetBufferWritePos()

◆ ResetPriority()

◆ SaveMeasurementDataToFileBIN()

◆ SetGammaValue()

◆ SetPriority()

◆ setTimestamp()

◆ SetupDma()

◆ ShowNewBitmap()

◆ Start2dViewer()

◆ StartCopyDataToUserBufferThread()

◆ startWriteToDiscThead()

◆ UnlockHighLevelMutex()

◆ ValMsg()

◆ VerifyData()

◆ WaitForAllInterruptsDone()

◆ WaitforTelapsed()

◆ writeConfig_32()

◆ writeFileHeaderToFile()

◆ writeRegister_16()

◆ writeRegister_32()