Global variables that are used in this library. More...

#include "globals.h"
#include "../shared_src/default_settings.h"

Variables
uint32_t	tmp_virtualCamcnt [MAXPCIECARDS] = { 1, 1, 1, 1, 1 }

uint32_t *	virtualCamcnt = tmp_virtualCamcnt

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

uint16_t **	userBuffer = temp_userBuffer

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

uint16_t **	userBufferEndPtr = temp_userBufferEndPtr

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

uint16_t **	userBufferWritePos = temp_userBufferWritePos

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

uint16_t **	userBufferWritePos_last = temp_userBufferWritePos_last

uint16_t	temp_pcieCardMajorVersion [MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

uint16_t *	pcieCardMajorVersion = temp_pcieCardMajorVersion

uint16_t	temp_pcieCardMinorVersion [MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

uint16_t *	pcieCardMinorVersion = temp_pcieCardMinorVersion

volatile bool	temp_timerOn [MAXPCIECARDS] = { false, false, false, false, false }

volatile bool *	timerOn = temp_timerOn

uint32_t	temp_numberOfInterrupts [MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

volatile uint32_t *	numberOfInterrupts = temp_numberOfInterrupts

uint8_t	number_of_boards = 0

bool	testModeOn = false

volatile bool	abortMeasurementFlag = false

volatile bool	continuousMeasurementFlag = false

bool	isRunning = false

int64_t	temp_scanCounterTotal [MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

int64_t *	scanCounterTotal = temp_scanCounterTotal

uint64_t	measurement_cnt = 0

char	start_timestamp [file_timestamp_size]

size_t	temp_data_available [MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

volatile size_t *	data_available = temp_data_available

volatile bool	tmp_allInterruptsDone [MAXPCIECARDS] = { true, true, true, true, true }

volatile bool *	allInterruptsDone = tmp_allInterruptsDone

hookFunction	measureStartHook = NULL

hookFunction	measureDoneHook = NULL

hookFunction	blockStartHook = NULL

hookFunction	blockDoneHook = NULL

hookFunction	allBlocksDoneHook = NULL

const struct camera_settings	camera_settings_default

struct measurement_settings	settings_struct

Detailed Description

Global variables that are used in this library.

Author: Florian Hahn

Date: 26.05.2021

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

Variable Documentation

◆ abortMeasurementFlag

volatile bool abortMeasurementFlag = false

◆ allBlocksDoneHook

hookFunction allBlocksDoneHook = NULL

◆ allInterruptsDone

volatile bool* allInterruptsDone = tmp_allInterruptsDone

◆ blockDoneHook

hookFunction blockDoneHook = NULL

◆ blockStartHook

hookFunction blockStartHook = NULL

◆ camera_settings_default

const struct camera_settings camera_settings_default

◆ continuousMeasurementFlag

volatile bool continuousMeasurementFlag = false

◆ data_available

volatile size_t* data_available = temp_data_available

◆ isRunning

bool isRunning = false

◆ measureDoneHook

hookFunction measureDoneHook = NULL

◆ measurement_cnt

uint64_t measurement_cnt = 0

◆ measureStartHook

hookFunction measureStartHook = NULL

◆ number_of_boards

uint8_t number_of_boards = 0

◆ numberOfInterrupts

volatile uint32_t* numberOfInterrupts = temp_numberOfInterrupts

◆ pcieCardMajorVersion

uint16_t* pcieCardMajorVersion = temp_pcieCardMajorVersion

◆ pcieCardMinorVersion

uint16_t* pcieCardMinorVersion = temp_pcieCardMinorVersion

◆ scanCounterTotal

int64_t* scanCounterTotal = temp_scanCounterTotal

◆ settings_struct

struct measurement_settings settings_struct

Initial value:

=
{
    .board_sel                      = settingBoardSelDefault,
    .nos                            = settingNosDefault,
    .nob                            = settingNobDefault,
    .continuous_measurement         = settingContinuousMeasurementDefault,
    .cont_pause_in_microseconds     = settingContinuousPausInMicrosecondsDefault,
}

◆ start_timestamp

char start_timestamp[file_timestamp_size]

◆ temp_data_available

size_t temp_data_available[MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

◆ temp_numberOfInterrupts

uint32_t temp_numberOfInterrupts[MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

◆ temp_pcieCardMajorVersion

uint16_t temp_pcieCardMajorVersion[MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

◆ temp_pcieCardMinorVersion

uint16_t temp_pcieCardMinorVersion[MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

◆ temp_scanCounterTotal

int64_t temp_scanCounterTotal[MAXPCIECARDS] = { 0, 0, 0, 0, 0 }

◆ temp_timerOn

volatile bool temp_timerOn[MAXPCIECARDS] = { false, false, false, false, false }

◆ temp_userBuffer

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

◆ temp_userBufferEndPtr

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

◆ temp_userBufferWritePos

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

◆ temp_userBufferWritePos_last

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

◆ testModeOn

bool testModeOn = false

◆ timerOn

volatile bool* timerOn = temp_timerOn

◆ tmp_allInterruptsDone

volatile bool tmp_allInterruptsDone[MAXPCIECARDS] = { true, true, true, true, true }

◆ tmp_virtualCamcnt

uint32_t tmp_virtualCamcnt[MAXPCIECARDS] = { 1, 1, 1, 1, 1 }

◆ userBuffer

uint16_t** userBuffer = temp_userBuffer

◆ userBufferEndPtr

uint16_t** userBufferEndPtr = temp_userBufferEndPtr

◆ userBufferWritePos

uint16_t** userBufferWritePos = temp_userBufferWritePos

◆ userBufferWritePos_last

uint16_t** userBufferWritePos_last = temp_userBufferWritePos_last

◆ virtualCamcnt

uint32_t* virtualCamcnt = tmp_virtualCamcnt

virtualCamcnt is either equal to the setting camera_settings::camcnt or 1 if this setting is 0.

Variables