#include <stdint.h>
#include <stdbool.h>
#include <stddef.h>
#include "serialWombat.h"

Functions
void	timingResourceDefault (TIMING_RESOURCE_t resource)

void	timingResourceManagerInit ()

TIMING_RESOURCE_t	timingResourceHighPulseClaim (TIMING_RESOURCE_t resource)

TIMING_RESOURCE_t	timingResourcePWMClaim (TIMING_RESOURCE_t resource, uint32_t period_uS)

void	timingResourceRelease (TIMING_RESOURCE_t resource)

void	timingResourcesHighPulse (TIMING_RESOURCE_t resource, uint16_t pulseTime_uS)

void	timingResourcePWM (TIMING_RESOURCE_t resource, uint32_t period_uS, uint16_t dutyCycle)

bool	timingResourceHighPulseBusy (TIMING_RESOURCE_t resource)

void	timingResourceService (TIMING_RESOURCE_t resource)

TIMING_RESOURCE_t	timingResourceInterruptClaim (TIMING_RESOURCE_t resource, uint16_t counts, uint16_t uS, timingResourceCallback_t callback)

void	timingResourceInterruptActivate (TIMING_RESOURCE_t resource)

void	__attribute__ ((interrupt, no_auto_psv))

void	timingResourceBusyWait (uint16_t uS)

TIMING_RESOURCE_t	timingResourceCounterClaim (TIMING_RESOURCE_t resource)

uint32_t	timingResourceReadCounter (TIMING_RESOURCE_t resource)

void	timingResourceResetCounter (TIMING_RESOURCE_t resource)

TIMING_RESOURCE_t	timingResourceGenericClaim (TIMING_RESOURCE_t resource)

Variables
timingResourceManager_t	timingResources [TIMING_RESOURCE_NUMBER_OF_RESOURCES]

volatile uint16_t	CCT1InterruptCount = 0

volatile uint16_t	CCT2InterruptCount = 0

volatile uint16_t	CCT3InterruptCount = 0

volatile uint16_t	vgaNextLine
	For this we're going to use global variables for items used in the interrupt. More...

volatile uint8_t	vgaNextColor
	Global to store the next color output (0 to 7). Used so we can figure next color at the end of a line where we have some free processing time. More...

bool	vgaEnable
	This global variable signals to interrupt routines to go into VGA specific code. This is required for high performance operation; A calling a registered function pointer takes too long. More...

volatile uint16_t	CCT4InterruptCount = 0

volatile uint16_t	OC1InterruptCount = 0

volatile uint16_t	OC2InterruptCount = 0

volatile uint16_t	OC3InterruptCount = 0

Function Documentation

◆ attribute()

void __attribute__ ( (interrupt, no_auto_psv) )

◆ timingResourceBusyWait()

void timingResourceBusyWait ( uint16_t uS )

◆ timingResourceCounterClaim()

TIMING_RESOURCE_t timingResourceCounterClaim ( TIMING_RESOURCE_t resource )

◆ timingResourceDefault()

void timingResourceDefault ( TIMING_RESOURCE_t resource )

◆ timingResourceGenericClaim()

TIMING_RESOURCE_t timingResourceGenericClaim ( TIMING_RESOURCE_t resource )

◆ timingResourceHighPulseBusy()

bool timingResourceHighPulseBusy ( TIMING_RESOURCE_t resource )

◆ timingResourceHighPulseClaim()

TIMING_RESOURCE_t timingResourceHighPulseClaim ( TIMING_RESOURCE_t resource )

◆ timingResourceInterruptActivate()

void timingResourceInterruptActivate ( TIMING_RESOURCE_t resource )

◆ timingResourceInterruptClaim()

TIMING_RESOURCE_t timingResourceInterruptClaim	(	TIMING_RESOURCE_t	resource,
		uint16_t	counts,
		uint16_t	uS,
		timingResourceCallback_t	callback
	)

◆ timingResourceManagerInit()

void timingResourceManagerInit ( )

◆ timingResourcePWM()

void timingResourcePWM	(	TIMING_RESOURCE_t	resource,
		uint32_t	period_uS,
		uint16_t	dutyCycle
	)

◆ timingResourcePWMClaim()

TIMING_RESOURCE_t timingResourcePWMClaim	(	TIMING_RESOURCE_t	resource,
		uint32_t	period_uS
	)

◆ timingResourceReadCounter()

uint32_t timingResourceReadCounter ( TIMING_RESOURCE_t resource )

◆ timingResourceRelease()

void timingResourceRelease ( TIMING_RESOURCE_t resource )

◆ timingResourceResetCounter()

void timingResourceResetCounter ( TIMING_RESOURCE_t resource )

◆ timingResourceService()

void timingResourceService ( TIMING_RESOURCE_t resource )

◆ timingResourcesHighPulse()

void timingResourcesHighPulse	(	TIMING_RESOURCE_t	resource,
		uint16_t	pulseTime_uS
	)

Variable Documentation

◆ CCT1InterruptCount

volatile uint16_t CCT1InterruptCount = 0

◆ CCT2InterruptCount

volatile uint16_t CCT2InterruptCount = 0

◆ CCT3InterruptCount

volatile uint16_t CCT3InterruptCount = 0

◆ CCT4InterruptCount

volatile uint16_t CCT4InterruptCount = 0

◆ OC1InterruptCount

volatile uint16_t OC1InterruptCount = 0

◆ OC2InterruptCount

volatile uint16_t OC2InterruptCount = 0

◆ OC3InterruptCount

volatile uint16_t OC3InterruptCount = 0

◆ timingResources

timingResourceManager_t timingResources[TIMING_RESOURCE_NUMBER_OF_RESOURCES]

◆ vgaEnable

bool vgaEnable

This global variable signals to interrupt routines to go into VGA specific code. This is required for high performance operation; A calling a registered function pointer takes too long.

◆ vgaNextColor

volatile uint8_t vgaNextColor

Global to store the next color output (0 to 7). Used so we can figure next color at the end of a line where we have some free processing time.

◆ vgaNextLine

volatile uint16_t vgaNextLine

For this we're going to use global variables for items used in the interrupt.

Functions

Variables