programmableIOControl.cpp File Reference

#include "programmableIOControl.h"
#include "logger.h"
#include "units.h"
#include "unit_testing.h"

Functions
void	initialiseProgrammableIO (statuses &current, const config13 &page13)
TESTABLE_STATIC void	checkProgrammableIO (statuses &current, const config13 &page13, int16_t(*getData)(uint16_t index))
void	checkProgrammableIO (statuses &current, const config13 &page13)
TESTABLE_STATIC int16_t	ProgrammableIOGetData (uint16_t index, byte(*pGetLogEntry)(uint16_t byteNum))
int16_t	ProgrammableIOGetData (uint16_t index)

Variables
TESTABLE_STATIC uint8_t	ioDelay [_countof(config13::outputPin)]
TESTABLE_STATIC uint8_t	ioOutDelay [_countof(config13::outputPin)]
TESTABLE_STATIC uint8_t	pinIsValid = 0
TESTABLE_STATIC uint8_t	currentRuleStatus = 0

Detailed Description

Custom Programmable I/O. The config related to Programmable I/O is found on page13 (of type config13).

Function Documentation

checkProgrammableIO() [1/2]

void checkProgrammableIO	(	statuses &	current,
		const config13 &	page13
	)

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checkProgrammableIO() [2/2]

TESTABLE_STATIC void checkProgrammableIO	(	statuses &	current,
		const config13 &	page13,
		int16_t(*)(uint16_t index)	getData
	)

Check all (8) programmable I/O:s and carry out action on output pin as needed. Compare 2 (16 bit) vars in a way configured by cmpOperation (see also config13::operation). Use ProgrammableIOGetData() to get 2 vars to compare. Skip all programmable I/O:s where output pin is set 0 (meaning: not programmed).

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initialiseProgrammableIO()

void initialiseProgrammableIO	(	statuses &	current,
		const config13 &	page13
	)

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ProgrammableIOGetData() [1/2]

int16_t ProgrammableIOGetData

(

uint16_t

index

)

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ProgrammableIOGetData() [2/2]

TESTABLE_STATIC int16_t ProgrammableIOGetData	(	uint16_t	index,
		byte(*)(uint16_t byteNum)	pGetLogEntry
	)

Get single I/O data var (from current) for comparison.

Parameters

index

- Field index/number (?)

Returns

16 bit (int) result

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Variable Documentation

currentRuleStatus

TESTABLE_STATIC uint8_t currentRuleStatus = 0

ioDelay

TESTABLE_STATIC uint8_t ioDelay[_countof(config13::outputPin)]

ioOutDelay

TESTABLE_STATIC uint8_t ioOutDelay[_countof(config13::outputPin)]

pinIsValid

TESTABLE_STATIC uint8_t pinIsValid = 0