#include "Particle.h"
#include "StateHandlers.h"
#include "StateMachine.h"

Functions
void	dailyCleanup ()
	Cleanup function that is run at the beginning of the day.
void	ensureSensorEnabled (const char *context)
bool	isRadioPoweredOn ()
void	publishData ()
	Publish sensor data to Ubidots webhook and device-data ledger.
bool	publishDiagnosticSafe (const char eventName, const char data, PublishFlags flags)
	Publish a state transition to the log handler.
void	requestFullDisconnectAndRadioOff ()
void	requestRadioPowerOff ()

Function Documentation

◆ dailyCleanup()

void dailyCleanup ( )

Cleanup function that is run at the beginning of the day.

May or may not be in connected state. Syncs time with remote service and sets low power mode. Called from Reporting State ONLY. Cleans house at the beginning of a new day.

Definition at line 693 of file Generalized-Core-Counter.cpp.

◆ ensureSensorEnabled()

void ensureSensorEnabled ( const char * context )

Definition at line 15 of file State_Idle.cpp.

References SensorManager::initializeFromConfig(), SensorManager::instance(), and SensorManager::onExitSleep().

Referenced by handleIdleState(), and handleSleepingState().

◆ isRadioPoweredOn()

bool isRadioPoweredOn ( )

Definition at line 21 of file State_Connect.cpp.

Referenced by handleSleepingState().

◆ publishData()

void publishData ( )

Publish sensor data to Ubidots webhook and device-data ledger.

1) Builds a compact JSON payload expected by the Ubidots webhook template and enqueues it via PublishQueuePosix to the "Ubidots-Parking-Hook-v1" event. 2) Updates the Particle Ledger "device-data" with a richer JSON snapshot via Cloud::publishDataToLedger() for Console visibility.

Definition at line 509 of file Generalized-Core-Counter.cpp.

◆ publishDiagnosticSafe()

bool publishDiagnosticSafe	(	const char *	eventName,
		const char *	data,
		PublishFlags	flags )

extern

Publish a state transition to the log handler.

Safely publish diagnostic message through queue with depth guard.

Routes low-priority diagnostic messages through PublishQueuePosix only when queue depth is below threshold, preventing displacement of critical telemetry data during tight loops or error conditions.

Parameters