Introduction

Clock module for the RTOS Porting Interface. This implements the software timer support. For hardware timer support, please check TimerP.h.

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The ClockP module can be used to create a software (OS) timer and configure it to invoke a User callback when timer expires.

The timer can be configured as a one-shot or a continuous mode timer.

Data Structures
struct	ClockP_Params
	Basic ClockP Parameters. More...

Typedefs
typedef void *	ClockP_Handle
	Opaque client reference to an instance of a ClockP. More...

typedef void(*	ClockP_FxnCallback) (void *args)
	Callback that is called when the clock expires. More...

Enumerations
enum	ClockP_Status { ClockP_OK = 0, ClockP_FAILURE = (-(int32_t)1) }
	Status codes for ClockP APIs. More...

enum	ClockP_RunMode { ClockP_RunMode_ONESHOT = ((uint8_t) 0), ClockP_RunMode_CONTINUOUS = ((uint8_t) 1) }
	Timer runtime modes for ClockP APIs. More...

enum	ClockP_StartMode { ClockP_StartMode_USER = ((uint8_t) 0), ClockP_StartMode_AUTO = ((uint8_t) 1) }
	Timer start modes for ClockP APIs. More...

Functions
void	ClockP_Params_init (ClockP_Params *params)
	Initialize params structure to default values. More...

ClockP_Handle	ClockP_create (ClockP_FxnCallback clockfxn, const ClockP_Params *params)
	Function to create a clock. More...

ClockP_Status	ClockP_delete (ClockP_Handle handle)
	Function to delete a clock. More...

ClockP_Status	ClockP_start (ClockP_Handle handle)
	Function to start a clock. More...

ClockP_Status	ClockP_stop (ClockP_Handle handle)
	Function to stop a clock. More...

Data Structures