SEQUENCER exported macros

Macros
#define	UTIL_SEQ_TaskParamDef(_FUNC_, _PARAM_VAL_)
	This macro can be used to define a task with one parameter. More...
#define	UTIL_SEQ_TaskFunction(_FUNC_, _PARAM_VAL_)   SEQ_FUNC_##_FUNC_##_PARAM_VAL_
	This macro is used to retrieve the function name of the task. More...

Detailed Description

Macro Definition Documentation

UTIL_SEQ_TaskFunction

#define UTIL_SEQ_TaskFunction	(		_FUNC_,
			_PARAM_VAL_
	)		SEQ_FUNC_##_FUNC_##_PARAM_VAL_

This macro is used to retrieve the function name of the task.

Definition at line 124 of file stm32_seq.h.

UTIL_SEQ_TaskParamDef

#define UTIL_SEQ_TaskParamDef	(		_FUNC_,
			_PARAM_VAL_
	)

Value:

         static void SEQ_FUNC_##_FUNC_##_PARAM_VAL_(void);       \
         static void SEQ_FUNC_##_FUNC_##_PARAM_VAL_(void)        \
         {                                                       \
           static void *SEQ_PARAM_##_FUNC_ = (void*)&_PARAM_VAL_;\
           _FUNC_(SEQ_PARAM_##_FUNC_);                           \
         }

This macro can be used to define a task with one parameter.

Note

this is an example of using this macro

    task prototype definition
    void FUNCTION_NAME(void *Instance)
    {
        uint8_t _instance = *(uint8_t*) Instance;
    }

    task declaration in the application for two instances
    const uint8_t instance1 = 1;
    const uint8_t instance2 = 2;
    UTIL_SEQ_TaskParamDef(FUNCTION_NAME, instance1)
    UTIL_SEQ_TaskParamDef(FUNCTION_NAME, instance2)

    task initialization
    UTIL_SEQ_RegTask(1 << 1,  0, UTIL_SEQ_TaskFunction(FUNCTION_NAME,instance2));
    UTIL_SEQ_RegTask(1 << 10, 0, UTIL_SEQ_TaskFunction(FUNCTION_NAME,instance3));

    Then no change on the management of the task within the application, the instance being managed within the overloaded function

Definition at line 113 of file stm32_seq.h.