TRACE

Collaboration diagram for TRACE:

Data Structures
struct	DRV_TRACE_QUEUE_ELEMENT_T
	Trace structure used for debug tracing of the drivers. More...

Macros
#define	TRACE_MODULE_ACTIVE
	Defines if the trace module is used. More...
#define	ulTraceQueueSize   ((uint32_t const) 512)
	Defines the queue for the trace functionality. More...

Enumerations
enum	DRV_TRACE_KEY_E {   DRV_TRACE_KEY_DEFAULT = 0x0ul,   DRV_TRACE_KEY_DATA,   DRV_TRACE_KEY_MODE,   DRV_TRACE_KEY_BORDER,   DRV_TRACE_KEY_COUNTER,   DRV_TRACE_KEY_ITERATION,   DRV_TRACE_KEY_LENGTH,   DRV_TRACE_KEY_IRQ,   DRV_TRACE_KEY_MSK,   DRV_TRACE_KEY_STATE,   DRV_TRACE_KEY_INFO,   DRV_TRACE_KEY_11,   DRV_TRACE_KEY_12,   DRV_TRACE_KEY_13,   DRV_TRACE_KEY_COUNT }
	Enumerates the keys used for the trace function. More...

Functions
void	TRACE (uint32_t ulKey, uint32_t ulValue)
	The trace function stores the given key and the given value in a cyclic list. More...
__STATIC_FORCEINLINE void	TRACE_PAUSE (void)
	Stop the trace. More...
__STATIC_FORCEINLINE void	TRACE_RUN (void)
	Start the trace. More...
void	TRACE_RESET (void)
	The trace reset is doing what its name tells. It resets the trace. More...

Variables
char const *const	g_pabDrvTraceKeySrings []
	References the string array of the keys. More...
uint32_t volatile	g_ulQueueCounter
	references the counter that points to the next queue element. More...
uint32_t volatile	g_ulRunFlag
	references the running flag of the tracer. More...
uint32_t volatile	g_ulQueueSize
	References the ques size. More...
volatile DRV_TRACE_QUEUE_ELEMENT_T	g_atTraceQueue []
	References the queue used for the debug trace functionality. More...
uint32_t volatile	g_ulQueueCounter = 0
	references the counter that points to the next queue element. More...
uint32_t volatile	g_ulRunFlag = 0
	references the running flag of the tracer. More...
volatile DRV_TRACE_QUEUE_ELEMENT_T	g_atTraceQueue [ulTraceQueueSize]
	References the queue used for the debug trace functionality. More...
char const *const	g_pabDrvTraceKeySrings []
	References the string array of the keys. More...
size_t	u_DRV_TRACE_KEY_STRINGS

Detailed Description

Macro Definition Documentation

#define TRACE_MODULE_ACTIVE

Defines if the trace module is used.

Definition at line 247 of file netx_drv.h.

#define ulTraceQueueSize   ((uint32_t const) 512)

Defines the queue for the trace functionality.

Definition at line 308 of file netx_drv.h.

Enumeration Type Documentation

enum DRV_TRACE_KEY_E

Enumerates the keys used for the trace function.

Enumerator
DRV_TRACE_KEY_DEFAULT
DRV_TRACE_KEY_DATA
DRV_TRACE_KEY_MODE
DRV_TRACE_KEY_BORDER
DRV_TRACE_KEY_COUNTER
DRV_TRACE_KEY_ITERATION
DRV_TRACE_KEY_LENGTH
DRV_TRACE_KEY_IRQ
DRV_TRACE_KEY_MSK
DRV_TRACE_KEY_STATE
DRV_TRACE_KEY_INFO
DRV_TRACE_KEY_11
DRV_TRACE_KEY_12
DRV_TRACE_KEY_13
DRV_TRACE_KEY_COUNT	Shall be the last element because it defines the array size.

Definition at line 252 of file netx_drv.h.

Function Documentation

void TRACE	(	uint32_t	ulKey,
		uint32_t	ulValue
	)

The trace function stores the given key and the given value in a cyclic list.

Parameters

[in]	ulKey	A key from the DRV_TRACE_KEY_E
[in]	ulValue	A value to be stored besides the key

Returns

void

This is the debug trace functionality that is capable of logging a given key and value pair with minimal trade of.

Definition at line 65 of file netx_drv.c.

__STATIC_FORCEINLINE void TRACE_PAUSE

(

void

)

Stop the trace.

Parameters

void

Returns

void

Definition at line 323 of file netx_drv.h.

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void TRACE_RESET

(

void

)

The trace reset is doing what its name tells. It resets the trace.

Function, that resets the ringbuffer of the trace to default values.

Definition at line 82 of file netx_drv.c.

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__STATIC_FORCEINLINE void TRACE_RUN

(

void

)

Start the trace.

Parameters

void

Returns

void

Definition at line 333 of file netx_drv.h.

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Variable Documentation

volatile DRV_TRACE_QUEUE_ELEMENT_T g_atTraceQueue[ulTraceQueueSize]

References the queue used for the debug trace functionality.

This is the queue used for the debug trace functionality

Definition at line 47 of file netx_drv.c.

volatile DRV_TRACE_QUEUE_ELEMENT_T g_atTraceQueue[]

References the queue used for the debug trace functionality.

This is the queue used for the debug trace functionality

Definition at line 47 of file netx_drv.c.

char const* const g_pabDrvTraceKeySrings[]

Initial value:

= { "", "\x1B[35mDATA\x1B[0m", "\x1B[34mMODE\x1B[0m", "\x1B[32mBORDER\x1B[0m", "\x1B[32mCOUNTER\x1B[0m",
  "\x1B[32mITERATION\x1B[0m", "\x1B[32mLENGTH\x1B[0m", "\x1B[31mIRQ\x1B[0m", "\x1B[33mMSK\x1B[0m", "\x1B[36mSTATE\x1B[0m", "\x1B[36mINFO\x1B[0m",
  "\x1B[0m11\x1B[0m", "\x1B[0m12\x1B[0m", "\x1B[0m13\x1B[0m", "\x1B[32mCOUNT\x1B[0m" }

References the string array of the keys.

Array, containing the strings of the associated keys

Definition at line 54 of file netx_drv.c.

char const* const g_pabDrvTraceKeySrings[]

References the string array of the keys.

Array, containing the strings of the associated keys

Definition at line 54 of file netx_drv.c.

uint32_t volatile g_ulQueueCounter = 0

references the counter that points to the next queue element.

The following part is used for debugging purposes.

This is the counter that points to the next queue element

Definition at line 37 of file netx_drv.c.

uint32_t volatile g_ulQueueCounter

references the counter that points to the next queue element.

The following part is used for debugging purposes.

This is the counter that points to the next queue element

Definition at line 37 of file netx_drv.c.

uint32_t volatile g_ulQueueSize

References the ques size.

uint32_t volatile g_ulRunFlag = 0

references the running flag of the tracer.

This is the flag if the trace is allowed to run or not.

Definition at line 42 of file netx_drv.c.

uint32_t volatile g_ulRunFlag

references the running flag of the tracer.

This is the flag if the trace is allowed to run or not.

Definition at line 42 of file netx_drv.c.

size_t u_DRV_TRACE_KEY_STRINGS

Definition at line 59 of file netx_drv.c.