The WIN32 platform

The WIN32 platform. More...

Modules
	Platform configuration (WIN32)
	The definitions used to configure the Azure SD-NET WIN32 platform.

Data Structures
struct	_ewf_platform_thread
	The platform thread structure. More...
struct	_ewf_platform_mutex
	The platform mutex structure. More...
struct	_ewf_platform_queue
	The platform queue structure. More...

Macros
#define	EWF_PLATFORM_THREAD_STATIC_DECLARE(thread_ptr, thread_name_symb, thread_function_ptr_param, thread_function_data_param, stack_size_param, thread_priority_param)
#define	EWF_PLATFORM_MUTEX_STATIC_DECLARE(mutex_ptr, mutex_name_symb)
#define	EWF_PLATFORM_QUEUE_STATIC_DECLARE(queue_ptr, queue_name_symb, item_type, item_count)
	Declare statically a queue for the platform and initialize its data. More...

Detailed Description

The WIN32 platform.

Macro Definition Documentation

EWF_PLATFORM_MUTEX_STATIC_DECLARE

#define EWF_PLATFORM_MUTEX_STATIC_DECLARE	(		mutex_ptr,
			mutex_name_symb
	)

Value:

do {                                                                                                                            \
static struct _ewf_platform_mutex _ewf_platform_mutex__##mutex_name_symb = {0};                                                 \
mutex_ptr = &(_ewf_platform_mutex__##mutex_name_symb);                                                                          \
} while(0)

EWF_PLATFORM_QUEUE_STATIC_DECLARE

#define EWF_PLATFORM_QUEUE_STATIC_DECLARE	(		queue_ptr,
			queue_name_symb,
			item_type,
			item_count
	)

Value:

do {                                                                                                                            \
static item_type ewf_platform_queue__data__##queue_name_symb[item_count];                                                       \
static ewf_platform_queue ewf_platform_queue__##queue_name_symb = {0};                                                          \
ewf_platform_queue__##queue_name_symb.data = ewf_platform_queue__data__##queue_name_symb;                                       \
ewf_platform_queue__##queue_name_symb.item_size = sizeof(item_type);                                                            \
ewf_platform_queue__##queue_name_symb.queue_size = item_count;                                                                  \
ewf_platform_queue__##queue_name_symb.tail_index = 0;                                                                           \
ewf_platform_queue__##queue_name_symb.used_count = 0;                                                                           \
queue_ptr = &(ewf_platform_queue__##queue_name_symb);                                                                           \
} while(0)

Declare statically a queue for the platform and initialize its data.

Parameters

[in,out]	queue_ptr	a pointer to a _ewf_platform_queue structure that will be made to point to the statically declared queue
[in]	queue_name_symb	a symbol that will be used to uniquely declare and name the queue
[in]	item_type	type queue item type
[in]	item_count	the maximum number item the queue can contain

EWF_PLATFORM_THREAD_STATIC_DECLARE

#define EWF_PLATFORM_THREAD_STATIC_DECLARE	(		thread_ptr,
			thread_name_symb,
			thread_function_ptr_param,
			thread_function_data_param,
			stack_size_param,
			thread_priority_param
	)

Value:

do {                                                                                                                            \
static ULONG _ewf_platform_thread__stack__##thread_name_symb[stack_size_param / sizeof(ULONG)];                                 \
static struct _ewf_platform_thread _ewf_platform_thread__##thread_name_symb = {0};                                              \
_ewf_platform_thread__##thread_name_symb.thread_function_ptr = thread_function_ptr_param;                                       \
_ewf_platform_thread__##thread_name_symb.thread_function_data = thread_function_data_param;                                     \
thread_ptr = &(_ewf_platform_thread__##thread_name_symb);                                                                       \
} while(0)