wps_osfunc_cream.c

WiFi Protected Setup (WPS) 又叫Simple config。 是无线局域网领域推出的新协议

/*
 *  WPS_OSFUNC_CREAM.C : WPS OS Function Interface Implemented upon Cream
 * 
 *  ver       date        author      comment
 *  0.0.1     07/12/26    Gao Hua     First
 */

#include "wps_osfunc.h"
#include "../common/metatype.h"
#include "../common/order.h"
#include "../cream/cream.h"
#include "../datalink/datalink.h"
#include "../main/main.h"
#include "../main/wdtmain.h"
#include "../main/mem_pool.h"
#include "../main/eapol.h"
#include "../main/init.h"


void	WPS_set_word(WPS_u8 *dst, WPS_u16 val)
{
	set_word_func(dst, val);
}

WPS_u16	WPS_get_word(WPS_u8 *dst)
{
	return get_word_func(dst);
}

void	WPS_set_dword(WPS_u8 *dst, WPS_u32 val)
{
	set_dword_func(dst, val);
}

WPS_u32	WPS_get_dword(WPS_u8 *dst)
{
	return get_dword_func(dst);
}

WPS_u16 WPS_h2n16(WPS_u16 h16)
{
	return htons(h16);
}

WPS_u16 WPS_n2h16(WPS_u16 n16)
{
	return ntohs(n16);
}

WPS_u32 WPS_h2n32(WPS_u32 h32)
{
	return htonl(h32);
}

WPS_u32 WPS_n2h32(WPS_u32 n32)
{
	return ntohl(n32);
}

WPS_u32 WPS_GetSysTime(void)
{
	dword tick;
	
	tick = crm_getsystime();
	return (tick * SYSTEM_TICK);
}

void WPS_Sleep(WPS_s32 ms)
{
	crm_sleep(ms/SYSTEM_TICK);
}


#define TASK_STACK_SIZE  2048

WPS_THREAD_DESC WPS_CreateThread(void (*entry)(void))
{
	task *tp = (task *)sx_mempool_get(sizeof(task) + TASK_STACK_SIZE);
	if (tp == NULL) {
		return NULL;
	}
	crm_cretsk(tp, entry, ((byte *)tp + sizeof(task)), TASK_STACK_SIZE, 255);
	return (WPS_THREAD_DESC)tp;
}

void WPS_DeleteThread(WPS_THREAD_DESC thread)
{
	task *tp = (task *)thread;
	
	crm_deltsk(tp);
	sx_mempool_free(tp); /* Free 'task' struct and stack */
}


WPS_SEM_DESC WPS_CreateSemaphore(int isLocked)
{
	semaphore *s = (semaphore *)sx_mempool_get(sizeof(semaphore));
	if (s == NULL) {
		return NULL;
	}
	crm_init_semaphore(s, isLocked ? 0 : 1);
	return (WPS_SEM_DESC)s;
}

void WPS_WaitSemaphore(WPS_SEM_DESC sem)
{
	semaphore *s = (semaphore *)sem;
	crm_wait_semaphore(s, 1);
}

void WPS_PostSemaphore(WPS_SEM_DESC sem)
{
	semaphore *s = (semaphore *)sem;
	crm_post_semaphore(s, 1);
}

void WPS_DeleteSemaphore(WPS_SEM_DESC sem)
{
	semaphore *s = (semaphore *)sem;
	crm_discard_semaphore(s);
	sx_mempool_free(s);
}


WPS_TIMER_DESC WPS_CreateTimer(void)
{
	WDTIME *wdp = (WDTIME *)sx_mempool_get(sizeof(WDTIME));
	if (wdp == NULL) {
		return NULL;
	}
	wdt_init(wdp);
	return (WPS_TIMER_DESC)wdp;
}

void WPS_StartTimer(WPS_TIMER_DESC timer, int delay_ms, void (*func)(void *), void *param)
{
	WDTIME *wdp = (WDTIME *)timer;
	
	wdt_start(wdp, (delay_ms / WDT_BASE_MSEC), func, param);
}

void WPS_StopTimer(WPS_TIMER_DESC timer)
{
	WDTIME *wdp = (WDTIME *)timer;
	
	wdt_cancel(wdp);
}

void WPS_DeleteTimer(WPS_TIMER_DESC timer)
{
	WDTIME *wdp = (WDTIME *)timer;
	
	wdt_cancel(wdp);
	crm_sleep(100);
	sx_mempool_free(wdp);
}

int WPS_osfunc_init(void)
{
	return 0;
}


#if 1
int _getpid_r(void *p)
{
	return 0;
}
#endif