//初始化中断相关变量
void Init_Interr_Sram(void)
{
mem_set((void *)(&Key_Value_Pub),0,sizeof(Key_Value_Pub),\
(void *)(&Key_Value_Pub),sizeof(Key_Value_Pub));
INIT_STRUCT_VAR(Key_Value_Pub);
mem_set((void *)(&Irda_Wake_Ctrl),0,sizeof(Irda_Wake_Ctrl),\
(void *)(&Irda_Wake_Ctrl),sizeof(Irda_Wake_Ctrl));
INIT_STRUCT_VAR(Irda_Wake_Ctrl);
#ifdef REMOTER_FUNC_EN
mem_set((void *)(&Irda_Decode_Ctrl),0,sizeof(Irda_Decode_Ctrl),\
(void *)(&Irda_Decode_Ctrl),sizeof(Irda_Decode_Ctrl));
INIT_STRUCT_VAR(Irda_Decode_Ctrl);
#endif
mem_set((void *)(&Pulse_Num_Temp),0,sizeof(Pulse_Num_Temp),\
(void *)(&Pulse_Num_Temp),sizeof(Pulse_Num_Temp));
INIT_STRUCT_VAR(Pulse_Num_Temp);
Irda_WkUP_Ms_Timr=Ms_Timer_Pub;
Key_WkUP_Ms_Timr=Ms_Timer_Pub;
mem_set((void *)(&Curr_Media_Status),0,sizeof(Curr_Media_Status),\
(void *)(&Curr_Media_Status),sizeof(Curr_Media_Status));
SET_STRUCT_SUM(Curr_Media_Status);
}
void initialize_private_mib(void)
{
TROUT_FUNC_ENTER;
mem_set(&P_MIB, 0, sizeof(p_mib_t));
mem_set(P_MIB.bssid, 0, 6);
mem_set(P_MIB.bcst_addr, 0xFF, 6);
P_MIB.auth_type = (UWORD8)OPEN_SYSTEM;
P_MIB.scan_type = ACTIVE_SCAN;
P_MIB.listen_interval = 3;
P_MIB.chan_mgmt_enable = TV_FALSE;
P_MIB.chan_switch_cnt = MAX(2 * mget_DTIMPeriod(), WIFI_MIN_CH_SWITCH_CNT);
P_MIB.chan_switch_mode = 1;
#ifdef MAC_802_11H
if(get_current_start_freq() == RC_START_FREQ_5)
P_MIB.chan_mgmt_enable = TV_TRUE;
#endif /* MAC_802_11H */
//chenq add for wapi 2012-09-19
#ifdef MAC_WAPI_SUPP
memset(&P_WAPI_MIB,0x00,sizeof(p_wapi_mib_t));
P_WAPI_MIB.wapi_enable = TV_FALSE;
P_WAPI_MIB.wapi_key_ok = TV_FALSE;
#endif
}
void cavan_sha_finish(struct cavan_sha_context *context, u8 *digest)
{
u64 bits = context->count << 3;
cavan_sha_update(context, "\x80", 1);
if (context->remain > sizeof(context->buff) - sizeof(bits)) {
mem_set(context->buff + context->remain, 0, sizeof(context->buff) - context->remain);
context->transform(context->digest, context->dwbuff);
mem_set(context->buff, 0, context->remain);
} else {
mem_set(context->buff + context->remain, 0, sizeof(context->buff) - context->remain - sizeof(bits));
}
if (context->flags & SHA_FLAG_SWAP) {
mem_copy_invert8(context->buff + sizeof(context->buff) - sizeof(bits), (void *) &bits, sizeof(bits));
} else {
mem_copy(context->buff + sizeof(context->buff) - sizeof(bits), (void *) &bits, sizeof(bits));
}
context->transform(context->digest, context->dwbuff);
if (context->flags & SHA_FLAG_SWAP) {
mem_swap32((u32 *) digest, context->digest, context->digest_size >> 2);
} else {
//从ROM中读出当前需量数据
void Read_Demand_Data_From_Rom()
{
INT8U Err,Re,Rate,i;
S_Demand *p;
//先读取掉电存储区数据
//再读普通数据
//最后读备份区数据
Re=CHECK_STRUCT_SUM(Cur_Rate_Info);
if(ASSERT(A_WARNING,0!=Re))
Check_Data_Avail();
OS_Sem_Pend(PUB_BUF0_SEM_ID);
p=(S_Demand *)Pub_Buf0;
if(Read_Storage_Data(CUR_DEMAND_PD,p,p,sizeof(Pub_Buf0),&Err)!=sizeof(Cur_Demand) ||\
Check_Demand_Data((S_Demand *)p)==0)
{
DEBUG_PRINT(HUCK,DEBUG_0,"Read CUR_DEMAND_PD data error");
OS_TimeDly_Ms(500);
//读取总和当前费率需量
for(i=0;i<2;i++)
{
if(i==0)
Rate=0;//读总需量时偏移为0
else
Rate=Cur_Rate_Info.Rate;//非总时根据费率计算偏移
p->Rate=Cur_Rate_Info.Rate;
//从当前数据区读取当前和总费率的需量数据
if(Read_Demand_Rate_Data(Rate,(void *)&p->Demand[i],(void *)&p->Demand[i],sizeof(S_One_Demand))!=ONE_DEMAND_SAVE_SIZE)
{
DEBUG_PRINT(HUCK,DEBUG_0,"Read CUR_DEMAND Rate %d data error",Rate);
mem_set((void *)&p->Demand[i],0,sizeof(p->Demand[i]),(void *)&p->Demand[i],sizeof(p->Demand[i]));
}
}
}
if(Check_Demand_Data((S_Demand *)p)==0)
{
ASSERT(A_WARNING,0);
mem_set(p,0,sizeof(Cur_Demand),p,sizeof(Pub_Buf0));
}
DIS_PD_INT;//更新Cur_Demand数据前关掉电中断
mem_cpy((void *)&Cur_Demand,p,sizeof(Cur_Demand),(void *)&Cur_Demand,sizeof(Cur_Demand));
INIT_STRUCT_VAR(Cur_Demand);
SET_DATA_READY_FLAG(Cur_Demand);
SET_STRUCT_SUM(Cur_Demand);
EN_PD_INT;
OS_Sem_Post(PUB_BUF0_SEM_ID);
//SET_STRUCT_SUM(Cur_Demand);
//更新当前存储区和备份存储区，补冻函数可能要用到这两个区，因此要保证这两个区的数据更新
Save_Cur_Demand_Data();
Save_Cur_Demand_Bak_Data();
}
// 事件处理函数
//注意：该函数调用Read_Event_Status查询某个事件状态时，是该事件发生前的状态
//例如 某事件发生，调用该函数处理，则该函数内调用Read_Event_Status时返回0
// 相反，某事件结束，调用该函数处理，则该函数内调用Read_Event_Status时返回1
void Event_Data_Proc(INT8U Event_ID,INT8U Occur_Or_End)
{
INT8U Total_Event_ID;
INT8U Clr_Demand_Man_Flag;
INT8U Op_ID[4],Op_ID1[4];
_Debug_Print("\r\n++++++++++Event Data Proc,ID:%d,%s++++++++++",Event_ID,(Occur_Or_End EQ EVENT_OCCUR)?"Occur":"End");
Clr_Demand_Man_Flag = 0;
if(Event_ID EQ ID_EVENT_CLR_DEMAND_MAN)//手动清需量转为通信清需量，同一事件ID处理,但是手动清需量的操作者ID为全FF
{
Clr_Demand_Man_Flag = 1;
Event_ID = ID_EVENT_CLR_DEMAND_COM;
//当前操作者id先备份
mem_set(Op_ID1, 0xFF, sizeof(Op_ID1), Op_ID1, sizeof(Op_ID1));
Store_Op_ID(Op_ID1, Op_ID, Op_ID, sizeof(Op_ID));
}
else if(Event_ID EQ ID_EVENT_RELAY_ON || Event_ID EQ ID_EVENT_RELAY_OFF) //拉合闸，本地拉合闸记录操作者代码为FF
{
if(Relay_Status.Switch_Cause EQ S_OFF_PREPAID) //本地拉闸需要置操作者代码为全FF
{
mem_set(Op_ID1, 0xFF, sizeof(Op_ID1), Op_ID1, sizeof(Op_ID1));
Store_Op_ID(Op_ID1, Op_ID, Op_ID, sizeof(Op_ID));
}
else //远程拉闸需要采用其操作者代码
{
Store_Op_ID((INT8U *)Event_Data.Relay_Status.Op_ID, Op_ID, Op_ID, sizeof(Op_ID));
}
}
Event_Cumu_Proc(Event_ID,Occur_Or_End,EVENT_REAL);
Total_Event_ID = Get_Total_Event_ID(Event_ID);//本事件对应的总计数也要处理
if(Total_Event_ID != NULL_EVENT_ID)
{
Debug_Print("Total Event Proc");
Event_Cumu_Proc(Total_Event_ID,Occur_Or_End,EVENT_REAL);
}
Event_Separate_Proc(Event_ID,Occur_Or_End,EVENT_REAL);
//恢复操作者ID
if(Clr_Demand_Man_Flag EQ 1)
{
Restore_Op_ID(Op_ID);
}
else if(Event_ID EQ ID_EVENT_RELAY_ON || Event_ID EQ ID_EVENT_RELAY_OFF)
{
Restore_Op_ID(Op_ID);
}
Debug_Print("++++++++++Event Data Proc:End++++++++++\r\n");
OS_TimeDly_Ms(10); //延迟10ms
}
void Test_Memory(void)
{
INT8U j,Flag,RandBuf[TEST_BUF_LEN];
INT16U i;
INT32U timr;
static INT16U RdErr[MAX_MEM_NUM],WrErr[MAX_MEM_NUM],CompareErr[MAX_MEM_NUM];
mem_set(Drv_Test_Buf+ID_TEST_EXT_U10,0x01,MAX_MEM_NUM,Drv_Test_Buf+ID_TEST_EXT_U10,MAX_MEM_NUM);
Temp_Timer_Bak=Ms_Timer_Pub; //用来查看花费的时间
for(i=0;i<EPPROM_TEST_NUM;i++)
{
mem_set(RandBuf,0x55+i,sizeof(RandBuf),RandBuf,sizeof(RandBuf));
for(j=ID_TEST_EXT_U10;j<=ID_MEM_IIC_U15;j++)
{
Flag=!Write_EEPROM_Dvice_PUCK(j,TEST_ADDR[j],TEST_BUF_LEN,RandBuf);
WrErr[j]+=Flag;
mem_set(Test_Temp_Buf,0x33,sizeof(Test_Temp_Buf),Test_Temp_Buf,sizeof(Test_Temp_Buf));
Flag=!Read_EEPROM_Dvice_PUCK(j,TEST_ADDR[j],TEST_BUF_LEN,Test_Temp_Buf);
RdErr[j]+=Flag;
if((memcmp(Test_Temp_Buf,RandBuf,TEST_BUF_LEN)!=0)||(Test_Temp_Buf[TEST_BUF_LEN]!=0x33))//比较相等，但底层不能多写造成越界！
CompareErr[j]++;
if(RdErr[j]|WrErr[j]|CompareErr[j]) //有其中一个错误发生，置标志失败标志
Drv_Test_Buf[j]=0;
}
Flag=!flash_writ_abs(TEST_FLASH_ADDR,RandBuf,TEST_BUF_LEN);
WrErr[j]+=Flag;
mem_set(Test_Temp_Buf,0x33,sizeof(Test_Temp_Buf),Test_Temp_Buf,sizeof(Test_Temp_Buf));
Flag=!flash_read_abs(TEST_FLASH_ADDR,Test_Temp_Buf,TEST_BUF_LEN);
RdErr[j]+=Flag;
if((memcmp(Test_Temp_Buf,RandBuf,TEST_BUF_LEN)!=0)||(Test_Temp_Buf[TEST_BUF_LEN]!=0x33))//比较相等，但底层不能多写造成越界！//比较
CompareErr[j]++;
if(RdErr[ID_TEST_EXT_U8]|WrErr[ID_TEST_EXT_U8]|CompareErr[ID_TEST_EXT_U8]) //有其中一个错误发生，置标志失败
Drv_Test_Buf[ID_TEST_EXT_U8]=0;
}
timr=Ms_Timer_Pub-Temp_Timer_Bak;
DEBUG_PRINT(PUCK,PRINT_PUCK_MEA_EN,"|-----------------------Test Memory-----------------------------------|");
DEBUG_PRINT(PUCK,PRINT_PUCK_MEA_EN,"| Total_Times Read_Err Write_Err Compare_Err Result |");
for(j=ID_TEST_EXT_U10;j<=ID_TEST_EXT_U8;j++)
DEBUG_PRINT(PUCK,PRINT_PUCK_MEA_EN,"|%s %3d %3d %3d %3d %s |",\
Const_Drv_Test[j],EPPROM_TEST_NUM,RdErr[j],WrErr[j],CompareErr[j],TEST_INFO[Drv_Test_Buf[j]]);
DEBUG_PRINT(PUCK,PRINT_PUCK_MEA_EN,"| All Run Time=%9ldMS |",timr);
DEBUG_PRINT(PUCK,PRINT_PUCK_MEA_EN,"|---------------------------------------------------------------------|");
}
static void mem_write_auto(int idx)
{
switch(codefreakdec(mem_gv.mem_table[idx].addr) >> 28)
{
case 1: //1xxxxxxx
mem_set(codefreakdec(mem_gv.mem_table[idx].addr) & 0xFFFFFFF, (unsigned int)&mem_gv.mem_table[idx].value, 2);
break;
case 2: //2xxxxxxx
mem_set(codefreakdec(mem_gv.mem_table[idx].addr) & 0xFFFFFFF, (unsigned int)&mem_gv.mem_table[idx].value, 4);
break;
default: //0xxxxxxx
switch(mem_gv.mem_table[idx].type)
{
case 1:
mem_set(codefreakdec(mem_gv.mem_table[idx].addr), (unsigned int)&mem_gv.mem_table[idx].value, 1);
break;
case 2:
mem_set(codefreakdec(mem_gv.mem_table[idx].addr), (unsigned int)&mem_gv.mem_table[idx].value, 2);
break;
case 3:
mem_set(codefreakdec(mem_gv.mem_table[idx].addr), (unsigned int)&mem_gv.mem_table[idx].value, 4);
break;
default:
if(mem_gv.mem_table[idx].value < 0x100)
mem_set(codefreakdec(mem_gv.mem_table[idx].addr), (unsigned int)&mem_gv.mem_table[idx].value, 1);
else if(codefreakdec(mem_gv.mem_table[idx].addr) < 0x10000)
mem_set(codefreakdec(mem_gv.mem_table[idx].addr), (unsigned int)&mem_gv.mem_table[idx].value, 2);
else
mem_set(codefreakdec(mem_gv.mem_table[idx].addr), (unsigned int)&mem_gv.mem_table[idx].value, 4);
break;
}
break;
}
}
static Handle vbv_init(void)
{
int i;
u8* vbv_buf;
vbv_t* vbv;
vbv = (vbv_t*)mem_alloc(sizeof(vbv_t));
if (vbv) {
mem_set(vbv, 0, sizeof(vbv_t));
vbv->frame_fifo.in_frames = (stream_frame_t*)mem_alloc(VBV_MAX_FRAME_NUM * sizeof(stream_frame_t));
if (!vbv->frame_fifo.in_frames) {
mem_free(vbv);
return NULL;
}
mem_set(vbv->frame_fifo.in_frames, 0, VBV_MAX_FRAME_NUM * sizeof(stream_frame_t));
for(i = 0; i < VBV_MAX_FRAME_NUM; i++)
{
vbv->frame_fifo.in_frames[i].vstream.id = i;
}
vbv_buf = (u8*)mem_palloc(VBV_FRAME_SIZE, 1024);
if (!vbv_buf) {
mem_free(vbv);
mem_free(vbv->frame_fifo.in_frames);
return NULL;
}
vbv->vbv_buf = vbv_buf;
vbv->vbv_buf_end = vbv_buf + VBV_FRAME_SIZE;
vbv->max_size = VBV_FRAME_SIZE;
vbv->write_addr = vbv_buf;
vbv->valid_size = 0;
vbv->frame_fifo.frame_num = 0;
vbv->frame_fifo.write_index = 0;
vbv->frame_fifo.max_frame_num = VBV_MAX_FRAME_NUM;
vbv->frame_queue.frame_num = 0;
vbv->frame_queue.head = NULL;
pthread_mutex_init(&vbv->mutex, NULL);
return (Handle)vbv;
}
return NULL;
}
/**********************************************************************************
函数功能：填满整屏
入口： 无
出口： 无
**********************************************************************************/
void FillAllScreen(void)
{
mem_set(Show_Lcd_Ram,0xff,sizeof(Show_Lcd_Ram),Show_Lcd_Ram,sizeof(Show_Lcd_Ram));
Show_Lcd_Flag=1;
UpdataLcdShow();
//OS_TimeDly_Ms(150);//500ms睡眠
}
/**********************************************************************************
LCD显示每屏结果
**********************************************************************************/
void Dis_Per_Item(INT8U Item)
{
INT8U i;
if(Item>=MAX_ID_TEST_NUM)
return ;
if(Drv_Test_Buf[Item]>1)
return ;
mem_set(Temp_Buf_PUCK,0x00,sizeof(Temp_Buf_PUCK),Temp_Buf_PUCK,sizeof(Temp_Buf_PUCK));
strcpy((char *)Temp_Buf_PUCK,(char*)Const_Drv_Test[Item]);
if(Drv_Test_Buf[Item]==0)
strcpy((char *)Temp_Buf_PUCK+5,"Error");
else
strcpy((char *)Temp_Buf_PUCK+5," 6ood");
for(i=3;i<=12;i++)
SetOnLED8Device_PUCK(N_LED(i),Temp_Buf_PUCK[i-3]);
SetOnLED8Device_PUCK(N_LED(20),Item/10+'0');
SetOnLED8Device_PUCK(N_LED(21),Item%10+'0');
UpdataLcdShow();
}
//需量检查当前费率是否发生了变化，如果变化了，则读出当前费率的最大需量值
void Demand_Check_Rate_Change()
{
INT8U Re;
Re=1;
Re=CHECK_STRUCT_SUM(Cur_Rate_Info);
Re=CHECK_STRUCT_SUM(Cur_Demand);
if(ASSERT(A_WARNING,1==Re))
Check_Data_Avail();
if(Cur_Rate_Info.Rate!=Cur_Demand.Rate)//费率已经发生变化了
{
DEBUG_PRINT(HUCK,DEBUG_0,"Rate_Changed!Save Old Rate Demand && Read New Rate Demand");
Save_Cur_Demand_Data();//先将Cur_Demand数据保存起来
Save_Cur_Demand_Bak_Data();
//重新根据当前费率读取需量数据
Cur_Demand.Rate=Cur_Rate_Info.Rate;
//读出该分费率数据
if(Read_Demand_Rate_Data(Cur_Demand.Rate,(void *)&Cur_Demand.Demand[1],(void *)&Cur_Demand.Demand[1],sizeof(S_One_Demand))!=ONE_DEMAND_SAVE_SIZE)
{
mem_set((void *)&Cur_Demand.Demand[1],0,sizeof(Cur_Demand.Demand[1]),(void *)&Cur_Demand.Demand[1],sizeof(Cur_Demand.Demand[1]));
SET_STRUCT_SUM(Cur_Demand.Demand[1]);
}
SET_STRUCT_SUM(Cur_Demand);
Save_Cur_Demand_PD_Data();//更新掉电存储区的需量数据
}
}
cedarv_decoder_t* libcedarv_init(s32* return_value)
{
video_decoder_t* p;
*return_value = CEDARV_RESULT_ERR_FAIL;
p = (video_decoder_t*)mem_alloc(sizeof(video_decoder_t));
if (p == NULL)
{
*return_value = CEDARV_RESULT_ERR_NO_MEMORY;
return NULL;
}
mem_set(p, 0, sizeof(video_decoder_t));
p->icedarv.open = vdecoder_open;
p->icedarv.close = vdecoder_close;
p->icedarv.decode = vdecoder_decode;
p->icedarv.ioctrl = vdecoder_io_ctrl;
p->icedarv.request_write = vdecoder_request_write;
p->icedarv.update_data = vdecoder_update_data;
p->icedarv.display_request = vdeocder_display_request;
p->icedarv.display_release = vdecoder_display_release;
p->icedarv.set_vstream_info = vdecoder_set_video_bitstream_info;
p->icedarv.query_quality = vdecoder_query_quality;
p->config_info.max_video_width = MAX_SUPPORTED_VIDEO_WIDTH;
p->config_info.max_video_height = MAX_SUPPORTED_VIDEO_HEIGHT;
cedardev_init();
ve_init_clock();
*return_value = CEDARV_RESULT_OK;
return (cedarv_decoder_t*)p;
}
cedarx_result_e libcedarx_display_open(void)
{
cedarx_display_t* display;
if (!cedarx_decoder)
return CEDARX_RESULT_NO_INIT;
display = (cedarx_display_t*)mem_alloc(sizeof(cedarx_display_t));
if (!display)
return CEDARX_RESULT_NO_ENOUGH_MEMORY;
mem_set(display, 0, sizeof(cedarx_display_t));
cedarx_display = display;
display->fd = open("/dev/disp", O_RDWR);
if (display->fd == -1) {
free(display);
cedarx_display = NULL;
return CEDARX_RESULT_DE_FAILED;
}
display->info.layer = -1;
pthread_mutex_init(&display->mutex, NULL);
return CEDARX_RESULT_OK;
}
int cavan_font_init(struct cavan_font *font)
{
byte *body;
if (font->body)
{
return 0;
}
body = malloc(font->width * font->height);
if (body == NULL)
{
pr_error_info("malloc");
return -ENOMEM;
}
font->body = body;
font->stride = font->width * font->cheight;
if (font->rundata && font->rundata_size > 0)
{
const byte *rundata, *rundata_end;
for (rundata = font->rundata, rundata_end = rundata + font->rundata_size; rundata < rundata_end; rundata++)
{
int count = (*rundata) & 0x7F;
mem_set(body, ((*rundata) & (1 << 7)) ? 0xFF : 0, count);
body += count;
}
}
return 0;
}
static
FRESULT create_name (
DIR *dj, /* Pointer to the directory object */
const char **path /* Pointer to pointer to the segment in the path string */
)
{
BYTE c, ni, si, i, *sfn;
const char *p;
/* Create file name in directory form */
sfn = dj->fn;
mem_set(sfn, ' ', 11);
si = i = 0; ni = 8;
p = *path;
for (;;) {
c = p[si++];
if (c < ' ' || c == '/') break; /* Break on end of segment */
if (c == '.' || i >= ni) {
if (ni != 8 || c != '.') return FR_INVALID_NAME;
i = 8; ni = 11;
continue;
}
if (c >= 0x7F || chk_chr(" +,;[=\\]\"*:<>\?|", c)) /* Reject unallowable chrs for SFN */
return FR_INVALID_NAME;
if (c >='a' && c <= 'z') c -= 0x20;
sfn[i++] = c;
}
if (!i) return FR_INVALID_NAME; /* Reject null string */
*path = &p[si]; /* Rerurn pointer to the next segment */
sfn[11] = (c < ' ') ? 1 : 0; /* Set last segment flag if end of path */
return FR_OK;
}
/**********************************************************************************
测试EPPROM
**********************************************************************************/
void Test_Epprom_Err(void)
{
INT8U Err;
mem_set(Temp_Buf_PUCK,0xa5,sizeof(Temp_Buf_PUCK),Temp_Buf_PUCK,sizeof(Temp_Buf_PUCK));
I2cReset();
Read_Storage_Data(0x10003,Temp_Buf_PUCK,Temp_Buf_PUCK,180,&Err);
}
void initialize_wmm(void)
{
mem_set(g_wmm_capability, 0, MAX_STA_SUPPORTED);
init_qif_table();
//destroy_mac_qmu(&g_q_handle); //masked by chengwg, 2013-01-15.
//init_mac_qmu(); //masked by chengwg, 2013-01-15.
}
void math_memory_shift_left_byte(const byte *mem, size_t mem_size, size_t shift, byte *res, size_t res_size)
{
if (res == NULL) {
res = (byte *) mem;
}
if (res_size == 0) {
res_size = mem_size;
}
if (shift < mem_size && shift < res_size) {
math_memory_copy(res + shift, res_size - shift, mem, mem_size - shift);
mem_set(res, 0, shift);
} else {
mem_set(res, 0, res_size);
}
}
int main()
{
int num = 0x4D;
mem_set(&num, 42, sizeof(num));
printf("num = %d\n length = %lu\n",num,sizeof(num));
//name_print(my_name);
return 0;
}
void modem_init (void) {
/* Initializes the modem variables and control signals DTR & RTS. */
mlen = 0;
mem_set (mbuf, 0, sizeof(mbuf));
wait_for = 0;
wait_conn = 0;
modem_st = MODEM_IDLE;
}
/**********************************************************************************
函数功能：初始化显示RAM
入口： 无
出口： 无
**********************************************************************************/
void InitLcdAllRam(void)
{
//mem_set(Show_Lcd_Ram,0x00,MAX_SEG+1,Show_Lcd_Ram,MAX_SEG+1);
//mem_set(Show_Lcd_Ram,0x00,sizeof(Show_Lcd_Ram),Show_Lcd_Ram,sizeof(Show_Lcd_Ram));
//mem_set(void *pDst, INT8U Value,INT32U SetLen,void *pDst_Start,INT32U Dst_Len)
mem_set(Show_Lcd_Ram,0x00,sizeof(Show_Lcd_Ram),Show_Lcd_Ram,sizeof(Show_Lcd_Ram));
}
//设置默认的需量数据
void Set_Def_Cur_Demand_Data()
{
INT8U i,Re;
INT32U Off;
//将初始需量写入存储器中
DEBUG_PRINT(HUCK,DEBUG_0,"Set Def Demand Data");
mem_set((void *)&Cur_Demand,0,sizeof(Cur_Demand),(void *)&Cur_Demand,sizeof(Cur_Demand));
SET_STRUCT_SUM(Cur_Demand.Demand[0]);
SET_STRUCT_SUM(Cur_Demand.Demand[1]);
INIT_STRUCT_VAR(Cur_Demand);
SET_DATA_READY_FLAG(Cur_Demand);
SET_STRUCT_SUM(Cur_Demand);
//将各个费率的需量数据清0
for(i=0;i<=MAX_RATES;i++)
{
Cur_Demand.Rate=i;
SET_STRUCT_SUM(Cur_Demand);
Off=DEMAND_RATE_OFF(Cur_Demand.Rate);
Re=Write_Storage_Data_Fix_Len(CUR_DEMAND,Off,(void *)&Cur_Demand.Demand[0],ONE_DEMAND_SAVE_SIZE);
ASSERT(A_WARNING,NO_ERR==Re);
Off=DEMAND_RATE_OFF(Cur_Demand.Rate);
Re=Write_Storage_Data_Fix_Len(CUR_DEMAND_BAK,Off,(void *)&Cur_Demand.Demand[0],ONE_DEMAND_SAVE_SIZE);
ASSERT(A_WARNING,NO_ERR==Re);
}
mem_set((void *)&Cur_Demand,0,sizeof(Cur_Demand),(void *)&Cur_Demand,sizeof(Cur_Demand));
Cur_Demand.Rate=0;
SET_STRUCT_SUM(Cur_Demand.Demand[0]);
SET_STRUCT_SUM(Cur_Demand.Demand[1]);
INIT_STRUCT_VAR(Cur_Demand);
SET_DATA_READY_FLAG(Cur_Demand);
SET_STRUCT_SUM(Cur_Demand);
mem_set((void *)&Demand_Accu,0,sizeof(Demand_Accu),(void *)&Demand_Accu,sizeof(Demand_Accu));//清中间累加单元
SET_STRUCT_SUM(Demand_Accu);
Save_Cur_Demand_PD_Data();
}
//需量清0，入口参数pTime表示清除的时间点,一般是当前时间
//清需量后要根据该时间点计算下次需量数据冻结的时间
void Demand_Clear(S_HEX_Time *pTime)
{
//Demand_Accu_Clear();//清累加,跨月的情况下一定要清累加?
mem_set((void *)&Cur_Demand,0,sizeof(Cur_Demand),(void *)&Cur_Demand,sizeof(Cur_Demand));//清需量
SET_STRUCT_SUM(Cur_Demand.Demand[0]);
SET_STRUCT_SUM(Cur_Demand.Demand[1]);
SET_STRUCT_SUM(Cur_Demand);
}
void math_memory_copy(byte *dest, size_t dest_size, const byte *src, size_t src_size)
{
size_t size = MIN(dest_size, src_size);
mem_move(dest, src, size);
if (dest_size > size) {
mem_set(dest + size, 0, dest_size - size);
}
}
void mnew_RSNAStats(UWORD8 index)
{
/* Reset all the counters and RNSA information */
mem_set(&(MIB_11I.dot11RSNAStatsEntry[index]), 0,
sizeof(dot11RSNAStatsEntry_t));
/* Set the index of the Entry and the version number for the RSNA */
MIB_11I.dot11RSNAStatsEntry[index].dot11RSNAStatsIndex = index;
MIB_11I.dot11RSNAStatsEntry[index].dot11RSNAStatsVersion = MIB_11I.
dot11RSNAConfigVersion;
}
/*
=======================================
像素填充
=======================================
*/
CR_API void_t
line_fill (
__CR_IN__ uint_t line,
__CR_IN__ byte_t c
)
{
/* 颜色扩展到1个字节 */
c &= 3;
c |= (c << 2);
c |= (c << 4);
/* 填充整个屏幕 */
if (line >= SCREEN_LINE) {
mem_set(s_backs, c, SCREEN_SIZE);
return;
}
/* 只填充一行 */
line *= (SCREEN_BPL * 16);
mem_set(&s_backs[line], c, SCREEN_BPL * 16);
}
/**********************************************************************************
函数功能：更新显示屏
入口： Flag----1:表示初始化;0:表示进入主程序调用
出口： 无
**********************************************************************************/
void UpdataLcdShow(void)
{
if(Show_Lcd_Flag)
{
//mem_set(Show_Lcd_Ram,0xff,sizeof(Show_Lcd_Ram),Show_Lcd_Ram,sizeof(Show_Lcd_Ram));
//HTLCDWriteMultiData(0,Show_Lcd_Ram,sizeof(Show_Lcd_Ram));
//mem_set(Show_Lcd_Ram,0x0f,sizeof(Show_Lcd_Ram),Show_Lcd_Ram,sizeof(Show_Lcd_Ram));
HTLCDWriteMultiData(0,Show_Lcd_Ram,sizeof(Show_Lcd_Ram));
Show_Lcd_Flag=0;
mem_set(Show_Lcd_Ram,0x00,sizeof(Show_Lcd_Ram),Show_Lcd_Ram,sizeof(Show_Lcd_Ram));
}
}
static
FRESULT create_name (
DIR *dj, /* Pointer to the directory object */
const char **path /* Pointer to pointer to the segment in the path string */
)
{
BYTE c, ni, si, i, *sfn;
const char *p;
#if _USE_LCC
#ifdef _EXCVT
static const BYTE cvt[] = _EXCVT;
#endif
#endif
/* Create file name in directory form */
sfn = dj->fn;
mem_set(sfn, ' ', 11);
si = i = 0;
ni = 8;
p = *path;
for (;;) {
c = p[si++];
if (c <= ' ' || c == '/') break; /* Break on end of segment */
if (c == '.' || i >= ni) {
if (ni != 8 || c != '.') break;
i = 8;
ni = 11;
continue;
}
#if _USE_LCC
#ifdef _EXCVT
if (c >= 0x80) /* To upper extended char (SBCS) */
c = cvt[c - 0x80];
#endif
if (IsDBCS1(c) && i < ni - 1) { /* DBC 1st byte? */
BYTE d = p[si++]; /* Get 2nd byte */
sfn[i++] = c;
sfn[i++] = d;
} else
#endif
{ /* Single byte code */
if (_USE_LCC && IsLower(c)) c -= 0x20; /* toupper */
sfn[i++] = c;
}
}
*path = &p[si]; /* Rerurn pointer to the next segment */
sfn[11] = (c <= ' ') ? 1 : 0; /* Set last segment flag if end of path */
return FR_OK;
}
static Handle fbm_init(u32 max_frame_num,
u32 min_frame_num, u32 size_y[2],
u32 size_u[2], u32 size_v[2],
u32 size_alpha[2], _3d_mode_e out_3d_mode,
pixel_format_e format, void* parent)
{
s32 i;
fbm_t* fbm;
cedarx_decoder_t* decoder = cedarx_decoder;
// libve_io_ctrl(LIBVE_COMMAND_GET_PARENT, (u32)&decoder, parent);
// if (!decoder)
// return NULL;
fbm = (fbm_t*) mem_alloc(sizeof(fbm_t));
if(!fbm)
return NULL;
mem_set(fbm, 0, sizeof(fbm_t));
fbm->size_y[0] = size_y[0];
fbm->size_u[0] = size_u[0];
fbm->mode = out_3d_mode;
if (fbm->mode == _3D_MODE_DOUBLE_STREAM) {
fbm->size_y[1] = size_y[1];
fbm->size_u[1] = size_u[1];
}
for(i = 0; i < FBM_MAX_FRAME_NUM; i++) {
fbm->frames[i].status = FS_EMPTY;
fbm->frames[i].vpicture.id = i;
fbm->frames[i].vpicture._3d_mode = fbm->mode;
fbm->frames[i].vpicture.size_y = fbm->size_y[0];
fbm->frames[i].vpicture.size_u = fbm->size_u[0];
fbm->frames[i].vpicture.size_v = fbm->size_v[0];
fbm->frames[i].vpicture.size_alpha = fbm->size_alpha[0];
fbm->frames[i].vpicture.size_y2 = fbm->size_y[1];
fbm->frames[i].vpicture.size_u2 = fbm->size_u[1];
fbm->frames[i].vpicture.size_v2 = fbm->size_v[1];
fbm->frames[i].vpicture.size_alpha2 = fbm->size_alpha[1];
if(i < max_frame_num) {
fbm_enqueue_tail(&fbm->empty_queue, &fbm->frames[i]);
fbm->init_frame_num ++;
}
}
fbm->decoder = decoder;
decoder->fbm = fbm;
pthread_mutex_init(&fbm->mutex, NULL);
return (Handle)fbm;
}
void hello_world()
{
const int length = 10;
int* a = 0;
int* b = length * sizeof(int);
int* res = 2*length * sizeof(int);
int i;
for(i=0; i<length; i++)
a[i] = i;
mem_set(b, length, 1);
vector_add(res, a, b, length);
}