void
rb_call_inits()
{
Init_sym();
Init_var_tables();
Init_Object();
Init_Comparable();
Init_Enumerable();
Init_Precision();
Init_eval();
Init_String();
Init_Exception();
Init_Thread();
Init_Numeric();
Init_Bignum();
Init_Array();
Init_Hash();
Init_Struct();
Init_Regexp();
Init_pack();
Init_Range();
Init_IO();
Init_Dir();
Init_Time();
Init_Random();
Init_signal();
Init_process();
Init_load();
Init_Proc();
Init_Math();
Init_GC();
Init_marshal();
Init_version();
}
void
rb_call_inits()
{
Init_PreSymbol();
Init_id();
Init_var_tables();
Init_Object();
Init_Class();
Init_VM();
Init_Encoding();
Init_Comparable();
Init_Enumerable();
Init_Precision();
Init_String();
Init_Symbol();
Init_Exception();
Init_eval();
Init_jump();
Init_Numeric();
Init_Bignum();
Init_syserr();
Init_Array();
Init_Hash();
Init_ENV();
Init_Struct();
Init_Regexp();
Init_pack();
Init_marshal();
Init_Range();
Init_IO();
Init_Dir();
Init_Time();
Init_Random();
Init_signal();
Init_process();
Init_load();
Init_Proc();
Init_Binding();
Init_Math();
Init_GC();
Init_Enumerator();
Init_Thread();
//Init_Cont();
Init_Rational();
Init_Complex();
Init_version();
Init_PostGC();
Init_ObjC();
Init_BridgeSupport();
Init_FFI();
Init_Dispatch();
Init_Transcode();
Init_sandbox();
Init_PostVM();
}
void
rb_call_inits()
{
Init_sym();
Init_id();
Init_var_tables();
Init_Object();
Init_top_self();
Init_Encoding();
Init_Comparable();
Init_Enumerable();
Init_Precision();
Init_String();
Init_Exception();
Init_eval();
Init_jump();
Init_Numeric();
Init_Bignum();
Init_syserr();
Init_Array();
Init_Hash();
Init_Struct();
Init_Regexp();
Init_pack();
Init_transcode();
Init_marshal();
Init_Range();
Init_IO();
Init_Dir();
Init_Time();
Init_Random();
Init_signal();
Init_process();
Init_load();
Init_Proc();
Init_Binding();
Init_Math();
Init_GC();
Init_Enumerator();
Init_VM();
Init_ISeq();
Init_Thread();
Init_Cont();
Init_version();
}
int main(int argc, char **argv)
{
int iFd,iNum;
char *lspTmp;
char sTmpFile[125]="";
char sMoniTxnFile[125]="";
char sCurrentTime[15];
int ivalue;
int iSleep=0;
initial();
giSleep=5;
gch=0;
giCurOffset=0;
giCurRow=0;
if( argc !=3 )
{
printf("USGE:%s [ -d date ] [ -s sleep]\n",argv[0]);
exit(0);
}
memset(gsCurrentDate,0x00,sizeof(gsCurrentDate));
if( argv[1][1] == 'd' )
memcpy(gsCurrentDate,argv[2],8);
else
{
memset(sCurrentTime,0x00,sizeof(sCurrentTime));
CommonGetCurrentTime (sCurrentTime);
memcpy(gsCurrentDate,sCurrentTime,8);
}
sprintf (gsLogFile, "txtmon_%8.8s.log",gsCurrentDate);
if( argv[1][1] == 's' )
giSleep=atoi(argv[2]);
else
giSleep=0;
putenv("TERM=vt100");
if((lspTmp = getenv("MONI_TXT_FILE")) == NULL)
{
HtLog (gsLogFile, HT_LOG_MODE_ERROR, __FILE__,__LINE__,
"Call getenv(TXT_MONI_FILE, error %d", errno);
return -1;
}
strcpy(sMoniTxnFile,lspTmp);
CommonAllTrim(sMoniTxnFile);
HtLog (gsLogFile, HT_LOG_MODE_ERROR, __FILE__,__LINE__,"sMoniTxnFile[%s]",sMoniTxnFile);
HtLog (gsLogFile, HT_LOG_MODE_NORMAL, __FILE__,__LINE__, "giCurRow[%d] giCurOffset[%d]",
giCurRow,giCurOffset);
if (giSleep >0 )
{
signal(SIGINT,out_p);
while(1)
{
Init_Time();
if(OpenFile(&iFd,sMoniTxnFile,&iNum))
{
Clear_Display(DISPLAY_TOP,DISPLAY_LEFT,DISPLAY_HIGH,DISPLAY_WIDTH);
ShowWin(iFd,iNum);
close(iFd);
}
refresh();
sleep(giSleep);
gch=0;
}
}else
{
setjmp(env);
signal(SIGALRM,timeout_p);
signal(SIGINT,out_p);
while(1)
{
Init_Time();
if(OpenFile(&iFd,sMoniTxnFile,&iNum))
{
Clear_Display(DISPLAY_TOP,DISPLAY_LEFT,DISPLAY_HIGH,DISPLAY_WIDTH);
ShowWin(iFd,iNum);
close(iFd);
}
refresh();
alarm(1);
gch=getch();
alarm(0);
}
}
}
int main(void)
{
//printf("Main()\r\n"); //SEMIHOSTING DEBUG OUT
// LED lamp 12800 MAX (before no response, wont turn on) But a few second delay before Diode saturation (light comes on)
// 12400 - min for reasonable saturation delay
dimmingValue = 11000; // 12600
//printf("RCC clocks Str\r\n"); //SEMIHOSTING DEBUG OUT
RCC_APB1PeriphClockCmd(RCC_APB1Periph_USART3,ENABLE); // ESP8266 - Wifi
RCC_APB2PeriphClockCmd(RCC_APB2Periph_GPIOB,ENABLE);
RCC_APB2PeriphClockCmd(RCC_APB2Periph_AFIO, ENABLE);
RCC_APB2PeriphClockCmd(RCC_APB2Periph_GPIOA, ENABLE);
RCC_APB2PeriphClockCmd(RCC_APB2Periph_USART1, ENABLE);
//printf("RCC clocks Fin\r\n"); //SEMIHOSTING DEBUG OUT
POWER_LED_Config.GPIO_Speed = GPIO_Speed_50MHz;
POWER_LED_Config.GPIO_Mode = GPIO_Mode_Out_PP;
POWER_LED_Config.GPIO_Pin = GPIO_Pin_0 | GPIO_Pin_1 | GPIO_Pin_6; // PB1 - Maple On-board LED | PB6 - Maple Pin 16 | PB0 - CH_PD (Power ON) Pin for ESP8266 Wifi
GPIO_Init(GPIOB,&POWER_LED_Config);
//SetArray_Size(USART3_RxBuffer,RxBuffSize);
//printf("GPIO Port: B Pins: 0,1,6 Fin\r\n"); //SEMIHOSTING DEBUG OUT
GPIOB->BRR = GPIO_Pin_0; // Power OFF for ESP8266
//printf("ESP8266 Powered OFF (CH01 Pin Disabled (Pulled Low))\r\n"); //SEMIHOSTING DEBUG OUT
GPIOB->BSRR = GPIO_Pin_1; // PB1 - Maple On-board LED
GPIOB->BRR = GPIO_Pin_6; // PB6 - Maple Pin 16
GPIOB->BSRR = GPIO_Pin_0; // Power On for ESP8266
//printf("ESP8266 Powered ON\r\n"); //SEMIHOSTING DEBUG OUT
GPIO_EXTILineConfig(GPIO_PortSourceGPIOB,GPIO_PinSource14);
ZeroCross_Config.GPIO_Mode = GPIO_Speed_50MHz;
ZeroCross_Config.GPIO_Mode = GPIO_Mode_IPD;
ZeroCross_Config.GPIO_Pin = GPIO_Pin_14; // PB14 - Maple Pin 29
GPIO_Init(GPIOB,&ZeroCross_Config);
//printf("GPIOB Pin 14 configured for Zero-Crossing detection (Maple Pin 29)\r\n"); //SEMIHOSTING DEBUG OUT
Button_Config.GPIO_Mode = GPIO_Mode_IN_FLOATING;
Button_Config.GPIO_Speed = GPIO_Speed_50MHz;
Button_Config.GPIO_Pin = GPIO_Pin_8 | GPIO_Pin_7;
GPIO_Init(GPIOB,&Button_Config);
//printf("GPIOB Pin 14 configured for Zero-Crossing detection (Maple Pin 29)\r\n"); //SEMIHOSTING DEBUG OUT
//Init_USART3(460800,ENABLE);
//Init_USART1(460800,ENABLE);
//*********USE USART3 Rx in DMA Mode
#define ESP_RX_DMA_BUF_POLL_Interval_ms 1000 //Every 1 Sec check the Rx Buffer
//uint32_t LastRxBufferReadTime = 0;
Init_USART3_DMA(2000000,USART3_RxBuffer, USART3_RxBufferSize);
//*********USE USART3 Rx in DMA Mode
//Init_USART3(2000000,ENABLE);
//Init_USART1(2000000,ENABLE);
//for (mj=0;mj<500000;mj++);// FOR TESTING
//for (mj=0;mj<5000;mj++);// FOR TESTING
//Need to wait for a sec before transmitting data. Let ESP8266 power on
//for (mj=0;mj<500000;mj++); // FOR TESTING
//USART_SendData(USART3,"AT/r/n");
ConfigZeroCrossExternalInt();
ConfigZeroCross_NVIC();
Init_Time(MILLISEC);
//for (mj=0;mj<20500;mj++);
//Wifi_Init();
//printf("Wifi_Init() Complete\r\n"); //SEMIHOSTING DEBUG OUT
//for (mj=0;mj<20500;mj++);
for (mj=0;mj<130500;mj++);
//ConnectToAP("Nonya","porsche911");
//for (mj=0;mj<70500;mj++);
//printf("Preparing to start local ESP8266 server at ID: 1 Port: 80\r\n"); //SEMIHOSTING DEBUG OUT
Wifi_SendCommand(WIFI_JOIN_NONYA);
StartServer(1,80);
Wifi_SendCommand(WIFI_GET_CURRENT_IP);
//Sets data of first few bites of DMA so it doesn't start with 12 null terminators.
USART3_RxBuffer[0] = "1";
USART3_RxBuffer[1] = "1";
USART3_RxBuffer[2] = "1";
USART3_RxBuffer[3] = "1";
USART3_RxBuffer[4] = "1";
USART3_RxBuffer[5] = "1";
USART3_RxBuffer[6] = "1";
USART3_RxBuffer[7] = "1";
USART3_RxBuffer[8] = "1";
USART3_RxBuffer[9] = "1";
USART3_RxBuffer[10] = "1";
USART3_RxBuffer[11] = "1";
USART3_RxBuffer[12] = "1";
//Main Run Loop
for(;;)
{
if(restRequestWaiting == 1)
{
SendRESTResponse(activeConnectionNum,RESTResponse_Headers_Test_OK,RESTResponse_Body_TEST_JSON);
}
//This Polls the dma buffer ever [poll interval] For new incoming data from esp (Starting with +IPD)
if((Millis() - lastDMABuffPoll) >= DMA_Rx_Buff_Poll_Int_ms)
{
lastDMABuffPoll = Millis();
currentIPD = Wifi_CheckDMABuff_ForIPDData();
if(currentIPD.Valid == 1)
{
SendRESTResponse(currentIPD.ConnectionNum, RESTResponse_Headers_Test_OK, customRESTResponse);
}
}
//Check for data to transmit USART3
if(GPIO_ReadInputDataBit(GPIOB,GPIO_Pin_8)) // Power cycle the ESP8266
{
Wifi_SendCommand(Command_To_Redirect);
for (mj=0;mj<130500;mj++);//debounce
}
}
}
