![](/media/cache/img/default_profile.jpg.50x50_q85.jpg)
Versão do protegemed que calcula o tempo em ms da fuga, calcula o numero de onverflow (valores muito baixo) e underflow (valores muito altos). Além disso, calcula um valor médio a partir dos valores capturados e não apenas pela fft.
Dependencies: EthernetInterface mbed-rtos mbed
Codes/Http_post.cpp
- Committer:
- rebonatto
- Date:
- 2014-07-09
- Revision:
- 0:c64e1194230b
File content as of revision 0:c64e1194230b:
/* * Http_post.cpp * * Created on: * Author: */ #include "Http_post.h" extern "C" void mbed_reset(); void HttpPost::HttpPost_Thread(void const *arg) { printf("HTTP POST Thread starting...\r\n"); //inicializar socket // TCPSocketConnection sock; CaptureMailbox& mbox = EventDetector::GetMailbox(); osEvent evt; //printf("aqui\n"); while(1) { TCPSocketConnection sock; //printf("Esperando Evento\n"); evt = mbox.get(); if(evt.status == osEventMail) { //printf("Recebido osEventMail...\n "); CaptureEvent* cap = (CaptureEvent*)evt.value.p; DoPost(sock,Settings::get_ServerUrl(),cap); mbox.free(cap); //printf("Enviado e Liberado Mbox ...\n "); //sock.reset_address(); } //Thread::yield(); } } void HttpPost::DoPost(TCPSocketConnection sock, char *host, CaptureEvent* dados){ char http_cmd[600]; int escritos, r=-1, i; FILE *f; //Timer t; //t.start(); //printf("HTTP Socket %s:%d\n", host, sock.get_port()); //printf("Antes Connect\n"); //rs= sock.connect(host, 80); //printf("%d\n", rs); //printf("Depois Connect "); //t.stop(); //printf("HHTP: The time taken in connection was %d useconds\n", t.read_us()); //http_cmd = (char *) malloc(500); memset(http_cmd, 0, 600); PreparePost( dados,http_cmd ); //printf("Fuga\n"); //printf("Tamanho do comando %d\n", strlen(http_cmd)); //printf("Comando: /* %s */\n", http_cmd); //http_cmd = prepare_POST( dados ); //printf("Tamanho comando %d\n", strlen(http_cmd)); //printf("Request %d\n [%s]\n", Settings::get_MaxTries(), http_cmd); for(i=0; i < Settings::get_MaxTries(); i++){ r = sock.connect(host, 80); if (r < 0) { printf("Error: Unable to connect to (%s) on port (%d) Try %d\n", host, 80, i); Thread::wait(Settings::get_DelayTry()); } else break; } if (r == 0){ for(i=0; i < Settings::get_MaxTries(); i++){ escritos = sock.send_all(http_cmd, strlen(http_cmd)); if(escritos != strlen(http_cmd)){ printf("Erro ao gravar no socket HTTP!! Escritos %d\t Tam %d Try %d\n", escritos, strlen(http_cmd), i); Thread::wait(Settings::get_DelayTry()); } else break; } if (i != Settings::get_MaxTries() ) Thread::wait(Settings::get_DelaySend()); else{ //printf("Reset\n"); f = fopen(FILENAMERESET, "a"); if (f == NULL) f = fopen(FILENAMERESET, "w"); fprintf(f, "Reset - Connect\n"); fclose(f); mbed_reset(); } //Codigo para buscar o retorno do servidor HTTP /* printf("Vai pegar retorno\n"); char buffer[300]; int ret; while (true) { ret = sock.receive(buffer, sizeof(buffer)-1); if (ret <= 0) break; buffer[ret] = '\0'; printf("Received %d chars from server:\n%s\n", ret, buffer); } */ } else{ printf("Reset\n"); f = fopen(FILENAMERESET, "a"); if (f == NULL) f = fopen(FILENAMERESET, "w"); fprintf(f, "Reset - Send\n"); fclose(f); mbed_reset(); } sock.close(); } void HttpPost::PreparePost(CaptureEvent* dados,char *strfinal){ char str[400]; char aux[NUMBER_OF_HARMONICS]; int i; const char *header1 = "POST /capture.php HTTP/1.1\r\n"; //"Host: 192.168.1.26\r\n" //"Content-Length: " const char *header2 = "\r\n" "Content-Type: application/x-www-form-urlencoded\r\n" "\r\n"; //str = (char *) malloc(450); //strfinal = (char *) malloc(450); memset(str,0,400); memset(strfinal,0,500); strcat(strfinal, header1); strcat(strfinal, "Host: "); strcat(strfinal, Settings::get_ServerUrl() ); strcat(strfinal, "\r\n"); sprintf(aux,"TYPE=0%d",dados->get_Type()); strcat(str, aux); sprintf(aux,"&OUTLET=%02d",dados->get_OutletNumber()); strcat(str, aux); sprintf(aux,"&RFID=%s", dados->get_RFID()); strcat(str,aux); sprintf(aux,"&OFFSET=%04d",dados->get_Offset()); strcat(str,aux); float f = dados->get_Gain(); sprintf(aux,"&GAIN=%08X", *(unsigned int*)&f); strcat(str,aux); f = dados->get_RMSValue(); sprintf(aux,"&RMS=%08X",*(unsigned int*)&f); strcat(str,aux); f = dados->get_MeanValue(); sprintf(aux,"&MV=%08X",*(unsigned int*)&f); strcat(str,aux); /* Adicionados para alteracao */ //printf("MV %f MV2 %f\n", dados->get_MeanValue(), dados->get_MV2()); f = dados->get_MV2(); sprintf(aux,"&MV2=%08X",*(unsigned int*)&f); strcat(str,aux); sprintf(aux,"&UNDER=%04d",dados->get_Under()); strcat(str,aux); sprintf(aux,"&OVER=%04d",dados->get_Over()); strcat(str,aux); sprintf(aux,"&DURATION=%04d",dados->get_Duration()); strcat(str,aux); /* Ate Aqui */ strcat(str,"&SIN="); for(i=0;i<Settings::get_MaxHarmonics();i++) { char s[10]; //According to RFC1738,RFC3986 the semicolon is a reserved character and must be encoded f = dados->get_SineValue(i); sprintf(s,"%08X",*(unsigned int*)&f); strcat(str,s); if (i < (Settings::get_MaxHarmonics() - 1)) strcat(str, "%3B"); } strcat(str,"&COS="); for(i=0;i<Settings::get_MaxHarmonics();i++) { char c[10]; //According to RFC1738,RFC3986 the semicolon is a reserved character and must be encoded f = dados->get_CossineValue(i); sprintf(c,"%08X",*(unsigned int*)&f); strcat(str,c); if (i < (Settings::get_MaxHarmonics()-1)) strcat(str, "%3B"); } strcat(str,"\r\n"); char len[5]; sprintf(len,"%d",strlen(str)); strcat(strfinal, "Content-Length: "); strcat(strfinal, len); strcat(strfinal, header2); strcat(strfinal, str); strcat(strfinal, "\r\n"); //printf("Request=[%s]\n",strfinal); //printf("Tamanho STR %d\n", strlen(str)); //printf("Tamanho STRFINAL %d\n", strlen(strfinal)); }