Versão sem FFT e aquisição por DMA. 256 amostras.
Dependencies: EthernetInterface NTPClient mbed-rtos mbed
Codes/Settings.cpp
- Committer:
- rebonatto
- Date:
- 2016-01-05
- Revision:
- 0:e57bc370d339
File content as of revision 0:e57bc370d339:
/* * Settings.cpp * * Created on: * Author: */ #include "Settings.h" LocalFileSystem local("local"); char* Settings::m_ipaddress = NULL; char* Settings::m_netmask = NULL; char* Settings::m_gateway = NULL; char* Settings::m_serverurl = NULL; int Settings::m_dhcp = 0; int Settings::m_ReadRfid = 0; int Settings::m_module_number = 0; //int Settings::m_MaxChannels = 0; //int Settings::m_MaxOutlets = 0; //int Settings::m_FreqBase = 0; //int Settings::m_Samples = 0; int Settings::m_MaxHarmonics = 0; int Settings::m_EventLimit = 0; int Settings::m_MBoxLength = 0; //int Settings::m_NumNeighbors = 0; //int Settings::m_PortTCP = 0; //int Settings::m_MaxTries = 0; int Settings::m_DelayTry = 0; int Settings::m_DelaySend = 0; bool Settings::m_logMarks = true; int Settings::m_logMarksInterval = 40; //TCPSocketServer Settings::m_ServerSocket; //TCPSocketConnection Settings::m_Socket[NEIGHBORS]; float Settings::m_gain[NUMBER_OF_CHANNELS]; int Settings::m_offset[NUMBER_OF_CHANNELS]; float Settings::m_limit[NUMBER_OF_CHANNELS]; int Settings::m_outlet_number[NUMBER_OF_CHANNELS]; char Settings::m_purpose[NUMBER_OF_CHANNELS]; int Settings::m_outlet[NUMBER_OF_OUTLETS]; //char *Settings::m_Neighbor[NEIGHBORS]; void Settings::LoadDefaults() { set_ServerUrl("192.168.1.26"); set_IpAddress("192.168.1.100"); set_Netmask("255.255.255.0"); set_Gateway("192.168.1.5"); set_Dhcp(1); set_ReadRfid(1); // default read RFID set_ModuleNumber(1); // set_MaxChannels(NUMBER_OF_CHANNELS); // set_MaxOutlets(NUMBER_OF_OUTLETS); // set_FreqBase(60); // set_Samples(256); set_MaxHarmonics(12); set_EventLimit(3); set_MBoxLength(10); // set_NumNeighbors(3); // set_PortTCP(7890); // set_MaxTries(10); set_DelayTry(500); set_DelaySend(50); set_LogMarks(true); set_LogMarksInterval(40); int i; for(i=0;i<NUMBER_OF_CHANNELS;i++) { set_Gain(i,1); set_Offset(i,2048); set_Limit(i,2048); set_OutletNumber(i,i/2); set_Purpose(i,(i%2)?'d':'p'); } for(i=0;i<NUMBER_OF_OUTLETS;i++) { set_Outlet(i,i+1); } // set_Neighbor(0, "192.168.1.6"); // set_Neighbor(1, "192.168.1.7"); // set_Neighbor(2, "192.168.1.8"); /* m_ServerSocket.bind(get_PortTCP()); // liga o serversocket a porta printf("Settings Default: fez bind na porta %d\n", get_PortTCP()); for(i=0;i<get_NumNeighbors();i++){ m_Socket[i].connect(get_Neighbor(i), get_PortTCP()); // conecta os sockets de envio aos IPs dos vizinhos printf("Settings Default: conectou socket com %s:%d\n", get_Neighbor(i), get_PortTCP()); } */ } void Settings::ReadFile() { int i; FILE *f = fopen(FILENAME,"r"); if(f == NULL) { LoadDefaults(); WriteFile(); return; } char buf[50]; while(fgets(buf,50,f)!= NULL) { char* p = strchr(buf,'\n'); if(p) { if(isprint(*(p-1)) == 0) *(p-1) = '\0'; *p = '\0'; } char **line; int l = split(buf,"=",&line); if(l!=2)continue; if(!strcmp(line[0],"server")) { set_ServerUrl(line[1]); } if(!strcmp(line[0],"address")) { set_IpAddress(line[1]); } if(!strcmp(line[0],"netmask")) { set_Netmask(line[1]); } if(!strcmp(line[0],"gateway")) { set_Gateway(line[1]); } if(!strcmp(line[0],"dhcp")) { if(!strcmp(line[1],"false")) set_Dhcp(0); else set_Dhcp(1); } if(!strcmp(line[0],"ReadRFID")) { if(!strcmp(line[1],"false")) set_ReadRfid(0); else set_ReadRfid(1); } if(!strcmp(line[0],"module")) { set_ModuleNumber(atoi(line[1])); } // if(!strcmp(line[0],"FreqBase")) // { // set_FreqBase(atoi(line[1])); // } // if(!strcmp(line[0],"MaxChannels")) // { // set_MaxChannels(atoi(line[1])); // } // if(!strcmp(line[0],"MaxOutlets")) // { // set_MaxOutlets(atoi(line[1])); // } // if(!strcmp(line[0],"Samples")) // { // set_Samples(atoi(line[1])); // } if(!strcmp(line[0],"EventLimit")) { set_EventLimit(atoi(line[1])); } if(!strcmp(line[0],"MBoxLength")) { set_MBoxLength(atoi(line[1])); } for(i=0;i<NUMBER_OF_CHANNELS;i++) { char x[10]; sprintf(x,"gain%d",i); if(!strcmp(line[0],x)) { set_Gain(i,atof(line[1])); } sprintf(x,"offset%d",i); if(!strcmp(line[0],x)) { set_Offset(i,atoi(line[1])); } sprintf(x,"limit%d",i); if(!strcmp(line[0],x)) { set_Limit(i,atof(line[1])); } sprintf(x,"type%d",i); if(!strcmp(line[0],x)) { set_Purpose(i,line[1][0]); set_OutletNumber(i,line[1][1]-'0'); } } for(i=0;i<NUMBER_OF_OUTLETS;i++) { char x[10]; sprintf(x,"outlet%d",i); if(!strcmp(line[0],x)) { set_Outlet(i,atoi(line[1])); } } if(!strcmp(line[0],"MaxHarmonics")) { set_MaxHarmonics(atoi(line[1])); } /* if(!strcmp(line[0],"NumNeighbors")) { set_NumNeighbors(atoi(line[1])); } if(!strcmp(line[0],"TcpPort")) { set_PortTCP(atoi(line[1])); //m_ServerSocket.bind(get_PortTCP()); // liga o serversocket a porta } for(i=0;i<get_NumNeighbors();i++) { char x[15]; sprintf(x,"Neighbor%d",i); //printf("Vai buscar %d -> %s\n", i, x); if(!strcmp(line[0],x)) { // printf("Vai usar %d -> %s\n", i, line[1]); set_Neighbor(i, line[1]) ; //m_Socket[i].connect(get_Neighbor(i), get_PortTCP()); // conecta os sockets de envio aos IPs dos vizinhos } } if(!strcmp(line[0],"MaxTries")) { set_MaxTries(atoi(line[1])); //m_ServerSocket.bind(get_PortTCP()); // liga o serversocket a porta } */ if(!strcmp(line[0],"DelayTry")) { set_DelayTry(atoi(line[1])); //m_ServerSocket.bind(get_PortTCP()); // liga o serversocket a porta } if(!strcmp(line[0],"DelaySend")) { set_DelaySend(atoi(line[1])); //m_ServerSocket.bind(get_PortTCP()); // liga o serversocket a porta } if(!strcmp(line[0],"LogMarks")) { if(!strcmp(line[1],"false")) set_LogMarks(false); else set_LogMarks(true); } if(!strcmp(line[0],"LogMarksInterval")) { set_LogMarksInterval(atoi(line[1])); } //printf("Param=%s Value=%s\r\n",line[0],line[1]); } /* m_ServerSocket.bind(get_PortTCP()); // liga o serversocket a porta printf("Settings LoadFile: fez bind na porta %d\n", get_PortTCP()); for(i=0;i<get_NumNeighbors();i++){ m_Socket[i].connect(get_Neighbor(i), get_PortTCP()); // conecta os sockets de envio aos IPs dos vizinhos printf("Settings LoadFile: conectou socket com %s:%d\n", get_Neighbor(i), get_PortTCP()); } */ fclose(f); } void Settings::WriteFile() { FILE *f = fopen(FILENAME,"w"); int i; if(f == NULL) { printf("Error creating settings file\r\n"); return; } fprintf(f,"server=%s\r\n",get_ServerUrl()); fprintf(f,"address=%s\r\n",get_IpAddress()); fprintf(f,"netmask=%s\r\n",get_Netmask()); fprintf(f,"gateway=%s\r\n",get_Gateway()); if(get_Dhcp()) fprintf(f,"dhcp=true\r\n"); else fprintf(f,"dhcp=false\r\n"); if(get_ReadRfid()) fprintf(f,"ReadRFID=true\r\n"); else fprintf(f,"ReadRFID=false\r\n"); fprintf(f,"module=%d\r\n",get_ModuleNumber()); // fprintf(f,"MaxChannels=%d\r\n",get_MaxChannels()); // fprintf(f,"MaxOutlets=%d\r\n",get_MaxOutlets()); // fprintf(f,"FreqBase=%d\r\n",get_FreqBase()); // fprintf(f,"Samples=%d\r\n",get_Samples()); fprintf(f,"EventLimit=%d\r\n",get_EventLimit()); fprintf(f,"MBoxLength=%d\r\n",get_MBoxLength()); for(i=0;i<NUMBER_OF_CHANNELS;i++) { fprintf(f,"gain%d=%0.4f\r\n",i,get_Gain(i)); fprintf(f,"offset%d=%d\r\n",i,get_Offset(i)); fprintf(f,"limit%d=%0.4f\r\n",i,get_Limit(i)); fprintf(f,"type%d=%c%d\r\n",i,get_Purpose(i),get_OutletNumber(i)); } for(i=0;i<NUMBER_OF_OUTLETS;i++) { fprintf(f,"outlet%d=%d\r\n",i,get_Outlet(i)); } fprintf(f,"MaxHarmonics=%d\r\n",get_MaxHarmonics()); // fprintf(f,"NumNeighbors=%d\r\n",get_NumNeighbors()); // fprintf(f,"TcpPort=%d\r\n",get_PortTCP()); // for(i=0;i<get_NumNeighbors();i++) // { // fprintf(f,"Neighbor%d=%s\r\n",i,get_Neighbor(i)); // } // fprintf(f,"MaxTries=%d\r\n",get_MaxTries()); fprintf(f,"DelayTry=%d\r\n",get_DelayTry()); fprintf(f,"DelaySend=%d\r\n",get_DelaySend()); if(get_LogMarks()) fprintf(f,"LogMarks=true\r\n"); else fprintf(f,"LogMarks=false\r\n"); fprintf(f,"LogMarksInterval=%d\r\n",get_LogMarksInterval()); fclose(f); } void Settings::ShowValues() { printf("ServerUrl: %s\n", get_ServerUrl()); printf("IpAddress: %s\n", get_IpAddress()); printf("NetMask: %s\n", get_Netmask()); printf("Gateway: %s\n", get_Gateway()); printf("Dhcp: %d\n", get_Dhcp()); printf("ReadRFID: %d\n", get_ReadRfid()); printf("ModuleNumber: %d\n", get_ModuleNumber() ); // printf("FreqBase : %d\n", get_FreqBase() ); // printf("Samples : %d\n" , get_Samples() ); // printf("MaxChannels : %d\n", get_MaxChannels() ); // printf("MaxOutlets : %d\n", get_MaxOutlets() ); printf("EventLimit : %d\n" , get_EventLimit() ); printf("MBoxLength : %d\n" , get_MBoxLength() ); printf("Per Channel\n"); int i; for(i=0;i<NUMBER_OF_CHANNELS;i++) { printf("Channel %d Gain %f Offset %d Limmit %f Outlet %d Purpose %c\n ", i, get_Gain(i), get_Offset(i), get_Limit(i), get_OutletNumber(i), get_Purpose(i)); } printf("Per Outlet \n"); for(i=0;i<NUMBER_OF_OUTLETS;i++) { printf("Outlet %d Number %d \n ", i, get_Outlet(i)); } printf("MaxHarmonics : %d\n", get_MaxHarmonics() ); // printf("NumNeighbors : %d\n", get_NumNeighbors() ); // for(i=0;i<get_NumNeighbors();i++) // { // printf("Neighbor %d Value %s \n ", i, get_Neighbor(i)); // } // printf("TcpPort : %d\n", get_PortTCP() ); // printf("MaxTries : %d\n", get_MaxTries() ); printf("DelayTry : %d\n", get_DelayTry() ); printf("DelaySend : %d\n", get_DelaySend() ); }