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Modularizando o src
Dependencies: EALib EthernetInterface_vz mbed-rtos mbed
Fork of header_main_colinas_V0-20-09-14 by
prompt.cpp
- Committer:
- klauss
- Date:
- 2014-10-22
- Revision:
- 54:448d57291be6
- Parent:
- 53:bb492a8f115a
- Child:
- 55:2f5e7374af9d
File content as of revision 54:448d57291be6:
#include "prompt.h" #include "utils.h" TCPSocketServer tcp_server; TCPSocketConnection tcp_client; Timer tcp_timer; Timer udp_timer; UDPSocket udp_server; Endpoint udp_client; uint8_t debug_alive = 0; uint8_t debug_sip = 0; uint8_t debug_vector = 0; uint8_t debug_cb = 0; uint8_t debug_main = 0; uint8_t debug_cks = 0; uint8_t pcks_s = 0; uint8_t pshowcb = 0; uint8_t debug_cb_rx = 0; uint8_t debug_cb_tx = 0; uint8_t debug_eth_rx = 0; uint8_t debug_eth_tx = 0; uint8_t debug_prompt_eth = 0; uint8_t debug_file = 0; bool from_eth = false; bool udp_request = false; bool tcp_session = false; bool cb_session = false; bool cb_status = false; bool reset_cks = false; bool debug_telemetry = false; bool main_test = false; uint8_t test_debug = 1; #define PVERSION 4 // Sempre atualizar a versao do prompt #define DEBUGBUFSIZE 50 char __debug_buf__[DEBUGBUFSIZE]; char * debug_buf = __debug_buf__; char last_debug_buf[ DEBUGBUFSIZE ] = "help"; FILE *fip, *fmask, *fgate, *fport, *fsip, *fsport, *fext, *fserext, *fudpport, *ftcpport; uint8_t debug_prompt = 0; uint8_t bufptr = 0; uint8_t last_bufptr = 0; uint8_t xmemmatch(const uint8_t * s1, const uint8_t * s2, uint16_t size) { // presente da lib.h pode retirar da versao final while (size--) { if (*s1++ != *s2++) return 0; /* does not match */ } return 1; /* matches */ } uint8_t xstrmatch(const uint8_t * s1, const uint8_t * s2) { // presente na lib.h pode retirar da versao final while (*s1) { if (*s1++ != *s2++) return 0; /* does not match */ } if ( *s2 == 0 ) return 1; /* matches */ else return 0; /* does not match */ } void xmemcpy(uint8_t * dest, const uint8_t * src, uint16_t size) { // presente na lib.h pode retirar da versao final while (size--) *dest++ = *src++; } int str2uint ( char * s, unsigned int * val ){ int i = 0; unsigned int ret = 0; for (;;) { if (s[i] < '0') { *val = ret; return i; } ret *= 10; ret += s[i] - '0'; i++; } } // Print the content of a given file void cat(const char* fname){ char buff[513]; int num; FILE *fp = fopen(fname, "r"); if (fp == NULL) { if( debug_file ) pc.printf( "Failed to open %s", fname); return; } while( ( num = fread( buff, 1, 512, fp ) ) > 0 ){ buff[ num ] = '\0'; pc.printf( buff ); if( from_eth ){ if( tcp_session ) tcp_client.send_all( buff, strlen( buff ) ); else if( udp_request ){ udp_server.sendTo( udp_client, buff, strlen( buff ) ); } } } fclose(fp); } // operantion with the system config files void files( const char type ){ // show files if (type == 's' ){ pc.printf("\n\rHeader IP " ); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rHeader IP " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/myip.txt"); pc.printf("\n\rHeader ext "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rHeader ext " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/myext.txt"); pc.printf("\n\rHeader port "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rHeader port " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/mysipport.txt"); pc.printf("\n\rServer IP "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rServer IP " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/serverip.txt"); pc.printf("\n\rServer ext "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rServer ext " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/peerext.txt"); pc.printf("\n\rServer port "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rServer port " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/serverport.txt"); pc.printf("\n\rMascara de rede "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rMascara de rede " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/mymask.txt"); pc.printf("\n\rGateway IP "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rGateway IP " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/mygate.txt"); pc.printf("\n\rUDP Port "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rUDP Port " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/udpport.txt"); pc.printf("\n\rTCP Port "); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rTCP Port " ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } cat("/qspi/tcpport.txt"); debug_buf[ 0 ] = 0; bufptr = 0; if( tcp_session ) tcp_client.send_all( "\n\r>" , strlen( "\n\r>" ) ); else if( udp_request ){ udp_server.sendTo( udp_client, "\n\r>", strlen( "\n\r>" ) ); } } if (type == 'c' ){ // close all files fclose( fip ); fclose( fmask ); fclose( fgate ); fclose( fport ); fclose( fsip ); fclose( fsport ); fclose( fext ); fclose( fserext ); fclose( fudpport ); fclose( ftcpport ); } if (type == 'i' ){ // Check if files exist, if not create the files bool exists = true; fip = fopen("/qspi/myip.txt", "r"); if (fip == NULL){ fip = fopen("/qspi/myip.txt", "w"); //fprintf(fip, "%s\n\r",__MY_IP__); //myip fprintf(fip, "%s\n\r",__MY_IP__); //myip exists = false; } fserext = fopen("/qspi/myext.txt", "r"); if ( fserext == NULL ){ fserext = fopen("/qspi/myext.txt", "w"); fprintf( fserext, "%i\n\r" ,__MY_EXT__ ); //asterisk ext exists = false; } fport = fopen("/qspi/mysipport.txt", "r"); if (fport == NULL){ fport = fopen("/qspi/mysipport.txt", "w"); fprintf(fport, "%i\n\r",__MY_PORT__); //mysipport exists = false; } fsip = fopen("/qspi/serverip.txt", "r"); if (fsip == NULL){ fsip = fopen("/qspi/serverip.txt", "w"); //fprintf(fsip, "%s\n\r",__SERVER_IP__ ); //asterisk ip fprintf(fsip, "%s\n\r",__SERVER_IP__ ); //asterisk ip exists = false; } fext = fopen("/qspi/peerext.txt", "r"); if ( fext == NULL ){ fext = fopen("/qspi/peerext.txt", "w"); fprintf( fext, "%i\n\r",__PEER_EXT__ ); //asterisk ip exists = false; } fsport = fopen("/qspi/serverport.txt", "r"); if (fsport == NULL){ fsport = fopen("/qspi/serverport.txt", "w"); fprintf(fsport, "%i\n\r",__SERVER_PORT__ ); //asterisk port exists = false; } fmask = fopen("/qspi/mymask.txt", "r"); if (fmask == NULL){ fmask = fopen("/qspi/mymask.txt", "w"); fprintf(fmask, "%s\n\r",__MY_MSK__); //mymask exists = false; } fgate = fopen("/qspi/mygateway.txt", "r"); if (fgate == NULL){ fgate = fopen("/qspi/mygate.txt", "w"); fprintf(fgate, "%s\n\r",__MY_GTW__); //mygateway exists = false; } fudpport = fopen("/qspi/udpport.txt", "r" ); if( fudpport == NULL ){ fudpport = fopen("/qspi/udpport.txt", "w"); fprintf( fudpport, "%i\n\r",UDP_PORT_LISTENER ); exists = false; } ftcpport = fopen("/qspi/tcpport.txt", "r" ); if( ftcpport == NULL ){ ftcpport = fopen("/qspi/tcpport.txt", "w"); fprintf( ftcpport, "%i\n\r", TCP_PORT_LISTENER ); exists = false; } if( !exists ){ pc.printf("\n\rDefault configurations set!\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Default configurations set!\n\r"); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; if( tcp_session ){ tcp_client.send_all( debug_buf, strlen( debug_buf ) ); debug_buf[ 0 ] = 0; bufptr = 0; } } } } if (type == 'r' ){ // Just open for read fip = fopen("/qspi/myip.txt", "r"); fmask = fopen("/qspi/mymask.txt", "r"); fgate = fopen("/qspi/mygateway.txt", "r"); fport = fopen("/qspi/mysipport.txt", "r"); fsip = fopen("/qspi/serverip.txt", "r"); fsport = fopen("/qspi/serverport.txt", "r"); fext = fopen( "/qspi/myext.txt", "r" ); fserext = fopen( "/qspi/peerext.txt", "r" ); fudpport = fopen( "/qspi/udpport.txt", "r" ); ftcpport = fopen( "/qspi/tcpport.txt", "r" ); } if( type == 'w'){ // Create and write the default configs char tmp[ 8 ]; //fip = fopen("/qspi/myip.txt", "w"); fmask = fopen("/qspi/mymask.txt", "w"); fgate = fopen("/qspi/mygateway.txt", "w"); fport = fopen("/qspi/mysipport.txt", "w"); fsip = fopen("/qspi/serverip.txt", "w"); fsport = fopen("/qspi/serverport.txt", "w"); //fext = fopen( "/qspi/myext.txt", "w" ); fserext = fopen( "/qspi/peerext.txt", "w" ); fudpport = fopen( "/qspi/udpport.txt", "w" ); ftcpport = fopen( "/qspi/tcpport.txt", "w" ); //fprintf( fip, "%s\n\r", __MY_IP__ ); //myip set_ip( __MY_IP__ ); fprintf( fport, "%i\n\r", __MY_PORT__ ); //mysipport // isso pode dar pala //fprintf( fext, "%i\n\r", __MY_EXT__ ); //myext set_header_ext( itoa( __MY_EXT__, tmp, 10 ) ); fprintf( fsip, "%s\n\r", __SERVER_IP__ ); //asterisk ip fprintf( fserext, "%i\n\r",__PEER_EXT__ ); //asterisk port fprintf( fsport, "%i\n\r",__SERVER_PORT__ ); //asterisk port fprintf( fmask, "%s\n\r",__MY_MSK__ ); //mymask fprintf( fgate, "%s\n\r", __MY_GTW__ ); //mygateway fprintf( fudpport, "%i\n\r",UDP_PORT_LISTENER ); fprintf( ftcpport, "%i\n\r",TCP_PORT_LISTENER ); files('c'); pc.printf("\n\rDefault configurations set!\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rDefault configurations set!\n\r"); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; if( tcp_session ){ tcp_client.send_all( debug_buf, strlen( debug_buf ) ); }else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } debug_buf[ 0 ] = 0; bufptr = 0; } } if (type == 'e'){ // Create and write the default configs fip = fopen("/qspi/myip.txt", "w"); fmask = fopen("/qspi/mymask.txt", "w"); fgate = fopen("/qspi/mygateway.txt", "w"); fport = fopen("/qspi/mysipport.txt", "w"); fsip = fopen("/qspi/serverip.txt", "w"); fsport = fopen("/qspi/serverport.txt", "w"); fext = fopen( "/qspi/myext.txt", "w" ); fserext = fopen( "/qspi/peerext.txt", "w" ); fudpport = fopen( "/qspi/udpport.txt", "w" ); ftcpport = fopen( "/qspi/tcpport.txt", "w" ); fprintf( fip, "%s\n\r", "" ); //myip fprintf( fport, "%i\n\r", "" ); //mysipport // isso pode dar pala fprintf( fext, "%i\n\r", "" ); //myext fprintf( fsip, "%s\n\r", "" ); //asterisk ip fprintf( fserext, "%i\n\r","" ); //asterisk port fprintf( fsport, "%i\n\r","" ); //asterisk port fprintf( fmask, "%s\n\r","" ); //mymask fprintf( fgate, "%s\n\r", "" ); //mygateway fprintf( fudpport, "%i\n\r","" ); fprintf( ftcpport, "%i\n\r","" ); files('c'); pc.printf("\n\rErased configurations set!\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rErased configurations set!\n\r"); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; if( tcp_session ){ tcp_client.send_all( debug_buf, strlen( debug_buf ) ); }else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } debug_buf[ 0 ] = 0; bufptr = 0; } } } void init_fsystem(){ // init file system and check if files exist if (!qspifs.isformatted()) { qspifs.format(); pc.printf("\n\rFile system configured!!\n\r"); } files('i'); // check if the files are created files('c'); pc.printf("\n\r*******File System Ready*******\n\r"); } void init_prompt(){ tcp_server.bind( TCP_PORT_LISTENER ); tcp_server.listen(); //tcp_timer.start(); tcp_server.set_blocking( false, 1 ); udp_server.set_blocking( false, 2 ); udp_server.bind( UDP_PORT_LISTENER ); pc.printf("*******Prompt eth Ready*******\n\r"); } // main prompt process char * prompt_process( char * msg_from_cb ){ //FIXME dar flush na serial volatile char b = 0; static uint8_t bufret = 0; static Timer flood_timeout; bool miss_match = true; char eth_buffer[ 1024 ]; if( flood_timeout.read() > 60 ){ pflood = 0; flood_timeout.stop(); flood_timeout.reset(); } if( tcp_timer.read() >= TCP_IDLE_MAX_TIME ){ tcp_timer.stop(); tcp_timer.reset(); tcp_session = false; debug_buf = __debug_buf__; bufptr = last_bufptr; bufret = 0; from_eth = false; tcp_client.close(); return( NULL ); } if( !tcp_server.accept( tcp_client ) ){ tcp_session = true; tcp_timer.start(); last_bufptr = bufptr; eth_buffer[ 0 ] = 0; bufret = 0; } wdt.kick(); if( tcp_session ){ if( !( (int)tcp_timer.read_ms() % 100 ) ){ tcp_client.set_blocking( false, 1 ); int n = tcp_client.receive( eth_buffer, sizeof( eth_buffer ) - 1 ); if( n > 0 ){ tcp_timer.reset(); if( ( n > 2 ) && ( eth_buffer[ n - 2 ] == '\r' ) ) eth_buffer[ n - 2 ] = 0; if( ( n > 1 ) && ( eth_buffer[ n - 1 ] == '\n' ) ) eth_buffer[ n - 1 ] = 0; if( ( n == 1 ) && eth_buffer[ 0 ] == 0x0A ) strcpy( eth_buffer, "\r" ); //if( eth_buffer[ 0 ] == '\r' || eth_buffer[ 1 ] == '\n' || eth_buffer[ 2 ] == 'r' || eth_buffer[ 2 ] == '\n' ) strcpy( eth_buffer, "\r" ); bufptr = strlen( eth_buffer ); debug_buf = eth_buffer; from_eth = true; bufret = 1; if( !( strcmp( eth_buffer, "quit" ) ) ){ tcp_timer.reset(); debug_buf = __debug_buf__; bufptr = last_bufptr; from_eth = false; tcp_session = false; tcp_client.close(); bufret = 0; return( NULL ); } }else{ debug_buf = __debug_buf__; bufptr = last_bufptr; } }/*else{ if( !tcp_session ){ int n = udp_server.receiveFrom( udp_client, buffer, __PROMPT_ETH_BUFFER_SIZE__ - 1 ); if( n > 0){ if( ( n > 2 ) && ( buffer[ n - 2 ] == '\r' ) ) buffer[ n - 2 ] = 0; if( ( n > 1 ) && ( buffer[ n - 1 ] == '\n' ) ) buffer[ n - 1 ] = 0; if( n == 1 && buffer[ 0 ] == 0x0A ){ strcpy( buffer, "\r" ); } last_bufptr = bufptr; bufptr = strlen( buffer ); debug_buf = buffer; from_eth = true; udp_request = true; bufret = 1; } }*/ } if( !from_eth ){ if ( pc.readable() ){ // imput do teclado b = pc.getc(); if( b == 0x0D ){ // enter bufret = 1; }else{ pc.putc( b ); if( b == 0x08 || b == 0x7F ){ // BS | DEL if( bufptr > 0 ) debug_buf[ --bufptr ] = 0; }else if( b == 0x09 ){ // ignore tab }else{ debug_buf[bufptr] = b; bufptr++; } } } } if( msg_from_cb ){ if( tcp_session ){ tcp_client.send_all( msg_from_cb, strlen( msg_from_cb ) ); }else if( udp_request ){ udp_server.sendTo( udp_client, msg_from_cb, strlen( msg_from_cb ) ); } pc.printf( "\n\r%s\n\r", msg_from_cb ); } // Prompt commands here if ( bufret == 1 ) { static unsigned int promptcb_last_ext = 0; static unsigned int promptcb_last_port = 0; if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) ".",1 )) { miss_match = false; strcpy( debug_buf, last_debug_buf ); } //tratamento dos enters if( !bufptr ){ miss_match = false; }else if( bufptr == 1 ) { if( debug_buf[ 0 ] == 0x0D || debug_buf[ 0 ] == 0x0D ) miss_match = false; } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "ifconfig" ) ){ miss_match = false; pc.printf("\n\r"); files('s'); } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "format" ) ){ miss_match = false; pc.printf("\n\rFormatando o sistema de arquivos... espere o sistema reiniciar\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Formatando o sistema de arquivos... espere o sistema reiniciar\n\r"); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; if( tcp_session ){ tcp_client.send_all( debug_buf, strlen( debug_buf ) ); tcp_client.close(); }else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } files('e'); files('w'); __disable_irq(); NVIC_SystemReset(); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "ipset ", 6 )) { miss_match = false; //fip = fopen("/qspi/myip.txt", "w"); //fprintf(fip,"%s\n\r",(debug_buf+6)); //fclose(fip); //pc.printf("\n\r"); set_ip( debug_buf + 6 ); files('s'); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "extset ", 7 ) ){ miss_match = false; //fip = fopen("/qspi/myext.txt", "w"); //fprintf(fip, "%s\n\r" , ( debug_buf + 7) ); //fclose(fip); //pc.printf("\n\r"); set_header_ext( debug_buf + 7); files('s'); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "serextset ", 10 ) ){ miss_match = false; fip = fopen("/qspi/peerext.txt", "w"); fprintf(fip, "%i\n\r" , ( debug_buf + 10 ) ); fclose(fip); pc.printf("\n\r"); files('s'); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "maskset ",8 ) ){ miss_match = false; fmask = fopen("/qspi/mymask.txt", "w"); fprintf(fmask,"%s\n\r",(debug_buf+8)); fclose(fmask); pc.printf("\n\r"); files('s'); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "gatewayset ",11 ) ){ miss_match = false; fgate = fopen("/qspi/mygate.txt", "w"); fprintf(fgate,"%s\n\r",(debug_buf+11)); fclose(fgate); pc.printf("\n\r"); files('s'); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "msipport ",9 ) ){ miss_match = false; fport = fopen("/qspi/mysipport.txt", "w"); fprintf(fport,"%i\n\r",(debug_buf+9)); fclose(fport); pc.printf("\n\r"); files('s'); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "serverip ",9 ) ){ miss_match = false; fsip = fopen("/qspi/serverip.txt", "w"); fprintf(fsip,"%s\n\r",(debug_buf+9)); fclose(fsip); pc.printf("\n\r"); files('s'); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "ssport ",7 ) ){ miss_match = false; fsport = fopen("/qspi/serverport.txt", "w"); fprintf(fsport,"%i\n\r",(debug_buf+7)); fclose(fsport); pc.printf("\n\r"); files('s'); } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "dconfig" ) ){ miss_match = false; files('e'); files('w'); files('s'); } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "reset" ) ){ miss_match = false; pc.printf("\n\rJob is done\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Job is done\n\r"); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; if( tcp_session ){ tcp_client.send_all( debug_buf, strlen( debug_buf ) ); tcp_client.close(); }else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } __disable_irq(); NVIC_SystemReset(); } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "dog" ) ){ miss_match = false; pc.printf("\n\r MUUUUUUUuuuuUUUUUU - I'm not a dog!!!! \n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "MUUUUUUUuuuuUUUUUU - I'm not a dog!!!!\n\r"); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "tt" ) ){ miss_match = false; main_test = true; } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "reset_cks" ) ){ miss_match = false; reset_cks = true; } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "status" ) ){ miss_match = false; cb_status = true; } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "flood ",6 ) ){ if (xmemmatch( (uint8_t*)(debug_buf+6), (uint8_t*) "on",2 ) ){ miss_match = false; pc.printf("\n\rFlood ON\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Flood On\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } tflood.start(); tflood.reset(); floodcount =0; pflood = 1; flood_timeout.start(); } if (xmemmatch( (uint8_t*)(debug_buf+6), (uint8_t*) "off",3 )) { miss_match = false; pc.printf("\n\rFlood OFF\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Flood Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } pflood = 0; tflood.stop(); flood_timeout.reset(); } if (xmemmatch( (uint8_t*)(debug_buf+6), (uint8_t*) "disable",3 )) { miss_match = false; // implementar uma logica que recebe start ext e end ext e manda flood off pra eles pc.printf("\n\rFlood OFF\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Flood Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } pflood = 0; tflood.stop(); flood_timeout.reset(); } } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "debug ",6 )) { if( xmemmatch( (uint8_t*)(debug_buf+6), (uint8_t*) "on",2 )) { miss_match = false; pc.printf("\n\rDebug ON\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Debug On\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_alive = 1; } if( xmemmatch( (uint8_t*)(debug_buf+6), (uint8_t*) "off",3 )) { miss_match = false; pc.printf("\n\rDebug OFF\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Debug Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_alive = 0; } if( xmemmatch( (uint8_t*)(debug_buf+6), (uint8_t*) "show",4 ) ){ miss_match = false; pc.printf("\n\rdsip"); pc.printf("\n\rdebug_alive"); pc.printf("\n\rdebug_prompt"); pc.printf("\n\rdebug_vector"); pc.printf("\n\rdebug_cb"); pc.printf("\n\rdebug_main"); pc.printf("\n\rdebug_cks"); pc.printf("\n\rdebug_cb_rx"); pc.printf("\n\rdebug_cb_tx*"); pc.printf("\n\rdebug_eth_rx*"); pc.printf("\n\rdebug_eth_tx*"); pc.printf("\n\rdebug_file"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\n\rdsip \n\rdebug_alive \n\rdebug_prompt \n\rdebug_vector \n\rdebug_cb \n\rdebug_main \n\rdebug_cks \n\rdebug_cb_rx \n\rdebug_cb_tx* \n\rdebug_eth_rx* \n\rdebug_eth_tx* \n\rdebug_file\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } } } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "dsip ",5 ) ){ if (xmemmatch( (uint8_t*)(debug_buf + 5 ), (uint8_t*) "on",2 ) ){ miss_match = false; pc.printf( "\n\rSip Debug ON\n\r" ); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Sip Debug On\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_sip = 1; } if (xmemmatch( (uint8_t*)(debug_buf + 5 ), (uint8_t*) "off",3 )) { miss_match = false; pc.printf( "\n\rSip Debug OFF\n\r" ); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Sip Debug Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_sip = 0; } } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "dtelemetry ", 11 ) ){ if (xmemmatch( (uint8_t*)(debug_buf + 11 ), (uint8_t*) "on",2 ) ){ miss_match = false; pc.printf( "\n\rTelemetry Debug ON\n\r" ); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "rTelemetry Debug On\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_telemetry = true; } if (xmemmatch( (uint8_t*)(debug_buf + 11 ), (uint8_t*) "off",3 )) { miss_match = false; pc.printf( "\n\rrTelemetry Debug OFF\n\r" ); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "rTelemetry Debug Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_telemetry = false; } } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "debug_cks ", 10 )) { if (xmemmatch( (uint8_t*)(debug_buf + 5 ), (uint8_t*) "on",2 )) { miss_match = false; pc.printf( "\n\rCKS Debug ON\n\r" ); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "CKS Debug On\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_cks = 1; } if (xmemmatch( (uint8_t*)(debug_buf + 5 ), (uint8_t*) "off",3 )) { miss_match = false; pc.printf( "\n\rCKS Debug OFF\n\r" ); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "CKS Debug Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_cks = 0; } } //promptcb ramal porta comando //FIXME colocar a parte eth de novo if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "pcb ", 4 )) { miss_match = false; static uint8_t id_msg = 0x10; uint8_t write_buffer[ 300 ]; int ext,port; char *split, *ref, *cmd; ref = debug_buf; debug_buf[ bufptr++ ] = 0x0D; debug_buf[ bufptr++ ] = 0x00; split = strtok( debug_buf + 4, " " ); ext = atoi( split ); port = convert_ext_to_port( ext ); split += strlen( split ) + 1; cmd = split; promptcb_last_ext = ext; promptcb_last_port = port; pc.printf("\r\next=%d port=%d\r\ncmd=%s\r\n", ext, port, cmd ); __send_to_cb__( __build_cb_package__( ext, port, __PROMPT__, cmd, id_msg++, __CB_BUFFER_SIZE__ - __VZ_HEADER_OFFSET__, write_buffer ) ); pc.printf("\n\rComando enviado\n\r"); for( register int i = 0; i < 32; i++ ) pc.printf("%0x ", write_buffer[ i ] ); pc.printf("\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\r\next=%d port=%d\r\ncmd=%s\r\n\n\rComando enviado\n\r", ext, port, cmd ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_buf = ref; bufptr = 0; debug_buf[ 0 ] = 0; /* unsigned int ext,port; int ant1,ant2; debug_buf[ bufptr++ ] = 0x0D; debug_buf[ bufptr++ ] = 0x00; ant1 = str2uint( ( debug_buf + 4 ), &ext ); ant2 = str2uint( ( ( debug_buf + 4 ) + ant1 + 1 ), &port ); promptcb_last_ext = ext; promptcb_last_port = port; pc.printf("\r\next=%d port=%d\r\ncmd=%s\r\n", ext, port, debug_buf + 4 + ant1 + 2 + ant2 ); __send_to_cb__( __build_cb_package__( ext, port, __PROMPT__, debug_buf + 4 + ant1 + 2 + ant2, id_msg++, __CB_BUFFER_SIZE__ - __VZ_HEADER_OFFSET__, write_buffer ) ); pc.printf("\n\rComando enviado\n\r"); for( register int i = 0; i < 300; i++ ){ pc.printf("%x ", write_buffer[ i ] ); if( i % 23 == 0 ) pc.printf("\n\r"); } pc.printf("\n\r"); */ } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "_pcb",4 )) { miss_match = false; static int id_msg = 0x30; uint8_t write_buffer[ 300 ]; debug_buf[ bufptr++ ] = 0x0D; debug_buf[ bufptr++ ] = 0x00; pc.printf("\r\next=%d port=%d\r\ncmd=%s\r\n",promptcb_last_ext, promptcb_last_port, debug_buf + 4 ); __send_to_cb__( __build_cb_package__( promptcb_last_ext, promptcb_last_port, __PROMPT__, debug_buf + 4, id_msg++, __CB_BUFFER_SIZE__ - __VZ_HEADER_OFFSET__, write_buffer ) ); pc.printf("\n\rComando enviado\n\r"); } /* if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "flood kill ", 11 ) ){ miss_match = false; split = strtok( debug_buf + 11, " " ); int ext_init = atoi( split ); split = strtok( NULL, " " ); int ext_end = atoi( split ); pc.printf("\n\r MUUUUUUUuuuuUUUUUU - I'm not a dog!!!! \n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "MUUUUUUUuuuuUUUUUU - I'm not a dog!!!!\n\r"); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } } */ if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "cks",3 )) { miss_match = false; pcks_s = 1; } if (xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "showcb",6 )) { miss_match = false; pshowcb = 1; } if (xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "debug_main ", 11 )) { if (xmemmatch( (uint8_t*)( debug_buf + 11 ), (uint8_t*) "on",2 )) { miss_match = false; pc.printf("\r\nDebug Main ON"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Debug Main On\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_main = 1; } if (xmemmatch( (uint8_t*)( debug_buf + 11 ), (uint8_t*) "off",3 )) { miss_match = false; pc.printf("\r\nDebug Main OFF"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Debug Main Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_main = 0; } } if (xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "debug_cb_rx ", 12 )) { if (xmemmatch( (uint8_t*)( debug_buf + 12 ), (uint8_t*) "on",2 )) { miss_match = false; pc.printf("\tDebug Cbx Rx ON"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Debug Cbx On Rx on\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_cb_rx = 1; } if (xmemmatch( (uint8_t*)( debug_buf + 12 ), (uint8_t*) "off",3 )) { miss_match = false; pc.printf("Debug Cbx Rx OFF"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Debug Cbx Rx Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_cb_rx = 0; } } if (xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "debug_file ", 11 )) { if (xmemmatch( (uint8_t*)( debug_buf + 11 ), (uint8_t*) "on",2 )) { miss_match = false; pc.printf("\tDebug File ON"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Debug File On\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_cb_rx = 1; } if (xmemmatch( (uint8_t*)( debug_buf + 11 ), (uint8_t*) "off",3 )) { miss_match = false; pc.printf("Debug File OFF"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "Debug File Off\n\r" ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } debug_cb_rx = 0; } } if( xstrmatch( (uint8_t*)debug_buf, (uint8_t*) "help" )) { miss_match = false; pc.printf("\n\r****************************PROMPT HELP******************\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "\n\r****************************PROMPT HELP******************\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("ifconfig - mostra o arquivo de configuracao do sistema\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "ifconfig - mostra o arquivo de configuracao do sistema\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("dconfig - volta as configuracoes do sistema para o padrao de fabrica\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "dconfig - volta as configuracoes do sistema para o padrao de fabrica\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("callme [ramal porta] - envia o pedido de ligacao para o callbox com o ramal e porta indicada\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "callme [ramal porta] - envia o pedido de ligacao para o callbox com o ramal e porta indicada\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("pcb porta comando - envia o <comando> para o cbx <ramal> e <porta> executar\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "promptcb ramal porta comando - envia o <comando> para o cbx <ramal> e <porta> executar\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("format - formata o sistema de arquivos\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "format - formata o sistema de arquivos\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("reset - resta o sistema\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "reset - resta o sistema\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("ipset [ip] - Configura o IP da cabeceira\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "ipset [ip] - Configura o IP da cabeceira\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("extset [ext] - Configura a ext da cabeceira\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "extset [ext] - Configura a ext da cabeceira\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("msipport [port] - Configura a porta SIP da cabeceira\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "msipport [port] - Configura a porta SIP da cabeceira\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("serverip [ip] - Configura o ip do servidor asterisk\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "serverip [ip] - Configura o ip do servidor asterisk\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("serextset [ext] - Configura a server ext da cabeceira\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "serextset [ext] - Configura a server ext da cabeceira\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("ssport [port] - Configura a porta SIP do servidor asterisk\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "ssport [port] - Configura a porta SIP do servidor asterisk\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("maskset [mask] - Configura a mascara da cabeceira\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "maskset [mask] - Configura a mascara da cabeceira\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("gatewayset [gateway] - Configura o gateway da cabeceira\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "gatewayset [gateway] - Configura o gateway da cabeceira\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("showcb - lista os Cbx registrados na header\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "showcb - lista os Cbx registrados na header\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("status - lista resumida de cbx registrados na header\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "showcb - lista resumida de cbx registrados na header\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("cks - exibe estatisticas de check sum\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "cks - exibe estatisticas de check sum\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("reset_cks - reseta estatisticas de check sum\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "reset_cks - reseta estatisticas de check sum\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf(". - executa o comando anterior novamente\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, ". - executa o comando anterior novamente\n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("debug [on|off|show] - seleciona debugs gerais | lista de debugs \n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "debug [on|off|show] - seleciona debugs gerais | lista de debugs \n\r" ); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("flood [on|off] - simula envio de pacotes de audio\n\r"); if( from_eth ){ snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "flood [on|off] - simula envio de pacotes de audio\n\r"); if( tcp_session ) tcp_client.send_all( debug_buf, strlen( debug_buf ) ); else if( udp_request ){ udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); } } pc.printf("PROMPT VERSION: V%d\n\r",PVERSION); //Obs :: a ultima linha nao mandamos direto pro tcp porque ela eh enviada fora desse escopo if( from_eth ) snprintf( debug_buf,__PROMPT_ETH_BUFFER_SIZE__, "PROMPT VERSION: V%d\n\r",PVERSION); } if( xmemmatch( (uint8_t*)debug_buf, (uint8_t*) "callme ", 7 )){ miss_match = false; static uint8_t id_msg = 0x10; uint8_t write_buffer[ 300 ]; int ext,port; char cmd[ 16 ]; strcpy( cmd, "call init " ); debug_buf[ bufptr++ ] = 0x0D; debug_buf[ bufptr++ ] = 0x00; ext = atoi( debug_buf + 7 ); port = convert_ext_to_port( ext ); strcat( cmd, ( ext % 2 ) ? "B" : "A" ); promptcb_last_ext = ext; promptcb_last_port = port; pc.printf("\r\next=%d port=%d\r\ncmd=%s\r\n", ext, port, cmd ); __send_to_cb__( __build_cb_package__( ext, port, __PROMPT__, cmd, id_msg++, __CB_BUFFER_SIZE__ - __VZ_HEADER_OFFSET__, write_buffer ) ); pc.printf("\n\rComando enviado\n\r"); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "\r\next=%d port=%d\r\ncmd=%s\r\n\n\rComando enviado\n\r", ext, port, cmd ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } bufptr = 0; debug_buf[ 0 ] = 0; } if( miss_match ){ pc.printf("\n\r> %s: command not found\n\r", debug_buf ); if( from_eth ){ snprintf( debug_buf, __PROMPT_ETH_BUFFER_SIZE__, "> %s: command not found\n ", debug_buf ); debug_buf[ strlen( debug_buf ) - 1 ] = '\0'; } } else{ if( ( b != 0x0D ) && ( bufptr != 0 ) ) strcpy( last_debug_buf, debug_buf ); } } if( b == 0x0D || bufret == 1 || bufptr > DEBUGBUFSIZE ){ bufret = 0; if( tcp_session ){ if( debug_buf[ strlen( debug_buf ) - 1 ] == '\r' || debug_buf[ strlen( debug_buf ) - 1 ] == '\n' ) strcat( debug_buf, "> " ); else strcat( debug_buf, "\n\r> " ); tcp_client.send_all( debug_buf, strlen( debug_buf ) ); //tcp_timer.reset(); }else if( udp_request ){ if( debug_buf[ strlen( debug_buf ) - 1 ] == '\r' || debug_buf[ strlen( debug_buf ) - 1 ] == '\n' ) strcat( debug_buf, "> " ); else strcat( debug_buf, "\n\r> " ); int sent = udp_server.sendTo( udp_client, debug_buf, strlen( debug_buf ) ); udp_request = false; }else{ bufptr = 0; for (uint8_t i =0; i < DEBUGBUFSIZE; i++) { debug_buf[i] = 0; } } from_eth = false; debug_buf = __debug_buf__; bufptr = last_bufptr; pc.putc(0x0A); pc.putc(0x0D); pc.printf("> "); } return( NULL ); } int convert_ext_to_port( int ext ){ if( ext < 1000 ) return ext; else{ int aux = 0; aux = ( ext / 1000 ) * 1000; ext -= aux; aux += ext % 100; return( aux ); } } void set_ip( char * new_ip ){ fip = fopen("/qspi/myip.txt", "w"); fprintf( fip, "%s\n\r", new_ip ); fclose( fip ); } void set_header_ext( char * new_header_ext ){ fext = fopen( "/qspi/myext.txt", "w" ); fprintf( fext, "%i\n\r", new_header_ext ); //myext fclose( fext ); }