Mult-UIP: cli/cli_func.c Source File

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00001 
00010 #include <string.h>
00011 #include "cli_func.h"
00012 #include <uip.h>
00013 #include <uip_arp.h>
00014 #include "file_send.h"  //usado para o ftp....
00015 
00016 enum {GET = 0, SET};
00017 
00021 char* get_IP(void);
00022 
00029 void set_lcd_init(){
00030         RTCTime time;
00031         char buff[30];
00032 
00033         lcd_clr();
00034         lcd_goto(1,0);
00035         //mostra IP.
00036         lcd_string("IP ");
00037         sprintf(buff, "%s",get_IP());
00038         lcd_string(buff);
00039 
00040 
00041 }
00042 
00049 void show_lcd_time(){
00050         char *buff;
00051         RTCTime time;
00052         time = RTCGetTime();
00053         sprintf(buff, "%2d:%2d:%2d", time.RTC_Hour, time.RTC_Min, time.RTC_Sec);
00054         lcd_goto(2,0);
00055         lcd_string(buff);
00056 
00057 }
00058 
00059 
00068 break_t do_init(str_t* tp){
00069         strcpy(tp->resp,"\n-------------------------------------------");
00070         strcat(tp->resp,"\n-     TCC  -  UIP MULTIPLE APLICATION     -");
00071         strcat(tp->resp,"\n-------------------------------------------\n");
00072         set_lcd_init();
00073         return RET_OK;
00074 }
00075 
00084 break_t do_get_temperature(str_t* tp){
00085         char buff[20];
00086         DEBUG_CLI("do_get_temperature");
00087         strcpy(tp->resp,"em construcao");
00088         //tp->resp =  buff;
00089         return RET_OK;
00090 }
00091 
00100 break_t do_chat(str_t* tp){
00101         char buff[20], porta[20];
00102         uint32_t port;
00103 
00104         global_chat_flag = 1; //enquanto 1 a UART fica bloqueada para o chat.
00105         DEBUG_CLI("do_chat troca de mensagens entre usuarios.\n");
00106         if(tp->value == NULL) return RET_ERROR;
00107 
00108         port = (uint32_t) atoi (tp->value);
00109         if(port < 0) return RET_ERROR;
00110         sprintf(buff, "Porta %d",port);
00111         DEBUG_CLI(buff);
00112         CHAT_PORT = port;
00113         chat_start();//chama com a porta definida que será usado no chat.
00114         uart_puts("\nCLI SUSPENSA.\n");
00115 
00116 //      while(global_chat_flag==1); //fica aqui ateh vir comando de quit pelo chat para sair.
00117 
00118         return RET_OK;
00119 }
00120 
00121 
00131 void set_IP(void){
00132 
00133         uip_ipaddr_t xIPAddr;
00134         char buff[40];
00135 
00136         uipIP_ADDR0 = vectorAddrIPv4[0];
00137         uipIP_ADDR1 = vectorAddrIPv4[1];
00138         uipIP_ADDR2 = vectorAddrIPv4[2];
00139         uipIP_ADDR3 = vectorAddrIPv4[3];
00140 
00141 //      ethernet_init();
00142         DEBUG_CLI("\nconfig IP");
00143 
00144         uip_ipaddr( xIPAddr, uipIP_ADDR0, uipIP_ADDR1, uipIP_ADDR2, uipIP_ADDR3 );
00145         uip_sethostaddr( xIPAddr );
00146 }
00147 
00155 char* get_IP(void){
00156         char buff[30];
00157         uip_ipaddr_t xIPAddr;
00158 
00159         uip_gethostaddr(xIPAddr);
00160         sprintf(buff,"%d.%d.%d.%d", uip_ipaddr1(xIPAddr), uip_ipaddr2(xIPAddr),
00161                                                                 uip_ipaddr3(xIPAddr), uip_ipaddr4(xIPAddr));
00162 
00163         return buff;
00164 }
00165 
00174 break_t do_MAC(str_t* tp){
00175         char buff[20];
00176         if(tp->tipo == SET)
00177                 strcpy(tp->resp, "Apenas comando de GET.");
00178         else if (tp->tipo == GET){
00179                 sprintf(buff, "%d:%d:%d:%d:%d:%d", uipMAC_ADDR0, uipMAC_ADDR1, uipMAC_ADDR2,uipMAC_ADDR3,
00180                                 uipMAC_ADDR4,uipMAC_ADDR5);
00181         }
00182         return RET_OK;
00183 }
00184 
00193 break_t do_IP(str_t* tp){
00194         char* buff="\0";
00195         char arq[20];
00196         char dest[30];
00197 
00198         DEBUG_CLI("Return IP address");
00199 
00200         if(tp->tipo == SET){    //tipo SET
00201                 strcpy(arq,tp->value);
00202                 if(strlen(arq)<=0) return RET_ERROR;
00203                 buff = strtok(arq, " ,.");
00204                 vectorAddrIPv4[0] = atoi(buff);
00205                 buff = strtok(NULL, " ,.");
00206                 vectorAddrIPv4[1] = atoi(buff);
00207                 buff = strtok(NULL, " ,.");
00208                 vectorAddrIPv4[2] = atoi(buff);
00209                 buff = strtok(NULL, " ,.");
00210                 vectorAddrIPv4[3] = atoi(buff);
00211                 set_IP();
00212                 sprintf(dest,"set to %d.%d.%d.%d",uipIP_ADDR0, uipIP_ADDR1, uipIP_ADDR2, uipIP_ADDR3);
00213                 strcpy(tp->resp, dest);
00214                 //tp->resp = dest;
00215         }
00216         else {  //get
00217                 sprintf(dest,"%s", get_IP());
00218                 strcpy(tp->resp, dest);
00219                 DEBUG_CLI(tp->resp);
00220                 //sprintf(tp->resp,"%s", get_IP());
00221         }
00222         return RET_OK;
00223 
00224 }
00225 
00226 
00237 void writeDataLcd(char* data, int col, int linha)
00238 {
00239         char dest[20];
00240         lcd_clr();
00241         sprintf(dest,"Coluna: %d linha: %d",col, linha);
00242         DEBUG_CLI(dest);
00243         lcd_goto(linha, col);
00244         lcd_string(data);
00245 }
00246 
00256 break_t do_lcd(str_t* tp){
00257         char arq[40], msg[16];//16 é o maximo para a linha
00258         char* buff="\0";
00259         int posX = 0, posY = 0;
00260 
00261         DEBUG_CLI("do_lcd");
00262         if(tp->tipo == SET){    //tipo SET
00263                         strcpy(arq,tp->value);
00264                         if(strlen(arq)<=0) return RET_ERROR;
00265                         buff = strtok(arq, ";"); //mensagem para aparecer no display
00266                         strcpy(msg, buff);
00267                         buff = strtok(NULL, " ,.");
00268                         posX = atoi(buff);
00269                         if (posX > 16 || posX < 0) return RET_ERROR;
00270                         buff = strtok(NULL, " ,.");
00271                         posY = atoi(buff);
00272                         if (posY > 2 || posY < 0) return RET_ERROR;
00273                         writeDataLcd(msg, posX, posY);
00274                         strcpy(tp->resp,"Dados Escritos com sucesso.");
00275                 }
00276                 else {  //get
00277                         strcpy(tp->resp, "Apenas comando de SET.");
00278                         DEBUG_CLI(tp->resp);
00279                         //sprintf(tp->resp,"%s", get_IP());
00280                 }
00281                 return RET_OK;
00282 }
00283 
00284 
00288 void out_data(char * data){
00289         if(OUT_UART) uart_puts(data);
00290         else if(OUT_TELNET) shell_output(data,"");
00291 }
00292 
00300 void set_Gateway(void){
00301         uip_ipaddr_t xIPAddr;
00302 
00303         DEBUG_CLI("config Gateway");
00304         uip_ipaddr( xIPAddr, uip_GAT0, uip_GAT1, uip_GAT2, uip_GAT3);
00305         uip_setdraddr(xIPAddr);
00306 }
00307 
00316 break_t do_gateway(str_t* tp){
00317         char* buff="\0";
00318         char arq[20];
00319         char dest[30];
00320         int end[4];
00321         uip_ipaddr_t xGtAddr;
00322 
00323         DEBUG_CLI("Return Gateway");
00324 
00325         if(tp->tipo == SET){    //tipo SET
00326                 strcpy(arq,tp->value);
00327                 if(strlen(arq)<=0) return RET_ERROR;
00328                 buff = strtok(arq, " ,.");
00329                 uip_GAT0 = atoi(buff);
00330                 buff = strtok(NULL, " ,.");
00331                 uip_GAT1 = atoi(buff);
00332                 buff = strtok(NULL, " ,.");
00333                 uip_GAT2 = atoi(buff);
00334                 buff = strtok(NULL, " ,.");
00335                 uip_GAT3 = atoi(buff);
00336                 set_Gateway();
00337                 sprintf(dest,"set to %d.%d.%d.%d",uip_GAT0, uip_GAT1, uip_GAT2, uip_GAT3);
00338                 strcpy(tp->resp, dest);
00339                 //tp->resp = dest;
00340         }
00341         else {  //get
00342                 uip_getdraddr(xGtAddr);
00343                 sprintf(dest,"%d.%d.%d.%d", uip_ipaddr1(xGtAddr), uip_ipaddr2(xGtAddr),
00344                                                                         uip_ipaddr3(xGtAddr), uip_ipaddr4(xGtAddr));
00345                 strcpy(tp->resp, dest);
00346                 DEBUG_CLI(tp->resp);
00347                 //sprintf(tp->resp,"%s", get_IP());
00348         }
00349         return RET_OK;
00350 
00351 }
00352 
00357 void set_Mask(void){
00358         uip_ipaddr_t xIPAddr;
00359 
00360         DEBUG_CLI("config Mask");
00361         uip_ipaddr( xIPAddr, uip_Mask0, uip_Mask1, uip_Mask2, uip_Mask3);
00362         uip_setnetmask(xIPAddr);
00363 
00364 }
00365 
00374 break_t do_mask(str_t* tp){
00375         char* buff="\0";
00376         char arq[20];
00377         char dest[30];
00378         int end[4];
00379         uip_ipaddr_t xMaskAddr;
00380 
00381         DEBUG_CLI("Return Mask");
00382 
00383         if(tp->tipo == SET){    //tipo SET
00384                 strcpy(arq,tp->value);
00385                 if(strlen(arq)<=0) return RET_ERROR;
00386                 buff = strtok(arq, " ,.");
00387                 uip_Mask0 = atoi(buff);
00388                 buff = strtok(NULL, " ,.");
00389                 uip_Mask1 = atoi(buff);
00390                 buff = strtok(NULL, " ,.");
00391                 uip_Mask2 = atoi(buff);
00392                 buff = strtok(NULL, " ,.");
00393                 uip_Mask3 = atoi(buff);
00394                 set_Gateway();
00395                 sprintf(dest,"set to %d.%d.%d.%d", uip_Mask0, uip_Mask1, uip_Mask2, uip_Mask3);
00396                 strcpy(tp->resp, dest);
00397                 //tp->resp = dest;
00398         }
00399         else {  //get
00400 
00401                 uip_getnetmask(xMaskAddr);
00402                 sprintf(dest,"%d.%d.%d.%d", uip_ipaddr1(xMaskAddr), uip_ipaddr2(xMaskAddr),
00403                                                                         uip_ipaddr3(xMaskAddr), uip_ipaddr4(xMaskAddr));
00404                 strcpy(tp->resp, dest);
00405                 DEBUG_CLI(tp->resp);
00406                 //sprintf(tp->resp,"%s", get_IP());
00407         }
00408         return RET_OK;
00409 
00410 }
00411 
00417 break_t do_configIp(str_t* tp){
00418         char* buff="\0";
00419         char arq[20];
00420         char dest[80];
00421         int end[4];
00422 
00423         DEBUG_CLI("Return network info");
00424 
00425         if(tp->tipo == SET){    //tipo SET
00426                 sprintf(dest,"Just get command.");
00427                 strcpy(tp->resp, dest);
00428                 //tp->resp = dest;
00429         }
00430         else {  //get
00431                 sprintf(arq,"\nMask: %d.%d.%d.%d", uip_Mask0, uip_Mask1, uip_Mask2, uip_Mask3);
00432                 strcpy(dest, arq);
00433                 sprintf(arq,"\nGateway: %d.%d.%d.%d", uip_GAT0, uip_GAT1, uip_GAT2, uip_GAT3);
00434                 strcat(dest, arq);
00435                 sprintf(dest,"\nIP:  %d.%d.%d.%d",uipIP_ADDR0, uipIP_ADDR1, uipIP_ADDR2, uipIP_ADDR3);
00436                 strcat(dest, arq);
00437                 strcpy(tp->resp, dest);
00438                 DEBUG_CLI(tp->resp);
00439                 //sprintf(tp->resp,"%s", get_IP());
00440         }
00441         return RET_OK;
00442 
00443 }
00444 
00445 
00446 
00457 break_t do_ftp(str_t* tp){
00458 
00459         strcpy(tp->resp, "Servico Indisponivel");
00460 
00461 #if 0
00462         char* end_ip='\0';
00463 
00464         unsigned char TSTflag = 0;
00465         struct uip_conn* ftp_conn = NULL;
00466         arn_CHAR srvSystType[MAX_SRV_SYSTTYPE];
00467         ftp_cmd_status_t stst;
00468         DEBUG_FTP("ftp client CLI");
00469 
00470         end_ip = tp->value;
00471 
00472         /* modelo de comunicação ftp client, realizado tendo como base exemplo utilizado por
00473          * Fabio Giovagnini <fabio.giovagnini@aurion-tech.com>
00474          * Serviço implementado para validar multiplas aplicações rodando em paralelo.
00475          *
00476          * Enviando o arquivo SendFile_FTP.txt, composto pelo vetor de caracteres
00477          * presente no array MSG, em file_send.h
00478          * */
00479         while(TSTflag != 7 || TSTflag >= 200){
00480                 //printf("ststs - %d", stst);
00481                 if (TSTflag == 0) {
00482                         stst = ftp_connect(end_ip,21,&ftp_conn);
00483                         TSTflag = 7;
00484                         if (stst == ftpcs_FAILED) {TSTflag = 201; break;}
00485                         if (stst == ftpcs_SUCCESS) {TSTflag = 1; break;}
00486                         }
00487                 else if (TSTflag == 1) {
00488                         DEBUG_FTP("ftp login..");
00489                         stst = ftp_login(ftp_conn,"mtgm");
00490                         DEBUG_FTP(" . ok");
00491                         if (stst == ftpcs_PASSWORD_REQ) {TSTflag = 10; break;}
00492                         if (stst == ftpcs_FAILED) {TSTflag = 202; break;}
00493                         if (stst == ftpcs_SUCCESS) {TSTflag = 2; break;}
00494                         }
00495                 else if (TSTflag == 2) {
00496                         DEBUG_FTP("ftp syst..");
00497                         stst = ftp_syst(ftp_conn,srvSystType);
00498                         DEBUG_FTP("ftp ok..");
00499                         if (stst == ftpcs_FAILED) {TSTflag = 203; break;}
00500                         if (stst == ftpcs_SUCCESS) {TSTflag = 3; break;}
00501                         }
00502                 else if (TSTflag == 3) {
00503                         stst = ftp_port(ftp_conn,5001);
00504                         if (stst == ftpcs_FAILED) {TSTflag = 204; break;}
00505                         if (stst == ftpcs_SUCCESS) {TSTflag = 4; break;}
00506                         }
00507                 else if (TSTflag == 4) {
00508                         stst = ftp_send(ftp_conn,"SendFile_FTP.txt",(arn_uCHAR*)MSG,strlen(MSG));
00509                         if (stst == ftpcs_FAILED) {TSTflag = 205; break;}
00510                         if (stst == ftpcs_SUCCESS) {TSTflag = 5; break;}
00511                         }
00512                 else if (TSTflag == 5) {
00513                         stst = ftp_quit(ftp_conn);
00514                         if (stst == ftpcs_FAILED) {TSTflag = 206; break;}
00515                         if (stst == ftpcs_SUCCESS) {TSTflag = 6; break;}
00516                         }
00517                 else if (TSTflag == 6) {
00518                         ftp_conn = 0;
00519                         TSTflag = 7;
00520                         }
00521                 else if (TSTflag == 10) {
00522                         stst = ftp_password(ftp_conn,"mtgm");
00523                         if (stst == ftpcs_FAILED) {TSTflag = 210; break;}
00524                         if (stst == ftpcs_SUCCESS) {TSTflag = 2; break;}
00525                         }
00526         }
00527 
00528 #endif
00529 
00530         return RET_OK;
00531 }