shinichi satoh / Mbed 2 deprecated http_access

http accsess

Dependencies:   CyaSSL EthernetInterface mbed-rtos mbed

Fork of SimpleTCPClient by wolf SSL

main.cpp@6:7585e2996cd3, 2015-07-22 (annotated)

Committer:
thursday1024
Date:
Wed Jul 22 08:05:36 2015 +0000
Revision:
6:7585e2996cd3
Parent:
5:962734db89e5 
http_access

Who changed what in which revision?

UserRevisionLine numberNew contents of line
thursday1024 6:7585e2996cd3 1 // http_access main.cpp
wolfSSL 0:0c584b87ea42 2 #include "mbed.h"
wolfSSL 0:0c584b87ea42 3 #include "EthernetInterface.h"
wolfSSL 0:0c584b87ea42 4
wolfSSL 2:29a1370416cb 5 #define PORT 80 /*** SSL 443 ***/
wolfSSL 0:0c584b87ea42 6
wolfSSL 2:29a1370416cb 7 #define err_sys(m) puts(m)
wolfSSL 0:0c584b87ea42 8
wolfSSL 0:0c584b87ea42 9 TCPSocketConnection socket;
wolfSSL 0:0c584b87ea42 10
wolfSSL 0:0c584b87ea42 11
wolfSSL 1:ac91b4f8d818 12 EthernetInterface eth;
wolfSSL 1:ac91b4f8d818 13
wolfSSL 5:962734db89e5 14 void net_main(void const *av)
wolfSSL 0:0c584b87ea42 15 {
wolfSSL 1:ac91b4f8d818 16 char server_ip[20] ;
wolfSSL 2:29a1370416cb 17
wolfSSL 2:29a1370416cb 18 eth.init(); //Use DHCP
wolfSSL 2:29a1370416cb 19 printf("===== Simple TCP Client ========\n") ;
wolfSSL 2:29a1370416cb 20
wolfSSL 2:29a1370416cb 21 while(1) {
wolfSSL 2:29a1370416cb 22 if(eth.connect()== 0)break ;
wolfSSL 2:29a1370416cb 23 wait(0.1);
wolfSSL 2:29a1370416cb 24 }
wolfSSL 2:29a1370416cb 25 printf("Client IP: %s\n", eth.getIPAddress());
wolfSSL 2:29a1370416cb 26
wolfSSL 0:0c584b87ea42 27
wolfSSL 0:0c584b87ea42 28 socket.set_blocking(false, 300) ;
wolfSSL 1:ac91b4f8d818 29 printf("Server IP: ") ;
wolfSSL 2:29a1370416cb 30 for(int i=0; i<sizeof(server_ip); i++) {
wolfSSL 2:29a1370416cb 31 if((server_ip[i] = getchar()) == '\r') {
wolfSSL 2:29a1370416cb 32 server_ip[i] = '\0' ;
wolfSSL 2:29a1370416cb 33 putchar('\n') ;
wolfSSL 2:29a1370416cb 34 break ;
wolfSSL 2:29a1370416cb 35 } else putchar(server_ip[i]) ;
wolfSSL 2:29a1370416cb 36 }
wolfSSL 2:29a1370416cb 37
wolfSSL 1:ac91b4f8d818 38 while (socket.connect(server_ip, PORT) < 0) {
wolfSSL 1:ac91b4f8d818 39 printf("Unable to connect to (%s) on port (%d)\n", server_ip, PORT);
wolfSSL 0:0c584b87ea42 40 wait(1);
wolfSSL 0:0c584b87ea42 41 }
wolfSSL 0:0c584b87ea42 42 printf("TCP Connected\n") ;
wolfSSL 0:0c584b87ea42 43
wolfSSL 5:962734db89e5 44 char msg[] = "GET /congrats.html HTTP/1.0\r\nConnection: Close\r\n\r\n" ;
wolfSSL 0:0c584b87ea42 45 // const char msg[] = "Hello World\r\n" ;
wolfSSL 0:0c584b87ea42 46
wolfSSL 2:29a1370416cb 47 if (
wolfSSL 1:ac91b4f8d818 48 socket.send(msg, sizeof(msg)-1) != (sizeof(msg)-1))
wolfSSL 0:0c584b87ea42 49 err_sys("CyaSSL_write failed");
wolfSSL 0:0c584b87ea42 50
wolfSSL 0:0c584b87ea42 51 char buf[1024];
wolfSSL 0:0c584b87ea42 52 int n ;
wolfSSL 1:ac91b4f8d818 53 puts("Server Response:\n") ;
wolfSSL 1:ac91b4f8d818 54 do {
thursday1024 6:7585e2996cd3 55 n = socket.receive(buf, sizeof(buf)-1);
wolfSSL 1:ac91b4f8d818 56 if (n >= 0) {
wolfSSL 1:ac91b4f8d818 57 buf[n] = 0;
wolfSSL 1:ac91b4f8d818 58 printf("%s", buf);
wolfSSL 5:962734db89e5 59 } else break ;
wolfSSL 1:ac91b4f8d818 60 } while(n > 0) ;
wolfSSL 1:ac91b4f8d818 61 puts("=== === === ===") ;
wolfSSL 1:ac91b4f8d818 62 socket.close();
wolfSSL 1:ac91b4f8d818 63 eth.disconnect();
wolfSSL 1:ac91b4f8d818 64 }
wolfSSL 5:962734db89e5 65
thursday1024 6:7585e2996cd3 66 main(){
wolfSSL 5:962734db89e5 67
wolfSSL 5:962734db89e5 68 #define STACK_SIZE 20000
wolfSSL 5:962734db89e5 69 Thread t(net_main, NULL, osPriorityNormal, STACK_SIZE);
wolfSSL 5:962734db89e5 70
wolfSSL 5:962734db89e5 71 while (true) {
wolfSSL 5:962734db89e5 72 Thread::wait(1000);
wolfSSL 5:962734db89e5 73 }
wolfSSL 5:962734db89e5 74 }