Filipe Morais / Mbed 2 deprecated mini_project

Sensor with Web Server

Dependencies:   EthernetInterface mbed-rpc mbed-rtos mbed

main.cpp@0:c385e589a779, 2014-04-08 (annotated)

Committer:
afilipem
Date:
Tue Apr 08 12:13:32 2014 +0000
Revision:
0:c385e589a779
1 version;

Who changed what in which revision?

UserRevisionLine numberNew contents of line
afilipem 0:c385e589a779 1 //***********************************
afilipem 0:c385e589a779 2 //Blend of Ethernet Code with OneWire
afilipem 0:c385e589a779 3 //***********************************
afilipem 0:c385e589a779 4
afilipem 0:c385e589a779 5 #include "mbed.h"
afilipem 0:c385e589a779 6 #include "EthernetInterface.h"
afilipem 0:c385e589a779 7 #include "mbed_rpc.h"
afilipem 0:c385e589a779 8 #include "RPCCommand.h"
afilipem 0:c385e589a779 9 #include "HTTPServer.h"
afilipem 0:c385e589a779 10 #include "Formatter.h"
afilipem 0:c385e589a779 11 #include "RequestHandler.h"
afilipem 0:c385e589a779 12 #include "RPCType.h"
afilipem 0:c385e589a779 13
afilipem 0:c385e589a779 14 #define SERVER_PORT 80
afilipem 0:c385e589a779 15
afilipem 0:c385e589a779 16 #include <mbed.h>
afilipem 0:c385e589a779 17 #include "DS18S20.h"
afilipem 0:c385e589a779 18 #include "DS18B20.h"
afilipem 0:c385e589a779 19 #include "OneWireDefs.h"
afilipem 0:c385e589a779 20 //***new adding
afilipem 0:c385e589a779 21 #include "DebugTrace.h"
afilipem 0:c385e589a779 22
afilipem 0:c385e589a779 23 //#define THERMOMETER DS18S20
afilipem 0:c385e589a779 24 #define THERMOMETER DS18B20
afilipem 0:c385e589a779 25
afilipem 0:c385e589a779 26 //***new adding
afilipem 0:c385e589a779 27 DigitalOut relay(p21);
afilipem 0:c385e589a779 28 //***new adding
afilipem 0:c385e589a779 29 float realTemp = -999;
afilipem 0:c385e589a779 30 //***new adding
afilipem 0:c385e589a779 31 DebugTrace pc_ds18B20B(ON, TO_SERIAL);
afilipem 0:c385e589a779 32
afilipem 0:c385e589a779 33 HTTPServer create_simple_server()
afilipem 0:c385e589a779 34 {
afilipem 0:c385e589a779 35 HTTPServer srv;
afilipem 0:c385e589a779 36 srv.add_request_handler("DELETE", new DeleteRequestHandler());
afilipem 0:c385e589a779 37 srv.add_request_handler("GET", new GetRequestHandler());
afilipem 0:c385e589a779 38 srv.add_request_handler("PUT", new PutRequestHandler());
afilipem 0:c385e589a779 39 return srv;
afilipem 0:c385e589a779 40 }
afilipem 0:c385e589a779 41
afilipem 0:c385e589a779 42 HTTPServer create_interactive_server()
afilipem 0:c385e589a779 43 {
afilipem 0:c385e589a779 44 HTTPServer srv(new InteractiveHTMLFormatter());
afilipem 0:c385e589a779 45 srv.add_request_handler("GET", new ComplexRequestHandler());
afilipem 0:c385e589a779 46 return srv;
afilipem 0:c385e589a779 47 }
afilipem 0:c385e589a779 48
afilipem 0:c385e589a779 49 int main(void)
afilipem 0:c385e589a779 50 {
afilipem 0:c385e589a779 51 // device( crcOn, useAddress, parasitic, mbed pin )
afilipem 0:c385e589a779 52 THERMOMETER device(true, true, false, p25);
afilipem 0:c385e589a779 53
afilipem 0:c385e589a779 54 while (!device.initialize()); // keep calling until it works
afilipem 0:c385e589a779 55
afilipem 0:c385e589a779 56 while (true)
afilipem 0:c385e589a779 57 {
afilipem 0:c385e589a779 58 RPCType::instance().register_types();
afilipem 0:c385e589a779 59 device.setResolution(twelveBit);
afilipem 0:c385e589a779 60 realTemp=device.readTemperature();
afilipem 0:c385e589a779 61
afilipem 0:c385e589a779 62 if (realTemp<24)
afilipem 0:c385e589a779 63 {
afilipem 0:c385e589a779 64 relay=1;
afilipem 0:c385e589a779 65 pc_ds18B20B.traceOut("Less than 24");
afilipem 0:c385e589a779 66 EthernetInterface eth;
afilipem 0:c385e589a779 67 if(eth.init())
afilipem 0:c385e589a779 68 {
afilipem 0:c385e589a779 69 printf("Error while initializing the ethernet interface.\n");
afilipem 0:c385e589a779 70 return -1;
afilipem 0:c385e589a779 71 }
afilipem 0:c385e589a779 72 if(eth.connect())
afilipem 0:c385e589a779 73 {
afilipem 0:c385e589a779 74 printf("Error while starting the ethernet interface.\n");
afilipem 0:c385e589a779 75 return -1;
afilipem 0:c385e589a779 76 }
afilipem 0:c385e589a779 77
afilipem 0:c385e589a779 78 printf("IP Address is %s\n", eth.getIPAddress());
afilipem 0:c385e589a779 79
afilipem 0:c385e589a779 80 HTTPServer srv = create_interactive_server();
afilipem 0:c385e589a779 81
afilipem 0:c385e589a779 82 if(!srv.init(SERVER_PORT))
afilipem 0:c385e589a779 83 {
afilipem 0:c385e589a779 84 eth.disconnect();
afilipem 0:c385e589a779 85 return -1;
afilipem 0:c385e589a779 86 }
afilipem 0:c385e589a779 87
afilipem 0:c385e589a779 88 srv.run();
afilipem 0:c385e589a779 89 }
afilipem 0:c385e589a779 90 if (realTemp>=24)
afilipem 0:c385e589a779 91 {
afilipem 0:c385e589a779 92 relay=0;
afilipem 0:c385e589a779 93 pc_ds18B20B.traceOut("More than 24");
afilipem 0:c385e589a779 94 EthernetInterface eth;
afilipem 0:c385e589a779 95 if(eth.init())
afilipem 0:c385e589a779 96 {
afilipem 0:c385e589a779 97 printf("Error while initializing the ethernet interface.\n");
afilipem 0:c385e589a779 98 return -1;
afilipem 0:c385e589a779 99 }
afilipem 0:c385e589a779 100 if(eth.connect())
afilipem 0:c385e589a779 101 {
afilipem 0:c385e589a779 102 printf("Error while starting the ethernet interface.\n");
afilipem 0:c385e589a779 103 return -1;
afilipem 0:c385e589a779 104 }
afilipem 0:c385e589a779 105
afilipem 0:c385e589a779 106 printf("IP Address is %s\n", eth.getIPAddress());
afilipem 0:c385e589a779 107
afilipem 0:c385e589a779 108 HTTPServer srv = create_interactive_server();
afilipem 0:c385e589a779 109
afilipem 0:c385e589a779 110 if(!srv.init(SERVER_PORT))
afilipem 0:c385e589a779 111 {
afilipem 0:c385e589a779 112 eth.disconnect();
afilipem 0:c385e589a779 113 return -1;
afilipem 0:c385e589a779 114 }
afilipem 0:c385e589a779 115
afilipem 0:c385e589a779 116 srv.run();
afilipem 0:c385e589a779 117 }
afilipem 0:c385e589a779 118 wait(5);
afilipem 0:c385e589a779 119 }
afilipem 0:c385e589a779 120
afilipem 0:c385e589a779 121 return EXIT_SUCCESS;
afilipem 0:c385e589a779 122 }
afilipem 0:c385e589a779 123
afilipem 0:c385e589a779 124