Life Clock / Mbed 2 deprecated WifiReceiver

Communicates with the WiFi - be very careful when using as it is tempremental.

Dependencies:   mbed

main.cpp@0:c600fe917ab1, 2017-05-23 (annotated)

Committer:
qdanilc
Date:
Tue May 23 16:00:20 2017 +0000
Revision:
0:c600fe917ab1
Child:
1:cd1fe330bc2a
Talks to wifi;

Who changed what in which revision?

UserRevisionLine numberNew contents of line
qdanilc 0:c600fe917ab1 1 #include "mbed.h"
qdanilc 0:c600fe917ab1 2 #include "RawSerial.h"
qdanilc 0:c600fe917ab1 3
qdanilc 0:c600fe917ab1 4
qdanilc 0:c600fe917ab1 5 DigitalOut VCCPin (PTC0); //setup the other wifi pins
qdanilc 0:c600fe917ab1 6 DigitalOut rstPin (PTC10);
qdanilc 0:c600fe917ab1 7 DigitalOut chpdPin (PTC11);
qdanilc 0:c600fe917ab1 8 DigitalOut GNDPin (PTC6);
qdanilc 0:c600fe917ab1 9
qdanilc 0:c600fe917ab1 10
qdanilc 0:c600fe917ab1 11 RawSerial esp (PTC4, PTC3, 115200); //setup a serial to the Tx = PTC4 and Rx = PTC3 pins at baud rate 115200
qdanilc 0:c600fe917ab1 12
qdanilc 0:c600fe917ab1 13 Serial pc(USBTX, USBRX);
qdanilc 0:c600fe917ab1 14
qdanilc 0:c600fe917ab1 15 DigitalOut redLED(LED1); // twp leds
qdanilc 0:c600fe917ab1 16 DigitalOut greenLED(LED2); // to allow visual check of bidirectional comms
qdanilc 0:c600fe917ab1 17 DigitalOut blueLED(LED3); //to prove it's working
qdanilc 0:c600fe917ab1 18
qdanilc 0:c600fe917ab1 19 char input; //character to store inputs/outputs in communication
qdanilc 0:c600fe917ab1 20
qdanilc 0:c600fe917ab1 21
qdanilc 0:c600fe917ab1 22 void reset() { //resets the module by turning rst off for 2 seconds then on again
qdanilc 0:c600fe917ab1 23 rstPin = 0;
qdanilc 0:c600fe917ab1 24 wait(2);
qdanilc 0:c600fe917ab1 25 rstPin = 1;
qdanilc 0:c600fe917ab1 26
qdanilc 0:c600fe917ab1 27 }
qdanilc 0:c600fe917ab1 28 void esp_recv()
qdanilc 0:c600fe917ab1 29 {
qdanilc 0:c600fe917ab1 30 redLED = !redLED;
qdanilc 0:c600fe917ab1 31 while(esp.readable()) {
qdanilc 0:c600fe917ab1 32 pc.putc(esp.getc());
qdanilc 0:c600fe917ab1 33 //wait_us(1);
qdanilc 0:c600fe917ab1 34 }
qdanilc 0:c600fe917ab1 35 }
qdanilc 0:c600fe917ab1 36 void pc_recv()
qdanilc 0:c600fe917ab1 37 {
qdanilc 0:c600fe917ab1 38 char c;
qdanilc 0:c600fe917ab1 39 greenLED = !greenLED;
qdanilc 0:c600fe917ab1 40 while(pc.readable()) {
qdanilc 0:c600fe917ab1 41 c=pc.getc();
qdanilc 0:c600fe917ab1 42 esp.putc(c);
qdanilc 0:c600fe917ab1 43 pc.putc(c); // echo back
qdanilc 0:c600fe917ab1 44 if(c==13) {
qdanilc 0:c600fe917ab1 45 esp.putc(10); // send the linefeed to complement the carriage return generated by return key on the pc
qdanilc 0:c600fe917ab1 46 pc.putc(10);
qdanilc 0:c600fe917ab1 47 }
qdanilc 0:c600fe917ab1 48 }
qdanilc 0:c600fe917ab1 49 }
qdanilc 0:c600fe917ab1 50
qdanilc 0:c600fe917ab1 51 int main() {
qdanilc 0:c600fe917ab1 52 //initialise the pins
qdanilc 0:c600fe917ab1 53
qdanilc 0:c600fe917ab1 54 VCCPin = 1;
qdanilc 0:c600fe917ab1 55 rstPin = 1;
qdanilc 0:c600fe917ab1 56 chpdPin = 1;
qdanilc 0:c600fe917ab1 57 GNDPin = 0;
qdanilc 0:c600fe917ab1 58
qdanilc 0:c600fe917ab1 59 reset(); //perform an initial reset
qdanilc 0:c600fe917ab1 60
qdanilc 0:c600fe917ab1 61 blueLED = 1; //turn on test light
qdanilc 0:c600fe917ab1 62
qdanilc 0:c600fe917ab1 63 pc.attach(&pc_recv, Serial::RxIrq); // attach the two interrupt services
qdanilc 0:c600fe917ab1 64 esp.attach(&esp_recv, Serial::RxIrq);
qdanilc 0:c600fe917ab1 65
qdanilc 0:c600fe917ab1 66
qdanilc 0:c600fe917ab1 67 }