Revision 3:c69be808548f, committed 2020-11-09

Comitter:

starmanultra

Date:

Mon Nov 09 21:38:12 2020 +0000

Parent:

2:06cce22fec0a

Commit message:

November 9, 2020

Changed in this revision

--- a/main.cpp	Mon Nov 09 02:35:49 2020 +0000
+++ b/main.cpp	Mon Nov 09 21:38:12 2020 +0000
@@ -28,6 +28,13 @@
     char distanceKM;
     unsigned long time;
 };
+
+union rawReceivedData
+{
+    struct DATA struc;
+    char dataString[sizeof(DATA)];
+};
+
 //using namespace std::chrono
 //DECLARATIONS: GLOBAL VARIABLES
 DigitalOut led1(LED1);                                                          //DEBUGGING: On-board LED used for debugging purposes
@@ -42,12 +49,14 @@
 DigitalOut wifiRST(p26);                                                        //Reset signal to the ESP8266 Device
 char ssid[32] = "GTother";                                                      //enter WiFi router ssid inside the quotes
 char pwd [32] = "GeorgeP@1927";                                                 //enter WiFi router password inside the quotes
-char serverIP [32] = "143.215.104.115";                                         //The server IP to connect to (the main mBed)
+char serverIP [32] = "143.215.99.29";                                           //The server IP to connect to (the main mBed)
+//char serverIP [32] = "143.215.104.115";                                       //The server IP to connect to (the main mBed)
 Timer timeoutTimer;                                                             //A timer in case of ESP8266 timeouts
 unsigned int timeout;                                                           //A maximum time (in seconds) before timeout
 int county;                                                                     //A counter for timeouts in the ESP8266
 bool ended;                                                                     //A boolean letting us know when the ESP8266's role is terminated
-DATA dataToSend;                                                                //A struct to send over TCP to the server
+union rawReceivedData dataToSend;                                                  //A struct to send over TCP to the server
+
 
 //DECLARATIONS: FUNCTION PROTOTYPES
 void LightningDetected();                                                       //Interrupt routine to handle the event of lightning occurring
@@ -72,10 +81,15 @@
     SetupLightningDetector();
     pc.printf("Ready!\r\n");
     clocky.start();
+    dataToSend.struc.distanceKM = 5;
+    dataToSend.struc.detectorID = 1;
+    dataToSend.struc.time = 0x0F;
     while(1) 
     {
         //Blinky
-        wait(1);
+        pc.printf("Test packet send!");
+        wifi.send((char *)dataToSend.dataString, sizeof(DATA));                            //Send the data
+        wait(3);
         led1 = !led1;
         //sleep(1);
     }
@@ -106,17 +120,17 @@
     { // detection
         // pc.printf(" Lightning detection\r\n");
         dataTEMP[0] = ld.lightningDistanceKm();                                 //Shove the distance into index 0
-        dataToSend.distanceKM = dataTEMP[0];                                    //Shove the distance into the struct
-        pc.printf("Lightning detection, distance=%dm\r\n", dataTEMP);
+        dataToSend.struc.distanceKM = dataTEMP[0];                                    //Shove the distance into the struct
+        pc.printf("Lightning detection, distance=%dm\r\n", dataTEMP[0]);
         pc.printf("Energy %d\r\n", ld.getEnergy());
         ld.clearStats();                                                        //Clear the contents and get 
     }
     dataTEMP[1] = (char)LIGHTNINGDETECTORID;                                    //Shove the detector's ID into index 1
-    dataToSend.detectorID = (char)LIGHTNINGDETECTORID;                          //Shove thed etector's dsitance into the struct
-    dataToSend.time = clocky.read();                                            //Shove the time in milliseconds into the struct
+    dataToSend.struc.detectorID = (char)LIGHTNINGDETECTORID;                          //Shove thed etector's dsitance into the struct
+    dataToSend.struc.time = clocky.read();                                            //Shove the time in milliseconds into the struct
     wait(0.5);
-    wifi.send(dataTEMP, 2);                                                     //Send the data
-    clocky.start();                                                              //Start the clock again
+    //wifi.send((char *)dataToSend.dataString, sizeof(DATA));                                //Send the data
+    clocky.start();                                                             //Start the clock again
     
     //TODO: Send the struct