Wen-ting Lo / Mbed OS STM32F303RE_LPG

Basic

Dependencies:   MQTT

main.cpp@9:4731ae675a01, 2019-04-24 (annotated)

Committer:
lwtroach
Date:
Wed Apr 24 06:13:22 2019 +0000
Branch:
Flash_Exam
Revision:
9:4731ae675a01
Parent:
8:92f9f1fb11e2 
When programming the data into flash, the size to API of IAP must be the correct size of data itself, or the algorithm will save the next data after it.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
lwtroach 0:6bdfb6ccd136 1 /* mbed Microcontroller Library
lwtroach 0:6bdfb6ccd136 2 * Copyright (c) 2018 ARM Limited
lwtroach 0:6bdfb6ccd136 3 * SPDX-License-Identifier: Apache-2.0
lwtroach 0:6bdfb6ccd136 4 */
lwtroach 0:6bdfb6ccd136 5
lwtroach 0:6bdfb6ccd136 6 #include "mbed.h"
lwtroach 0:6bdfb6ccd136 7 #include "LPG_Config.h"
lwtroach 0:6bdfb6ccd136 8 #include "stats_report.h"
lwtroach 7:e556528beeba 9 #include "LPG_FlashIAP.h"
lwtroach 2:e90526c0bcbe 10 #include "LPG_ATCmd_Processing.h"
lwtroach 5:b9d12dfdc674 11 #include "LPG_LTEPin_Controller.h"
lwtroach 0:6bdfb6ccd136 12
lwtroach 2:e90526c0bcbe 13 DigitalOut Led_1(LED_1);
lwtroach 2:e90526c0bcbe 14 DigitalOut Led_2(LED_2);
lwtroach 2:e90526c0bcbe 15 DigitalOut Led_3(LED_3);
lwtroach 2:e90526c0bcbe 16
lwtroach 2:e90526c0bcbe 17 InterruptIn BTN_Test(BTN);
lwtroach 2:e90526c0bcbe 18
lwtroach 2:e90526c0bcbe 19 RawSerial ATCmdPort(UART_TX,UART_RX);
lwtroach 2:e90526c0bcbe 20 RawSerial DebugPort(D_UART_TX,D_UART_RX);
lwtroach 0:6bdfb6ccd136 21
lwtroach 7:e556528beeba 22 #define SLEEP_TIME 500 // (msec)
lwtroach 7:e556528beeba 23 #define PRINT_AFTER_N_LOOPS 20
lwtroach 0:6bdfb6ccd136 24
lwtroach 2:e90526c0bcbe 25 bool flag_BTN = false;
lwtroach 7:e556528beeba 26 char buf;
lwtroach 2:e90526c0bcbe 27 void BTN_Change_R()
lwtroach 2:e90526c0bcbe 28 {
lwtroach 2:e90526c0bcbe 29 flag_BTN = true;
lwtroach 2:e90526c0bcbe 30 }
lwtroach 2:e90526c0bcbe 31
lwtroach 2:e90526c0bcbe 32
lwtroach 2:e90526c0bcbe 33 void BTN_Change_F()
lwtroach 2:e90526c0bcbe 34 {
lwtroach 2:e90526c0bcbe 35
lwtroach 2:e90526c0bcbe 36 }
lwtroach 2:e90526c0bcbe 37
lwtroach 4:418b6d4097e1 38 void CallBackFunc()
lwtroach 4:418b6d4097e1 39 {
lwtroach 4:418b6d4097e1 40 while(ATCmdPort.readable()){
lwtroach 4:418b6d4097e1 41 DebugPort.putc(ATCmdPort.getc());
lwtroach 7:e556528beeba 42 /*ATCmdPort.putc(ATCmdPort.getc());*/
lwtroach 7:e556528beeba 43
lwtroach 4:418b6d4097e1 44 }
lwtroach 2:e90526c0bcbe 45 }
lwtroach 2:e90526c0bcbe 46
lwtroach 2:e90526c0bcbe 47 void Initialize()
lwtroach 2:e90526c0bcbe 48 {
lwtroach 5:b9d12dfdc674 49 ATCmdPort.baud(AT_UART_BR);
lwtroach 5:b9d12dfdc674 50 DebugPort.baud(D_UART_BR);
lwtroach 2:e90526c0bcbe 51 BTN_Test.rise(&BTN_Change_R);
lwtroach 2:e90526c0bcbe 52 BTN_Test.fall(&BTN_Change_F);
lwtroach 4:418b6d4097e1 53 ATCmdPort.attach(&CallBackFunc,Serial::RxIrq);
lwtroach 2:e90526c0bcbe 54 Led_1.write(0);
lwtroach 2:e90526c0bcbe 55 Led_2.write(0);
lwtroach 2:e90526c0bcbe 56 Led_3.write(0);
lwtroach 5:b9d12dfdc674 57 LPG_LTEPinControl_LTEPowerOn();
lwtroach 2:e90526c0bcbe 58 }
lwtroach 2:e90526c0bcbe 59
lwtroach 2:e90526c0bcbe 60
lwtroach 2:e90526c0bcbe 61
lwtroach 0:6bdfb6ccd136 62 // main() runs in its own thread in the OS
lwtroach 0:6bdfb6ccd136 63 int main()
lwtroach 0:6bdfb6ccd136 64 {
lwtroach 0:6bdfb6ccd136 65 SystemReport sys_state( SLEEP_TIME * PRINT_AFTER_N_LOOPS /* Loop delay time in ms */);
lwtroach 2:e90526c0bcbe 66 Initialize();
lwtroach 0:6bdfb6ccd136 67 int count = 0;
lwtroach 2:e90526c0bcbe 68 int index = 0;
lwtroach 2:e90526c0bcbe 69 char buMat[100] = {0};
lwtroach 9:4731ae675a01 70
lwtroach 9:4731ae675a01 71 //LPG_FlashIAP_InitIAP();
lwtroach 0:6bdfb6ccd136 72 while (true) {
lwtroach 9:4731ae675a01 73 char* buf;
lwtroach 9:4731ae675a01 74 if(index==0) buf = "TEST_0";
lwtroach 9:4731ae675a01 75 else if(index==1) buf = "TEST_1";
lwtroach 9:4731ae675a01 76 else if(index==2) buf = "TEST_2";
lwtroach 9:4731ae675a01 77 else if(index==3) buf = "TEST_3";
lwtroach 9:4731ae675a01 78 else if(index==4) buf = "TEST_4";
lwtroach 9:4731ae675a01 79 else index = -1;
lwtroach 9:4731ae675a01 80 DebugPort.puts(buf);
lwtroach 9:4731ae675a01 81 DebugPort.puts("\r\n");
lwtroach 3:cb954c31709f 82 LPG_FlashIAP_InitIAP();
lwtroach 9:4731ae675a01 83 LPG_FlashIAP_WriteToFlash(&buf[0],0x0807C000,DebugPort);
lwtroach 9:4731ae675a01 84 LPG_FlashIAP_DeInitIAP();
lwtroach 0:6bdfb6ccd136 85 // Blink LED and wait 0.5 seconds
lwtroach 1:347333bac1fb 86 Led_1 = !Led_1;
lwtroach 2:e90526c0bcbe 87 Led_2 = !Led_2;
lwtroach 2:e90526c0bcbe 88 Led_3 = !Led_3;
lwtroach 4:418b6d4097e1 89 wait_ms(2000);
lwtroach 6:86eea1bcf499 90 //ATCmdPort.puts("ATI\r\n");
lwtroach 9:4731ae675a01 91 //LPG_FlashIAP_WriteToFlash(&buf[0],0x0807C000,DebugPort);
lwtroach 4:418b6d4097e1 92 /*LPG_FlashIAP_ReadFromFlash(&buMat[0],0x0800BF00);
lwtroach 2:e90526c0bcbe 93 DebugPort.puts(buMat);
lwtroach 4:418b6d4097e1 94 DebugPort.puts("\r\n");*/
lwtroach 9:4731ae675a01 95 index++;
lwtroach 0:6bdfb6ccd136 96 if ((0 == count) || (PRINT_AFTER_N_LOOPS == count)) {
lwtroach 0:6bdfb6ccd136 97 // Following the main thread wait, report on the current system status
lwtroach 0:6bdfb6ccd136 98 sys_state.report_state();
lwtroach 0:6bdfb6ccd136 99 count = 0;
lwtroach 0:6bdfb6ccd136 100 }
lwtroach 0:6bdfb6ccd136 101 ++count;
lwtroach 0:6bdfb6ccd136 102 }
lwtroach 0:6bdfb6ccd136 103 }