ryou sato
/
LPC11U35_CTswitch_relay
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Dependencies: mbed LPC11U35_MCP41HV51-503EST
main.cpp
- Committer:
- ryousato
- Date:
- 2021-03-09
- Revision:
- 9:0b3a7a9eed3e
- Parent:
- 8:aea096edd536
File content as of revision 9:0b3a7a9eed3e:
//////////////////////////////////////////////////
// Include Files
#include "mbed.h"
#include "LPC11Uxx.h"
#include "USBSerial.h"
//////////////////////////////////////////////////
//Configure the PC Serial Port for CDC USB
USBSerial serial;
Serial device(P0_19,P0_18);
char moji[32]; //入力文字列
int count = 0; //文字数カウンタ
//DigitalOut led(LED1);
//DigitalInOut GPIOX(P0_0, PIN_OUTPUT, PullDown, 0);
DigitalOut GPIO[] = {
DigitalOut (P0_22, 0),
DigitalOut (P0_11, 0),
DigitalOut (P0_12, 0),
DigitalOut (P0_13, 0),
DigitalOut (P0_14, 0),
DigitalOut (P0_15, 0),
DigitalOut (P0_16, 0),
DigitalOut (P0_23, 0),
DigitalOut (P1_15, 0),
DigitalOut (P0_21, 0),
DigitalOut (P0_5, 0),
DigitalOut (P0_4, 0),
DigitalOut (P0_3, 0),
DigitalOut (P0_2, 0),
DigitalOut (P0_20, 0),
DigitalOut (P1_19, 0),
DigitalOut (P0_1),
DigitalOut (P0_19, 0),
DigitalOut (P0_18, 0),
DigitalOut (P0_17, 0),
};
BusOut muxaddr(P0_7,P0_8,P0_9,P0_10); //マルチプレクサADDRバス
void helpwrite()
{
serial.printf("\r\n------------------");
serial.printf("\r\nrelayALLoff");
serial.printf("\r\nrelay{1|...|8}");
serial.printf("\r\nGPIOALL{L|H}");
serial.printf("\r\nGPIO{1|...|20}{L|H}");
serial.printf("\r\n------------------");
}
void Vswitch(int tmpInt)
{
//ADDRバス切替
if (tmpInt<7) {
muxaddr.write(tmpInt);
} else if (tmpInt>=7) {
tmpInt = tmpInt + 1;
muxaddr.write(tmpInt);
}
wait(0.01);
serial.printf("\r\n OK");
}
void GPIOswitch(int tmpIO, int tmpInt)
{
if (tmpIO==0) {
for(int i=0; i<=19; i++) {
GPIO[i] = tmpInt;
}
} else {
tmpIO = tmpIO - 1;
GPIO[tmpIO] = tmpInt;
}
serial.printf("\r\n OK");
}
/*
void GPIOXswitch(int tmpInt)
{
GPIOX = tmpInt;
wait(0.01);
serial.printf("\r\n OK");
}
*/
/******************************************************************************/
//シリアル入力受付 [メイン]
/******************************************************************************/
void serial_inout()
{
if(serial.readable()) { // 受信確認
moji[count] = serial.getc(); //キーボード入力文字を1文字ずつmojiに代入
serial.printf("%c", moji[count]); //シリアル出力表示
// serial.printf("%c(%d)", moji[count],count); //シリアル出力表示
if(count == 31 ) { // ①文字数が既定の個数になった場合
moji[31] = '\0'; // 末尾に終端文字を入れる
count = 0; // 文字カウンタをリセット
serial.printf("\r\n\r\n ERROR!");
}
else if(moji[0] == '\n') {
count = 0;
}
else if((moji[count] == '\r')) { // ②CRを受信した場合
moji[count] = '\0'; //末尾に終端文字を入れる
count = 0; //文字カウンタをリセット
if (strcmp(moji, "cmd") == 0) {
helpwrite(); //コマンド一覧表示
} else if(strcmp(moji, "help") == 0) {
helpwrite(); //コマンド一覧表示
} else if(strcmp(moji, "?") == 0) {
helpwrite(); //コマンド一覧表示
} else if(strcmp(moji, "relayALLoff") == 0) {
Vswitch(0);
} else if(strcmp(moji, "relay1") == 0) {
Vswitch(1);
} else if(strcmp(moji, "relay2") == 0) {
Vswitch(2);
} else if(strcmp(moji, "relay3") == 0) {
Vswitch(3);
} else if(strcmp(moji, "relay4") == 0) {
Vswitch(4);
} else if(strcmp(moji, "relay5") == 0) {
Vswitch(5);
} else if(strcmp(moji, "relay6") == 0) {
Vswitch(6);
} else if(strcmp(moji, "relay7") == 0) {
Vswitch(7);
} else if(strcmp(moji, "relay8") == 0) {
Vswitch(8);
} else if(strcmp(moji, "relay9") == 0) {
Vswitch(9);
} else if(strcmp(moji, "relay10") == 0) {
Vswitch(10);
} else if(strcmp(moji, "GPIO1L") == 0) {
GPIOswitch(1,0);
} else if(strcmp(moji, "GPIO1H") == 0) {
GPIOswitch(1,1);
} else if(strcmp(moji, "GPIO2L") == 0) {
GPIOswitch(2,0);
} else if(strcmp(moji, "GPIO2H") == 0) {
GPIOswitch(2,1);
} else if(strcmp(moji, "GPIO3L") == 0) {
GPIOswitch(3,0);
} else if(strcmp(moji, "GPIO3H") == 0) {
GPIOswitch(3,1);
} else if(strcmp(moji, "GPIO4L") == 0) {
GPIOswitch(4,0);
} else if(strcmp(moji, "GPIO4H") == 0) {
GPIOswitch(4,1);
} else if(strcmp(moji, "GPIO5L") == 0) {
GPIOswitch(5,0);
} else if(strcmp(moji, "GPIO5H") == 0) {
GPIOswitch(5,1);
} else if(strcmp(moji, "GPIO6L") == 0) {
GPIOswitch(6,0);
} else if(strcmp(moji, "GPIO6H") == 0) {
GPIOswitch(6,1);
} else if(strcmp(moji, "GPIO7L") == 0) {
GPIOswitch(7,0);
} else if(strcmp(moji, "GPIO7H") == 0) {
GPIOswitch(7,1);
} else if(strcmp(moji, "GPIO8L") == 0) {
GPIOswitch(8,0);
} else if(strcmp(moji, "GPIO8H") == 0) {
GPIOswitch(8,1);
} else if(strcmp(moji, "GPIO9L") == 0) {
GPIOswitch(9,0);
} else if(strcmp(moji, "GPIO9H") == 0) {
GPIOswitch(9,1);
} else if(strcmp(moji, "GPIO10L") == 0) {
GPIOswitch(10,0);
} else if(strcmp(moji, "GPIO10H") == 0) {
GPIOswitch(10,1);
} else if(strcmp(moji, "GPIO11L") == 0) {
GPIOswitch(11,0);
} else if(strcmp(moji, "GPIO11H") == 0) {
GPIOswitch(11,1);
} else if(strcmp(moji, "GPIO12L") == 0) {
GPIOswitch(12,0);
} else if(strcmp(moji, "GPIO12H") == 0) {
GPIOswitch(12,1);
} else if(strcmp(moji, "GPIO13L") == 0) {
GPIOswitch(13,0);
} else if(strcmp(moji, "GPIO13H") == 0) {
GPIOswitch(13,1);
} else if(strcmp(moji, "GPIO14L") == 0) {
GPIOswitch(14,0);
} else if(strcmp(moji, "GPIO14H") == 0) {
GPIOswitch(14,1);
} else if(strcmp(moji, "GPIO15L") == 0) {
GPIOswitch(15,0);
} else if(strcmp(moji, "GPIO15H") == 0) {
GPIOswitch(15,1);
} else if(strcmp(moji, "GPIO16L") == 0) {
GPIOswitch(16,0);
} else if(strcmp(moji, "GPIO16H") == 0) {
GPIOswitch(16,1);
} else if(strcmp(moji, "GPIO17L") == 0) {
GPIOswitch(17,0);
} else if(strcmp(moji, "GPIO17H") == 0) {
GPIOswitch(17,1);
} else if(strcmp(moji, "GPIO18L") == 0) {
GPIOswitch(18,0);
} else if(strcmp(moji, "GPIO18H") == 0) {
GPIOswitch(18,1);
} else if(strcmp(moji, "GPIO19L") == 0) {
GPIOswitch(19,0);
} else if(strcmp(moji, "GPIO19H") == 0) {
GPIOswitch(19,1);
} else if(strcmp(moji, "GPIO20L") == 0) {
GPIOswitch(20,0);
} else if(strcmp(moji, "GPIO20H") == 0) {
GPIOswitch(20,1);
} else if(strcmp(moji, "GPIOALLL") == 0) {
GPIOswitch(0,0);
} else if(strcmp(moji, "GPIOALLH") == 0) {
GPIOswitch(0,1);
// } else if(strcmp(moji, "GPIOXH") == 0) {
// GPIOXswitch(1);
// } else if(strcmp(moji, "GPIOXL") == 0) {
// GPIOXswitch(0);
} else serial.printf("\r\n\r\n NG!\r\n");
} else count++; // 文字カウンタに1加算
}
}
/******************************************************************************/
//メインプログラム
/******************************************************************************/
int main()
{
wait(0.5);
serial.printf("\r\nReady!\r\n");
while(1) {
serial_inout();
}
}