/**************************************************/
// FILE WIFI時計 ７Seg-LED ** 時；**分；**秒
// DATE :Tue, Jan 10, 2025
// DESCRIPTION : タイマー割り込みにて 制御。
// CPU TYPE : ESP32
// by Chiyabo
// chiya file is generated by Renesas Project Generator.
/**************************************************/
//
#include < WiFi.h >
#include < time.h >
#define SI 32
#define SCK 33
#define RCK 25
#define SEL1 26
#define SEL2 27
#define SEL3 14
// 家のwifiのssidとパスワードを入力
const char* ssid = "YOUR_SSID"; // 各自のWifi環境のSSIDを指定する
const char* password = "YOUR_PASSWORD"; // 各自のWifi環境のPasswordを指定する
// NTPサーバー設定
const char* ntpServer = "ntp.nict.jp" ; // 日本標準時（JST）
const long gmtOffset_sec = 9 * 3600 ; // GMT+9（日本時間）
const int daylightOffset_sec = 0 ; // サマータイム（日本は使用しない）
//timer 初期化
hw_timer_t * timer = NULL ;
char TimeInEnCnt = 0 ; //WiFi_Time Read時間 時間*TimeInEnCnt = 時間間隔
char TimeInEn = true ;
char TimeInEnEnd = false ;
char WiFi_TimeReadEnd ;
char ErrFlg = false ;
char Sec ; // 秒
char Min ; // 分
char Hor ; // 時
char TxBuf[ 14 ] ; //TxBuf = 'yyyy/mm/dd/w' + 1 = 13(14)
int Sec_Change ;
int Min_Change ;
int Hor_Change ;
unsigned int Timer_Adjust_10 = 625 ; // 1000ms / 1.6ms = 625
unsigned int Timer_Adjust_5 = 313 ; // 500ms / 1.6ms = 313
unsigned int Timer_Up_Cnt_10 = 0 ; // 1Sec=( 1.6ms * Timer_Up_Cnt_10(625) )
unsigned int Timer_Up_Cnt_5 = 0 ; // 0.5Sec=( 1.6ms * Timer_Up_Cnt_5(313) )
unsigned char Led_Sel = 0 ;
unsigned char Led_Dot = 0 ;
unsigned char Code ;
unsigned char Disp_Off = false ;
const unsigned char Led_Code[ ] = {0x5f,0x50,0x6d,0x79,0x72,0x3b,0x3f, // "0"～"6"
0x51,0x7f,0x73,0x77,0x3e,0x0f,0x7c, // "7"～"d"
0x2f,0x27 // "e"～"f"
} ;
//割込みサービスルーチン 1.6mSEc
void IRAM_ATTR LED_Task( ){
// Disp Off
digitalWrite( SEL1, HIGH ) ;
digitalWrite( SEL2, HIGH ) ;
digitalWrite( SEL3, HIGH ) ;
if( WiFi_TimeReadEnd == true ){
LED( ) ;
}
else{
Disp_Off = true ;
}
}
void setup( ){
//Serial.begin( 115200 ) ;
Serial2.begin( 9600, SERIAL_8N1, 16, 17 ) ; // 何故かPIN指定しないと動作せず？
pinMode( SI, OUTPUT ) ;
pinMode( SCK, OUTPUT ) ;
pinMode( RCK, OUTPUT ) ;
pinMode( SEL1, OUTPUT ) ;
pinMode( SEL2, OUTPUT ) ;
pinMode( SEL3, OUTPUT ) ;
digitalWrite( SEL1, HIGH ) ;
digitalWrite( SEL2, HIGH ) ;
digitalWrite( SEL3, HIGH ) ;
// 周波数を直接指定（ここでは1MHz = 1µsごとにカウントアップ）
timer = timerBegin( 1000000 ) ;
// 割り込み関数を登録
timerAttachInterrupt( timer, &LED_Task ) ;
// アラーム設定: 1600カウントごと（=1.6mSec）、繰り返し
timerAlarm( timer, 1600, true, 0 ) ; // 第3引数をtrue指定で、繰り返し。その際は第4引数は無
// WiFi接続 NTP時刻設定
//WiFiTime( ) ;
}
void loop( ){
// 現在時刻を表示
if( ( TimeInEn == true ) || ( ErrFlg == true ) ){
WiFi_TimeReadEnd = false ;
if( Disp_Off == true ){
TimeInEnEnd = true ;
TimeInEn = false ;
//Serial.println( "WiFi RETRAY" ) ;
WiFiTime( ) ;
}
}
}
void connectToWiFi( ){
char RtyErr = 0 ;
WiFi.begin( ssid, password ) ;
//Serial.println( "WiFiに接続中" ) ;
while( WiFi.status( ) != WL_CONNECTED ){
delay( 1000 ) ;
if( RtyErr >= 3 ){
ErrFlg = true ;
//Serial.println( "WiFi CONNECTED Err" ) ;
WiFi.disconnect( true ) ;
return;
}
}
//Serial.println( "WiFi接続成功！" ) ;
}
bool getLocalTime( ){
struct tm timeinfo ;
return getLocalTime( &timeinfo ) ;
}
void printLocalTime( ){
int Test ;
struct tm timeinfo ;
if ( !getLocalTime( &timeinfo ) ){
// 時刻取得エラー
ErrFlg = true ;
//Serial.println( "WiFi TIME Err" ) ;
WiFi.disconnect( true ) ;
return ;
}
ErrFlg = false ;
// 時刻を整形して表示
//Serial.printf( "%04d/%02d/%02d %d %02d:%02d:%02d\n ",
// timeinfo.tm_year + 1900,
// timeinfo.tm_mon + 1,
// timeinfo.tm_mday,
// timeinfo.tm_wday, // 曜日
// timeinfo.tm_hour,
// timeinfo.tm_min,
// timeinfo.tm_sec ) ;
Serial2.print( timeinfo.tm_year + 1900 ) ;
Serial2.print( '/' ) ;
Serial2.print( timeinfo.tm_mon + 1 ) ;
Serial2.print( '/' ) ;
Serial2.print( timeinfo.tm_mday ) ;
Serial2.print( ' ' ) ;
Serial2.println( timeinfo.tm_wday ) ;
Sec = ( char )timeinfo.tm_sec ; // 秒
Min = ( char )timeinfo.tm_min ; // 分
Hor = ( char )timeinfo.tm_hour ; // 時
Sec_Change = HexChgDec( Sec ) ;
Min_Change = HexChgDec( Min ) ;
Hor_Change = HexChgDec( Hor ) ;
//ESP32のWi-Fi切断
WiFi.disconnect( true ) ;
Timer_Up_Cnt_10 = 525 ; // 1Sec Adjust (1Sec = 625 )
WiFi_TimeReadEnd = true ;
Disp_Off = false ;
}
//<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// FunctionName : WiFi時刻取得
// Prototype: void WiFiTime( void )
// Function : WiFi時刻設定
// Input : NONE
// Output : NONE
// >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
void WiFiTime( void ){
connectToWiFi( ) ;
// NTP時刻設定
configTime( gmtOffset_sec, daylightOffset_sec, ntpServer ) ;
// 時刻同期を待つ
// NTPサーバーから時刻を取得中
printLocalTime( ) ;
}
//<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// FunctionName : Led Write Task
// Prototype: void LED( void )
// Function : LED DATA SET & WRITE
// Input : NONE
// Output : NONE
//<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
void LED( void ){
unsigned char Code ;
unsigned char Change_Code ;
if( ++Led_Sel >= 6 ){
Led_Sel = 0 ;
}
if( ++Timer_Up_Cnt_5 >= Timer_Adjust_5 ){ // 0.5Sec経過
Led_Dot = !Led_Dot ;
Timer_Up_Cnt_5 = 0 ;
}
if( ++Timer_Up_Cnt_10 >= Timer_Adjust_10 ){ // 1Sec経過
Timer_Up_Cnt_10 = 0 ;
if( ++Sec >= 60 ){
Sec = 0 ;
if( TimeInEnEnd == true ){
TimeInEnEnd = false ;
}
Sec_Change = HexChgDec( Sec ) ; // HEXをDEC値に変換する
if( ++Min >= 60 ){
Min = 0 ;
Min_Change = HexChgDec( Min ) ; // HEXをDEC値に変換する
if( ++Hor >= 24 ){
Hor = 0 ;
Hor_Change = HexChgDec( Hor ) ;// HEXをDEC値に変換する
}
else{
Hor_Change = HexChgDec( Hor ) ;// HEXをDEC値に変換する
}
if( ++TimeInEnCnt >= 6 ){
TimeInEnCnt = 0 ;
TimeInEn = true ;
//WiFiTime( ) ;
}
}
else{
Min_Change = HexChgDec( Min ) ; // HEXをDEC値に変換する
}
}
else{
Sec_Change = HexChgDec( Sec ) ; HEXをDEC値に変換する
}
}
switch( Led_Sel ){
case 0 :
Change_Code = ( char )( Sec_Change & 0x000f ) ;
Code = ~Led_Code[ Change_Code ] ;
if( TimeInEnEnd == true ){
if( Led_Dot == 0 ){
Code = ( Code & 0x7F ) ;
}
else{
Code = ( Code | 0x80 ) ;
}
}
ShiftCode( Code ) ;
digitalWrite( SEL1, LOW ) ;
digitalWrite( SEL2, LOW ) ;
digitalWrite( SEL3, LOW ) ;
break ;
case 1:
Change_Code =( char )( ( Sec_Change & 0x00f0 ) >> 4 ) ;
Code = ~Led_Code[ Change_Code ] ;
ShiftCode( Code ) ;
digitalWrite( SEL1, HIGH ) ;
digitalWrite( SEL2, LOW ) ;
digitalWrite( SEL3, LOW ) ;
break ;
case 2:
Change_Code =( char )( Min_Change & 0x000f ) ;
Code = ~Led_Code[ Change_Code ] ;
ShiftCode( Code ) ;
digitalWrite( SEL1, LOW ) ;
digitalWrite( SEL2, HIGH ) ;
digitalWrite( SEL3, LOW ) ;
break ;
case 3:
Change_Code =( char )(( Min_Change & 0x00f0 ) >> 4 ) ;
Code = ~Led_Code[ Change_Code ] ; // Test
ShiftCode( Code ) ;
digitalWrite( SEL1, HIGH ) ;
digitalWrite( SEL2, HIGH ) ;
digitalWrite( SEL3, LOW ) ;
break ;
case 4:
Change_Code =( char )( Hor_Change & 0x000f ) ;
Code = ~Led_Code[ Change_Code ] ;
ShiftCode( Code ) ;
digitalWrite( SEL1, LOW ) ;
digitalWrite( SEL2, LOW ) ;
digitalWrite( SEL3, HIGH ) ;
break ;
case 5:
Change_Code =( char )(( Hor_Change & 0x00f0 ) >> 4 ) ;
Code = ~Led_Code[ Change_Code ] ;
if( TimeInEnEnd == true ){
if( Led_Dot == 0){
Code = ( Code & 0x7F ) ;
}
else{
Code = ( Code | 0x80 ) ;
}
}
ShiftCode( Code ) ;
digitalWrite( SEL1, HIGH ) ;
digitalWrite( SEL2, LOW ) ;
digitalWrite( SEL3, HIGH ) ;
break ;
default:
// Disp Off
digitalWrite( SEL1, HIGH ) ;
digitalWrite( SEL2, HIGH ) ;
digitalWrite( SEL3, HIGH ) ;
break ;
}
}
<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
FunctionName : ShiftCode Task
Prototype: void ShiftCode( unsigned char )
Function : LED DATA SET & WRITE
Input : NONE
Output : NONE
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
void ShiftCode( unsigned char Code ){
char Count ;
unsigned char Scode ;
Scode = Code ;
for( Count = 0 ; Count <= 7 ; ++Count ){
if( ( Scode & 0x80 ) == 0x80 ){
digitalWrite( SI, HIGH ) ;
}
else{
digitalWrite( SI, LOW ) ;
}
Scode = ( Scode << 1 ) ;
//delayMicroseconds( 5 ) ;
digitalWrite( SCK, HIGH ) ;
//delayMicroseconds( 5 ) ;
digitalWrite( SCK, LOW ) ;
//delayMicroseconds( 5 ) ;
}
digitalWrite( RCK, HIGH ) ;
//delayMicroseconds( 5 ) ;
digitalWrite( RCK, LOW ) ;
}
//<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// FunctionName : HexChgDec
// Prototype: int HexChgDec(unsigned char HexByte)
// Function : HEXをDEC値に変換する
// Input : 00h-->ffh
// Output : 変換結果
//>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
int HexChgDec( unsigned char HexByte ){
unsigned char i ;
int Value , Work ;
i = 0 ;
Value = Work = 0 ;
for( Work = 0 ; HexByte >= 0x0a ; Work++ ){
HexByte = ( HexByte - 0x0a ) ;
}
if( Work >= 0x0a ){
for( i = 0 ; Work >= 0x0a ; i++ ){
Work = ( Work - 0x0a ) ;
}
}
Value = ( ( i * 0x100 ) + ( Work * 0x10 ) + ( int )HexByte ) ;
return Value;
}