Here is some good news !!!
First after getting update from github , here is some screen shot from GUI
We can see that MyController is in the list !
Also, Esp send correctly data to mosquitto (which i use by default)
Now , i have to test and learn to send data , like temperature or lighmeter .
Thank you for your time and your support.
Hello, i have a zwave key with some devices.
If you need some helper to test your job , i can . (if you want to)
Best regards.
Hello ,
If i can do it, with pleasure .
Best regards
@Emmanuel
Sorry, I have not looked at this problem since the last time.
@njbuch said:
@Stephan35 Indeed but my voltage divider used was aiming for 0.0 - 3.3 and resulting output was over 1 volt most of the time, which means that I am reading 65535 all the time. I need a new one.
I am looking in my bins after a few resistors that matches my photo-resistor specs. Will revert when successfull. I am using: http://www.ohmslawcalculator.com/voltage-divider-calculator to find the right combination.
Sorry,
answer is there : analogRead(A0) return 65535
You have to modify Myconfig.h
#define ENABLE_READ_VCC
@njbuch
You have to adjust electonic input with a input divide voltage :
You will find full of example to explain how to.
A i tried to explain, my example need to be improve , tested, and modified as need.
Best regards.
@njbuch said:
Can you show your exact working example?
Here is my full example :
#include <MyController.h>
MyController mc;
#define SENSOR_LED_BLEU "LED BLEU"
#define SENSOR_LED_ROUGE "LED ROUGE"
#define SENSOR_LED_VERTE "LED VERTE"
#define SENSOR_LUXMETRE "LUXMETRE"
#define BP_GPIO4 "Bouton RESET"
#define BP_GPIO5 "Bouton Test 1"
#define BP_GPIO14 "Bouton Test 2"
//Relay pins
#define PIN_RELAY_1 2
#define PIN_BP_GPIO4 4
#define PIN_BP_GPIO5 5
#define PIN_LED_VERTE 12
#define PIN_LED_BLEU 13
#define PIN_BP_GPIO14 14
#define PIN_LED_ROUGE 15
//Sensors
#define SENSOR_RELAY_1 "relay-1"
unsigned long lastRecu = 0;
bool Gpio5_Checked = false;
bool Gpio14_Checked = false;
unsigned long Gpio5_millis = 0;
unsigned long Gpio14_millis = 0;
unsigned long Scan_Gpio = 0;
int Gpio4_S = 0; // Gpio 4 state
int Gpio5_S = 0; // Gpio 5 state
int Gpio14_S = 0; // Gpio 14 state
int Gpio4_LS = 0; // Gpio 4 Last state
int Gpio5_LS = 0; // Gpio 5 Last state
int Gpio14_LS = 0; // Gpio 14 Last state
//in_esp/ESP_8C0125/LUXMETRE/C_SET/V_LIGHT_LEVEL/0
//n_esp/ESP_8C0125/LUXMETRE/C_SET/V_LEVEL/0
//out_esp/ESP_8C0125/SENSOR_BC/C_INTERNAL/LUXMETRE/0
//_message.update(BC_SENSOR, C_INTERNAL, SENSOR_LUXMETRE);
void sendLUX(){
McMessage _message;
//_message.update(SENSOR_LUXMETRE, C_SET, "V_LIGHT_LEVEL");
//char _luxmeter[21];
// snprintf_P(_luxmeter, 20, "%s", analogRead(A0) );
Serial.print("Envoie de Luxmeter:");
Serial.println(analogRead(A0));
//snprintf_P(_luxmeter, 20, "%d", String(analogRead(A0)));
////send(_message.set(_luxmeter));
_message.update(SENSOR_LUXMETRE, C_SET, V_LEVEL);
//snprintf_P(_luxmeter, 20, "%d", analogRead(A0));
send(_message.set(analogRead(A0)));
}
//in_esp/ESP_8C0125/Bouton Test/C_SET/V_TRIPPED/0
/*
void sendPin5(){
McMessage _message;
_message.update(BP_GPIO5, C_SET, V_TRIPPED);
if (digitalRead(PIN_BP_GPIO5) == HIGH){
send(_message.set(1));
Serial.println("BP = 1");
}
if (digitalRead(PIN_BP_GPIO5) == LOW){
send(_message.set(0));
Serial.println("BP = 0");
}
}
void sendPin14(){
McMessage _message;
_message.update(BP_GPIO14, C_SET, V_TRIPPED);
if (digitalRead(PIN_BP_GPIO14) == HIGH){
send(_message.set(1));
Serial.println("BP2 = 1");
}
if (digitalRead(PIN_BP_GPIO14) == LOW){
send(_message.set(0));
Serial.println("BP2 = 0");
}
}
*/
void sendPin4(int val){
McMessage _message;
_message.update(BP_GPIO4, C_SET, V_STATUS);
send(_message.set(val));
Serial.print("Changement de Pin4 : ");
Serial.println(val);
}
void sendPin5(int val){
McMessage _message;
_message.update(BP_GPIO5, C_SET, V_STATUS);
send(_message.set(val));
Serial.print("Changement de Pin5 : ");
Serial.println(val);
}
void sendPin14(int val){
McMessage _message;
_message.update(BP_GPIO14, C_SET, V_STATUS);
send(_message.set(val));
Serial.print("Changement de Pin14 : ");
Serial.println(val);
}
/*
void Pin5Change(){
if (millis() - Gpio5_millis > 75){
delayMicroseconds(32000);
Serial.println("\n*** Pin5 Interrupt");
Gpio5_Checked = true;
Gpio5_millis = millis();
detachInterrupt(PIN_BP_GPIO5);
}
}
void Pin14Change(){
if (millis() - Gpio14_millis > 75){
delayMicroseconds(32000);
Serial.println("\n*** Pin14 Interrupt");
Gpio14_Checked = true;
Gpio14_millis = millis();
detachInterrupt(PIN_BP_GPIO14);
}
}
*/
void before(){
//Your code before this library inialize
}
void presentation(){
//Send node name and version information
sendSketchInfo("Module de test", "1.0.0");
//Send sensor name and type
present(S_BINARY, SENSOR_RELAY_1, "Relay 01");
//request current status
request(SENSOR_RELAY_1, V_STATUS);
present(S_BINARY, SENSOR_LED_BLEU, SENSOR_LED_BLEU);
//request current status
request(SENSOR_LED_BLEU, V_STATUS);
present(S_BINARY, SENSOR_LED_ROUGE, SENSOR_LED_ROUGE);
//request current status
request(SENSOR_LED_ROUGE, V_STATUS);
present(S_BINARY, SENSOR_LED_VERTE, SENSOR_LED_VERTE);
//request current status
request(SENSOR_LED_VERTE, V_STATUS);
//present(S_LIGHT, SENSOR_LUXMETRE, SENSOR_LUXMETRE);
//request(SENSOR_LUXMETRE, "V_LIGHT_LEVEL");
present(S_DIMMER, BP_GPIO4, BP_GPIO4);
request(BP_GPIO4, V_STATUS);
present(S_DOOR, BP_GPIO5, BP_GPIO5);
request(BP_GPIO5, V_STATUS);
present(S_DOOR, BP_GPIO14, BP_GPIO14);
request(BP_GPIO14, V_STATUS);
}
void receiveTime(unsigned long mcTimestamp){
//Do something with received time
}
void receive(McMessage &message) {
if(message.isSensorOf(SENSOR_RELAY_1) && message.isSubTypeOf(V_STATUS)){
digitalWrite(PIN_RELAY_1, message.getUInt());
}
if(message.isSensorOf(SENSOR_LED_BLEU) && message.isSubTypeOf(V_STATUS)){
digitalWrite(PIN_LED_BLEU, message.getUInt());
}
if(message.isSensorOf(SENSOR_LED_ROUGE) && message.isSubTypeOf(V_STATUS)){
digitalWrite(PIN_LED_ROUGE, message.getUInt());
}
if(message.isSensorOf(SENSOR_LED_VERTE) && message.isSubTypeOf(V_STATUS)){
digitalWrite(PIN_LED_VERTE, message.getUInt());
}
}
void setup() {
pinMode(A0, INPUT);
pinMode(PIN_BP_GPIO4, INPUT);
pinMode(PIN_BP_GPIO5, INPUT);
pinMode(PIN_BP_GPIO14, INPUT);
pinMode(PIN_RELAY_1, OUTPUT);
pinMode(PIN_LED_BLEU, OUTPUT);
pinMode(PIN_LED_ROUGE, OUTPUT);
pinMode(PIN_LED_VERTE, OUTPUT);
if(!isSystemConfigured()){
//You can check, does this node/device configured. If no you can display/blink some led from here.
}
//attachInterrupt(PIN_BP_GPIO5, (Pin5Change), CHANGE);
//attachInterrupt(PIN_BP_GPIO14, (Pin14Change), CHANGE); //digitalPinToInterrupt(x)
}
void loop() {
mc.loop();
long now = millis();
if (now - Scan_Gpio > 200 ){
Gpio4_S = digitalRead(PIN_BP_GPIO4);
Gpio5_S = digitalRead(PIN_BP_GPIO5);
Gpio14_S = digitalRead(PIN_BP_GPIO14);
if (Gpio4_S != Gpio4_LS ){
sendPin4(((Gpio4_S == HIGH) ? 1 : 0));
Gpio4_LS = Gpio4_S;
}
if (Gpio5_S != Gpio5_LS ){
sendPin5(((Gpio5_S == HIGH) ? 1 : 0));
Gpio5_LS = Gpio5_S;
}
if (Gpio14_S != Gpio14_LS ){
sendPin14(((Gpio14_S == HIGH) ? 1 : 0));
Gpio14_LS = Gpio14_S;
}
Scan_Gpio = now;
Serial.print(".");
}
/*
if (Gpio5_Checked) {
Gpio5_Checked = false;
sendPin5();
yield();
attachInterrupt(PIN_BP_GPIO5, (Pin5Change), CHANGE);
}
if (Gpio14_Checked) {
Gpio14_Checked = false;
sendPin14();
yield();
attachInterrupt(PIN_BP_GPIO14, (Pin14Change), CHANGE);
}
*/
//You can add your logic here.
if (now - lastRecu > 30000 ) {
lastRecu = now;
//sendRSSI();
sendLUX();
//send(SENSOR_LUXMETRE, analogRead(A0));
}
}
Take care of this : need to be improve , i am a beginer with MyController , and this example is not clean !
Hope will help you
Best regards.
@jkandasa said:
Give me some hints, if you have any?
ok, i go again with udp and node-red , i will send you back all i understood.
2 way for node ,
first in loop every 150ms max , listen udp port (i will confirm back).
second , use async udp of menodev wich work fine for me.
So that mean MyController maybe have to get also async udp to unmiss udp data.
I meet some issue with broadcasting, because i created mesh in udp.
Also i used ascii udp datagramm , basic but easiest way for me : something like "down|nodename|get|gpio1"
"up|nodename|result|gpio1|0"
"down|nodename|set|gpio1|1"
Every node can read udp, so , it is very important to specify way and kind of action.
Hope will help.
Best regards.
I do not use MySensors node (with NRF24)
I only use zwave and esp8266 node .
So will buy some nrf24 to test with my uno
just have to wait a little ..... 3 weeks 
Oops, do you think about this product : NRF24L01 smd
I will take also these : NRF24L01
Thanks,
I know about dataloss with udp .
Too many data send may flood lan.
Also i tried async udp with esp8266 , created a mesh with other esp work fine.
in fact i losed data when sending or receiving tcp request pendind udp request.
best regards
Hello
What do you think about UDP ?
Is it possible to add an udp listener ? (like node-red)
Thanks.
Best regards
Hello ,
If i can do it, with pleasure .
Best regards
Hello,
Here is some news :
Really nothing append when i ask to update firmware.
/* User configurable variables */
/* ***************************************************************************** */
// Enable DEBUG in sketch to show debug prints.
#define ENABLE_ERROR
#define ENABLE_INFO
#define ENABLE_DEBUG
//#define ENABLE_TRACE
Resources logs :
2017-03-02 21:47:31,788 INFO [main] [org.mycontroller.standalone.db.DataBaseUtils:166] Application information: [Version:0.0.3.Final-SNAPSHOT, Database(type:H2 database embedded, version:1.4.193 (2016-10-31), schema version:1.03.05 - 2016 Nov 18), Built on:2017-02-22T13:38:19+0100, Git commit:8dd52693413b8a9cc6196bd77203ac69f4852ea3:development]
2017-03-02 21:47:31,830 INFO [main] [org.mycontroller.standalone.db.DataBaseUtils:191] Reload DAO triggered...
2017-03-02 21:47:33,536 INFO [Thread-6] [org.mycontroller.standalone.message.RawMessageQueue:54] Cleared offline messages[0] from the queue.
2017-03-02 21:47:34,436 INFO [main] [org.mycontroller.standalone.gateway.mqtt.MqttGatewayImpl:67] MQTT Gateway[name:MQTT for ESP8266, URI:tcp://localhost:1883, NetworkType:MyController] connected successfully..
2017-03-02 21:47:42,663 INFO [main] [org.mycontroller.standalone.StartApp:211] TJWS server started successfully, HTTPS Enabled?:true, HTTP(S) Port: [8443]
2017-03-02 21:47:42,721 ERROR [main] [org.mycontroller.standalone.mdns.McmDNSFactory:116] Unable to create mDNS registry service
2017-03-02 21:47:42,728 INFO [main] [org.mycontroller.standalone.StartApp:109] MyController.org server started in [40721] ms
Do i miss something ? (again ?)
Best regards