Development

Also contra: no signing

Ah yes... Thanks, folks! I got my sketches mixed up and was using a 1.5 version.

Hi @Cyberzoid Welcome to MySensors! A description of how ro read all the output is available at http://forum.mysensors.org/topic/666/debug-faq-and-how-ask-for-help

HAHAHA Thank you ! :)

Well you could store the boolean variables for the valves in an array, and use the sensor child id as the index of the variables in the array. You can also use the setSensor setter on the message variable (MSG_V1) to change which sensor child id the message belongs to. That way, you only need to declare one message variable. You can use two setters on the same line like this: // Set child id 1 to 0 to simplify using it as index in an array #define CHILD_ID1 0 // Set child id 2 to 1 which is the next index after index 0. #define CHILD_ID2 1 // Declare an array of type boolean of size 2. boolean VALVES[2]; // Declare the message with CHILD_ID1. MyMessage MSG(CHILD_ID1, V_LIGHT); void setup() { ... } ... void incomingMessage(const MyMessage &message) { if (message.type == V_LIGHT) { // Set array element at index message.sensor to boolean value from message payload. VALVES[message.sensor] = message.getBool(); // Set child id to child id of message.sensor and payload to either 1 or 0 for message, and send message. gw.send(MSG.setSensor(message.sensor).set(message.getBool() ? 1 : 0)); } } Sorry... there was a lot of edits. Now I'm done.... :smile:

@TheoL With regards the LED's, I slightly changed the logic so they count down, rather than up, i.e. they extinguish as each hour passes until the 4th hour. I don't see an issue with the current rain sensor / moisture sensor logic, I'm ensuring a reading is taken, but not seeing it unless they've changed? The number you see there now is only because I was testing, normally they're either lastMoistureValue = moistureValue OR lastRainValue = rainValue The main issue I see is that I need to countdown to be in sync with if (lastMoistureValue == 0 || lastRainValue == 0) so if (lastMoistureValue == 0 || lastRainValue == 0) is true on each loop, then the countdown LED's are reset also. I'll no doubt change the loop wait to much longer once deployed.

Got it to work. Removed serial.print lines and changed sleep() to wait().

Yeah @hek, i defined it after #include MySensor.h, so it was not properly defined :+1: Thanks!

You could probably simplify this sketch a bit... Look in the debug log and check it sends any temp data... If not, add debug in some locations until you find the problem. For instance what temp value you actually get when reading it from the dallas sensor.

@Mark-Swift check this for node-to-node communication http://forum.mysensors.org/topic/3467/basic-setup-network/2 as @hek said setup a database in nodered to save the values received from node-1 and you could request that from node-2

Hello @m26872 , I set some serial.print in the code and found that i need to add some node.sleep when an incorrect key is pushed. The problem was due to the fact that the interruption pin is still valid when i restart the loop function ! David.

@Roland And does it work?

I think the result is a floating point number but the divider isn't. I'm going to rewrite the formula so it matches my old sketch which was working correctly.

Thanks that really worked for me.

@rollercontainer correct

Look at the MyMessage.h, it contains the struct that is sent OTA.

@Brayton-Larson Hello, old topic but if anyone is interested it's simple to implement. You need to know the node ID of the receiving node, and send it a message from the gateway. In the development version use the receive method/event that will trigger every time your node or gateway receives a message, if the message is sent by the door node, then you can send a message to the receiving node, and use the same receive method in the node to display a message/use the buzzer/... void receive(const MyMessage &msg) { // here process the message, see API/examples } And you can even use the esp8266 gateway to ring the buzzer directly to make it even more simple, then you only need one esp8266 as gateway and arduino/nrf24 as node.

Hi, See the above mentioned topic, there is a solution to using esp8266/Arduino 2.1 library.