Recently I've created the MysensorListener and I found that Ivo had created a nice sniffer that I wanted to use within this project as well.

The sniffer project shows raw captured NRF24 packages, just like the version of Ivo, but uses a webpage for this instead of wireshark.
The benefits of using a website vs the output to pipe - wireshark option is that I can now match the sender, destination and sensor information against my Vera3 environment, i.e., the information shown is more understandable for me as a human ^^

An example of the output:

The project can be downloaded from github and can run without any dependencies on a Windows platform.
For Linux and Mac you will need to install .NET runtime 1.0.0-rc1-update1
https://docs.asp.net/en/latest/getting-started/installing-on-mac.html
https://docs.asp.net/en/latest/getting-started/installing-on-linux.html

The settings, like serial port name and speed, can be modified in the appsettings.json file located in approot\src\MysensorsInformation.
Setup the Arduino with NRF24L01+ as explained on my blog Setting up the Arduino NRF24Sniffer (it is almost identical as Ivo's version except that I use text output)
From the approot folder, run the web command (web.cmd on Windows and web on linux/mac) to fire-up the application.

Browse to http://localhost:5000 and enjoy the information flying around your ears ^^

Complete documentation and description can be found on my blog.

A while ago I created a 4 by 4 soft buttonpad to control some lights around my house. After that I figured out that some motorized sliders would fit perfect in this project controlling the individual RGB values. The first prototypes I have created work quite well.

The end result:

Every button (in a 4 by 4 grid) represents a light source around the house. Upon a button press, the 100mm linear motorized sliders will then automatically go to the current RGB values for that light source. Upon a change in the slider, the ESP8266 is instructed to send the new values to the Vera3.
The light of the button is representing the light of the ledstrip.

The Arduino and lua code can be found on github: https://github.com/timdows/AMD/tree/master/WifiBottonController

The PCB schema:

Installing the different components:

List of some components:
Arduino Pro Mini 5v
ESP8266 (Wifi module)
2x L293D (to control the motors on the sliders)
WS2812B leds
4 x 4 softbuttons (from sparkfun)
4 x 4 buttonpad PCB (from sparkfun)
3x 100mm Behringer X32 motorized sliders

In the next phase, I will connect the 2 line LCD display to display the name of the selected light source, as I cannot remember 16 different lights apart ^^
I will also do something about the loop in the code to detect a button press

More photos can be found on my blog.

This project, an ASP.NET webpage using SignalR and APS.NET Core 1.0, shows human readable information that your gateway offers.
I created this as I needed to debug some information going over the gateway, and do not have a test environment to isolate the datastream.

Normally when connecting to telnet, your gateway will spit out messages like this:

The protocol is quite simple to read, but as I have no idea what node-id 19 is or subtype 2 if the messagetype is 1, this calls for the need of some webpage that does this.

The webpage shows the latest message at the top, and keeps inserting messages via SignalR as they present themselfs on the gateway

Currently this will only work against a Vera environment, as the information needed to identify nodeID's and ChildNodeID's needs to be requested from a gateway and I happen to only have the Vera3 ^^

For anybody that wants to play with this, the code is available on my github https://github.com/timdows/webpages/tree/master/MysensorListener (for the visual studio users here, this should be quite simple to get running)
If enough requests, I can publish it to a standalone package.

A while ago I created a 4 by 4 soft buttonpad to control some lights around my house. After that I figured out that some motorized sliders would fit perfect in this project controlling the individual RGB values. The first prototypes I have created work quite well.

The end result:

Every button (in a 4 by 4 grid) represents a light source around the house. Upon a button press, the 100mm linear motorized sliders will then automatically go to the current RGB values for that light source. Upon a change in the slider, the ESP8266 is instructed to send the new values to the Vera3.
The light of the button is representing the light of the ledstrip.

The Arduino and lua code can be found on github: https://github.com/timdows/AMD/tree/master/WifiBottonController

The PCB schema:

Installing the different components:

List of some components:
Arduino Pro Mini 5v
ESP8266 (Wifi module)
2x L293D (to control the motors on the sliders)
WS2812B leds
4 x 4 softbuttons (from sparkfun)
4 x 4 buttonpad PCB (from sparkfun)
3x 100mm Behringer X32 motorized sliders

In the next phase, I will connect the 2 line LCD display to display the name of the selected light source, as I cannot remember 16 different lights apart ^^
I will also do something about the loop in the code to detect a button press

More photos can be found on my blog.

Fixed the url, didnt check it after I posted it ^^

If someone has information how it runs on a linux/mac, please let me know. As I'm not sure if the application would run with ttyUSB1 or something like that as the serial port name.

Recently I've created the MysensorListener and I found that Ivo had created a nice sniffer that I wanted to use within this project as well.

The sniffer project shows raw captured NRF24 packages, just like the version of Ivo, but uses a webpage for this instead of wireshark.
The benefits of using a website vs the output to pipe - wireshark option is that I can now match the sender, destination and sensor information against my Vera3 environment, i.e., the information shown is more understandable for me as a human ^^

An example of the output:

The project can be downloaded from github and can run without any dependencies on a Windows platform.
For Linux and Mac you will need to install .NET runtime 1.0.0-rc1-update1
https://docs.asp.net/en/latest/getting-started/installing-on-mac.html
https://docs.asp.net/en/latest/getting-started/installing-on-linux.html

The settings, like serial port name and speed, can be modified in the appsettings.json file located in approot\src\MysensorsInformation.
Setup the Arduino with NRF24L01+ as explained on my blog Setting up the Arduino NRF24Sniffer (it is almost identical as Ivo's version except that I use text output)
From the approot folder, run the web command (web.cmd on Windows and web on linux/mac) to fire-up the application.

Browse to http://localhost:5000 and enjoy the information flying around your ears ^^

Complete documentation and description can be found on my blog.

This project, an ASP.NET webpage using SignalR and APS.NET Core 1.0, shows human readable information that your gateway offers.
I created this as I needed to debug some information going over the gateway, and do not have a test environment to isolate the datastream.

Normally when connecting to telnet, your gateway will spit out messages like this:

The protocol is quite simple to read, but as I have no idea what node-id 19 is or subtype 2 if the messagetype is 1, this calls for the need of some webpage that does this.

The webpage shows the latest message at the top, and keeps inserting messages via SignalR as they present themselfs on the gateway

Currently this will only work against a Vera environment, as the information needed to identify nodeID's and ChildNodeID's needs to be requested from a gateway and I happen to only have the Vera3 ^^

For anybody that wants to play with this, the code is available on my github https://github.com/timdows/webpages/tree/master/MysensorListener (for the visual studio users here, this should be quite simple to get running)
If enough requests, I can publish it to a standalone package.