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=== Installation of Mihini === | === Installation of Mihini === | ||
Revision as of 09:48, 14 March 2013
Contents
- 1 Tutorial
- 1.1 Goals
- 1.2 Key steps
- 1.2.1 Introduction to the greenhouse demo
- 1.2.2 Introduction to Mihini
- 1.2.3 Introduction to Koneki tools for Mihini
- 1.2.4 Installation of Lua Development Tools (all-in-one bundle)
- 1.2.5 Local communication
- 1.2.6 Greenhouse tutorial
- 1.2.7 Introduction to push data
- 1.2.8 Add server communication to the code
- 1.2.9 Go further
- 1.2.10 Installation of Mihini
- 1.2.11 Setting up the Arduino
- 1.2.12 Remote run/debug
- 1.2.13 Wireless code
- 1.2.14 Install application
- 1.3 Hardware
Tutorial
EclipseCon 2013 Tutorial plan.
Tutorial material is hosted at https://github.com/SierraWireless/eclipsecon2013-m2m-tutorial
Goals
Show Mihini
- show key APIs such as logging, sched, airvantage, devicetree, (sms?)...
- show how it's easy to do I/O manipulation and wireless communication
Koneki for Mihini
- show how Lua is easy to edit thanks to LDT tooling
- show EE and remote development for Mihini
FUN!!!!!!
Key steps
Introduction to the greenhouse demo
TODO
slides: Benjamin
slides: Benjamin
Introduction to Mihini
TODO
slides: Benjamin
slides: Benjamin
Features
TODO
slides ?
slides ?
Overall architecture
TODO
slides: Laurent
slides: Laurent
Introduction to Koneki tools for Mihini
TODO
slides: Benjamin
slides: Benjamin
Installation of Lua Development Tools (all-in-one bundle)
DONE.
Write and run a local LUA example
TODO
instructions ?
instructions ?
Configure remote system
TODO
instructions ?
instructions ?
Remote launch the previous example
TODO
instructions ?
instructions ?
Local communication
TODO
slides ?
slides ?
Modbus API
TODO
slides ?
slides ?
Greenhouse tutorial
TODO
slides ?
slides ?
Read/write some values with modbus
TODO
instructions ?
instructions ?
Install execution environment
TODO
instructions ?
instructions ?
Create new Mihini project
TODO
instructions ?
instructions ?
Introduction to push data
TODO
slides: Benjamin
slides: Benjamin
M3DA protocol
TODO
slides : Julien
slides : Julien
push data API
TODO
slides: Laurent
slides: Laurent
Add server communication to the code
TODO
instructions ?
instructions ?
push data
TODO
instructions ?
instructions ?
m2m.eclipse.org
TODO
instructions/slides ?
instructions/slides ?
JSon API for displaying data
TODO
instructions/slides ?
instructions/slides ?
Go further
TODO
slides ?
slides ?
App con
TODO
slides: Laurent
slides: Laurent
End user android application
TODO
slides ?
slides ?
Installation of Mihini
Participants will compile and install Mihini on the Raspberry Pi based on the instructions available here
Compile Mihini source code
- Copy (git clone?) the sources of Mihini on the Raspberry Pi
TODO
Provide a copy of the git repo on the USB stick???
Provide a copy of the git repo on the USB stick???
- Compile Mihini (and its Lua VM)
- Brief presentation of the defaultconfig ; tweak the few settings that will simplify development
First Mihini launch
- Start Mihini on the target
- Open a telnet connection on port 2000 to play with the agent's shell
- a = 1
- print(a)
- :agent.config.get('shell')
Hello World REMOTE
- Configure a new Remote System corresponding to the Raspberry Pi inside LDT
- Launch the previously written Hello World using a remote launch conf
- Do a remote debug
Setting up the Arduino
- First step will be to setup the arduino with a blinking LED
TODO
Prepare Arduino IDE archives (mac, linux, win) for the USB stick
Prepare Arduino IDE archives (mac, linux, win) for the USB stick
TODO
Fritzing schematic of the blinking LED setup?
Fritzing schematic of the blinking LED setup?
- Next is the instalation of the Modbus stack --> https://github.com/kartben/mihini-greenhouse-demo/tree/master/SimpleModbusSlaveExample
Remote run/debug
Log hello on the module.
Wireless code
Upload first data on internet using MQTT and AirVantage
Install application
Show how to install an application using mihini (and airVantage)
Hardware
The main hardware will be a Raspberry Pi (running Mihini) connected to an Arduino ; the Arduino itself being connected to several sensors/actuators.
Bill of materials
| Item | Qty |
|---|---|
| Raspberry Pi | 1x |
| Arduino Uno | 1x |
| Grove kit or equivalent | 1x |
| Micro USB cable | 1x |
| 4GB SD card | 1x |
| USB 1A power supply | 1x |
| USB A-B cable | 1x |
| Wifi dongle (Netgear WNA1000M-100FRS)* | 1x |
- this might not be the best option for the US market (sounds look it is way more expensive than in Europe?)
Ordering everything from Adafruit would be:
- Raspberry Pi: https://www.adafruit.com/products/998 - 39.95USD
- Starter pack for Arduino: https://www.adafruit.com/products/68 - 65.00USD
- Sensors (the ones provided in the budget pack)
- SD card: https://www.adafruit.com/products/102 - 7.95USD
- Power supply: https://www.adafruit.com/products/501 - 5.95USD
- USB A-Micro: https://www.adafruit.com/products/592 - 3.95USD
- USB A-B (the one provided in the budget pack)
- WiFi dongle: https://www.adafruit.com/products/814 - 11.95USD
- TOTAL: 135USD