Embedded Linux Conference

Linux.conf.au

Christchurch
2019

Jan 21-25, 2019

University of Canterbury, Christchurch, NZ

Linux.conf.au, Christchurch 2019

This year at LCA, the ALE team is presenting tutorials on several subjects, including embedded, IOT, cloud, and security. ALE, the Apprentice Linux Engineer track, is a tutorial series driven by volunteer professional speakers who present apprentice-level material in a way that beginners can understand and use the information. Most tutorials also provide hands-on training, usually with embedded hardware designed and built by ALE volunteers – this is the only associated cost, other than conference attendance fees.
s

Important Note

These sessions are open first to people who have purchased the ALE Floral Bonnet board in order to do the in seminar labs. Furthermore, there limited room in the classroom, so arrive early for each session to make sure you have a seat. Preference given to those who have the Floral bonnet for their raspberrypi zero boards.

List of Topics and Speakers (3 days)

All attendees of E-ALE must abide by the Code of Conduct of LCA.

E-ALE will be presented at LCA in the Jack Erskine building in room 133 at the University of Canterbury in Christchurch, New Zealand.

Jack Erskine

Jack Erskine
Jack Erskine 133
Jack Erskine

Jack Erskine

What Hardware is used in these classes?

We will be using the Raspberry-pi Zero WH.

We will be doing our hands-on labs with the Raspberry Pi Zero WH; please bring one if you have one. However for E-ALE LCA 2019 you will have to purchase a Floral Bonnet to participate in the lab portion of the seminars so that you have access to the appropriate sensors and devices to write the drivers.

the Floral Bonnet will be the sensor package we will be using.

You can buy a FLoral Bonnet at LCA in the E-ALE room in Jack Erskine 133 on the day at the conference for a price of $20 NZD. ARM has kindly sponsored the E-ALE HW (which has brought the price down from the original $40/unit). Thank you ARM!

ARM has subsidized the cost of the floral bonnet, so we can sell them at a much cheaper price of $20/unit.

The Floral Bonnet has the following capabilities:

  • CP2102 Serial over USB console
  • SPI SSD1306 128x64 OLED screen
  • I2C BME208 Pressure Temperature Sensor
  • I2C TSL2561 Light Sensor
  • GPIO Push button
  • GPIO/PWM connected tricolor LED

What do I need to know beforehand? What do I bring to class?

What am I expected to know beforehand?

We make assumptions about attendees existing skills in the E-ALE seminars:

  • You are comfortable using a command line interface
  • You can program and know C
  • You have some level of Linux userspace experience
q

These are not courses on "How to use Linux"

 

What should I bring to class?

Attendees can elect to use the computers which are in the classroom we will be using at University of Canterbury. However attendees are encouraged to bring their own laptop with the following requirements if they have one:

  • A minimum of a recent i5 processor
  • 8GB of RAM
  • Your plugin power supply (we will be compiling a lot)
  • At least 100GB of free disk space
  • Run "./check-requirements.sh EALE"
s

If your laptop doesn’t run Linux...

... please make sure you have a virtual machine program hypervisor available in order to install a Linux VM (for instance Virtual Box, or VMWare).

A

Get your computer ready for E-ALE seminars

We have a script which will set up your computer for E-ALE. Please run it before you come to the seminars.

You can find all the slides and code on the Course Materials site, or in github.

Our Supporters

SCaLE 16x

SCaLE

The Linux Foundation

The Linux Foundation

Linux.conf.au

Arm

QWERTY Embedded Design

BeagleBoard.org

Beagleboard.org

GHI electronics

GHI Electronics

OSH Park

OSH Park

2net

2net

Bootlin Logo

Bootlin

Converse in Code

Converse in Code

Konsulko Group

Konsulko Group

Linutronix

Linutronix

PTR Group Logo

PTR Group

Togán Labs

Togán Labs

VMware

VMware

Yocto Project

Yocto Project

Zephyr Project

Zephyr Project

Contact Us

9 + 11 =