Summary We can build an embedded and mobile application based upon tcMenu in a very short amount of time. Our application infrastructure makes it possible to offer a simple UI that can be controlled using a white label version of embedCONTROL over BLE, WiFi, Ethernet, Serial or many other protocols. Along with all the open-source display options, we also have display drivers for native graphics built into STM32F mbed boards, and can easily create other custom display drivers if needed.
Course Summary IoAbstraction and TcMenu are libraries that make writing software for embedded boards easier, and generally more like writing for the desktop. These training courses aim to quick bring your team up to speed with these technologies. In addition, we can discuss the commercial addons that provide faster drivers and deployment without linking with Arduino. Like all our courses this can be tailored for your needs. Course information Duration: 1 day Cost: £499 - £999 limited special offer Locations: UK and some EU locations All prices quoted here are for on site training, exclusive of VAT and do not include travel expenses to your site.
Summary This course covers ways to take advantage of the easy development on the Arduino platform, and then deploy minimising or even completely removing the dependency. It starts ensuring everyone can deploy a simple application onto an embedded device, and builds to using available libraries and unit testing. This can be combined with the IoAbstraction training to get maximum benefit. Like all our courses this can be tailored for your needs.
Summary Java 9 through 11 have brought along some very large changes that have really shaken up the industry. Namely, the module system and the removal of the web-start deployment facilities. Also, along with this the move away from Oracle being the primary provider of the JDK has left people wondering how to proceed. We’ve been on the bleeding edge of this change and are now in a position to ease the transition for others.
If you’re thinking of using tcMenu, IoAbstraction or any other of our libraries on a commercial project, then we offer training and support to get you started quickly. It can be much more affordable than you first think too. Especially when you factor in the saved time, and reduced risk. Along with this we also have extensions to both of the libraries that are only available under a commercial license. These improvements offer significant performance gains over the open source versions, while remaining very compatible.
When you’ve got more than the simplest embedded program for Arduino (or any other framework), it becomes much harder to test that it’s working properly by purely running it. For something like Blink, testing is simple because all we need to do is upload it and see the LED turn on and off; there’s little risk of missing anything significant. However, let’s skip forward to a menu based application with Serial or Ethernet control, there is very little chance that you’d catch all the edge cases by manual testing.
Sometimes the situation arises where a product is built (or gets close to being built), before any concerns about it’s stability are discussed or proper planning arranged. Often this leads to code being written without any proper test plan in place. Combined with very tight deadlines there’s often even no plan to go back and fix things up. Once this situation occurs, it’s probable that the product release will be compromised.
This article discusses how to unit test a simple project with Arduino, if you’re not used to writing unit tests, or need more background, then first read this guide on unit testing embedded projects. My favoured library for writing unit tests on Arduino platform is AUnit. It is open source, under a commercial friendly MIT license and provides a nice API. It is available from here: AUnit is available through library manager, just install it direct from the IDE.