Scripting Languages in IoT: Challenges and Approaches - Lecture
Offered By: Linux Foundation via YouTube
Course Description
Overview
Explore a comprehensive conference talk on the challenges and approaches of using scripting languages in Internet of Things (IoT) development. Delve into the benefits of Very High-Level Languages (VHLLs) for embedded systems, including rapid prototyping, faster development, and extensive high-level libraries. Examine the difficulties of implementing VHLLs on devices with limited ROM and RAM, and compare different strategies for integrating these languages into IoT projects. Learn about MicroPython and JerryScript + Zephyr.js as case studies, and gain insights into recent developments in these projects. Discover the speaker's experience as an IoT engineer at Linaro, contributing to Zephyr RTOS and related projects. Investigate topics such as JavaScript and Python in IoT, language size considerations, standard libraries, development targets, testing, and memory management challenges. Gain valuable knowledge on hardware APIs and draw conclusions on various approaches to scripting languages in IoT development.
Syllabus
Intro
Benefits of Scripting Languages
Scripting Languages in loT
JavaScript - The Golden Hammer
Python - Serial #2
But, the smaller the language, the easier
Finding a sweet spot
With standard library, it becomes all the same
What do develop a language for? (1/3)
What do we develop language for? (2/3)
Targets support
Linux port
Testing
Default development environment
Strict vs weak typing
Hierarchy of variable strictness
Containers
Memory Management - Challenges
Hardware APIs
Conclusions (on approaches)
Conclusions (general)
Taught by
Linux Foundation
Tags
Related Courses
Programming LanguagesUniversity of Virginia via Udacity Building a Basic Website
University of Massachusetts Amherst via Independent iDESWEB, Introducción al desarrollo web
MirÃadax Web Engineering II: Developing Mobile HTML5 Apps
Technische Hochschule Mittelhessen via iversity Web Application Architectures
University of New Mexico via Coursera