Notes based on: https://www.linkedin.com/learning/learning-ios-for-android-developers/welcome?u=2062740
Please note that the programming language section will not be covered in detail, as the language only matters if you are developing specifically for that platform.
If you find the notes to be too brief and want to learn more indepth on each topic, be sure to checkout the Android Developer Site & iOS developer site!
This talk is held during RubySG ❤️ Matz Meetup (September 2019)
Checkout the video by Engineers.sg here!
Below are just some mini notes in text that I took down for Matz's talk! Thanks @Matz for the walkthrough of how he designed the language's reserved words.
EDIT: I also attached links if you wanted to read up about the less commonly known languages that he mentioned. Please leave comments below if there is anything you wanna add in! >
A summary on the talks that happened in GDG SG X Kotlin User Group SG - Kotlin/Everywhere Meetup on 24 September 2019.
Talks:
Event details: Organized by GDG Singapore on Nov 30 2019. Website on the event here.
All speaker slides: https://drive.google.com/drive/folders/17JvMdd7sPvrAi_f-qRyfQrFQItWSEJxu?usp=sharing
Table of Contents
These notes are made for fellow beginner programmers by a layman who only has the knowledge from 10.009 The Digital World course in SUTD, which introduces students to Python. Thus, it will not be very comprehensive as it will skip over a lot on how Kivy does its modularity and abstraction to achieve its current form of code architecture. In fact, I will be explaining things more in terms of patterns more than how it works. If you are interested though, headover to kivy.org to read their API references and documentation.
As a coder, you know that we write programmes based on conditionals and loops. Similarly, here, Kivy has a main loop that runs during its application lifetime, which only quits upon closing the app. In this main loop, user inputs, hardware sensors etc are rendered to the display. Within the main loop, there are nested loops happening as well, and as usual avoid infinite/long loops
based on AWS Primers
Supplementary notes on E&C covered under further resources
In these days, digital multimeter helps in measuring the resistance in a simple way. But the advantage of Wheatstone bridge over this is to provide the measurement of very low values of resistance in the range of milli-ohms.
The Wheatstone bridge is the interconnection of four resistances forming a bridge. The bridge is used for finding the value of an unknown resistance connected with two known resistor, one variable resistor and a galvanometer.