Mode:
Duration:
1
Coding works best on desktop or with an external keyboard.
Tilt Detection - Makecode Typing CST Test
Tilt Detection — Makecode Code
Displays a message when the micro:bit is tilted left or right.
basic.forever(function () {
if (input.isGesture(Gesture.TiltLeft)) {
basic.showString("Left")
} else if (input.isGesture(Gesture.TiltRight)) {
basic.showString("Right")
}
})Makecode Language Guide
Microsoft MakeCode is a block- and text-based coding platform for creating interactive programs, games, and hardware projects using microcontrollers like micro:bit, Circuit Playground Express, and more.
Primary Use Cases
- ▸Teaching coding and computational thinking
- ▸Creating microcontroller-based projects
- ▸Prototyping simple games and simulations
- ▸Interactive electronics with sensors and LEDs
- ▸STEM workshops, classrooms, and maker labs
Notable Features
- ▸Block-based drag-and-drop programming
- ▸Text editor support for JavaScript and Python
- ▸Hardware simulation environment
- ▸Extensive hardware extensions and libraries
- ▸Cross-platform web-based IDE with offline apps
Origin & Creator
MakeCode was developed by Microsoft around 2016 as an educational platform to teach coding and electronics to students using a low-barrier, interactive environment.
Industrial Note
Primarily used in education, STEM learning, and maker projects; not intended for large-scale commercial software development.
Quick Explain
- ▸Visual block-based editor with drag-and-drop coding for beginners.
- ▸Text-based JavaScript or Python mode for advanced users.
- ▸Supports interactive hardware, LED displays, sensors, and input devices.
- ▸Real-time simulator to test code without hardware.
- ▸Used for teaching coding, electronics, and STEM concepts in classrooms and at home.
Core Features
- ▸Blocks - visual programming elements
- ▸JavaScript/Python - text coding alternative
- ▸Simulator - test programs virtually
- ▸Hardware integration - micro:bit, Circuit Playground Express, LEGO, etc.
- ▸Extensions - add new sensors, games, or devices
Practical Examples
- ▸Blinking LED with button input
- ▸Temperature-sensor logging
- ▸Simple micro:bit game (rock-paper-scissors)
- ▸Animated display on LED matrix
- ▸Robotics control with multiple motors
Comparisons
- ▸MakeCode vs Scratch: hardware-focused vs general animation/game
- ▸MakeCode vs Processing.py: block/hardware vs creative coding desktop
- ▸MakeCode vs Arduino IDE: beginner-friendly vs text-heavy hardware programming
- ▸MakeCode vs Tinkercad CodeBlocks: more hardware options vs 3D modeling integration
- ▸MakeCode vs PXT: same Microsoft platform, different UI versions
Strengths
- ▸Beginner-friendly with block interface
- ▸Supports transition to text-based coding
- ▸Immediate visual feedback with simulator
- ▸Strong integration with hardware and sensors
- ▸Extensive tutorials and examples for education
Limitations
- ▸Limited advanced programming features
- ▸Not suitable for professional software development
- ▸Simulator may not perfectly match hardware behavior
- ▸Large projects can become hard to manage
- ▸Dependent on browser or MakeCode app for editing
Project Structure
- ▸main.ts or main.py - main code file
- ▸project.json - project metadata
- ▸assets/ - images, sounds, or sprites
- ▸extensions/ - optional libraries for hardware
- ▸README.md - documentation or notes
Basic Concepts
- ▸Block - visual code unit representing actions or logic
- ▸Loop - repeat instructions continuously
- ▸Event - triggered by input (button, sensor, or time)
- ▸Variable - stores data for program state
- ▸Simulator - tests code virtually before deploying