Dev By Ray devbyray

Azure Developer AZ-204 Certificering: Projecten om je Slaagkansen te Vergroten

Het behalen van de AZ-204 Microsoft Azure Developer Associate certificering vereist meer dan alleen theoretische kennis. Hands-on projecten zijn essentieel om de praktische vaardigheden te ontwikkelen die nodig zijn voor zowel het examen als echte Azure-ontwikkeling[1]. Door concrete projecten te bouwen die aansluiten bij de examendoelstellingen, vergroot je je kansen op succes aanzienlijk.

Waarom Praktische Projecten Cruciaal Zijn

De AZ-204 is een praktijkgerichte certificering die je vaardigheden test in het ontwerpen, bouwen, testen en onderhouden van cloud-applicaties op Microsoft Azure[2]. Het examen bevat scenario-gebaseerde vragen die diepgaande kennis van Azure-services vereisen - iets wat alleen door praktische ervaring kan worden ontwikkeld[1].

Kernprojecten voor AZ-204 Voorbereiding

1. Azure Compute Solutions (25-30%)

DevContainers vs Docker Compose: The Key Advantages of VSCode DevContainers

You're absolutely right that DevContainers share similarities with Docker Compose - both use containerization to manage development environments. However, DevContainers offer several distinct advantages that go beyond traditional containerization, particularly when it comes to IDE integration and developer experience.

Enhanced IDE Integration

The most significant advantage of DevContainers over plain Docker Compose is their deep integration with Visual Studio Code[1]. While Docker Compose can spin up containers, DevContainers create a full-featured development environment within VSCode that includes:

Seamless Extension Management: DevContainers automatically install and configure VSCode extensions inside the container environment[1][2]. This means your linting tools, debuggers, and other development extensions work directly within the containerized environment, not just on your host machine.

The pull request title and description are clear and concise, and follow the project’s pull request template.
The code changes are relevant to the user story or task, and do not introduce any unrelated changes or dependencies.
The code follows the Vue style guide1 and the project’s coding standards, and does not contain any errors, warnings, or console logs.
The code is tested and passes all unit tests and end-to-end tests, and has a test coverage of at least 80%.
The code is documented with comments and JSDoc annotations, and has no spelling or grammar mistakes.
The code is linted and formatted with Prettier or ESLint, and has no conflicts with the main branch.
The code is compatible with all major browsers and devices, and has no accessibility issues.
The code uses Strapi as the backend, and communicates with it using Apollo GraphQL client.
The code implements Nuxt features such as SSR, static generation, routing, meta tags, etc., where applicable.
[ ]

	const crypto = require('crypto');
	const fetch = require('node-fetch')

	// Replace with your actual API key and secret
	const API_KEY = 'YOUR_KEY';
	const API_SECRET = 'YOUR_SECRET';

	// Define the endpoint and method
	const endpoint = 'https://api.bitvavo.com/v2/balance';
	const method = 'GET';

	base_width = 50;
	base_length = 30;
	base_height = 10;
	border_size = 2;
	$fn = 50;


	difference() {
	// Main bucket
	minkowski() {

	//Parameters
	name = "RayRay";
	name_size = 10;
	name_height = 1;
	font = "Lobster Two";
	outline_height = 1;
	outline_thickness = 1.6;

	// This takes care of smoother edges
	$fn = 50;


	name = "Anne-marie";
	extra_length = -10;

	function getFrameWidth() = (len(name) * (len(name) > 10 ? 8 : 10)) + extra_length;

	translate([0, -4, 0])
	linear_extrude(height=5)
	text(name);

	@media (prefers-color-scheme: dark) {
	:root {
	--txtPrimaryColor: #fff;

	--txtHintColor: #666f75;
	--txtDisabledColor: #a0a6ac;

	--primaryColor: rgb(46, 46, 59);

	--bodyColor: #081022;

	export function docReady(): Promise<void> {
	return new Promise((resolve) => {
	if (document.readyState === 'interactive') {
	resolve()
	} else {
	window.addEventListener('DOMContentLoaded', () => {
	resolve()
	})
	}
	})

	for( i = [0:1:15]) {
	tranlate([i * coster_size, 0, 1])
	....
	}