eatmyvenom

How to get the code

Step 0 - have cfr.jar from here and have java
Step 1 - run git clone https://github.com/fabricmc/yarn
Step 2 - get a command line and get into that directory
Step 3 - run .\gradlew mapNamedJar and let that complete
Step 4 - run java -jar cfr-<whatever>.jar <MC-version>-named.jar --outputdir <folder where you want the code>
Step 5 - read the code

An overview of rolling release distributions for linux

Between Linux distributions there are a vast number of options on getting different styles of an operating system. Quite a few of these distributions follow the classic idealology of updates like how windows and Mac do it with major updates every so often. However there are two other styles of updates that exist. One is Long Term Service or LTS updates. Also there is rolling updates. This will focus on rolling releases of Linux.

What is a rolling release?

Rolling releases are updates that come to the user whenever they are available. Think of how your apps update but for your computer OS. This is quite different from the tradition update with major release approach. This keeps users up to date with the latest availible ~~bugs~~ features.

Are all of these distros the same then?

Actually very much not, its quite interesting seeing the different approaches being taken to the same idea. Here are a few examples of unique things about different distr

	warning: profiles for the non root package will be ignored, specify profiles at the workspace root:
	package: /home/home/eatmyvenom/code/qmk_xap/src-tauri/Cargo.toml
	workspace: /home/home/eatmyvenom/code/qmk_xap/Cargo.toml
	[0m[1m[38;5;11mwarning[0m[1m[38;5;15m: failed to parse serde attribute
	[0m[1m[38;5;12m \|
	\| [0m[38;5;15m#[serde(with = ":: serde_with :: As :: < NoneAsEmptyString >")]
	[0m[1m[38;5;12m \|
	= [0m[1m[38;5;15mnote: [0m[38;5;15mts-rs failed to parse this attribute. It will be ignored.
	Compiling qmk-xap-gui v0.0.0 (/home/home/eatmyvenom/code/qmk_xap/src-tauri)
	error: proc macro panicked

	/** A multi-dimensional array mapping the various professions, careers and career levels that a Villager may offer */
	// whatm'st in the actual fuck is this code
	// incase nobody sees the massive issues with this code, static finals are always inlined. Which means that
	// these new object allocations are called each time you call the populateBuyList
	private static final EntityVillager.ITradeList[][][][] DEFAULT_TRADE_LIST_MAP = new EntityVillager.ITradeList[][][][]
	{
	{ // profession 0
	{ // farmer - careerId 1 (yes i know, they do an odd +1 in the code later)
	{ // career level 0
	new EntityVillager.EmeraldForItems(Items.WHEAT, new EntityVillager.PriceInfo(18, 22)),

	public void tick(BooleanSupplier booleanSupplier) {
	boolean hasAnyChunksToTick;
	Profiler profiler = this.getProfiler();

	this.inBlockTick = true;

	// tick the world border
	profiler.push("world border");
	this.getWorldBorder().tick();

	public void tick(BooleanSupplier booleanSupplier) {
	boolean hasAnythingToTick;
	Profiler profiler = this.getProfiler();

	this.inBlockTick = true;

	// tick the world border
	profiler.push("world border");
	this.getWorldBorder().tick();

	MultiMC version: 0.6.11-1430


	Minecraft folder is:
	C:/Users/eatmyvenom/codeProjects/mmc-stable-win32/MultiMC/instances/1.15/.minecraft


	Java path is:
	C:/Program Files (x86)/Common Files/Oracle/Java/javapath/javaw.exe

	atus minecraft:full loaded
	Chunk at pos [ 8 , -8 ] With status minecraft:full loaded
	Chunk at pos [ 9 , -8 ] With status minecraft:full loaded
	Chunk at pos [ 9 , -9 ] With status minecraft:full loaded
	Chunk at pos [ 7 , -11 ] With status minecraft:full loaded
	Chunk at pos [ 6 , -11 ] With status minecraft:full loaded
	Chunk at pos [ 10 , -10 ] With status minecraft:full loaded
	Chunk at pos [ 8 , -10 ] With status minecraft:full loaded
	Chunk at pos [ 9 , -9 ] With status minecraft:full loaded

	public void tickChunk(WorldChunk currentChunk, int i) {
	// set a bunch of local variables
	boolean isCurrentlyRaining = this.isRaining();

	ChunkPos currentChunkPos = currentChunk.getPos();
	int chunkBlockPosX = currentChunkPos.getStartX();
	int chunkBlockPosZ = currentChunkPos.getStartZ();

	BlockPos randomBlockAtSurface = this.getSurface(this.getRandomPosInChunk(chunkBlockPosX, 0, chunkBlockPosZ, 15));