AxGord

class MatrixRotate {
	static function main() {
		final w = 3;
		final h = 2;
		final m = [
			1, 0, 2,
			0, 3, 4
		];
		p(r90(m, w, h), h, w);
		p(r180(m, w, h), w, h);

AxGord

import pony.events.Event1;
import pony.events.Signal1;
import pony.magic.DI;
import pony.magic.HasListener;
import pony.magic.HasSignal;
import pony.time.DT;
import pony.time.DeltaTime;

@:nullSafety(Strict) class DynamicDeltaTimeService implements HasSignal implements HasListener implements DI {

AxGord

import haxe.Timer;
import pony.Logable;
import pony.magic.WR;
import pony.magic.DI;

// https://github.com/AxGord/Pony/commit/a0c68a0f5d92798b2054fd39dc9e370c0977f2a4
class Main implements DI {

	@:service private final l: Logable = new Logable('Module:');
	@:service private final myService: MyService = new MyService();

AxGord

import sys.io.File;
using StringTools;

final path: String = '../src/';
final ext: String = '.hx';

final map: Map<String, Array<String>> = [
	'native package name' => ['Path to file, without extension']
];

AxGord

package;

import js.Node;
import pony.math.Matrix;
import pony.midi.devices.Launchpad;
import pony.midi.devices.LaunchpadColor;
import pony.text.TextTools;
import pony.time.Timer;

using pony.Tools;

AxGord

class Main {

	private static function main():Void {
		trace(-1 > (5: UInt));
	}

}

abstract UInt(Int) from Int to Int {
	@:op(A + B) private static inline function add(a:UInt, b:UInt):UInt {

AxGord

import haxe.Constraints.Function;

/*
Result:
src/Main.hx:16: Function bench
src/Main.hx:76: 0.019 sec
src/Main.hx:19: Signal bench
src/Main.hx:76: 0.01 sec
*/

AxGord

import pony.net.*;
import pony.net.rpc.*;
import pony.events.*;
import pony.time.MainLoop;

class RPCExample {

	private static function main():Void {
		MainLoop.init();

AxGord

import pony.net.SocketClient;
import pony.net.SocketServer;
import pony.time.MainLoop;

class NekoSockets {

	private static function main():Void {
		MainLoop.init();

		var port = 12345;

AxGord

class Test {
    static function main() {
        var a = new SmartArray([1, 2, 3]);
        for (e in a) {
            trace(e);
          if (e == 2) a.remove(1);
    	}
    }
}