Vitor L Cavalcanti VitorLuizC

A Taxonomy of Self-Types

Part I: Introduction to Self-Types

Datatypes in the Formality programming language are built out of an unusual structure: the self-type. Roughly speaking, a self-type is a type that can depend or be a proposition on it's own value. For instance, the consider the 2 constructor datatype Bool:

A compile-time 4-Bit Virtual Machine implemented in TypeScript's type system. Capable of running a sample 'FizzBuzz' program.

Syntax emits zero JavaScript.

type RESULT = VM<
  [
    ["push", N_1],         // 1
    ["push", False],       // 2
 ["peek", _], // 3

React Resume

Props

Props são atributos que podem ser passados para componentes (não mude eles dentro do component que vc está usando)

Pros are attributes that can be passed to components (don't change them into the component which is using them)

States

A melhor forma de manipular as props que foram passadas e outros atributos do seu component

	using UnityEngine;

	[RequireComponent( typeof(Camera) )]
	public class FlyCamera : MonoBehaviour {
	public float acceleration = 50; // how fast you accelerate
	public float accSprintMultiplier = 4; // how much faster you go when "sprinting"
	public float lookSensitivity = 1; // mouse look sensitivity
	public float dampingCoefficient = 5; // how quickly you break to a halt after you stop your input
	public bool focusOnEnable = true; // whether or not to focus and lock cursor immediately on enable

	type Props = {
	};
	const FormUseFormik = (props: Props) => {
	const { enqueueSnackbar } = useSnackbar();

	const onSubmit = (values) => {
	enqueueSnackbar(`submit: ${JSON.stringify(values)}`, {
	preventDuplicate: true,
	persist: false,
	});

	interface Composable<B,C> {
	(b: B): C;
	I: <D>(f: (c: C) => D) => Composable<B,D>;
	o: <A>(f: (a: A) => B) => Composable<A,C>;
	}

	/*
	* Non-type safe internal function - type safety of result is guaranteed by
	* allowing creation only through `I` and `o` functions and methods
	*/

	import { mapObjIndexed } from 'ramda'


	type PropMorphism
	<TKeyValue, TContext extends object, TKeyName, TResult> =
	(value: TKeyValue, context: TContext, keyname: TKeyName) =>
	TResult

	/**
	* Use HasExactlySameKeys if you want to assure to procced

	function createStore({ state, mutations }) {
	return {
	state: Vue.observable(state),
	commit(key, ...args) {
	mutations[key](state, ...args)
	}
	}
	}
	const store = createStore({
	state: { count: 0 },

	"use strict";

	/**
	* Generates various VT100 ANSI escape sequences.
	* Ported from C#.
	* @licence MPL-2.0 <https://www.mozilla.org/en-US/MPL/2.0/>
	* @source https://gist.github.com/a4edd3204a03f4eedb79785751efb0f3#file-ansi-cs
	* @author Starbeamrainbowlabs
	* GitHub: @sbrl \| Twitter: @SBRLabs \| Reddit: u/Starbeamrainbowlabs
	*** Changelog ***