jgcmarins

Table of concepts and definitions

Concept	Definition
Autonomy	How well will this company give me autonomy to do my job?
Freedom	How much freedom will I have to balance work and personal life?
Responsibilities	What level of responsibilities will I have, and how extensive will they be?
Culture	How well does this company's culture align with my values, and how open is the company to allowing me to contribute to the culture I believe in?
Tech Stack	How closely does the tech stack used by this company align with my preferences, and to what extent is the company willing to allow me to use the stack I prefer?
Personal Growth	How big is the potential of this company to help me keep growing?

DanielHe4rt

• Acronym
  • Atomicity
    • One operation per time, independent on which one (INSERT, UPDATE, DELETE etc), preventing any error to be persisted. Basically: every piece of your query should be ok "atomically speaking" to be considered a successful operation.
    • If any part of the operation fails, it will roll everything back.
  • Consistency
    • Let you only write data that is predefined previously. Like a table modeling with specifics data types, constraints, cascades, indexes or any other modeled clause.
  • Isolation
• Each operation per time without interfere in other operations;

gaearon

Next.js client-only SPA example

Made this example to show how to use Next.js router for a 100% SPA (no JS server) app.

You use Next.js router like normally, but don't define getStaticProps and such. Instead you do client-only fetching with swr, react-query, or similar methods.

You can generate HTML fallback for the page if there's something meaningful to show before you "know" the params. (Remember, HTML is static, so it can't respond to dynamic query. But it can be different per route.)

Don't like Next? Here's how to do the same in Gatsby.

EduardoRFS

Como Pensar

Ler e entender um pouco desse artigo. https://wiki.c2.com/?FeynmanAlgorithm

• Reconhecer como você pensa
• Descrever métodos que você usa para pensar
• Entender métodos diferentes de pensar
• Fazer perguntas sobre tudo(incluindo sobre perguntas)

Perguntas

Wellers0n

const { query } = router

const queryParams = {
  [field]: [value]?.concat?.(query[field] || [])
}

router.replace({
  query: { ...query, ...queryParams },
});

ddanielsantos

These are the repos that helped me the most

author	repo	has server	has web client	has mobile client
sibelius	DM @sseraphini on Twitter about relay-workshop	yes	yes	no
noghartt	fakeddit	yes	yes	no
danilo	rbaf	yes	yes	no
bia	koa-server	yes	yes	no
akinn	amora	yes	no	yes
xsadia	koa-todo-api	yes	yes	no

coproduto

Roadmap de estudos de SQL

Aviso: Muitas vezes detalhes de várias operações podem variar de banco para banco. Em questões onde fiquei em dúvida, este documento segue o funcionamento do PostgreSQL, pois é o banco que conheço melhor.

Pré-requisito: Álgebra Relacional básica

Antes de começar a escrever SQL, você precisa entender o modelo de como um banco de dados relacional funciona. Não precisa se aprofundar muito, mas você precisa entender como que dados e relacionamentos entre eles são representados. (Nota importante: Relacionamento e relação não são a

fersilva16

const assert = require('assert');

const Value = (n) => ({ type: 'value', n });
const Sum = (a, b) => ({ type: 'sum', a, b });
const Prod = (a, b) => ({ type: 'prod', a, b });
const Div = (a, b) => ({ type: 'div', a, b });
const Sub = (a, b) => ({ type: 'sub', a, b });

const sliceLast = (a, n) => a.slice(n > a.length ? 0 : a.length - n, a.length);

Grubba27

// Multiplication comes from this issue:  https://github.com/type-challenges/type-challenges/issues/5814

type Reverse<A> =
  `${A}` extends `${infer AH}${infer AT}`
    ? `${Reverse<AT>}${AH}` : A

type Digs = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]
type DigsNext<I = Digs, R = {}> =
  I extends [infer Head, infer Next, ...infer Tail]
    ? DigsNext<[Next, ...Tail], R & Record<Head, Next>>

juliomerisio

• Learn how Canvas works
• Learn how Create a scene
• Learn how to Positining elements in a scene
• Learn how to create 3D elements using code
• Learn how to use 3D assets, textures, maps HDRIs
• Learn how to interact based on events, click, scroll, drag
• Learn how Animate elements - Frames
• Learn how Map WebGL elements to DOM elements whilst scrolling
• Learn how Preload and prerender textures (replicates AssetLoader)
• Learn how Manage WebGL resources (create and destroy materials and geometries as needed)