xh

xh is a friendly and fast tool for sending HTTP requests. It reimplements as much as possible of HTTPie's excellent design.

Installation

On macOS and Linux via Homebrew

brew install xh

On windows via Scoop

scoop install xh

On Arch linux via Pacman

pacman -S xh

From binaries

The release page contains prebuilt binaries for Linux, macOS and Windows.

From source

Make sure that you have Rust 1.45 or later installed.

cargo install xh

Usage

USAGE
    xh [OPTIONS] <[METHOD] URL> [--] [REQUEST_ITEM]
OPTIONS
    -j, --json                       (default) Serialize data items from the command line as a JSON object
    -f, --form                       Serialize data items from the command line as form fields
    -m, --multipart                  Like --form, but force a multipart/form-data request even without files
        --pretty <STYLE>             Controls output processing [possible values: all, colors, format, none]
    -s, --style <THEME>              Output coloring style [possible values: auto, solarized]
    -p, --print <FORMAT>             String specifying what the

Tisp (Toy Lisp)

A Lisp-like programming language that is typed and compiled. It aims to support multiple processor architectures by being built upon LLVM. It takes inspiration from programming languages like Rust, Lisp and Elixir.

Current working example

A program to compute first 5 fibonacci numbers:

(let first 0)
(let second 1)
(let fib)
(let n 0)
(while (< n 5)
    (let fib (+ first second))
    (let second first)
    (let first fib)
    (let n (+ n 1))
    (print fib)
)

Features to build

• Convert raw code into token stream
• Convert token stream into Expression tree
• Handle multiple levels of nested expressions
• Have multiple (independent) expressions per file
• Generate LLVM IR for the currently supported features
• add CLI flag to emit llvm
• add while loop
• Declare variables
• add nested while loops
• Add types for…

The Demo.

What is the application?

A simple web-application that fetches the trending git repositories of a programming language and displays them.

Tools we're going to use:

1. [Svelte] (svelte.dev/) for developing the app.
2. [SnowPack] (snowpack.dev/) for building the app.
3. [Vercel] (vercel.com/) for deploying the app.

Project architecture

the project architecture is very simple

Let's begin

In the "src" folder we create App.svelte, it's the principal component.

const getReposByLang = async () => {
  if (!reposMap.has(repoLang)) page = 0;
  isSearching = true;
  if (reposMap.has(repoLang) && !page === 0) {
    isSearching = false;
    return;
  }
  await getRepos(repoLang, page).then((res) => {
    if (reposMap.has(repoLang)) {
      reposMap.set(