内容简介:ClojureScript optimized for modern React development.Install the latest verion from clojars in your project.A version of "react" and "react-refresh" should be installed automatically; install the corresponding version of your favorite renderer (e.g. "react
Helix
ClojureScript optimized for modern React development.
(ns my-app.core (:require [helix.core :refer [defnc $]] [helix.hooks :as hooks] [helix.dom :as d] ["react-dom" :as rdom])) ;; define components using the `defnc` macro (defnc greeting "A component which greets a user." [{:keys [name]}] ;; use helix.dom to create DOM elements (d/div "Hello, " (d/strong name) "!")) (defnc app [] (let [[state set-state] (hooks/use-state {:name "Helix User"})] (d/div (d/h1 "Welcome!") ;; create elements out of components ($ greeting {:name (:name state)}) (d/input {:value (:name state) :on-change #(set-state assoc :name (.. % -target -value))})))) ;; start your app with your favorite React renderer (rdom/render ($ app) (js/document.getElementById "app"))
Installation
Install the latest verion from clojars in your project.
A version of "react" and "react-refresh" should be installed automatically; install the corresponding version of your favorite renderer (e.g. "react-dom").
shadow-cljs and npm
During development, you'll want to emit ES6 code until polyfills are handled differently . You can do this by passing in a dev compiler configuration:
;; shadow-cljs.edn {,,, :builds {:app {,,, :dev {:compiler-options {:output-feature-set :es6}}}}}
Release builds should be able to emit all the way back to ES3.
shadow-cljs and react-native
See React Native .
lein-cljsbuild / figwheel-main / raw CLJS
Use CLJSJS or package react yourself using webpack, ensuring it is provided as the name "react"
.
Documentation
View formatted docs at
- Why Helix
- Creating Components
- Creating elements
- Hooks
- Experiments
- Pro-tips
- Frequently Asked Questions
- React Native
Other resources:
License
Copyright © 2020 Will Acton
Distributed under the EPL 2.0
以上就是本文的全部内容,希望对大家的学习有所帮助,也希望大家多多支持 码农网
猜你喜欢:本站部分资源来源于网络,本站转载出于传递更多信息之目的,版权归原作者或者来源机构所有,如转载稿涉及版权问题,请联系我们。
算法分析-有效的学习方法(影印版)
Jeffrey J.McConnell / 高等教育出版社 / 2003-03-01 / 28.0
本书主要目标是提高读者关于算法对程序效率的影响等问题的认知水平,并培养读者分析程序中的算法所必需的技巧。各章材料以激发读者有效的、协同的学习方法的形式讲述。通过全面的论述和完整的数学推导,本书帮助读者最大限度地理解基本概念。 本书内容包括促使学生参与其中的大量程序设计课题。书中所有算法以伪码形式给出,使得具备条件表达式、循环与递归方面知识的读者均易于理解。本书以简洁的写作风格向读者介绍了兼具......一起来看看 《算法分析-有效的学习方法(影印版)》 这本书的介绍吧!