311 lines
8.3 KiB
Markdown
311 lines
8.3 KiB
Markdown
# MyEtherWallet V4+ (ALPHA - VISIT [V3](https://github.com/kvhnuke/etherwallet) for the production site)
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[](https://greenkeeper.io/)
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#### Run:
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```bash
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npm run dev # run app in dev mode
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```
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#### Build:
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```bash
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npm run build # build app
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```
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It generates app in `dist` folder.
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#### Test:
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```bash
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npm run test # run tests with Jest
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```
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#### Dev (HTTPS):
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1. Create your own SSL Certificate (Heroku has a [nice guide here](https://devcenter.heroku.com/articles/ssl-certificate-self))
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2. Move the `.key` and `.crt` files into `webpack_config/server.*`
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3. Run the following command:
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```bash
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npm run dev:https
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```
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#### Derivation Check:
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##### The derivation checker utility assumes that you have:
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1. Docker installed/available
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2. [dternyak/eth-priv-to-addr](https://hub.docker.com/r/dternyak/eth-priv-to-addr/) pulled from DockerHub
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##### Docker setup instructions:
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1. Install docker (on macOS, [Docker for Mac](https://docs.docker.com/docker-for-mac/) is suggested)
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2. `docker pull dternyak/eth-priv-to-addr`
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##### Run Derivation Checker
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```bash
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npm run derivation-checker
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```
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## Folder structure:
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```
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│
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├── common
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│ ├── actions - application actions
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│ ├── api - Services and XHR utils
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│ ├── components - components according to "Redux philosophy"
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│ ├── config - frontend config depending on REACT_WEBPACK_ENV
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│ ├── containers - containers according to "Redux philosophy"
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│ ├── reducers - application reducers
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│ ├── routing - application routing
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│ ├── index.tsx - entry
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│ ├── index.html
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├── static
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├── webpack_config - Webpack configuration
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├── jest_config - Jest configuration
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```
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## Style Guides and Philosophies
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The following are guides for developers to follow for writing compliant code.
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### Redux and Actions
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Each reducer has one file in `reducers/[namespace].ts` that contains the reducer
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and initial state, one file in `actions/[namespace].ts` that contains the action
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creators and their return types, and optionally one file in
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`sagas/[namespace].ts` that handles action side effects using
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[`redux-saga`](https://github.com/redux-saga/redux-saga).
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The files should be laid out as follows:
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#### Reducer
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* State should be explicitly defined and exported
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* Initial state should match state typing, define every key
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```ts
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import { NamespaceAction } from "actions/[namespace]";
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import { TypeKeys } from 'actions/[namespace]/constants';
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export interface State { /* definition for state object */ };
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export const INITIAL_STATE: State = { /* Initial state shape */ };
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export function [namespace](
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state: State = INITIAL_STATE,
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action: NamespaceAction
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): State {
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switch (action.type) {
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case TypeKeys.NAMESPACE_NAME_OF_ACTION:
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return {
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...state,
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// Alterations to state
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};
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default:
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return state;
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}
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}
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```
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#### Actions
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* Define each action creator in `actionCreator.ts`
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* Define each action object type in `actionTypes.ts`
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* Export a union of all of the action types for use by the reducer
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* Define each action type as a string enum in `constants.ts`
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* Export `actionCreators` and `actionTypes` from module file `index.ts`
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```
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├── common
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├── actions - application actions
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├── [namespace] - action namespace
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├── actionCreators.ts - action creators
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├── actionTypes.ts - action interfaces / types
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├── constants.ts - string enum
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├── index.ts - exports all action creators and action object types
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```
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##### constants.ts
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```ts
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export enum TypeKeys {
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NAMESPACE_NAME_OF_ACTION = 'NAMESPACE_NAME_OF_ACTION'
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}
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```
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##### actionTypes.ts
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```ts
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/*** Name of action ***/
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export interface NameOfActionAction {
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type: TypeKeys.NAMESPACE_NAME_OF_ACTION,
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/* Rest of the action object shape */
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};
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/*** Action Union ***/
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export type NamespaceAction =
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| ActionOneAction
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| ActionTwoAction
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| ActionThreeAction;
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```
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##### actionCreators.ts
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```ts
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import * as interfaces from './actionTypes';
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import { TypeKeys } from './constants';
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export interface TNameOfAction = typeof nameOfAction;
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export function nameOfAction(): interfaces.NameOfActionAction {
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return {
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type: TypeKeys.NAMESPACE_NAME_OF_ACTION,
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payload: {}
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};
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};
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```
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##### index.ts
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```ts
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export * from './actionCreators';
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export * from './actionTypes';
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```
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### Higher Order Components
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#### Typing Injected Props
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Props made available through higher order components can be tricky to type. Normally, if a component requires a prop, you add it to the component's interface and it just works. However, working with injected props from [higher order components](https://medium.com/@DanHomola/react-higher-order-components-in-typescript-made-simple-6f9b55691af1), you will be forced to supply all required props whenever you compose the component.
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```ts
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interface MyComponentProps {
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name: string;
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countryCode?: string;
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routerLocation: { pathname: string };
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}
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...
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class OtherComponent extends React.Component<{}, {}> {
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render() {
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return (
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<MyComponent
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name="foo"
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countryCode="CA"
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// Error: 'routerLocation' is missing!
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/>
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);
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}
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```
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Instead of tacking the injected props on the MyComponentProps interface, put them in another interface called `InjectedProps`:
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```ts
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interface MyComponentProps {
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name: string;
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countryCode?: string;
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}
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interface InjectedProps {
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routerLocation: { pathname: string };
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}
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```
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Now add a [getter](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Functions/get) to cast `this.props` as the original props - `MyComponentProps` and the injected props - `InjectedProps`:
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```ts
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class MyComponent extends React.Component<MyComponentProps, {}> {
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get injected() {
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return this.props as MyComponentProps & InjectedProps;
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}
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render() {
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const { name, countryCode, routerLocation } = this.props;
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...
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}
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}
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```
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## Event Handlers
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Event handlers such as `onChange` and `onClick`, should be properly typed. For example, if you have an event listener on an input element inside a form:
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```ts
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public onValueChange = (e: React.FormEvent<HTMLInputElement>) => {
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if (this.props.onChange) {
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this.props.onChange(
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e.currentTarget.value,
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this.props.unit
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);
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}
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};
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```
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Where you type the event as a `React.FormEvent` of type `HTML<TYPE>Element`.
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## Class names
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Dynamic class names should use the `classnames` module to simplify how they are created instead of using string template literals with expressions inside.
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### Styling
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Legacy styles are housed under `common/assets/styles` and written with LESS.
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However, going forward, each styled component should create a a `.scss` file of
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the same name in the same folder, and import it like so:
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```ts
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import React from "react";
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import "./MyComponent.scss";
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export default class MyComponent extends React.component<{}, {}> {
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render() {
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return (
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<div className="MyComponent">
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<div className="MyComponent-child">Hello!</div>
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</div>
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);
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}
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}
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```
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These style modules adhere to [SuitCSS naming convention](https://github.com/suitcss/suit/blob/master/doc/naming-conventions.md):
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```scss
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.MyComponent {
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/* Styles */
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&-child {
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/* Styles */
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&.is-hidden {
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display: none;
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}
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}
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}
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```
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All elements inside of a component should extend its parent class namespace, or
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create a new namespace (Potentially breaking that out into its own component.)
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Variables and mixins can be imported from the files in `common/styles`:
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```scss
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@import "sass/colors";
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code {
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color: $code-color;
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}
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```
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#### Converting Styles
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When working on a module that has styling in Less, try to do the following:
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* Screenshot the component in question
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* Create a new SCSS file in the same directory
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* Remove styling from LESS file, convert it to the SCSS file (Mostly s/@/$)
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* Convert class names to SuitCSS naming convention
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* Convert any utility classes from `etherewallet-utilities.less` into mixins
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* Convert as many element selectors to class name selectors as possible
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* Convert as many `<br/>` tags or ` `s to margins
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* Ensure that there has been little to no deviation from screenshot
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## Thanks & Support
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<a href="https://browserstack.com/">
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<img src="https://i.imgur.com/Rib9y9E.png" align="left" />
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</a>
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Cross browser testing and debugging provided by the very lovely team at BrowserStack.
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