@a1motion/electron-kit 中文文档教程
electron-kit
自以为是的电子构建工具。
深受 desktop/desktop 和 react-scripts
File Structure
这个项目对你的应用程序使用的文件结构有一些期望。
JavaScript 和带有 React 的 TypeScript 在任何地方都受支持,但我们将在示例中使用 TypeScript。
必需的文件结构:
preload.ts
是必需的,但如果不需要,可以为空。静态文件夹中的所有文件都将被复制过来,
index.html
将用作您的 React 应用程序的入口点。
.electron-kit/
config.js
src/
main/
index.ts
renderer/
index.tsx
preload.ts
static/
index.html
Configuration
TODO
Compile Time Variables
Name | Value |
---|---|
VERSION | The version of your app, as specified in your package.json . |
PROCESS_KIND | Used internally, but is set to main or renderer , depending on the process. |
Runtime API
Warning: Electron will be deprecating shared globals between processes, you should instead looking to converting your API to use IPC methods instead. |
---|
Electron 允许您甚至在渲染器内部导入依赖项,并像在主进程中一样使用它。 但是,此工具不会在最终构建中保留 node_modules/
,因此此方法将更有效。
相反,在您的主进程中,您应该注册您的模块以在渲染器进程中工作。
// main
import kit from "electron-kit";
import Store from "electron-store";
const store = new Store();
kit.registerModule("store", store);
// renderer
import kit from "electron-kit";
const store = kit.importModule("store");
Use IPC methods (recommended)
// main
import { ipcMain } from "electron";
import Store from "electron-store";
ipcMain.handle(`store-get`, (e, key, defaultValue) => {
return store.get(key, defaultValue);
});
ipcMain.handle(`store-set`, (e, key, val) => {
return store.set(key, val);
});
ipcMain.handle(`store-delete`, (e, key) => {
return store.delete(key);
});
// renderer
import { ipcRenderer } from "electron";
const store = {
get(key: string, defaultValue?: string) {
return ipcRenderer.invoke(`store-get`, key, defaultValue);
},
set<T>(key: string, val: T) {
return ipcRenderer.invoke(`store-set`, key, val);
},
delete(key: string) {
return ipcRenderer.invoke(`store-delete`, key);
},
};
Typescript
electron-kit 提供了许多运行时和编译时实用程序。 Typescript 应该自己获取运行时 API。 但是,要获得对编译时变量的类型访问权限,请将 index.d.ts
文件添加到应用程序的根目录并添加以下内容:
/// <reference types="@a1motion/electron-kit/managed" />
electron-kit
Opinionated electron build tool.
Heavily inspired by desktop/desktop and react-scripts
File Structure
This project has a few expectations of the file structured used by your app.
Both JavaScript and TypeScript with React is supported everywhere, but we'll use TypeScript in the examples.
Required file structure:
preload.ts
is required but can be empty if its not needed.All files in static folder will be copied over, and
index.html
will be used as your entry point to your React app.
.electron-kit/
config.js
src/
main/
index.ts
renderer/
index.tsx
preload.ts
static/
index.html
Configuration
TODO
Compile Time Variables
Name | Value |
---|---|
VERSION | The version of your app, as specified in your package.json . |
PROCESS_KIND | Used internally, but is set to main or renderer , depending on the process. |
Runtime API
Warning: Electron will be deprecating shared globals between processes, you should instead looking to converting your API to use IPC methods instead. |
---|
Electron allows you to import dependencies even inside the renderer, and use this as if you were in the main process. However this tool does not keep node_modules/
in the final build so this method will longer work.
Instead in your main process you should register your modules to work in the renderer process.
// main
import kit from "electron-kit";
import Store from "electron-store";
const store = new Store();
kit.registerModule("store", store);
// renderer
import kit from "electron-kit";
const store = kit.importModule("store");
Use IPC methods (recommended)
// main
import { ipcMain } from "electron";
import Store from "electron-store";
ipcMain.handle(`store-get`, (e, key, defaultValue) => {
return store.get(key, defaultValue);
});
ipcMain.handle(`store-set`, (e, key, val) => {
return store.set(key, val);
});
ipcMain.handle(`store-delete`, (e, key) => {
return store.delete(key);
});
// renderer
import { ipcRenderer } from "electron";
const store = {
get(key: string, defaultValue?: string) {
return ipcRenderer.invoke(`store-get`, key, defaultValue);
},
set<T>(key: string, val: T) {
return ipcRenderer.invoke(`store-set`, key, val);
},
delete(key: string) {
return ipcRenderer.invoke(`store-delete`, key);
},
};
Typescript
electron-kit provides many runtime and compile time utilities. Typescript should pick up the Runtime API by itself. However to get type access to the compile time variables add a index.d.ts
file to the root of your app and add the following:
/// <reference types="@a1motion/electron-kit/managed" />