dotfiles/bin/chrome-autoinspect.mjs
2024-02-19 20:37:09 +01:00

83 lines
3.3 KiB
JavaScript
Executable File

#!/usr/bin/env nodejsscript
/* jshint esversion: 11,-W097, -W040, module: true, node: true, expr: true, undef: true *//* global echo, $, pipe, s, fetch, cyclicLoop */
const css= echo.css`
.url{ color: lightblue; }
.code { font-style: italic; }
.code::before, .code::after { content: "\`"; }
`;
$.api()
.version("2023-03-23")
.describe([
echo.format("This is small utility around %cchrome-remote-interface%c¹ to auto open inspect for cordova apps.", css.code),
echo.format("[1] %chttps://github.com/cyrus-and/chrome-remote-interface", css.url)
])
.command("open", "This open browser and after 30secs enable auto inspect openning.", true)
.option("--browser, -B", "Browser exec. Use one of supported browsers, such as chrome, chromium, opera, edge, …", "chromium")
.option("--port, -P", "Chanhe debugging port", 9222)
.action(async function({ browser, port }){
s.runA`${browser} --remote-debugging-port=${port}`;
const { setTimeout }= await import("node:timers/promises");
await setTimeout(30_000);
await register();
$.exit(0);
})
.command("enable", "Enable auto inspect openning for already running browser.")
.action(async function(){
await register();
$.exit(0);
})
.parse();
async function register(){
const { default: CDP } = await import($.xdg.globalPackage`chrome-remote-interface`);
let client;
try{
await CDP.New();
client= await CDP();
const { Network, Page, Runtime }= client;
await Network.enable();
await Page.enable();
await Page.navigate({url: 'chrome://inspect/#devices'});
await Page.loadEventFired();
await Runtime.evaluate({ expression: `const debugCordova= (${autoRunCordovaAppInspect.toString()})();` });
} finally {
if(!client) return;
return await client.close();
}
}
function autoRunCordovaAppInspect(){
const { filter, map }= Array.prototype;
let /* filters */
device_filter, app_filter, last_state;
const /* get elements */
devicesElements= ()=> filter.call(document.getElementsByClassName("device"), el=> el.id!=="device:localhost"),
getApp= el=> el.getElementsByClassName("browser-name")[0].textContent,
appTest= browser_candidate_el=> getApp(browser_candidate_el).indexOf(app_filter)!==-1,
browsersElements= wrapper_el=> wrapper_el.getElementsByClassName("browser"),
actionElementFilter= wrapper_el=> filter.call(wrapper_el.getElementsByClassName("action"), el=> el.textContent==="inspect")[0];
function run(){
const device= !device_filter ? (d=> d&&d[d.length-1])(devicesElements()) : filter.call(devicesElements(), el=> el.id===device_filter)[0];
if(!device) return false;
const app= !app_filter ? (a=> a&&a[a.length-1])(browsersElements(device)) : filter.call(browsersElements(document), appTest)[0];
if(!app) return false;
const { id }= app;
if(last_state===id) return false;
last_state= id;
const action= actionElementFilter(app);
if(!action) return false;
action.click();
}
const observer= new MutationObserver(run);
observer.observe(document.getElementById("devices-list"), { childList: true, subtree: true })
return {
/* Set string to filter, typically app id or ip */
setApp: _app_filter=> app_filter= _app_filter,
/* Apply only for given device (see debugCordova.devices). */
setDevice: _device_filter=> device_filter= _device_filter,
get apps(){ return map.call(browsersElements(document), getApp); },
get devices(){ return map.call(devicesElements(), el=> el.id); }
};
}