Access Oracle Cloud VM from any browser on any devices
wget -O vscode.deb https://code.visualstudio.com/sha/download\?build\=stable\&os\=linux-deb-arm64 && sudo apt install ./vscode.deb --fix-broken -y && rm vscode.deb
Access Oracle Cloud VM from any browser on any devices
wget -O vscode.deb https://code.visualstudio.com/sha/download\?build\=stable\&os\=linux-deb-arm64 && sudo apt install ./vscode.deb --fix-broken -y && rm vscode.deb
Composition of <Route>
elements in React Router is changing in v6 from how it worked in v4/5 and in Reach Router. React Router v6 is the successor of both React Router v5 and Reach Router.
This document explains our rationale for making the change as well as a pattern you will want to avoid in v6 and a note on how you can start preparing your v5 app for v6 today.
In React Router v5, we had an example of how you could create a element](https://github.com/remix-run/react-router/blob/320be7afe44249d5c025659bc00c3276a19f0af9/packages/react-router-dom/examples/Auth.js#L50-L52) to restrict access to certain routes on the page. This element was a simple [wrapper around an actual
element that made a simple decision: is the user authenticated or not? If so, ren
An important part of "routing" is handling redirects. Redirects usually happen when you want to preserve an old link and send all the traffic bound for that destination to some new URL so you don't end up with broken links.
The way we recommend handling redirects has changed in React Router v6. This document explains why.
In React Router v4/5 (they have the same API, you can read about why we had to bump the major version here) we had a <Redirect>
component that you could use to tell the router when to automatically redirect to another URL. You might have used it like this:
import { createServer, Server, Socket } from 'net'; | |
const port: number = 9903; | |
// --------------------------------------------- | |
// server | |
// --------------------------------------------- | |
const server: Server = createServer((clientSocket: Socket) => { // 2. this is the client below | |
console.log(`[server] connected client: ${JSON.stringify(clientSocket.address())}`); | |
The steps below requires that you have followed the installation steps for installing K3s on RPIs.
NOTE: The following files can be found in the following repository.
Installation steps for K3s dashboard. On master node, create a folder called dashboard: