#install visual studio code ubuntu 20.04 command line

[weetrust]

Robo 3t free version

#ROBO 3T FREE VERSION INSTALL#

#ROBO 3T FREE VERSION UPDATE#

Run the script to start the installation process: sudo bash studio-3t-linux-圆4.shĪs you run the script, a GUI Setup will open.

#ROBO 3T FREE VERSION INSTALL#

Now, to see whether the downloaded file is there or not use: lsĪs you are confirmed, the Studio 3T free file is there, extract it first: tar -xvf studio-3t-linux-圆4.tar.gzĪfter extracting the Tar archived file we have downloaded, you will have a script to install Studio 3T free on Ubuntu 22.04 system. Because whatever we download using the browser goes into that. Once you have downloaded the Robot 3T now known as a Studio 3T Free, go to the Downloads directory. Therefore, we have to download it manually from its website. Unfortunately, Studio 3T free version is not available to install using the standard repository of Ubuntu 22.04.

#ROBO 3T FREE VERSION UPDATE#

Open your terminal and run: sudo apt update & sudo apt upgrade This will also rebuild the system’s APT package index. Let’s execute the given command to install the latest available security updates for our system. The steps given here can be used for other versions of Ubuntu such as 20.04 or 18.04 including on Linux such as Debian, Linux Mint, and more… Update Ubuntu 22.04 Steps to install Robo 3T or Studio 3T free on Ubuntu 22.04 Studio 3T free Interface on Ubuntu 22.04.Steps to install Robo 3T or Studio 3T free on Ubuntu 22.04.⇒ Supported cloud platforms are MongoDB Atlas, Compose, mLab, ObjectRocket, ScaleGrid, Amazon EC2 ⇒ Support for SCRAM-SHA-256 auth mechanism ⇒ Support for importing from MongoDB SRV connection strings ⇒ Visual tool helping you manage Database ⇒ Native and cross-platform MongoDB manager It allows CSV, JSON, SQL, and BSON import/export, MongoDB task scheduling, data masking for protection, data schema exploration, real-time code auto-completion, and more. On one hand, the Studio 3T is a paid tool, whereas the Studio 3T Free is a free version with users can build queries using drag and drop functionality, generate driver code in seven languages, break down aggregation queries, plus more. It is also a cross-platform MongoDB GUI management tool available for Windows, macOS, and Linux. Formerly, Robo 3T is known as Robomongo, and now Studio 3T Free. Robo 3T offer MongoDB a GUI interface tool that is maintained and provided by the developers of MongoDB client Studio 3T (paid one with 30 days trial). Tutorial to install Robot 3T or Studio 3T free on Ubuntu 22.04 LTS Jammy JellyFish using the command line to get a Graphical user interfaces for managing your Mongo DB server instance.

[axislascl]

Chrome download ubuntu

CHROME DOWNLOAD UBUNTU HOW TO

CHROME DOWNLOAD UBUNTU SOFTWARE

CHROME DOWNLOAD UBUNTU CODE

CHROME DOWNLOAD UBUNTU HOW TO

This tutorial shows how to install Google Chrome on Ubuntu 20.04. Chrome is based on the open-source Chromium project.

CHROME DOWNLOAD UBUNTU SOFTWARE

Chrome is a free software but is not open-source. Although you can’t download and install it through the Ubuntu Software Center directly, there are two ways to download and install it. Google Chrome is a cross-platform, fast, secure web browser developed by Google. In this article, we discussed how we can install the popular Google Chrome browser in Ubuntu 20.04 using two different methods, namely graphically and through the command line. You can add Chrome to the favorites menu for quick access.Īlways keep updating Google Chrome for getting new features. You can synchronize the Chrome browser with your Google Account to get access to plugins, browser history, contacts, bookmarks, and so on from other devices. $ sudo dpkg -i google-chrome-stable_current_bĪfter you have installed the Chrome browser, here are a few tips for you that you can use to get the best browsing experience: Once done, you can use the dpkg command to install the Debian file that you just downloaded. Let’s use the wget command to get the Debian file: Although you can’t use the apt-get command to simply install the Chrome browser, it’s not that complicated as well. Method 2 - Install Chrome Using Command LineĪpart from the GUI method, we can use the command line to install the Chrome browser as well. Once done, you can access the Chrome browser through the Start Menu. deb file.ĭouble-click on the Debian installer, and it will start installing through the Software Center. This would prompt you to select whether you want to download a Debian file or an rpm installer. Please note that Chrome is available only for 64-bit version operating systems. How to Install Google Chrome on Ubuntu 20.04? Either you can do it graphically by downloading the Debian package or using the command line. Thus, there are two ways to install Chrome on your Linux system. Please note that Chrome is not open-sourced, and you won’t find it in the Ubuntu Software Center.

CHROME DOWNLOAD UBUNTU CODE

Download Visual Studio Code to experience a redefined code editor, optimized for building and debugging modern web and cloud applications. However, in terms of privacy, Firefox is better than Chrome, or you can even install an alternative open-source version of chrome called Visual Studio Code is free and available on your favorite platform - Linux, macOS, and Windows. Here, we will discuss how to install Google Chrome on It is fast, easy to install, has tons of useful extensions, and gives you a seamless browsing experience. Navigate to the following URL to download the driver. Ubuntu Linux Google Chrome Browser Download Google ChromeDriver. We will use the unzip utility to extract contents of the. It supports Windows as well as Linux devices. In this tutorial, we will learn steps involved to Download Google ChromeDriver on Ubuntu Linux distribution. Google Chrome is one of the most popular browsers in the world, with around 65% market share worldwide in 2021.

[philipholt]

Using Tailscale on Windows to network more easily with WSL2 and Visual Studio Code

Tailscale is a zero config mesh "VPN" that runs atop other networks and effectively "flattens" networks and allows users/services to more easily (and securely) communicate with each other.

For example, I've written extensively on how to SSH into WSL2 on Windows 10 from another machine and you'll note that there is not only a ton of steps but there's more than one way to do it!

I have talked about this for SSH, but if you're an active developer and want to share the services and sites you're working on with your coworkers and collaborators, there's a non-trivial amount of setup, management, and maintenance to deal with.

Phrased differently, "wouldn't it be easier if we were all just on the same network and subnet?"

WSL1 shares its networking stack with Windows 10, so the "machine" is the same. Whatever YourMachineName is, running a service on 5000 is the same if it's a Windows service or an app running in Linux under WSL1. However, in WSL2, your Linux environment is "behind" your Windows host. While WSL2 makes it easy to hit http://localhost:5000 by transparent port-forwarding, your WSL2 Linux machine isn't really a peer on the same network as your other devices.

Using a zero-configuration networking system like Tailscale (and similar services) levels the playing field - and the network. Due to some characteristics of WSL2 there are a few gotchas. Here's how I got it working for me.

Tailscale on WSL2

Get WSL

Install WSL2 - follow the instructions here 

Install a Linux distro - I used Ubuntu 20.04

go through the process, make a user, etc.

Install the Windows Terminal - It's just so much better, and really makes your command line experience better

Get Tailscale

Install Tailscale - I used the Ubuntu 20.04 instructions

Modify WSL2

I can't get Tailscale today to startup on WSL2 with ipv6 install, so I disable it.

sudo sysctl -w net.ipv6.conf.all.disable_ipv6=1 sudo sysctl -w net.ipv6.conf.default.disable_ipv6=1

Run Tailscale

Here you startup the daemon. There's no systemd (yet) on WSL2, but if you're on a version over Windows 10 build 21286, there are ways run commands on startup in the Windows Subsystem for Linux. Personally, I just do this in a bash script.

sudo tailscaled

WSL doesn't have a way to do an interactive login process, so you wan tot create a pre-authentication key to authenticate a single machine. Then use that key, as I do here, to bring up Tailscale within WSL:

tailscale up --authkey=tskey-9e85d94f237c54253cf0

I like to keep this open in another Terminal Tab or Window Pane so I can watch the logs. It's interesting and verbose!

Within the Tailscale machines admin panel, you can see all the machines living on your new Tailscale network. Note that I have scottha-proto listed as Windows, and scottha-proto-1 listed as Linux. The first is my Host machine and the second (the -1) is my Linux WSL2 instance! They are now on a flat network! 

I was also able to invite a user from outside my network with the new (coming soon) Tailscale node sharing feature. My friend Glenn is NOT in my organization, but just like I use OneDrive or DropBox to create a link to access ONE entity but not the WHOLE system, I can do the same here.

Now I can have Glenn hit a service running in WSL2 from his house.

Make a Service and Bind it to the Tailscale Network

I've installed .NET 5 in my WSL2 Ubuntu system, made a folder, and run dotnet new web to make a Hello World microservice.

When I run the service - .NET or Node, or whatever - it essential that the service listen on the Tailscale network. Your Linux system in WSL2 is 'multi-homed' and is connected to multiple networks. By default my developer systems listen only on localhost.

For .NET there's several ways to listen on all networks (including Tailscale) but I used this one:

dotnet run --urls http://*:5100;https://*:5101

So here I've got myself connecting to the Tailscale IP that's associated with my WSL2 instance and hitting my Linux service running within:

How far can we take this? Well, since I'm on the Tailscale network and Glenn has connected to it, the whole network is flat, so hitting my service is trivial! Here I am on Teams with my desktop on the bottom and Glenn's desktop on the top.

Cool. How far can we go?

Add Visual Studio Code and the Remote Development SSH Extension

Ok, so flat secure network, no limits! Can I make my WSL2 instance be treated as a remote development system for Glenn? Sure, why not?

To be clear - this is just me talking and experimenting, but there's something here. This can also be cross platform, Mac to Windows to WSL2, etc. You can also certainly use this section to create a VM in any cloud host or hoster, install Tailscale, stop worrying about port forwarding, and use it as a development box. Yes, you can just use WSL local, but this is fun and can be exploited in other cool ways.

On my WSL2 machine, I'll start up the ssh service. I could share public keys and do proper key-based login, but for this I'll do it by username.

I'll edit /etc/ssh/sshd_config and set the port, ListenAddress, and PasswordAuthentication to Yes. Here's an example:

Port 22 #AddressFamily any ListenAddress 0.0.0.0 ListenAddress :: PasswordAuthentication yes

I made glenn a local super user just in my WSL2 instance:

sudo adduser glenn usermoid -aG sudo glenn

Glenn then installs the VS Code Remote Development pack and connects using Remote via SSH to my Tailscale IP. Here you can see VS Code from Glenn's machine is actually installing the VS Code Server and remote developers, and Glenn and code with VS Code architecturally split in half with the client on his Windows machine and the server on my WSL2 instance.

Note in the lower left corner, you can see his VS Code is connected to my WSL2 Linux instance's Tailscale IP!

What do you think?

You may compare Tailscale to things like NGrok which offers a developer-oriented localhost tunneller, but there are some important differences. Do your research! I have no relationship with this company other than I'm a fan.

Sponsor: This week's sponsor is...me! This blog and my podcast has been a labor of love for 19 years. Your sponsorship pays my hosting bills for both AND allows me to buy gadgets to review AND the occasional taco. Join me!

© 2020 Scott Hanselman. All rights reserved.

      Using Tailscale on Windows to network more easily with WSL2 and Visual Studio Code published first on http://7elementswd.tumblr.com/

[suzanneshannon]

Using Tailscale on Windows to network more easily with WSL2 and Visual Studio Code

Tailscale is a zero config mesh "VPN" that runs atop other networks and effectively "flattens" networks and allows users/services to more easily (and securely) communicate with each other.

For example, I've written extensively on how to SSH into WSL2 on Windows 10 from another machine and you'll note that there is not only a ton of steps but there's more than one way to do it!

I have talked about this for SSH, but if you're an active developer and want to share the services and sites you're working on with your coworkers and collaborators, there's a non-trivial amount of setup, management, and maintenance to deal with.

Phrased differently, "wouldn't it be easier if we were all just on the same network and subnet?"

WSL1 shares its networking stack with Windows 10, so the "machine" is the same. Whatever YourMachineName is, running a service on 5000 is the same if it's a Windows service or an app running in Linux under WSL1. However, in WSL2, your Linux environment is "behind" your Windows host. While WSL2 makes it easy to hit http://localhost:5000 by transparent port-forwarding, your WSL2 Linux machine isn't really a peer on the same network as your other devices.

Using a zero-configuration networking system like Tailscale (and similar services) levels the playing field - and the network. Due to some characteristics of WSL2 there are a few gotchas. Here's how I got it working for me.

Tailscale on WSL2

Get WSL

Install WSL2 - follow the instructions here 

Install a Linux distro - I used Ubuntu 20.04

go through the process, make a user, etc.

Install the Windows Terminal - It's just so much better, and really makes your command line experience better

Get Tailscale

Install Tailscale - I used the Ubuntu 20.04 instructions

Modify WSL2

I can't get Tailscale today to startup on WSL2 with ipv6 install, so I disable it.

sudo sysctl -w net.ipv6.conf.all.disable_ipv6=1 sudo sysctl -w net.ipv6.conf.default.disable_ipv6=1

Run Tailscale

Here you startup the daemon. There's no systemd (yet) on WSL2, but if you're on a version over Windows 10 build 21286, there are ways run commands on startup in the Windows Subsystem for Linux. Personally, I just do this in a bash script.

sudo tailscaled

WSL doesn't have a way to do an interactive login process, so you wan tot create a pre-authentication key to authenticate a single machine. Then use that key, as I do here, to bring up Tailscale within WSL:

tailscale up --authkey=tskey-9e85d94f237c54253cf0

I like to keep this open in another Terminal Tab or Window Pane so I can watch the logs. It's interesting and verbose!

Within the Tailscale machines admin panel, you can see all the machines living on your new Tailscale network. Note that I have scottha-proto listed as Windows, and scottha-proto-1 listed as Linux. The first is my Host machine and the second (the -1) is my Linux WSL2 instance! They are now on a flat network! 

I was also able to invite a user from outside my network with the new (coming soon) Tailscale node sharing feature. My friend Glenn is NOT in my organization, but just like I use OneDrive or DropBox to create a link to access ONE entity but not the WHOLE system, I can do the same here.

Now I can have Glenn hit a service running in WSL2 from his house.

Make a Service and Bind it to the Tailscale Network

I've installed .NET 5 in my WSL2 Ubuntu system, made a folder, and run dotnet new web to make a Hello World microservice.

When I run the service - .NET or Node, or whatever - it essential that the service listen on the Tailscale network. Your Linux system in WSL2 is 'multi-homed' and is connected to multiple networks. By default my developer systems listen only on localhost.

For .NET there's several ways to listen on all networks (including Tailscale) but I used this one:

dotnet run --urls http://*:5100;https://*:5101

So here I've got myself connecting to the Tailscale IP that's associated with my WSL2 instance and hitting my Linux service running within:

How far can we take this? Well, since I'm on the Tailscale network and Glenn has connected to it, the whole network is flat, so hitting my service is trivial! Here I am on Teams with my desktop on the bottom and Glenn's desktop on the top.

Cool. How far can we go?

Add Visual Studio Code and the Remote Development SSH Extension

Ok, so flat secure network, no limits! Can I make my WSL2 instance be treated as a remote development system for Glenn? Sure, why not?

To be clear - this is just me talking and experimenting, but there's something here. This can also be cross platform, Mac to Windows to WSL2, etc. You can also certainly use this section to create a VM in any cloud host or hoster, install Tailscale, stop worrying about port forwarding, and use it as a development box. Yes, you can just use WSL local, but this is fun and can be exploited in other cool ways.

On my WSL2 machine, I'll start up the ssh service. I could share public keys and do proper key-based login, but for this I'll do it by username.

I'll edit /etc/ssh/sshd_config and set the port, ListenAddress, and PasswordAuthentication to Yes. Here's an example:

Port 22 #AddressFamily any ListenAddress 0.0.0.0 ListenAddress :: PasswordAuthentication yes

I made glenn a local super user just in my WSL2 instance:

sudo adduser glenn usermoid -aG sudo glenn

Glenn then installs the VS Code Remote Development pack and connects using Remote via SSH to my Tailscale IP. Here you can see VS Code from Glenn's machine is actually installing the VS Code Server and remote developers, and Glenn and code with VS Code architecturally split in half with the client on his Windows machine and the server on my WSL2 instance.

Note in the lower left corner, you can see his VS Code is connected to my WSL2 Linux instance's Tailscale IP!

What do you think?

You may compare Tailscale to things like NGrok which offers a developer-oriented localhost tunneller, but there are some important differences. Do your research! I have no relationship with this company other than I'm a fan.

Sponsor: This week's sponsor is...me! This blog and my podcast has been a labor of love for 19 years. Your sponsorship pays my hosting bills for both AND allows me to buy gadgets to review AND the occasional taco. Join me!

© 2020 Scott Hanselman. All rights reserved.

      Using Tailscale on Windows to network more easily with WSL2 and Visual Studio Code published first on https://deskbysnafu.tumblr.com/