Visual studio code ubuntu

03.09.202203.09.2022 admin 0 Comments

Visual studio code ubuntu

How to Install Visual Studio Code on Ubuntu 20.04 & Above

Microsoft’s Visual Studio Code is a powerful and popular open source code editor. In this post I show you how to install VSCode on Ubuntu 20.04 LTS (or above).

Visual Studio Code is available for Windows, macOS, and Linux. The cross-platform support is a big part of this editor’s appeal, as it means developers don’t need to switch tools or learn new UIs when switching between platforms.

Virtually all of VSCode features are available to all users, regardless of the OS they use it on. Features like debugging, syntax highlighting, intelligent auto completion, embedded Git control, and even an integrated terminal, are enabled in all builds.

Whatever way you choose to install it is up you as you still get the same version of the app, with all of the same features.

Install Visual Studio Code (Snap Package)

Microsoft provide an official Visual Studio Code Snap package on Canonical’s Snapcraft Store.

What are Snaps? They are self-contained software packages that include the binary all dependencies needed to run the application. Snap packages are easy to upgrade and secure. You can install Snap packages using the Ubuntu Software application, or by diving into the command line.

To install the VS Code snap you can click this button:

Or open the Ubuntu Software app and search for “Visual Studio Code” by name.

Alternatively, if you’re more comfortable at the command line, pop open your preferred terminal emulator ( Ctrl + Alt + T ) and run this command:

That’s all you need to do to get Visual Studio Code installed on your system.

What about future updates? No worries there either, as new versions of Visual Studio Code are automatically downloaded and installed in the background, as you use your computer.

Install Visual Studio Code (deb Package)

Microsoft maintain an apt repository for Linux users to install Visual Studio Code from.

You can add the Visual Studio Code apt repository by hand using the command line. But a quicker way to get it set-up on your system is to download and install the VSCode Linux package from the application’s website. As part of the install process the apt repository gets added to your list of Software Sources.

When a new version is released you can update the Visual Studio Code package (alongside any other updates you have) using Ubuntu’s Software Updater tool.

Bonus: Install Visual Studio Code (Flatpak)

If you have Flatpak (and more important Flathub) set-up on your system you can install the VSCode Flatpak package from Flathub.

Ubuntu does not support Flatpak out-of-the-box (we have a guide showing how to install Flatpak on Ubuntu) and for GUI installation you will need to install the gnome-software package as well.

This Visual Studio Code Flatpak is not maintained by Microsoft.

Using Visual Studio Code

To open VSCode on Ubuntu just click the ‘Applications’ icon at the base of the Ubuntu Dock (or hit the super key). In the search bar start to type “Visual Studio Cord” and, when the app icon appears, click on the icon to ope the application.

You’re then free to install VSCode extensions, customise the UI, and playing around with the broad feature set provided. To enable the ‘dual pane’ mode in our screenshot click the “[|]” icon near the tab bar.

Conclusion

There you have it; you know how to install VS Code on Ubuntu 20.04 LTS. This guide also works for many of Ubuntu’s official flavours, as well as spins and other derivatives, including Linux Mint.

For more detail about VS Code I recommend visiting the documentation site Microsoft has created. It is crammed to the hilt with tips and ideas on getting the most out of the editor. You may want to check out VSCode on GitHub too, which is where you can file bug reports.

Home » How To » How to Install Visual Studio Code on Ubuntu 20.04 & Above

Запуск Visual Studio Code в Linux

Debian и Ubuntu базовые дистрибутивы

Репозиторий и ключ также могут быть установлены вручную следующим скриптом:

sudo mv microsoft.gpg /etc/apt/trusted.gpg.d/microsoft.gpg

Затем обновите кеш пакетов и установите пакет, используя:

sudo apt-get update

sudo apt-get install code # or code-insiders

RHEL, Fedora и CentOS базовые дистрибутивы

В настоящее время мы поставляем стабильный 64-битный VS Code в репозитории yum, следующий скрипт будет устанавливать ключ и репозиторий:

Затем обновите кеш пакетов и установите пакет с помощью dnf (Fedora 22 и выше):

sudo dnf install code

Или в старых версиях с помощью yum:

sudo yum install code

openSUSE and SLE базовые дистрибутивы

Репозиторий yum выше также работает для систем openSUSE и SLE, следующий скрипт будет устанавливать ключ и репозиторий:

Затем обновите кеш пакетов и установите пакет, используя:

sudo zypper refresh

sudo zypper install code

AUR пакет для Arch Linux

Для VS Code существует сообщество Arch User Repository (AUR) пакетов для VS Code.

Обновление

VS Code обновляется ежемесячно, и вы можете видеть, когда доступна новая версия, проверяя обновления. Если репозиторий VS Code был установлен правильно, менеджер системных пакетов должен обрабатывать автоматическое обновление так же, как и другие пакеты в системе.

Node.js

Если вы хотите установить Node.js в Linux, см. Установка Node.js через диспетчер пакетов, чтобы найти пакет Node.js и инструкции по установке, соответствующие вашему дистрибутиву Linux.

Чтобы узнать больше о JavaScript и Node.js, ознакомьтесь с нашим руководством по Node.js, где вы узнаете о запуске и отладке приложений Node.js с помощью VS Code.

Установка VS Code в качестве текстового редактора по умолчанию

xdg-open

xdg-mime default code.desktop text/plain

Debian альтернативные системы

Дистрибутивы на основе Debian позволяют устанавливать редактор по умолчанию с использованием альтернативной системы, не заботясь о типе mime. Вы можете установить это, выполнив следующее и выбрав код.

Следующие шаги

После установки VS Code эти темы помогут вам узнать больше о VS Code:

Общие вопросы

Azure VM проблемы

Я получаю сообщение об ошибке «Running without the SUID sandbox»?

Вы можете смело игнорировать эту ошибку.

Debian перемещение файлов в корзину

Если вы видите ошибку при удалении файлов из VS Code в операционной системе Debian, это может быть связано с тем, что реализация мусора, используемая VS Code, отсутствует.

Запустите эти команды, чтобы решить эту проблему:

sudo apt-get install gvfs-bin

Ошибка ENOSPC

Когда вы видите эту ошибку, это указывает на то, что наблюдатель VS Code не работает. Текущий лимит можно просмотреть, выполнив:

Лимит можно увеличить до максимального значения, отредактировав файл /etc/sysctl.conf и добавив эту строку в конец файла:

1 кБ (64 бит), поэтому предполагается, что все 524288 часы потребляются, что приводит к верхней границе около 256 МБ (32 бит) или 512 МБ (64-разрядная)

Я не вижу китайских иероглифов в Ubuntu

«editor.fontFamily»: «Droid Sans Mono, Droid Sans Fallback»

Пакет git не устанавливается

Эта ошибка может появиться во время установки и обычно вызвана тем, что менеджер пакетов устарел. Попробуйте обновить его и снова установить:

sudo apt-get update

sudo yum update

sudo dnf update

Команда bin не выводит окно на передний план на Ubuntu

sudo apt-get update

sudo apt-get install compizconfig-settings-manager

В разделе Общие > Общие параметры > Фокус и Поднять уровень установите «Уровень предотвращения фокуса» на «Выкл.». Помните, что это параметр уровня ОС, который будет применяться ко всем приложениям, а не только к VS Code.

Как установить код Visual Studio в Ubuntu 18.04

Самый простой и рекомендуемый способ установки Visual Studio Code на машины с Ubuntu — включить репозиторий VS Code и установить пакет VS Code через командную строку.

Хотя это руководство написано для Ubuntu 18.04, те же шаги можно использовать для Ubuntu 16.04.

Подготовка

Установка кода Visual Studio в Ubuntu

Чтобы установить Visual Studio Code в вашей системе Ubuntu, выполните следующие действия:

Сначала обновите индекс пакетов и установите зависимости, набрав:

Затем импортируйте ключ Microsoft GPG, используя следующую команду wget :

И включите репозиторий Visual Studio Code, набрав:

После включения репозитория apt установите последнюю версию Visual Studio Code с помощью:

Вот и все. Visual Studio Code установлен на вашем рабочем столе Ubuntu, и вы можете начать его использовать.

Запуск кода Visual Studio

Когда вы запускаете VS Code в первый раз, должно появиться следующее окно:

Теперь вы можете приступить к установке расширений и настройке VS Code в соответствии с вашими предпочтениями.

Обновление кода Visual Studio

Когда будет выпущена новая версия, вы можете обновить пакет Visual Studio Code с помощью стандартного инструмента обновления программного обеспечения на рабочем столе или выполнив следующие команды в своем терминале:

Выводы

Если у вас есть вопросы, оставьте комментарий ниже.

Установка Microsoft Visual Studio Code на Ubuntu 20.04

Разработанная и поддерживаемая Microsoft Visual Studio Code — это бесплатная кросс-платформенная среда IDE, которая позволяет пользователям разрабатывать веб-сайты, веб-приложения и программное обеспечение. Microsoft Visual Studio в основном используется для отладки, выполнения задач и контроля версий.

Он дает удобный пользовательский интерфейс с классными функциями, такими как тестирование кода, подсветка синтаксиса, рефакторинг кода и тонны полезных плагинов. Microsoft Visual Studio может быть установлена в средах Windows, Mac и Linux.

Существует два способа установки кода Visual Studio: установка с помощью официальных репозиториев Microsoft при помощи диспетчера пакетов APT. Или с помощью пакетов snap. В этой инструкции мы покажем, как установить Visual Studio Code на Ubuntu 20.04.

Требование к установке

Прежде чем начать, убедитесь, что у вас есть следующее:

Установка Visual Studio с помощью пакета snap

Visual Studio Code официально доступен в виде пакета snap. Пакет snap — это контейнерный пакет, содержащий код приложения и все зависимости, необходимые для его запуска. Пакеты Snap легче модернизировать и поддерживать. Программа Snap будет автоматически обновлять VS-код в фоновом режиме. Однако они занимают значительно больше места на диске.

Чтобы установить пакет Visual Studio snap, выполните следующую команду из терминала:

Выполнение команды займет некоторое время, так что наберитесь терпения. На данный момент последней стабильной версией Microsoft Visual Studio Code является версия 1.57.1

Установка Visual Studio Code из репозиториев Microsoft

Code Visual Studio доступен из репозиториев APT Microsoft. Перед добавлением репозитория в вашу систему, сначала обновите списки пакетов в вашей системе. Сделать это можно следующим образом.

Затем установите необходимые компоненты:

$ sudo apt install software-properties-common apt-transport-https wget

Используя команду wget, импортируйте файл Microsoft GPG:

После этого добавьте репозиторий Visual Code Studio, как указано в приведенной ниже команде. Это также обновит индекс пакета для синхронизации с новым репозиторием.

$ sudo add-apt-repository «deb [arch=amd64] https://packages.microsoft.com/repos/vscode stable main»

И наконец, установите Code Visual Studio, выполнив команду:

Заметил, что оба метода установили одну и ту же версию Visual Studio Code, не знаю почему, но это так.

Запуск Visual Code Studio

После установки Visual Code Studio вы можете запустить его с помощью менеджера приложений, как показано ниже.

Запуск Visual Studio Code в убунту

При нажатии на значок запускается интерфейс Visual Studio Code, как показано на рисунке. Выберите свою любимую тему, и продолжите работу!

Интерфейс Microsoft Visual Studio Code

Заключение

Microsoft Visual Studio Code, возможно, является одним из самых многофункциональных и интуитивно понятных редакторов кода. Если вы новичок или опытный пользователь, вы можете подумать о том, чтобы провести его тестовый запуск. В этой статье мы продемонстрировали, как установить Visual Studio Code на Ubuntu 20.04.

Видео Как установить Microsoft Visual Studio Code на Ubuntu

Небольшой ролик о том как выполнить установку.

Install Visual Studio Code on Ubuntu 18.04

In this post, I will show you how to easily install Visual Studio Code on Ubuntu 18.04. Visual Studio Code is based on the Atom Text editor.

Join the DZone community and get the full member experience.

In this post, I will show you how to easily install Visual Studio Code on Ubuntu 18.04. Visual Studio Code is based on the Atom Text editor.

Visual Studio Code is a free code editor from Microsoft.

It has Intellisense and Code Debugging built in. In addition, it is highly extensible.

To begin, make sure that you have a fully updated version of Ubuntu Desktop 18.04 installed.

Next, open your browser and go to the Visual Studio Code download page.

If prompted, click on Save File.

After the file downloads, open your terminal and go to the Downloads folder.

Next, run this command to install Visual Studio Code.

Close the terminal.

Visual Studio Code is now installed.

To run it, click on the applications icon in the lower left corner of the screen.

At the top, type Visual Studio in the Search Box to find Visual Studio Code.

Click the icon to start Visual Studio Code.

Now that you have Visual Studio Code installed, you should add some extensions for your favorite languages.

Installing Visual Studio Code Extensions

As an example, we will install support for the Rust language in Visual Studio Code.

The first step is to click on the Extensions icon in Code.

In the search box, type rust.

Click on Install for the extensions that you want to install.

Now that you have Rust extensions enabled, you can write your next Rust program using Visual Studio Code.

Conclusion

In this post, we installed Visual Studio Code on Ubuntu 18.04 Desktop.

I hope you have enjoyed this post.

If you did, then please share it and comment below. I would love to hear from you.

If you enjoyed this post, Bill has written some other great posts on Ubuntu, that you can find here:

Opinions expressed by DZone contributors are their own.

Visual Studio Code, установите этот редактор с открытым исходным кодом в Ubuntu 20.04.

Дэмиен А. | | Обновлено на 02/05/2020 23:50 | Ubuntu

Visual Studio Code является кроссплатформенным, поэтому мы можем найти его доступным для Gnu / Linu, Windows и macOS. Он основан на Electron и NodeJS для настольных ПК и работает на движке дизайна Blink.

Этот редактор также можно настраивать, поэтому пользователи могут установить нашу конфигурацию изменение темы редактора, сочетаний клавиш и настроек. Он имеет встроенную поддержку отладки, встроенный элемент управления Git, подсветку синтаксиса, автозавершение кода, встроенный терминал, рефакторинг кода и фрагменты.

Установите Visual Studio Code в Ubuntu 20.04

В Убунуту 20.04 мы сможем установить VS Code как мгновенный пакет через магазин Snapcraft или как пакет deb из Репозитории Microsoft. Здесь каждый пользователь может выбрать метод установки, наиболее подходящий для его среды.

В виде оснастки

Чтобы установить VS Code, нам нужно только открыть терминал (Ctrl + Alt + T) и выполните следующую команду:

После выполнения предыдущей команды Visual Studio Code должен быть установлен на нашем компьютере с Ubuntu 20.04, и мы можем начать его использовать.

Если вы предпочитаете использовать графический интерфейс для установки, нет ничего, кроме откройте опцию программного обеспечения Ubuntu и выполните поиск ‘Код Visual Studio‘и установите приложение:

Каждый раз, когда выпускается новая версия, пакет VS Code будет автоматически обновляться в фоновом режиме.

Visual Studio Code также доступен в официальных репозиториях Microsoft.. Чтобы установить его, нам нужно будет выполнить следующие шаги.

Для начала мы будем обновить индекс пакета и установить необходимые зависимости выполнив следующую команду в терминале (Ctrl + Alt + T):

Следующее, что мы сделаем, это импортировать ключ Microsoft GPG с помощью wget следующим образом:

На данный момент мы можем включить репозиторий VS Code набрав в том же терминале:

После включения репозитория apt мы можем начать установку пакета печатать:

Когда выходит новая версия, мы сможем обновить пакет VS Code с помощью стандартного инструмента обновления программного обеспечения на нашем рабочем столе. Мы также сможем обновить его, выполнив следующие команды в терминале (Ctrl + Alt + T):

Запуск кода Visual Studio

После завершения установки мы можем запустите программу, набрав в строке поиска действий ‘Код Visual Studio«. Нам нужно будет только щелкнуть значок, чтобы запустить приложение.

Когда мы запускаем VS Code в первый раз, должно появиться следующее окно:

Теперь мы можем начать установку расширений и настроить VS Code в соответствии с нашими предпочтениями.

VS Code также можно запустить из командной строки печатать:

На этом этапе мы можем приступить к установке новых расширений и настройке рабочего пространства. Для получения дополнительной информации о VS Code пользователи могут посетить страница официальная документация, сайт проектаo их F.A.Q. проект.

Содержание статьи соответствует нашим принципам редакционная этика. Чтобы сообщить об ошибке, нажмите здесь.

Полный путь к статье: Убунлог » Ubuntu » Visual Studio Code, установите этот редактор с открытым исходным кодом в Ubuntu 20.04.

Code editing. Redefined.

Free. Built on open source. Runs everywhere.

By using VS Code, you agree to its license and privacy statement.

Meet IntelliSense.

Go beyond syntax highlighting and autocomplete with IntelliSense, which provides smart completions based on variable types, function definitions, and imported modules.

Print statement debugging is a thing of the past.

Debug code right from the editor. Launch or attach to your running apps and debug with break points, call stacks, and an interactive console.

Git commands built-in.

Working with Git and other SCM providers has never been easier. Review diffs, stage files, and make commits right from the editor. Push and pull from any hosted SCM service.

Extensible and customizable.

Want even more features? Install extensions to add new languages, themes, debuggers, and to connect to additional services. Extensions run in separate processes, ensuring they won’t slow down your editor. Learn more about extensions.

Deploy with confidence and ease

With Microsoft Azure you can deploy and host your React, Angular, Vue, Node, Python (and more!) sites, store and query relational and document based data, and scale with serverless computing, all with ease, all from within VS Code.

VS Code for

Want new features sooner?

Use vscode.dev for quick edits online!

GitHub, Azure Repos, and local files.

License and Privacy Terms

By downloading and using Visual Studio Code, you agree to the license terms and privacy statement. VS Code automatically sends telemetry data and crash dumps to help us improve the product. If you would prefer not to have this data sent please go see How to Disable Crash Reporting to learn how to disable it.

How can I update Visual Studio Code on Ubuntu?

11 Answers 11

The following commands work for me:

Updated answer October 2021:

Vladimir S. posted the correct solution, although he originally didn’t link directly to the section that had the answer. The direct link is here.

For those who’d rather not click, here’s the official solution per Microsoft:

Debian and Ubuntu based distributions

The repository and key can also be installed manually with the following script:

Then update the package cache and install the package using:

Configuration files, installed extensions and even currently used folder are preserved.

Since version 1.10.2, Visual Studio Code has got the official signed repositories for Linux. Please look here.

Use the script available in this repository: github.com/moeenz/vscode-updater

There are two PPAs hosted on GitHub and openSUSE. You can use https://github.com/tagplus5/vscode-ppa before Visual Studio Code has its official PPA.

Visual Studio Code is officially distributed as a Snap package in the Snap Store:

You can install it by running:

Once installed, the Snap daemon will take care of automatically updating VS Code in the background. You will get an in-product update notification whenever a new update is available.

If you get an error message

The simplest solution is to download the latest binary from the Official Source and then install it by executing the following:

This will reinstall code over the older version. Your settings and installed extensions will remain unchanged as expected.

Follow the steps given below:

Install GDebi Package Installer (if not installed).

All your configurations (packages installed and other customisations) in Visual Studio Code which you did earlier will be restored automatically even after following the above procedure. So you need not worry about installing the packages again. You will find those customisations and packages automatically in the latest version you have installed.

Updating through this procedure doesn’t remove/purge configuration files of Visual Studio Code and that’s why, all your configurations in Visual Studio Code are restored.

This procedure works also for other code editors, like Sublime Text 3 and Atom. I have myself tested and verified it.

Загрузка, установка и настройка рабочей нагрузки Linux

Проекты Linux поддерживаются в Visual Studio версии 2017 и выше. Чтобы увидеть документацию для этих версий, установите в данной статье селектор Версия Visual Studio в Visual Studio 2017 или Visual Studio 2019. Он находится в верхней части оглавления на этой странице.

Вы можете использовать интегрированную среду разработки Visual Studio в Windows для создания, редактирования и отладки проектов C++, которые выполняются в удаленной системе Linux, на виртуальной машине или в подсистеме Windows для Linux.

Вы можете работать с имеющейся базой кода, где CMake не требуется преобразовывать в проект Visual Studio. Если база кода является кроссплатформенной, в Visual Studio можно создавать решения как для Windows, так и для Linux. Например, с помощью Visual Studio можно редактировать, выполнять сборку и отлаживать свой код в Windows. Затем можно быстро перенацелить проект для Linux на сборку и отладку в среде Linux. Файлы заголовков Linux автоматически копируются на ваш локальный компьютер. Visual Studio использует их для обеспечения полной поддержки технологии IntelliSense (завершение операторов, переход к определению и т. д.).

Установка Visual Studio

В поле поиска Windows введите «Visual Studio Installer»:

Если вы используете внедренную платформу или платформу Интернета вещей, перейдите в панель Сведения об установке, которая находится справа. В разделе Разработка для Linux на C ++ разверните узел Необязательные компоненты и выберите нужные компоненты. Поддержка CMake для Linux включена по умолчанию.

Для продолжения установки нажмите кнопку Изменить.

Варианты создания среды Linux

Если у вас нет компьютера Linux, можно создать виртуальную машину Linux в Azure. Дополнительные сведения см. в разделе Краткое руководство. Создание виртуальной машины Linux на портале Azure.

В Windows 10 и более поздних версий можно установить и настроить использование определенного дистрибутива Linux в подсистеме Windows для Linux (WSL). См. подробнее руководство по установке подсистемы Windows для Linux в Windows 10. Если не удается получить доступ к Microsoft Store, можете вручную скачать пакеты дистрибутивов WSL. WSL — это удобная консольная среда, но ее не рекомендуется использовать для графических приложений.

Для проектов Linux в Visual Studio необходимо установить следующие зависимости в удаленной системе Linux или WSL:

В следующих командах предполагается, что вы используете g++ вместо clang.

Для проектов Linux в Visual Studio необходимо установить следующие зависимости в удаленной системе Linux или WSL:

Установка Linux: Использование Ubuntu в WSL

Если вы используете WSL, для сборки и отладки не требуется добавлять удаленное подключение или настраивать SSH. Использование zip и rsync является обязательным для автоматической синхронизации заголовков Linux в Visual Studio и включения поддержки Intellisense. ninja-build требуется только для проектов CMake. Если необходимые приложения отсутствуют, их можно установить с помощью следующей команды:

Использование Ubuntu в удаленных системах Linux

В командной строке оболочки на компьютере Linux выполните следующую команду:

Для выполнения команды sudo вам может быть предложено ввести пароль учетной записи root. Введите его и продолжите. После завершения будут установлены требуемые службы и средства.

Запустите службу ssh на компьютере Linux, выполнив следующую команду:

Эта команда запускает службу в фоновом режиме и в состоянии готовности к принятию подключений.

Использование Fedora в WSL

Использование zip и rsync является обязательным для автоматической синхронизации заголовков Linux в Visual Studio и включения поддержки Intellisense. ninja-build требуется только для проектов CMake.

Использование Fedora в удаленных системах Linux

В командной строке оболочки на компьютере Linux выполните следующую команду:

Запустите службу ssh на компьютере Linux, выполнив следующую команду:

Эта команда запускает службу в фоновом режиме и в состоянии готовности к принятию подключений.

Следующие шаги

Теперь вы можете создать или открыть проект Linux, а также настроить его для выполнения в целевой системе. Дополнительные сведения можно найти в разделе

Загрузка, установка и настройка рабочей нагрузки Linux

Установка Visual Studio

В поле поиска Windows введите «Visual Studio Installer»:

Для продолжения установки нажмите кнопку Изменить.

Варианты создания среды Linux

Для проектов Linux в Visual Studio необходимо установить следующие зависимости в удаленной системе Linux или WSL:

В следующих командах предполагается, что вы используете g++ вместо clang.

Для проектов Linux в Visual Studio необходимо установить следующие зависимости в удаленной системе Linux или WSL:

Установка Linux: Использование Ubuntu в WSL

Использование Ubuntu в удаленных системах Linux

В командной строке оболочки на компьютере Linux выполните следующую команду:

Запустите службу ssh на компьютере Linux, выполнив следующую команду:

Эта команда запускает службу в фоновом режиме и в состоянии готовности к принятию подключений.

Использование Fedora в WSL

Использование Fedora в удаленных системах Linux

В командной строке оболочки на компьютере Linux выполните следующую команду:

Запустите службу ssh на компьютере Linux, выполнив следующую команду:

Эта команда запускает службу в фоновом режиме и в состоянии готовности к принятию подключений.

Следующие шаги

Как установить Visual Studio Code на Ubuntu 18.04

Главное меню » Операционная система Ubuntu » Как установить Visual Studio Code на Ubuntu 18.04

Самый простой и рекомендуемый способ установки кода Visual Studio на машинах Ubuntu — включить репозиторий VS Code и установить пакет VS Code через командную строку.

Хотя эта статья написана для Ubuntu 18.04, те же самые шаги можно использовать для Ubuntu 16.04.

Предпосылки

Прежде чем продолжить эту статью, убедитесь, что вы вошли в систему как пользователь с привилегиями sudo.

Установка Visual Studio Code на Ubuntu

Чтобы установить Visual Studio Code в вашей системе Ubuntu, выполните следующие действия:

Запуск Visual Studio Code

Когда вы запускаете VS-код в первый раз, должно появиться следующее окно:

Теперь вы можете начать установку расширений и настройку VS Code в соответствии с вашими предпочтениями.

Вывод

Вы успешно установили VS Code на вашем компьютере Ubuntu 18.04. Чтобы узнать больше о VS Code, посетите страницу официальной документации.

Если у вас есть какие-либо вопросы, пожалуйста, оставьте комментарий ниже.

Если вы нашли ошибку, пожалуйста, выделите фрагмент текста и нажмите Ctrl+Enter.

Как установить Visual Studio Code в Linux

В этом руководстве вы узнаете, как установить VS Code в Linux с помощью графического интерфейса пользователя и терминала.

Как установить код Visual Studio с помощью графического интерфейса в Ubuntu

Чтобы загрузить и установить код Visual Studio, выполните следующие действия.

После того как вы выполните эти шаги, Visual Studio Code будет установлен, и он будет доступен в меню «Приложения».

Как установить код Visual Studio с помощью Snap в Ubuntu

Snap — это магазин, который официально поддерживает распространение кода Visual Studio.

Чтобы установить VS Code с Snap, выполните следующие действия:

После выполнения этих шагов вы можете запустить редактор из меню «Приложения». Кроме того, когда доступно новое обновление, демон Snap автоматически обновит приложение.

Как установить код Visual Studio с помощью apt-get в Ubuntu

Чтобы установить VS Code с помощью команды терминала, выполните следующие действия:

Code editing. Redefined.

Free. Built on open source. Runs everywhere.

By using VS Code, you agree to its license and privacy statement.

Meet IntelliSense.

Go beyond syntax highlighting and autocomplete with IntelliSense, which provides smart completions based on variable types, function definitions, and imported modules.

Print statement debugging is a thing of the past.

Debug code right from the editor. Launch or attach to your running apps and debug with break points, call stacks, and an interactive console.

Git commands built-in.

Working with Git and other SCM providers has never been easier. Review diffs, stage files, and make commits right from the editor. Push and pull from any hosted SCM service.

Extensible and customizable.

Deploy with confidence and ease

VS Code for

Want new features sooner?

Use vscode.dev for quick edits online!

GitHub, Azure Repos, and local files.

License and Privacy Terms

Visual Studio Code is now available as a snap on Ubuntu

David Callé

There is a new desktop snap in the Snap store: Visual Studio Code.

A versatile and open source code editor

Launched in 2015 by Microsoft, Visual Studio Code has imposed itself as one of the preferred code editors in the developer community. Cross-platform (powered by Electron), it features a marketplace of more than 3000 extensions where any language can find its linters, debuggers and test runners.

To install Visual Studio Code as a snap:

How has VS Code made such a splash in the development world?

After barely two years, this editor has found a place in a lot of tool belts, on Linux too. To explain this success, here are some notable highlights:

Git integration in Visual Studio Code features delightful commit (and reverts!) management.

To make the experience more familiar, you can emulate keyboard shortcuts of other editors by installing alternative keymaps, such as Vim, Emacs, Sublime, etc.

Available as a snap for an agile release process

It’s not the first code editor featured in this Electron snaps blog series, and if you have been reading the other entries, you already know why snaps are a good fit for Electron distribution on Linux: auto-updates, ease of installation and dependency bundling.

This snap makes the latest version of Visual Studio Code easily installable and auto-updatable on Ubuntu 14.04, 16.04 and newer supported releases, goodbye 3rd party PPAs and general package hunting!

Releases for everyone and releases for testers

Snaps allow developers to release software in different “channels”, that users subscribe to (defaulting to the stable channel), in order to receive automated updates.

Four channels are available, with names hinting at the stability users can expect:

For a primer on using the snap command-line, this tutorial will show you the way.

Ubuntu desktop

Learn how the Ubuntu desktop operating system powers millions of PCs and laptops around the world.

How to Install Visual Studio Code in Ubuntu 18.04

Visual Studio Code, also known as VS Code is a lightweight IDE developed by Microsoft. Mainly designed for web application development and have built in support popular JavaScript frameworks, also has support for many different programming languages such as PHP, Java, GO, C++, C#, Python and many more.

VSCode is cross platform text editor and can be installed on Windows, Mac and Linux. This tutorial explains how to install Vscode on Ubuntu 18.04 Desktop operating system.

Visual Studio Code is now available in the Ubuntu snap package manager and this is also the quickest and easiest way to Install Visual Studio Code in Ubuntu 18.04.

To install VS Code, open the Ubuntu terminal and run:

And that is all you have to do, if you want to uninstall vscode, simply run:

To update visual studio code to latest stable version, run:

Alternatively, you can install the snap version of Vscode from the Ubuntu software center, if you don’t want to use command line interface.

Downloading and installing the deb package

If you don’t want to use snap package, then there is another way to install latest version of visual studio code on Ubuntu, by downloading the deb package.

Command Line tool

Vscode includes a command line tool called ‘code’ to interact with the IDE. For example, to open VS Code from the command line, simply run:

To open a file, run:

To open a Folder, run:

List the installed extensions:

Installs or updates the extension.

Uninstalls an extension:

For command line help, type:

Vscode is a great text editor for your Ubuntu desktop. It is a lightweight code editor for web application and software development and comes with a huge set of extensions to improve your coding experience for many different languages and technologies, including JavaScript, TypeScript, Angular, Python, HTML, CSS, Docker, Azure, Go, C#, C++ and many more.

How to Install Visual Studio Code On Ubuntu 20.04

Visual Studio Code is a streamlined Code Editor that comes up with various operations such as debugging, syntax highlighting, version control, code completion.

You can insert, expand, generate, and collapse different code blocks using the editor’s various properties, such as outlining and code snippets.

Many folks confused Visual Studio with Visual Studio Code. Visual Studio is exclusively available on Windows for windows application development, while Visual Studio Code is a simple code editor available for many platforms.

Now we will check a couple of ways to get Visual Studio Code on Ubuntu 20.04. Pick the most appropriate one according to your convenience.

1- Install Visual Studio Code On Ubuntu 20.04 (LTS) and 20.10 Using GUI:

To install Visual Studio Code through GUI, Firstly, open Software Center on Ubuntu.

You will get a Software Center window.

Now, search “Visual Studio Code”:

Select “Visual Studio Code”, a window will appear with Install Button; click on it to start the process.

2- Install Visual Studio Code On Ubuntu 20.04 (LTS) and 20.10 Using Terminal:

In this method, we will download and install Visual Studio Code using snap. Snap packages include binary dependencies which are secure and easy to upgrade.

To start the process, open your terminal and type the command given below:

Another way of installing VS code is using the terminal via the “apt” command.

There are few steps to follow:

Step 1: First, we need to install dependencies using the below-mentioned command.

Step 2: Next step is to import the given Microsoft GPG key on the terminal through the wget command:

Step 3: Moving forward, type the following command to enable VS code repository:

As you can see, the repository is added. Now, the last step for this process is to type installation command of Visual Studio Code package, which is mentioned below:

Visual Studio Code will be downloaded and installed on your device. It can be viewed in applications. Open it:

How to uninstall Visual Studio Code on Ubuntu 20.04 (LTS) and 20.10:

If you’ve installed it from GUI, then to remove it, follow the steps listed below:

If you have installed Visual Studio Code through the terminal by snap packages.
Use command to uninstall it:

Conclusion

You’ve seen a brief introduction about how to install Visual Studio Code using a couple of ways that are via GUI and Terminal. We have also learned how to uninstall it in various ways. Visual Studio Code is a fast, reliable, and efficient code editor that supports various programming languages and tons of plugins to enhance productivity.

About the author

Wardah Batool

I am a Software Engineer Graduate and Self Motivated Linux writer. I also love to read latest Linux books. Moreover, in my free time, i love to read books on Personal development.

Using C++ and WSL in VS Code

In this tutorial, you will configure Visual Studio Code to use the GCC C++ compiler (g++) and GDB debugger on Ubuntu in the Windows Subsystem for Linux (WSL). GCC stands for GNU Compiler Collection; GDB is the GNU debugger. WSL is a Linux environment within Windows that runs directly on the machine hardware, not in a virtual machine.

Note: Much of this tutorial is applicable to working with C++ and VS Code directly on a Linux machine.

After completing this tutorial, you will be ready to create and configure your own C++ project, and to explore the VS Code documentation for further information about its many features. This tutorial does not teach you about GCC or Linux or the C++ language. For those subjects, there are many good resources available on the Web.

If you have any problems, feel free to file an issue for this tutorial in the VS Code documentation repository.

Prerequisites

To successfully complete this tutorial, you must do the following steps:

Install Windows Subsystem for Linux and then use the links on that same page to install your Linux distribution of choice. This tutorial uses Ubuntu. During installation, remember your Linux user password because you’ll need it to install additional software.

Set up your Linux environment

Open the Bash shell for WSL. If you installed an Ubuntu distro, type «Ubuntu» in the Windows search box and then click on it in the result list. For Debian, type «Debian», and so on.

The shell appears with a command prompt that by default consists of your user name and computer name, and puts you in your home directory. For Ubuntu it looks like this:

Make a directory called projects and then subdirectory under that called helloworld :

Although you will be using VS Code to edit your source code, you’ll be compiling the source code on Linux using the g++ compiler. You’ll also debug on Linux using GDB. These tools are not installed by default on Ubuntu, so you have to install them. Fortunately, that task is quite easy!

From the WSL command prompt, first run apt-get update to update the Ubuntu package lists. An out-of-date distro can sometimes interfere with attempts to install new packages.

If you like, you can run sudo apt-get update && sudo apt-get dist-upgrade to also download the latest versions of the system packages, but this can take significantly longer depending on your connection speed.

From the command prompt, install the GNU compiler tools and the GDB debugger by typing:

Verify that the install succeeded by locating g++ and gdb. If the filenames are not returned from the whereis command, try running the update command again.

Note: The setup steps for installing the g++ compiler and GDB debugger apply if you are working directly on a Linux machine rather than in WSL. Running VS Code in your helloworld project, as well as the editing, building, and debugging steps are the same.

Run VS Code in WSL

You’ll see a message about «Installing VS Code Server». VS Code is downloading and installing a small server on the Linux side that the desktop VS Code will then talk to. VS Code will then start and open the helloWorld folder. The File Explorer shows that VS Code is now running in the context of WSL with the title bar WSL: Ubuntu.

You can also tell the remote context from the Status bar.

Add a source code file

Install the C/C++ extension

Once you create the file and VS Code detects it is a C++ language file, you may be prompted to install the Microsoft C/C++ extension if you don’t already have it installed.

Choose Install and then Reload Required when the button is displayed in the Extensions view to complete installing the C/C++ extension.

If you already have C/C++ language extensions installed locally in VS Code, you’ll need to go to the Extensions view ( ⇧⌘X (Windows, Linux Ctrl+Shift+X ) ) and install those extensions into WSL. Locally installed extensions can be installed into WSL by selecting the Install in WSL button and then Reload Required.

Add hello world source code

Now paste in this source code:

Now press ⌘S (Windows, Linux Ctrl+S ) to save the file. Notice how the file you just added appears in the File Explorer view ( ⇧⌘E (Windows, Linux Ctrl+Shift+E ) ) in the side bar of VS Code:

You can also enable Auto Save to automatically save your file changes, by checking Auto Save in the main File menu.

The Activity Bar on the far left lets you open different views such as Search, Source Control, and Run. You’ll look at the Run view later in this tutorial. You can find out more about the other views in the VS Code User Interface documentation.

Explore IntelliSense

In your new helloworld.cpp file, hover over vector or string to see type information. After the declaration of the msg variable, start typing msg. as you would when calling a member function. You should immediately see a completion list that shows all the member functions, and a window that shows the type information for the msg object:

You can press the Tab key to insert the selected member; then, when you add the opening parenthesis, you will see information about any arguments that the function requires.

Run helloworld.cpp

Remember, the C++ extension uses the C++ compiler you have installed on your machine to build your program. Make sure you have a C++ compiler installed before attempting to run and debug helloworld.cpp in VS Code.

Open helloworld.cpp so that it is the active file.

Press the play button in the top right corner of the editor.

Choose g++ build and debug active file from the list of detected compilers on your system.

After the build succeeds, your program’s output will appear in the integrated Terminal.

Your new tasks.json file should look similar to the JSON below:

Note: You can learn more about tasks.json variables in the variables reference.

The command setting specifies the program to run; in this case that is g++. The args array specifies the command-line arguments that will be passed to g++. These arguments must be specified in the order expected by the compiler.

The label value is what you will see in the tasks list; you can name this whatever you like.

The detail value is what you will as the description of the task in the tasks list. It’s highly recommended to rename this value to differentiate it from similar tasks.

Modifying tasks.json

Debug helloworld.cpp

Explore the debugger

Before you start stepping through the code, let’s take a moment to notice several changes in the user interface:

The Integrated Terminal appears at the bottom of the source code editor. In the Debug Output tab, you see output that indicates the debugger is up and running.

The editor highlights line 12, which is a breakpoint that you set before starting the debugger:

The Run and Debug view on the left shows debugging information. You’ll see an example later in the tutorial.

At the top of the code editor, a debugging control panel appears. You can move this around the screen by grabbing the dots on the left side.

If you already have a launch.json file in your workspace, the play button will read from it when figuring out how run and debug your C++ file. If you don’t have launch.json, the play button will create a temporary “quick debug” configuration on the fly, eliminating the need for launch.json altogether!

Step through the code

Now you’re ready to start stepping through the code.

Click or press the Step over icon in the debugging control panel.

This will advance program execution to the first line of the for loop, and skip over all the internal function calls within the vector and string classes that are invoked when the msg variable is created and initialized. Notice the change in the Variables window on the side.

Press Step over again to advance to the next statement in this program (skipping over all the internal code that is executed to initialize the loop). Now, the Variables window shows information about the loop variables.

Press Step over again to execute the cout statement. (Note that as of the March 2019 release, the C++ extension does not print any output to the Debug Console until the last cout executes.)

If you like, you can keep pressing Step over until all the words in the vector have been printed to the console. But if you are curious, try pressing the Step Into button to step through source code in the C++ standard library!

When the loop has completed, you can see the output in the Debug Console tab of the integrated terminal, along with some other diagnostic information that is output by GDB.

Set a watch

To keep track of the value of a variable as your program executes, set a watch on the variable.

To quickly view the value of any variable while execution is paused on a breakpoint, you can hover over it with the mouse pointer.

Next, you’ll create a tasks.json file to tell VS Code how to build (compile) the program. This task will invoke the g++ compiler to create an executable file from the source code.

It’s important to have helloworld.cpp open in the editor because the next step uses the active file in the editor for context to create the build task in the next step.

Customize debugging with launch.json

There are cases where you’d want to customize your debug configuration, such as specifying arguments to pass to the program at runtime. You can define custom debug configurations in a launch.json file.

You’ll then see a dropdown for various predefined debugging configurations. Choose g++ build and debug active file.

VS Code creates a launch.json file, which looks something like this:

Change the stopAtEntry value to true to cause the debugger to stop on the main method when you start debugging.

From now on, the play button and F5 will read from your launch.json file when launching your program for debugging.

C/C++ configurations

If you want more control over the C/C++ extension, you can create a c_cpp_properties.json file, which will allow you to change settings such as the path to the compiler, include paths, C++ standard (default is C++17), and more.

You can view the C/C++ configuration UI by running the command C/C++: Edit Configurations (UI) from the Command Palette ( ⇧⌘P (Windows, Linux Ctrl+Shift+P ) ).

You only need to modify the Include path setting if your program includes header files that are not in your workspace or in the standard library path.

Closing the WSL session

When you are done working in WSL, you can close your remote session with the Close Remote Connection command available in the main File menu and the Command Palette ( ⇧⌘P (Windows, Linux Ctrl+Shift+P ) ). This will restart VS Code running locally. You can easily reopen your WSL session from the File > Open Recent list by selecting folders with the [WSL] suffix.

Как установить Microsoft Visual Studio Code в Linux

Вам нужно заполучить Microsoft Visual Studio Code для Linux, но вы не знаете, как это сделать? Если да, то это руководство может помочь! Следуйте инструкциям по настройке Visual Studio Code в Linux!

Инструкции Ubuntu

Приложение Microsoft Visual Studio Code работает в Linux, включая Ubuntu. Чтобы приложение работало с вашим любимым Ubuntu-подобным дистрибутивом Linux, перейдите на официальная страница загрузки VSC и возьмите пакет DEB. После того, как вы загрузили пакет DEB на свой компьютер, запустите сеанс терминала и используйте команду CD для перехода из домашнего каталога (

Примечание. Код Visual Studio доступен только для 64-разрядной версии Ubuntu. К сожалению, 32-разрядной версии нет, и похоже, что Microsoft ее не выпустит.

/ Downloads запустите команду dpkg. Запуск этой команды запустит установку пакета на вашем ПК с Ubuntu.

Когда пакет завершит установку на вашем ПК с Ubuntu Linux, вы можете заметить некоторые ошибки. Эти ошибки возникают не всегда, но когда они возникают, их можно быстро устранить, выполнив команду apt install с переключателем «f».

После выполнения команды исправления Visual Studio Code будет запущен в Ubuntu.

Инструкции Debian

Поскольку доступен пакет DEB, Visual Studio Code будет нормально работать с Debian. Однако, если вы являетесь пользователем Debian, вам может потребоваться включить сторонний источник программного обеспечения, поскольку он может иметь зависимости, не найденные (или устаревшие) в текущем репозитории Debian.

Чтобы включить источник программного обеспечения, запустите окно терминала и получите root-доступ, выполнив команду su.

Примечание: нельзя использовать su? Вместо этого работает Судо!

Теперь, когда у вас есть root-доступ в терминале, запустите команду Curl и загрузите ключ выпуска.

Добавьте ключ Microsoft GPG к пользователю Root с помощью команды установки.

После добавления нового источника программного обеспечения в Debian вы должны установить на свой компьютер пакет «apt-transport-https». Это обязательный пакет, поскольку репозиторий программного обеспечения Microsoft — HTTPS, и Debian не может обрабатывать эти соединения из коробки.

Транспортный пакет HTTPS работает в Apt / Apt-get. Пришло время запустить команду «обновить».

Наконец, установите Visual Studio Code на свой компьютер с Debian Linux с помощью

Инструкции Arch Linux

Код Microsoft Visual Studio доступен в AUR. Чтобы установить его, запустите терминал и следуйте пошаговым инструкциям ниже.

Шаг 1. Установите пакеты Base-devel и Git на свой компьютер Arch.

Шаг 2. Клонируйте пакет AUR Visual Studio Code с помощью Git.

Шаг 3: CD в папку с кодом.

Шаг 4: Скомпилируйте пакет и установите его на свой компьютер с Arch Linux. Обязательно прочтите комментарии, если у вас возникнут проблемы.

Инструкции Fedora

Доступен репозиторий RPM для Microsoft Visual Code. Если вы пользователь Fedora, вы сможете настроить его. Чтобы настроить его, запустите окно терминала и получите root-доступ с помощью su.

Теперь, когда у вас есть Root, установите GPG-ключ Repo.

Когда ключ импортирован, пора включить репо.

Затем запустите обновление DNF.

Наконец, установите программу в Fedora с помощью:

Инструкции OpenSUSE

Репозиторий RPM отлично работает в Fedora, но он также работает в OpenSUSE. Чтобы он заработал, вы должны импортировать ключ GPG и добавить репо в свою систему.

Настроив репо и ключ GPG, установите Visual Studio Code на OpenSUSE с помощью команд Zypper ниже.

Инструкции по Flatpak

Visual Studio Code доступен на Flatpak, так что вы можете установить его практически на любой дистрибутив Linux. Чтобы установить его, перейдите к нашему руководству и настройте среду выполнения Flatpak. Затем введите команды установки ниже.

Инструкции по упаковке Snap

Код Visual Studio находится в магазине Snap. Чтобы заставить его работать, перейдите к нашему руководству о том, как включить Snapd. Затем, когда все заработает, введите команду ниже, чтобы установить программу.

Visual Studio Code on Linux

Installation

See the Download Visual Studio Code page for a complete list of available installation options.

By downloading and using Visual Studio Code, you agree to the license terms and privacy statement.

Debian and Ubuntu based distributions

Note that other binaries are also available on the VS Code download page.

Then update the package cache and install the package using:

RHEL, Fedora, and CentOS based distributions

We currently ship the stable 64-bit VS Code in a yum repository, the following script will install the key and repository:

Then update the package cache and install the package using dnf (Fedora 22 and above):

Or on older versions using yum :

Due to the manual signing process and the system we use to publish, the yum repo may lag behind and not get the latest version of VS Code immediately.

Visual Studio Code is officially distributed as a Snap package in the Snap Store:

You can install it by running:

Once installed, the Snap daemon will take care of automatically updating VS Code in the background. You will get an in-product update notification whenever a new update is available.

Note: If snap isn’t available in your Linux distribution, please check the following Installing snapd guide, which can help you get that set up.

Learn more about snaps from the official Snap Documentation.

openSUSE and SLE-based distributions

The yum repository above also works for openSUSE and SLE-based systems, the following script will install the key and repository:

Then update the package cache and install the package using:

AUR package for Arch Linux

To get more information about the installation from the AUR, please consult the following wiki entry: Install AUR Packages.

Nix package for NixOS (or any Linux distribution using Nix package manager)

There is a community maintained VS Code Nix package in the nixpkgs repository. In order to install it using Nix, set allowUnfree option to true in your config.nix and execute:

Note that other binaries are also available on the VS Code download page.

Updates

VS Code ships monthly and you can see when a new release is available by checking the release notes. If the VS Code repository was installed correctly, then your system package manager should handle auto-updating in the same way as other packages on the system.

Note: Updates are automatic and run in the background for the Snap package.

Node.js

Node.js is a popular platform and runtime for easily building and running JavaScript applications. It also includes npm, a Package Manager for Node.js modules. You’ll see Node.js and npm mentioned frequently in our documentation and some optional VS Code tooling requires Node.js (for example, the VS Code extension generator).

If you’d like to install Node.js on Linux, see Installing Node.js via package manager to find the Node.js package and installation instructions tailored to your Linux distribution. You can also install and support multiple versions of Node.js by using the Node Version Manager.

To learn more about JavaScript and Node.js, see our Node.js tutorial, where you’ll learn about running and debugging Node.js applications with VS Code.

Setting VS Code as the default text editor

xdg-open

You can set the default text editor for text files ( text/plain ) that is used by xdg-open with the following command:

Debian alternatives system

Debian-based distributions allow setting a default editor using the Debian alternatives system, without concern for the MIME type. You can set this by running the following and selecting code:

Windows as a Linux developer machine

Another option for Linux development with VS Code is to use a Windows machine with the Windows Subsystem for Linux (WSL).

Windows Subsystem for Linux

With WSL, you can install and run Linux distributions on Windows. This enables you to develop and test your source code on Linux while still working locally on a Windows machine. WSL supports Linux distributions such as Ubuntu, Debian, SUSE, and Alpine available from the Microsoft Store.

See the Developing in WSL documentation to learn more or try the Working in WSL introductory tutorial.

Next steps

Once you have installed VS Code, these topics will help you learn more about it:

Common questions

Azure VM Issues

I’m getting a «Running without the SUID sandbox» error?

You can safely ignore this error.

Debian and moving files to trash

If you see an error when deleting files from the VS Code Explorer on the Debian operating system, it might be because the trash implementation that VS Code is using is not there.

Run these commands to solve this issue:

Conflicts with VS Code packages from other repositories

Some distributions, for example Pop!_OS provide their own code package. To ensure the official VS Code repository is used, create a file named /etc/apt/preferences.d/code with the following content:

«Visual Studio Code is unable to watch for file changes in this large workspace» (error ENOSPC)

The limit can be increased to its maximum by editing /etc/sysctl.conf (except on Arch Linux, read below) and adding this line to the end of the file:

While 524,288 is the maximum number of files that can be watched, if you’re in an environment that is particularly memory constrained, you may want to lower the number. Each file watch takes up 1080 bytes, so assuming that all 524,288 watches are consumed, that results in an upper bound of around 540 MiB.

Arch-based distros (including Manjaro) require you to change a different file; follow these steps instead.

I can’t see Chinese characters in Ubuntu

Package git is not installed

This error can appear during installation and is typically caused by the package manager’s lists being out of date. Try updating them and installing again:

The code bin command does not bring the window to the foreground on Ubuntu

Under General > General Options > Focus & Raise Behaviour, set «Focus Prevention Level» to «Off». Remember this is an OS-level setting that will apply to all applications, not just VS Code.

This can happen when sources.list.d doesn’t exist or you don’t have access to create the file. To fix this, try manually creating the folder and an empty vscode.list file:

Cannot move or resize the window while X forwarding a remote window

Using the custom title bar

The custom title bar and menus were enabled by default on Linux for several months. The custom title bar has been a success on Windows, but the customer response on Linux suggests otherwise. Based on feedback, we have decided to make this setting opt-in on Linux and leave the native title bar as the default.

The custom title bar provides many benefits including great theming support and better accessibility through keyboard navigation and screen readers. Unfortunately, these benefits do not translate as well to the Linux platform. Linux has a variety of desktop environments and window managers that can make the VS Code theming look foreign to users. For users needing the accessibility improvements, we recommend enabling the custom title bar when running in accessibility mode using a screen reader. You can still manually set the title bar with the Window: Title Bar Style ( window.titleBarStyle ) setting.

Broken cursor in editor with display scaling enabled

Repository changed its origin value

If you receive an error similar to the following:

Use apt instead of apt-get and you will be prompted to accept the origin change:

tagplus5/vscode-ppa

Use Git or checkout with SVN using the web URL.

Work fast with our official CLI. Learn more.

Launching GitHub Desktop

If nothing happens, download GitHub Desktop and try again.

Launching GitHub Desktop

If nothing happens, download GitHub Desktop and try again.

Launching Xcode

If nothing happens, download Xcode and try again.

Launching Visual Studio Code

Your codespace will open once ready.

There was a problem preparing your codespace, please try again.

Latest commit

Git stats

Files

Failed to load latest commit information.

README.md

Visual Studio Code PPA

On 1.10.1 Update Microsoft create official signed repositories for Linux

Install for Debian and Ubuntu based distributions

For now, there are differences in the official MS repository and this repository for code-insiders, see:

How do I install Visual Studio Code?

I just downloaded VSCode-linux-x64 from the Microsoft website. It’s a 62 MB zip file. How can I install it on my Ubuntu system?

12 Answers 12

Update

VSCode is now available as DEB file. You can download it and then run:

In case dpkg complains about missing dependencies, run:

afterwards to fix the problem.

Old answer

Visual Studio Code enabled official Linux repositories on February 2017 (v1.10)

You can upgrade / dist-upgrade as usual

Works fine on Xenial. Maybe someone creates a PPA to simplify updates. Or it ‘ll become part of the official repository.

Update 03/17: Since version 1.10 (February 2017) there is built-in support for official Linux repositories. VS Code now can auto-update on Linux, although you have to install it one time manually.

Install the snap.

The way I’ve done it is as follows. Using a terminal:

Create a directory for the files and change to this directory:

The directory name is arbitrary.

Unpack the zip file in your new folder:

Run the ide using

You can also create a desktop link so that you can start it directly from the desktop or double-click in nautilus.

To create a menu entry:

At the terminal, create a file

and copy and paste the following:

I also downloaded an MS icon for this application from

and moved it to /opt/msvs :

Visual Studio Code doesn’t have to be installed, per se. Instead you can unzip the archive wherever you want it, then run the program by double-clicking the file called code (which is the main executable).

Here’s a GUI-oriented procedure for doing so:

Go to the Visual Studio Code site and click Download Code for Linux. (You should probably also review the license terms and privacy policy.)

Make a new folder where you want Visual Studio Code to go. It’s best to do this within your home folder (if other users want to use Visual Studio Code, it could be extracted separated for them—then any modifications or configuration changes will be per-user).

To run Visual Studio Code, double-click on the code executable, which is one of the files that was extracted.

How to install Visual Studio Code on Linux?

I have just downloaded VSCode-linux-x64 from the Microsoft website. It’s a zip file called VSCode-linux-x64.zip. How can I install it on my Linux system?

5 Answers 5

Trending sort

Trending sort is based off of the default sorting method — by highest score — but it boosts votes that have happened recently, helping to surface more up-to-date answers.

It falls back to sorting by highest score if no posts are trending.

Switch to Trending sort

From a few pages deeper into the setup docs in the link you offered.

Extract the zip file VSCode-linux-x64.zip

Go inside the folder VSCode-linux-x64

You can right click on Visual Studio Code on toolbar (or launcher)
and select Lock to Launcher. this way you can launch the editor by
clicking it on launcher.

If you are using terminal follow the terminal commands

This video will help you to download and install and use Visual Studio Code on Ubuntu if you still have some doubts

After 18.04 version, the following one-line terminal code works well.

Installing with apt-get:

Step 1 – Enable Package Repository

Run the following command to enable Visual studio code repository to your system:

Step 2 – Install Visual Studio Code Editor

Now, Import the package signing gpg key on your system using the following command:

Install Visual Studio Code on your Debian based system (like Ubuntu):

Step 3 – Launch Visual Studio Code and enable its extensions:

Now You can launch the Visual Studio Code editor on your system using the graphical menu.

There are a large number of extensions available for Visual Studio Code like PHP, Python, JavaScript etc. Install the required extensions to enhance your working experience with Visual Studio Code.

How To Install Visual Studio Code On Ubuntu 20.04

Visual Studio Code (VsCode) is a free cross-platform source-code editor developed by Microsoft for Windows, Linux, and macOS. It supports debugging, embedded Git control, syntax highlighting, code completion and refactoring, and snippets.

In addition to its core functionality, you can install extensions to change the look, support new programming languages, custom components, etc.

Here, we will see how to install Visual Studio Code on Ubuntu 20.04.

Configure Visual Studio Code Repository

Microsoft provides the package repository for Ubuntu which helps us to get and install the VsCode package easily.

Update the repository index using the apt command

Install the HTTPS support for apt to get packages from Microsoft and other packages.

Download and import the Microsoft signing GPG key.

Now, add the Microsoft Visual Studio Code repository to your system.

Install Visual Studio Code

Update the repository index.

Use the apt command to install the Visual Studio Code.

Start Visual Studio Code

Terminal

Once the VS Code is installed on your system, you can launch it either from the command line or by clicking on the VS Code icon in graphical mode.

Graphical

Go to Activities В» Search for Visual Studio Code.

Visual Studio Code running on Ubuntu 20.04:

Set VS Code as the default editor

If your system has multiple source code editors and you want to set the Visual Studio Code as the default code editor, use the below command.

Update Visual Studio Code

Microsoft releases the update every month. So, if you want, you can update the Visual Studio Code to the latest version using the apt command.

Conclusion

ThatвЂ™s All. You have successfully installed the Visual Studio Code on your Ubuntu 20.04. Now, you are good to install the extensions and configure VS Code according to your preferences.

How to Install vscode on Ubuntu

Home » DevOps and Development » How to Install vscode on Ubuntu

Microsoft’s Visual Studio Code (vscode) is a source-code editor developed for Windows, Linux, and macOS. The code editor supports debugging, syntax highlighting, automatic code completion, snippets, embedded Git control, etc.

vscode is open source. It supports an abundance of extensions acts as a version control system, thus facilitating project collaboration.

In this tutorial, you will learn to install, uninstall, and start vscode on Ubuntu.

How to Install vscode on Ubuntu?

There are three ways to install vscode on Ubuntu:

Choose an installation method and follow the steps below to install vscode.

Method 1: Install Visual Studio Code with Snap

Snap packages are containerized applications. Open the terminal and run the following command to install the vscode self-contained snap package with the required dependencies:

Verify the installation by checking the program version:

Method 2: Install Visual Studio Code with apt

Another way to install vscode is via the apt package manager. Follow the steps below to install vscode using apt:

Note: Read our Snap vs. apt article to see how the Snap packaging system compares to the apt package manager.

Step 1: Update the system repository

Run the following command to update the system’s repository and ensure you get the latest vscode version:

Step 2: Install Package Dependencies

For proper operation, vscode requires you to install package dependencies. Run the following command to resolve package dependencies:

The command automatically installs any vscode dependencies.

Step 3: Add GPG Key

Import the GPG key provided by Microsoft to verify the package integrity. Enter:

Step 4: Add Repository

Run the following command to add the Visual Studio Code repository to your system:

Note: See how to troubleshoot the Add-apt-repository command not found error.

Step 5: Install vscode

After enabling the repository, install vscode by running:

Step 6: Verify Installation

Verify vscode installation by running:

If the installation was successful, the output shows the program version.

Method 3: Install Using the GUI

Follow the steps below to install vscode using Ubuntu Software Center:

1. Open Ubuntu Software Center

Click the Show Applications button and open the Ubuntu Software Center app.

Note: The Show Applications button opens the app drawer and shows installed app icons. See how to list installed apps using the terminal.

2. Find Visual Studio Code

Click the Search button, and type vscode in the search bar. Click code on the list to open the app page.

3. Install vscode

Click the Install button and, when prompted, type in your administrator password to start the installation.

How to Start vscode on Ubuntu?

Click the Show Applications button and locate Visual Studio Code in the app list.

Click the app to open it and start customizing the appearance, adding extensions for the programming languages you need, etc.

Uninstall vscode

Depending on the installation method, use on of three ways to uninstall vscode:

1. For vscode installations using snap (method 1):

Remove the vscode snap app by running the following command:

The command removes vscode and notifies you of the result.

2. For vscode installations using apt package manager (method 2):

if you installed vscode via apt, uninstall the program by running:

3. For vscode installations using the GUI (method 3):

If you installed vscode via the Ubuntu Software Center, follow the steps below uninstall the app:

1. Open the Ubuntu Software Center and click the Installed tab to see all installed apps.

2. Locate the code app on the list and click the Remove button.

4. When prompted, click Remove one more time to uninstall vscode from the system. Provide the admin password to confirm you want to uninstall the app.

The app has been successfully removed from your system.

This guide showed you how to install and uninstall vscode on Ubuntu using three methods. Choose your preferred installation method and start creating and editing code easily with vscode.

Installing Visual Studio Code on Linux (Ubuntu)

Getting Visual Studio Code

I started using Visual Studio Code since the first released version 0.1.0, and being part of the Insider Preview program for VS Code I managed to download and get the latest version always using this short-listed link:

Which is an alias for this web address: https://code.visualstudio.com/

Get the latest version of Visual Studio Code from the web site

Note: Originally, I started using Code 0.1.0 on Xubuntu 14.10 and then upgraded my machine around mid of May. Also, on a different machine running Ubuntu 14.04 LTS I can confirm to use Visual Studio Code successfully.

Unzip the archive

After you downloaded the latest ZIP archive for your architecture, here: VSCode-linux-x64.zip, you should decide where to extract the content of the compressed file. Well, in my case, I’d like to have third party products below the appropriate location, and therefore I usually choose /opt. Eventually you might ask yourself why? Well, here’s a decent chapter about the Linux Filesystem Hierarchy written by The Linux Documentation Project (TLDP):

This directory is reserved for all the software and add-on packages that are not part of the default installation. For example, StarOffice, Kylix, Netscape Communicator and WordPerfect packages are normally found here. To comply with the FSSTND, all third party applications should be installed in this directory. Any package to be installed here must locate its static files (ie. extra fonts, clipart, database files) must locate its static files in a separate /opt/’package’ or /opt/’provider’ directory tree (similar to the way in which Windows will install new software to its own directory tree C:\Windows\Progam Files\»Program Name»), where ‘package’ is a name that describes the software package and ‘provider’ is the provider’s LANANA registered name.

Looks good to me, or?

$ cd /opt
/opt$ sudo unzip

This is going to create a new directory VSCode-linux-x64 which contains the static binary to run Visual Studio Code on your system. Right now, you would be able to launch the text editor by executing the following command:

Despite some warnings and errors on the console output, similar to those:

[3437:0724/220852:ERROR:browser_main_loop.cc(173)] Running without the SUID sandbox! See https://code.google.com/p/chromium/wiki/LinuxSUIDSandboxDevelopment for more information on developing with the sandbox on.
bash: cannot set terminal process group (-1): Inappropriate ioctl for device
bash: no job control in this shell

Visual Studio Code is up and running.

Welcome screen of Visual Studio Code on first start of the text editor

Adding a little bit more comfort

Version-(in)dependent folder and symbolic link

Not sure about you but given the manual installation steps I would like to have a better control each time I consider to install a newer version of Code. Also, this helps to keep some adjustments on constant path information like Application launcher and shortcuts to run Visual Studio Code. Okay, let’s dig into that and first rename (move) the base directory of Code to a version-specific one:

/opt$ sudo mv VSCode-linux-x64 VSCode-0.5.0

Your own /opt folder might look similar to this one right now:

Extract the Visual Studio Code zip archive below /opt directory and create a version-independent symlink

As you can see on the screenshot I’ve been using Code since the very beginning, and using this approach I am actually able to keep all versions installed side-by-side next to each other. The most interesting part is the version-independent symlink in the /opt directory. This allows me to launch Visual Studio Code by executing the following line from anywhere:

Like using the Application Finder on Xubuntu after pressing Alt+F2:

Launch Visual Studio Code from the Application Finder with fully qualified path to executable

This scenario gives us a good head start for further activities.

The power of PATH

Now that we have a «fixed» location for Visual Studio Code, it would be more comfortable to avoid to specify the full path information each time that we would like to launch the text editor. Also, looking to some of the cool command line options of Code on other platforms, it would be nice to have them as well on Linux. Okay, then let’s do it using the PATH environment variable. The Linux Information Project has a good definition online:

PATH is an environmental variable in Linux and other Unix-like operating systems that tells the shell which directories to search for executable files (i.e., ready-to-run programs) in response to commands issued by a user. It increases both the convenience and the safety of such operating systems and is widely considered to be the single most important environmental variable.

That sounds exactly like what we are looking for. And in compliance with other operating systems, we are going to create another symlink for our purpose, like this:

Update: Recently, I discovered that the official guide on Setting up Visual Studio Code on Linux also mentions the creation of a symlink as a tip.

Commonly, UNIX and Linux commands are written in lower-case writing anyway, so why should we break with this tradition? Of course, you will be able to launch the text editor now with this new path, too. Either on the console / terminal, like so

Launch Visual Studio Code from the Application Finder

Thanks to the PATH environment variable we can now completely omit the path information. Linux knows where to find our executable now.

Application launcher in Main Menu

Add a new item to the main menu for Visual Studio Code

Unfortunately, this leaves us with an empty icon for now. Quickly open a new terminal and switch to an existing one and let’s see which graphics are provided by Microsoft, like so:

Alternatively, you might also have a look at the SVG graphics provided by Visual Studio Code.

I chose the vso.png and to simplify my life in regards of future upgrades and unexpected changes, I placed a copy of the graphic file into the usual location on a Linux system:

$ sudo cp /opt/VSCode/resources/app/vso.png /usr/share/icons/

Hint: Use the Move option in the window menu to relocate the dialog using the arrow keys, and then confirm your selection with a click on the OK button of the dialog.

Your Main Menu editor might look like this now:

Visual Studio Code as proper entry in the main menu of Xubuntu

Congratulations, your new application launcher has been added to the menu and you can either navigate into the Development section (or the one you chose) or type your choice into the application quick filter textbox to find and execute Visual Studio Code.

Navigate the application menu to launch Visual Studio Code

Use the quick filter entry of the application menu to launch Visual Studio Code

Creating a Desktop Entry file

[Desktop Entry]
Version=1.0
Encoding=UTF-8
Name=Visual Studio Code
GenericName=Integrated Development Environment
Comment=Code Editing. Redefined. Build and debug modern web and cloud applications.
Exec=code
TryExec=code
Icon=vso
StartupNotify=true
Terminal=false
Type=Application
MimeType=text/x-csharp;application/x-mds;application/x-mdp;application/x-cmbx;application/x-prjx;application/x-csproj;application/x-vbproj;application/x-sln;application/x-aspx;text/xml;application/xhtml+xml;text/html;text/plain;
Categories=GNOME;GTK;Development;IDE;

Save it as vscode.desktop and then put this file into the appropriate location for a Linux system:

$ sudo cp vscode.desktop /usr/share/applications/vscode.desktop

Thanks to the proper location of the shared icon and the symlinks we created earlier, we do not have to specify any absolute paths in our Desktop Entry file. As soon as the file has been copied below the shared applications folder it automatically appears in your main menu and is ready to be used.

For your extra comfort you might like to download the vscode.desktop file. You will have to rename the file and place it accordingly on your system.

Make it a launcher in Cairo Dock

As for the different options of Ubuntu I have to admit that I’m a long-year user of the Xfce environment, called Xubuntu, and on top I also like using a flexible dock panel (or two or three). Cairo dock is a fantastic package in case that you would like to have a little bit of Mac OS X flavour on your Linux desktop, and adding a launcher for Visual Studio Code is very simply to do.

Add Visual Studio Code to a dock panel like cairo dock or similar

First, run Visual Studio Code using one of the previously described methods. Next, after the application runs and an icon of code appears in the dock panel right-click the icon, then select the sub-menu entry «Make it a launcher» from the «code» context menu entry and you’re done. That’s actually similar to pinning an application to the taskbar in Windows 7, Windows 8 or Windows 10. Close the text editor and your new launcher will still remain in the dock panel.

Resume on installing Visual Studio Code

Without any question it is fantastic to have an identical text editor for all three major operating system. But Linux users are currently confronted with some lack of comfort compared to their Windows and Mac OS X friends. Although there are several and in my opinion easy ways to increase the user experience in using Visual Studio Code under Linux I’m a bit concerned whether Microsoft is keeping it on par to the other systems. Right now, installation takes some manual steps, there are essential parts missing in order to provide an excellent first contact and other editor features like automatic updates aren’t yet available for the Linux variation compared to Windows and Mac OS X.

Bearing in mind that the product has been launched back in April/May this year only and we are currently on version 0.5.0, I am very interested in the future development. The documentation online has some neat features for you, and the team at Microsoft has an open ear to the feedback and wishes given on their UserVoice website, too.

That’s all for the installation part of Visual Studio Code. Please leave your comments as well as tips & tricks for me.

How to Install Visual Studio Code in Ubuntu & Debian

Visual Studio Code is a lightweight source code editor for JavaScript, TypeScript and Node.js Applications. It also has extensions for multiple other programming languages like C++, C#, Python, PHP, Go, etc. This tutorial will help you to install Visual Studio Code editor on Ubuntu, Debian, Linuxmint, and its derivatives systems.

This tutorial covers two methods for install VS Code on Ubuntu, Debian, and Linux Mint systems.

How to Install VS Code on Ubuntu using Snap

The Visual Studio Code is officially distributed as a Snap package in the Snap Store. Also, most of the latest operating systems recommended using the Snap tool for the packages installation. With these instructions, you can install Visual Studio Code on Ubuntu, Debian, and Linux Mint systems along with its derivatives.

To install VS Code, Open a terminal (CTRL+ALT+T) and type:

On successful completion of the above command, the VS code will be installed on your Debian-based system.

Alternatively, follow the next method to install Visual studio code.

How to Install VS Code on Ubuntu using PPA

Use the following instructions to install Visual Studio Code on Ubuntu, Debian and Linux Mint systems using Debian packages. The PPA is officially maintained by Microsoft.

Step 1. First of all, You need to enable a package repository in your system. Run the following command to enable Visual studio code repository to your system.

Step 2. Next, Import the package signing gpg key on your system using the following command.

Step 3. After importing gpg key, Let’s use the below commands to install Visual Studio Code on your Debian-based system.

That’s it. You have successfully installed Visual Studio code on a Linux system.

Working with Visual Studio Code

Now launch the Visual Studio Code editor on your system using the graphical menu. After that create a new file or open files and directories using the File menu.

There are a large number of extensions available for Visual Studio Code like C#, Python, JavaScript, Google Chrome, etc. Install the required extensions to enhance your working experience with Visual Studio Code.

Conclusion

In this tutorial, you have learned two methods for installing Visual Studio Code on a Debian-based Linux system.

Code editing. Redefined.

Free. Built on open source. Runs everywhere.

By using VS Code, you agree to its license and privacy statement.

Meet IntelliSense.

Go beyond syntax highlighting and autocomplete with IntelliSense, which provides smart completions based on variable types, function definitions, and imported modules.

Print statement debugging is a thing of the past.

Debug code right from the editor. Launch or attach to your running apps and debug with break points, call stacks, and an interactive console.

Git commands built-in.

Working with Git and other SCM providers has never been easier. Review diffs, stage files, and make commits right from the editor. Push and pull from any hosted SCM service.

Extensible and customizable.

Deploy with confidence and ease

VS Code for

Want new features sooner?

Use vscode.dev for quick edits online!

GitHub, Azure Repos, and local files.

License and Privacy Terms

Visual studio code ubuntu

Microsoft’s recent stance towards Linux is changing, and this is shown by their actions. One of those move includes the release of Visual Studio Code for all the platforms including Linux. That’s a great step as Linux offers great development environment.

If you are looking how to install Visual studio code in Ubuntu, you have come to the right place.

For this tutorial, we are going to use the latest stable Ubuntu version(16.04.03) at the time of writing. There are many ways you can install VS Studio Code in Ubuntu. We will go through all of them one by one.

How To Run Visual Studio Code On Ubuntu 16.04

Once downloaded, you need to double-click to install it. If you are using Linux installation in a web hosting environment, then this method will not work. Let’s move to the second method which uses umake for installation.

2. Umake

Umake is a command line utility which is primarily used to install development related tools, IDE’s and languages. It was previously known as Ubuntu Developer Tools Center.

To get started, you need to use the following commands in the terminal. The first set of commands will download Ubuntu make using PPA.

Note: Ubuntu umake is only available for Ubuntu 15.04 and above.

sudo add-apt-repository ppa:ubuntu-desktop/ubuntu-make
sudo apt-get update
sudo apt-get install ubuntu-make

Once done, you need to install Visual Studio Code by using the following command.

sudo umake web visual-studio-code

It will ask for an installation path. You can change it or keep it as it is.

Once done, press “a” to accept the installation conditions.

You are now set to use the visual studio code. You can open it by clicking the visual studio code.

Messed up something and want to reinstall Visual studio code? You can uninstall VS Code using the command below and then install it by using any of the methods mentioned here.

umake web visual-studio-code –remove

3. Using simple command line and CURL

There is another method that you can use which doesn’t need umake.

To get started, you first need to download the Microsoft GPG Key. You can do it by running the command on terminal.

curl https://packages.microsoft.com/keys/microsoft.asc | gpg –dearmor > microsoft.gpg

After downloading the key, it is now time to install it. Do it by running the following command.

sudo mv microsoft.gpg /etc/apt/trusted.gpg.d/microsoft.gpg

Both the above commands will not give any visual feedback. That is it will only execute without returning anything.

The next step is to run the following command to add VS Code repository.

This will also not return anything in the terminal.

You are now set to download Visual Studio Code. Run the following code to make it happen!

sudo apt install code

If you install using the method 3, you can uninstall using the following command only.

sudo apt remove code && sudo apt autoremove

Conclusion

That’s it. We have finally installed VS code in Linux(Ubuntu). You can use any of the above methods and start running VS Code in Linux.

So, what are you developing using VS Code? Comment below and let us know.

linuxcool.ru

Установка и настройка linux

Установка Visual Studio Code в Ubuntu 20.04/Linux mint и другие

Visual Studio Code – это кроссплатформенный редактор кода с открытым исходным кодом, разработанный Microsoft. Он имеет встроенную поддержку отладки, встроенный элемент управления Git, подсветку синтаксиса, автозавершение кода, встроенный терминал, рефакторинг кода и фрагменты.

Самый простой и рекомендуемый способ установки Visual Studio Code на машины с Ubuntu – включить репозиторий VS Code и установить пакет VS Code через командную строку.

Как установить Visual Studio Code в Ubuntu/Linux mint и другие

Чтобы установить Visual Studio Code в вашу систему Ubuntu, выполните следующие действия:

Сначала обновите индекс пакетов и установите зависимости, набрав:

Затем импортируйте ключ Microsoft GPG, используя следующую команду wget :

И включите репозиторий Visual Studio Code, набрав:

После включения репозитория apt установите последнюю версию Visual Studio Code с помощью:

Вот и все. Visual Studio Code установлен на вашем рабочем столе Ubuntu, и вы можете начать его использовать.

Если вы предпочитаете не выполнять команду VS Code, вы также можете повторно запустить самую последнюю версию этого скрипта в любое время вручную, выполнив следующую команду в окне терминала:

Советы по распределению

Хотя приведенный выше сценарий установки предварительных требований охватывает различные дистрибутивы, вы можете задаться вопросом, что обычно отсутствует в ванильных установках. В следующем списке показаны ключевые библиотеки, отсутствующие во время новой установки данного дистрибутива. В списке также приведены некоторые советы, которые помогут вам приступить к работе при возникновении проблемы.

Дополнительные сведения также можно найти ниже в конкретных библиотеках Live Share потребностей.

Советы для дистрибутивов, поддерживаемых сообществом

PR приветствовать: Если вы хотите обновить эту информацию с помощью избранного дистрибутива, отправьте запрос на вытягивание для этого файла в нашем репозитории GitHub документации. Еще лучше, если вы хотите получить установщик зависимостей, поддерживающий ваш любимый дистрибутив, вы можете отправить запрос на вытягивание для этого файла.

Установка необходимых компонентов вручную

Хотя мы рекомендуем использовать сценарий установки зависимостей Live Share, в этом разделе приводятся дополнительные сведения о требованиях к библиотеке в случае, если вы хотите выполнить эти действия самостоятельно или использует дистрибутив, который не поддерживается скриптом.

Подробные требования к библиотеке

Distribution	.NET Core Reqs	Учетные данные служба хранилища Reqs	Reqs интеграции с браузером
Дистрибутивы Ubuntu и подчиненные дистрибутивы	libssl1.0.0 libkrb5-3 zlib1g libicu55 (для Ubuntu 16.04, Mint 18.3) или libicu57 (для Ubuntu 17.10) или libicu60 (для Ubuntu 18.04, Mint 19)	libsecret-1-0 gnome-keyring (или libsecret supported keyring — Kwallet не поддерживает libsecret)	desktop-file-utils x11-utils
Дистрибутивы Debian 9 и подчиненные	libssl1.0.2 libkrb5-3 zlib1g libicu57	libsecret-1-0 gnome-keyring (или libsecret supported keyring — Kwallet не поддерживает libsecret)	desktop-file-utils x11-utils
RHL / CentOS/ Fedora	openssl-libs krb5-libs zlib libicu Для Fedora также требуется openssl-libs	libsecret gnome-keyring (или libsecret supported keyring — Kwallet не поддерживает libsecret)	desktop-file-utils xprop
Alpine Linux	openssl1.1 icu krb5 zlib	libsecret gnome-keyring (или libsecret supported keyring — Kwallet не поддерживает libsecret)	desktop-file-utils xprop

Debian / Ubuntu

Для дистрибутивов на основе Ubuntu, включая Mint, выполните следующую команду:

Для дистрибутивов Debian 9 и нижестоящих дистрибутивов, отличных от Ubuntu, выполните следующую команду:

Fedora / CentOS / RHL

проблемы VS Code OSS

Пакеты Visual Studio Code, которые являются ванильными или измененными версиями VS Code OSS, могут содержать критическое значение в product.json файле, которое не позволяет активировать Visual Studio Live Share.

Быстрый способ увидеть, что вы можете столкнуться с этой проблемой, — перейти к справке > «Переключить средства разработчика» и узнать, нашли ли трассировку стека, указывающую на то, что расширение Live Share не активировалось, так как оно использовало «предлагаемый API».

extensionAllowedProposedApi Если свойство отсутствует или отсутствует ссылка на ms-vsliveshare.vsliveshare, вы используете версию OSS с этой проблемой.

В качестве обходного решения можно добавить в файл product.json следующее:

Интеграция с браузером в Linux

Visual Studio Live Share обычно не требует дополнительных действий при установке для интеграции с браузером на платформе Linux.

Для этого Live Share автоматически помещает файл

/.local/share/applications рабочего стола и сам необходимый модуль

/.local/share/vsliveshare запуска при первом инициализации расширения. Если это будет выполнено, никаких действий не требуется.

Если вы предпочитаете выполнять команду самостоятельно, можно нажать кнопку «Копировать вместо этого», чтобы скопировать команду терминала в буфер обмена.

Наконец, если вы решили полностью пропустить этот шаг, вы по-прежнему можете присоединиться к сеансам совместной работы вручную, но вы не сможете присоединиться, открыв ссылку приглашения в браузере. Обратите внимание, что вы всегда можете получить доступ к команде позже, нажав клавиши CTRL+SHIFT+P / Cmd+SHIFT+P и выбрав команду «Live Share: программа установки запуска».

См. также раздел

Возникли проблемы? Ознакомьтесь с разделом по устранению неполадок или отправьте отзыв.

Set up a WSL development environment

A step-by-step guide to the best practices for setting up a WSL development environment. Learn how to run the command to install the default Bash shell that uses Ubuntu or can be set to install other Linux distributions, use basic WSL commands, set up Visual Studio Code or Visual Studio, Git, Windows Credential Manager, databases like MongoDB, Postgres, or MySQL, set up GPU acceleration, run GUI apps, and more.

Get started

Windows Subsystem for Linux comes with the Windows operating system, but you must enable it and install a Linux distribution before you can begin using it.

If you prefer to install a Linux distribution other than Ubuntu, or would prefer to complete these steps manually, see the WSL installation page for more details.

Open PowerShell (or Windows Command Prompt) and enter:

You will need to restart your machine during this installation process.

Check the troubleshooting installation article if you run into any issues.

Set up your Linux username and password

Once the process of installing your Linux distribution with WSL is complete, open the distribution (Ubuntu by default) using the Start menu. You will be asked to create a User Name and Password for your Linux distribution.

This User Name and Password is specific to each separate Linux distribution that you install and has no bearing on your Windows user name.

Please note that whilst entering the Password, nothing will appear on screen. This is called blind typing. You won’t see what you are typing, this is completely normal.

Once you create a User Name and Password, the account will be your default user for the distribution and automatically sign-in on launch.

This account will be considered the Linux administrator, with the ability to run sudo (Super User Do) administrative commands.

Each Linux distribution running on WSL has its own Linux user accounts and passwords. You will have to configure a Linux user account every time you add a distribution, reinstall, or reset.

Linux distributions installed with WSL are a per-user installation and can’t be shared with other Windows user accounts. Encountering a username error? StackExchange: What characters should I use or not use in usernames on Linux?

If you forgot the password for your Linux distribution:

Once your WSL distribution has been opened at the root level inside PowerShell, you can use this command to update your password: passwd where is the username of the account in the distribution whose password you’ve forgotten.

Update and upgrade packages

We recommend that you regularly update and upgrade your packages using the preferred package manager for the distribution. For Ubuntu or Debian, use the command:

Windows does not automatically update or upgrade your Linux distribution(s). This is a task that most Linux users prefer to control themselves.

Add additional distributions

Set up Windows Terminal

Windows Terminal can run any application with a command line interface. Its main features include multiple tabs, panes, Unicode and UTF-8 character support, a GPU accelerated text rendering engine, and the ability to create your own themes and customize text, colors, backgrounds, and shortcuts.

Whenever a new WSL Linux distribution is installed, a new instance will be created for it inside the Windows Terminal that can be customized to your preferences.

We recommend using WSL with Windows Terminal, especially if you plan to work with multiple command lines. See the Windows Terminal docs for help with setting it up and customizing your preferences, including:

File storage

Store your project files on the same operating system as the tools you plan to use.
For the fastest performance speed, store your files in the WSL file system if you are working on them with Linux tools in a Linux command line (Ubuntu, OpenSUSE, etc). If you’re working in a Windows command line (PowerShell, Command Prompt) with Windows tools, store your files in the Windows file system. Files can be accessed across the operating systems, but it may significantly slow down performance.

For example, when storing your WSL project files:

Set up your favorite code editor

We recommend using Visual Studio Code or Visual Studio, as they directly support remote development and debugging with WSL. Visual Studio Code allows you to use WSL as a full-featured development environment. Visual Studio offers native WSL support for C++ cross-platform development.

Use Visual Studio Code

Follow this step-by-step guide to Get started using Visual Studio Code with WSL, which includes installing the Remote Development extension pack. This extension enables you to run WSL, SSH, or a remote container for editing and debugging with the full set of Visual Studio Code features. Quickly swap between different, separate development environments and make updates without worrying about impacting your local machine.

Be sure to add the period at the end of the command to open the current directory.

Use Visual Studio

Follow this step-by-step guide to Get started using Visual Studio with WSL for C++ cross-platform development. Visual Studio 2022 enables you to build and debug CMake projects on Windows, WSL distributions, and SSH connections from the same instance of Visual Studio.

Set up version management with Git

Follow this step-by-step guide to Get started using Git on WSL and connect your project to the Git version control system, along with using the credential manager for authentication, using Git Ignore files, understanding Git line endings, and using the Git commands built-in to VS Code.

Set up remote development containers with Docker

Follow this step-by-step guide to Get started with Docker remote containers on WSL 2 and connect your project to a remote development container with Docker Desktop for Windows.

Set up a database

Follow this step-by-step guide to Get started with databases on WSL and connect your project to a database in the WSL environment. Get started with MySQL, PostgreSQL, MongoDB, Redis, Microsoft SQL Server, or SQLite.

Set up GPU acceleration for faster performance

Follow this step-by-step guide to set up GPU accelerated machine learning training in WSL and leverage your computer’s GPU (graphics processing unit) to accelerate performance heavy workloads.

Basic WSL commands

The Linux distributions that you install via WSL are best managed using PowerShell or Windows Command Prompt (CMD). See the WSL command reference guide for a list of basic commands to be familiar with when using WSL.

In addition, many commands are interoperable between Windows and Linux. Here are a couple of examples:

Mount an external drive or USB

Run Linux GUI apps

Follow this tutorial to learn how to set up and run Linux GUI apps on WSL.

How Do I Setup Microsoft Visual Studio: Code as a Default Editor?

Microsoft Visual Studio Code is a really nice editor and I would like to make it my default normal (not terminal) text-editor over Gedit, Emacs, or Vim. (I know, I’m so evil.)

There’s no way for me to add it via a GUI option and I’ve looked at several online suggestions, but all of them are fairly out of date or unhelpful.

Do any of you have any suggestions? I’ll take a terminal solution, but if you guys have a GUI one, that’ll do too.

2 Answers 2

Setting VS Code as the default text editor

xdg-open

You can set the default text editor for text files ( text/plain ) that is used by xdg-open with the following command:

Debian alternatives system

Debian-based distributions allow setting a default editor using the Debian alternatives system, without concern for the MIME type. You can set this by running the following and selecting code:

Additionally, there is this issue mentioning following:

Some need you to set the default for a mime type like:

Install Microsoft Visual Studio Code In Linux

In this tutorial, we are going to see how to install latest Visual Studio Code editor in Linux.

Install Microsoft Visual Studio Code In Linux

Microsoft developers has made VS Code repositories for different Linux distributions to ease the installation.

On Ubuntu and its derivatives, run these commands to to import singing key VS Code repository:

Then, update the repository lists and install VS Code as shown below.

On RHEL, CentOS, Fedora, run the following commands to import singing key VS Code repository:

Update the package cache and install VS Code as shown below.

On SUSE/openSUSE, run the following commands to import singing key VS Code repository.

Update the package cache and install VS Code as shown below.

Once installed, you can open the VS Code editor using command:

If you see a screen something like below, congratulations! You have successfully installed Microsoft Visual Studio Code in your Linux distribution.

You can make VS Code as default text editor for text files with the following command:

I have installed MS Visual Studio Code, now what? Refer the following links to getting started with Visual Code.

And, that’s all for now. Have you tried Visual studio in Linux? What is your thoughts about it? Give us your feedback in the comment section below.

How do I install Visual Studio Code?

I just downloaded VSCode-linux-x64 from the Microsoft website. It’s a 62 MB zip file. How can I install it on my Ubuntu system?

12 Answers 12

Update

VSCode is now available as DEB file. You can download it and then run:

In case dpkg complains about missing dependencies, run:

afterwards to fix the problem.

Old answer

Visual Studio Code enabled official Linux repositories on February 2017 (v1.10)

You can upgrade / dist-upgrade as usual

Works fine on Xenial. Maybe someone creates a PPA to simplify updates. Or it ‘ll become part of the official repository.

Update 03/17: Since version 1.10 (February 2017) there is built-in support for official Linux repositories. VS Code now can auto-update on Linux, although you have to install it one time manually.

Install the snap.

The way I’ve done it is as follows. Using a terminal:

Create a directory for the files and change to this directory:

The directory name is arbitrary.

Unpack the zip file in your new folder:

Run the ide using

You can also create a desktop link so that you can start it directly from the desktop or double-click in nautilus.

To create a menu entry:

At the terminal, create a file

and copy and paste the following:

I also downloaded an MS icon for this application from

and moved it to /opt/msvs :

Here’s a GUI-oriented procedure for doing so:

Go to the Visual Studio Code site and click Download Code for Linux. (You should probably also review the license terms and privacy policy.)

To run Visual Studio Code, double-click on the code executable, which is one of the files that was extracted.

Начало работы с кодом Microsoft Visual Studio в Linux

Microsoft Visual Studio – одна из самых мощных интегрированных сред разработки, доступных с одним недостатком: она доступна только для Windows. Чтобы привлечь пользователей Linux и Mac к семейству средств разработки Visual Studio, Microsoft недавно запустила Visual Studio Code (или сокращенно VSCode) – по-настоящему кроссплатформенный редактор кода, быстрый и легкий.

Вот некоторые функции, которые могут сделать VSCode привлекательной альтернативой вашему нынешнему редактору кода:

В большинстве других популярных редакторов кода эти функции доступны только после ручной установки соответствующих плагинов – если они вообще доступны.

В этом уроке я собираюсь показать вам, как установить и использовать VSCode в Ubuntu, одном из самых популярных дистрибутивов Linux.

Предпосылки

Чтобы следовать этому уроку, вам понадобится:

Установка

Создайте каталог для VSCode.

Войдите в этот каталог и используйте wget для загрузки VSCode.

Создайте ссылку на исполняемый файл с именем Code внутри /usr/local/bin/ чтобы его можно было запускать из любого каталога.

Создание проекта

/JustAnotherApp как проекта, вы можете ввести:

Если в вашем проекте еще нет файлов, вот что вы увидите:

Теперь вы можете нажать на название вашего проекта, чтобы увидеть кнопки, которые позволяют создавать новые файлы и папки:

Использование IntelliSense

IntelliSense – это общий термин, используемый Microsoft, который охватывает такие функции, как автоматическое завершение кода и контекстные предложения кода. Они действительно полезны для повышения производительности, особенно когда вы используете новый API или библиотеку. В текущей предварительной версии VSCode IntelliSense доступен на всех платформах для JavaScript, CSS, HTML и некоторых других языков. В этом уроке я покажу вам, как использовать его в ваших проектах Node.js.

Точно так же, нажав Control + Space в файлах Javascript, вы можете увидеть поля и методы, доступные в некоторых общих классах и объектах.

Чтобы решить эту проблему, вам нужны соответствующие определения типов TypeScript. Чтобы получить эти определения, вы можете использовать TSD (менеджер определений TypeScript для DefinitiveTyped), модуль npm.

Если у вас его еще нет, установите его с терминала, используя:

Теперь внутри директории вашего проекта вы можете использовать tsd для установки нужных вам определений типов. Например, чтобы установить определения типов для платформы Express, необходимо ввести следующее:

Теперь вы можете нажать Control + Пробел, чтобы увидеть, что предложения доступны для объектов, которые принадлежат платформе Express:

Отладка

Хотя он работает «из коробки» в Windows, в Ubuntu (и большинстве других дистрибутивов Linux и Mac OS X), вам нужно установить Mono 3.10.0 или выше, чтобы отладчик работал. Без этого попытка запустить отладчик не удастся:

Чтобы установить последнюю версию Mono, вам нужно добавить новый PPA к программным источникам Ubuntu. Сделайте это, открыв терминал и введя:

Наконец, создайте ссылку на исполняемый файл mono внутри /usr/bin :

Вернитесь в VSCode и снова запустите отладку. Вы должны увидеть, как это работает:

Использование контроля версий

На всех платформах VSCode поддерживает управление версиями с помощью Git. Чтобы использовать эту функцию, на вашем компьютере должен быть установлен Git. В Ubuntu вы можете установить Git, снова открыв терминал и введя следующее:

Вернитесь в VSCode и нажмите кнопку Git на панели инструментов. Вам будет предложено инициализировать новый репозиторий:

После инициализации VSCode показывает все файлы, которые необходимо зафиксировать или обновить. Фиксация так же проста, как ввод сообщения о фиксации и нажатие на галочку:

Использование Markdown Preview

На всех платформах VSCode поддерживает предварительный просмотр Markdown и работает без каких-либо дополнительных установок. Когда вы редактируете файл уценки, при нажатии Control + Shift + V в любой момент отображается предварительный просмотр файла.

Например, если ваш файл Markdown выглядит так:

… предварительный просмотр покажет это:

Вывод

Теперь вы знаете, как установить и запустить Visual Studio Code – первый инструмент разработки из семейства Microsoft Visual Studio, поддерживающего Linux, – в вашей системе Ubuntu. Хотя процесс настройки немного сложен, вы должны попробовать его, чтобы испытать его гладкий и оптимизированный интерфейс, оптимизированный для веб-разработки.

По состоянию на май 2015 года VSCode все еще находился в предварительном просмотре с улучшениями и новыми функциями, которые могут появиться в следующие месяцы. Обновления просты в установке и доступны для всех платформ одновременно.

Если у вас есть какие-либо вопросы или комментарии об этом руководстве, пожалуйста, дайте мне знать. Вы уже пробовали VSCode? Если так, что ты думаешь?

Visual Studio Code on Linux

Installation

See the Download Visual Studio Code page for a complete list of available installation options.

By downloading and using Visual Studio Code, you agree to the license terms and privacy statement.

Debian and Ubuntu based distributions

Note that other binaries are also available on the VS Code download page.

Then update the package cache and install the package using:

RHEL, Fedora, and CentOS based distributions

We currently ship the stable 64-bit VS Code in a yum repository, the following script will install the key and repository:

Then update the package cache and install the package using dnf (Fedora 22 and above):

Or on older versions using yum :

Due to the manual signing process and the system we use to publish, the yum repo may lag behind and not get the latest version of VS Code immediately.

Visual Studio Code is officially distributed as a Snap package in the Snap Store:

You can install it by running:

Once installed, the Snap daemon will take care of automatically updating VS Code in the background. You will get an in-product update notification whenever a new update is available.

Note: If snap isn’t available in your Linux distribution, please check the following Installing snapd guide, which can help you get that set up.

Learn more about snaps from the official Snap Documentation.

openSUSE and SLE-based distributions

The yum repository above also works for openSUSE and SLE-based systems, the following script will install the key and repository:

Then update the package cache and install the package using:

AUR package for Arch Linux

To get more information about the installation from the AUR, please consult the following wiki entry: Install AUR Packages.

Nix package for NixOS (or any Linux distribution using Nix package manager)

There is a community maintained VS Code Nix package in the nixpkgs repository. In order to install it using Nix, set allowUnfree option to true in your config.nix and execute:

Note that other binaries are also available on the VS Code download page.

Updates

Note: Updates are automatic and run in the background for the Snap package.

Node.js

To learn more about JavaScript and Node.js, see our Node.js tutorial, where you’ll learn about running and debugging Node.js applications with VS Code.

Setting VS Code as the default text editor

xdg-open

You can set the default text editor for text files ( text/plain ) that is used by xdg-open with the following command:

Debian alternatives system

Debian-based distributions allow setting a default editor using the Debian alternatives system, without concern for the MIME type. You can set this by running the following and selecting code:

Windows as a Linux developer machine

Another option for Linux development with VS Code is to use a Windows machine with the Windows Subsystem for Linux (WSL).

Windows Subsystem for Linux

See the Developing in WSL documentation to learn more or try the Working in WSL introductory tutorial.

Next steps

Once you have installed VS Code, these topics will help you learn more about it:

Common questions

Azure VM Issues

I’m getting a «Running without the SUID sandbox» error?

You can safely ignore this error.

Debian and moving files to trash

If you see an error when deleting files from the VS Code Explorer on the Debian operating system, it might be because the trash implementation that VS Code is using is not there.

Run these commands to solve this issue:

Conflicts with VS Code packages from other repositories

Some distributions, for example Pop!_OS provide their own code package. To ensure the official VS Code repository is used, create a file named /etc/apt/preferences.d/code with the following content:

«Visual Studio Code is unable to watch for file changes in this large workspace» (error ENOSPC)

The limit can be increased to its maximum by editing /etc/sysctl.conf (except on Arch Linux, read below) and adding this line to the end of the file:

Arch-based distros (including Manjaro) require you to change a different file; follow these steps instead.

I can’t see Chinese characters in Ubuntu

Package git is not installed

This error can appear during installation and is typically caused by the package manager’s lists being out of date. Try updating them and installing again:

The code bin command does not bring the window to the foreground on Ubuntu

This can happen when sources.list.d doesn’t exist or you don’t have access to create the file. To fix this, try manually creating the folder and an empty vscode.list file:

Cannot move or resize the window while X forwarding a remote window

Using the custom title bar

Broken cursor in editor with display scaling enabled

Repository changed its origin value

If you receive an error similar to the following:

Use apt instead of apt-get and you will be prompted to accept the origin change:

Tutorial Install Visual Studio Code on Ubuntu 21.04 & 20.04

Table of Contents

How to Install Visual Studio Code on Ubuntu 21.04

Visual Studio Code is a popular and useful editor that many people and teams working in the field of software and application development, use to build applications based on different platforms. In the next section, we will have a definition of Visual Studio Code and its features. Then we will teach you how to install and start Visual Studio Code on Ubuntu 21.04.

What is Visual Studio Code?

VS Code allows developers to add and even create new add-ons, including Code Linters, debugging, and support for web development and cloud technology. The VS Code interface allows a lot of interaction with the programmer compared to other text editors.

Most people rightly think of Visual Studio Code as a code editor and even a development environment for programming projects or working on text files. However, the flexibility of VS Code in the form of plugins allows this editor to do much more in addition to supporting programming languages or file formats.

In addition to coding, VS Code can support many other applications.

The following four methods are used to use VS Code to improve the quality of the development process beyond a plain text editor:

1_ Search the database

2_ API development and testing

3_ Partner Management

4_ Productivity tracking

VS Code Editor has many features and capabilities. These features include:

1. Multi-platform support

2. Syntax highlighting

3. Indentation of the first line of code

5. Provide a tree view

6. Integrated command line

7. Language displayed

9. Web development facilities

In the next section, we will teach you how to install Visual Studio Code on Ubuntu 21.04. Please join us.

Install Visual Studio Code on Ubuntu 21.04 | 20.04

In this section, we want to teach you how to install Visual Studio Code on Ubuntu 21.04. Since Visual Studio Code is available in official Microsoft Apt repositories, you can easily install it by following the instructions below.

In the first step, as a user with Sudo privileges, you must update the package index and install the dependencies. To do this you can use the following commands:

Then you need to import the Microsoft GPG key in the next step using the following command:

In the next section, you must enable the Visual Studio code repository:

Finally, after activating the apt repository, you can easily install the Visual Studio Code package using the following command:

Finally, you can use the following commands to apply the changes:

How to Start Visual Studio Code on Ubuntu 21.04

Once you have successfully installed the Visual Studio Code on Ubuntu 21.04 according to the instructions mentioned in the previous step, you can now run it. To do this, just type “Visual Studio Code” in the Activities search bar. Then you have to click on the icon to launch the program.

In the image below, you can see a picture of the Visual Studio Code environment. In other words, when you first start VS Code, a window like the following should appear. Then you can easily start installing VS Code extensions and configurations.

Conclusion

Visual Studio Code is a completely different product compared to Visual Studio. VS Code‌ provides developers with service facilities for a variety of programming languages. Therefore, considering the importance and popularity of this tool among users, we decided to teach you How to Install Visual Studio Code on Ubuntu 21.04 in this article.

How to Write C/C++ Code for Linux using Hyper-V and Visual Studio

Save to My DOJO

Microsoft has definitely been bringing the love for Linux lately! I’ve used Linux more in 2017 than in the entirety of my previous career combined. Microsoft made that happen. Recently, they added support to their premier development product, Visual Studio, so that it can connect, deploy, and debug C/C++ code on a Linux system. I’m going to show you how to use that new functionality in conjunction with Hyper-V to ease development on Linux. I’ll provide a demo program listing that you can use to retrieve the information that Hyper-V provides to Linux guests via KVP exchange.

Why Use Visual Studio for Linux C/C++ Development?

I think it’s natural to wonder why anyone would use a Microsoft product to write code on Linux. This discussion can get very religious very quickly, and I would personally like to stay out of that. I’ve never understood why people get so emotional over their own programming preferences that they feel the need to assault the preferences of others. If using Visual Studio causes you some sort of pain, don’t use Visual Studio. Simple.

For the more open-minded people out there, there are several pragmatic reasons to use Visual Studio for Linux C/C++ development:

Why Use Hyper-V for Visual Studio and Linux Development?

I don’t know about you, but I like writing code in a virtual machine. Visual Studio 2017 does not modify systems as extensively as its predecessors, but it still uses a very invasive installer. Also, you get a natural sandbox environment when coding in a virtual machine. I feel the same way about target systems. I certainly don’t want to code against a production system, and I don’t want to litter my workspace with a lot of hardware. So, I code in a virtual machine and I test in a virtual machine (several, actually).

I can do all of these things from my Windows 10 desktop. I can also target systems on my test servers. I can mix and match. Since I’m a Hyper-V guy, I can also use this to test code that’s written specifically for a Linux guest of a Hyper-V host. I’ll provide some demo code later in this article specifically for that sort of environment.

Preparing the Linux Environment for Visual Studio->Linux Connections

Visual Studio does all of its work on the Linux environment via SSH (secure shell). So, you’ll need to ensure that you can connect to TCP port 22. I don’t use SELinux, but I believe that it automatically allows the local SSH daemon as long as the default port hasn’t been changed. You’re on your own if you did that.

You need the following components installed:

Installation will vary by distribution.

You’ll need a user account on the Linux system. Visual Studio will log on as that user to transfer source code and to execute compile and debug operations. Visual Studio does not SUDO, so the account that you choose will not run as a superuser. On some of the distributions, it might be possible to just use the root account. I did not spend any time investigating that. If you need to sudo for debugging, I will show you where to do that.

That’s all for the Linux requirements. You may need to generate a private key for your user account, but that’s technically not part of preparing the Linux environment. I’ll show you how to do that as part of the Windows preparation.

Preparing the Windows Environment for Visual Studio->Linux Connections

First, you need a copy of Visual Studio. You must at least use version 2015. 2017 is preferred. You can use any edition. I will be demonstrating with the Community Edition.

Visual Studio Install Options for Linux C/C++ Development

For Visual Studio 2015, acquire the extension: https://aka.ms/vslinuxext.

For Visual Studio 2017, the new installer includes the Linux toolset.

You may choose any other options as necessary, of course.

Connecting Visual Studio to your Linux System(s)

You will instruct Visual Studio to maintain a master list of target Linux systems. You will connect projects to systems from that list. In this section, you’ll set up the master list.

Connecting Visual Studio to Linux Using a Password

Depending on the configuration of your SSH server, you might be able to use a simple password connection. By default, Ubuntu and Fedora (and probably CentOS) will allow this; openSUSE Leap will not.

Fill out the fields with the relevant information, using an account that exists on the target Linux system:

When you click Connect, Visual Studio will validate your entries. If successful, you’ll be returned to the Options window. If not, it will highlight whatever it believes the problem to be in red. It does not display any errors. If it highlights the host name and port, then it was unable to connect. If it highlights the user name and password, then the target system rejected your credentials. If you’re certain that you’re entering the correct credentials, read the next section for a solution.

Connect Visual Studio to Linux Using Key Exchange

Potentially, using full key exchange is more secure than using a password. I’m not so sure that it’s true in this case, but we’ll go with it. If you’re using openSUSE and don’t want to reconfigure your SSH server, you’ll need to follow these steps. For the other distributions, you can use the password method above or the key method.

Now that I have my private key ready, I pick up where step 3 left off in the initial Connecting section above.

When you click Connect, Visual Studio will validate your entries. If successful, you’ll be returned to the Options window. If not, it will highlight whatever it believes the problem to be in red. It does not display any errors. If it highlights the host name and port, then it was unable to connect. If it highlights the user name and key section, then the target system rejected your credentials. If that happens, verify that you entered the ssh-copy-id command correctly.

Note: You can also use this private key with other tools, such as WinSCP.

Once you’ve added hosts, Visual Studio will remember them. Conveniently, it will also identify the distribution and bitness:

Configuring a Visual Studio C/C++ Project to Connect to a Linux System

At this point, you’ve prepared your overall environment. From this point onward, you’re going to be configuring for ongoing operational tasks. The general outlay of a Visual Studio to Linux connection:

You’ll find all of the transferred files under

/projects/. Expanded, that’s /home/userid/projects. The local compiler will create bin and obj folders in that location to hold the respective files.

The following sub-sections walk through creating a project.

Creating a Linux Project in Visual Studio

You must have followed all of the preceding steps or the necessary project templates will not be available in Visual Studio.

Your new project will include an introductory home page and a default main.cpp code file. The Getting Started page contains useful information:

Default main.cpp code:

Selecting a Target System and Changing Linux Build Options in Visual Studio

If you’ve followed through directly and gotten this far, you can begin debugging immediately. However, you might dislike the default options, especially if you added multiple target systems.

Access the root location for everything that I’m going to show you by right-clicking on the project and clicking Properties:

I won’t show/discuss all available items because I trust that you can read. I’m going to touch on all of the major configuration points.

General Configuration Options

Start on the General tab. Use this section to change:

Directories (especially for Intellisense)

On the VC++ Directories tab, you can configure the include directories that Visual Studio knows about. This tab does not influence anything that happens on the target Linux system(s). The primary value that you will get out of configuring this section is autocomplete and Intellisense for your Linux code. For example, I have set up WinSCP to synchronize the include files from one of my Linux systems to a named local folder:

It won’t synchronize symbolic links, which means that Intellisense won’t automatically work for some items. Fortunately, you can work around that by adding the relevant targets as separate entries. I’ll show you that in a tip after the following steps.

To have Visual Studio access these include files:

Remember, this does not affect anything on the target Linux system.

TIP : Linux uses symbolic links to connect some of the items. Those won’t come across in a synchronization. Add a second include line (or more) for those directories. For instance, in order to get Intellisense for and on Ubuntu, I added x86_64-linux-gnu:

Compilation Options

Visual Studio’s natural behavior is to compile C code with the C++ compiler. It assumes that you’ll do the same on your Linux system. If you want to override the compiler(s) that it uses, you’ll find that setting on the General tab underneath the C/C++ tree node.

TIP : In Release mode, VC++ sets the Debug Information Format to Minimal Debug Information (-g1). I’m not sure if there’s a reason for that, but I personally don’t look for any debug information in release executables. So, that default setting bloats my executable size with no benefit that I’m aware of. Knock it down to None (-g0) on the C/C++/All Options tab (make sure you select the Release configuration first):

Passing Arguments and Running Additional Commands

You can easily find the Pre- and Post- sections for the linker and build events in their respective sections. However, those only apply during a build cycle. In most cases, I suspect that you’ll be interested in changing things during a debug session. Visual Studio provides many options, but I’m guessing that the two of most interest will be running a command prior to the debug phase and passing arguments into the program. You’ll find both options on the Debugging tab:

Starting a Debug Process for Linux C/C++ Code from Visual Studio

You’ve completed all configuration work! Now you just need to write code and start debugging.

Let’s start with the sample code since we know it’s a good working program. You can press the green arrow button titled Remote GDB Debugger or press the F5 key when the code window has focus.

You will be prompted to build the project:

If you’ve left the Windows Firewall active, you’ll need to allow Visual Studio to communicate out:

In the Output window, you should see something similar to the following:

If errors occur, you should get a fairly comprehensible error message.

Viewing the Output of a Remote Linux Debug Cycle in Visual Studio

After the build phase, the debug cycle will start. On the Debug output, you may get some errors that aren’t as comprehensible as compile errors:

As far as I can tell these errors (“Cannot find or open the symbol file. Stopped due to shared library event”) occur because the target system uses an older compiler. Changing the default compiler on a Linux distribution can be done, but it is a non-trivial task that may have unforeseen consequences. You have three choices:

The consequence of doing nothing is the normal effect of debugging into the code for which you have no symbols. I have not yet taken any serious steps to fix this problem on my own systems. I’m not even certain that I’m correct about the version mismatch. However, these aren’t showstoppers. Assuming that the code compiled, the debug session will start. Assuming that it successfully executed your program, it will have run through to completion and exit. If you remember the first time that you coded a Visual C++ Windows Console Application and didn’t have some way to tell the program to pause so that you could view the results, then you’ll already know what happened: you didn’t get to see any output aside from the return code.

Since you’re working in a remote session, you need to do more than just put some simple input process at the end of your code. In the Debug menu, click Linux Console.

This will open a new always-on-top window for you to view the results of the debug. Debug the default application again, and you should see this:

Of course, the built output will remain until you clean it, so you can always execute the app in a separate terminal window:

LinuxApp is the name that I used for my project. Substitute in the name that you used for your project.

Sample C++ Application: Retrieving KVP data from Hyper-V on a Linux Guest

If we’re going to have an article on Hyper-V, Linux, and C++, it seems only fair that it should include a sample program tying all three together, doesn’t it?

Hyper-V KVP on Linux

A while back, I went through the KVP exchange mechanism for Hyper-V and Windows guests. From the host side, nothing changes for Linux guests. On the Linux side, just about everything changes.

Linux/Hyper-V KVP Input/Output Locations

On Windows, the KVP service operates via the local registry. On Linux, the KVP daemon operates via files:

Linux/Hyper-V KVP File Format

All of the files follow a simple, straightforward format. Individual KVP records are simply laid end-to-end. These KVP records are a fixed length of 2,560 bytes. They use a simple format:

Be aware that this differs from the Windows implementation, which doesn’t appear to use a fixed limit on value length.

Program Listing

Armed with the above knowledge, we’re going to read the inbound information that contains the auto-created host information.

I replaced the default main.cpp with the following code:

Debug this with the Linux Console open, and you should see something like the following:

Code editing. Redefined.

Free. Built on open source. Runs everywhere.

By using VS Code, you agree to its license and privacy statement.

Meet IntelliSense.

Go beyond syntax highlighting and autocomplete with IntelliSense, which provides smart completions based on variable types, function definitions, and imported modules.

Print statement debugging is a thing of the past.

Debug code right from the editor. Launch or attach to your running apps and debug with break points, call stacks, and an interactive console.

Git commands built-in.

Working with Git and other SCM providers has never been easier. Review diffs, stage files, and make commits right from the editor. Push and pull from any hosted SCM service.

Extensible and customizable.

Deploy with confidence and ease

VS Code for

Want new features sooner?

Use vscode.dev for quick edits online!

GitHub, Azure Repos, and local files.

License and Privacy Terms

How to Install Visual Studio Code on Ubuntu 22.04

The Visual Studio can be installed on Ubuntu 22.04 using two methods which have been discussed in this blog.

Installation of Visual Studio code by adding repository and key

Installing the code editor on Ubuntu 22.04 operating system involves running a series of commands on the terminal. Here we have summed up all these commands for you.

Step 1: Update the system

Updating your system before installing anything is considered a good practice, therefore, you can use the following command to perform this action.

Output

The system has been updated and upgraded.

Step 2: Install packages

Now once the system is updated there are certain packages that need to be installed on your system before you install the editor.

Output

Step 3: Import repository

After installing the packages, the next step is to include the Visual Studio Code repository but before that Microsoft GPG key needs to be imported to authenticate the packages installed.

Output

This will validate the originality of the packages installed. Now let’s move towards including the Microsoft Visual Source repository.

Output

Step 4: Update the system again

After installing the packages, and importing the repository, updating your operating system is recommended.

Output

System updated successfully.

Step 5: Install the editor

Now simply run the below-given command on the terminal to install Visual Studio Code Editor.

The Visual Studio code is successfully installed on Ubuntu 22.04.

How to Launch the app

Run this command to start the application.

Or,

Apart from this, to launch VS code on Ubuntu, open the Application menu and search for code:

Now click on the icon to launch the app.

You can now open the new file and start writing your code.

Installing Visual Studio Code through Snap store

To install Visual Studio code through Snap store on Ubuntu, simply execute the command:

Output

The editor has been installed successfully.

Snap is already installed on Ubuntu 22.04 by default. However, if you do not have snap due to any reason, you can install it using the command given below:

How to Uninstall Visual Studio code on Ubuntu 22.04

If you have installed Visual Studio Code by adding the repository and key then you can uninstall it using the command typed below:

If you have installed Visual Studio Code from the snap store then run the command given below:

Output

The editor has been uninstalled.

Conclusion

Installing Visual Studio Code on Ubuntu 22.04 requires you to install certain packages using the command and then import Microsoft GPG and VS repository using commands. Moreover, this app can be installed using the snap store. This tutorial provides a detailed guide on how to install, launch, and uninstall Visual Studio Code from Ubuntu 22.04 LTS (Jammy Jellyfish).

About the author

Naima Aftab

I am a software engineering professional with a profound interest in writing. I am pursuing technical writing as my full-time career and sharing my knowledge through my words.

How to Install Microsoft Visual Studio Code on Ubuntu 20.04

Developed and maintained by Microsoft, Visual Studio Code is a free and cross-platform IDE that allows users to develop websites, web applications, and software. It is mainly used for debugging, task running and version control.

It provides a stunning UI with cool features such as code completion, syntax highlighting, code refactoring, and tons of plugins. Microsoft Visual Studio can be installed on Windows, Mac, and Linux environments.

There are two ways to install Visual Studio Code: install using the Official Microsoft repositories using APT package manager or simply via snap packages. In this tutorial, we will show how to install Visual Studio Code on Ubuntu 20.04.

Prerequisites

Before you start out, ensure that you have the following:

Install Visual Studio Code using a snap package

Visual Studio Code is officially available as a snap package. A snap package is a containerized package that contains the application’s code and all the dependencies required to run the application. Snap packages are easier to a upgrade and maintain. Snap program will automatically updating VS Code in the background. However, they occupy significantly large disk space.

To install the Visual Studio snap package, run the following command from terminal:

The command will take a while, so just be patient. As at the moment, the latest stable version of Microsoft Visual Studio Code is version 1.57.1

Install Visual Studio from Microsoft repositories

Visual Studio Code is available from Microsoft’s APT repositories. Before adding the repository to your system, first update the package lists on your system as follows.

Next, install the prerequisites required during the installation:

Using the wget command, import the Microsoft GPG:

Thereafter, add the Visual Code Studio repository as provided in the command below. This will also update the package index to sync with the new repository.

Finally, install Visual Studio code by running the command:

Noticed both method installed the same version of Visual studio code, may be not the case every time.

Launching Visual Code Studio

Once Visual Code Studio is installed, you can launch it using the application manager as demonstrated below.

When you click the icon, the Visual Studio Code interface is launched as shown. Choose your favorite theme and you are good to go!

Wrapping up

Microsoft Visual Studio Code is arguably one of the most feature-rich and intuitive code editors out there that makes coding a breeze. If you are a beginner, or even a seasoned user, you might consider giving it a test run. In this tutorial, we have demonstrated how to install Visual Studio Code on Ubuntu 20.04.

How do I install Visual Studio Code?

I just downloaded VSCode-linux-x64 from the Microsoft website. It’s a 62 MB zip file. How can I install it on my Ubuntu system?

12 Answers 12

Update

VSCode is now available as DEB file. You can download it and then run:

In case dpkg complains about missing dependencies, run:

afterwards to fix the problem.

Old answer

Visual Studio Code enabled official Linux repositories on February 2017 (v1.10)

You can upgrade / dist-upgrade as usual

Works fine on Xenial. Maybe someone creates a PPA to simplify updates. Or it ‘ll become part of the official repository.

Update 03/17: Since version 1.10 (February 2017) there is built-in support for official Linux repositories. VS Code now can auto-update on Linux, although you have to install it one time manually.

Install the snap.

The way I’ve done it is as follows. Using a terminal:

Create a directory for the files and change to this directory:

The directory name is arbitrary.

Unpack the zip file in your new folder:

Run the ide using

You can also create a desktop link so that you can start it directly from the desktop or double-click in nautilus.

To create a menu entry:

At the terminal, create a file

and copy and paste the following:

I also downloaded an MS icon for this application from

and moved it to /opt/msvs :

Here’s a GUI-oriented procedure for doing so:

Go to the Visual Studio Code site and click Download Code for Linux. (You should probably also review the license terms and privacy policy.)

To run Visual Studio Code, double-click on the code executable, which is one of the files that was extracted.

How to Install Visual Studio Code on Ubuntu 22.04 LTS

Visual Studio Code is a free and powerful source-code editor made by Microsoft for Windows, Linux, and macOS. VSCode offers many features such as support to debug applications, embedded Git control which helps you with code completion or refactoring when needed (it even has snippets!), plus much more! You can find extensions in this extensive library that will further enhance your software development experience – all at no cost whatsoever; thanks also to being able through its continuously updated extension model to make sure those updates come quickly, so there are never any downtime periods.

In the following tutorial, you will learn how to Install Visual Code Editor (VS CODE) Ubuntu 22.04 LTS Jammy Jellyfish using the command line terminal to import the Microsoft official repository and gpg key and install the IDE editor, along with how to maintain and remove the software if required in the future.

Table of Contents

Update Ubuntu

Firstly, it is advised to update your system to ensure all existing packages are up to date to avoid any conflicts during the installation.

Install Required Packages

The following packages must be installed to assist in installing the software.

If you are unsure, run the command; it will not harm you.

These are the most common software packages found on nearly all Linux distributions.

Import Visual Studio Code Repository

First, you will need to import the Microsoft GPG key to verify the authenticity of the installation package.

Secondly, import the Microsoft Visual Source Repository with the following command in your terminal.

Install Visual Studio Code

With the source repository sorted, you must refresh your apt package manager sources list to reflect the new addition before the Visual Studio installation.

Run the following command in your terminal to reflect the newly added repository.

Now install Visual Studio with the following command:

How to Launch Visual Studio Code

Now that you have completed the installation, you can open the software in a few ways.

Using the command line terminal, you can open the software quickly by using the following command.

The best way to use VSCode for desktop users that prefer not to use the command line terminal is to open the GUI of the application by following the path.

Activities > Show Applications > Visual Studio Code

Once open, you can begin to use the IDE editor. For users that may want a more private version check out How to Install VSCodium on Ubuntu 22.04 LTS, which for the most part, works excellent beside a few sacrifices like access to the Microsoft store.

Select the theme you want. Dark is the default and is the most popular, but the tutorial white will be chosen to change the default.

Click Mark Done on the bottom left-hand side.

Congratulations, you have installed Microsoft Visual Studio Code.

How to Remove (Uninstall) Visual Studio Code

To remove the Visual Studio software from your system, run the following command in your terminal:

Note that the –purge flag removes all data created with VSCode.

Next, remove the repository using the following command.

For good housekeeping and security, remove the GPG key as follows.

Comments and Conclusion

The guide has shown you how to install Microsoft Visual Code on Ubuntu 22.04 LTS Jammy Jellyfish using the command line terminal.

If you are looking for an excellent, lightweight IDE editor that can handle a variety of programming languages, Microsoft Visual Studio Code is the best option on the market. With its vast library of extensions and themes and its intuitive user interface, VS Code is sure to make your coding experience more enjoyable. Have you tried using VS Code for your development projects? Let us know in the comments below!

How to open Visual Studio Code from the command line on linux?

I know I can use command «code» to open VS code or file, but I don’t know what should I do to make it possible after I install VS code in Ubuntu.Thanks.

1 Answer 1

Launching from the Command Line You can launch VS Code from the command line to quickly open a file, folder, or project. Typically, you open VS Code within the context of a folder. We find the best way to do this is to simply type:

Tip: We have instructions for Mac users in our Setup topic that enable you to start VS Code from within a terminal. We add the VS Code executable to the PATH environment variable on Windows and Linux automatically during installation. Sometimes you will want to open or create a file. If the specified files does not exist, VS Code will create them for you:

Tip: You can have as many file names as you want separated by spaces.

Not the answer you’re looking for? Browse other questions tagged visual-studio-code or ask your own question.

Hot Network Questions

Subscribe to RSS

To subscribe to this RSS feed, copy and paste this URL into your RSS reader.

By clicking “Accept all cookies”, you agree Stack Exchange can store cookies on your device and disclose information in accordance with our Cookie Policy.

How to install Visual Studio Code on Linux?

I have just downloaded VSCode-linux-x64 from the Microsoft website. It’s a zip file called VSCode-linux-x64.zip. How can I install it on my Linux system?

5 Answers 5

Trending sort

Trending sort is based off of the default sorting method — by highest score — but it boosts votes that have happened recently, helping to surface more up-to-date answers.

It falls back to sorting by highest score if no posts are trending.

Switch to Trending sort

From a few pages deeper into the setup docs in the link you offered.

Extract the zip file VSCode-linux-x64.zip

Go inside the folder VSCode-linux-x64

You can right click on Visual Studio Code on toolbar (or launcher)
and select Lock to Launcher. this way you can launch the editor by
clicking it on launcher.

If you are using terminal follow the terminal commands

This video will help you to download and install and use Visual Studio Code on Ubuntu if you still have some doubts

After 18.04 version, the following one-line terminal code works well.

Installing with apt-get:

Step 1 – Enable Package Repository

Run the following command to enable Visual studio code repository to your system:

Step 2 – Install Visual Studio Code Editor

Now, Import the package signing gpg key on your system using the following command:

Install Visual Studio Code on your Debian based system (like Ubuntu):

Step 3 – Launch Visual Studio Code and enable its extensions:

Now You can launch the Visual Studio Code editor on your system using the graphical menu.

There are a large number of extensions available for Visual Studio Code like PHP, Python, JavaScript etc. Install the required extensions to enhance your working experience with Visual Studio Code.

Visual Studio Code, install this open source editor on Ubuntu 20.04

Damien A. | | Updated on 02/05/2020 23:50 | Ubuntu

In the following article we are going to take a look at two ways to install Visual Studio Code on Ubuntu 20.04. For users who still do not know this program, we must tell them that Visual Studio Code is a free and open source code editor developed by Microsoft and that it is distributed under the MIT license.

Visual Studio Code is cross-platform, so we can find it available for Gnu / Linu, Windows and macOS. It is based on Electron and NodeJS for the desktop and runs on the Blink design engine.

This editor is also customizable, so users can set our configuration changing editor theme, keyboard shortcuts and preferences. It has built-in debugging support, built-in Git control, syntax highlighting, code completion, built-in terminal, code refactoring, and snippets.

Table of Contents

Install Visual Studio Code on Ubuntu 20.04

In Ubunutu 20.04 we will be able to install VS Code as a snap package via the store Snapcraft or as a deb package from the Microsoft repositories. Here each user can choose the installation method that is most appropriate for their environment.

As a snap package

The Visual Studio Code package is distributed and maintained by Microsoft. Snaps are self-contained software packages that include the binary for all the dependencies required to run the application. Snap packages are easy to update and secure. These packages in Ubuntu can be installed from the command line or through the Ubuntu software application.

To install VS Code we will only have to open a terminal (Ctrl + Alt + T) and run the following command:

After executing the previous command, Visual Studio Code should be installed on our Ubuntu 20.04 machine and we can start using it.

If you prefer to use a GUI for installation, there is nothing more than open Ubuntu software option and search ‘Visual Studio Code‘and install the application:

Every time a new version is released, the VS Code package will automatically update in the background.

Visual Studio Code is also available in the official Microsoft repositories. To install it we will only have to follow the following steps.

To start we will update package index and install necessary dependencies running the following command in a terminal (Ctrl + Alt + T):

The next thing we will do is import the Microsoft GPG key using wget as follows:

At this point we can enable VS Code repository typing in the same terminal:

Once the apt repository is enabled, we can start package installation typing:

When a new version is released, we will be able to update the VS Code package through the standard software update tool on our desktop. We will also be able to update it by executing the following commands in the terminal (Ctrl + Alt + T):

Starting Visual Studio Code

After the installation, we can launch the program by typing in the Activities search bar ‘Visual Studio Code‘. We will only have to click on the icon to start the application.

When we start VS Code for the first time, a window like the following should appear:

Now we can start installing extensions and configure the VS Code according to our preferences.

VS Code can also be started from the command line typing:

At this point, we can start installing new extensions and customizing the workspace. For more information about VS Code, users can visit the page of official documentation, project websiteo the F.A.Q. of the project.

The content of the article adheres to our principles of editorial ethics. To report an error click here!.

Full path to article: ubunlog » Ubuntu » Visual Studio Code, install this open source editor on Ubuntu 20.04

Not able to install Visual studio code on ubuntu

I am getting this error while installing Visual studio code on ubuntu.

I tried these commands,first three worked but I am getting an error after the fourth one.

umake web visual-studio-code

usage: umake web [-h] . umake web: error: argument framework: invalid choice: ‘visual-studio-code’ (choose from ‘firefox-dev’, ‘phantomjs’)

2 Answers 2

Trending sort

Trending sort is based off of the default sorting method — by highest score — but it boosts votes that have happened recently, helping to surface more up-to-date answers.

It falls back to sorting by highest score if no posts are trending.

Switch to Trending sort

I don’t know the last command, according to ubuntu-make and https://askubuntu.com/a/616363/861358 it should be like this:

Please note that there are also other ways to install Visual Studio Code discribed in the official Documentation:

Installation

Debian and Ubuntu based distributions

The repository and key can also be installed manually with the following script:

Then update the package cache and install the package using:

fedme / Run Visual Studio Code for Linux from WSL.md

Run Visual Studio Code for Linux from WSL

Thanks a lot to mredbishop and others for their insturctions posted here. This is just a recap of what they figured out.

This process was tested on WSL Ubuntu 18.04.

Install VcXsrv on Windows

Add VS Code repositories

On your linux terminal, execute the following commands to install some required dependences:

Then run the following commands to add the VS Code repos for apt:

Install VS Code on Linux

Run the following to install VS Code on Linux:

Note: to edit your bashrc file you can run nano

/.zshrc if using ZSH).

Now reload the file by executing source

/.bashrc (or source

/.zshrc if using ZSH).

Grant no-password access for dbus

We now need to add a sudoers file to grant our user password-less root access to the dbus service.

VS Code is blurry on High DPI monitors

If you use a 4K monitor, chances are your VS Code appears blurry. There is a workaround for this but, at least on my machine, it makes VS Code laggy and a bit unresponsive. Anyways, here it is:

Note: to edit your bashrc file you can run nano

/.zshrc if using ZSH). Then reload the file by executing source

How do I install Visual Studio Code?

I just downloaded VSCode-linux-x64 from the Microsoft website. It’s a 62 MB zip file. How can I install it on my Ubuntu system?

12 Answers 12

Update

VSCode is now available as DEB file. You can download it and then run:

In case dpkg complains about missing dependencies, run:

afterwards to fix the problem.

Old answer

Visual Studio Code enabled official Linux repositories on February 2017 (v1.10)

You can upgrade / dist-upgrade as usual

Works fine on Xenial. Maybe someone creates a PPA to simplify updates. Or it ‘ll become part of the official repository.

Update 03/17: Since version 1.10 (February 2017) there is built-in support for official Linux repositories. VS Code now can auto-update on Linux, although you have to install it one time manually.

Install the snap.

The way I’ve done it is as follows. Using a terminal:

Create a directory for the files and change to this directory:

The directory name is arbitrary.

Unpack the zip file in your new folder:

Run the ide using

You can also create a desktop link so that you can start it directly from the desktop or double-click in nautilus.

To create a menu entry:

At the terminal, create a file

and copy and paste the following:

I also downloaded an MS icon for this application from

and moved it to /opt/msvs :

Here’s a GUI-oriented procedure for doing so:

Go to the Visual Studio Code site and click Download Code for Linux. (You should probably also review the license terms and privacy policy.)

To run Visual Studio Code, double-click on the code executable, which is one of the files that was extracted.

Не ограничивайтесь одним методом. У вас может быть профиль запуска для Docker и WSL в одном проекте, и вы можете выбрать тот, который подходит для конкретного типа запуска. После развертывания приложения всегда можно подключить удаленный отладчик в случае возникновения проблемы.

Начиная с Visual Studio 2019 версии 16.11 Preview 3, цель отладки WSL 2 была переименована в WSL.

Предварительные требования

Чтобы проверить наличие компонента WSL, выберите Сервис>Получить средства и компоненты. В Visual Studio Installer убедитесь, что компонент установлен, выбрав вкладку Отдельные компоненты и введя WSL в поле поиска.

Установленный дистрибутив по вашему усмотрению.

Запуск отладки с WSL

Выберите этот профиль, чтобы добавить его в файл launchSettings.json.

В следующем примере показаны некоторые ключевые атрибуты в файле.

Начиная с Visual Studio 2022 Preview 3, имя команды в профиле запуска изменилось с WSL2 на WSL.

Запустите отладку привычным способом, и ваше приложение будет работать в вашем распространении WSL по умолчанию.

Выбор конкретного дистрибутива

По умолчанию профиль запуска WSL 2 использует стандартный дистрибутив, заданный в файле wsl.exe. Если нужно запустить профиль для другого конкретного дистрибутива, независимо от используемого по умолчанию, можно изменить профиль запуска. Например, если вы отлаживаете веб-приложение и хотите проверить его в Ubuntu 20.04, профиль запуска будет выглядеть следующим образом:

Ориентация на несколько дистрибутивов

Если вы создаете приложение, предназначенное выполняться в нескольких дистрибутивах, и хотите быстро проверить работу в каждом из них, следующим шагом будет создание нескольких профилей запуска. Например, если необходимо проверить консольное приложение в Debian, Ubuntu 18.04 и Ubuntu 20.04, можно использовать следующие профили запуска:

Эти профили запуска обеспечивают легкое и удобное переключение между целевыми дистрибутивами, при этом не нужно выходить из Visual Studio.

Параметры WSL в профиле запуска

В следующей таблице приведены параметры, которые поддерживаются в профиле запуска.

Имя	По умолчанию	Назначение	Поддержка маркеров
executablePath	dotnet	Путь к исполняемому файлу, который следует запустить.	Да
commandLineArgs	Значение свойства «TargetPath» MSBuild, сопоставленное со средой WSL.	Аргументы командной строки, переданные согласно параметру executablePath.	Да
WorkingDirectory	Для консольных приложений: <OutDir> Для веб-приложений: <ProjectDir>	Рабочий каталог, в котором следует запустить отладку.	Да
environmentVariables	Пары «ключ — значение» переменных среды, которые необходимо установить для отлаживаемого процесса.	Да
setupScriptPath	Скрипт, который следует запустить перед отладкой. Используется для выполнения таких скриптов, как /.bash_profile.	Да
distributionName	Имя дистрибутива WSL, который следует использовать.	Нет
launchBrowser	false	Указывает, следует ли запускать браузер.	Нет
launchUrl	URL-адрес, по которому следует перейти, если для параметра launchBrowser задано значение true.	Нет

<ProjectDir> — путь к каталогу проекта.

<OutDir> — значение свойства OutDir MSBuild.

Все пути указываются для WSL, а не для Windows.

How to Install Visual Studio Code on Ubuntu

A fair chunk of you will know that Microsoft — no hissing at the back — has released a cross-platform code editor that runs on Linux (as well as Mac OS X and Windows).

Announced at the Build 2015 event, Microsoft has launched a desktop code editing application on Linux called Visual Studio Code.

(If you didn’t know then I apologise for making you spray coffee all over your laptop.)

In this post we’ll take a quick look at what it is and how you can install it in Ubuntu.

Visual Studio Code for Linux

Visual Studio Code has been been built using a mix of web-based and open-source technologies, like Chromium and GitHub’s Electron app framework, and Microsoft’s own Monaco editor.

The tool is a code editor first and foremost. It is not a fully fledged IDE (Integrated Development Environment) like its namesake Visual Studio.

But that’s the point; a score of OMG! Ubuntu! readers already use regular code editors, like Sublime Text and GitHub’s Atom to make or edit apps and websites. It’s these folks that Microsoft is pitching Visual Studio Code for Linux at.

Features

Visual Studio Code supports full syntax coloring and highlighting, bracket matching and linting, plus keyboard bindings and snippets.

It also provides Github integration, similar to that found in Google’s Chrome Dev Editor, and IntelliSense support powered by open-source projects for faster working (e.g., typo correction, auto-completion, etc) with supported

Among the 30 or so programming languages currently supported by Visual Studio Code are:

Keep the ‘alpha-status’ in mind when testing and keep an ear out for word on more features (like plugin support) as and when they arrive over the coming months.

How to Install Visual Studio Code in Ubuntu

Visual Studio Code is currently in preview (read; possibly buggy, missing features, etc) and is available to download for free on Windows, Mac and Linux.

The Linux download is provided as a distro-agnostic 64-bit binary (not an installer). It runs from its own folder.

Visual Studio Code for Linux is also available to install using Ubuntu Make, Canonical’s handy set of command-line tools for quickly installing a raft of IDEs and developer doo-dahs, zero fuss.

To install Visual Studio Code in Ubuntu (14.04 through 15.04) using Ubuntu Make you need to run the following commands in a new Terminal window. The first adds the PPA, the second installs the tool, the third installs Visual Studio Code itself.

A Good Move for Everyone

‘Microsoft seems to accept that the right tool for the job is not always one of its own’

The launch of Visual Studio Code on Linux will surprise some, excite others and, naturally, enrage a few (hey, we all know someone who has nothing but caps-lock outrage for Microsoft whatever they do).

Pragmatic in that the company is now willing to engage with competing platforms — something its now in its own interest to do — but is also increasingly accepting of the fact that the right tool for the job is not always one of its own.

Microsoft’s continued partnerships with Canonical in the cloud, on the Internet of Things and with first-class Linux support on Azure shows this willingness. Through gritted teeth? Maybe. But it now accepts this “new world order” where open-source and Linux are not just equal players, but innovators driving progress.

The wilfully paranoid won’t be placated by this gesture, but for the millions of Linux developers looking to ‘get stuff done’ Visual Studio Code is yet another powerful on an already powerful development platform.

Where the code they create using it ends up is by the by.

Home » Apps » How to Install Visual Studio Code on Ubuntu

How to install OpenCV for C++ in Visual Studio code for Ubuntu OS

While searching out for “how to install OpenCV for Visual studio code using Ubuntu 18.04 OS ” there were only very few resources. So, after spending around few hours I managed to install the OpenCV for Visual studio in a linux OS, by going through this article. Though the article was covering the core concept of how to install, it wasn’t clear for beginners like me. So, I am reproducing a version of mine, such that it would be useful for beginners like me, who are interested in having the taste of OpenCV using C++ using their favorite Visual Studio Code IDE.

Part 1 : Installing OpenCV

Step1: Open your terminal and type in the following commands as shown below in the pic. (i.e move to your home directory using “cd” command and install “cmake” and make”)

(since I had installed them already, I got the message as shown above in the console)

Step2: Download the latest stable version of the OpenCV file from the github page https://github.com/opencv/opencv/tree/4.5.1

While writing this article OpenCV 4.5.1 was the latest stable version.

Go to the link mentioned and better do the git clone method as shown below in the home folder

After successful git clone, you should find a folder called opencv in your home folder

Step3: Now go into the opencv folder and create a folder called build

Step4: Now install cmake gui using the following command

once it is done, open the cmake gui using the command “cmake-gui”

Now you should get the window as shown below

As shown in the above figure, for “Where is the source code: ” dialog box, paste the path of your opencv file and for “Where to build the binaries: ”, copy paste the path of the build directory within the opencv directory (which we created at the starting of step3)

Step5: Now click configure and then click generate. Don’t be intimidated by the values in red that appears in the gui, just click configure and once it is completed click generate

Step6: Go back to terminal now and move to the build folder within the opencv folder and enter the commands one by one as shown in the below snippet. Sit back and relax as “make install” is going to take some significant amount of time

Step7: Once the above step is over, now it’s time to check if the installation is successful. This can be done using the command “pkg-config — modversion opencv4”

if you are facing any errors while executing the above command, then go back to the build folder cd

/opencv/build and try the following command and then try “pkg-config — modeversion opencv4”

Part : 2 Configuration with Visual Studio code

Step2: Copy paste a picture (say “Lena.jpg”) into the new folder created

Now our folder structure should look similar to the one below

Step3: Copy paste the below code and don’t forget to change the image name if required and also make sure to check if there are any syntax errors are present before moving further

Step4: With the main.cpp file open press “ctrl+shift+p”, this will open the command pallet, In that select “C/C++: Edit Configurations(JSON)” to open “c_cpp_properties.json” as shown below

Step5: In “c_cpp_properties.json” edit the IncludePath to add

“/usr/local/include/opencv4/**” as shown below

Step6: Now create another file and name it as “Makefile”, our folder structure should be something similar to what shown below in the snippet

Inside the Makefile type the below code. Good to type the code below instead of copy pasting since that may result in error.

( Note: Make sure that the last line has a tab character at the beginning instead of four spaces while you type the command)

Step7: Now go to the terminal in the VS code and type “make”. This should give you an executable called “new_output”

If this article had helped you, don’t forget to leave two claps. Feel free to post if any errors faced in the comment section. Thank You.

Developing inside a Container

Workspace files are mounted from the local file system or copied or cloned into the container. Extensions are installed and run inside the container, where they have full access to the tools, platform, and file system. This means that you can seamlessly switch your entire development environment just by connecting to a different container.

This lets VS Code provide a local-quality development experience including full IntelliSense (completions), code navigation, and debugging regardless of where your tools (or code) are located.

Getting started

Note: After reviewing this topic, you can get started with the introductory Containers tutorial.

System requirements

Local / Remote Host:

Other Docker compliant CLIs may work, but are not officially supported. Note that attaching to a Kubernetes cluster only requires a properly configured kubectl CLI.

Containers:

Other glibc based Linux containers may work if they have needed Linux prerequisites.

Installation

To get started, follow these steps:

Install and configure Docker for your operating system.

Windows / macOS:

If you are using WSL 2 on Windows, to ensure the WSL 2 back-end is enabled: Right-click on the Docker taskbar item and select Settings. Check Use the WSL 2 based engine and verify your distribution is enabled under Resources > WSL Integration.

When not using the WSL 2 back-end, right-click on the Docker task bar item, select Settings and update Resources > File Sharing with any locations your source code is kept. See tips and tricks for troubleshooting.

Linux:

Sign out and back in again so your changes take effect.

Working with Git?

Here are two tips to consider:

Working with Containers

Quick start: Try a development container

Note: If you already have VS Code and Docker installed, then you may use open in dev container. You can learn more about this and how to add it to your repos in the create a dev container guide.

Quick start: Open an existing folder in a container

This quick start covers how to set up a dev container for an existing project to use as your full-time development environment using existing source code on your filesystem. Follow these steps:

Start VS Code, run the Remote-Containers: Open Folder in Container. command from the Command Palette ( F1 ) or quick actions Status bar item, and select the project folder you would like to set up the container for.

Tip: If you want to edit the container’s contents or settings before opening the folder, you can run Remote-Containers: Add Development Container Configuration Files. instead.

Now pick a starting point for your dev container. You can either select a base dev container definition from a filterable list, or use an existing Dockerfile or Docker Compose file if one exists in the folder you selected.

Note: When using Alpine Linux containers, some extensions may not work due to glibc dependencies in native code inside the extension.

The list will be automatically sorted based on the contents of the folder you open.

You may be able to customize your dev container with additional features, which you can read more about below.

The dev container definitions displayed come from the vscode-dev-containers repository. You can browse the containers folder of that repository to see the contents of each definition.

The VS Code window will reload and start building the dev container. A progress notification provides status updates. You only have to build a dev container the first time you open it; opening the folder after the first successful build will be much quicker.

After the build completes, VS Code will automatically connect to the container.

You can now interact with your project in VS Code just as you could when opening the project locally. From now on, when you open the project folder, VS Code will automatically pick up and reuse your dev container configuration.

Tip: Want to use a remote Docker host? See the section on opening a folder on a remote SSH host in a container for information.

While using this approach to bind mount the local filesystem into a container is convenient, it does have some performance overhead on Windows and macOS. There are some techniques that you can apply to improve disk performance, or you can open a repository in a container using an isolated container volume instead.

Open a WSL 2 folder in a container on Windows

If you are using Windows Subsystem for Linux v2 (WSL 2) and have enabled Docker Desktop’s WSL 2 back-end, you can work with source code stored inside WSL!

Once the WSL 2 engine is enabled, you can either:

Open a folder on a remote SSH host in a container

Open an existing workspace in a container

Also note that, while you cannot use multiple containers for the same workspace in the same VS Code window, you can use multiple Docker Compose managed containers at once from separate windows.

Quick start: Open a Git repository or GitHub PR in an isolated container volume

While you can open a locally cloned repository in a container, you may want to work with an isolated copy of a repository for a PR review or to investigate another branch without impacting your work.

Repository Containers use isolated, local Docker volumes instead of binding to the local filesystem. In addition to not polluting your file tree, local volumes have the added benefit of improved performance on Windows and macOS. (See Advanced Configuration Improve disk performance article for information on how to use these types of volumes in other scenarios.)

For example, follow these steps to open one of the «try» repositories in a Repository Container:

Start VS Code and run Remote-Containers: Clone Repository in Container Volume. from the Command Palette ( F1 ).

Tip: If you choose a private repository, you may want to setup a credential manager or add your SSH keys to your SSH agent. See Sharing Git credentials with your container.

Note: When using Alpine Linux containers, some extensions may not work due to glibc dependencies in native code inside the extension.

The list will be automatically sorted based on the contents of the folder you open. Note the dev container definitions displayed come from the vscode-dev-containers repository. You can browse the containers folder of that repository to see the contents of each definition.

The VS Code window (instance) will reload, clone the source code, and start building the dev container. A progress notification provides status updates.

If you pasted in a GitHub pull request URL in step 2, the PR will be automatically checked out and the GitHub Pull Requests extension will be installed in the container. The extension provides additional PR related features like a PR explorer, interacting with PR comments inline, and status bar visibility.

After the build completes, VS Code will automatically connect to the container. You can now work with the repository source code in this independent environment as you would if you had cloned the code locally.

Note that if the container fails to come up due to something like a Docker build error, you can select Reopen in Recovery Container in the dialog that appears to go into a «recovery container» that allows you to edit your Dockerfile or other content. This opens the docker volume with the cloned repository in a minimal container and shows you the creation log. Once you are done fixing, use Reopen in Container to retry.

Tip: Want to use a remote Docker host? See the section on opening a folder on a remote SSH host in a container for information.

Trusting your Workspace

Visual Studio Code takes security seriously and wants to help you safely browse and edit code no matter the source or original authors. The Workspace Trust feature lets you decide whether your project folders should allow or restrict automatic code execution.

Reopen folder in container

Setting up a dev container for an existing project requires trusting the local (or WSL) folder. You will be asked to trust the local (or WSL) folder before the window reloads.

There are a couple of exceptions to this flow:

Attach to existing container

When attaching to an existing container, you will be asked to confirm that attaching means you trust the container. This is only confirmed once.

Clone repository in a volume

When cloning a repository in a container volume, you are asked to confirm that cloning a repository means you trust the repository. This is only confirmed once.

Inspect volume

Inspecting a volume starts in Restricted Mode, and you can trust the folder inside the container.

Docker daemon running remotely

This implies trusting the machine the Docker daemon runs on. There are no additional prompts to confirm (only those listed for the local/WSL case above).

Create a devcontainer.json file

You can use any image, Dockerfile, or set of Docker Compose files as a starting point. Here is a simple example that uses one of the pre-built VS Code Development Container images:

Selecting the Remote-Containers: Add Development Container Configuration Files. command from the Command Palette ( F1 ) will add the needed files to your project as a starting point, which you can further customize for your needs. The command lets you pick a pre-defined container configuration from a list based on your folder’s contents, reuse an existing Dockerfile, or reuse an existing Docker Compose file.

To learn more about creating devcontainer.json files, see Create a Development Container.

Dev container features (preview)

Dev container features provide a smooth path for customizing your container definitions.

When you use Remote-Containers: Add Development Container Configuration Files, you’re presented a list of scripts to customize the existing dev container configurations, such as installing Git or the Azure CLI:

When you rebuild and reopen in your container, the features you selected will be available in your devcontainer.json :

You’ll get IntelliSense when editing the «features» property in the devcontainer.json directly:

The form and format of these custom features is still in flux, but you can try creating your own dev container feature using the dev-container-features-template sample repository. Let us know what you think!

The Remote-Containers: Configure Container Features command allows you to update an existing configuration.

Pre-building dev container images

We recommend pre-building images with the tools you need rather than creating and building a container image each time you open your project in a dev container. Using pre-built images will result in a faster container startup, simpler configuration, and allows you to pin to a specific version of tools to improve supply-chain security and avoid potential breaks. You can automate pre-building your image by scheduling the build using a DevOps or continuous integration (CI) service like GitHub Actions.

Inspecting volumes

Occasionally you may run into a situation where you are using a Docker named volume that you want to inspect or make changes in. You can use VS Code to work with these contents without creating or modifying devcontainer.json file by selecting the Remote-Containers: Explore a Volume in a Development Container. from the Command Palette ( F1 ).

You can also inspect your volumes in the Remote Explorer. Make sure you have Containers selected in the dropdown, then you’ll notice a Dev Volumes section. You can right-click on a volume to inspect its creation information, like when the volume was created, what repo was cloned into it, and the mountpoint. You can also explore it in a dev container.

If you have the Docker extension installed, you can right-click on a volume in the Volumes section of the Docker Explorer and select Explore in a Development Container.

Managing extensions

VS Code runs extensions in one of two places: locally on the UI / client side, or in the container. While extensions that affect the VS Code UI, like themes and snippets, are installed locally, most extensions will reside inside a particular container. This allows you to install only the extensions you need for a given task in a container and seamlessly switch your entire tool-chain just by connecting to a new container.

Note: If you are an extension author and your extension is not working properly or installs in the wrong place, see Supporting Remote Development for details.

However, some extensions may require you to install additional software in the container. Consult extension documentation for details if you encounter issues.

Adding an extension to devcontainer.json

While you can edit your devcontainer.json file by hand to add a list of extension IDs, you can also right-click on any extension in the Extensions view and select Add to devcontainer.json.

«Always installed» extensions

If there are extensions that you would like always installed in any container, you can update the remote.containers.defaultExtensions User setting. For example, if you wanted to install the GitLens and Resource Monitor extensions, you would specify their extension IDs as follows:

Advanced: Forcing an extension to run locally or remotely

Extensions are typically designed and tested to either run locally or remotely, not both. However, if an extension supports it, you can force it to run in a particular location in your settings.json file.

For example, the setting below will force the Docker extension to run locally and Debugger for Chrome extension to run remotely instead of their defaults:

A value of «ui» instead of «workspace» will force the extension to run on the local UI/client side instead. Typically, this should only be used for testing unless otherwise noted in the extension’s documentation since it can break extensions. See the section on preferred extension location for details.

Forwarding or publishing a port

Containers are separate environments, so if you want to access a server, service, or other resource inside your container, you will need to either «forward» or «publish» the port to your host. You can either configure your container to always expose these ports or just forward them temporarily.

Always forwarding a port

Simply reload / reopen the window and the setting will be applied when VS Code connects to the container.

Temporarily forwarding a port

If you need to access a port that you didn’t add to devcontainer.json or publish in your Docker Compose file, you can temporarily forward a new port for the duration of the session by running the Forward a Port command from the Command Palette ( F1 ).

This same information is available in the Forwarded Ports section of the Remote Explorer if you need to access it later.

Publishing a port

To publish a port, you can:

Use the Docker Compose ports mapping: The ports mapping can easily be added your docker-compose.yml file to publish additional ports.

In each case, you’ll need to rebuild your container for the setting to take effect. You can do this by running the Remote-Containers: Rebuild Container command in the Command Palette ( F1 ) when you are connected to the container.

Opening a terminal

Opening a terminal in a container from VS Code is simple. Once you’ve opened a folder in a container, any terminal window you open in VS Code (Terminal > New Terminal) will automatically run in the container rather than locally.

Debugging in a container

Once you’ve opened a folder in a container, you can use VS Code’s debugger in the same way you would when running the application locally. For example, if you select a launch configuration in launch.json and start debugging ( F5 ), the application will start on the remote host and attach the debugger to it.

Container specific settings

VS Code’s local user settings are also reused when you are connected to a dev container. While this keeps your user experience consistent, you may want to vary some of these settings between your local machine and each container. Fortunately, once you have connected to a container, you can also set container-specific settings by running the Preferences: Open Remote Settings command from the Command Palette ( F1 ) or by selecting the Remote tab in the Settings editor. These will override any local settings you have in place whenever you connect to the container.

Default container specific settings

You can include defaults for container specific settings in devcontainer.json using the settings property. These values will be automatically placed in the container specific settings file inside the container once it is created.

Since this just establishes the default, you are still able to change the settings as needed once the container is created.

Sharing Git credentials with your container

If you do not have your user name or email address set up locally, you may be prompted to do so. You can do this on your local machine by running the following commands:

Using a credential helper

If you use HTTPS to clone your repositories and have a credential helper configured in your local OS, no further setup is required. Credentials you’ve entered locally will be reused in the container and vice versa.

Using SSH keys

There are some cases when you may be cloning your repository using SSH keys instead of a credential helper. To enable this scenario, the extension will automatically forward your local SSH agent if one is running.

You can add your local SSH keys to the agent if it is running by using the ssh-add command. For example, run this from a terminal or PowerShell:

On Windows and Linux, you may get an error because the agent is not running (macOS typically has it running by default). Follow these steps to resolve the problem:

Windows:

Start a local Administrator PowerShell and run the following commands:

Linux:

First, start the SSH Agent in the background by running the following in a terminal:

Then add these lines to your

/.zprofile (for Zsh) so it starts on login:

Sharing GPG Keys

If you want to GPG sign your commits, you can share your local keys with your container as well. You can find out about signing using a GPG key in GitHub’s documentation.

If you do not have GPG set up, you can configure it for your platform:

Next, install gnupg2 in your container by updating your Dockerfile.

Or if running as a non-root user:

The next time the container starts, your GPG keys should be accessible inside the container as well.

Note: If you used gpg previously in the container, you may need to run Remote-Containers: Rebuild Container for the update to take effect.

Managing containers

While you can use the command line to manage your containers, you can also use the Remote Explorer. To stop a container, select Containers from the dropdown (if present), right-click on a running container, and select Stop Container. You can also start exited containers, remove containers, and remove recent folders. From the Details view, you can forward ports and open already forwarded ports in the browser.

If you want to clean out images or mass-delete containers, see Cleaning out unused containers and images for different options.

Personalizing with dotfile repositories

To use it, add your dotfiles GitHub repository to VS Code’s User Settings ( ⌘, (Windows, Linux Ctrl+, ) ) as follows:

Or in settings.json :

From this point forward, the dotfiles repository will be used whenever a container is created.

Advanced container configuration

See the Advanced container configuration articles for information on the following topics:

devcontainer.json reference

There is a full devcontainer.json reference, where you can review the file schema to help you customize your development containers and control how you attach to running containers.

Known limitations

Docker limitations

See the Docker troubleshooting guide for Windows or Mac, consult Docker Support Resources for more information.

Docker Extension limitations

Extension limitations

Many extensions will work inside dev containers without modification. However, in some cases, certain features may require changes. If you run into an extension issue, see here for a summary of common problems and solutions that you can mention to the extension author when reporting the issue.

In addition, while Alpine support is available, some extensions installed in the container may not work due to glibc dependencies in native code inside the extension. See the Remote Development with Linux article for details.

Common questions

I am seeing errors when trying to mount the local filesystem into a container

Right-click on the Docker task bar item. On Windows, select the Settings menu item then Resources > File Sharing and check the drive(s) where your source code is located. On macOS, select the Preferences menu item then Resources > File Sharing and make sure the folder containing your source code is under a file path specified in the list.

See Docker Desktop for Windows tips for information on workarounds to common Docker for Windows issues.

I’m seeing an error about a missing library or dependency

Some extensions rely on libraries not found in specific Docker images. For example, Visual Studio Live Share requires the installation of system-level dependencies, which are listed in their documentation. The need for these dependencies may depend on the operating system (for example, specific Linux distribution) used by your Docker image. You may need to install these dependencies during the Docker build process, by adding required commands to your Dockerfile. Search the specific extension’s documentation to check for dependencies and see Installing additional software for help with resolving the problem.

Can I connect to multiple containers at once?

A VS Code window can only connect to one window currently, but you can open a new window and attach to an already running container or use a common Docker Compose file with multiple devcontainer.json files to automate the process a bit more.

Can I work with containers on a remote host?

How can I build or deploy container images into my local Docker / Kubernetes install when working inside a container?

You can build images and deploy containers by forwarding the Docker socket and installing the Docker CLI (and kubectl for Kubernetes) in the container. See the Docker-from-Docker, Docker-from-Docker Compose, and Kubernetes-Helm dev container definitions for details.

What are the connectivity requirements for the VS Code Server when it is running in a container?

Installation of VS Code Server requires that your local machine have outbound HTTPS (port 443) connectivity to:

You can install extensions manually without an internet connection using the Extensions: Install from VSIX. command, but if you use the extension panel or devcontainer.json to install extensions, your local machine and VS Code Server will need outbound HTTPS (port 443) access to:

VS Code Server runs on a random port inside the container and VS Code itself uses docker exec to communicate with it over Docker’s configured communication channel.

As an extension author, what do I need to do to make sure my extension works?

The VS Code extension API hides most of the implementation details of running remotely so many extensions will just work inside dev containers without any modification. However, we recommend that you test your extension in a dev container to be sure that all of its functionality works as expected. See the article on Supporting Remote Development for details.

What other resources are there that may be able to answer my question?

The following articles may help answer your question:

How do I install Visual Studio Code?

I just downloaded VSCode-linux-x64 from the Microsoft website. It’s a 62 MB zip file. How can I install it on my Ubuntu system?

12 Answers 12

Update

VSCode is now available as DEB file. You can download it and then run:

In case dpkg complains about missing dependencies, run:

afterwards to fix the problem.

Old answer

Visual Studio Code enabled official Linux repositories on February 2017 (v1.10)

You can upgrade / dist-upgrade as usual

Works fine on Xenial. Maybe someone creates a PPA to simplify updates. Or it ‘ll become part of the official repository.

Update 03/17: Since version 1.10 (February 2017) there is built-in support for official Linux repositories. VS Code now can auto-update on Linux, although you have to install it one time manually.

Install the snap.

The way I’ve done it is as follows. Using a terminal:

Create a directory for the files and change to this directory:

The directory name is arbitrary.

Unpack the zip file in your new folder:

Run the ide using

You can also create a desktop link so that you can start it directly from the desktop or double-click in nautilus.

To create a menu entry:

At the terminal, create a file

and copy and paste the following:

I also downloaded an MS icon for this application from

and moved it to /opt/msvs :

Here’s a GUI-oriented procedure for doing so:

Go to the Visual Studio Code site and click Download Code for Linux. (You should probably also review the license terms and privacy policy.)

To run Visual Studio Code, double-click on the code executable, which is one of the files that was extracted.

How can I update Visual Studio Code on Ubuntu?

11 Answers 11

The following commands work for me:

Updated answer October 2021:

Vladimir S. posted the correct solution, although he originally didn’t link directly to the section that had the answer. The direct link is here.

For those who’d rather not click, here’s the official solution per Microsoft:

Debian and Ubuntu based distributions

The repository and key can also be installed manually with the following script:

Then update the package cache and install the package using:

Configuration files, installed extensions and even currently used folder are preserved.

Since version 1.10.2, Visual Studio Code has got the official signed repositories for Linux. Please look here.

Use the script available in this repository: github.com/moeenz/vscode-updater

There are two PPAs hosted on GitHub and openSUSE. You can use https://github.com/tagplus5/vscode-ppa before Visual Studio Code has its official PPA.

Visual Studio Code is officially distributed as a Snap package in the Snap Store:

You can install it by running:

Once installed, the Snap daemon will take care of automatically updating VS Code in the background. You will get an in-product update notification whenever a new update is available.

If you get an error message

The simplest solution is to download the latest binary from the Official Source and then install it by executing the following:

This will reinstall code over the older version. Your settings and installed extensions will remain unchanged as expected.

Follow the steps given below:

Install GDebi Package Installer (if not installed).

Updating through this procedure doesn’t remove/purge configuration files of Visual Studio Code and that’s why, all your configurations in Visual Studio Code are restored.

This procedure works also for other code editors, like Sublime Text 3 and Atom. I have myself tested and verified it.

Can I install Visual Studio Code on Ubuntu 32 bit?

Is it possible to install VS Code on 32 bit ubuntu machine? if yes please provide the steps.

6 Answers 6

It’s possible now, Microsoft released Linux 32bit version

Sorry You can’t do that.

You can’t install a 64-bit app on 32bit machine.

And from Microsoft download page, it does show download for 64-bit only.

Update:

Now it’s available a 32 bit app. you can download the .deb from here

This worked for me on ubuntu 16.04 LTS 32bit

You can use Ubuntu Make to download and install Visual Studio Code:

Then install Visual Studio Code:

You can run it installing a nodejs package called electron.

then cd to your downloaded VScode folder,

that’s all! Enjoy

The latest 32bit version was on May 2019:

This specifically for ubuntu 16.04

you may have to force to install

and after downloading from your terminal go to your Downloads folder

Not the answer you’re looking for? Browse other questions tagged 32-bit or ask your own question.

Hot Network Questions

Subscribe to RSS

To subscribe to this RSS feed, copy and paste this URL into your RSS reader.

By clicking “Accept all cookies”, you agree Stack Exchange can store cookies on your device and disclose information in accordance with our Cookie Policy.

Linux Themes for VS Code

rdnlsmith

Linux Themes for Visual Studio Code

Integrated color themes for the most popular Linux GTK themes

These VS Code themes blend seamlessly with your GTK themes to provide a more integrated experience.

Preview of the included themes (see the gallery page for full-size screenshots):

Ambiance	Adapta Nokto	Arc Dark


Yaru Dark	Elementary	Yaru

Syntax coloring used:

Download

The extension is hosted on the Visual Studio Code Marketplace.

Alternatively, search for Linux Themes inside of VS Code.

Changelog

See CHANGELOG.md for historical changelogs.

Follow development

Contribute

Head over to the GitHub Repository to contribute.

How do I compile and run a C# code in VSCode (Linux Ubuntu)?

When I try using Ctrl+Alt+N the output tab shows «/bin/sh: 1: scriptcs: not found».

2 Answers 2

Trending sort

Trending sort is based off of the default sorting method — by highest score — but it boosts votes that have happened recently, helping to surface more up-to-date answers.

It falls back to sorting by highest score if no posts are trending.

Switch to Trending sort

had same problem, here are my steps:

Considering of course you already installed VSCode and dotnet framework.

-Create New Folder somewhere on your system and rename it to something you like «Test» or what ever you like.

-Start VS code and open this folder (File->Open Folder)

-on the right side of VS Code you should see files appearing.

-open Program.cs and press Ctrl+F5, when prompt click open «launch.json»

-In launch.json file scroll down until you see line:

when all is done this line should look something like

-Save and close launch.json

-Open Project.cs file and run again with Ctrl+F5

-When prompt click «Configure Task» on top of work screen you will see something like «Configure task.json from template», click on that, then click on «.NetCore» on next drop down list.

this will create task.json file

-Save and close task.json.

-Return to Project.cs and run it again. you should see in terminal «Hello world».

-Now start creating your own code 😀

Sorry for lengthy explanation, but this worked for me.

Установка Visual Code и Net Core 1.0 Ubuntu 16.04

Думаю, не для кого не секрет, что установка Visual Code и Net Core в Ubuntu, является очень простой. Мы решили подробно рассказать Вам, как это сделать за несколько минут.

Установка Visual Code на Ubuntu 16.10, 17.04

Visual Studio Code — это редактор кода для разработчиков от корпорации Microsoft. Да, это тот же Microsoft, который всем нам известен. Предполагается, что редактор действительно приятный и удобный, со встроенной поддержкой Git, JavaScript, TypeScript и Node.js. Плюс он с открытым исходным кодом. С кодом, размещенным в хранилище GitHub.

В те времена, когда мне нужно посмотреть код, я в основном использую Sublime Text 3, но в течение следующих нескольких недель или месяцев я буду тестировать Visual Studio Code. Давайте по порядку. Конечно сначала я должен был установить эту программу. В этой статье Вы узнаете, как я это сделал на Ubuntu 16.10. Тот же метод работает на Ubuntu 17.04.

Пакеты установки для кода Visual Studio не находятся в официальном репозитории Ubuntu, но есть бинарные установочные пакеты, которые вы можете загрузить со страницы загрузки проекта. Другой способ установки — это Snap, универсальные пакеты, которые работают в дистрибутивах Linux.

По завершении установки запустите его из Лаунчера Ubuntu.

Установка Visual Code из Snap-пакета

Для установки Visual Code из Snap требуется, чтобы была запущена служба snapd, которая по умолчанию установлена на Ubuntu. Используйте следующие команды для его установки:

После завершения установки с использованием этого метода запустите его из командной строки, введя команду vscode. Начиная с командной строки или с панели запуска, вы откроете главное окно, подобное тому, что показано на рисунке 1. Возможно, Visual Studio Code чем то похож на редактор Atom, хотя он выглядит намного более дружелюбным к пользователю.

Visual Studio Code поставляется с десятками расширений. В течение следующих нескольких месяцев я расскажу о любых проблемах, которые я найду при использовании этого приложения.

Установка Net Core Ubuntu

В командной строке выполните следующие команды:

sudo apt-get install apt-transport-https
sudo apt-get update
sudo apt-get install dotnet-sdk-2.1.101

Если Вам интересна настройка Net Core или настройка Visual Code для написания программ NET — расскажите нам об этом в комментариях и мы напишем подробную статью по этому поводу!

Обязательно расскажите нам о том, является ли установка Visual Code и Net Core по нашему руководству понятной.

Выводы

Готово! Установка Visual Code и Net Core для Ubuntu завершена. Надеемся статья была для Вас полезной.

Также, не забудьте поделиться ссылкой в своих социальных сетях Google+, Facebook, Twitter, Одноклассники или, например, ВКонтакте.

С-С++ на Linux в Visual Studio Code для начинающих

Давайте начистоту, мало кто использует отладчик GDB на Linux в консольном варианте. Но что, если добавить в него красивый интерфейс? Под катом вы найдёте пошаговую инструкцию отладки кода С/С++ на Linux в Visual Studio Code.

Передаю слово автору.

Относительно недавно я переехал на Linux. Разрабатывать на Windows, конечно, удобнее и приятнее, но и здесь я нашел эффективный способ легко и быстро отлаживать код на С/С++, не прибегая к таким методам как «printf-стайл отладки» и так далее.

Итак приступим. Писать в sublime (или gedit/kate/emacs ), а запускать в терминале — так себе решение, ошибку при работе с динамическим распределением памяти вряд ли найдёшь с первого раза. А если проект трудоёмкий? У меня есть более удобное решение. Да и ещё поддержка Git в редакторе, одни плюсы.

Сегодня мы поговорим про Visual Studio Code.

Установка

/Загрузки или cd

OpenSUSE/SLE Based distrs

Расширения для С/С++

Чтобы VS Code полностью сопровождал нас при работе с файлами С/С++, нужно установить расширение «cpptools». Также полезным будет поставить один из наборов сниппетов.

Настоятельно рекомендую включить автосохранение редактируемых файлов, это поможет нам в дальнейшем.

Идём дальше. Открываем любую папку (новую или нет, неважно).

У меня в этой папке уже есть пара файлов для работы с C/C++. Вы можете скопировать одну из своих наработок сюда или создать новый файл.

Шаг 2. Нажимаем Ctrl+Shift+B. VS Code вам мягко намекнет, что он не знает как собирать ваш проект.

Шаг 6. Далее возвращаемся обратно к нашему исходнику. И нажимаем F5 и выбираем C++.

Шаг 8. Всё, больше нам не нужно ничего для начала использования всех благ VS Code. Переходим к основному проекту.

Отладка

Для начала скомпилируем программу (нет, нет, убери терминал, теперь это делается по нажатию Ctrl+Shift+B).

Пришло время для брейкпоинтов. Выберем строчку с «return 0;» и нажимаем F9.

Строчка, помеченная красной точкой слева — место, где остановится программа, при выполнении.

Далее нажимаем F5.

Как я и сказал, программа остановила выполнение. Обратите внимание на окно с локальными переменными.

Удобненько. Также при остановке можно наводить мышкой на переменные и структуры в коде и смотреть их значения.

Также, если на каком-то этапе выполнения вам нужно посмотреть пошаговое выполнение той или иной операции, например в цикле, то поставьте брейкпоинт перед ней и нажмите F10 для выполнения текущей строчки без захода в подпрограмму и F11 с заходом.

Также есть случаи, когда считать выражение очень муторно вручную, но для отладки вам нужно знать, например, значение суммы трех элементов массива, или значение большого логического выражения. Для этого существуют контрольные значения. Все это и многое другое могут показать вам Контрольные значения (или «watch»).

Полезные шорткаты можно посмотреть здесь.

Об авторе

Visual Studio Code 1.16 Released! How to Install it in Ubuntu

Visual Studio Code has reached the 1.16 release earlier today. Here’s how to install it in Ubuntu.

Visual Studio Code 1.16 release highlights:

How to Install VS Code 1.16 in Ubuntu:

The official .deb package for Debian/Ubuntu is available for download at the link below:

Install the package via either Gdebi package manager or command (Ctrl+Alt+T):

For those who want to receive updates for VS Code via Software Updater utility, add the Microsoft repository via following steps (64bit only):

1. Open terminal (Ctrl+Alt+T) and run command to add the repository:

2. Download and install the repository key via commands:

Install VS Code Snap app in Ubuntu:

Microsoft Visual Studio Code is available via Snap app in Ubuntu, though it’s not updated to version 1.16 at the moment of writing, see how to install VS Code vis Snap in Ubuntu.

How to install Visual Studio Code on Ubuntu 16.10, 17.04

Visual Studio Code is a developer-friendly code editor from Microsoft. Yes, the same Microsoft that I’m not really a big fan of. The editor is supposed to be really nice, with built-in support for Git, JavaScript, TypeScript and Node.js. Plus it’s open source, with the code hosted at this GitHub repository.

For those times when I need to look at code, I mostly use Sublime Text, but for the next few weeks or months, I’ll be trialling Visual Studio Code. But first I had to install it. This post shows how I did it on Ubuntu 16.10. Same method works on Ubuntu 17.04.

Installation packages for Visual Studio Code are not in the official Ubuntu repository, but there are binary installation packages that you may download from the project’s download page. Another avenue for installation is via snaps, universal packages that work across Linux distributions.

After installation has completed, start it from the launcher.

Install Visual Studio Code from snap

Installing Visual Studio Code from snap requires that the snapd service be running, which is the default on Ubuntu. Use the following commands to install it:

After installation has completed using this method, launch it from the command line by typing the vscode command. Started from the command line or from the launcher will get you a main window like that in Figure 1. In may ways, Visual Studio Code is just like the Atom editor, though it appears to be a lot more resource-friendly.

Figure 1: Main interface of Visual Studio Code

Figure 2: Rookie Ruby code in Visual Studio Code

Visual Studio Code ships with dozens of extensions. I’ll report back over the next few months on any issues I find while using this application.

Code editing. Redefined.

Free. Built on open source. Runs everywhere.

By using VS Code, you agree to its license and privacy statement.

Meet IntelliSense.

Go beyond syntax highlighting and autocomplete with IntelliSense, which provides smart completions based on variable types, function definitions, and imported modules.

Print statement debugging is a thing of the past.

Debug code right from the editor. Launch or attach to your running apps and debug with break points, call stacks, and an interactive console.

Git commands built-in.

Working with Git and other SCM providers has never been easier. Review diffs, stage files, and make commits right from the editor. Push and pull from any hosted SCM service.

Extensible and customizable.

Deploy with confidence and ease

VS Code for

Want new features sooner?

Use vscode.dev for quick edits online!

GitHub, Azure Repos, and local files.

License and Privacy Terms

Загрузка, установка и настройка рабочей нагрузки Linux

Установка Visual Studio

В поле поиска Windows введите «Visual Studio Installer»:

Для продолжения установки нажмите кнопку Изменить.

Варианты создания среды Linux

Для проектов Linux в Visual Studio необходимо установить следующие зависимости в удаленной системе Linux или WSL:

В следующих командах предполагается, что вы используете g++ вместо clang.

Для проектов Linux в Visual Studio необходимо установить следующие зависимости в удаленной системе Linux или WSL:

Установка Linux: Использование Ubuntu в WSL

Использование Ubuntu в удаленных системах Linux

В командной строке оболочки на компьютере Linux выполните следующую команду:

Запустите службу ssh на компьютере Linux, выполнив следующую команду:

Эта команда запускает службу в фоновом режиме и в состоянии готовности к принятию подключений.

Использование Fedora в WSL

Использование Fedora в удаленных системах Linux

В командной строке оболочки на компьютере Linux выполните следующую команду:

Запустите службу ssh на компьютере Linux, выполнив следующую команду:

Эта команда запускает службу в фоновом режиме и в состоянии готовности к принятию подключений.

Следующие шаги

Python Development Setup Using Visual Studio Code

First of all, what is an IDE and why do we need one? The integrated development environment is an application that provides the ability to write programs, test it, and debug it and a lot more features to say.

The choice of choosing an IDE is always up to programmers. Modern IDE are built as a lightweight, cross-platform application supporting multiple programming languages. With the rise of AI and its integration with IDE gives an edge for developers to be more productive. For example, AI-driven code completion or code generation feature in IDE.

IDE also has the ability to integrate with source control management like git, GitHub, etc. Each IDE has its own pros and cons some being too slow when we tend to open a large codebase or some don’t have necessary packages etc.

Below mentioned IDE are some of the popular IDE’s for Python in the market.

Why Use Visual Studio Code?

First of all, I would say Vscode is my favorite and very popular among developers. According to Stack overflow developer survey 2019, vscode is the topmost used development tool by the programmers.

Vscode is a lightweight, cross-platform, open-source development (under MIT License) application created by Microsoft. Integration with GitHub, Language support for YAML or JSON, Integration with Azure Cloud, support for Docker and Kubernetes, Support for Ansible, etc. are some of the features of vscode and there are lot more.

Microsoft recently integrated “Jupyter Notebook” with Vscode. Jupyter notebook is a popular web-based editor mainly used for Data Science.

In this article, you will learn how to install and configure Visual Studio Code in Linux for the Python development environment.

Installing Visual Studio Code in Linux

You can install the Visual Studio Code from “Software Center” that ships with every Linux distribution. Alternatively, you can use the following instructions to install VSCode in your Linux distribution.

Install VSCode in Debian and Ubuntu

The easiest way to install the Visual Studio Code on Debian and Ubuntu-based distributions is through the command line as shown.

Install VSCode in CentOS/RHEL and Fedora

The easiest way to install Visual Studio Code on CentOS, RHEL, and Fedora is using the following script, that will install the key and repository.

If you need additional information regarding installation to your particular version of Linux, Please refer to official Microsoft docs.

How to Use Visual Studio Code in Linux

The first thing you have to decide on opening Vscode for the first time will be to enable/disable the welcome page at startup.

Disable VSCode Welcome Page

Vscode Shortcuts

Keyboard shortcuts are editable in Vscode, which means we can configure our own keystrokes. Press “ CTRL + k CTRL + S ” to open Keyboard mapping settings. You can also open this in JSON format.

VSCode Keyboard Shortcuts

Some Common Default Keyboard Mapping

Now that we have seen a few important details about VSCODE, it is time to configure Vscode for Python development. The real power of any text editor comes from the packages. Vscode made package management very simple.

To install any package, you can open the “EXTENSIONS” tab from the left side of the activity bar. All you have to do is type the package name in the search bar and click install.

Install Python Extension in VSCode

First and foremost, we need a python extension to run python codes in Vscode.

Install Python Extension in VSCode

Once the package is installed you can choose the python interpreter you have installed. If you have multiple Interpreters (Ex: 3.5, 3.8) configured it is very easy to switch between Interpreters. At the bottom left you will see an option to choose the Interpreter.

Select Python Interpreter

Install Themes in VSCode

Themes are always a personal choice for developers. I choose to stick with the default Vscode theme because I like it much. You can choose the one that attracts you. To Install theme [EXTENSION –> SEARCH BAR –> –> INSTALL].

VSCode Default Theme

You can find the information about themes or any other packages in Vscode Marketplace.

Install File Icones in VSCode

I personally use “MATERIAL ICON THEME” for file icons. To install it [EXTENSION –> SEARCH BAR –> MATERIAL ICON THEME –> INSTALL]. Choose the File Icon theme you prefer.

Install Icon Theme in VSCode

Install SSH in VSCode

Remote SSH allows opening remote folders with an SSH server. Often times people develop applications in the cloud and use Vscode at our local machine. To upload/Sync our code to remote machine/VM/Containers we can use remote SSH.

To Install the package [EXTENSION –> SEARCH BAR –> REMOTE – SSH –> INSTALL]. Look for a package provided by Microsoft.

Install Remote SSH in VSCode

To configure Remote server settings, open [COMMAND PALLET (SHIFT + CTRL + P) –> CONNECT TO HOST –> CREATE NEW HOST CONFIG (OR) SELECT THE CONFIGURED HOST]. Once you are done with the configuration, on connecting to a remote machine it will ask for the password.

Connect to SSH Host

I already configured 3 Linux hosts in vscode. So, when I connect with anyone of the hosts it will just prompt for the password and will get connected.

VSCode SSH Config VSCode Add New SSH Host

You can also refer to the official documentation on how to configure Remote SSH in VSCode.

Install Linters in VSCode

Linters points our problems related to syntax and styling. By default, when we first installed the python extension package it comes with “PYLINT” Enabled. Linter runs when we save the file or we can run manually through command pallet.

To use different linters, first, we have to install the linter using the following PIP command and then choose flake8 as your linter in vscode using [ COMMAND PALLET –> SELECT LINTER].

To enable or disable linting [COMMAND PALLET –> ENABLE LINTING].

Enable or Disable Linter in VSCode

If you have multiple versions of python you have to make sure linter is installed across all versions. Now the flake8 which I installed is bound to Python 3.8, if I switch to Python 3.5 and try to use Flake 8 it won’t work.

NOTE: Linters are bound to Current workspace not global.

Now, flake8 will start throwing errors for any violation of syntactical or logical errors. In the below snippet, I violated the PEP 8 style of writing python code so flake 8 throws me the warnings and errors.

Linter Errors in VSCode

There are many types of linters available. Refer to the official documentation to know more about Vscode Linters.

Install KeyMap in VSCode

If you are a developer switching to Vscode from different text editor you can choose to retain your key bindings using the Keymap package. Microsoft provides a keymap from some of the famous editors like Sublime, Atom, Visual Studio, etc.

Visual Studio Keymap

Install Other Packages in VSCode

Since Vscode comes under Microsoft umbrella it is very easy to integrate tools created by Microsoft. You can choose and install packages according to your need. Other than the packages which I showed above I use Azure Resource Manager, Azure Functions, etc.

Refer official Microsoft marketplace to know about all the packages.

Microsoft Marketplace

NOTE: The package which I installed in this article is of my personal choice. The list of packages may vary according to the nature of development and needs.

One of the new additions to Vscode is the ability to integrate Jupyter’s notebook. Jupyter notebook is a very popular web-based editor mainly used for data science. All of you have to do is install the Jupyter notebook in the local machine and Vscode can pick the Jupyter server and start the kernel.

To install Jupyter Notebook:

How to Run a Snippet in VSCode

Now that we have configured our editor it’s time to run some python code. The interesting feature I like with Vscode is, it can run a selected run in python console.

To run your python code press [RUN] a symbol at the top right corner of your editor or right-click and choose run options.

Run Python Snippet in VSCode

If you choose “Run selection/Line in Python terminal“, Vscode runs only that part in a terminal. This is very useful in some cases where you have to test only a few selected lines of code.

Run Selected Line in VSCode

Summary

In this article, we have seen how to install and configure Vscode as our editor for Python programming. Vscode is one of the popular editors in the market now. If you are new to Vscode feel free to explore more about Vscode from the official documentation.

If You Appreciate What We Do Here On TecMint, You Should Consider:

TecMint is the fastest growing and most trusted community site for any kind of Linux Articles, Guides and Books on the web. Millions of people visit TecMint! to search or browse the thousands of published articles available FREELY to all.

If you like what you are reading, please consider buying us a coffee ( or 2 ) as a token of appreciation.

We are thankful for your never ending support.

How to install Visual Studio Code on Linux?

I have just downloaded VSCode-linux-x64 from the Microsoft website. It’s a zip file called VSCode-linux-x64.zip. How can I install it on my Linux system?

5 Answers 5

Trending sort

Trending sort is based off of the default sorting method — by highest score — but it boosts votes that have happened recently, helping to surface more up-to-date answers.

It falls back to sorting by highest score if no posts are trending.

Switch to Trending sort

From a few pages deeper into the setup docs in the link you offered.

Extract the zip file VSCode-linux-x64.zip

Go inside the folder VSCode-linux-x64

You can right click on Visual Studio Code on toolbar (or launcher)
and select Lock to Launcher. this way you can launch the editor by
clicking it on launcher.

If you are using terminal follow the terminal commands

This video will help you to download and install and use Visual Studio Code on Ubuntu if you still have some doubts

After 18.04 version, the following one-line terminal code works well.

Installing with apt-get:

Step 1 – Enable Package Repository

Run the following command to enable Visual studio code repository to your system:

Step 2 – Install Visual Studio Code Editor

Now, Import the package signing gpg key on your system using the following command:

Install Visual Studio Code on your Debian based system (like Ubuntu):

Step 3 – Launch Visual Studio Code and enable its extensions:

Now You can launch the Visual Studio Code editor on your system using the graphical menu.

There are a large number of extensions available for Visual Studio Code like PHP, Python, JavaScript etc. Install the required extensions to enhance your working experience with Visual Studio Code.

How to run Visual Studio Code as root

So, how do I run Visual Studio Code as root in Ubuntu 16.04?

edit: I would prefer a solution that avoids changing directory permissions.

edit2: project directory: /var/www/project (I’m using Apache with vhost)

3 Answers 3

It is very dangerous to run VScode as root (as it is any other application) however, should you absolutely need to:

You must specify the user data directory to use when running vs code:

Then from the window you can open your project folder

Again: This is not recommended. Have fun.

Update May 2018

For everyone asking why this isn’t recommended, you clearly don’t understand why sudo even exists. From this AskUbuntu Question:

It defeats the security model that’s been in place for years. Applications are meant to be run with non-administrative security (or as mere mortals) so you have to elevate their privileges to modify the underlying system. For example, you wouldn’t want that recent crash of Rhythmbox to wipe out your entire /usr directory due to a bug. Or that vulnerability that was just posted in ProFTPD to allow an attacker to gain a ROOT shell.

It’s just good practice on any operating system to run your applications on a user level and leave administrative tasks to the root user, and only on a per-need basis.

I’m not saying that you should never use VSCode as root(though its pretty easy to avoid doing) I’m saying you should be careful when you want to do so and know the risks.

The absolute best thing to do to is make a copy of a restricted file, edit it, and copy it back when you’re absolutely sure it’s finished.

Also for editing files to which your user does not have permissions, I would now recommend Talha Junaid’s answer which asks for permissions every single time you want to save a file. The prompt for root access did not exist when I wrote this answer.

Remote development over SSH

Prerequisites

To get started, you need to have done the following steps:

Install the extension

Create a virtual machine

If you don’t have an existing Linux virtual machine, you can create a new VM through the Azure portal. In the Azure portal, search for «Virtual Machines», and choose Add. From there, you can select your Azure subscription and create a new resource group, if you don’t already have one.

Note: In this tutorial, we are using Azure, but your Linux VM can be hosted anywhere, as long as the Linux distribution meets these prerequisites.

Now you can specify details of your VM, such as the name, the size, and the base image. Choose Ubuntu Server 18.04 LTS for this example, but you can choose recent versions of other Linux distros and look at VS Code’s supported SSH servers.

Set up SSH

There are several authentication methods into a VM, including an SSH public/private key pair or a username and password. We recommend using key-based authentication (if you use a username/password, you’ll be prompted to enter your credentials more than once by the extension). If you’re on Windows and have already created keys using PuttyGen, you can reuse them.

Create an SSH key

If you don’t have an SSH key pair, open a bash shell or the command line and type in:

You will then be prompted to enter a secure passphrase, but you can leave that blank. You should now have a id_ed25519.pub file which contains your new public SSH key.

Add SSH key to your VM

In the previous step, you generated an SSH key pair. Select Use existing public key in the dropdown for SSH public key source so that you can use the public key you just generated. Take the public key and paste it into your VM setup, by copying the entire contents of the id_ed25519.pub in the SSH public key. You also want to allow your VM to accept inbound SSH traffic by selecting Allow selected ports and choosing SSH (22) from the Select inbound ports dropdown list.

Auto shutdown

A cool feature of using Azure VMs is the ability to enable auto shutdown (because let’s face it, we all forget to turn off our VMs…). If you go to the Management tab, you can set the time you want to shut down the VM daily.

Select Review and Create, then Create, and Azure will deploy your VM for you!

Once the deployment is finished (it may take several minutes), go to the new resource view for your virtual machine.

Connect using SSH

Now that you’ve created an SSH host, let’s connect to it!

You’ll have noticed an indicator on the bottom-left corner of the Status bar. This indicator tells you in which context VS Code is running (local or remote). Click on the indicator to bring up a list of Remote extension commands.

Set the user and hostname in the connection information text box.

VS Code will now open a new window (instance). You’ll then see a notification that the «VS Code Server» is initializing on the SSH Host. Once the VS Code Server is installed on the remote host, it can run extensions and talk to your local instance of VS Code.

You’ll know you’re connected to your VM by looking at the indicator in the Status bar. It shows the hostname of your VM.

Once you’re connected to your SSH host, you can interact with files and open folders on the remote machine. If you open the integrated terminal ( ⌃` (Windows, Linux Ctrl+` ) ), you’ll see you’re working inside a bash shell while you’re on Windows.

You can use the bash shell to browse the file system on the VM. You can also browse and open folders on the remote home directory with File > Open Folder.

Create your Node.js application

In this step, you will create a simple Node.js application. You will use an application generator to quickly scaffold out the application from a terminal.

Install Node.js and npm

From the integrated terminal ( ⌃` (Windows, Linux Ctrl+` ) ), update the packages in your Linux VM, then install Node.js, which includes npm, the Node.js package manager.

You can verify the installations by running:

Install the Express generator

Create a new application

You can now create a new Express application called myExpressApp by running:

Run the application

Last, let’s ensure that the application runs. From the terminal, start the application using the npm start command to start the server.

The Express app by default runs on http://localhost:3000. You won’t see anything in your local browser on localhost:3000 because the web app is running on your virtual machine.

Port forwarding

To be able to browse to the web app on your local machine, you can leverage another feature called Port forwarding.

To be able to access a port on the remote machine that may not be publicly exposed, you need to establish a connection or a tunnel between a port on your local machine and the server. With the app still running, open the SSH Explorer and find the Forwarded Ports view. Click on the Forward a port link and indicate that you want to forward port 3000:

Name the connection «browser»:

The server will now forward traffic on port 3000 to your local machine. When you browse to http://localhost:3000, you see the running web app.

Edit and debug

From the Visual Studio Code File Explorer ( ⇧⌘E (Windows, Linux Ctrl+Shift+E ) ), navigate to your new myExpressApp folder and double-click the app.js file to open it in the editor.

IntelliSense

You have syntax highlighting for the JavaScript file as well as IntelliSense with hovers, just like you would see if the source code was on your local machine.

When you start typing, you’ll get smart completions for the object methods and properties.

Debugging

Now, press F5 to run your application. If you are asked how to run the application, choose Node.js.

The app will start, and you’ll hit the breakpoint. You can inspect variables, create watches, and navigate the call stack.

Press F10 to step or F5 again to finish your debugging session.

You get the full development experience of Visual Studio Code connected over SSH.

Ending your SSH connection

You can end your session over SSH and go back to running VS Code locally with File > Close Remote Connection.

Congratulations

Congratulations, you’ve successfully completed this tutorial!

Next, check out the other Remote Development extensions.

Or get them all by installing the Remote Development Extension Pack.

Источники: