Download Visual Studio Code installer and double-click on the downloaded file to open its contents. Drag Visual Studio Code.app to the Applications folder. To make it available in the Launchpad and to add Visual Studio Code to your Dock, right-click the icon and choose Options Keep in Doc.

Follow the instructions below to download and install the selected ZeroMQlibrary.

Windows

1. Already have brew, then go $ brew cask install visual-studio-code If doesn't have brew before. Tagged with note, brew, vscode.
2. This feature is included with Homebrew, so there’s nothing additional to install. To use Homebrew to install Visual Studio Code, execute the following command: brew cask install visual-studio-code The application will install.

Release 4.3.2

Download and extract one of the followings:

OSX

You need Brew installed and configured https://brew.sh/

czmq and zyre are also available.

Linux

Fedora

Brew Cask Install Visual Studio Code

Ubuntu/Debian/Mint

Arch

SUSE

Packages for Debian, Ubuntu, Fedora, CentOS, RHEL, SUSE

The ZeroMQ maintainers provide pre-built binary packages for libzmq, czmq, zyre, malamute, zproject and zproto, automatically built from both the latest stable releases OR the latest commit in the Git repositories via the Open Build Service for i386, amd64, armv7, arm64, ppc64, s390x (note: depends on the distribution).

Add the repository of your choice by clicking on the distribution and version, and then follow “Go to download repository”. That is the URL of the repository. Remember to add the GPG key.

For example, to add Debian 9 and install the development packages for libzmq from the latest stable release without draft APIs:

Install from a package manager

Linux

Deb packages are available for Debian and Ubuntu.

For other distros please refer to pkgs.org.

You can also get prebuild binaries for latest git master for most distros on openSUSE’s Build Service:

Git master only stable APIs:http://software.opensuse.org/download.html?project=network%3Amessaging%3Azeromq%3Agit-stable&package=czmq

Git master including draft APIs:http://software.opensuse.org/download.html?project=network%3Amessaging%3Azeromq%3Agit-draft&package=czmq

MacOS

On macOS install czmq with Homebrew see here.

Windows

Using vcpkg

If you are already using vcpkg, you can download and install czmq with one single command:

this will build czmq as a 32-bit shared library.

this will build czmq as a 64-bit static library.

You may also build czmq with one or more optional libraries:

this will build czmq with libcurl, libmicrohttpd, lz4, as a 64-bit shared library.

To use the draft APIs, you may build czmq with draft feature:

If you are an adventurer, and want to always use the lastest version of czmq, pass an extra --head option:

These commands will also print out instructions on how to use the library from your MSBuild or CMake-based projects.

Requirements

ZeroMQ 2.2.x or later. We recommend to use ZeroMQ >= 3.C++11 compliant compiler. (g++ >= 4.7)

The command line client and the tests also require libboost.

Installation

Installation can be done by the standard make && make install. If the boostunittest framework is installed, check and installcheck can be run for sanitychecking. To use ZMQ4 security feature install libsodium and libzmq –with-libsodiumas shown below before ZMQPP.

git clone git://github.com/jedisct1/libsodium.gitcd libsodium./autogen.sh./configure && make checksudo make installsudo ldconfigcd ../

git clone git://github.com/zeromq/libzmq.gitcd libzmq./autogen.sh./configure –with-libsodium && makesudo make installsudo ldconfigcd ../

git clone git://github.com/zeromq/zmqpp.gitcd zmqppmakemake checksudo make installmake installcheck

The most commonly useful overrides are setting CXX, to change the compilerused, and PREFIX to change install location. The CXX prefix should be used onall targets as the compiler version is used in the build path. PREFIX is onlyrelevant for the install target.

Building and installation

Building requires a recent version of CMake (2.8.12 or later for Visual Studio, 2.8 or later for the rest), and a C++ compilerwhich supports C++11. Currently this has been tested with -* Xcode 5.1 on OS X 10.8* Xcode 6 on OS X 10.9* Xcode 6.4 on OS X 10.10* Xcode 7.1 on OS X 10.11* GCC 4.8 + Boost 1.48 on CentOS 6* GCC 4.8 + Boost 1.53 on CentOS 7* GCC 4.8 on Arch Linux and Ubuntu* GCC 4.8 on Ubuntu* GCC 5.3 + Boost 1.60 on Ubuntu* Microsoft Visual Studio 2013 on Windows Server 2008 R2

Library dependencies are -* Boost 1.48 or later* ZeroMQ 4.0.x

Tests and example code require -* Boost 1.54 or later

To build on Linux / OS X -

To build on Windows -

You can also open Visual Studio solution from build directory after invoking CMake.

To change the default install location use -DCMAKE_INSTALL_PREFIX when invoking CMake.

To change where the build looks for Boost and ZeroMQ use -DBOOST_ROOT=<my custom Boost install> and -DZMQ_ROOT=<my custom ZeroMQ install> when invoking CMake. Or set BOOST_ROOT and ZMQ_ROOT environment variables.

Install

You can install chumak from hex.pm by including the following in your rebar.config:

where X.Y.Z is one of the release versions.

For more info on rebar3 dependencies see the rebar3 docs.

Requirements

zmq4 is just a wrapper for the ZeroMQ library. It doesn’t include thelibrary itself. So you need to have ZeroMQ installed, including itsdevelopment files. On Linux and Darwin you can check this with ($ isthe command prompt):

The Go compiler must be able to compile C code. You can check thiswith:

You can’t do cross-compilation. That would disable C.

Install

go get github.com/pebbe/zmq4

Install

Dependencies

For CZMQ master

A Note on Build Tags

The CZMQ library includes experimental classes that are not built by default, but can be builtby passing --enable-drafts to configure. Support for these draft classes are being addedto goczmq. To build these features against a CZMQ that has been compiled with --enable-drafts,use go build -tags draft.

For CMZQ = 4.2

Note: CZMQ 4.2 is has not been released yet.

For CZMQ Before 4.0

Usage

Visual Studio Code For Windows

Maven

Add it to your Maven project’s pom.xml:

Ant

To generate an ant build file from pom.xml, issue the following command:

Install ZeroMQ.js with prebuilt binaries:

Requirements for prebuilt binaries:

• Node.js 10.2+ or Electron 3+ (requires a N-API version 3+)

Prebuilt binaries

The following platforms have a prebuilt binary available:

• Linux on x86-64/armv7/armv8 with libstdc++.so.6.0.21+ (glibc++ 3.4.21+), for example:
• Debian 9+ (Stretch or later)
• Ubuntu 16.04+ (Xenial or later)
• CentOS 8+
• Linux on x86-64 with musl, for example:
• Alpine 3.3+
• MacOS 10.9+ on x86-64
• Windows on x86/x86-64

If a prebuilt binary is not available for your platform, installing will attempt to start a build from source.

Building from source

If a prebuilt binary is unavailable or if you want to pass certain options during build, you can build this package from source.

Make sure you have the following installed before attempting to build from source:

• Node.js 10+ or Electron 3+
• A working C++17 compiler toolchain with make
• Python 2.7 (or Python 3 with Node 12.13+)
• CMake 2.8+
• curl

To install from source

Brew Install Visual Studio Code

If you want to link against a shared ZeroMQ library, you can build skip downloading libzmq and link with the installed library instead as follows:

If you wish to use any DRAFT sockets then it is also necessary to compile the library from source:

Downloading

Unless you specifically want to develop PyZMQ, we recommend downloadingthe PyZMQ source code or wheels fromPyPI,or install with conda.

You can also get the latest source code from our GitHub repository, butbuilding from the repository will require that you install recent Cython.

Building and installation

For more detail on building pyzmq, see our Wiki.

We build wheels for OS X, Windows, and Linux, so you can get a binary on those platforms with:

pip install pyzmq

but compiling from source with pip install pyzmq should work in most environments.Especially on OS X, make sure you are using the latest pip (≥ 8), or it may not find the right wheels.

If the wheel doesn’t work for some reason, or you want to force pyzmq to be compiled(this is often preferable if you already have libzmq installed and configured the way you want it),you can force installation with:

pip install –no-binary=:all: pyzmq

When compiling pyzmq (e.g. installing with pip on Linux),it is generally recommended that zeromq be installed separately,via homebrew, apt, yum, etc:

sudo apt-get install libzmq3-dev

sudo yum install libzmq3-devel

If this is not available, pyzmq will try to build libzmq as a Python Extension,though this is not guaranteed to work.

Building pyzmq from the git repo (including release tags on GitHub) requires Cython.

Installation

Install libzmq.

If the gem installation complains that it cannot find libzmq or headers, simply pass the location of your libzmq installation to the gem install command:

On Windows add a parameter for the libs. For example:

rust-zmq is available from crates.io. Usersshould add this to their Cargo.toml file:

As rust-zmq is a wrapper around libzmq, you need a build of libzmqversion 4.1 or newer, before attempting to build the zmqcrate. There are several options available:

Dynamic linking using pkg-config

This is probably the preferred method when you are running a recentUnix-like OS that has support for pkg-config. For example, on recentDebian-based distributions, you can use the following command to getthe prerequiste headers and library installed:

If your OS of choice does not provide packages of a new-enough libzmq,you can install it from source; seehttps://github.com/zeromq/libzmq/releases, although in this case,you may prefer a vendored build, which automates that, see below.

The build normally uses pkg-config to find out about libzmq’slocation. If that is not available, the environment variableLIBZMQ_PREFIX (or alternatively, LIBZMQ_LIB_DIR andLIBZMQ_INCLUDE_DIR) can be defined to avoid the invocation ofpkg-config.

Windows build

When building on Windows, using the MSCV toolchain, consider thefollowing when trying to link dynamically against libzmq:

• When building libzmq from sources, the library must be renamedto zmq.lib from the auto named libzmq-v***-mt-gd-*_*_*.lib,libzmq.lib, libzmq-mt-*_*_*.lib, etc.
• The folder containing the *.dll (dynamic link library)referred to by zmq.lib must be accessible via the path forthe session that invokes the Rust compiler.
• The name of the *.dll in question depends on the build systemused for libzmq and can usually be seen when opening zmq.libin a text editor.

Vendored build

Starting with the upcoming release 0.9.1 (or when building fromcurrent master), you can enable the vendored feature flag to havelibzmq be built for you and statically linked into your binarycrate. In your Cargo.toml, you can give users the option to do sousing a dedicated feature flag:

Cross-compilation

When you have a cross-compiled version of libzmq installed, youshould be able to cross-compile rust-zmq, assuming a platformsupporting pkg-config. For example, assuming you have libzmqcompiled for the i686-pc-windows-gnu target installed in~/.local-w32, the following should work:

Cross compilation without pkg-config should work as well, but youneed set LIBZMQ_PREFIX as described above.

Visual Studio Code (VSCode) is a cross-platform text and source code editor from Microsoft. It’s one of the most exciting open source projects today, with regular updates from hundreds of contributors. VSCode was among the first tools to support Language Server Protocol (LSP), which has played a large part in providing a great developer experience, in a variety of languages and technologies.

With the previously announcednow shipping in Xcode, it’s a great time to see how this integration works for yourself.

This week, we’ll walk through the process of how to get started with Swift’s new Language Server Protocol support in Visual Studio Code on macOS. If you haven’t tried writing Swift outside Xcode, or are already a VSCode user and new to the language entirely, this article will tell you everything you need to know.

Step 0: Install Xcode

If you don’t already have Xcode installed on your machine, open the Terminal app and run the following command:

Running this command presents a system prompt.

Click the “Get Xcode” button and continue installation on the App Store.

You can verify that everything is working as expected by running the sourcekit-lsp command:

This command launches a new language server process, but don’t worry if it doesn’t provide any feedback to STDOUT — that means it’s working as intended. Exit the process with an ETX signal (^C).

Step 1: Install Visual Studio Code

Download Visual Studio Code and install it to your system Applications folder. Open the app and follow the instructions for launching from the command line. You’ll need to have the code command accessible from $PATH in order to install the SourceKit-LSP extension later on.

Electron apps have a reputation for being big and slow, but don’t let that stop you from giving VSCode a try — its performance and memory footprint are comparable to a native app.

Step 2: Install Node and NPM

VSCode extensions are written in JavaScript / TypeScript. If you’re not already set up for JS development, you can download Node (a JavaScript run-time for outside the browser)
and npm (a package manager for Node) with Homebrew using the following commands or manually by following these instructions:

Brew Install Visual Studio Code Insiders

To verify that you have a working installation, run the following command:

Step 3: Build and Install SourceKit-LSP Extension for Visual Studio Code

From the command line, clone the sourcekit-lsp repository and navigate to Editors/vscode in the resulting directory. Use npm to build the extension and then use the code command to install it:

Now launch (or relaunch) VSCode and open a Swift project, such as this one, and test out Language Server Protocol support for Swift.

To get the full experience of working with Swift from VSCode, we recommend that you also check out the Swift Lint extension (for real-time style and convention diagnostics).

So there you have it — the makings of a first-class Swift development experience outside of Xcode.

Install Visual Studio Code Homebrew

And with GitHub’s recent announcement of Codespaces, that future may be coming sooner than we once thought. Thanks to Swift’s support for Language Server Protocol, we’ll soon be able to edit Swift code — syntax highlighting, autocompletion, and all — directly from the browser.