![]() Explicitly defining GOPATH makes it clear where your Go workspace is located and adding $GOPATH/bin to your executable path makes it easier to run third-party tools installed via go install, which weâll talk about in a bit. Whether or not you use the default location, itâs a good idea to explicitly define GOPATH and to put the $GOPATH/bin directory in your executable path. You can use this default or specify a different workspace by setting the $GOPATH environment variable. By default, this workspace is located in $HOME/go, with source code for these tools stored in $HOME/go/src and the compiled binaries in $HOME/go/bin. However, Go still expects there to be a single workspace for third-party Go tools installed via go install (see âGetting Third-Party Go Toolsâ). Because of this churn, thereâs lots of conflicting advice, and most of it is obsolete.įor modern Go development, the rule is simple: you are free to organize your projects as you see fit. Since the introduction of Go in 2009, there have been several changes in how Go developers organize their code and their dependencies. If youâre on Linux or FreeBSD, itâs possible you installed the 64-bit Go development tools on a 32-bit system or the development tools for the wrong chip architecture. If it isnât the go command at /usr/local/go/bin/go, you need to fix your executable path. On Mac OS and other Unix-like systems, use which go to see the go command being executed, if any. If you get an error instead of the version message, itâs likely that you donât have go in your executable path, or you have another program named go in your path. (Darwin is the name of the kernel for Mac OS and amd64 is the name for the 64-bit CPU architecture from both AMD and Intel.) ![]() ![]() This tells you that this is Go version 1.15.2 on Mac OS. ![]() If everything is set up correctly, you should see something like this printed: go version go1.15.2 darwin/amd64 You can validate that your environment is set up correctly by opening up a terminal or command prompt and typing: $ go version Install the Go development tools only on computers that build Go programs. VSCodium exists to make it easier to get the latest version of MIT-licensed VS Code.Go programs compile to a single binary and do not require any additional software to be installed in order to run them. If you want to build from source yourself, head over to Microsoft’s vscode repo and follow their instructions. These binaries are licensed under the MIT license. This project includes special build scripts that clone Microsoft’s vscode repo, run the build commands, and upload the resulting binaries for you to GitHub releases. The VSCodium project exists so that you don’t have to download+build from source. Therefore, you generate a “clean” build, without the Microsoft customizations, which is by default licensed under the MIT license When you clone and build from the vscode repo, none of these endpoints are configured in the default product.json. We clone the vscode repository, we lay down a customized product.json that has Microsoft specific functionality (telemetry, gallery, logo, etc.), and then produce a build that we release under our license. When we build Visual Studio Code, we do exactly this. According to this comment from a Visual Studio Code maintainer: Microsoft’s vscode source code is open source (MIT-licensed), but the product available for download (Visual Studio Code) is licensed under this not-FLOSS license and contains telemetry/tracking.
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