| commit | 1bc09d85e3b60e1db022e3743f369609027e07ab | [log] [tgz] |
|---|---|---|
| author | Hana <hyangah@gmail.com> | Tue Jun 08 20:30:20 2021 -0400 |
| committer | Hyang-Ah Hana Kim <hyangah@gmail.com> | Thu Jun 10 23:35:35 2021 +0000 |
| tree | 411b36e4c21210857874b41d66a69673335ec4c2 | |
| parent | ac7b20929800b82edeee0d45504d89fa2c03d99b [diff] |
src/goDebugConfiguration: resolve relative paths used in cwd, output, program
If relative paths are used, translate them to be relative to the workspace folder when
using dlv-dap.
The description in the package.json says cwd is a workspace relative or absolute path, but
this seems to be broken in the old adapter (I.e., when cwd=., the old adapter simply used it
as --wd value and launched the headless server in the program directory. As a result, '.'
is translated as the program or package source directory).
This CL doesn't attempt to fix or change the behavior of the old adapter though, but
applies the translation only when dlv-dap is used.
This changes the default cwd value (when users attempt to add cwd to their launch config)
to be '' which is treated as if 'cwd' attribute was undefined. Users who want to use the
workspace folder can use `${workspaceFolder}` or `.`.
This change doesn't change 'cwd' in attach mode because this is currently used for
different purpose in the legacy adapter, and it will become irrelevant in dlv-dap.
Updates golang/vscode-go#1348
Change-Id: Ieb15f6bbb470a17d2e7350ccf1d8a003cbb92eeb
Reviewed-on: https://go-review.googlesource.com/c/vscode-go/+/317210
Trust: Hyang-Ah Hana Kim <hyangah@gmail.com>
Run-TryBot: Hyang-Ah Hana Kim <hyangah@gmail.com>
TryBot-Result: kokoro <noreply+kokoro@google.com>
Reviewed-by: Suzy Mueller <suzmue@golang.org>
The VS Code Go extension provides rich language support for the Go programming language.
Welcome! 👋🏻
Whether you are new to Go or an experienced Go developer, we hope this extension fits your needs and enhances your development experience.
You are ready to Go :-) 🎉🎉🎉
Please be sure to learn more about the many features of this extension, as well as how to customize them. Take a look at Troubleshooting and Help for further guidance.
If you are new to Go, this article provides the overview on Go code organization and basic go commands. Watch “Getting started with VS Code Go” for an explanation of how to build your first Go application using VS Code Go.
This extension provides many features, including IntelliSense, code navigation, and code editing support. It also shows diagnostics as you work and provides enhanced support for testing and debugging your programs. See the full feature breakdown for more details and to learn how to tune its behavior.
In addition to integrated editing features, the extension provides several commands for working with Go files. You can access any of these by opening the Command Palette (Ctrl+Shift+P on Linux/Windows and Cmd+Shift+P on Mac), and then typing in the command name. See the full list of commands provided by this extension.
⚠️ Note: the default syntax highlighting for Go files is provided by a TextMate rule embedded in VS Code, not by this extension.
The extension uses a few command-line tools developed by the Go community. In particular, go, gopls, and dlv must be installed for this extension to work correctly. See the tools documentation for a complete list of tools the extension depends on.
In order to locate these command-line tools, the extension searches GOPATH/bin and directories specified in the PATH environment variable (or Path on Windows) with which the VS Code process has started. If the tools are not found, the extension will prompt you to install the missing tools and show the “⚠️ Analysis Tools Missing” warning in the bottom right corner. Please install them by responding to the warning notification, or by manually running the Go: Install/Update Tools command.
Go modules are how Go manages dependencies in recent versions of Go. Modules replace the GOPATH-based approach to specifying which source files are used in a given build, and they are the default build mode in go1.16+. While this extension continues to support both Go modules and GOPATH modes, we highly recommend Go development in module mode. If you are working on existing projects, please consider migrating to modules.
Unlike the traditional GOPATH mode, module mode does not require the workspace to be located under GOPATH nor to use a specific structure. A module is defined by a directory tree of Go source files with a go.mod file in the tree's root directory.
Your project may involve one or more modules. If you are working with multiple modules or uncommon project layouts, you will need to configure your workspace by using Workspace Folders. Please see this documentation about supported workspace layouts.
The extension needs no configuration and should work out of the box. However, you may wish to adjust settings to customize its behavior. Please see the settings documentation for a comprehensive list of settings. See advanced topics for further customizations and unique use cases.
If the extension isn't working as you expect, you can take a look at our troubleshooting guides. There is one for general troubleshooting, and another specifically for troubleshooting the debugging feature.
If the troubleshooting guides did not resolve the issue, please reach out to us by filing an issue, starting a GitHub discussion, or by asking a question in the Gophers Slack. We hang out in the #vscode channel!
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