Choosing Between Local and Remote Debugging in GoLand
Decide between local and remote debugging in GoLand. Learn when to use Delve in containers, how to disable compiler optimizations, and how to validate remote connections.
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Decide between local and remote debugging in GoLand. Learn when to use Delve in containers, how to disable compiler optimizations, and how to validate remote connections.
The goal is to standardize one debugging workflow for a Go service whose production artifact is a container image, using GoLand's bundled Docker integration: a daemon connection over a Unix socket, Windows named pipe, or TLS-secured TCP, plus the Services tool window and Docker Compose support. Assuming a recent GoLand release (2024.x or newer); behavior var
GoLand supports debugging Go programs on macOS through the bundled Delve debugger, but the debugger binary must carry the com.apple.cs.debugger entitlement to launch. The IDE attempts to sign the bundled Delve automatically when a debug session starts; however, success depends on the macOS version, keychain state, and whether the user approves the signing pr
When using GoLand's remote development over SSH, the local JetBrains client relies on a remote Go toolchain and Delve debugger running on the target host. If the underlying SSH connection drops—due to a network interruption or laptop sleep—the state of an active debug session becomes uncertain. The IDE may attempt to re-establish the tunnel, but Delve sessio
Debugger Performance with Large Goroutine Counts GoLand integrates with the Delve debugger to provide a dedicated Goroutines view for tracking concurrent execution paths. While this allows for detailed memory inspection and stack trace navigation, the interface must handle the state of potentially thousands of active goroutines simultaneously. In application