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Fiber's high performance relies on pooled contexts to minimize GC overhead. Learn why this 'Zero-Allocation' approach can lead to data corruption in goroutines and how to fix it.
Learn how to use GoLand's static analysis, data‑flow inspections, and Structural Search and Replace (SSR) to enforce project conventions and reduce technical debt in Go.
Learn how to prevent goroutine leaks and manage concurrency in Go using buffered channels, the select statement, and proper shutdown signals.
Deciding between Mattermost server-side (Go) and webapp (JS/TS) plugins is critical for stability and performance. Learn when to use each and how to combine them for complex integrations.
fiber
goland
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