Network Programming in Go: TCP, UDP, and Unix Sockets
Master Go network programming — production TCP servers with connection handling, deadlines, and graceful shutdown; UDP for low-latency protocols; Unix domain sockets for IPC; and …
Master Go network programming — production TCP servers with connection handling, deadlines, and graceful shutdown; UDP for low-latency protocols; Unix domain sockets for IPC; and …
Master Go's OS interfaces — environment variables, process information, signal handling for graceful shutdown, cross-platform paths, file permissions, and system resource discovery …
Master performance optimization in Go. Learn algorithmic improvements, memory optimization, concurrency tuning, and practical techniques to make your applications faster and more …
Tune Go application performance — reading pprof CPU and heap profiles, reducing allocations with escape analysis, cache-friendly data layout, GOMAXPROCS tuning, avoiding lock …
Master subprocess control in Go — exec.Command vs exec.CommandContext, capturing vs streaming output, process groups, signal forwarding, retry logic, and building reliable CLI …
Master CPU and memory profiling in Go using pprof. Learn to identify performance bottlenecks, analyze heap allocations, and optimize your applications with practical profiling …
Master Protocol Buffers in Go — proto3 schema design, code generation with protoc, marshal/unmarshal, field numbering rules, oneof for sum types, Well Known Types for timestamps, …
Master race conditions and data races in Go. Learn to detect, prevent, and fix concurrency bugs using the race detector and synchronization primitives.
Master Go's io package — the Reader and Writer interfaces, io.Copy, io.TeeReader, io.LimitedReader, bufio for line-by-line reading, bytes.Buffer, io.Pipe for goroutine …
Master regular expressions in Go using the regexp package. Learn pattern matching, capturing groups, and practical regex patterns.