<ul><li>In Go, it's recommended to use channels for synchronization instead of shared memory communication like in C with mutexes.</li><li>The sync package in Go offers higher performance synchronization mechanisms compared to channels.</li><li>The sync package's Mutex and RWMutex structures are commonly used for synchronization.</li><li>Benchmark tests show that RWMutex is suitable for read-heavy, write-light scenarios in Go.</li><li>Issues may arise when using sync locks like Mutex if they are copied after initial use.</li><li>The sync.Once feature ensures a specific function is executed only once during the program's lifetime.</li><li>Leapcell provides a serverless platform for hosting Go projects with multi-language support, cost efficiency, scalability, and automation.</li><li>Developers can deploy unlimited projects for free on Leapcell's platform and only pay for usage with no idle charges.</li><li>Leapcell offers a streamlined developer experience with automated CI/CD pipelines, real-time metrics, and easy scalability.</li><li>The platform provides intuitive UI, auto-scaling capabilities, and high performance for building and deploying web applications.</li></ul>

sync or channel? The Right Choice for Go Synchronization

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