<ul data-eligibleForWebStory="true"><li>Encounter with Hyperlane Rust HTTP framework during browsing GitHub with focus on performance metrics.</li><li>Utilized Hyperlane for a distributed systems course project by adding it as a dependency.</li><li>Explored Hyperlane's Context abstraction for handling request methods with more concise approach.</li><li>Noted simplification of chained calls in Hyperlane reminiscent of Rust's ? operator for enhanced code readability.</li><li>Discovered Hyperlane's routing and HTTP method macros for implementing RESTful APIs.</li><li>Encountered issue due to missing async keyword in route handler functions, emphasizing attention to detail in Rust's async programming.</li><li>Dedicated time to studying Hyperlane's response handling mechanisms including retrieving, setting status code, sending responses, and immediate connection closure.</li><li>Differentiated between send() and send_once() in Hyperlane based on maintaining the TCP connection.</li><li>Understood Hyperlane's middleware workflow through the 'onion model' with outer and inner layers of middleware surrounding route handlers.</li></ul>

Junior Year Self-Study Notes My Journey with the Framework（1749918373497200）

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