Each file descriptor needs to be stored giving it linear complexity O(n) for both startup time and memory usage. When using an inotifywait or an inotify based file watcher, the code needs to recursively mark each file/directory to be watched at startup. Inotifywait is a great tool but is not available on MacOS.
Two of the most popular being inotifywait and fswatch. Having a fast and efficient way to sync local files with production servers aids this process.
But ultimately it's good to test in an environment closer to the production environment including the same hardware, same network and same DNS. When coding on projects, development and testing can be done locally. Sync Local Development Files with a Server Sync to a Remote Server I want it to be company independent in case there is some problem with the company such as it going out of business. The geographical independence can potentially be leveraged to reduce latency to services located on servers closer to the user. I want the servers involved to be geographically independent to avoid problems such as natural disasters or large scale network outages. I want to create a personal cloud for both data storage and fault tolerant service hosting over WANs. I created jp-watch as the first layer above the operating system in a set of layers targeting higher level goals listed below.īeing a low level layer, jp-watch is written in C for maximum performance and efficiency.
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