TODO: Update usage here

For Interoperability between rust and java Special about this repo: Do not require rust library to be dynamically loaded for calling methods on rust. Features: JVM is started as embedded from the rust program. Java methods can be called from rust. Rust methods are registered as native functions to JVM and which can then be called from Java. Uses rucaja, jni-rs and jni crates.

A frontend dashboard(in web assembly) for managing content for casync,desync and casync-rs type tools Build and run cargo web start --target wasm32-unknown-unknown Screenshots of dashboard View for uploading chunks, indexes and blobs View for showing all chunks View for showing all indexes View for showing all tags View for showing download trends graph of chunks View for showing download trends graph of indexes How does this work?

“Autosave notes”, it is a pretty important feature for any note taking app. Having autosave enabled and running in the background saves you from loosing any important notes you have taken. We would have felt autosave itself is a kind of backup feature for your notes. Recently, I had been in a situation where the autosave feature of boostnote misbehaved and lost all my notes till date. It’s a big disappointment.

Never Loose data/notes - An efficient git based backup tool to save your changes periodically. A git based backup tool. Intelligent enough to trigger a commit, only, if there are any file changes in the folder it is pointed to. Based on cross-platform file notification library. Example use cases: Can be pointed to storage locations of note applications like boostnote Build cargo build --release backer-rs is the executable generated in target/release/ folder.

Experimental: Pure rust implementation of casync https://github.com/systemd/casync Very minimal implementation of casync tool. Command Usage inputfile will be chunked,index.caidxanddefault.castr` is created with chunks. casync-rs make --file input Expects index.caidx and default.castr directory to be present to construct out file from the chunks and index. casync-rs extract --file out Expects default.castr present with chunks corresponding to index.caidx file to construct the out file. casync-rs extract -i index.

Key Takeaways Erlang provides lightweight processes, immutability, distribution with location transparency, message passing, supervision behaviors and many other high-level, dynamic features that make it great for fault-tolerant, highly available, and scalable systems. Unfortunately, Erlang is less than optimal at doing low-level stuff such as XML parsing, since dealing with anything that comes from outside of the Erlang VM into it is tedious For this kind of use cases, one could be tempted to consider a different language.