: Easily compress strings or binaries into Gzip format and decompress Gzip data back into its original form.
You can add it to your project by including it in your mix.exs dependencies: defp deps do [ :ex_gzip, "~> 0.1.0" ] end Use code with caution. Copied to clipboard Once installed, you can perform basic operations: : EXGzip.compress("your data") Decompressing : EXGzip.decompress(compressed_binary)
: It follows standard library guidelines for naming and documentation, ensuring it feels consistent with other packages in the Hex ecosystem . Getting Started
For more advanced use cases like stream processing or custom compression levels, you can refer to the official documentation on HexDocs .
While the underlying Erlang :zlib module is powerful, its API can be low-level and cumbersome for developers accustomed to Elixir's syntax. bridges this gap by providing:
: Easily compress strings or binaries into Gzip format and decompress Gzip data back into its original form.
You can add it to your project by including it in your mix.exs dependencies: defp deps do [ :ex_gzip, "~> 0.1.0" ] end Use code with caution. Copied to clipboard Once installed, you can perform basic operations: : EXGzip.compress("your data") Decompressing : EXGzip.decompress(compressed_binary) EXGzip
: It follows standard library guidelines for naming and documentation, ensuring it feels consistent with other packages in the Hex ecosystem . Getting Started : Easily compress strings or binaries into Gzip
For more advanced use cases like stream processing or custom compression levels, you can refer to the official documentation on HexDocs . Getting Started For more advanced use cases like
While the underlying Erlang :zlib module is powerful, its API can be low-level and cumbersome for developers accustomed to Elixir's syntax. bridges this gap by providing:
