package decompress
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
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Implementation of Zlib and GZip in OCaml
Install
dune-project
Dependency
Authors
Maintainers
Sources
decompress-v1.4.2.tbz
sha256=822f125b46c87f4a902c334db8c86d4d5f33ebe978e93c40351a4d3269b95225
sha512=9cb82615923a5fffc5c8dce1d9361a467e35e91092c25c98f5afda8f4226059c59eb695c55e63adf92d766c7747e15df186386bcaeb399497dd1ae5b024c09fa
doc/decompress.de/De/Def/Ns/index.html
Module Def.NsSource
The type for deflation errors.
Pretty-printer for error.
compress_bound len returns a clue about how many bytes we need to store the result of the deflation of len bytes. It's a pessimistic calculation.
deflate ~level src dst deflates the content of src into dst.
In case of sucess, it returns the bytes writen in an Ok result. In case of failure, it returns the error in an Error result. compress_bound can be used to determine how many bytes the user needs to allocate as the destination buffer when he wants to compress N bytes.
Here is an example of how to compress any inputs:
val input : bigstring
let len = De.Def.Ns.compress_bound (De.bigstring_length input) in
let dst = De.bigstring_create len in
De.Def.Ns.deflate ~level:4 input dst sectionYPositions = computeSectionYPositions($el), 10)"
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