✓ Uses Rust 2018 edition
|0.1.0-beta.4||Nov 6, 2019|
|0.1.0-beta.3||Nov 4, 2019|
|0.1.0-beta.2||Oct 28, 2019|
|0.1.0-beta.1||Oct 27, 2019|
#229 in Encoding
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Used in 1 crate
A robust, flexible framework for creating encoders and decoders for various icon formats.
Ikon is intended to be used as a framework for developers interested in creating encoders and decoders
for various icon formats such as
.ico files and favicon schemes. It does not come with any encoders
or decoders out of the box.
Instead, it simply automates much of the hard work of encoding, decoding and resampling different image formats, as well as provides powerfull abstractions, allowing developers to concentrate on the more relevant problems.
Icons are represented as maps between keys and images. An entry is a key-value pair contained in an icon. The type of the keys of an icon is what determines how it can be indexed.
Each icon format is associated with a particular type of key. The type of the keys of an icon is what determines how it can be indexed. Each key can only be associated with a single image.
Since the keys of an icon also encode information about the dimensions of it's associated image,
Decode::Key are required to implement
Raster graphics are scaled using resampling filters, which are represented by functions that take a source image and a size and return a re-scaled image.
This allows the users of
ikon and any of it's dependant crates to provide their custom resampling
filters. Common resampling filters are provided in the
resample module. The
module also exposes the
resample::apply function, which applies a resampling filter to an image
and checks if the outputted result matches the dimensions specified by the filter's arguments.
Note that some file formats supported by
image were explicitly left out of
they were considered irrelevant to the library's domain.
||All supported color types|
||Baseline and progressive|
||Lossy(Luma channel only)|
||Static SVG Full 1.1|
Unless you explicitly state otherwise, any contribution intentionally submitted for inclusion in the work by you shall be licensed as above, without any additional terms or conditions.
Feel free to help out! Contributions are welcomed 😃