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#![allow(clippy::needless_doctest_main)]
//! # Adhoc Audio
//! A crate for compressing audio written in pure-rust
//! 
//! # Example - compressing a wav file 
//! ```
//! use adhoc_audio::{codec::Streamable, AdhocCodec, WavCodec};
//! use std::fs::File;
//!
//! fn main() {
//!     println!("compressing file example..");
//! 
//!     //set up a buffer for reading/writing samples
//!     let mut samples = [0.0; 1024];
//! 
//!     //open wav file
//!     let mut wav_reader = WavCodec::load(
//!         File::open("./resources/taunt.wav").unwrap()
//!     ).unwrap();
//! 
//!     let mut adhoc = AdhocCodec::new()
//!         // compression-level 0 means 'lossless'
//!         // while levels 1-10 does quantization + dithering (quality suffers)
//!         .with_compression_level(7)
//!         // AdhocCodec::with_info(.. ) MUST BE CALLED before calling 
//!         // encode/decode when you are creating a new instance of AdhocCodec
//!         .with_info(wav_reader.info());
//! 
//!     //'decode' wav stream bit-by-bit
//!     //Note:in this case we are just reading PCM info
//!     while let Some(samples_read) = wav_reader.decode(&mut samples) {
//!         //encode wav data bit-by-bit
//!         //memory is allocated as needed
//!         adhoc.encode(&samples[0..samples_read]);
//!     }
//! 
//!     //write compressed audio back to disk
//!     adhoc
//!         .save_to(File::create("./resources/taunt.adhoc").unwrap())
//!         .unwrap();
//! 
//!     println!("taunt.adhoc written to: ./resources");
//! }
//! ```
//! 
//! 
//! # Example - decoding compressed audio
//! 
//! ## Decode Example
//! ```rust
//!use adhoc_audio::{codec::Streamable, AdhocCodec, WavCodec};
//!use std::fs::File;
//!
//!fn main() {
//!    println!("decompressing file from 'compress' example...");
//!
//!    //set up a buffer for reading/writing samples
//!    let mut samples = [0.0; 1024];
//!
//!    //open wav file
//!    let mut adhoc = AdhocCodec::load(
//!        File::open("./resources/taunt.adhoc").expect("run example 'compress' before this one"),
//!    )
//!    .unwrap();
//!    
//!    let mut wav_writer = WavCodec::new(adhoc.info());
//!
//!    //decode adhoc stream a chunk of samples at a time
//!    while let Some(samples_read) = adhoc.decode(&mut samples) {
//!        //encode wav data bit-by-bit
//!        //memory is allocated as needed
//!        wav_writer.encode(&samples[0..samples_read]);
//!    }
//!
//!    //write compressed audio back to disk
//!    wav_writer
//!        .save_to(File::create("./resources/taunt_decompressed.wav").unwrap())
//!        .unwrap();
//!
//!    println!("taunt.adhoc written to: ./resources");
//!}
//!```
//! 
//! 
//! 

/// all the audio stuff is in here 
pub mod codec;
mod collections;
mod math;

pub use codec::{adhoc::AdhocCodec, wav::WavCodec, StreamInfo, Streamable};
pub use std::io::SeekFrom;