use std::num::NonZero;

use torque_tracker_engine::{
    PlaybackSettings,
    audio_processing::{Interpolation, playback::PlaybackState},
    file::impulse_format::{header::PatternOrder, sample::VibratoWave},
    project::{
        event_command::NoteCommand,
        note_event::{Note, NoteEvent, VolumeEffect},
        pattern::InPatternPosition,
        song::Song,
    },
    sample::{Sample, SampleMetaData},
};

fn main() {
    let mut reader = hound::WavReader::open("test-files/770_Hz_Tone.wav").unwrap();
    let spec = reader.spec();
    println!("sample specs: {spec:?}");
    assert!(spec.channels == 1);
    let sample_data = reader
        .samples::<i16>()
        .map(|result| <f32 as dasp::Sample>::from_sample(result.unwrap()));
    let sample = Sample::new_mono(sample_data);

    let meta = SampleMetaData {
        sample_rate: NonZero::new(spec.sample_rate).unwrap(),
        default_volume: 200,
        global_volume: 200,
        default_pan: None,
        vibrato_speed: 0,
        vibrato_depth: 0,
        vibrato_rate: 0,
        vibrato_waveform: VibratoWave::Sine,
        base_note: Note::new(20).unwrap(),
    };

    let mut song: Song = Song::default();
    song.pattern_order[0] = PatternOrder::Number(0);
    song.samples[0] = Some((meta, sample));
    song.patterns[0].set_event(
        InPatternPosition { row: 0, channel: 0 },
        NoteEvent {
            note: Note::default(),
            sample_instr: 0,
            vol: VolumeEffect::None,
            command: NoteCommand::None,
        },
    );
    song.patterns[0].set_event(
        InPatternPosition { row: 0, channel: 2 },
        NoteEvent {
            note: Note::default(),
            sample_instr: 0,
            vol: VolumeEffect::None,
            command: NoteCommand::None,
        },
    );

    let mut playback = PlaybackState::new(
        &song,
        NonZero::new(44100).unwrap(),
        PlaybackSettings::Order {
            idx: 0,
            should_loop: true,
        },
    )
    .unwrap();
    let iter = playback.iter::<{ Interpolation::Nearest as u8 }>(&song);
    for _ in iter.take(50) {
        // dbg!(frame);
    }
}