format.parse('interleaved uint8 le stereo 44100')
// {interleaved: true, type: 'uint8', endianness: 'le', channels: 2, sampleRate: 44100}

format.parse('stereo audiobuffer 96000')
// {channels: 2, type: 'audiobuffer', sampleRate: 96000, interleaved: false, endianness: 'le'}

format.stringify({channels: 2, interleaved: false})
// 'stereo planar'

format.stringify(
	{type: 'float32', endianness: 'le', interleaved: false, channels: 2},
	{endianness: 'le', type: 'float32'}
)
// 'stereo planar'

format.stringify(new AudioBuffer(null, {length: 10}))
// 'mono audiobuffer 44100'

format.detect(new AudioBuffer(null, {length: 10, numberOfChannels: 2}))
// {channels: 2, type: 'audiobuffer', sampleRate: 44100, endianness: 'le', interleaved: false}

format.detect(new Uint8ClampedArray([0, 255, 0, 255]))
// {type: 'uint8_clamped'}

format.detect(ndarray([0,0,0,0], [2,2]))
// {type: 'ndarray', interleaved: false, channels: 2}

format.type(new AudioBuffer(ctx, {length: 1024})) // 'audiobuffer'
format.type(new Float32Array([-1, 1])) // 'float32'
format.type(new Float32Array([-1, 1]).buffer) // 'arraybuffer'
format.type(Array(100)) // 'array'
format.type(Buffer.from([0, 1, ...])) // 'buffer'
format.type(ndarray([0,0,0,0], [2,2])) // 'ndarray'