bitvecbuf 1.0.0

Rust BitBuffer implemented around BitVec
Documentation 
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test!(
	test_read_bit_lsb,
	test_read_bit_msb,
	bench_read_bit_lsb,
	bench_read_bit_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_bit(true);
		bitbuf.write_bit(false);
		bitbuf.write_bit(true);

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(bitbuf.read_bit(), Some(true));
		assert_eq!(bitbuf.read_bit(), Some(false));
		assert_eq!(bitbuf.read_bit(), Some(true));
	}
);

test!(
	test_read_byte_lsb,
	test_read_byte_msb,
	bench_read_byte_lsb,
	bench_read_byte_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_byte(69);
		bitbuf.write_byte(50);

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(bitbuf.read_byte(), Some(69));
		assert_eq!(bitbuf.read_byte(), Some(50));
		assert_eq!(bitbuf.read_byte(), None);
	}
);

test!(
	test_read_uint_lsb,
	test_read_uint_msb,
	bench_read_uint_lsb,
	bench_read_uint_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_uint(69_u16, 12);
		bitbuf.write_uint(12_u16, 15);
		bitbuf.write_uint(u16::MAX, 16);

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(bitbuf.read_uint(12), Some(69_u16));
		assert_eq!(bitbuf.read_uint(15), Some(12_u16));
		assert_eq!(bitbuf.read_uint(16), Some(u16::MAX));
		assert_eq!(bitbuf.read_uint(16), None::<u16>);
	}
);

test!(
	test_read_int_lsb,
	test_read_int_msb,
	bench_read_int_lsb,
	bench_read_int_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_int(-69_i16, 14);
		bitbuf.write_int(-12_i16, 15);
		bitbuf.write_int(i16::MIN, 16);

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(bitbuf.read_int(14), Some(-69_i16));
		assert_eq!(bitbuf.read_int(15), Some(-12_i16));
		assert_eq!(bitbuf.read_int(16), Some(i16::MIN));
		assert_eq!(bitbuf.read_int(16), None::<i16>);
	}
);

test!(
	test_read_float_lsb,
	test_read_float_msb,
	bench_read_float_lsb,
	bench_read_float_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_float(69.69_f32);
		bitbuf.write_float(0.01_f32);
		bitbuf.write_float(f32::MAX);
		bitbuf.write_float(f32::MIN);

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(bitbuf.read_float(), Some(69.69_f32));
		assert_eq!(bitbuf.read_float(), Some(0.01_f32));
		assert_eq!(bitbuf.read_float(), Some(f32::MAX));
		assert_eq!(bitbuf.read_float(), Some(f32::MIN));
		assert_eq!(bitbuf.read_float(), None::<f32>);
	}
);

test!(
	test_read_double_lsb,
	test_read_double_msb,
	bench_read_double_lsb,
	bench_read_double_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_double(69.69_f64);
		bitbuf.write_double(0.01_f64);
		bitbuf.write_double(f64::MAX);
		bitbuf.write_double(f64::MIN);

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(bitbuf.read_double(), Some(69.69_f64));
		assert_eq!(bitbuf.read_double(), Some(0.01_f64));
		assert_eq!(bitbuf.read_double(), Some(f64::MAX));
		assert_eq!(bitbuf.read_double(), Some(f64::MIN));
		assert_eq!(bitbuf.read_double(), None::<f64>);
	}
);

test!(
	test_read_string_lsb,
	test_read_string_msb,
	bench_read_string_lsb,
	bench_read_string_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_string("Hello, world!");
		bitbuf.write_string("Hello, world!");
		bitbuf.write_string("Hello, world!");

		bitbuf.write_string_nul("Hello, world!");
		bitbuf.write_string_nul("Hello, world!");
		bitbuf.write_string_nul("Hello, world!");

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(
			bitbuf.read_string("Hello, world!".len()),
			Some(Ok("Hello, world!".to_string()))
		);
		assert_eq!(
			unsafe { bitbuf.read_string_unchecked("Hello, world!".len()) },
			Some("Hello, world!".to_string())
		);
		assert_eq!(
			bitbuf.read_string_lossy("Hello, world!".len()),
			Some("Hello, world!".to_string())
		);

		assert_eq!(
			bitbuf.read_nul_string(),
			Some(Ok("Hello, world!".to_string()))
		);
		assert_eq!(
			unsafe { bitbuf.read_nul_string_unchecked() },
			Some("Hello, world!".to_string())
		);
		assert_eq!(
			bitbuf.read_nul_string_lossy(),
			Some("Hello, world!".to_string())
		);
	}
);

test!(
	test_read_bytes_lsb,
	test_read_bytes_msb,
	bench_read_bytes_lsb,
	bench_read_bytes_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_bytes(b"Hello, world!");

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(
			bitbuf.read_bytes(b"Hello, world!".len()),
			Some(b"Hello, world!".to_vec())
		);
	}
);

test!(
	test_read_alignment_lsb,
	test_read_alignment_msb,
	bench_read_alignment_lsb,
	bench_read_alignment_msb,
	{
		let mut bitbuf = BitVecWriter::<Endian>::default();
		bitbuf.write_uint(162_u16, 16);
		bitbuf.write_bit(true);

		let mut bitbuf = BitVecReader::<Endian>::from_bytes(bitbuf.into_bytes());
		assert_eq!(bitbuf.read_uint(16), Some(162_u16));
		assert_eq!(bitbuf.read_bit(), Some(true));
	}
);