[nihav.git] / src / register.rs

use std::fmt;

#[derive(Debug,Clone,Copy,PartialEq)]
#[allow(dead_code)]
pub enum CodecType {
    Video,
    Audio,
    Subtitles,
    Data,
    None,
}

impl fmt::Display for CodecType {
    fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
        match *self {
            CodecType::Video => write!(f, "Video"),
            CodecType::Audio => write!(f, "Audio"),
            CodecType::Subtitles => write!(f, "Subtitles"),
            CodecType::Data => write!(f, "Data"),
            CodecType::None => write!(f, "-"),
        }
    }
}

const CODEC_CAP_INTRAONLY:u32   = 0x000001;
const CODEC_CAP_LOSSLESS:u32    = 0x000002;
const CODEC_CAP_REORDER:u32     = 0x000004;
const CODEC_CAP_HYBRID:u32      = 0x000008;
const CODEC_CAP_SCALABLE:u32    = 0x000010;

#[derive(Clone)]
pub struct CodecDescription {
    name:  &'static str,
    fname: &'static str,
    ctype: CodecType,
    caps:  u32,
}

impl CodecDescription {
    pub fn get_name(&self) -> &'static str { self.name }
    pub fn get_full_name(&self) -> &'static str { self.fname }
    pub fn get_codec_type(&self) -> CodecType { self.ctype }
    pub fn is_intraonly(&self) -> bool { (self.caps & CODEC_CAP_INTRAONLY) != 0 }
    pub fn is_lossless(&self)  -> bool { (self.caps & CODEC_CAP_LOSSLESS)  != 0 }
    pub fn has_reorder(&self)  -> bool { (self.caps & CODEC_CAP_REORDER)   != 0 }
    pub fn is_hybrid(&self)    -> bool { (self.caps & CODEC_CAP_HYBRID)    != 0 }
    pub fn is_scalable(&self)  -> bool { (self.caps & CODEC_CAP_SCALABLE)  != 0 }
}

impl fmt::Display for CodecDescription {
    fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
        let mut out = format!("{}", self.fname);
        if self.caps != 0 {
            let mut capfmt = "".to_string();
            if (self.caps & CODEC_CAP_INTRAONLY) != 0 {
                capfmt = format!("{} Intra-only", capfmt);
            }
            if (self.caps & CODEC_CAP_LOSSLESS) != 0 {
                capfmt = format!("{} Lossless", capfmt);
            }
            if (self.caps & CODEC_CAP_REORDER) != 0 {
                capfmt = format!("{} Frame reorder", capfmt);
            }
            if (self.caps & CODEC_CAP_HYBRID) != 0 {
                capfmt = format!("{} Can be lossy and lossless", capfmt);
            }
            if (self.caps & CODEC_CAP_SCALABLE) != 0 {
                capfmt = format!("{} Scalable", capfmt);
            }
            out = format!("{} ({})", out, capfmt);
        }
        write!(f, "{}", out)
    }
}

macro_rules! desc {
    (video; $n:expr, $fn:expr) => ({
        CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
                          caps: 0 }
    });
    (video; $n:expr, $fn:expr, $c:expr) => ({
        CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
                          caps: $c }
    });
    (video-ll; $n:expr, $fn:expr) => ({
        CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
                          caps: CODEC_CAP_LOSSLESS | CODEC_CAP_INTRAONLY }
    });
    (video-llp; $n:expr, $fn:expr) => ({
        CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
                          caps: CODEC_CAP_LOSSLESS }
    });
    (video-im; $n:expr, $fn:expr) => ({
        CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
                          caps: CODEC_CAP_INTRAONLY }
    });
    (video-modern; $n:expr, $fn:expr) => ({
        CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
                          caps: CODEC_CAP_REORDER | CODEC_CAP_HYBRID }
    });
    (audio; $n:expr, $fn:expr) => ({
        CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Audio,
                          caps: 0 }
    });
    (audio-ll; $n:expr, $fn:expr) => ({
        CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Audio,
                          caps: CODEC_CAP_LOSSLESS | CODEC_CAP_INTRAONLY }
    });
}

pub fn get_codec_description(name: &str) -> Option<&'static CodecDescription> {
    for reg in CODEC_REGISTER {
        if reg.name == name {
            return Some(reg);
        }
    }
    None
}

static CODEC_REGISTER: &'static [CodecDescription] = &[
    desc!(video-im; "indeo1", "Intel Raw IF09"),
    desc!(video-im; "indeo2", "Intel Indeo 2"),
    desc!(video;    "indeo3", "Intel Indeo 3"),
    desc!(video;    "indeo4", "Intel Indeo 4", CODEC_CAP_REORDER | CODEC_CAP_SCALABLE),
    desc!(video;    "indeo5", "Intel Indeo 5", CODEC_CAP_REORDER | CODEC_CAP_SCALABLE),
    desc!(video;    "intel263", "Intel I263", CODEC_CAP_REORDER),
    desc!(audio;    "iac",    "Intel Indeo audio"),
    desc!(audio;    "imc",    "Intel Music Coder"),

    desc!(video;    "realvideo1", "Real Video 1"),
    desc!(video;    "realvideo2", "Real Video 2"),
    desc!(video;    "realvideo3", "Real Video 3", CODEC_CAP_REORDER),
    desc!(video;    "realvideo4", "Real Video 4", CODEC_CAP_REORDER),
    desc!(video;    "clearvideo", "ClearVideo"),
    desc!(audio;    "ra14.4",     "RealAudio 14.4"),
    desc!(audio;    "ra28.8",     "RealAudio 28.8"),
    desc!(audio;    "cook",       "RealAudio Cooker"),
    desc!(audio;    "ralf",       "RealAudio Lossless"),
    desc!(audio;    "aac",        "AAC"),
    desc!(audio;    "ac3",        "AC-3"),
    desc!(audio;    "atrac3",     "Sony Atrac3"),
    desc!(audio;    "sipro",      "Sipro Labs ADPCM"),
];

static AVI_VIDEO_CODEC_REGISTER: &'static [(&[u8;4], &str)] = &[
    (b"IF09", "indeo1"),
    (b"RT21", "indeo2"),
    (b"IV31", "indeo3"),
    (b"IV32", "indeo3"),
    (b"IV41", "indeo4"),
    (b"IV50", "indeo5"),
    (b"I263", "intel263"),

    (b"CLV1", "clearvideo"),
];

static WAV_CODEC_REGISTER: &'static [(u16, &str)] = &[
    (0x0000, "pcm"),
    (0x0001, "pcm"),
    (0x0003, "pcm"),
    (0x0401, "imc"),
    (0x0402, "iac"),
];

pub fn find_codec_from_avi_fourcc(fcc: &[u8;4]) -> Option<&'static str> {
    for i in 0..AVI_VIDEO_CODEC_REGISTER.len() {
        let (fourcc, name) = AVI_VIDEO_CODEC_REGISTER[i];
        if fourcc == fcc { return Some(name); }
    }
    None
}

pub fn find_codec_from_wav_twocc(tcc: u16) -> Option<&'static str> {
    for i in 0..WAV_CODEC_REGISTER.len() {
        let (twocc, name) = WAV_CODEC_REGISTER[i];
        if twocc == tcc { return Some(name); }
    }
    None
}

#[cfg(test)]
mod test {
    use super::*;

    #[test]
    fn test_register() {
        let c1 = find_codec_from_avi_fourcc(b"IV41").unwrap();
        let c2 = find_codec_from_wav_twocc(0x401).unwrap();
        println!("found {} and {}", c1, c2);
        let cd1 = get_codec_description(c1).unwrap();
        let cd2 = get_codec_description(c2).unwrap();
        println!("got {} and {}", cd1, cd2);
    }
}
Commit	Line	Data
d48ee414 KS	1	use std::fmt;
d48ee414 KS	2
34829caa	3	#[derive(Debug,Clone,Copy,PartialEq)]
d48ee414 KS	4	#[allow(dead_code)]
	5	pub enum CodecType {
	6	Video,
	7	Audio,
	8	Subtitles,
	9	Data,
	10	None,
	11	}
	12
	13	impl fmt::Display for CodecType {
	14	fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
	15	match *self {
	16	CodecType::Video => write!(f, "Video"),
	17	CodecType::Audio => write!(f, "Audio"),
	18	CodecType::Subtitles => write!(f, "Subtitles"),
	19	CodecType::Data => write!(f, "Data"),
	20	CodecType::None => write!(f, "-"),
	21	}
	22	}
	23	}
	24
	25	const CODEC_CAP_INTRAONLY:u32 = 0x000001;
	26	const CODEC_CAP_LOSSLESS:u32 = 0x000002;
	27	const CODEC_CAP_REORDER:u32 = 0x000004;
	28	const CODEC_CAP_HYBRID:u32 = 0x000008;
	29	const CODEC_CAP_SCALABLE:u32 = 0x000010;
	30
34829caa	31	#[derive(Clone)]
d48ee414 KS	32	pub struct CodecDescription {
	33	name: &'static str,
	34	fname: &'static str,
	35	ctype: CodecType,
	36	caps: u32,
	37	}
	38
	39	impl CodecDescription {
	40	pub fn get_name(&self) -> &'static str { self.name }
	41	pub fn get_full_name(&self) -> &'static str { self.fname }
	42	pub fn get_codec_type(&self) -> CodecType { self.ctype }
	43	pub fn is_intraonly(&self) -> bool { (self.caps & CODEC_CAP_INTRAONLY) != 0 }
	44	pub fn is_lossless(&self) -> bool { (self.caps & CODEC_CAP_LOSSLESS) != 0 }
	45	pub fn has_reorder(&self) -> bool { (self.caps & CODEC_CAP_REORDER) != 0 }
	46	pub fn is_hybrid(&self) -> bool { (self.caps & CODEC_CAP_HYBRID) != 0 }
	47	pub fn is_scalable(&self) -> bool { (self.caps & CODEC_CAP_SCALABLE) != 0 }
	48	}
	49
	50	impl fmt::Display for CodecDescription {
	51	fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
	52	let mut out = format!("{}", self.fname);
	53	if self.caps != 0 {
	54	let mut capfmt = "".to_string();
	55	if (self.caps & CODEC_CAP_INTRAONLY) != 0 {
	56	capfmt = format!("{} Intra-only", capfmt);
	57	}
	58	if (self.caps & CODEC_CAP_LOSSLESS) != 0 {
	59	capfmt = format!("{} Lossless", capfmt);
	60	}
	61	if (self.caps & CODEC_CAP_REORDER) != 0 {
	62	capfmt = format!("{} Frame reorder", capfmt);
	63	}
	64	if (self.caps & CODEC_CAP_HYBRID) != 0 {
	65	capfmt = format!("{} Can be lossy and lossless", capfmt);
	66	}
	67	if (self.caps & CODEC_CAP_SCALABLE) != 0 {
	68	capfmt = format!("{} Scalable", capfmt);
	69	}
	70	out = format!("{} ({})", out, capfmt);
	71	}
	72	write!(f, "{}", out)
	73	}
	74	}
	75
	76	macro_rules! desc {
	77	(video; $n:expr, $fn:expr) => ({
	78	CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
	79	caps: 0 }
	80	});
	81	(video; $n:expr, $fn:expr, $c:expr) => ({
	82	CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
	83	caps: $c }
	84	});
	85	(video-ll; $n:expr, $fn:expr) => ({
	86	CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
	87	caps: CODEC_CAP_LOSSLESS \| CODEC_CAP_INTRAONLY }
	88	});
	89	(video-llp; $n:expr, $fn:expr) => ({
	90	CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
	91	caps: CODEC_CAP_LOSSLESS }
	92	});
	93	(video-im; $n:expr, $fn:expr) => ({
	94	CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
	95	caps: CODEC_CAP_INTRAONLY }
96	});
97	(video-modern; $n:expr, $fn:expr) => ({
98	CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Video,
99	caps: CODEC_CAP_REORDER \| CODEC_CAP_HYBRID }
100	});
101	(audio; $n:expr, $fn:expr) => ({
102	CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Audio,
103	caps: 0 }
104	});
105	(audio-ll; $n:expr, $fn:expr) => ({
106	CodecDescription{ name: $n, fname: $fn, ctype: CodecType::Audio,
107	caps: CODEC_CAP_LOSSLESS \| CODEC_CAP_INTRAONLY }
108	});
109	}
110
111	pub fn get_codec_description(name: &str) -> Option<&'static CodecDescription> {
34829caa KS	112	for reg in CODEC_REGISTER {
	113	if reg.name == name {
	114	return Some(reg);
d48ee414 KS	115	}
	116	}
	117	None
	118	}
	119
	120	static CODEC_REGISTER: &'static [CodecDescription] = &[
45e794c4 KS	121	desc!(video-im; "indeo1", "Intel Raw IF09"),
	122	desc!(video-im; "indeo2", "Intel Indeo 2"),
	123	desc!(video; "indeo3", "Intel Indeo 3"),
	124	desc!(video; "indeo4", "Intel Indeo 4", CODEC_CAP_REORDER \| CODEC_CAP_SCALABLE),
	125	desc!(video; "indeo5", "Intel Indeo 5", CODEC_CAP_REORDER \| CODEC_CAP_SCALABLE),
1a36a05d	126	desc!(video; "intel263", "Intel I263", CODEC_CAP_REORDER),
45e794c4 KS	127	desc!(audio; "iac", "Intel Indeo audio"),
45e794c4 KS	128	desc!(audio; "imc", "Intel Music Coder"),
ce52b3b5 KS	129
	130	desc!(video; "realvideo1", "Real Video 1"),
	131	desc!(video; "realvideo2", "Real Video 2"),
	132	desc!(video; "realvideo3", "Real Video 3", CODEC_CAP_REORDER),
	133	desc!(video; "realvideo4", "Real Video 4", CODEC_CAP_REORDER),
	134	desc!(video; "clearvideo", "ClearVideo"),
	135	desc!(audio; "ra14.4", "RealAudio 14.4"),
	136	desc!(audio; "ra28.8", "RealAudio 28.8"),
	137	desc!(audio; "cook", "RealAudio Cooker"),
	138	desc!(audio; "ralf", "RealAudio Lossless"),
	139	desc!(audio; "aac", "AAC"),
	140	desc!(audio; "ac3", "AC-3"),
	141	desc!(audio; "atrac3", "Sony Atrac3"),
	142	desc!(audio; "sipro", "Sipro Labs ADPCM"),
d48ee414 KS	143	];
	144
	145	static AVI_VIDEO_CODEC_REGISTER: &'static [(&[u8;4], &str)] = &[
45e794c4 KS	146	(b"IF09", "indeo1"),
	147	(b"RT21", "indeo2"),
	148	(b"IV31", "indeo3"),
	149	(b"IV32", "indeo3"),
	150	(b"IV41", "indeo4"),
	151	(b"IV50", "indeo5"),
836bf150	152	(b"I263", "intel263"),
ce52b3b5 KS	153
ce52b3b5 KS	154	(b"CLV1", "clearvideo"),
d48ee414 KS	155	];
	156
	157	static WAV_CODEC_REGISTER: &'static [(u16, &str)] = &[
45e794c4 KS	158	(0x0000, "pcm"),
	159	(0x0001, "pcm"),
	160	(0x0003, "pcm"),
	161	(0x0401, "imc"),
	162	(0x0402, "iac"),
d48ee414 KS	163	];
	164
	165	pub fn find_codec_from_avi_fourcc(fcc: &[u8;4]) -> Option<&'static str> {
	166	for i in 0..AVI_VIDEO_CODEC_REGISTER.len() {
	167	let (fourcc, name) = AVI_VIDEO_CODEC_REGISTER[i];
	168	if fourcc == fcc { return Some(name); }
	169	}
	170	None
	171	}
	172
	173	pub fn find_codec_from_wav_twocc(tcc: u16) -> Option<&'static str> {
	174	for i in 0..WAV_CODEC_REGISTER.len() {
	175	let (twocc, name) = WAV_CODEC_REGISTER[i];
	176	if twocc == tcc { return Some(name); }
	177	}
	178	None
	179	}
	180
	181	#[cfg(test)]
	182	mod test {
	183	use super::*;
	184
	185	#[test]
	186	fn test_register() {
	187	let c1 = find_codec_from_avi_fourcc(b"IV41").unwrap();
	188	let c2 = find_codec_from_wav_twocc(0x401).unwrap();
	189	println!("found {} and {}", c1, c2);
	190	let cd1 = get_codec_description(c1).unwrap();
	191	let cd2 = get_codec_description(c2).unwrap();
	192	println!("got {} and {}", cd1, cd2);
	193	}
b58d7656	194	}