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fq/format/format.go
Mattias Wadman c3a0686c9e mp3_frame_tags: Refactor and rename xing format to mp3_frame_tags
Make more sense to use a more general name when there is both info and xing
and possibly vbri in the future. Also both xing and info seems to have extension
fields

Remove some old tests that are not really needed anymore.
2022-11-16 17:32:03 +01:00

319 lines
7.9 KiB
Go

package format
// TODO: do before-format somehow and topology sort?
const (
ProbeOrderBinUnique = 0 // binary with unlikely overlap
ProbeOrderBinFuzzy = 100 // binary with possible overlap
ProbeOrderTextJSON = 200 // text json has prio as yaml overlap
ProbeOrderTextFuzzy = 300 // text with possible overlap
)
// TODO: change to CamelCase?
//
//nolint:revive
const (
ALL = "all"
IMAGE = "image"
PROBE = "probe"
LINK_FRAME = "link_frame" // ex: ethernet
INET_PACKET = "inet_packet" // ex: ipv4
IP_PACKET = "ip_packet" // ex: tcp
TCP_STREAM = "tcp_stream" // ex: http
UDP_PAYLOAD = "udp_payload" // ex: dns
AAC_FRAME = "aac_frame"
ADTS = "adts"
ADTS_FRAME = "adts_frame"
AMF0 = "amf0"
APEV2 = "apev2"
AR = "ar"
ASN1_BER = "asn1_ber"
AV1_CCR = "av1_ccr"
AV1_FRAME = "av1_frame"
AV1_OBU = "av1_obu"
AVC_ANNEXB = "avc_annexb"
AVC_AU = "avc_au"
AVC_DCR = "avc_dcr"
AVC_NALU = "avc_nalu"
AVC_PPS = "avc_pps"
AVC_SEI = "avc_sei"
AVC_SPS = "avc_sps"
AVRO_OCF = "avro_ocf"
BENCODE = "bencode"
BITCOIN_BLKDAT = "bitcoin_blkdat"
BITCOIN_BLOCK = "bitcoin_block"
BITCOIN_SCRIPT = "bitcoin_script"
BITCOIN_TRANSACTION = "bitcoin_transaction"
BPLIST = "bplist"
BSD_LOOPBACK_FRAME = "bsd_loopback_frame"
BSON = "bson"
BZIP2 = "bzip2"
CBOR = "cbor"
CSV = "csv"
DNS = "dns"
DNS_TCP = "dns_tcp"
ELF = "elf"
ETHER8023_FRAME = "ether8023_frame"
EXIF = "exif"
FAIRPLAY_SPC = "fairplay_spc"
FLAC = "flac"
FLAC_FRAME = "flac_frame"
FLAC_METADATABLOCK = "flac_metadatablock"
FLAC_METADATABLOCKS = "flac_metadatablocks"
FLAC_PICTURE = "flac_picture"
FLAC_STREAMINFO = "flac_streaminfo"
FLV = "flv" // TODO:
GIF = "gif"
GZIP = "gzip"
HEVC_ANNEXB = "hevc_annexb"
HEVC_AU = "hevc_au"
HEVC_DCR = "hevc_dcr"
HEVC_NALU = "hevc_nalu"
HEVC_PPS = "hevc_pps"
HEVC_SPS = "hevc_sps"
HEVC_VPS = "hevc_vps"
HTML = "html"
ICC_PROFILE = "icc_profile"
ICMP = "icmp"
ICMPV6 = "icmpv6"
ID3V1 = "id3v1"
ID3V11 = "id3v11"
ID3V2 = "id3v2"
IPV4_PACKET = "ipv4_packet"
IPV6_PACKET = "ipv6_packet"
JPEG = "jpeg"
JSON = "json"
JSONL = "jsonl"
MACHO = "macho"
MACHO_FAT = "macho_fat"
MARKDOWN = "markdown"
MATROSKA = "matroska"
MP3 = "mp3"
MP3_FRAME = "mp3_frame"
MP3_FRAME_TAGS = "mp3_frame_tags"
MP4 = "mp4"
MPEG_ASC = "mpeg_asc"
MPEG_ES = "mpeg_es"
MPEG_PES = "mpeg_pes"
MPEG_PES_PACKET = "mpeg_pes_packet"
MPEG_SPU = "mpeg_spu"
MPEG_TS = "mpeg_ts"
MSGPACK = "msgpack"
OGG = "ogg"
OGG_PAGE = "ogg_page"
OPUS_PACKET = "opus_packet"
PCAP = "pcap"
PCAPNG = "pcapng"
PNG = "png"
PRORES_FRAME = "prores_frame"
PROTOBUF = "protobuf"
PROTOBUF_WIDEVINE = "protobuf_widevine"
PSSH_PLAYREADY = "pssh_playready"
RAW = "raw"
RTMP = "rtmp"
SLL_PACKET = "sll_packet"
SLL2_PACKET = "sll2_packet"
TAR = "tar"
TCP_SEGMENT = "tcp_segment"
TIFF = "tiff"
TOML = "toml"
UDP_DATAGRAM = "udp_datagram"
VORBIS_COMMENT = "vorbis_comment"
VORBIS_PACKET = "vorbis_packet"
VP8_FRAME = "vp8_frame"
VP9_CFM = "vp9_cfm"
VP9_FRAME = "vp9_frame"
VPX_CCR = "vpx_ccr"
WASM = "wasm"
WAV = "wav"
WEBP = "webp"
XML = "xml"
YAML = "yaml"
ZIP = "zip"
)
// below are data types used to communicate between formats <FormatName>In/Out
type FlacStreamInfo struct {
SampleRate uint64
BitsPerSample uint64
TotalSamplesInStream uint64
MD5 []byte
}
type FlacStreaminfoOut struct {
StreamInfo FlacStreamInfo
}
type FlacMetadatablockOut struct {
IsLastBlock bool
HasStreamInfo bool
StreamInfo FlacStreamInfo
}
type FlacMetadatablocksOut struct {
HasStreamInfo bool
StreamInfo FlacStreamInfo
}
type FlacFrameIn struct {
SamplesBuf []byte
BitsPerSample int `doc:"Bits per sample"`
}
type FlacFrameOut struct {
SamplesBuf []byte
Samples uint64
Channels int
BitsPerSample int
}
type OggPageOut struct {
IsLastPage bool
IsFirstPage bool
IsContinuedPacket bool
StreamSerialNumber uint32
SequenceNo uint32
Segments [][]byte
}
type AvcAuIn struct {
LengthSize uint64 `doc:"Length value size"`
}
type AvcDcrOut struct {
LengthSize uint64
}
type HevcAuIn struct {
LengthSize uint64 `doc:"Length value size"`
}
type HevcDcrOut struct {
LengthSize uint64
}
type ProtoBufIn struct {
Message ProtoBufMessage
}
type MpegDecoderConfig struct {
ObjectType int
ASCObjectType int
}
type MpegEsOut struct {
DecoderConfigs []MpegDecoderConfig
}
type MPEGASCOut struct {
ObjectType int
}
type AACFrameIn struct {
ObjectType int `doc:"Audio object type"`
}
type Mp3In struct {
MaxUniqueHeaderConfigs int `doc:"Max number of unique frame header configs allowed"`
MaxSyncSeek int `doc:"Max byte distance to next sync"`
}
type MP3FrameOut struct {
MPEGVersion int
ProtectionAbsent bool
BitRate int
SampleRate int
ChannelsIndex int
ChannelModeIndex int
}
type LinkFrameIn struct {
Type int
IsLittleEndian bool // pcap endian etc
}
type InetPacketIn struct {
EtherType int
}
type IPPacketIn struct {
Protocol int
}
type UDPPayloadIn struct {
SourcePort int
DestinationPort int
}
func (u UDPPayloadIn) IsPort(ports ...int) bool {
for _, p := range ports {
if u.DestinationPort == p || u.SourcePort == p {
return true
}
}
return false
}
func (u UDPPayloadIn) MustIsPort(fn func(format string, a ...any), ports ...int) {
if !u.IsPort(ports...) {
fn("incorrect udp port %t src:%d dst:%d", u.DestinationPort, u.SourcePort)
}
}
type TCPStreamIn struct {
IsClient bool
HasStart bool
HasEnd bool
SkippedBytes uint64
SourcePort int
DestinationPort int
}
func (t TCPStreamIn) IsPort(ports ...int) bool {
for _, p := range ports {
if (t.IsClient && t.DestinationPort == p) ||
(!t.IsClient && t.SourcePort == p) {
return true
}
}
return false
}
func (t TCPStreamIn) MustIsPort(fn func(format string, a ...any), ports ...int) {
if !t.IsPort(ports...) {
fn("incorrect tcp port client %t src:%d dst:%d", t.IsClient, t.DestinationPort, t.SourcePort)
}
}
type Mp4In struct {
DecodeSamples bool `doc:"Decode supported media samples"`
AllowTruncated bool `doc:"Allow box to be truncated"`
}
type ZipIn struct {
Uncompress bool `doc:"Uncompress and probe files"`
}
type XMLIn struct {
Seq bool `doc:"Use seq attribute to preserve element order"`
Array bool `doc:"Decode as nested arrays"`
AttributePrefix string `doc:"Prefix for attribute keys"`
}
type HTMLIn struct {
Seq bool `doc:"Use seq attribute to preserve element order"`
Array bool `doc:"Decode as nested arrays"`
AttributePrefix string `doc:"Prefix for attribute keys"`
}
type CSVLIn struct {
Comma string `doc:"Separator character"`
Comment string `doc:"Comment line character"`
}
type BitCoinBlockIn struct {
HasHeader bool `doc:"Has blkdat header"`
}