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mirror of https://github.com/wader/fq.git synced 2024-12-02 12:45:53 +03:00
fq/pkg/decode/types.json
Mattias Wadman 1ddea1ada3 interp,format: Refactor registry usage and use function helpers
Move registry to interp and add support for functions and filesystems.
This will be used later for allow formats to add own functions and fq code.

Add gojqextra function helpers to have more comfortable API to add functions.
Takes care of argument type casting and JQValue:s and some more things.

Refactor interp package to use new function helper and registry. Probably
fixes a bunch of JQValue bugs and other type errors.

Refactor out some mpeg nal things to mpeg format.

Refactor interp jq code into display.q and init.jq.

Remove undocumented aes_ctr funciton, was a test. Hopefully will add more crypto things laster.
2022-07-16 19:24:13 +02:00

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{
"types": {
"Str": {"go_type": "string", "zero": "\"\"", "compare": "a == b", "range": "a >= start && a <= end"},
"U": {"go_type": "uint64", "zero": "0", "compare": "a == b", "range": "a >= start && a <= end"},
"S": {"go_type": "int64", "zero": "0", "compare": "a == b", "range": "a >= start && a <= end"},
"F": {"go_type": "float64", "map_from": false, "zero": "0", "compare": "a == b", "range": "a >= start && a <= end"},
"Bool": {"go_type": "bool", "zero": "false", "compare": "a == b"},
"BitBuf": {"go_type": "bitio.ReaderAtSeeker", "zero": "nil", "map_from": false, "map_to": false},
"BigInt": {"go_type": "*big.Int", "zero": "nil", "map_from": false, "map_to": false, "compare": "a.Cmp(b) == 0", "range": "a.Cmp(start) >= 0 && a.Cmp(end) <= 0"}
},
"readers": [
{
"name": "Raw",
"type": "BitBuf",
"variants": [ {"name": "Len", "args": "nBits", "params": "nBits int64", "call": "d.tryBitBuf(nBits)", "doc": "nBits raw bits"} ]
},
{
"name": "Bool",
"type": "Bool",
"variants": [ {"name": "", "args": "", "params": "", "call": "d.tryBool()", "doc": "1 bit boolean"} ]
},
{
"name": "U",
"type": "U",
"variants": [
{"name": "", "args": "nBits", "params": "nBits int", "call": "d.tryUEndian(nBits, d.Endian)", "doc": "nBits bits unsigned integer in current endian"},
{
"name": "E",
"args": "nBits, endian",
"params": "nBits int, endian Endian",
"call": "d.tryUEndian(nBits, endian)",
"doc": "nBits unsigned integer in specified endian"
},
{ "name": "$n", "range": [1, 65], "args": "", "params": "", "call": "d.tryUEndian($n, d.Endian)", "doc": "$n bit unsigned integer in current endian" },
{ "name": "$nLE", "range": [8, 65], "args": "", "params": "", "call": "d.tryUEndian($n, LittleEndian)", "doc": "$n bit unsigned integer in little-endian" },
{ "name": "$nBE", "range": [8, 65], "args": "", "params": "", "call": "d.tryUEndian($n, BigEndian)", "doc": "$n bit unsigned integer in big-endian" }
]
},
{
"name": "S",
"type": "S",
"variants": [
{"name": "", "args": "nBits", "params": "nBits int", "call": "d.trySEndian(nBits, d.Endian)", "doc": "nBits bits signed integer in current endian"},
{
"name": "E",
"args": "nBits, endian",
"params": "nBits int, endian Endian",
"call": "d.trySEndian(nBits, endian)",
"doc": "nBits signed integer in specified endian"
},
{ "name": "$n", "range": [1, 65], "args": "", "params": "", "call": "d.trySEndian($n, d.Endian)", "doc": "$n bit signed integer in current endian" },
{ "name": "$nLE", "range": [8, 65], "args": "", "params": "", "call": "d.trySEndian($n, LittleEndian)", "doc": "$n bit signed integer in little-endian" },
{ "name": "$nBE", "range": [8, 65], "args": "", "params": "", "call": "d.trySEndian($n, BigEndian)", "doc": "$n bit signed integer in big-endian" }
]
},
{
"name": "UBigInt",
"type": "BigInt",
"variants": [
{
"name": "",
"args": "nBits",
"params": "nBits int",
"call": "d.tryBigIntEndianSign(nBits, d.Endian, false)",
"doc": "nBits bits signed integer in current endian"
},
{
"name": "E",
"args": "nBits, endian",
"params": "nBits int, endian Endian",
"call": "d.tryBigIntEndianSign(nBits, endian, false)",
"doc": "nBits signed integer in specified endian"
},
{
"name": "LE",
"args": "nBits",
"params": "nBits int",
"call": "d.tryBigIntEndianSign(nBits, LittleEndian, false)",
"doc": "nBits bit signed integer in little-endian"
},
{
"name": "BE",
"args": "nBits",
"params": "nBits int",
"call": "d.tryBigIntEndianSign(nBits, BigEndian, false)",
"doc": "nBits bit signed integer in big-endian"
}
]
},
{
"name": "SBigInt",
"type": "BigInt",
"variants": [
{
"name": "",
"args": "nBits",
"params": "nBits int",
"call": "d.tryBigIntEndianSign(nBits, d.Endian, true)",
"doc": "nBits bits signed integer in current endian"
},
{
"name": "E",
"args": "nBits, endian",
"params": "nBits int, endian Endian",
"call": "d.tryBigIntEndianSign(nBits, endian, true)",
"doc": "nBits signed integer in specified endian"
},
{
"name": "LE",
"args": "nBits",
"params": "nBits int",
"call": "d.tryBigIntEndianSign(nBits, LittleEndian, true)",
"doc": "nBits bit signed integer in little-endian"
},
{"name": "BE", "args": "nBits", "params": "nBits int", "call": "d.tryBigIntEndianSign(nBits, BigEndian, true)", "doc": "nBits bit signed integer in big-endian"}
]
},
{
"name": "F",
"type": "F",
"variants": [
{"name": "", "args": "nBits", "params": "nBits int", "call": "d.tryFEndian(nBits, d.Endian)", "doc": "nBit IEEE 754 float in current endian"},
{
"name": "E",
"args": "nBits, endian",
"params": "nBits int, endian Endian",
"call": "d.tryFEndian(nBits, endian)",
"doc": "nBit IEEE 754 float in specified endian"
},
{"name": "16", "args": "", "params": "", "call": "d.tryFEndian(16, d.Endian)", "doc": "16 bit IEEE 754 float in current endian"},
{"name": "32", "args": "", "params": "", "call": "d.tryFEndian(32, d.Endian)", "doc": "32 bit IEEE 754 float in current endian"},
{"name": "64", "args": "", "params": "", "call": "d.tryFEndian(64, d.Endian)", "doc": "64 bit IEEE 754 float in current endian"},
{"name": "16LE", "args": "", "params": "", "call": "d.tryFEndian(16, LittleEndian)", "doc": "16 bit IEEE 754 float in little-endian"},
{"name": "32LE", "args": "", "params": "", "call": "d.tryFEndian(32, LittleEndian)", "doc": "32 bit IEEE 754 float in little-endian"},
{"name": "64LE", "args": "", "params": "", "call": "d.tryFEndian(64, LittleEndian)", "doc": "64 bit IEEE 754 float in little-endian"},
{"name": "16BE", "args": "", "params": "", "call": "d.tryFEndian(16, BigEndian)", "doc": "16 bit IEEE 754 float in big-endian"},
{"name": "32BE", "args": "", "params": "", "call": "d.tryFEndian(32, BigEndian)", "doc": "32 bit IEEE 754 float in big-endian"},
{"name": "64BE", "args": "", "params": "", "call": "d.tryFEndian(64, BigEndian)", "doc": "64 bit IEEE 754 float in big-endian"}
]
},
{
"name": "FP",
"type": "F",
"variants": [
{
"name": "",
"args": "nBits, fBits",
"params": "nBits int, fBits int",
"call": "d.tryFPEndian(nBits, fBits, d.Endian)",
"doc": "nBits fixed-point number in current endian"
},
{
"name": "E",
"args": "nBits, fBits, endian",
"params": "nBits int, fBits int, endian Endian",
"call": "d.tryFPEndian(nBits, fBits, endian)",
"doc": "nBits fixed-point number in specified endian"
},
{"name": "16", "args": "", "params": "", "call": "d.tryFPEndian(16, 8, d.Endian)", "doc": "16 bit fixed-point number in current endian"},
{"name": "32", "args": "", "params": "", "call": "d.tryFPEndian(32, 16, d.Endian)", "doc": "32 bit fixed-point number in current endian"},
{"name": "64", "args": "", "params": "", "call": "d.tryFPEndian(64, 32, d.Endian)", "doc": "64 bit fixed-point number in current endian"},
{"name": "16LE", "args": "", "params": "", "call": "d.tryFPEndian(16, 8, LittleEndian)", "doc": "16 bit fixed-point number in little-endian"},
{"name": "32LE", "args": "", "params": "", "call": "d.tryFPEndian(32, 16, LittleEndian)", "doc": "32 bit fixed-point number in little-endian"},
{"name": "64LE", "args": "", "params": "", "call": "d.tryFPEndian(64, 32, LittleEndian)", "doc": "64 bit fixed-point number in little-endian"},
{"name": "16BE", "args": "", "params": "", "call": "d.tryFPEndian(16, 8, BigEndian)", "doc": "16 bit fixed-point number in big-endian"},
{"name": "32BE", "args": "", "params": "", "call": "d.tryFPEndian(32, 16, BigEndian)", "doc": "32 bit fixed-point number in big-endian"},
{"name": "64BE", "args": "", "params": "", "call": "d.tryFPEndian(64, 32, BigEndian)", "doc": "64 bit fixed-point number in big-endian"}
]
},
{
"name": "Unary",
"type": "U",
"variants": [ {"name": "", "args": "ov", "params": "ov uint64", "call": "d.tryUnary(ov)", "doc": "unary integer using ov as \"one\" value"} ]
},
{
"type": "Str",
"name": "UTF",
"variants": [
{"name": "8", "args": "nBytes", "params": "nBytes int", "call": "d.tryText(nBytes, UTF8BOM)", "doc": "nBytes bytes UTF8 string"},
{
"name": "16",
"args": "nBytes",
"params": "nBytes int",
"call": "d.tryText(nBytes, UTF16BOM)",
"doc": "nBytes bytes UTF16 string, default big-endian and accepts BOM"
},
{"name": "16LE", "args": "nBytes", "params": "nBytes int", "call": "d.tryText(nBytes, UTF16LE)", "doc": "nBytes bytes UTF16 little-endian string"},
{"name": "16BE", "args": "nBytes", "params": "nBytes int", "call": "d.tryText(nBytes, UTF16BE)", "doc": "nBytes bytes UTF16 big-endian string"}
]
},
{
"name": "UTF8ShortString",
"type": "Str",
"variants": [
{"name": "", "args": "", "params": "", "call": "d.tryTextLenPrefixed(8, -1, UTF8BOM)", "doc": "one byte length fixed UTF8 string"},
{
"name": "FixedLen",
"args": "fixedBytes",
"params": "fixedBytes int",
"call": "d.tryTextLenPrefixed(8, fixedBytes, UTF8BOM)",
"doc": "fixedBytes bytes long one byte length prefixed UTF8 string"
}
]
},
{
"name": "UTF8Null",
"type": "Str",
"variants": [ {"name": "", "args": "", "params": "", "call": "d.tryTextNull(1, UTF8BOM)", "doc": "null terminated UTF8 string"} ]
},
{
"name": "UTF8NullFixedLen",
"type": "Str",
"variants": [
{
"name": "",
"args": "fixedBytes",
"params": "fixedBytes int",
"call": "d.tryTextNullLen(fixedBytes, UTF8BOM)",
"doc": "fixedBytes bytes long null terminated UTF8 string"
}
]
}
]
}