- README, roadmap: XSTS status quad and gates table now read the enforced
0/43/0/31 (Tests/XSTSSuiteTests.swift); test count 986/169 to 1448/258;
encoding list and the remaining-work section reflect shipped reality;
check-all expansion lists the validation and changelog gates
- GEMINI.md, onboarding-antigravity.md: valid-schemas-rejected 1 to 0 and the
pinned baselines updated to current
- SECURITY.md: complete the reporting address
- Parsing.InputEncoding: doc comment lists the full shipped encoding set
- Schema.XSDParserUnion: guard the localName interpolation with ?? "" to match
the same line and silence an optional-interpolation warning (internal dedup
key, behavior preserving)
- CHANGELOG: Unreleased entries for the above
Add EUC-TW for the whole-buffer and streaming decoders: ASCII, a two-byte
plane-1 pair, and a 0x8E four-byte plane selector plus a pair. CNS planes 1
and 2, which carry essentially all real-world EUC-TW text, are vendored from
the ICU euc-tw-2014 mapping (private-use fallbacks dropped); planes 3-15 are a
documented follow-up. Tested for plane 1 (two-byte and four-byte forms), plane
2, and streaming. The streaming method moved to its own file to stay under the
type-body cap.
Closes#108
Add the WHATWG iso-2022-jp decoder, the first stateful encoding: escape
sequences switch between ASCII, JIS X 0201 Roman (yen, overline), JIS X 0201
katakana, and the JIS X 0208 plane, resolved through the shared jis0208 table
(no new data). Tested across all four modes, with the JIS X 0208 kanji
cross-checked against the EUC-JP decoder (same table, same pointer). EUC-TW and
the streaming form of ISO-2022-JP remain.
Part of #108, #105
Add the WHATWG big5 decoder over the vendored index-big5 (18,590 entries),
for both the whole-buffer and streaming decoders. A lead in 0x81-0xFE plus
a trail in 0x40-0x7E or 0xA1-0xFE resolves through the index, covering
Traditional Chinese and the HKSCS extensions including the astral CJK
ideographs. Four pointers decode to a base letter plus a combining mark.
Selected by the big5 / big5-hkscs declaration names.
Closes#103
Extend the GBK two-byte subset to full GB18030: a lead byte followed by
a digit opens a four-byte form whose pointer is mapped through the WHATWG
index-gb18030-ranges linear ranges, reaching the supplementary planes.
The 207 ranges are vendored verbatim. Wired into the whole-buffer and
streaming decoders and the encoding-name table (gb18030/gb-18030).
Closes#102
Decode UTF-32 (both byte orders, BOM or sniffed) and the single-byte encodings
ISO-8859-1 and Windows-1252, selected by the XML declaration's encoding name,
in addition to UTF-8 and UTF-16. The streaming byte path also handles UTF-32.
Standard library only, no Foundation. Closes#28. Reimplemented from the
documented encoding algorithms; no upstream code copied. 4 tests; 94 total.
Add PureXML.parse(bytes:) and events(bytes:) for raw [UInt8] input. The encoding
is detected following the XML sniff order (BOM first, then the <? byte pattern,
defaulting to UTF-8) and decoded with the Swift standard library only, so the
package stays Foundation-free and portable. UTF-8 and UTF-16 (both byte orders,
with or without a BOM) are supported, the encoding set the XML spec requires.
Malformed input (odd-length UTF-16) raises ParseError.malformedEncoding.
PureXML.Parsing.InputEncoding.detect(_:) exposes the detector. The lint rule
optional_data_string_conversion is disabled because its suggested fix is a
Foundation API this package cannot use. Reimplemented from the documented XML
byte-detection algorithm; no upstream code copied.
