Quartz v5.25

unicode/normalize

Functions

HANGUL_SBASE(): Int (std/unicode/normalize.qz:15)

Hangul constants (algorithmic, no table needed)

HANGUL_LBASE(): Int (std/unicode/normalize.qz:16)

HANGUL_VBASE(): Int (std/unicode/normalize.qz:17)

HANGUL_TBASE(): Int (std/unicode/normalize.qz:18)

HANGUL_LCOUNT(): Int (std/unicode/normalize.qz:19)

HANGUL_VCOUNT(): Int (std/unicode/normalize.qz:20)

HANGUL_TCOUNT(): Int (std/unicode/normalize.qz:21)

HANGUL_NCOUNT(): Int (std/unicode/normalize.qz:22)

HANGUL_SCOUNT(): Int (std/unicode/normalize.qz:23)

unicode_ccc(): Int (std/unicode/normalize.qz:31)

CCC lookup

Get the Canonical Combining Class of a codepoint. Returns 0 for starters, > 0 for combining marks.

_decompose_cp(): Void (std/unicode/normalize.qz:60)

Decomposition

Decompose a single codepoint. Appends decomposed codepoints to result vec. Recursively decomposes until fully decomposed (NFD).

_sort_by_ccc(): Void (std/unicode/normalize.qz:124)

Sort combining marks by CCC (stable sort using insertion sort). Only sorts within each “block” between starters (CCC=0).

unicode_nfd(): String (std/unicode/normalize.qz:164)

NFD — Canonical Decomposition

Decompose a string to NFD (Canonical Decomposition).

_compose_pair(): Int (std/unicode/normalize.qz:212)

NFC — Canonical Composition (NFD + recompose)

Look up canonical composition for a pair of codepoints. Returns the composed codepoint, or -1 if no composition exists.

unicode_nfc(): String (std/unicode/normalize.qz:255)

Compose a string to NFC (Canonical Composition). First decomposes to NFD, then recomposes canonical pairs.

unicode_eq_canonical(): Bool (std/unicode/normalize.qz:344)

Compare two strings for canonical equivalence.