Libunicode (docs.local.quickjs.c.Quickjs

Character Classification

val is_cased : 
  Unsigned.uint32 ->
  bool
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Check if character has uppercase/lowercase variants (Cased property)

val is_case_ignorable : 
  Unsigned.uint32 ->
  bool
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Check if character is ignored during case mapping (Case_Ignorable)

val is_id_start : 
  Unsigned.uint32 ->
  bool
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Check if character can start an identifier (ID_Start)

val is_id_continue : 
  Unsigned.uint32 ->
  bool
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Check if character can continue an identifier (ID_Continue)

val is_space : 
  int ->
  bool
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Check if character is whitespace per ECMA-262 (WhiteSpace or LineTerminator). This is the exact predicate QuickJS uses for regexp \s, String.prototype.trim, and the whitespace skipped by parseInt/parseFloat.

Case Conversion

val case_conv : 
  Unsigned.uint32 Ctypes_static.ptr ->
  Unsigned.uint32 ->
  int ->
  int
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Convert character case. conv_type: 0 = uppercase, 1 = lowercase, 2 = case folding Returns number of output codepoints (1-3)

val canonicalize : 
  Unsigned.uint32 ->
  bool ->
  int
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Canonicalize character for case-insensitive regex matching. is_unicode: true = full Unicode folding, false = ASCII only

Normalization

val normalize : 
  Unsigned.uint32 Ctypes_static.ptr ->
  int ->
  int ->
  Unsigned.uint32 Ctypes_static.ptr Ctypes_static.ptr ->
  int
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Normalize Unicode string. n_type: 0 = NFC, 1 = NFD, 2 = NFKC, 3 = NFKD Returns length of output, or -1 on error

val normalize_free : 
  Unsigned.uint32 Ctypes_static.ptr ->
  unit
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Free buffer allocated by normalize

Character Ranges

val char_range : 
  int ->
  string ->
  Unsigned.uint32 Ctypes_static.ptr Ctypes_static.ptr ->
  int
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Look up a Unicode character range table by name. kind: 0 = Script, 1 = Script_Extensions, 2 = General_Category, 3 = binary property. On success returns the number of points (always even) with the buffer stored in dst; each pair points.(2i), points.(2i+1) encodes a half-open interval. Release the buffer with char_range_free. Returns -1 on memory error, -2 when the name is unknown.

val char_range_free : 
  Unsigned.uint32 Ctypes_static.ptr ->
  unit
    Quickjs_bindings.Libregexp__c_generated_functions__Function_description__Functions.return

Free buffer returned by char_range