Source code of Windows XP (NT5)
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page ,132 ; :ts=8 TITLE Unicode Translation Descriptions
;---------------------------------------------------------------------------- ; TITLE: ; UNI.INC ; Microsoft Confidential ; Copyright (C) Microsoft Corporation 1993 ; All Rights Reserved. ; ; DESCRIPTION: ; The file contains the structures and equates used by the Unicode ; translation and parsing code. ; ; MODIFICATION HISTORY: ;----------------------------------------------------------------------------
;-------------------------------------------------------------------------- ; Flags returned by UniToBCS, BCSToUni, UniToBCSPath, MapUniToBCS ; MapBCSToUni. The flags indicate whether a mapping from UNICODE ; to BCS, or BCS to UNICODE have lost information. This occurs ; whenever a char cannot be mapped. ;-------------------------------------------------------------------------- MAP_FLAG_LOSS equ 00001h MAP_FLAG_TRUNCATE equ 00002h
;-------------------------------------------------------------------------- ; Equates used to identify special character types ;-------------------------------------------------------------------------- BCS_REPL_CHAR equ '_' UNI_REPL_CHAR equ 0fffdh
;-------------------------------------------------------------------------- ; Equates used in the construction of auto-generated names ;-------------------------------------------------------------------------- AUTO_BASIS_SEP equ '~' AUTO_MIN_TAIL equ 1 AUTO_MAX_TAIL equ 9999999
OEM_INDEX equ 1 ; Equate defining the entry in the translation ; table ptr array (utbPtrTable) to be used as ; the default OEM codepage when auto-generating ; short names.
MAX_CHAR_SETS equ 2 ; Maximum # of entries in utbPtrTable array.
;-------------------------------------------------------------------------- ; Auto-generation flags returned from CreateBasis() ;-------------------------------------------------------------------------- UFLG_LOSS equ 00000010h UFLG_TRUNC equ 00000020h UFLG_UPCASE equ 00000040h
;-------------------------------------------------------------------------- ; translation table structures ;-------------------------------------------------------------------------- tTree struct Lnode dw ? ; Offset, relative to tTree[0], of the ; left child of this tree node. Rnode dw ? ; Offset, relative to tTree[0], of the ; right child of this tree node. Lval dw ? ; Value of the left-hand (ordinally low) ; inclusive endpoint of the encoding run ; represented by this tree node. Rval dw ? ; Value of the right-hand (ordinally high) ; inclusive endpoint of the encoding run ; represented by this tree node. RunOffset dd ? ; Offset, relative to tTree[0], of the start ; of the encoding run for this tree node. tTree ends
;-------------------------------------------------------------------------- ; BCS->UNICODE mapping struct ;-------------------------------------------------------------------------- btuTreeStruct struct btuCodeSize dd (256/32) dup (?) btuTree tTree <> btuTreeStruct ends
;-------------------------------------------------------------------------- ; UNICODE->BCS mapping struct ;-------------------------------------------------------------------------- utbTreeStruct struct utbTree tTree <> utbTreeStruct ends
LAST_CASE_MAPPED_UNI_CHAR equ 0586h
;* Token values for the UniToUpperTable.
NUL equ 0 ; nul terminator PTH equ 1 ; path separator (\ or /) INV equ 2 ; invalid character SPC equ 3 ; space STAR equ 4 ; asterisk (*) QUST equ 5 ; question mark (?) DOT equ 6 ; period (.) character OKL equ 7 ; OK in long names OKA equ 8 ; OK in all names LC_BASE equ 10 L_1 equ LC_BASE L_2 equ LC_BASE + 1*2 L20 equ LC_BASE + 2*2 L26 equ LC_BASE + 3*2 L2f equ LC_BASE + 4*2 L30 equ LC_BASE + 5*2 L36 equ LC_BASE + 6*2 L39 equ LC_BASE + 7*2 L3e equ LC_BASE + 8*2 L3f equ LC_BASE + 9*2 L40 equ LC_BASE + 10*2 L4f equ LC_BASE + 11*2 L50 equ LC_BASE + 12*2 L56 equ LC_BASE + 13*2 L8c equ LC_BASE + 14*2 Lca equ LC_BASE + 15*2 Lcb equ LC_BASE + 16*2 Lcd equ LC_BASE + 17*2 Lce equ LC_BASE + 18*2 Lcf equ LC_BASE + 19*2 Ld1 equ LC_BASE + 20*2 Ld2 equ LC_BASE + 21*2 Ld3 equ LC_BASE + 22*2 Ld5 equ LC_BASE + 23*2 Ld6 equ LC_BASE + 24*2 Ld9 equ LC_BASE + 25*2 Lda equ LC_BASE + 26*2 Ldb equ LC_BASE + 27*2 Le8 equ LC_BASE + 28*2 Lff87 equ LC_BASE + 29*2
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