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/*++
Copyright (c) 1996-1999 Microsoft Corporation
Module Name:
gpdparse.h
Abstract:
Header file for GPD parser
Environment:
Windows NT Universal printer driver.
Revision History:
--*/
/*
gpdparse.h - this holds structure definitions and other defines specific to the GPD parser*/
#ifndef _GPDPARSE_H_
#define _GPDPARSE_H_
#include "lib.h"
#include "gpd.h"
#ifdef GMACROS
#define PRIVATE_PARSER_VERSION 0x0053
#else
#define PRIVATE_PARSER_VERSION 0x0052
#endif
#define GPD_PARSER_VERSION MAKELONG(PRIVATE_PARSER_VERSION, SHARED_PARSER_VERSION)
// extra printrate units not defined in wingdi.h
#define PRINTRATEUNIT_LPS 5
#define PRINTRATEUNIT_IPS 6
// ---- General Section ---- //
typedef DWORD DWFLAGS ;
#define FIRST_NON_STANDARD_ID 257
#define FOREVER (1)
#define BUD_FILENAME_EXT TEXT(".BUD")
// "bud" in unicode. GPD -> BUD.
// a non-relocatable string reference, but unlike an ARRAYREF, can access
// addresses outside of the memory buffer defined by the base reference
// pointer used by an ARRAYREF.
// note: for all arrayrefs containing Strings the dw field holds the number
// of bytes which the string contains. For Unicode strings this is TWICE
// the number of Unicode characters.
#define LOCALE_KEYWORD "Locale"
typedef struct{ PBYTE pub ; DWORD dw ;} ABSARRAYREF , * PABSARRAYREF ; // assign this struct the type 'aar'
typedef struct{ DWORD loOffset ; DWORD dwCount ; DWORD dwElementSiz ;} ENHARRAYREF , * PENHARRAYREF ; // assign this struct the type 'ear'
// ---- End of General Section ---- //
// ---- Constant Classes Section ---- //
typedef enum{ // -- Constant Classes -- //
CL_BOOLEANTYPE, CL_PRINTERTYPE, CL_FEATURETYPE, CL_UITYPE, CL_PROMPTTIME, CL_PAPERFEED_ORIENT, CL_COLORPLANE, CL_SEQSECTION, CL_RASTERCAPS, CL_TEXTCAPS, CL_MEMORYUSAGE, CL_RESELECTFONT, CL_OEMPRINTINGCALLBACKS, CL_CURSORXAFTERCR, CL_BADCURSORMOVEINGRXMODE,// CL_SIMULATEXMOVE,
CL_PALETTESCOPE, CL_OUTPUTDATAFORMAT, CL_STRIPBLANKS, CL_LANDSCAPEGRXROTATION, CL_CURSORXAFTERSENDBLOCKDATA, CL_CURSORYAFTERSENDBLOCKDATA, CL_CHARPOSITION, CL_FONTFORMAT, CL_QUERYDATATYPE, CL_YMOVEATTRIB, CL_DLSYMBOLSET, CL_CURXAFTER_RECTFILL, CL_CURYAFTER_RECTFILL, #ifndef WINNT_40
CL_PRINTRATEUNIT, #endif
CL_RASTERMODE, CL_QUALITYSETTING ,
// the following aren't true constant classes per se,
// but if the construct fits...
CL_STANDARD_VARS, // names of Unidrv Standard Variables
CL_COMMAND_NAMES, // Unidrv Command Names and index.
CL_CONS_FEATURES, // reserved feature symbol names
// reserved option symbol names for these predefined features
CL_CONS_PAPERSIZE, CL_CONS_MEDIATYPE, CL_CONS_INPUTSLOT, CL_CONS_DUPLEX, CL_CONS_ORIENTATION, CL_CONS_PAGEPROTECT, CL_CONS_COLLATE, CL_CONS_HALFTONE,
CL_NUMCLASSES} CONSTANT_CLASSES ; // enumerate types of constant classes
typedef struct // only used in static gConstantsTable.
{ PBYTE pubName ; DWORD dwValue ;} CONSTANTDEF, * PCONSTANTDEF ;// this table associates ConstantNames with their defined values.
// The table is divided into sections, one section per class.
// the index table - gcieTable[] provides the index range
// that each class occupies. Note the similarity to the arrangement
// of the MainKeywordTable.
extern CONST CONSTANTDEF gConstantsTable[] ;
typedef struct{ DWORD dwStart ; // index of first member of class
DWORD dwCount ; // number of members in this class.
} CLASSINDEXENTRY, * PCLASSINDEXENTRY ;
// extern CLASSINDEXENTRY gcieTable[CL_NUMCLASSES] ;
// This is now in GLOBL structure.
// ---- End of Constant Classes Section ---- //
// ---- MasterTable Section ---- //
/* The master table keeps track of all allocated memory buffers.
The buffers are typically used to store an array of structures.The master table is an array of entries of the form:*/
typedef struct _MASTER_TABLE_ENTRY{ PBYTE pubStruct ; // address of element zero of array
DWORD dwArraySize ; // number of array elements requested
DWORD dwCurIndex ; // points to first uninitialized element
DWORD dwElementSiz ; // size of each element in array.
DWORD dwMaxArraySize ; // This is the absolute max size
// we allow this resource to grow.
} MASTERTAB_ENTRY ;
// the following Enums represent indicies in the master table
// reserved for each of the following objects:
typedef enum{ MTI_STRINGHEAP, // Permanent heap for GPD strings and binary data.
MTI_GLOBALATTRIB, // structure holding value of global attributes.
MTI_COMMANDTABLE, // array of ATREEREF (or DWORD indicies to
// COMMAND_ARRAY)
// note: the IDs used to index this table are the
// Unidrv IDs.
MTI_ATTRIBTREE, // array of ATTRIB_TREE structures.
MTI_COMMANDARRAY, // array of COMMAND structures.
// size varies depending on number of commands and variants
// defined in the GPD file.
MTI_PARAMETER, // parameters for command
MTI_TOKENSTREAM, // contains value tokens to populate the value stack
// and commands to operate on them. For command
// parameters
MTI_LISTNODES, // array of LISTNODEs.
MTI_CONSTRAINTS, // array of CONSTRAINTS
MTI_INVALIDCOMBO, // array of INVALIDCOMBO
MTI_GPDFILEDATEINFO, // array of GPDFILEDATEINFO
/* buffers allocated on 2nd pass */
MTI_DFEATURE_OPTIONS, // references a whole bunch of treeroots.
// should be initialized to ATTRIB_UNINITIALIZED values.
// SymbolID pointed to by dwFeatureSymbols contains largest
// array index appropriated. We won't need to allocate
// more elements in the final array than this.
MTI_SYNTHESIZED_FEATURES, // this holds synthesized
// features. an array of DFEATURE_OPTIONS
MTI_PRIORITYARRAY, // array of feature indicies
MTI_TTFONTSUBTABLE, // array of arrayrefs and integers.
MTI_FONTCART, // array of FontCartridge structures - one per
// construct.
// end of buffers allocated on 2nd pass
// gray area: do we need to save the following objects?
MTI_SYMBOLROOT, // index to root of symbol tree
MTI_SYMBOLTREE, // symbolTree Array
MTI_NUM_SAVED_OBJECTS , // denotes end of list of objects to be saved
// to the GPD binary file.
MTI_TMPHEAP = MTI_NUM_SAVED_OBJECTS , // store strings referenced in tokenmap.
MTI_SOURCEBUFFER, // Tracks Source file (GPD input stream)
// gMasterTable[MTI_SOURCEBUFFER].dwCurIndex
// indexes the current SOURCEBUFFER.
MTI_TOKENMAP, // tokenMap large enough to hold an old and New copy!
MTI_NEWTOKENMAP, // newtokenMap (not a separate buffer from TOKENMAP -
// just points immediately after oldTokenMap).
MTI_BLOCKMACROARRAY, // (one for Block and another for Value macros)
MTI_VALUEMACROARRAY, // an array of DWORDS holding a
// tokenindex where a valuemacro ID value is stored
MTI_MACROLEVELSTACK, // is operated as a two dword stack that saves the
// values of curBlockMacroArray and curValueMacroArray ,
// each time a brace is encountered.
MTI_STSENTRY, // this is the StateStack
MTI_OP_QUEUE, // temp queue of operators (array of DWORDS)
MTI_MAINKEYWORDTABLE, // the keyword dictionary!
MTI_RNGDICTIONARY, // specifies the range of indicies in the
// mainKeyword table which comprises the specified dictionary.
MTI_FILENAMES, // array of ptrs to buffers containing widestrings
// representing GPD filenames that were read in
// used for friendly error messages.
MTI_PREPROCSTATE, // array of PPSTATESTACK structures
// which hold state of preprocessor.
MTI_MAX_ENTRIES, // Last entry.
} MT_INDICIES ;
// extern MASTERTAB_ENTRY gMasterTable[MTI_MAX_ENTRIES] ;
// This is now in GLOBL structure.
// ---- End Of MasterTable Section ---- //
// ---- SourceBuffer Section ---- //
/* array of structures to track the MemoryMapped src files.
multiple files may be open at the same time due to nestingimposed by the *Include keyword.The array of SOURCEBUFFERS is operated as a stack.The MasterTable[MTI_SOURCEBUFFER] field dwCurIndexserves as the stack pointer.*/
typedef struct{ PBYTE pubSrcBuf ; // start of file bytes.
DWORD dwCurIndex ; // stream ptr
DWORD dwArraySize ; // filesize
DWORD dwFileNameIndex ; // index into MTI_FILENAMES
DWORD dwLineNumber ; // zero indexed
HFILEMAP hFile ; // used to access/close file.
} SOURCEBUFFER, * PSOURCEBUFFER ;// the tagname is 'sb'
//
// define macros to access what were global variables but are now packed
// in PGLOBL structure.
//
#define gMasterTable (pglobl->GMasterTable)
#define gmrbd (pglobl->Gmrbd)
#define gastAllowedTransitions (pglobl->GastAllowedTransitions)
#define gabAllowedAttributes (pglobl->GabAllowedAttributes)
#define gdwOperPrecedence (pglobl->GdwOperPrecedence)
#define gdwMasterTabIndex (pglobl->GdwMasterTabIndex)
#define geErrorSev (pglobl->GeErrorSev)
#define geErrorType (pglobl->GeErrorType)
#define gdwVerbosity (pglobl->GdwVerbosity)
#define gdwID_IgnoreBlock (pglobl->GdwID_IgnoreBlock)
#define gValueToSize (pglobl->GValueToSize)
#define gdwMemConfigKB (pglobl->GdwMemConfigKB)
#define gdwMemConfigMB (pglobl->GdwMemConfigMB)
#define gdwOptionConstruct (pglobl->GdwOptionConstruct)
#define gdwOpenBraceConstruct (pglobl->GdwOpenBraceConstruct)
#define gdwCloseBraceConstruct (pglobl->GdwCloseBraceConstruct)
#define gdwMemoryConfigMB (pglobl->GdwMemoryConfigMB)
#define gdwMemoryConfigKB (pglobl->GdwMemoryConfigKB)
#define gdwCommandConstruct (pglobl->GdwCommandConstruct)
#define gdwCommandCmd (pglobl->GdwCommandCmd)
#define gdwOptionName (pglobl->GdwOptionName)
#define gdwResDLL_ID (pglobl->GdwResDLL_ID)
#define gdwLastIndex (pglobl->GdwLastIndex)
#define gaarPPPrefix (pglobl->GaarPPPrefix)
#define gcieTable (pglobl->GcieTable)
// define Local Macro to access info for current file:
#define mCurFile (gMasterTable[MTI_SOURCEBUFFER].dwCurIndex)
// which file are we currently accessing ?
#define mMaxFiles (gMasterTable[MTI_SOURCEBUFFER].dwArraySize)
// max number of files open at one time (nesting depth)
#define mpSourcebuffer ((PSOURCEBUFFER)(gMasterTable \
[MTI_SOURCEBUFFER].pubStruct)) // location of first SOURCEBUFFER element in array
#define mpubSrcRef (mpSourcebuffer[mCurFile - 1].pubSrcBuf)
// start of file bytes
#define mdwSrcInd (mpSourcebuffer[mCurFile - 1].dwCurIndex)
// current position in file bytes
#define mdwSrcMax (mpSourcebuffer[mCurFile - 1].dwArraySize)
// filesize
// ---- End Of SourceBuffer Section ---- //
// ----- Preprocessor Section ---- //
enum IFSTATE {IFS_ROOT, IFS_CONDITIONAL , IFS_LAST_CONDITIONAL } ; // tracks correct syntatical use of #ifdef, #elseifdef, #else and #endif directives.
enum PERMSTATE {PERM_ALLOW, PERM_DENY , PERM_LATCHED } ; // tracks current state of preprocessing,
// PERM_ALLOW: all statements in this section are passed to body gpdparser
// PERM_DENY: statements in this section are discarded
// PERM_LATCHED: all statements until the end of this nesting level are discarded.
enum DIRECTIVE {NOT_A_DIRECTIVE, DIRECTIVE_EOF, DIRECTIVE_DEFINE , DIRECTIVE_UNDEFINE , DIRECTIVE_INCLUDE , DIRECTIVE_SETPPPREFIX , DIRECTIVE_IFDEF , DIRECTIVE_ELSEIFDEF , DIRECTIVE_ELSE , DIRECTIVE_ENDIF } ;
typedef struct{ enum IFSTATE ifState ; enum PERMSTATE permState ;} PPSTATESTACK, * PPPSTATESTACK ;// the tagname is 'ppss'
#define mppStack ((PPPSTATESTACK)(gMasterTable \
[MTI_PREPROCSTATE].pubStruct)) // location of first SOURCEBUFFER element in array
#define mdwNestingLevel (gMasterTable[MTI_PREPROCSTATE].dwCurIndex)
// current preprocessor directive nesting level
#define mMaxNestingLevel (gMasterTable[MTI_PREPROCSTATE].dwArraySize)
// max preprocessor directive nesting depth
// ---- End Of Preprocessor Section ---- //
// ---- Symbol Trees Section ---- //
/* this structure is used to implement the symbol trees which
track all user defined symbol names and associate with each namea zero indexed integer. */
typedef struct{ ARRAYREF arSymbolName; DWORD dwSymbolID; // has nothing to do with array of symbol structs.
// value begins at zero and is incremented to obtain
// next value.
DWORD dwNextSymbol; // index to next element in this space.
DWORD dwSubSpaceIndex ; // index to first element in new symbol space
// which exists within the catagory represented by this symbol.
// for example in the catagory represented by the
// symbol PAPERSIZES: we may have the subspace
// comprised of Letter, A4, Legal, etc.
} SYMBOLNODE , * PSYMBOLNODE ;// assign this struct the type 'psn'
#define INVALID_SYMBOLID (0xffffffff)
// this value is returned instead of a valid SymbolID
// to indicate a failure condition - symbol not found, or
// unable to register symbol.
// Warning! this value may be truncated to WORD to
// fit into a qualified name!
#define INVALID_INDEX (0xffffffff)
// used to denote the end of a chain of nodes.
// dwNextSymbol may be assigned this value.
// there is one symbol tree for each symbol class.
// actually the options tree is a sublevel of the features
// tree. This enumeration is used to access the MTI_SYMBOLROOT
// array.
typedef enum{ SCL_FEATURES, SCL_FONTCART, SCL_TTFONTNAMES, SCL_BLOCKMACRO, SCL_VALUEMACRO, SCL_OPTIONS, SCL_COMMANDNAMES, SCL_PPDEFINES, SCL_NUMSYMCLASSES} SYMBOL_CLASSES ;
// ---- End of Symbol Trees Section ---- //
// ---- TokenMap Section ---- //
/* the tokenMap contains an array entry for each logical statement
in the GPD source file. It identifies the token string representing the Keyword and its associated Value.*/
typedef struct _TOKENMAP{ DWORD dwKeywordID ; // index of entry in KeywordTable
ABSARRAYREF aarKeyword ; // points to keyword in the source file
ABSARRAYREF aarValue ; // value associated with this keyword.
DWORD dwValue ; // interpretation of Value string - see flags.
// maybe commandID, numerical value of constant, MacroID assigned
// to MacroSymbol , SymbolID etc.
DWORD dwFileNameIndex ; // GPD filename
DWORD dwLineNumber ; // zero indexed
DWFLAGS dwFlags ; // bitfield with the following flags
// * TKMF_NOVALUE no value was found
// TKMF_VALUE_SAVED independently of the tokenmap.
// TKMF_COMMAND_SHORTCUT only used when parsing commands.
// TKMF_INLINE_BLOCKMACROREF need to know when resolving macros.
// *TKMF_COLON additional token found in value - shortcut?
// *TKMF_MACROREF indicates a value macro reference that must
// be resolved
// TKMF_SYMBOLID dwValue contains a symbolID.
// * TKMF_SYMBOL_KEYWORD keyword is a symbol
// * TKMF_SYMBOL_REGISTERED set when the symbolID is registered
// by ProcessSymbolKeyword which also sets dwValue.
// * TKMF_EXTERN_GLOBAL The extern Qualifier was prepended to the
// * TKMF_EXTERN_FEATURE attribute keyword and has now been
// truncated.
// * indicates actually set by code.
// ! indicates actually read by code.
} TKMAP, *PTKMAP ;// assign this struct the type 'tkmap'
// allowed flags for dwFlags field:
#define TKMF_NOVALUE (0x00000001)
#define TKMF_VALUE_SAVED (0x00000002)
#define TKMF_COMMAND_SHORTCUT (0x00000004)
#define TKMF_INLINE_BLOCKMACROREF (0x00000008)
#define TKMF_COLON (0x00000010)
#define TKMF_MACROREF (0x00000020)
#define TKMF_SYMBOLID (0x00000040)
#define TKMF_SYMBOL_KEYWORD (0x00000080)
#define TKMF_SYMBOL_REGISTERED (0x00000100)
#define TKMF_EXTERN_GLOBAL (0x00000200)
#define TKMF_EXTERN_FEATURE (0x00000400)
// ---- special KeywordIDs for TokenMap ---- //
#define ID_SPECIAL 0xff00 // larger than any KeywordTable index
#define ID_NULLENTRY (ID_SPECIAL + 0)
// ignore this, either expired code, parsing error etc.
#define ID_UNRECOGNIZED (ID_SPECIAL + 1)
// conforms to correct syntax, but not in my keyword table.
// could be a keyword defined in a newer spec or an attribute name
// or some other OEM defined stuff.
#define ID_SYMBOL (ID_SPECIAL + 2)
// this identifies a user-defined keyword like a fontname
// does not begin with * , but conforms to syntax for a symbol.
#define ID_EOF (ID_SPECIAL + 3)
// end of file - no more tokenMap entries
// ---- End of TokenMap Section ---- //
// ---- MainKeyword table Section ---- //
/* the MainKeyword table contains static information that
describes each main keyword. This table controls what actionthe parser takes. First define several enumerations usedin the table. */
typedef enum{ TY_CONSTRUCT, TY_ATTRIBUTE, TY_SPECIAL} KEYWORD_TYPE ;
typedef enum{ ATT_GLOBAL_ONLY, ATT_GLOBAL_FREEFLOAT, ATT_LOCAL_FEATURE_ONLY, ATT_LOCAL_FEATURE_FF , ATT_LOCAL_OPTION_ONLY, ATT_LOCAL_OPTION_FF , ATT_LOCAL_COMMAND_ONLY, ATT_LOCAL_FONTCART_ONLY, ATT_LOCAL_TTFONTSUBS_ONLY, ATT_LOCAL_OEM_ONLY, ATT_LAST // Must be last in list.
} ATTRIBUTE ; // subtype
typedef enum{ CONSTRUCT_UIGROUP , CONSTRUCT_FEATURE , CONSTRUCT_OPTION , CONSTRUCT_SWITCH, CONSTRUCT_CASE , CONSTRUCT_DEFAULT , CONSTRUCT_COMMAND , CONSTRUCT_FONTCART , CONSTRUCT_TTFONTSUBS , CONSTRUCT_OEM , CONSTRUCT_LAST, // must end list of transition inducing constructs.
// constructs below do not cause state transitions
CONSTRUCT_BLOCKMACRO , CONSTRUCT_MACROS, CONSTRUCT_OPENBRACE, CONSTRUCT_CLOSEBRACE, CONSTRUCT_PREPROCESSOR,} CONSTRUCT ; // SubType if Type = CONSTRUCT
typedef enum{ SPEC_TTFS, SPEC_FONTSUB, SPEC_INVALID_COMBO, SPEC_COMMAND_SHORTCUT, SPEC_CONSTR, SPEC_INS_CONSTR, SPEC_NOT_INS_CONSTR, SPEC_INVALID_INS_COMBO, SPEC_MEM_CONFIG_KB, SPEC_MEM_CONFIG_MB, SPEC_INCLUDE, SPEC_INSERTBLOCK, SPEC_IGNOREBLOCK} SPECIAL ;
// what value type does the parser expect after each keyword?
typedef enum{ NO_VALUE , // a linebreak OR an effective linebreak: ({) or comment
// or optional value.
VALUE_INTEGER, // integer
VALUE_POINT, // point
VALUE_RECT, // rectangle
// VALUE_BOOLEAN, // a subset of constants.
VALUE_QUALIFIED_NAME, // Qualified name (two symbols separated by .
VALUE_QUALIFIED_NAME_EX, // QualifiedName followed
// by an unsigned integer with a . delimiter.
VALUE_PARTIALLY_QUALIFIED_NAME , // (just one symbol or two symbols
// separated by .)
VALUE_CONSTRAINT, // list of qualified names but stored differently.
VALUE_ORDERDEPENDENCY, VALUE_FONTSUB, // "fontname" : <int>
// VALUE_STRING, // Quoted String, hexstring, string MACROREF,
// parameterless invocation.
VALUE_STRING_NO_CONVERT, // string will not undergo unicode conversion
// for example *GPDSpecVersion must remain an ascii string.
VALUE_STRING_DEF_CONVERT, // string will be converted using the
// system codepage - filenames
VALUE_STRING_CP_CONVERT, // string will be converted using the
// codepage specified by *CodePage
VALUE_COMMAND_INVOC, // like VALUE_STRING but allowed to contain
// one or more parameter references.
VALUE_COMMAND_SHORTCUT, // Commandname:VALUE_COMMAND_INVOC
VALUE_PARAMETER, // substring only containing a parameter reference.
VALUE_SYMBOL_DEF, // * the value defines a symbol or value macro
// { and } are not permitted. Is this ever used ? yes
VALUE_SYMBOL_FIRST, // base of user-defined symbol catagory
VALUE_SYMBOL_FEATURES = VALUE_SYMBOL_FIRST + SCL_FEATURES , //
VALUE_SYMBOL_FONTCART = VALUE_SYMBOL_FIRST + SCL_FONTCART , //
VALUE_SYMBOL_TTFONTNAMES = VALUE_SYMBOL_FIRST + SCL_TTFONTNAMES , //
VALUE_SYMBOL_BLOCKMACRO = VALUE_SYMBOL_FIRST + SCL_BLOCKMACRO , //
VALUE_SYMBOL_VALUEMACRO = VALUE_SYMBOL_FIRST + SCL_VALUEMACRO , //
VALUE_SYMBOL_OPTIONS = VALUE_SYMBOL_FIRST + SCL_OPTIONS , //
// SCL_COMMANDNAMES intentionally omitted.
VALUE_SYMBOL_LAST = VALUE_SYMBOL_FIRST + SCL_NUMSYMCLASSES - 1 , //
VALUE_CONSTANT_FIRST, // base of enumeration catagory.
VALUE_CONSTANT_BOOLEANTYPE = VALUE_CONSTANT_FIRST + CL_BOOLEANTYPE , VALUE_CONSTANT_PRINTERTYPE = VALUE_CONSTANT_FIRST + CL_PRINTERTYPE , VALUE_CONSTANT_FEATURETYPE = VALUE_CONSTANT_FIRST + CL_FEATURETYPE , VALUE_CONSTANT_UITYPE = VALUE_CONSTANT_FIRST + CL_UITYPE , VALUE_CONSTANT_PROMPTTIME = VALUE_CONSTANT_FIRST + CL_PROMPTTIME , VALUE_CONSTANT_PAPERFEED_ORIENT = VALUE_CONSTANT_FIRST + CL_PAPERFEED_ORIENT , VALUE_CONSTANT_COLORPLANE = VALUE_CONSTANT_FIRST + CL_COLORPLANE , VALUE_CONSTANT_SEQSECTION = VALUE_CONSTANT_FIRST + CL_SEQSECTION ,
VALUE_CONSTANT_RASTERCAPS = VALUE_CONSTANT_FIRST + CL_RASTERCAPS , VALUE_CONSTANT_TEXTCAPS = VALUE_CONSTANT_FIRST + CL_TEXTCAPS , VALUE_CONSTANT_MEMORYUSAGE = VALUE_CONSTANT_FIRST + CL_MEMORYUSAGE , VALUE_CONSTANT_RESELECTFONT = VALUE_CONSTANT_FIRST + CL_RESELECTFONT , VALUE_CONSTANT_OEMPRINTINGCALLBACKS = VALUE_CONSTANT_FIRST + CL_OEMPRINTINGCALLBACKS ,
VALUE_CONSTANT_CURSORXAFTERCR = VALUE_CONSTANT_FIRST + CL_CURSORXAFTERCR , VALUE_CONSTANT_BADCURSORMOVEINGRXMODE = VALUE_CONSTANT_FIRST + CL_BADCURSORMOVEINGRXMODE ,// VALUE_CONSTANT_SIMULATEXMOVE = VALUE_CONSTANT_FIRST + CL_SIMULATEXMOVE ,
VALUE_CONSTANT_PALETTESCOPE = VALUE_CONSTANT_FIRST + CL_PALETTESCOPE , VALUE_CONSTANT_OUTPUTDATAFORMAT = VALUE_CONSTANT_FIRST + CL_OUTPUTDATAFORMAT , VALUE_CONSTANT_STRIPBLANKS = VALUE_CONSTANT_FIRST + CL_STRIPBLANKS , VALUE_CONSTANT_LANDSCAPEGRXROTATION = VALUE_CONSTANT_FIRST + CL_LANDSCAPEGRXROTATION , VALUE_CONSTANT_CURSORXAFTERSENDBLOCKDATA = VALUE_CONSTANT_FIRST + CL_CURSORXAFTERSENDBLOCKDATA , VALUE_CONSTANT_CURSORYAFTERSENDBLOCKDATA = VALUE_CONSTANT_FIRST + CL_CURSORYAFTERSENDBLOCKDATA , VALUE_CONSTANT_CHARPOSITION = VALUE_CONSTANT_FIRST + CL_CHARPOSITION , VALUE_CONSTANT_FONTFORMAT = VALUE_CONSTANT_FIRST + CL_FONTFORMAT , VALUE_CONSTANT_QUERYDATATYPE = VALUE_CONSTANT_FIRST + CL_QUERYDATATYPE , VALUE_CONSTANT_YMOVEATTRIB = VALUE_CONSTANT_FIRST + CL_YMOVEATTRIB , VALUE_CONSTANT_DLSYMBOLSET = VALUE_CONSTANT_FIRST + CL_DLSYMBOLSET , VALUE_CONSTANT_CURXAFTER_RECTFILL = VALUE_CONSTANT_FIRST + CL_CURXAFTER_RECTFILL , VALUE_CONSTANT_CURYAFTER_RECTFILL = VALUE_CONSTANT_FIRST + CL_CURYAFTER_RECTFILL , #ifndef WINNT_40
VALUE_CONSTANT_PRINTRATEUNIT = VALUE_CONSTANT_FIRST + CL_PRINTRATEUNIT , #endif
VALUE_CONSTANT_RASTERMODE = VALUE_CONSTANT_FIRST + CL_RASTERMODE, VALUE_CONSTANT_QUALITYSETTING = VALUE_CONSTANT_FIRST + CL_QUALITYSETTING,
VALUE_CONSTANT_STANDARD_VARS = VALUE_CONSTANT_FIRST + CL_STANDARD_VARS , VALUE_CONSTANT_COMMAND_NAMES = VALUE_CONSTANT_FIRST + CL_COMMAND_NAMES ,
VALUE_CONSTANT_CONS_FEATURES = VALUE_CONSTANT_FIRST + CL_CONS_FEATURES , VALUE_CONSTANT_CONS_PAPERSIZE = VALUE_CONSTANT_FIRST + CL_CONS_PAPERSIZE , VALUE_CONSTANT_CONS_MEDIATYPE = VALUE_CONSTANT_FIRST + CL_CONS_MEDIATYPE , VALUE_CONSTANT_CONS_INPUTSLOT = VALUE_CONSTANT_FIRST + CL_CONS_INPUTSLOT , VALUE_CONSTANT_CONS_DUPLEX = VALUE_CONSTANT_FIRST + CL_CONS_DUPLEX , VALUE_CONSTANT_CONS_ORIENTATION = VALUE_CONSTANT_FIRST + CL_CONS_ORIENTATION , VALUE_CONSTANT_CONS_PAGEPROTECT = VALUE_CONSTANT_FIRST + CL_CONS_PAGEPROTECT , VALUE_CONSTANT_CONS_COLLATE = VALUE_CONSTANT_FIRST + CL_CONS_COLLATE , VALUE_CONSTANT_CONS_HALFTONE = VALUE_CONSTANT_FIRST + CL_CONS_HALFTONE ,
VALUE_CONSTANT_LAST = VALUE_CONSTANT_FIRST + CL_NUMCLASSES - 1 ,
VALUE_LIST, // no attribute actually is assigned this descriptor,
// but used in the gValueToSize table.
VALUE_LARGEST, // not a real descriptor, but this position in the
// gValueToSize table holds the largest of the above values.
VALUE_MAX, // number of elements in gValueToSize table.
} VALUE ;
// -- allowed values for KEYWORDTABLE_ENTRY.flAgs: --
#define KWF_LIST (0x00000001)
// the value may be a LIST containing one or more
// items of type AllowedValue. The storage format
// must be of type LIST. Only certain values may qualify
// for list format.
#define KWF_ADDITIVE (0x00000002)
// this flag implies KWF_LIST and also specifies the behavior
// that any redefinition of this keyword simply adds its items
// onto the existing list. (removal of redundant items is not
// performed.)
#define KWF_MACROREF_ALLOWED (0x00000004)
// since only a handful of keywords cannot accept
// macro references, it may be a waste of a flag, but reserve this
// to alert us that this special case must accounted for.
#define KWF_SHORTCUT (0x00000008)
// This keyword has multiple variants of syntax.
// one of the following 3 flags is set
// if the values in the nodes of the attribute tree
// refer to indicies of dedicated arrays, (which obviously
// contain data fields not ATREEREFs) AND
// gMainKeywordTable[].dwOffset is an offset into
// this dedicated array, then set this flag.
// else dwOffset is used to select the treeroot.
#define KWF_COMMAND (0x00000010)
// This attribute is stored in a dedicated structure
#define KWF_FONTCART (0x00000020)
// This attribute is stored in a dedicated structure
#define KWF_OEM (0x00000040)
// This attribute is stored in a dedicated structure
#define KWF_TTFONTSUBS (0x00000080)
// This attribute is stored in a dedicated structure
#define KWF_DEDICATED_FIELD (KWF_COMMAND | KWF_FONTCART | \
KWF_OEM | KWF_TTFONTSUBS) // this flag is never set in the MainKeywordTable[].
#define KWF_REQUIRED (0x00000100)
// this keyword must appear in the GPD file
#ifdef GMACROS
#define KWF_CHAIN (0x00000200)
// if more than one entry exists for a given treenode,
// subsequent entries are chained onto the first
// creating a parent list which holds in its values
// the actual inhabitants of the treenode.
#endif
// The mainKeyword Table is an array of structures of the form:
typedef struct{ PSTR pstrKeyword ; // keywordID is the index of this entry.
DWORD dwHashValue ; // optional - implement as time permits.
VALUE eAllowedValue ; DWORD flAgs ; KEYWORD_TYPE eType; // may replace Type/Subtype with a function
DWORD dwSubType ; // if there is minimal code duplication.
DWORD dwOffset ; // into appropriate struct for attributes only.
// the size (num bytes to copy) of an attribute is easily determined
// from the AllowedValue field.
} KEYWORDTABLE_ENTRY, * PKEYWORDTABLE_ENTRY;
// ---- End of MainKeyword table Section ---- //
// ---- MainKeyword Dictionary Section ---- //
/* note the MainKeywordTable is subdivided into sections
with each section terminated by a NULL pstrKeyword.this enumerates the sections. The MTI_RNGDICTIONARYprovides the starting and ending indicies of thethe Keyword entries which each section spans. */
typedef enum {NON_ATTR, GLOBAL_ATTR, FEATURE_ATTR,OPTION_ATTR, COMMAND_ATTR, FONTCART_ATTR, TTFONTSUBS_ATTR,OEM_ATTR , END_ATTR} KEYWORD_SECTS ;
typedef struct{ DWORD dwStart ; // index of first keyword in this section
DWORD dwEnd ;} RANGE, *PRANGE ; // tag shall be rng
// ---- End of MainKeyword Dictionary Section ---- //
// ---- Attribute Trees Section ---- //
/* an Attribute Tree is comprised of a set of ATTRIB_TREE
nodes linked together. The root of the tree (the first node) may be a global default initializer. */
typedef enum{ NEXT_FEATURE, // offset field contain index to another node
VALUE_AT_HEAP, // offset is a heap offset
UNINITIALIZED // offset has no meaning yet. (a transient state)
} ATTOFFMEANS ;
#define DEFAULT_INIT (0xffffffff)
// Warning! this value may be truncated to WORD to
// fit into a qualified name!
// #define END_OF_LIST (0xffffffff)
// moved to gpd.h
// may used where a node index is expected
typedef struct{ DWORD dwFeature ; // may also be set to DEFAULT_INIT
DWORD dwOption ; // DEFAULT_INIT indicates this if set
DWORD dwNext ; // index to another node or END_OF_LIST
DWORD dwOffset ; // either offset in heap to value
// or index to node containing another feature.
ATTOFFMEANS eOffsetMeans ;} ATTRIB_TREE, * PATTRIB_TREE ;// the prefix tag shall be 'att'
// these flags are used with ATREEREFS, this complication exists
// because of the overloading of ATREEREFS.
#define ATTRIB_HEAP_VALUE (0x80000000)
// high bit set to indicate this value is an offset into
// the heap.
#define ATTRIB_UNINITIALIZED (ATTRIB_HEAP_VALUE - 1)
// this value indicates no memory location has been allocated
// to hold the value for this attribute.
typedef DWORD ATREEREF ; // hold the index to attribute array
// that is the root of an attribute tree or if high bit is set
// is an offset to the heap where the actual value lies.
//
// the prefix tag shall be 'atr'
typedef PDWORD PATREEREF ;
// ---- End of Attribute Trees Section ---- //
// ---- UI Constraints Section ---- //
// slightly different from that defined in parser.h
typedef struct{ DWORD dwNextCnstrnt ; DWORD dwFeature ; DWORD dwOption ;}CONSTRAINTS, * PCONSTRAINTS ;// the prefix tag shall be 'cnstr'
// ---- End of UI Constraints Section ---- //
// ---- InvalidCombo Section ---- //
// R.I.P. - moved to parser.h
// typedef struct
// {
// DWORD dwFeature ; // the INVALIDCOMBO construct defines
// DWORD dwOption ; // a set of elements subject to the constraint
// DWORD dwNextElement ; // that all elements of the set cannot be
// DWORD dwNewCombo ; // selected at the same time.
// }
// INVALIDCOMBO , * PINVALIDCOMBO ;
// the prefix tag shall be 'invc'
// Note: both dwNextElement and dwNewCombo are terminated by END_OF_LIST.
// ---- End of InvalidCombo Section ---- //
// store timestamp of GPD files and included files here.
typedef struct _GPDFILEDATEINFO {
ARRAYREF arFileName; FILETIME FileTime;
} GPDFILEDATEINFO, *PGPDFILEDATEINFO;
// ---- State Machine Section ---- //
/* the state machine is used to define different parsing contexts
introduced by the construct keywords. Each state recognizes a differentset of Construct and Attribute Keywords. The 2 dimensional matriciesAllowedTransitions and AllowedAttributes define these. The statesare nested, so a stack is a good way to track the complete stateof the system. Each state is introduced by a construct keywordwith its optional symbol value which is stored in the stack forsubsequent use. */
typedef enum{ STATE_ROOT, STATE_UIGROUP, STATE_FEATURE, STATE_OPTIONS, STATE_SWITCH_ROOT, STATE_SWITCH_FEATURE, STATE_SWITCH_OPTION, STATE_CASE_ROOT, STATE_DEFAULT_ROOT, STATE_CASE_FEATURE, STATE_DEFAULT_FEATURE, STATE_CASE_OPTION, STATE_DEFAULT_OPTION, STATE_COMMAND, STATE_FONTCART, STATE_TTFONTSUBS, STATE_OEM, // any other passive construct
STATE_LAST, // must terminate list of valid states
STATE_INVALID // must be after STATE_LAST
} STATE, * PSTATE ; // the prefix tag shall be 'st'
extern CONST PBYTE gpubStateNames[] ;
// note if STATE enum changes, update the global gpubStateNames[]
typedef struct{ STATE stState ; DWORD dwSymbolID ;} STSENTRY , * PSTSENTRY; // StateStackEntry the prefix tag shall be 'sts'
// The AllowedTransitions Table determines/defines
// the state changes produced by each construct keyword
// Each entry in the table is a NewState and is indexed
// by the OldState and a ConstructKeyword
// extern STATE gastAllowedTransitions[STATE_LAST][CONSTRUCT_LAST] ;
// This is now in GLOBL structure
// the AllowedAttributes table defines which attributes are
// allowed in each state.
// extern BOOL gabAllowedAttributes[STATE_LAST][ATT_LAST] ;
// This is now in GLOBL structure
// state of token parser (not to be confused with
// state machine defined above.)
typedef enum{ PARST_EXIT, PARST_EOF, PARST_KEYWORD, PARST_COLON, PARST_VALUE, PARST_INCLUDEFILE, PARST_ABORT} PARSTATE ; // tag shall be 'parst'
// ---- End of State Machine Section ---- //
// ---- Value Structures Section ---- //
/* the values from the attribute keywords are stored
in various structures. Typically there is one type ofstructure for each construct and one instance ofa structure for each unique Symbol name. The SymbolIDis normally used to index the instance of the structurewithin the array of structures. */
#if TODEL
typedef struct{ ARRAYREF arTTFontName ; ARRAYREF arDevFontName ;} TTFONTSUBTABLE, *PTTFONTSUBTABLE ;// tag 'ttft'
//
// Data structure used to represent the format of loOffset when indicating resource Ids
//
typedef struct{ WORD wResourceID ; // ResourceID
BYTE bFeatureID ; // Feature index for the resource DLL feature.
// If zero, we will use the name specified
// in ResourceDLL
BYTE bOptionID ; // Option index for the qualified resource dll name.
} QUALNAMEEX, * PQUALNAMEEX ;
typedef struct{ DWORD dwRCCartNameID ; ARRAYREF strCartName ; DWORD dwFontLst ; // Index to list of FontIDs
DWORD dwPortFontLst ; DWORD dwLandFontLst ;} FONTCART , * PFONTCART ; // the prefix tag shall be 'fc'
#endif
typedef struct // for ease of processing shall contain only ATREEREFs
{ ATREEREF atrGPDSpecVersion ; // "GPDSpecVersion"
ATREEREF atrMasterUnits ; // "MasterUnits"
ATREEREF atrModelName ; // "ModelName"
ATREEREF atrModelNameID ; // "rcModelNameID"
ATREEREF atrGPDFileVersion ; // "GPDFileVersion"
ATREEREF atrGPDFileName ; // "GPDFileName"
ATREEREF atrOEMCustomData ; // "OEMCustomData"
// next four fields used by Synthesized Features
ATREEREF atrNameInstalled ; // "OptionNameInstalled"
ATREEREF atrNameIDInstalled ; // "rcOptionNameInstalledID"
ATREEREF atrNameNotInstalled ; // "OptionNameNotInstalled"
ATREEREF atrNameIDNotInstalled ; // "rcOptionNameNotInstalledID"
// support for common UI macro controls
ATREEREF atrDraftQualitySettings; // "DraftQualitySettings"
ATREEREF atrBetterQualitySettings; // "BetterQualitySettings"
ATREEREF atrBestQualitySettings; // "BestQualitySettings"
ATREEREF atrDefaultQuality ; // "DefaultQuality"
ATREEREF atrPrinterType ; // "PrinterType"
ATREEREF atrPersonality ; // "Personality"
ATREEREF atrRcPersonalityID ; // "rcPersonalityID"
// ATREEREF atrIncludeFiles; // "Include"
ATREEREF atrResourceDLL; // "ResourceDLL"
ATREEREF atrCodePage; // "CodePage"
ATREEREF atrMaxCopies; // "MaxCopies"
ATREEREF atrFontCartSlots; // "FontCartSlots"
ATREEREF atrPrinterIcon; // "rcPrinterIconID"
ATREEREF atrHelpFile; // "HelpFile"
// obsolete?
ATREEREF atrOutputDataFormat; // "OutputDataFormat"
ATREEREF atrMaxPrintableArea; // "MaxPrintableArea"
//
// Printer Capabilities related information
//
ATREEREF atrRotateCoordinate; // "RotateCoordinate?"
ATREEREF atrRasterCaps; // "RasterCaps"
ATREEREF atrRotateRasterData; // "RotateRaster?"
ATREEREF atrTextCaps; // "TextCaps"
ATREEREF atrRotateFont; // "RotateFont?"
ATREEREF atrMemoryUsage; // "MemoryUsage"
ATREEREF atrReselectFont; // "ReselectFont"
ATREEREF atrPrintRate; // "PrintRate"
ATREEREF atrPrintRateUnit; // "PrintRateUnit"
ATREEREF atrPrintRatePPM; // "PrintRatePPM"
ATREEREF atrOutputOrderReversed; // "OutputOrderReversed?"
// may change per snapshot.
ATREEREF atrReverseBandOrderForEvenPages; // "ReverseBandOrderForEvenPages?"
ATREEREF atrOEMPrintingCallbacks; // "OEMPrintingCallbacks"
// ATREEREF atrDisabledFeatures ; // "*DisabledFeatures"
//
// Cursor Control related information
//
ATREEREF atrCursorXAfterCR; // "CursorXAfterCR"
ATREEREF atrBadCursorMoveInGrxMode; // "BadCursorMoveInGrxMode"
ATREEREF atrSimulateXMove; // "SimulateXMove"
ATREEREF atrEjectPageWithFF; // "EjectPageWithFF?"
ATREEREF atrLookaheadRegion; // "LookaheadRegion"
ATREEREF atrYMoveAttributes ; // "YMoveAttributes"
ATREEREF atrMaxLineSpacing ; // "MaxLineSpacing"
ATREEREF atrbUseSpaceForXMove ; // "UseSpaceForXMove?"
ATREEREF atrbAbsXMovesRightOnly ; // "AbsXMovesRightOnly?"
ATREEREF atrXMoveThreshold; // "XMoveThreshold"
ATREEREF atrYMoveThreshold; // "YMoveThreshold"
ATREEREF atrXMoveUnits; // "XMoveUnits"
ATREEREF atrYMoveUnits; // "YMoveUnits"
ATREEREF atrLineSpacingMoveUnit; // "LineSpacingMoveUnit"
//
// Color related information
//
ATREEREF atrChangeColorMode; // "ChangeColorModeOnPage?"
ATREEREF atrChangeColorModeDoc; // "ChangeColorModeOnDoc?"
ATREEREF atrMagentaInCyanDye; // "MagentaInCyanDye"
ATREEREF atrYellowInCyanDye; // "YellowInCyanDye"
ATREEREF atrCyanInMagentaDye; // "CyanInMagentaDye"
ATREEREF atrYellowInMagentaDye; // "YellowInMagentaDye"
ATREEREF atrCyanInYellowDye; // "CyanInYellowDye"
ATREEREF atrMagentaInYellowDye; // "MagentaInYellowDye"
ATREEREF atrUseColorSelectCmd; // "UseExpColorSelectCmd?"
ATREEREF atrMoveToX0BeforeColor; // "MoveToX0BeforeSetColor?"
ATREEREF atrEnableGDIColorMapping; // "EnableGDIColorMapping?"
// obsolete fields
ATREEREF atrMaxNumPalettes; // "MaxNumPalettes"
// ATREEREF atrPaletteSizes; // "PaletteSizes"
// ATREEREF atrPaletteScope; // "PaletteScope"
//
// Overlay related information
//
ATREEREF atrMinOverlayID; // "MinOverlayID"
ATREEREF atrMaxOverlayID; // "MaxOverlayID"
//
// Raster data related information
//
ATREEREF atrOptimizeLeftBound; // "OptimizeLeftBound?"
ATREEREF atrStripBlanks; // "StripBlanks"
ATREEREF atrLandscapeGrxRotation; // "LandscapeGrxRotation"
ATREEREF atrRasterZeroFill; // "RasterZeroFill?"
ATREEREF atrRasterSendAllData; // "RasterSendAllData?"
ATREEREF atrSendMultipleRows; // "SendMultipleRows?"
ATREEREF atrMaxMultipleRowBytes; // "MaxMultipleRowBytes"
ATREEREF atrCursorXAfterSendBlockData; // "CursorXAfterSendBlockData"
ATREEREF atrCursorYAfterSendBlockData; // "CursorYAfterSendBlockData"
ATREEREF atrMirrorRasterByte; // "MirrorRasterByte?"
ATREEREF atrMirrorRasterPage; // "MirrorRasterPage?"
//
// Device Font related information
//
ATREEREF atrDeviceFontsList ; // "DeviceFonts"
ATREEREF atrDefaultFont; // "DefaultFont"
ATREEREF atrTTFSEnabled ; // "TTFSEnabled?"
ATREEREF atrRestoreDefaultFont; // "RestoreDefaultFont?"
ATREEREF atrDefaultCTT; // "DefaultCTT"
ATREEREF atrMaxFontUsePerPage; // "MaxFontUsePerPage"
ATREEREF atrTextYOffset; // "TextYOffset"
ATREEREF atrCharPosition; // "CharPosition"
ATREEREF atrDiffFontsPerByteMode; // "DiffFontsPerByteMode?"
//
// Font Downloading related information
//
ATREEREF atrMinFontID; // "MinFontID"
ATREEREF atrMaxFontID; // "MaxFontID"
ATREEREF atrMaxNumDownFonts; // "MaxNumDownFonts"
ATREEREF atrMinGlyphID; // "MinGlyphID"
ATREEREF atrMaxGlyphID; // "MaxGlyphID"
ATREEREF atrDLSymbolSet; // "DLSymbolSet"
ATREEREF atrIncrementalDownload; // "IncrementalDownload?"
ATREEREF atrFontFormat; // "FontFormat"
ATREEREF atrMemoryForFontsOnly; // "MemoryForFontsOnly?"
//
// Rect Fill related information
//
ATREEREF atrCursorXAfterRectFill; // "CursorXAfterRectFill"
ATREEREF atrCursorYAfterRectFill; // "CursorYAfterRectFill"
ATREEREF atrMinGrayFill; // "MinGrayFill"
ATREEREF atrMaxGrayFill; // "MaxGrayFill"
ATREEREF atrTextHalftoneThreshold; // "TextHalftoneThreshold"
// Internal Parser Use Only
ATREEREF atrInvldInstallCombo ; // holds all InvalidCombos
// involving synthesized features.
ATREEREF atrLetterSizeExists ; ATREEREF atrA4SizeExists ;
// ATREEREF atr; // "" prototype
} GLOBALATTRIB, * PGLOBALATTRIB ; // the prefix tag shall be 'ga'
// warning: any non-attribtreeref added to
// the GLOBALATTRIB structure will get stomped on in strange
// ways by BinitPreAllocatedObjects.
// note: some fields in the snapshot won't be initialized.
// they include orderdependencies and constraints. The
// helper functions will do all the grovelling.
// there are two classes of fields in the FeatureOption structure,
// those initialized by a corresponding field in the GPD file
// and those the parser initializes at postprocessing time.
// These fields have no associated GPD keyword.
// For the fields that are keyword initialized, note also
// the keyword may be a Feature attribute only, an Option attribute
// only or both a Feature and Option attribute.
typedef struct{ // -- Feature Level -- //
ATREEREF atrFeatureType; // "FeatureType"
ATREEREF atrUIType; // "UIType" PickMany or PickOne?
ATREEREF atrDefaultOption; // "DefaultOption"
ATREEREF atrPriority ; ATREEREF atrFeaInstallable; // "Installable?"
ATREEREF atrInstallableFeaDisplayName; // "InstallableFeatureName"
ATREEREF atrInstallableFeaRcNameID; // "rcInstallableFeatureNameID"
// above 3 fields not used by snapshot.
ATREEREF atrFeaKeyWord ; // symbol name
ATREEREF atrFeaDisplayName ; // "Name"
ATREEREF atrFeaRcNameID; // "rcNameID"
ATREEREF atrFeaRcIconID; // "rcIconID"
ATREEREF atrFeaRcHelpTextID; // "rcHelpTextID"
ATREEREF atrFeaRcPromptMsgID; // "rcPromptMsgID"
ATREEREF atrFeaRcPromptTime; // "rcPromptTime"
ATREEREF atrConcealFromUI; // "ConcealFromUI?"
ATREEREF atrUpdateQualityMacro; // "UpdateQualityMacro?"
ATREEREF atrFeaHelpIndex; // "HelpIndex"
// Bi-Di Query related information
ATREEREF atrQueryOptionList; // "QueryOptionList"
ATREEREF atrQueryDataType; // "QueryDataType"
ATREEREF atrQueryDefaultOption; // "QueryDefaultOption"
// scaffolding until Installable Features are synthesized.
// ATREEREF atrFeaInvldInstallCombo ; // // referenced from
// "InvalidInstallableCombination"
ATREEREF atrFeaInstallConstraints ; // "InstalledConstraints"
ATREEREF atrFeaNotInstallConstraints ; // "NotInstalledConstraints"
// -- Option Level -- //
ATREEREF atrOptInstallable; // "Installable?"
ATREEREF atrInstallableOptDisplayName ; // "InstallableFeatureName"
ATREEREF atrInstallableOptRcNameID; // "rcInstallableFeatureNameID"
// above 3 fields not used by snapshot.
ATREEREF atrOptKeyWord ; // symbol name
ATREEREF atrOptDisplayName ; // "Name"
ATREEREF atrOptRcNameID; // "rcNameID"
ATREEREF atrOptRcIconID; // "rcIconID"
ATREEREF atrOptRcHelpTextID; // "rcHelpTextID"
ATREEREF atrOptHelpIndex; // "HelpIndex"
ATREEREF atrOptRcPromptMsgID; // "rcPromptMsgID"
ATREEREF atrOptRcPromptTime; // "rcPromptTime"
ATREEREF atrCommandIndex ; // these 2 fields are the only permanent types of constraints
ATREEREF atrConstraints ; ATREEREF atrInvalidCombos ; // referenced from "InvalidCombination"
// all of these serve as scaffolding till the Installable
// features are synthesized!
// ATREEREF atrOptInvldInstallCombo ; // // referenced from
// "InvalidInstallableCombination"
ATREEREF atrOptInstallConstraints ; // "InstalledConstraints"
ATREEREF atrOptNotInstallConstraints ; // "NotInstalledConstraints"
ATREEREF atrDisabledFeatures ; // "*DisabledFeatures"
#ifdef GMACROS
ATREEREF atrDependentSettings ; // "*DependentSettings"
ATREEREF atrUIChangeTriggersMacro ; // "*UIChangeTriggersMacro"
#endif
// -- Option specific fields -- //
// -- PaperSize option specific fields -- //
ATREEREF atrPrintableSize; // "PrintableSize"
ATREEREF atrPrintableOrigin; // "PrintableOrigin"
ATREEREF atrCursorOrigin; // "CursorOrigin"
ATREEREF atrVectorOffset; // "VectorOffset"
ATREEREF atrMinSize; // "MinSize"
ATREEREF atrMaxSize; // "MaxSize"
ATREEREF atrTopMargin; // "TopMargin"
ATREEREF atrBottomMargin; // "BottomMargin"
ATREEREF atrMaxPrintableWidth; // "MaxPrintableWidth"
ATREEREF atrMinLeftMargin; // "MinLeftMargin"
ATREEREF atrCenterPrintable; // "CenterPrintable?"
ATREEREF atrPageDimensions; // "PageDimensions"
ATREEREF atrRotateSize; // "RotateSize?"
ATREEREF atrPortRotationAngle; // "PortRotationAngle"
ATREEREF atrPageProtectMem; // "PageProtectMem"
ATREEREF atrCustCursorOriginX ; // "CustCursorOriginX"
ATREEREF atrCustCursorOriginY ; // "CustCursorOriginY"
ATREEREF atrCustPrintableOriginX ; // "CustPrintableOriginX"
ATREEREF atrCustPrintableOriginY ; // "CustPrintableOriginY"
ATREEREF atrCustPrintableSizeX; // "CustPrintableSizeX"
ATREEREF atrCustPrintableSizeY; // "CustPrintableSizeY"
// -- InputBin option specific fields -- //
ATREEREF atrFeedMargins; // "FeedMargins"
ATREEREF atrPaperFeed; // "PaperFeed"
// -- OutputBin option specific fields -- //
// -- Resolution option specific fields -- //
ATREEREF atrDPI; // "DPI"
ATREEREF atrSpotDiameter; // "SpotDiameter"
ATREEREF atrTextDPI; // "TextDPI"
ATREEREF atrPinsPerPhysPass; // "PinsPerPhysPass"
ATREEREF atrPinsPerLogPass; // "PinsPerLogPass"
ATREEREF atrRequireUniDir; // "RequireUniDir?"
ATREEREF atrMinStripBlankPixels; // "MinStripBlankPixels"
ATREEREF atrRedDeviceGamma ; // "RedDeviceGamma"
ATREEREF atrGreenDeviceGamma ; // "GreenDeviceGamma"
ATREEREF atrBlueDeviceGamma ; // "BlueDeviceGamma"
// -- ColorMode option specific fields -- //
ATREEREF atrColor; // "Color?"
ATREEREF atrDevNumOfPlanes; // "DevNumOfPlanes"
ATREEREF atrDevBPP; // "DevBPP"
ATREEREF atrColorPlaneOrder; // "ColorPlaneOrder"
ATREEREF atrDrvBPP; // "DrvBPP"
ATREEREF atrIPCallbackID; // "IPCallbackID"
ATREEREF atrColorSeparation; // "ColorSeparation?"
ATREEREF atrRasterMode; // "RasterMode"
ATREEREF atrPaletteSize; // "PaletteSize"
ATREEREF atrPaletteProgrammable; // "PaletteProgrammable?"
// -- Memory option specific fields -- //
ATREEREF atrMemoryConfigKB; // "MemoryConfigKB"
ATREEREF atrMemoryConfigMB; // "MemoryConfigMB"
// -- Halftone option specific fields -- //
ATREEREF atrRcHTPatternID; // "rcHTPatternID"
ATREEREF atrHTPatternSize; // "HTPatternSize"
ATREEREF atrHTNumPatterns; // "HTNumPatterns"
ATREEREF atrHTCallbackID; // "HTCallbackID"
ATREEREF atrLuminance; // "Luminance"
// -- OUTPUTBIN option specific fields -- //
ATREEREF atrOutputOrderReversed ; // *OutputOrderReversed? (option level)
// -- fields synthesized at Post Processing time -- //
// ATREEREF atrGIDvalue; // GID value
ATREEREF atrOptIDvalue; // ID value
ATREEREF atrFeaFlags ; // invalid or not
// If this option is installable, this points to the index of the
// resulting synthesized feature.
ATREEREF atrOptionSpawnsFeature ; // must support an attrib tree.
// warning: any non-attribtreeref added to
// the DFEATURE_OPTIONS structure will get stomped on in strange
// and wonderful ways by BinitPreAllocatedObjects.
// if this is a synthesized feature:
DWORD dwInstallableFeatureIndex ; // backlink to Feature/Option
DWORD dwInstallableOptionIndex ; // that prompted this feature.
// If this feature is installable, this points to the index of the
// resulting synthesized feature.
DWORD dwFeatureSpawnsFeature ;
// internal consistency checks.
BOOL bReferenced ; // default is FALSE.
DWORD dwGID , // GID tag
dwNumOptions ; // these are not read in from GPD file.
}DFEATURE_OPTIONS, * PDFEATURE_OPTIONS ; // the prefix tag shall be 'fo'
// R.I.P. - moved to gpd.h
// typedef struct
// {
// SEQSECTION eSection; // Specifies the section
// DWORD dwOrder ; // order within each section.
// } ORDERDEPENDENCY , * PORDERDEPENDENCY ;
// assign this struct the type 'ord'
// ---- End of Value Structures Section ---- //
// ---- Header Section ---- //
typedef struct{ PSTR pstrKeyword ; // keyword associated with this entry
VALUE dwDefaultValue ; // One DWORD that will be copied
// to the destination if nothing is found
// in the attribute tree. If the field
// requires more than one DWORD, this
// value is repeatedly copied.
//
// if the value being copied is actually
// a bit flag, this member shall contain
// the value of the bit flag to be set.
// Setting the flag shall be accomplished by
// OR-ing this value into the destination.
DWORD dwNbytes ; // # bytes occupied by value or link
DWORD dwSrcOffset ; // location of ATREEREF
DWORD dwDestOffset ; // offset in snapshot (dest) Structure to
// copy link to object or object itself.
DWORD dwFlags ; // is this a dedicated structure?
// ideally to ensure consistency, should
// copy flags directly from the mainkeyword table.
DWORD dwGIDflags ; // BitField indicating which GID this
// field is a member of. Only one bit should be set.
} SNAPSHOTTABLE , * PSNAPSHOTTABLE ;
// the snapshot table determines which fields in the
// rawbinarydata are copied over to each structure in the
// snapshot. This table is initialized only when a
// rawbinarydata block is read from file.
typedef struct {
RAWBINARYDATA rbd ; // may be accessed by UI and control module.
DWORD dwSpecVersion ; // store converted version number
// ptrs to tables required to generate snapshot.
// these tables are allocated and initialized when
// the RawBinaryData is read from file. They are not saved
// to file.
// max buffer size needed to store option array in keyword form:
DWORD dwMaxDocKeywordSize, // Doc-Sticky,not used now but might later.
dwMaxPrnKeywordSize; // Printer-Sticky
#if 0
PSNAPSHOTTABLE snapShotTable ; PRANGE ssTableIndex ; PDWORD pdwSizeOption ; PDWORD pdwSizeOptionEx ; DWORD dwSSCmdSelectIndex ; // SS index of atrCommandIndex in pfo
DWORD dwSSdefaultOptionIndex ; // SSindex of atrDefaultOption in pfo
DWORD dwSSTableCmdIndex ; // SSindex of MTI_COMMANDTABLE entry.
DWORD dwSSPaperSizeMinSizeIndex ; // index not actually used
DWORD dwSSPaperSizeMaxSizeIndex ; DWORD dwSSPaperSizeMarginsIndex ; DWORD dwSSPaperSizeCursorOriginIndex ; DWORD dwSSFeatureTypeIndex ; DWORD dwSSConstraintsIndex ; DWORD dwSSInvalidCombosIndex ; // add other special case indicies here.
#endif
} MINIRAWBINARYDATA, * PMINIRAWBINARYDATA;
// assign this struct the type 'mrbd'
// First 6 or so fields are same as RAWBINARYDATA.
// global !
// extern MINIRAWBINARYDATA gmrbd ;
// This is now in GLOBL structure.
typedef struct { RAWBINARYDATA rbd ; // may be accessed by UI and control module.
// this must be the FIRST! field, so Amanda's code will still function.
// so initialize with beginning of pubBUDData.
HFILEMAP hFileMap; // handle to memory mapped BUD file.
PBYTE pubBUDData ; // ptr to image of BUD file.
// first structure is RAWBINARYDATA
PSNAPSHOTTABLE snapShotTable ; PRANGE ssTableIndex ; PDWORD pdwSizeOption ; PDWORD pdwSizeOptionEx ;
DWORD dwSSFeatureTypeIndex ; DWORD dwSSdefaultOptionIndex ; // SSindex of atrDefaultOption in pfo
DWORD dwSSPaperSizeMinSizeIndex ; // index not actually used
DWORD dwSSPaperSizeMaxSizeIndex ; DWORD dwSSTableCmdIndex ; // SSindex of MTI_COMMANDTABLE entry.
DWORD dwSSCmdSelectIndex ; // SS index of atrCommandIndex in pfo
DWORD dwSSPaperSizeCursorOriginIndex ; DWORD dwSSConstraintsIndex ; DWORD dwSSInvalidCombosIndex ;#ifdef GMACROS
DWORD dwSSDepSettingsIndex ; DWORD dwSSUIChangeTriggersMacroIndex ;#endif
#if 0 // Don't define unless necessary.
DWORD dwSSPaperSizeMarginsIndex ; // add other special case indicies here.
#endif
} STATICFIELDS, *PSTATICFIELDS ; // These are fields that contain static data that is used
// to create the snapshot, but would be repetitive and waste space if kept in the BUD file.
// ---- End of Header Section ---- //
// ---- CommandArray Section ---- //
// #define NO_CALLBACK_ID (0xffffffff)
#define CMD_SELECT (0xfffffffe)
// used in place of a symbolID resulting from
// registering a command name.
// R.I.P. - moved to gpd.h
// typedef struct
// {
// ARRAYREF strInvocation ; // use only if NOT a CmdCallback.
// ORDERDEPENDENCY ordOrder ;
// DWORD dwCmdCallbackID ; // set to UNUSED if not a CmdCallback
// DWORD dwStandardVarsList ; // use only if CmdCallback. Points to
// // root of list holding indicies of Standard Vars
// // to be passed into the callback.
// } COMMAND, * PCOMMAND ;
// assign this struct the type 'cmd'
// typedef struct
// {
// DWORD dwFormat ; // first letter after the %
// DWORD dwDigits ; // used if wFormat = 'd' or 'D' and
// // PARAM_FLAG_FIELDWIDTH_USED
// DWORD dwFlags ; // see param_flags
// LONG lMin ; // optional lower limit
// LONG lMax ; // optional upper limit
// // DWORD dwMaxRepeat ; // optional max repeat count
// // doesn't really exist!
// ARRAYREF arTokens ; // tokens for RPN calculator
// } PARAMETER, * PPARAMETER ;
// assign this struct the type 'param'
// #define PARAM_FLAG_MIN_USED 0x00000001
// // lMin field is used
// #define PARAM_FLAG_MAX_USED 0x00000002
// // lMax field is used
// #define PARAM_FLAG_FIELDWIDTH_USED 0x00000004
// // if fieldwidth was specified for 'd' or 'D' format.
// #define PARAM_FLAG_MAXREPEAT_USED 0x00000008 // dead
// // dwMaxRepeat field is used
// typedef struct
// {
// DWORD dwValue ; // integer or Standard Variable index
// OPERATOR eType; // type of Value or operator
// } TOKENSTREAM, * PTOKENSTREAM ;
// assign this struct the type 'tstr'
// typedef enum
// { OP_INTEGER, // dwValue contains an integer
// OP_VARI_INDEX,
// // dwValue contains index to Standard Variable Table.
//
// // these operators will actually be inserted into the token
// // stream.
// OP_MIN, OP_MAX, OP_ADD, OP_SUB, OP_MULT,
// OP_DIV, OP_MOD, OP_MAX_REPEAT, OP_HALT
//
// // these operators are used only in the temporary stack
// OP_OPENPAR, OP_CLOSEPAR, OP_NEG,
//
// // these operators are processed immediately by the
// // token parser and are not stored.
// OP_COMMA, OP_NULL, OP_LAST
// } OPERATOR ; // parameter operator.
//
// extern DWORD gdwOperPrecedence[OP_LAST] ;
// This is now in GLOBL structure.
// ---- End of CommandArray Section ---- //
// ---- List Values Section ---- //
/* this defines the nodes used to implement a singly-linked
list of DWORD items. Some values are stored in Lists. */
// typedef struct
// {
// DWORD dwData ;
// DWORD dwNextItem ; // index of next listnode
// } LISTNODE, * PLISTNODE ;
// assign this struct the type 'lst'
// ---- End of List Values Section ---- //
// ---- Macros Section ---- //
// BLOCKMACRODICT is an array of BLOCKMACRODICTENTRY structs
// that allows the function to resolve references to BlockMacros.
typedef struct{ DWORD dwSymbolID; // macro name ID value (obtained by RegisterSymbol)
DWORD dwTKIndexOpen; // index of open brace (in newTokenMap)
DWORD dwTKIndexClose; // index of closing brace
} BLOCKMACRODICTENTRY, * PBLOCKMACRODICTENTRY ;
// VALUEMACRODICT is an array of VALUEMACRODICTENTRY structs
// that allows the function to resolve references to valueMacros.
typedef struct{ DWORD dwSymbolID; // macro name ID value
DWORD dwTKIndexValue; // token index of valueMacro defintion
} VALUEMACRODICTENTRY, * PVALUEMACRODICTENTRY ;
// MACROLEVELSTACK: is operated as a stack of MACROLEVELSTATE
// structs that saves the values of curBlockMacroEntry
// and curValueMacroEntry , each time a brace is encountered.
typedef struct{ DWORD dwCurBlockMacroEntry; DWORD dwCurValueMacroEntry; BOOL bMacroInProgress ;} MACROLEVELSTATE, * PMACROLEVELSTATE ;
// ---- End of Macros Section ---- //
// ---- Global and state Variables ---- //
// {
// ---- Error handling variables ---- //
typedef enum {ERRSEV_NONE, ERRSEV_CONTINUE, ERRSEV_RESTART, ERRSEV_FATAL} SEVERITY ;
typedef enum {ERRTY_NONE, ERRTY_SYNTAX, ERRTY_MEMORY_ALLOCATION, ERRTY_FILE_OPEN, ERRTY_CODEBUG} ERRTYPE ;
// All of the following are now in GLOBL structure.
// extern DWORD gdwMasterTabIndex ; // which resource ran out
// extern SEVERITY geErrorSev ; // how bad an error?
// extern ERRTYPE geErrorType ; // what type of error?
// extern DWORD gdwVerbosity ; // 0 = min verbosity 4 max verbosity.
// extern DWORD gdwID_IgnoreBlock ; // index of *IgnoreBlock
// extern DWORD gdwMemConfigKB, gdwMemConfigMB, gdwOptionConstruct,
// gdwOpenBraceConstruct, gdwCloseBraceConstruct,
// gdwMemoryConfigMB, gdwMemoryConfigKB,
// gdwCommandConstruct, gdwCommandCmd,
// gdwOptionName ;
// extern DWORD gdwResDLL_ID ; // Feature index of feature holding
// names of all resource DLLs.
// Table to convert allowed values to sizes:
// extern DWORD gValueToSize[VALUE_MAX] ; // size of various values in bytes
// ---- track value of curBlockMacroArray and curValueMacroArray ---- //
// BUG_BUG!!!!! may be part of master table !
// DWORD gdwCurBlockMacroArray ; // initially set to zero. First
// DWORD gdwCurValueMacroArray ; // writable slot in MacroArray.
// DWORD gdwMacroLevelStackPtr ; // Push: write values into
// MacroLevelStack[MacroLevelStackPtr++]
// Pop: read values from
// MacroLevelStack[--MacroLevelStackPtr]
// }
// These commonly used entities will be MACROS.
#define mMainKeywordTable ((PKEYWORDTABLE_ENTRY)(gMasterTable[MTI_MAINKEYWORDTABLE].pubStruct))
#define mpubOffRef (gMasterTable[MTI_STRINGHEAP].pubStruct)
// All stringheap offsets are referenced from this pointer.
#define mloCurHeap (gMasterTable[MTI_STRINGHEAP].dwCurIndex)
// current writable position on heap.
#define mdwMaxHeap (gMasterTable[MTI_STRINGHEAP].dwArraySize)
// maximum size of heap.
#define mpstsStateStack ((PSTSENTRY)gMasterTable[MTI_STSENTRY].pubStruct)
// base of state stack
#define mdwCurStsPtr (gMasterTable[MTI_STSENTRY].dwCurIndex)
// current writable (uninitialized) position on stack.
#define mdwMaxStackDepth (gMasterTable[MTI_STSENTRY].dwArraySize)
// maximum size of heap.
// ---- Index in SYMBOLNODE array to each type of tree ---- //
// initially set to INVALID_INDEX
#define mdwFeatureSymbols (*((PDWORD)gMasterTable[MTI_SYMBOLROOT].pubStruct\
+ SCL_FEATURES))#define mdwFontCartSymbols (*((PDWORD)gMasterTable[MTI_SYMBOLROOT].pubStruct\
+ SCL_FONTCART))#define mdwTTFontSymbols (*((PDWORD)gMasterTable[MTI_SYMBOLROOT].pubStruct\
+ SCL_TTFONTNAMES))#define mdwBlockMacroSymbols (*((PDWORD)gMasterTable[MTI_SYMBOLROOT].pubStruct\
+ SCL_BLOCKMACRO))#define mdwValueMacroSymbols (*((PDWORD)gMasterTable[MTI_SYMBOLROOT].pubStruct\
+ SCL_VALUEMACRO))#define mdwCmdNameSymbols (*((PDWORD)gMasterTable[MTI_SYMBOLROOT].pubStruct\
+ SCL_COMMANDNAMES))#define mdwPreProcDefinesSymbols (*((PDWORD)gMasterTable[MTI_SYMBOLROOT].pubStruct\
+ SCL_PPDEFINES))
/* ----- tables of constants ----- */
typedef enum {BT_FALSE, BT_TRUE} BOOLEANTYPE ;
typedef enum { UIT_PICKONE, UIT_PICKMANY } UITYPE ;
typedef enum _QUERYDATATYPE { QDT_DWORD, QDT_CONCATENATED_STRINGS} QUERYDATATYPE;
// typedef enum
// {ORIENT_PORTRAIT, ORIENT_CC90, ORIENT_CC270 }
// ORIENTATION ; // decided to overload LANDSCAPEGRXROTATION
// // instead of using a separate enum for orientation
// // option keywords.
// typedef enum
// {
// SECT_UNINITIALIZED, JOB_SETUP, DOC_SETUP, PAGE_SETUP, PAGE_FINISH,
// DOC_FINISH, JOB_FINISH
// } SECTION ; replaced by SEQ_SECTION
typedef struct{ DWORD tIndexID; // tokenindex where a macro ID value is stored
DWORD tIndexOpen; // index of open brace
DWORD tIndexClose; // index of closing brace
} BLOCKMACROARRAY ;
// snapshot and helper functions.
#define OPTION_PENDING (OPTION_INDEX_ANY - 1)
#define NUM_CONFIGURATION_CMDS (LAST_CONFIG_CMD - FIRST_CONFIG_CMD)
// number of predefined commands that are emitted
// at a fixed point in the job determined by order dependency.
#define MAX_SNAPSHOT_ELEMENTS (200)
// increase as more entries are added to the snapshot table.
typedef enum{ TRI_UTTER_FAILURE, TRI_SUCCESS, TRI_AGAIN, TRI_UNINITIALIZED} TRISTATUS ;
typedef enum { SSTI_GLOBALS, SSTI_UPDATE_GLOBALS, SSTI_UIINFO, SSTI_UPDATE_UIINFO, SSTI_FEATURES, SSTI_UPDATE_FEATURES, SSTI_OPTIONS, SSTI_UPDATE_OPTIONS, SSTI_OPTIONEX, SSTI_UPDATE_OPTIONEX, SSTI_SPECIAL, MAX_STRUCTURETYPES } SSTABLEINDEX ;
// flags for snapshot table.
#define SSF_REQUIRED 0x00000001
// fail if there is no value to copy
#define SSF_DONT_USEDEFAULT 0x00000002
// if there is no value to copy leave dest
// undisturbed. Do not copy the default value.
#define SSF_OFFSETONLY 0x00000004
// Copy only the loOffset of an arrayref.
#define SSF_MAKE_STRINGPTR 0x00000008
// Convert arrayref to stringptr
#define SSF_SETRCID 0x00000010
// set high bit after copying the value (if found)
#define SSF_FAILIFZERO 0x00000020
// unlike SSF_REQUIRED, allow current copy
// to fail, then fail only if dest is zero.
#define SSF_SECOND_DWORD 0x00000040
// treat src value object as array of DWORDS
// and copy the 2nd DWORD to the destination.
// used to transfer just the Y value of a point
// to the dest.
#define SSF_KB_TO_BYTES 0x00000080
// treat dest as a dword and left shift by 10 bits.
#define SSF_HEAPOFFSET 0x00000100
// instead of copying the bytes at pheap + heapoffset
// just copy heapoffset to the destination.
// this is used with dedicated structures where
// the heapoffset is actually the array index of a dedicated
// structure.
#define SSF_RETURN_UNINITIALIZED 0x00000200
// if no value exists, cause EextractValueFromTree
// to return TRI_UNINITIALIZED, but don't complain
// to user.
#define SSF_NON_LOCALIZABLE 0x00000400
// this keyword contains an explicit string and the resulting
// GPD file is not localizable. The parser will emit a
// warning whenever such a keyword is parsed.
#define SSF_MB_TO_BYTES 0x00000800
// treat dest as a dword and left shift by 20 bits.
#define SSF_STRINGLEN 0x00001000
// just copy dwCount portion of arrayref to the destination.
// the next 3 flags are to support the helper function
// GetGPDResourceIDs() which is used only by Bob's MDT tool.
// Note when any new entries are added to snaptbl.c
// you should see if any of these flags need to be set.
// otherwise GetGPDResourceIDs will not report any
// IDs used by the new entries.
#define SSF_FONTID 0x00002000
// This entry is a Font resource ID.
#define SSF_STRINGID 0x00004000
// This entry is a String resource ID.
#define SSF_LIST 0x00008000
// This entry is a LIST (the index of a LISTNODE)
#define SSF_ICONID 0x00010000
// This entry is an Icon resource ID.
#define SSF_OTHER_RESID 0x00020000
// This entry is an unclassified resource ID.
// ie CTT, rcPromptMsgID, HelpIndex, rcHTPatternID
#define SSF_BITFIELD_DEF_FALSE (0x00040000)
// This entry is a Bitfield, which is CLEARED
// by default.
#define SSF_BITFIELD_DEF_TRUE (0x00080000)
// This entry is a Bitfield, which is SET
// by default.
// bitflags may be used with SSF_REQUIRED.
// Bitfields are SET and CLEARED depending on the
// value of the Boolean in the attribute tree.
// the Bits to SET are defined by dwDefaultValue.
// how do we verify proper initialization in the case when a dest
// field must be initialized by at least one of several keywords?
// The first keyword has a default initializer value of zero.
// and has no flags set. The last keyword has the
// SSF_DONT_USEDEFAULT | SSF_FAILIFZERO flags set.
// The keywords in between has the SSF_DONT_USEDEFAULT flag set.
#define GIDF_RESOLUTION (1 << GID_RESOLUTION)
#define GIDF_PAGESIZE (1 << GID_PAGESIZE)
#define GIDF_PAGEREGION (1 << GID_PAGEREGION)
#define GIDF_DUPLEX (1 << GID_DUPLEX)
#define GIDF_INPUTSLOT (1 << GID_INPUTSLOT)
#define GIDF_MEDIATYPE (1 << GID_MEDIATYPE)
#define GIDF_MEMOPTION (1 << GID_MEMOPTION)
#define GIDF_COLORMODE (1 << GID_COLORMODE)
#define GIDF_ORIENTATION (1 << GID_ORIENTATION)
#define GIDF_PAGEPROTECTION (1 << GID_PAGEPROTECTION)
#define GIDF_COLLATE (1 << GID_COLLATE)
#define GIDF_OUTPUTBIN (1 << GID_OUTPUTBIN)
#define GIDF_HALFTONING (1 << GID_HALFTONING)
//
// All the thread-unsafe data that was previously global has now
// been packed into this structure.
//
typedef struct {
MASTERTAB_ENTRY GMasterTable[MTI_MAX_ENTRIES] ;
MINIRAWBINARYDATA Gmrbd ;
// The AllowedTransitions Table determines/defines
// the state changes produced by each construct keyword
// Each entry in the table is a NewState and is indexed
// by the OldState and a ConstructKeyword
STATE GastAllowedTransitions[STATE_LAST][CONSTRUCT_LAST] ;
BOOL GabAllowedAttributes[STATE_LAST][ATT_LAST] ;
DWORD GdwOperPrecedence[OP_LAST] ;
DWORD GdwMasterTabIndex ; // which resource ran out
SEVERITY GeErrorSev ; // how bad an error?
ERRTYPE GeErrorType ; // what type of error?
DWORD GdwVerbosity ; // 0 = min verbosity 4 max verbosity.
DWORD GdwID_IgnoreBlock ; // index of *IgnoreBlock
DWORD GValueToSize[VALUE_MAX] ; // size of various values in bytes
// MainKeywordTable ID values for keywords
// that will be synthesized or read by shortcuts code.
DWORD GdwMemConfigKB, GdwMemConfigMB, GdwOptionConstruct, GdwOpenBraceConstruct, GdwCloseBraceConstruct, GdwMemoryConfigMB, GdwMemoryConfigKB, GdwCommandConstruct, GdwCommandCmd, GdwOptionName ;
DWORD GdwResDLL_ID ; // Feature index of feature holding
// names of all resource DLLs.
DWORD GdwLastIndex; // Used only in token1.c. Used to suppress
// BarchiveStrings() from doing redundant
// copying of the same strings in the event there
// are multiple parsing errors.
ABSARRAYREF GaarPPPrefix; // used only in preproc1.c
CLASSINDEXENTRY GcieTable[CL_NUMCLASSES] ;} GLOBL, * PGLOBL; // All the thread-unsafe data that was previously global has
// been packed into this structure.
// function declarations.
#include "declares.h"
#if defined(DEVSTUDIO)
HANDLE MDSCreateFileW(LPCWSTR lpstrFile, DWORD dwDesiredAccess, DWORD dwShareMode, LPSECURITY_ATTRIBUTES lpsa, DWORD dwCreateFlags, DWORD dwfAttributes, HANDLE hTemplateFile);
#undef CreateFile
#define CreateFile MDSCreateFileW
#endif
#endif // _GPDPARSE_H_
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