actual/packages/node-libofx/OpenSP-1.5.2/include/Syntax.h
2022-04-28 22:44:38 -04:00

530 lines
11 KiB
C++

// Copyright (c) 1994 James Clark
// See the file COPYING for copying permission.
#ifndef Syntax_INCLUDED
#define Syntax_INCLUDED 1
#ifdef __GNUG__
#pragma interface
#endif
#include "types.h"
#include "Boolean.h"
#include "ISet.h"
#include "StringC.h"
#include "SubstTable.h"
#include "HashTable.h"
#include "Vector.h"
#include "Resource.h"
#include "XcharMap.h"
#include "EntityCatalog.h"
#ifdef SP_NAMESPACE
namespace SP_NAMESPACE {
#endif
class Sd;
class CharsetInfo;
class SP_API Syntax : public Resource, public EntityCatalog::Syntax {
public:
enum ReservedName {
rALL,
rANY,
rATTLIST,
rCDATA,
rCONREF,
rCURRENT,
rDATA,
rDEFAULT,
rDOCTYPE,
rELEMENT,
rEMPTY,
rENDTAG,
rENTITIES,
rENTITY,
rFIXED,
rID,
rIDLINK,
rIDREF,
rIDREFS,
rIGNORE,
rIMPLICIT,
rIMPLIED,
rINCLUDE,
rINITIAL,
rLINK,
rLINKTYPE,
rMD,
rMS,
rNAME,
rNAMES,
rNDATA,
rNMTOKEN,
rNMTOKENS,
rNOTATION,
rNUMBER,
rNUMBERS,
rNUTOKEN,
rNUTOKENS,
rO,
rPCDATA,
rPI,
rPOSTLINK,
rPUBLIC,
rRCDATA,
rRE,
rREQUIRED,
rRESTORE,
rRS,
rSDATA,
rSHORTREF,
rSIMPLE,
rSPACE,
rSTARTTAG,
rSUBDOC,
rSYSTEM,
rTEMP,
rUSELINK,
rUSEMAP
};
enum { nNames = rUSEMAP + 1 };
enum Quantity {
qATTCNT,
qATTSPLEN,
qBSEQLEN,
qDTAGLEN,
qDTEMPLEN,
qENTLVL,
qGRPCNT,
qGRPGTCNT,
qGRPLVL,
qLITLEN,
qNAMELEN,
qNORMSEP,
qPILEN,
qTAGLEN,
qTAGLVL
};
enum { nQuantity = qTAGLVL + 1 };
enum { unlimited = 100000000 };
enum DelimGeneral {
dAND,
dCOM,
dCRO,
dDSC,
dDSO,
dDTGC,
dDTGO,
dERO,
dETAGO,
dGRPC,
dGRPO,
dHCRO, // WWW TC addition
dLIT,
dLITA,
dMDC,
dMDO,
dMINUS,
dMSC,
dNET,
dNESTC, // WWW TC addition
dOPT,
dOR,
dPERO,
dPIC,
dPIO,
dPLUS,
dREFC,
dREP,
dRNI,
dSEQ,
dSTAGO,
dTAGC,
dVI
};
enum { nDelimGeneral = dVI + 1 };
enum StandardFunction {
fRE,
fRS,
fSPACE
};
enum FunctionClass {
cFUNCHAR,
cSEPCHAR,
cMSOCHAR,
cMSICHAR,
cMSSCHAR
};
enum Set {
nameStart,
digit,
hexDigit,
nmchar, // LCNMCHAR or UCNMCHAR
s,
blank,
sepchar,
minimumData,
significant,
functionChar, // function character
sgmlChar
};
enum { nSet = sgmlChar + 1 };
enum Category {
otherCategory = 0,
sCategory = 01,
nameStartCategory = 02,
digitCategory = 04,
otherNameCategory = 010
};
Syntax(const Sd &);
virtual ~Syntax();
Boolean lookupFunctionChar(const StringC &, Char *) const;
HashTableIter<StringC,Char> functionIter() const;
Boolean charFunctionName(Char c, const StringC *&name) const;
Boolean lookupReservedName(const StringC &, ReservedName *) const;
const StringC &reservedName(ReservedName) const;
StringC rniReservedName(ReservedName) const;
Number quantity(Quantity) const;
Char standardFunction(int) const;
Boolean getStandardFunction(int, Char &) const;
const StringC &delim() const;
const ISet<Char> *charSet(int i) const;
const SubstTable *generalSubstTable() const;
const SubstTable *entitySubstTable() const;
const SubstTable &upperSubstTable() const;
Boolean namecaseGeneral() const;
Boolean namecaseEntity() const;
const StringC &peroDelim() const;
const StringC &delimGeneral(int) const;
const StringC &delimShortrefComplex(size_t) const;
const ISet<Char> &delimShortrefSimple() const;
int nDelimShortrefComplex() const;
Boolean isValidShortref(const StringC &) const;
Boolean hasShortrefs() const;
Boolean isNameCharacter(Xchar) const;
Boolean isNameStartCharacter(Xchar) const;
Boolean isDigit(Xchar) const;
Boolean isHexDigit(Xchar) const;
Boolean isS(Xchar) const;
Boolean isB(Xchar c) const;
Category charCategory(Xchar) const;
Boolean isSgmlChar(Xchar) const;
size_t attcnt() const;
size_t attsplen() const;
size_t namelen() const;
size_t penamelen() const;
size_t litlen() const;
size_t normsep() const;
size_t dtemplen() const;
size_t grpcnt() const;
size_t grpgtcnt() const;
size_t grplvl() const;
size_t taglvl() const;
size_t taglen() const;
size_t entlvl() const;
size_t pilen() const;
Char space() const;
void setStandardFunction(StandardFunction, Char);
void enterStandardFunctionNames();
void addFunctionChar(const StringC &, FunctionClass, Char);
void setNamecaseGeneral(Boolean);
void setNamecaseEntity(Boolean);
void setDelimGeneral(int, const StringC &);
void addDelimShortref(const StringC &, const CharsetInfo &);
void addDelimShortrefs(const ISet<Char> &shortrefChars,
const CharsetInfo &charset);
void addNameCharacters(const ISet<Char> &);
void addNameStartCharacters(const ISet<Char> &);
void addSubst(Char lc, Char uc);
void addShunchar(Char);
void setShuncharControls();
void setQuantity(int, Number);
void setName(int, const StringC &);
void setSgmlChar(const ISet<Char> &);
void implySgmlChar(const Sd &);
// :: is for Watcom 10.0a
void checkSgmlChar(const Sd &,
const ::SP_NAMESPACE_SCOPE Syntax *otherSyntax,
Boolean invalidUseDocumentCharset,
ISet<WideChar> &invalid)
const;
static int referenceQuantity(Quantity);
const XcharMap<unsigned char> &markupScanTable() const;
Boolean multicode() const;
void addEntity(const StringC &, Char);
size_t nEntities() const;
const StringC &entityName(size_t) const;
Char entityChar(size_t) const;
private:
void subst(Char, Char);
void checkUnivControlChar(UnivChar univChar,
const CharsetInfo &docCharset,
const ::SP_NAMESPACE_SCOPE Syntax *otherSyntax,
ISet<WideChar> &invalid) const;
ISet<Char> shunchar_;
PackedBoolean shuncharControls_;
ISet<Char> set_[nSet];
Char standardFunction_[3];
PackedBoolean standardFunctionValid_[3];
Boolean namecaseGeneral_;
Boolean namecaseEntity_;
StringC delimGeneral_[nDelimGeneral];
Vector<StringC> delimShortrefComplex_;
ISet<Char> delimShortrefSimple_;
StringC names_[nNames];
Number quantity_[nQuantity];
HashTable<StringC,int> nameTable_;
HashTable<StringC,Char> functionTable_;
SubstTable upperSubst_;
SubstTable identitySubst_;
const SubstTable *generalSubst_;
const SubstTable *entitySubst_;
XcharMap<unsigned char> categoryTable_;
Boolean multicode_;
XcharMap<unsigned char> markupScanTable_;
Boolean hasMarkupScanTable_;
Vector<StringC> entityNames_;
StringC entityChars_;
static const int referenceQuantity_[];
};
inline Number Syntax::quantity(Quantity q) const
{
return quantity_[q];
}
inline void Syntax::setQuantity(int i, Number n)
{
quantity_[i] = n;
}
inline const SubstTable *Syntax::generalSubstTable() const
{
return generalSubst_;
}
inline const SubstTable *Syntax::entitySubstTable() const
{
return entitySubst_;
}
inline int Syntax::nDelimShortrefComplex() const
{
return int(delimShortrefComplex_.size());
}
inline const StringC &Syntax::delimGeneral(int i) const
{
return delimGeneral_[i];
}
inline const StringC &Syntax::delimShortrefComplex(size_t i) const
{
return delimShortrefComplex_[i];
}
inline const ISet<Char> &Syntax::delimShortrefSimple() const
{
return delimShortrefSimple_;
}
inline Boolean Syntax::hasShortrefs() const
{
return delimShortrefComplex_.size() > 0 || !delimShortrefSimple_.isEmpty();
}
inline Char Syntax::standardFunction(int i) const
{
return standardFunction_[i];
}
inline Boolean Syntax::getStandardFunction(int i, Char &result) const
{
if (standardFunctionValid_[i]) {
result = standardFunction_[i];
return 1;
}
else
return 0;
}
inline const ISet<Char> *Syntax::charSet(int i) const
{
return &set_[i];
}
inline Boolean Syntax::isNameCharacter(Xchar c) const
{
return categoryTable_[c] >= nameStartCategory;
}
inline Boolean Syntax::isNameStartCharacter(Xchar c) const
{
return categoryTable_[c] == nameStartCategory;
}
inline Boolean Syntax::isDigit(Xchar c) const
{
return categoryTable_[c] == digitCategory;
}
inline Boolean Syntax::isS(Xchar c) const
{
return categoryTable_[c] == sCategory;
}
inline Boolean Syntax::isB(Xchar c) const
{
return (categoryTable_[c] == sCategory
&& !(standardFunctionValid_[fRE] && c == standardFunction_[fRE])
&& !(standardFunctionValid_[fRS] && c == standardFunction_[fRS]));
}
inline Syntax::Category Syntax::charCategory(Xchar c) const
{
return Category(categoryTable_[c]);
}
inline Boolean Syntax::isSgmlChar(Xchar c) const
{
return c >= 0 && set_[sgmlChar].contains(Char(c));
}
inline const StringC &Syntax::reservedName(ReservedName i) const
{
return names_[i];
}
inline size_t Syntax::attcnt() const
{
return quantity(Syntax::qATTCNT);
}
inline size_t Syntax::attsplen() const
{
return quantity(Syntax::qATTSPLEN);
}
inline size_t Syntax::namelen() const
{
return quantity(Syntax::qNAMELEN);
}
inline size_t Syntax::penamelen() const
{
return quantity(Syntax::qNAMELEN) - delimGeneral(Syntax::dPERO).size();
}
inline size_t Syntax::litlen() const
{
return quantity(Syntax::qLITLEN);
}
inline size_t Syntax::normsep() const
{
return quantity(Syntax::qNORMSEP);
}
inline size_t Syntax::dtemplen() const
{
return quantity(Syntax::qDTEMPLEN);
}
inline size_t Syntax::grpcnt() const
{
return quantity(Syntax::qGRPCNT);
}
inline size_t Syntax::grpgtcnt() const
{
return quantity(Syntax::qGRPGTCNT);
}
inline size_t Syntax::grplvl() const
{
return quantity(Syntax::qGRPLVL);
}
inline size_t Syntax::taglvl() const
{
return quantity(Syntax::qTAGLVL);
}
inline size_t Syntax::taglen() const
{
return quantity(Syntax::qTAGLEN);
}
inline size_t Syntax::entlvl() const
{
return quantity(Syntax::qENTLVL);
}
inline size_t Syntax::pilen() const
{
return quantity(Syntax::qPILEN);
}
inline Char Syntax::space() const
{
return standardFunction(Syntax::fSPACE);
}
inline void Syntax::setSgmlChar(const ISet<Char> &set)
{
set_[sgmlChar] = set;
}
inline int Syntax::referenceQuantity(Quantity i)
{
return referenceQuantity_[i];
}
inline void Syntax::setShuncharControls()
{
shuncharControls_ = 1;
}
inline const XcharMap<unsigned char> &Syntax::markupScanTable() const
{
return markupScanTable_;
}
inline Boolean Syntax::multicode() const
{
return multicode_;
}
inline Boolean Syntax::namecaseGeneral() const
{
return namecaseGeneral_;
}
inline Boolean Syntax::namecaseEntity() const
{
return namecaseEntity_;
}
inline size_t Syntax::nEntities() const
{
return entityNames_.size();
}
inline const StringC &Syntax::entityName(size_t i) const
{
return entityNames_[i];
}
inline Char Syntax::entityChar(size_t i) const
{
return entityChars_[i];
}
#ifdef SP_NAMESPACE
}
#endif
#endif /* Syntax_INCLUDED */