/usr/include/opencascade/LDOM_DeclareSequence.hxx is in libopencascade-ocaf-lite-dev 6.5.0.dfsg-2build1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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// Created: 29.01.01 15:36:46
// Author: Alexander GRIGORIEV
// Copyright: OpenCascade 2001
#ifndef _Sequence_Declare_HeaderFile
#define _Sequence_Declare_HeaderFile
#ifndef _Standard_Macro_HeaderFile
#include <Standard_Macro.hxx>
#endif
// Declaration of Sequence (numbered list) class.
// Remarks on the current implementation:
//
// 1. Methods First() and Last() added
// 2. The method InsertAt(anIndex) replaces InsertBefore and InsertAfter.
// This method never throws exception "OutOfRange". Its behaviour:
// anIndex <= 1 => equivalent to Prepend()
// anIndex > Length() => equivalent to Append()
// else => equivalent to InsertBefore.
// *******************************************************************
// use the following somewhere in a header file;
// ClassName - name of the list class to create
// Type - type of members of the list
// *******************************************************************
#define DECLARE_SEQUENCE( ClassName, Type ) \
\
class ClassName { \
public: \
inline ClassName (); \
inline ClassName (const ClassName& anOther); \
inline ClassName& operator= (const ClassName& anOther); \
inline Standard_Integer Length () const; \
inline const Type& First () const; \
inline const Type& Last () const; \
inline const Type& Value (const Standard_Integer)const;\
inline Type& ChangeValue (const Standard_Integer); \
inline const Type& operator () (const Standard_Integer)const;\
inline Type& operator () (const Standard_Integer); \
\
Standard_EXPORT virtual ~ClassName (); \
Standard_EXPORT void Append (const Type& aVal); \
Standard_EXPORT void Prepend (const Type& aVal); \
Standard_EXPORT void InsertAt (const Standard_Integer, \
const Type& aVal); \
Standard_EXPORT void Clear (); \
Standard_EXPORT void Remove (const Standard_Integer); \
\
private: \
class Node { \
private: \
Type myValue; \
Node * myPrev; \
Node * myNext; \
public: \
Node (const Type& aValue, Node * aPrv, Node * aNxt) \
: myValue (aValue), myPrev (aPrv), myNext (aNxt) {} \
const Type& Value () const { return myValue; } \
Type& ChangeValue () { return myValue; } \
friend class ClassName; \
}; \
\
Standard_EXPORT const void * FindItem (const Standard_Integer)const;\
Standard_EXPORT void Assign (const ClassName& anOther); \
\
Node * myFirst; \
Node * myLast; \
Node * myCurrent; \
Standard_Integer myICur; \
Standard_Integer myLength; \
}; \
\
inline ClassName::ClassName () : \
myFirst (NULL), \
myLast (NULL), \
myCurrent (NULL), \
myICur (0), \
myLength (0) {} \
\
inline ClassName::ClassName (const ClassName& anOther) : \
myFirst (NULL) \
{ \
Assign (anOther); \
} \
\
inline ClassName& ClassName::operator= (const ClassName& anOther) \
{ \
Assign (anOther); \
return * this; \
} \
\
inline Standard_Integer ClassName::Length () const{ \
return myLength; \
} \
\
inline const Type& ClassName::First () const \
{ \
return myFirst -> Value (); /* exception if out of range */ \
} \
\
inline const Type& ClassName::Last () const \
{ \
return myLast -> Value(); /* exception if out of range */ \
} \
\
inline const Type& ClassName::Value (const Standard_Integer anI) const \
{ \
const Node * anItem = (const Node *) FindItem (anI); \
return anItem -> Value (); /* exception if out of range */ \
} \
\
inline Type& ClassName::ChangeValue (const Standard_Integer anI) \
{ \
Node * anItem = (Node *) FindItem (anI); \
return anItem -> ChangeValue (); /* exception if out of range */ \
} \
\
inline const Type& ClassName::operator() (const Standard_Integer anI) const \
{ \
return Value (anI); \
} \
\
inline Type& ClassName::operator() (const Standard_Integer anI) \
{ \
return ChangeValue (anI); \
} \
// *******************************************************************
// use the following in a translation unit (*.cxx);
//
// *******************************************************************
#define IMPLEMENT_SEQUENCE( ClassName, Type ) \
const void * ClassName::FindItem (const Standard_Integer anI) const \
{ \
if (anI < 1 || anI > myLength) return NULL; \
Standard_Integer aCounter; \
Node * aCurrent = (Node *) myCurrent; \
Standard_Boolean aDir (Standard_False); \
if (aCurrent == NULL) { \
aCurrent = myFirst; \
aCounter = anI - 1; \
aDir = Standard_True; \
}else{ \
aCounter = Abs (anI - myICur); \
if (anI <= aCounter) { \
aCurrent = myFirst; \
aCounter = anI - 1; \
aDir = Standard_True; \
}else if (myLength - anI < aCounter) { \
aCurrent = myLast; \
aCounter = myLength - anI; \
}else if (anI > myICur) \
aDir = Standard_True; \
} \
if (aDir) \
while (aCounter--) aCurrent = aCurrent -> myNext; \
else \
while (aCounter--) aCurrent = aCurrent -> myPrev; \
(Standard_Integer&) myICur = anI; \
(Node *&) myCurrent = aCurrent; \
return aCurrent; \
} \
\
ClassName::~ClassName () \
{ \
Clear (); \
} \
\
void ClassName::Append (const Type& aVal) \
{ \
Node * anItem = new Node (aVal, myLast, NULL); \
if (myLength == 0) \
myFirst = anItem; \
else \
myLast -> myNext = anItem; \
myLast = anItem; \
myLength++; \
} \
\
void ClassName::Prepend (const Type& aVal) \
{ \
Node * anItem = new Node (aVal, NULL, myFirst); \
if (myLength == 0) \
myLast = anItem; \
else \
myFirst -> myPrev = anItem; \
myFirst = anItem; \
myLength++; \
if (myICur > 0) myICur++; \
} \
\
void ClassName::InsertAt (const Standard_Integer anI, const Type& aVal) \
{ \
if (anI <= 1) Prepend (aVal); \
else if (anI > myLength) Append (aVal); \
else if (FindItem(anI)) { \
Node * anItem = new Node (aVal, myCurrent -> myPrev, myCurrent); \
myCurrent -> myPrev = anItem; \
if (anItem -> myPrev) anItem -> myPrev -> myNext = anItem; \
myLength++; \
myICur++; \
} else ; \
} \
\
void ClassName::Clear () \
{ \
while (myFirst) { \
Node * aCurr = myFirst -> myNext; \
delete myFirst; \
myFirst = aCurr; \
} \
myFirst = myLast = myCurrent = NULL; \
myLength = 0; \
myICur = 0; \
} \
\
void ClassName::Remove (const Standard_Integer anI) \
{ \
Node * anItem = (Node *) FindItem (anI); \
if (anItem) { \
if (myCurrent -> myPrev) { \
myCurrent -> myPrev -> myNext = myCurrent -> myNext; \
} \
if (myCurrent -> myNext) { \
myCurrent -> myNext -> myPrev = myCurrent -> myPrev; \
myCurrent = myCurrent -> myNext; \
}else{ \
myCurrent = myCurrent -> myPrev; \
myICur--; \
} \
if (myFirst == anItem) myFirst = myFirst -> myNext; \
if (myLast == anItem) myLast = myLast -> myPrev; \
delete anItem; \
myLength--; \
} \
} \
\
void ClassName::Assign (const ClassName& anOther) \
{ \
Clear (); \
if (anOther.Length () == 0) return; \
myFirst = new Node (anOther.First(), NULL, NULL); \
Node * aPrevious = myFirst; \
myLength = 1; \
while (myLength < anOther.Length()) { \
myLength++; \
Node * aCurrent = new Node (anOther.Value(myLength), aPrevious, NULL); \
aPrevious = aPrevious -> myNext = aCurrent; \
} \
myLast = aPrevious; \
} \
#endif
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