cppobj-info-accessor.h

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/*
The MIT License (MIT)
 
Copyright (c) 2018 Satya Das
 
Permission is hereby granted, free of charge, to any person obtaining a copy of
this software and associated documentation files (the "Software"), to deal in
the Software without restriction, including without limitation the rights to
use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of
                                                       the Software, and to permit persons to whom the Software is furnished to do so,
subject to the following conditions:
 
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
 
  THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS
                                                               FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR
                                                               COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER
IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN
                                  CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
                                    */
 
#pragma once
 
#include "cppast.h"
#include "cppconst.h"
#include "cpputil.h"
 
                                  inline CppAccessType accessType(CppObj* cppObj)
{
if (cppObj->accessType_ != CppAccessType::kUnknown)
 return cppObj->accessType_;
return (cppObj->owner() == nullptr) ? CppAccessType::kPublic : defaultAccessType(cppObj->owner()->compoundType());
}
 
inline CppAccessType accessType(CppObjPtr& cppObj)
{
return accessType(cppObj.get());
}
 
inline bool isFunction(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kFunction;
}
 
inline bool isFunction(CppObjPtr& cppObj)
{
return isFunction(cppObj.get());
}
 
inline bool isFunctionPtr(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kFunctionPtr;
}
 
inline bool isFunctionPtr(CppObjPtr& cppObj)
{
return isFunctionPtr(cppObj.get());
}
 
inline bool isFunctionLike(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kFunction || cppObj->objType_ == CppObjType::kConstructor
      || cppObj->objType_ == CppObjType::kDestructor || cppObj->objType_ == CppObjType::kTypeConverter;
}
 
inline bool isFunctionLike(CppObjPtr& cppObj)
{
return isFunctionLike(cppObj.get());
}
 
inline bool isDestructor(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kDestructor;
}
 
inline bool isDestructor(CppObjPtr& cppObj)
{
return isDestructor(cppObj.get());
}
 
inline bool isEnum(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kEnum;
}
 
inline bool isEnum(CppObjPtr cppObj)
{
return isEnum(cppObj.get());
}
 
inline bool isTypedefName(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kTypedefName;
}
 
inline bool isTypedefName(CppObjPtr& cppObj)
{
return isTypedefName(cppObj.get());
}
 
inline bool isUsingDecl(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kUsingDecl;
}
 
inline bool isUsingDecl(CppObjPtr& cppObj)
{
return isUsingDecl(cppObj.get());
}
 
inline bool isCompound(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kCompound;
}
 
inline bool isCompound(CppObjPtr& cppObj)
{
return isCompound(cppObj.get());
}
 
inline bool isFwdClsDecl(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kFwdClsDecl;
}
 
inline bool isFwdClsDecl(CppObjPtr& cppObj)
{
return isFwdClsDecl(cppObj.get());
}
 
inline bool isNamespaceLike(CppObj* cppObj)
{
if (!isCompound(cppObj))
 return false;
auto* compound = static_cast<CppCompound*>(cppObj);
return compound->compoundType() & CppCompoundType::kNamespace;
}
 
inline bool isNamespaceLike(CppObjPtr& cppObj)
{
return isNamespaceLike(cppObj.get());
}
 
inline bool isClassLike(CppObj* cppObj)
{
if (!isCompound(cppObj))
 return false;
auto* compound = static_cast<CppCompound*>(cppObj);
return (compound->compoundType() & CppCompoundType::kClass) == CppCompoundType::kClass;
}
 
inline bool isClassLike(CppObjPtr& cppObj)
{
return isClassLike(cppObj.get());
}
 
inline bool isTypedefLike(CppObj* cppObj)
{
return (cppObj->objType_ == CppObjType::kTypedefName) || (cppObj->objType_ == CppObjType::kUsingDecl);
}
 
inline bool isTypedefLike(CppObjPtr& cppObj)
{
return isTypedefLike(cppObj.get());
}
 
inline bool isPreProcessorType(CppObj* cppObj)
{
return cppObj->objType_ > CppObjType::kCPreProcessorTypeStarts
      && cppObj->objType_ < CppObjType::kCPreProcessorTypeEnds;
}
 
inline bool isPreProcessorType(CppObjPtr& cppObj)
{
return isPreProcessorType(cppObj.get());
}
 
inline bool isVar(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kVar;
}
 
inline bool isVar(CppObjPtr& cppObj)
{
return isVar(cppObj.get());
}
 
inline bool isVarList(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kVarList;
}
 
inline bool isVarList(CppObjPtr& cppObj)
{
return isVarList(cppObj.get());
}
 
inline bool isExpr(CppObj* cppObj)
{
return cppObj->objType_ == CppObjType::kExpression;
}
 
inline bool isExpr(CppObjPtr& cppObj)
{
return isExpr(cppObj.get());
}
 
inline bool isPublic(CppObj* cppObj)
{
return accessType(cppObj) == CppAccessType::kPublic;
}
 
inline bool isPublic(CppObjPtr& cppObj)
{
return isPublic(cppObj.get());
}
 
inline bool isProtected(CppObj* cppObj)
{
return accessType(cppObj) == CppAccessType::kProtected;
}
 
inline bool isProtected(CppObjPtr& cppObj)
{
return accessType(cppObj) == CppAccessType::kProtected;
}
 
inline bool isPrivate(CppObj* cppObj)
{
return accessType(cppObj) == CppAccessType::kPrivate;
}
 
inline bool isPrivate(CppObjPtr& cppObj)
{
return isPrivate(cppObj.get());
}
 
inline CppCompound* root(CppObj* cppObj)
{
if (cppObj->owner() == nullptr)
 return isCompound(cppObj) ? const_cast<CppCompound*>(static_cast<CppCompound*>(cppObj)) : nullptr;
if (cppObj->owner()->owner() == nullptr)
 return cppObj->owner();
return root(cppObj->owner());
}
 
inline CppCompound* root(CppObjPtr& cppObj)
{
return root(cppObj.get());
}