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/* * Licensed to the Apache Software Foundation (ASF) under one or more * contributor license agreements. See the NOTICE file distributed with * this work for additional information regarding copyright ownership. * The ASF licenses this file to You under the Apache License, Version 2.0 * (the "License"); you may not use this file except in compliance with * the License. You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ // --------------------------------------------------------------------------- // Includes // --------------------------------------------------------------------------- #if defined(XERCES_TMPLSINC) #include #endif XERCES_CPP_NAMESPACE_BEGIN // --------------------------------------------------------------------------- // BaseRefVectorOf: Constructors and Destructor // --------------------------------------------------------------------------- template BaseRefVectorOf::BaseRefVectorOf( const XMLSize_t maxElems , const bool adoptElems , MemoryManager* const manager) : fAdoptedElems(adoptElems) , fCurCount(0) , fMaxCount(maxElems) , fElemList(0) , fMemoryManager(manager) { // Allocate and initialize the array fElemList = (TElem**) fMemoryManager->allocate(maxElems * sizeof(TElem*));//new TElem*[maxElems]; for (XMLSize_t index = 0; index < maxElems; index++) fElemList[index] = 0; } //implemented so code will link template BaseRefVectorOf::~BaseRefVectorOf() { } // --------------------------------------------------------------------------- // BaseRefVectorOf: Element management // --------------------------------------------------------------------------- template void BaseRefVectorOf::addElement(TElem* const toAdd) { ensureExtraCapacity(1); fElemList[fCurCount] = toAdd; fCurCount++; } template void BaseRefVectorOf::setElementAt(TElem* const toSet, const XMLSize_t setAt) { if (setAt >= fCurCount) ThrowXMLwithMemMgr(ArrayIndexOutOfBoundsException, XMLExcepts::Vector_BadIndex, fMemoryManager); if (fAdoptedElems) delete fElemList[setAt]; fElemList[setAt] = toSet; } template void BaseRefVectorOf:: insertElementAt(TElem* const toInsert, const XMLSize_t insertAt) { if (insertAt == fCurCount) { addElement(toInsert); return; } if (insertAt > fCurCount) ThrowXMLwithMemMgr(ArrayIndexOutOfBoundsException, XMLExcepts::Vector_BadIndex, fMemoryManager); ensureExtraCapacity(1); // Make room for the newbie for (XMLSize_t index = fCurCount; index > insertAt; index--) fElemList[index] = fElemList[index-1]; // And stick it in and bump the count fElemList[insertAt] = toInsert; fCurCount++; } template TElem* BaseRefVectorOf:: orphanElementAt(const XMLSize_t orphanAt) { if (orphanAt >= fCurCount) ThrowXMLwithMemMgr(ArrayIndexOutOfBoundsException, XMLExcepts::Vector_BadIndex, fMemoryManager); // Get the element we are going to orphan TElem* retVal = fElemList[orphanAt]; // Optimize if its the last element if (orphanAt == fCurCount-1) { fElemList[orphanAt] = 0; fCurCount--; return retVal; } // Copy down every element above orphan point for (XMLSize_t index = orphanAt; index < fCurCount-1; index++) fElemList[index] = fElemList[index+1]; // Keep unused elements zero for sanity's sake fElemList[fCurCount-1] = 0; // And bump down count fCurCount--; return retVal; } template void BaseRefVectorOf::removeAllElements() { for (XMLSize_t index = 0; index < fCurCount; index++) { if (fAdoptedElems) delete fElemList[index]; // Keep unused elements zero for sanity's sake fElemList[index] = 0; } fCurCount = 0; } template void BaseRefVectorOf:: removeElementAt(const XMLSize_t removeAt) { if (removeAt >= fCurCount) ThrowXMLwithMemMgr(ArrayIndexOutOfBoundsException, XMLExcepts::Vector_BadIndex, fMemoryManager); if (fAdoptedElems) delete fElemList[removeAt]; // Optimize if its the last element if (removeAt == fCurCount-1) { fElemList[removeAt] = 0; fCurCount--; return; } // Copy down every element above remove point for (XMLSize_t index = removeAt; index < fCurCount-1; index++) fElemList[index] = fElemList[index+1]; // Keep unused elements zero for sanity's sake fElemList[fCurCount-1] = 0; // And bump down count fCurCount--; } template void BaseRefVectorOf::removeLastElement() { if (!fCurCount) return; fCurCount--; if (fAdoptedElems) delete fElemList[fCurCount]; } template bool BaseRefVectorOf::containsElement(const TElem* const toCheck) { for (XMLSize_t i = 0; i < fCurCount; i++) { if (fElemList[i] == toCheck) { return true; } } return false; } // // cleanup(): // similar to destructor // called to cleanup the memory, in case destructor cannot be called // template void BaseRefVectorOf::cleanup() { if (fAdoptedElems) { for (XMLSize_t index = 0; index < fCurCount; index++) delete fElemList[index]; } fMemoryManager->deallocate(fElemList);//delete [] fElemList; } // // reinitialize(): // similar to constructor // called to re-construct the fElemList from scratch again // template void BaseRefVectorOf::reinitialize() { // reinitialize the array if (fElemList) cleanup(); fElemList = (TElem**) fMemoryManager->allocate(fMaxCount * sizeof(TElem*));//new TElem*[fMaxCount]; for (XMLSize_t index = 0; index < fMaxCount; index++) fElemList[index] = 0; } template MemoryManager* BaseRefVectorOf::getMemoryManager() const { return fMemoryManager; } // --------------------------------------------------------------------------- // BaseRefVectorOf: Getter methods // --------------------------------------------------------------------------- template XMLSize_t BaseRefVectorOf::curCapacity() const { return fMaxCount; } template const TElem* BaseRefVectorOf:: elementAt(const XMLSize_t getAt) const { if (getAt >= fCurCount) ThrowXMLwithMemMgr(ArrayIndexOutOfBoundsException, XMLExcepts::Vector_BadIndex, fMemoryManager); return fElemList[getAt]; } template TElem* BaseRefVectorOf::elementAt(const XMLSize_t getAt) { if (getAt >= fCurCount) ThrowXMLwithMemMgr(ArrayIndexOutOfBoundsException, XMLExcepts::Vector_BadIndex, fMemoryManager); return fElemList[getAt]; } template XMLSize_t BaseRefVectorOf::size() const { return fCurCount; } // --------------------------------------------------------------------------- // BaseRefVectorOf: Miscellaneous // --------------------------------------------------------------------------- template void BaseRefVectorOf:: ensureExtraCapacity(const XMLSize_t length) { XMLSize_t newMax = fCurCount + length; if (newMax <= fMaxCount) return; // Choose how much bigger based on the current size. // This will grow half as much again. if (newMax < fMaxCount + fMaxCount/2) newMax = fMaxCount + fMaxCount/2; // Allocate the new array and copy over the existing stuff TElem** newList = (TElem**) fMemoryManager->allocate ( newMax * sizeof(TElem*) );//new TElem*[newMax]; XMLSize_t index = 0; for (; index < fCurCount; index++) newList[index] = fElemList[index]; // Zero out the rest of them for (; index < newMax; index++) newList[index] = 0; // Clean up the old array and update our members fMemoryManager->deallocate(fElemList);//delete [] fElemList; fElemList = newList; fMaxCount = newMax; } // --------------------------------------------------------------------------- // AbstractBaseRefVectorEnumerator: Constructors and Destructor // --------------------------------------------------------------------------- template BaseRefVectorEnumerator:: BaseRefVectorEnumerator( BaseRefVectorOf* const toEnum , const bool adopt) : fAdopted(adopt) , fCurIndex(0) , fToEnum(toEnum) { } template BaseRefVectorEnumerator::~BaseRefVectorEnumerator() { if (fAdopted) delete fToEnum; } template BaseRefVectorEnumerator:: BaseRefVectorEnumerator(const BaseRefVectorEnumerator& toCopy) : XMLEnumerator(toCopy) , XMemory(toCopy) , fAdopted(toCopy.fAdopted) , fCurIndex(toCopy.fCurIndex) , fToEnum(toCopy.fToEnum) { } // --------------------------------------------------------------------------- // RefBaseRefVectorEnumerator: Enum interface // --------------------------------------------------------------------------- template bool BaseRefVectorEnumerator::hasMoreElements() const { if (fCurIndex >= fToEnum->size()) return false; return true; } template TElem& BaseRefVectorEnumerator::nextElement() { return *(fToEnum->elementAt(fCurIndex++)); } template void BaseRefVectorEnumerator::Reset() { fCurIndex = 0; } XERCES_CPP_NAMESPACE_END