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/*
*
* Copyright 2005 The Apache Software Foundation or its licensors, as applicable.
*
* Licensed 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.
*/
/* $Rev$ $Date: 2005/12/22 16:54:14 $ */
#ifndef _DataFactoryIMPL_H_
#define _DataFactoryIMPL_H_
#include "commonj/sdo/disable_warn.h"
#include "commonj/sdo/DataFactory.h"
#include "commonj/sdo/TypeImpl.h"
#include "commonj/sdo/RefCountingPointer.h"
#include "commonj/sdo/PropertyImpl.h"
#include "commonj/sdo/SDOXMLString.h"
#include <map>
using namespace std;
namespace commonj{
namespace sdo{
typedef map<string, PropertyImpl> propertyMap;
/**
* DataFactoryImpl implements the abstract class DataFactory.
* DataFactoryImpl holds metadata and creates DataObjects.
*
* The DataFactory holds properties and types loaded from XSD, or
* created using the DataFactory API.
*/
class DataFactoryImpl : public DataFactory
{
public:
DataFactoryImpl();
virtual ~DataFactoryImpl();
DataFactoryImpl(const DataFactoryImpl& inmdg);
DataFactoryImpl& operator=(const DataFactoryImpl& inmdg);
virtual void addType(const char* uri, const char* inTypeName,
bool isSeqenced = false,
bool isOpen = false,
bool isAbstract = false,
bool isDataType = false);
virtual void addPropertyToType(const char* uri,
const char* inTypeName,
const char* propname,
const char* propTypeUri,
const char* propTypeName,
bool isMany = false);
virtual void addPropertyToType(const char* uri,
const char* inTypeName,
const char* propname,
const Type& propType,
bool isMany = false);
virtual void addPropertyToType(const Type& type,
const char* propname,
const Type& propType,
bool isMany = false);
virtual void addPropertyToType(const Type& type,
const char* propname,
const char* propTypeUri,
const char* propTypeName,
bool isMany = false);
virtual void addPropertyToType(const char* uri,
const char* inTypeName,
const char* propname,
const char* propTypeUri,
const char* propTypeName,
bool isMany ,
bool isReadOnly,
bool isContainment);
virtual void addPropertyToType(const char* uri,
const char* inTypeName,
const char* propname,
const Type& propType,
bool isMany,
bool isReadOnly,
bool isContainment);
virtual void addPropertyToType(const Type& type,
const char* propname,
const Type& propType,
bool isMany,
bool isReadOnly,
bool isContainment);
virtual void addPropertyToType(const Type& type,
const char* propname,
const char* propTypeUri,
const char* propTypeName,
bool isMany,
bool isReadOnly,
bool isContainment);
virtual void setBaseType( const Type& type,
const Type& base);
virtual void setBaseType( const char* typeuri,
const char* typenam,
const char* baseuri,
const char* basename);
virtual const Type& getType(const char* uri, const char* inTypeName) const;
virtual TypeList getTypes() const;
virtual DataObjectPtr create(const char* uri, const char* typeName) ;
virtual DataObjectPtr create(const Type& type) ;
virtual void setAlias(const char* typeuri,
const char* typenam,
const char* alias) ;
virtual void setAlias(const char* typeuri,
const char* typname,
const char* propname,
const char* alias) ;
virtual void setOpposite (const Type& type,
const char* propname,
const Type& opptype,
const char* opppropname) ;
virtual void setPropertySubstitute(
const char* uri,
const char* inTypeName,
const char* propname,
const char* subname,
const char* subTypeUri,
const char* subTypeName);
virtual void setPropertySubstitute(
const Type& containertype,
const char* propname,
const char* subname,
const Type& subtype);
////////////////////////////////////////////////////////
virtual void setDefault(
const Type& t,
const char* propname,
bool b ) ;
virtual void setDefault(
const Type& t,
const char* propname ,
char c) ;
virtual void setDefault(
const Type& t,
const char* propname ,
wchar_t c) ;
virtual void setDefault(
const Type& t,
const char* propname ,
char* c) ;
virtual void setDefault(
const Type& t,
const char* propname ,
short s) ;
virtual void setDefault(
const Type& t,
const char* propname ,
long l) ;
virtual void setDefault(
const Type& t,
const char* propname ,
int64_t i) ;
virtual void setDefault(
const Type& t,
const char* propname ,
float f) ;
virtual void setDefault(
const Type& t,
const char* propname ,
long double d) ;
virtual void setDefault(
const Type& t,
const char* propname ,
const SDODate d) ;
virtual void setDefault(
const Type& t,
const char* propname ,
const wchar_t* c,
unsigned int len) ;
virtual void setDefault(
const Type& t,
const char* propname ,
const char* c,
unsigned int len) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname,
bool b ) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
char c) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
wchar_t c) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
char* c) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
short s) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
long l) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
int64_t i) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
float f) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
long double d) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
const SDODate d) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
const wchar_t* c,
unsigned int len) ;
virtual void setDefault(
const char* typuri,
const char* typnam,
const char* propname ,
const char* c,
unsigned int len) ;
virtual void setDASValue(
const Type& type,
const char* name,
DASValue* value);
virtual void setDASValue(
const char* typeuri,
const char* typenam,
const char* name,
DASValue* value);
virtual DASValue* getDASValue(
const Type& type,
const char* name) const;
virtual DASValue* getDASValue(
const char* typeuri,
const char* typenam,
const char* name) const;
virtual void setDASValue(
const Type& type,
const char* propertyName,
const char* name,
DASValue* value);
virtual void setDASValue(
const char* typeuri,
const char* typenam,
const char* propertyName,
const char* name,
DASValue* value);
virtual DASValue* getDASValue(
const Type& type,
const char* propertyName,
const char* name) const;
virtual DASValue* getDASValue(
const char* typeuri,
const char* typenam,
const char* propertyName,
const char* name) const;
virtual void resolve();
const Type* findType (const char* uri, const char* inTypeName) const;
const TypeImpl* findTypeImpl (const char* uri, const char* inTypeName) const;
void addOpenProperty(const PropertyImpl& prop);
void removeOpenProperty(const char* name);
const propertyMap& getOpenProperties();
virtual const TypeImpl& getTypeImpl(const char* uri, const char* inTypeName) const;
virtual const char* getRootElementName() const;
virtual void setRootElementName(const char* ren);
private:
typedef map<string, TypeImpl*> TYPES_MAP;
TYPES_MAP types;
char * rootElementName;
propertyMap openProperties;
// Need to validate and 'lock' the data model for base types to
// work properly.
bool isResolved;
bool recursiveCheck(TypeImpl* cs, TypeImpl* t);
bool checkForValidChangeSummary(TypeImpl* t);
typedef vector<TypeImpl*> TYPES_VECTOR;
TYPES_VECTOR cstypes;
char* getFullTypeName(const char* uri, const char* inTypeName) const;
char* getAliasTypeName(const char* uri, const char* inTypeName) const;
void copyTypes(const DataFactoryImpl& inmdg);
};
};
};
#endif // _DataFactoryIMPL_H_
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