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version 1.10, 2001/04/27 00:00:59

version 1.65, 2004/06/30 21:07:54

Line 1

//%/////////////////////////////////////////////////////////////////////////////

//%2003////////////////////////////////////////////////////////////////////////

// Company, L. P., IBM Corp., The Open Group, Tivoli Systems.

// IBM Corp.; EMC Corporation, The Open Group.

// Permission is hereby granted, free of charge, to any person obtaining a

// Permission is hereby granted, free of charge, to any person obtaining a copy

// copy of this software and associated documentation files (the "Software"),

// of this software and associated documentation files (the "Software"), to

// to deal in the Software without restriction, including without limitation

// deal in the Software without restriction, including without limitation the

// the rights to use, copy, modify, merge, publish, distribute, sublicense,

// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or

// and/or sell copies of the Software, and to permit persons to whom the

// sell copies of the Software, and to permit persons to whom the Software is

// Software is furnished to do so, subject to the following conditions:

// furnished to do so, subject to the following conditions:

// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR

// THE ABOVE COPYRIGHT NOTICE AND THIS PERMISSION NOTICE SHALL BE INCLUDED IN

// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,

// ALL COPIES OR SUBSTANTIAL PORTIONS OF THE SOFTWARE. THE SOFTWARE IS PROVIDED

// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL

// "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT

// THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER

// LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR

// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING

// PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT

// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER

// HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN

// DEALINGS IN THE SOFTWARE.

// 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.

//==============================================================================

// Author: Mike Brasher (mbrasher@bmc.com)

// Modified By:

// Modified By: Roger Kumpf, Hewlett-Packard Company (roger_kumpf@hp.com)

// Carol Ann Krug Graves, Hewlett-Packard Company

// (carolann_graves@hp.com)

// Adriann Schuur (schuur@de.ibm.com) PEP 164

// Karl Schopmeyer k.schopmeyer@opengroup.org (PEP 157)

//%/////////////////////////////////////////////////////////////////////////////

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#define Pegasus_CIMClass_h

#include <Pegasus/Common/Config.h>

#include <Pegasus/Common/CIMClassRep.h>

#include <Pegasus/Common/Linkage.h>

#include <Pegasus/Common/CIMName.h>

#include <Pegasus/Common/CIMObject.h>

#include <Pegasus/Common/CIMMethod.h>

#include <Pegasus/common/CIMInstance.h>

#include <Pegasus/Common/CIMPropertyList.h>

PEGASUS_NAMESPACE_BEGIN

class CIMConstClass;

class CIMClassRep;

class Resolver;

/** The CIMClass class is used to represent CIM classes in Pegasus. In CIM,

a class object may be a class or an associator. A CIM class must contain a

name and may contain methods, properties, and qualifiers. It is a template

for creating a CIM instance. A CIM class represents a collection of CIM

instances, all of which support a common type (for example, a set of

properties, methods, and associations).

/** The CIMClass class is used to represent CIM classes in Pegasus.

class PEGASUS_COMMON_LINKAGE CIMClass

{

public:

/** Constructor - Creates an uninitiated a new CIM object

/** Creates an uninitialized new CIM object representing a CIM class.

reprenting a CIM class. The class object created by this

The class object created by this constructor can only be used

constructor can only be used in an operation such as the

in an operation such as the copy constructor. It cannot be used

copy constructor. It cannot be used to create a class by

to create a class by appending names, properties, etc. since it

appending names, properties, etc. since it is unitiated.

is uninitialized.

Use one of the other constructors to create an initiated new CIM class

Use one of the other constructors to create an initialized new

object.

CIM class object.

@exception Throws an exception "unitialized handle" if this

@exception UninitializedObjectException if an attempt is made to

unitialized handle is used

use the unitialized object.

/REF(HPEGASUS_HANDLES)

CIMClass();

/** Creates a new CIM object representing a CIMClass from the given

CIMClass object.

@param x CIMClass Object from which to create the CIMClass

CIMClass(const CIMClass& x);

/** Creates a new CIMClass object representing a CIMClass from the given

CIMObject Object.

@param x CIMObject object from which to create the CIMClass object.

@exception DynamicCastFailedException If a CIMClass can not be

created from the given CIMObject.

PEGASUS_EXPLICIT CIMClass(const CIMObject& x);

/** Creates a new CIM object representing a CIMClass from inputs

of a classname and SuperClassName.

@param className CIMName representing name of the class being created.

@param superClassName CIMName representing name of the SuperClass.

<pre>

CIMClass NewClass("MyClass", "YourClass");

</pre>

CIMClass() : _rep(0)

CIMClass(

{

const CIMName& className,

const CIMName& superClassName = CIMName());

}

///

CIMClass& operator=(const CIMClass& x);

/** Constructor - Creates a class from a previous class

/// Destructor

~CIMClass();

CIMClass(const CIMClass& x)

{

Inc(_rep = x._rep);

}

/// Operator = Assigns the CIM Class constructor.

/** Identifies whether or not this CIM class is an association. An

CIMClass& operator=(const CIMClass& x)

association is a relationship between two (or more) classes or

{

instances of two classes. The properties of an association class

if (x._rep != _rep)

include pointers, or references, to the two (or more) instances.

{

All CIM classes can be included in one or more associations.

Dec(_rep);

@return true if this CIM class is an association, false

Inc(_rep = x._rep);

otherwise.

}

return *this;

Boolean isAssociation() const;

}

/** Constructor - Creates a Class from inputs of a classname and

SuperClassName

@param className - String representing name of the class being created

@param superClassName - String representing name of the SuperClass

ATTN: Define what makes up legal name.

@return Throws IllegalName if className argument illegal CIM identifier.

<pre>

CIMClass NewCass("MyClass", "YourClass");

</pre>

/** Tests if the CIMClass is abstract.

@return true if the CIMClass Object is abstract, false otherwise.

CIMClass(

Boolean isAbstract() const;

const String& className,

const String& superClassName = String())

{

_rep = new CIMClassRep(className, superClassName);

}

/// Destructor

~CIMClass()

{

Dec(_rep);

}

/** CIMMethod isAssociation - Identifies whether or not this CIM class

/** Gets the name of the class represented by this CIM object.

is an association. An association is a relationship between two

@return CIMName with the class name.

(or more) classes or instances of two classes. The properties of an

association class include pointers, or references, to the two (or

more) instances. All CIM classes can be included in one or more

associations. ATTN: Move the association definition elsewhere

@return Boolean True if this CIM class belongs to an association;

otherwise, false.

Boolean isAssociation() const

const CIMName& getClassName() const;

{

_checkRep();

return _rep->isAssociation();

}

/// CIMMethod isAbstract

///

Boolean isAbstract() const

const CIMObjectPath& getPath() const;

{

_checkRep();

return _rep->isAbstract();

}

/** CIMMethod Gets the name of the class

/** Sets the object path for the class.

ATTN: COMMENT. Why not just get name so we have common method for all.

@param path CIMObjectPath containing the object path.

const String& getClassName() const

void setPath (const CIMObjectPath & path);

{

_checkRep();

return _rep->getClassName();

}

/** CIMMethod getSuperClassName - Gets the name of the Parent

/** Gets the name of the Parent class of this CIM Object.

@return String with parent class name.

@return CIMName with parent class name.

const String& getSuperClassName() const

const CIMName& getSuperClassName() const;

{

_checkRep();

/** Sets the name of the parent class from the input

return _rep->getSuperClassName();

parameter.

}

@param superClassName - CIMName defining parent class name.

/** CIMMethod setSuperClassName - Sets the name of the parent class from

the input parameter. \REF{CLASSNAME}. ATTN: Define legal classnames

@param - String defining parent name.

@return Throws IllegalName if superClassName argument not legal CIM

identifier.

void setSuperClassName(const String& superClassName)

void setSuperClassName(const CIMName& superClassName);

{

_checkRep();

/** Adds the specified qualifier to the class and increments the

_rep->setSuperClassName(superClassName);

qualifier count. It is illegal to add the same qualifier more

}

than one time.

@param qualifier CIMQualifier object representing the qualifier

/** CIMMethod addQualifier - Adds the specified qualifier to the class

to be added.

and increments the qualifier count. It is illegal to add the same

@return the CIMClass object.

qualifier more than one time.

@exception AlreadyExistsException if the qualifier already exists.

@param - CIMQualifier object representing the qualifier to be added

ATTN: Pointer to qualifier object.

@return Throws AlreadyExists.

CIMClass& addQualifier(const CIMQualifier& qualifier)

CIMClass& addQualifier(const CIMQualifier& qualifier);

{

_checkRep();

/** Searches for a qualifier with the specified input name if it

_rep->addQualifier(qualifier);

exists in the class.

return *this;

@param name CIMName of the qualifier to be found

}

@return Index of the qualifier found or PEG_NOT_FOUND

if not found.

/** CIMMethod findQualifier - Finds a qualifier with the specified input

name if it exists in the class @param name CIMName of the qualifier

to be found @return Position of the qualifier in the Class ATTN:

Clarify the return. What if not found, etc.

Uint32 findQualifier(const String& name)

Uint32 findQualifier(const CIMName& name) const;

{

_checkRep();

return _rep->findQualifier(name);

}

Uint32 findQualifier(const String& name) const

/** Gets the CIMQualifier object defined by the input parameter.

{

@param index Index of the qualifier in the class from the

_checkRep();

findQualifier method.

return _rep->findQualifier(name);

}

/** CIMMethod getQualifier - Gets the CIMQualifier object defined

by the input parameter

@param pos defines the position of the qualifier in the class from the

findQualifier method

@return CIMQualifier object representing the qualifier found.

ATTN: what is error return here?

On error, CIMQualifier object will be null.

@exception IndexOutOfBoundsException exception if the index is

outside the range of parameters available from the CIMClass.

CIMQualifier getQualifier(Uint32 pos)

CIMQualifier getQualifier(Uint32 index);

{

_checkRep();

return _rep->getQualifier(pos);

}

/// CIMMethod getQualifier - ATTN:

/** Gets the qualifier defined by the input parameter from the

CIMConstQualifier getQualifier(Uint32 pos) const

qualifier list for this CIMClass.

{

@param index Index of the qualifier in the CIM class.

_checkRep();

@return CIMConstQualifier object representing the qualifier

return _rep->getQualifier(pos);

found. On error, CIMConstQualifier object will be null.

}

@exception IndexOutOfBoundsException exception if the index is

outside the range of parameters available from the CIMClass.

/** CIMMethod getQualifierCount - Returns the number of qualifiers

in the class.

@return ATTN:

Uint32 getQualifierCount() const

CIMConstQualifier getQualifier(Uint32 index) const;

{

_checkRep();

return _rep->getQualifierCount();

}

/** CIMMethod addProperty - Adds the specified property object to the

/** Removes the qualifier defined by the index parameter.

properties in the CIM class

@param index Defines the index of the qualifier to be removed.

@exception IndexOutOfBoundsException if the index is outside

the range of existing qualifier objects for this class.

CIMClass& addProperty(const CIMProperty& x)

void removeQualifier(Uint32 index);

{

_checkRep();

/** Gets the count of the number of qualifiers defined in the class.

_rep->addProperty(x);

@return the number of qualifiers in the class definition (not

return *this;

those on properties or methods)

}

/** CIMMethod removeProperty - Removes the property represented

by the position input parameter from the class

@param position parameter for the property to be removed from the

findPropety method

@return ATTN:

void removeProperty(Uint32 pos)

Uint32 getQualifierCount() const;

{

_checkRep();

/** Adds the specified property object to the properties in

_rep->removeProperty(pos);

the CIM class

}

@param x CIMProperty to be added to the CIM Class.

@return CIMClass object after the specified property is added.

/** CIMMethod findProperty - Finds the property object with the

name defined by the input parameter in the class.

@param String parameter with the property name.

@return position representing the property object found.

ATTN: Clarify case of not found

Uint32 findProperty(const String& name)

CIMClass& addProperty(const CIMProperty& x);

{

_checkRep();

return _rep->findProperty(name);

}

Uint32 findProperty(const String& name) const

/** Finds the property object with the name defined by the

{

input parameter in the class.

_checkRep();

@param name CIMName with the property name to be found.

return _rep->findProperty(name);

@return Index of the property object found or

}

PEG_NOT_FOUND if the property is not found.

/** CIMMethod getProperty - Returns a property representing the property

defined by the input parameter

@param position for this property

ATTN: Should we not use something like handle for position???

@return CIMProperty object

ATTN: what is error return?

CIMProperty getProperty(Uint32 pos)

Uint32 findProperty(const CIMName& name) const;

{

_checkRep();

return _rep->getProperty(pos);

}

/// CIMMethod getProperty - ATTN

/** Gets a property object from the CIMClass.

CIMConstProperty getProperty(Uint32 pos) const

@param index Index for the property object to get.

{

@return CIMProperty object requested.

_checkRep();

@exception IndexOutOfBoundsException if the index is outside

return _rep->getProperty(pos);

the range of properties in this class.

}

/** CIMMethod getProperty - Gets the count of the number of properties

defined in the class.

@return count of number of proerties in the class

Uint32 getPropertyCount() const

CIMProperty getProperty(Uint32 index);

{

_checkRep();

/** Gets a property object from the CIMClass.

return _rep->getPropertyCount();

@param index Index for the property object to get.

}

@return CIMProperty object requested.

@exception IndexOutOfBoundsException if the index is outside

/** CIMMethod addMethod - Adds the method object defined by the input

the range of properties in this class.

parameter to the class and increments the count of the number of

methods in the class

@param - method object representing the method to be added

CIMClass& addMethod(const CIMMethod& x)

CIMConstProperty getProperty(Uint32 index) const;

{

_checkRep();

/** Removes the specified property from the class.

_rep->addMethod(x);

@param index Index of the property to be removed.

return *this;

@exception IndexOutOfBoundsException if the index is outside

}

the range of properties in this class.

/** CIMMethod findMethod - Located the method object defined by the

name input

@param String representing the name of the method to be found

@return Position of the method object in the class to be used in

subsequent getmethod, etc. operations

Uint32 findMethod(const String& name)

void removeProperty(Uint32 index);

{

_checkRep();

return _rep->findMethod(name);

}

Uint32 findMethod(const String& name) const

/** Gets the count of the number of properties defined in the class.

{

@return count of number of properties in the class.

_checkRep();

return _rep->findMethod(name);

}

/** CIMMethod getMethod - Gets the method object defined by the

input parameter.

@param ATTN:

@ method object representing the method defined

ATTN: Error???

CIMMethod getMethod(Uint32 pos)

Uint32 getPropertyCount() const;

{

_checkRep();

return _rep->getMethod(pos);

}

/// CIMMethod getMethod - ATTN:

/** Adds the method object defined by the input parameter to the

CIMConstMethod getMethod(Uint32 pos) const

class and increments the count of the number of methods in the class.

{

@param name CIMMethod object representing the method to be added.

_checkRep();

@return the CIMClass object to which the method was added.

return _rep->getMethod(pos);

@exception AlreadyExistsException if the method already exists.

}

@exception UninitializedObjectException if the object is not initialized.

CIMClass& addMethod(const CIMMethod& x);

/** CIMMethod getMethodCount - Count of the number of methods in the class

/** Locate the method object defined by the input parameter.

@return integer representing the number of methods in the class

@param name CIMName representing the name of the method to be found.

@return Position of the method object in the class.

Uint32 getMethodCount() const

Uint32 findMethod(const CIMName& name) const;

{

_checkRep();

return _rep->getMethodCount();

}

/** CIMMethod Resolve - Resolve the class: inherit any properties and

qualifiers. Make sure the superClass really exists and is consistent

with this class. Also set the propagated flag class-origin for each

class feature.

ATTN: explain why this here

void resolve(

DeclContext* declContext,

const String& nameSpace)

{

_checkRep();

_rep->resolve(declContext, nameSpace);

}

/// operator - ATTN:

/** Gets the method object defined by the input parameter.

operator int() const { return _rep != 0; }

@param index Index to the method object to get.

@return CIMMethod object of the method requested.

@exception IndexOutOfBoundsException if the index is outside

the range of methods in this class.

CIMMethod getMethod(Uint32 index);

/// CIMMethod toXML

/** Gets the method object defined by the input parameter.

void toXml(Array<Sint8>& out) const

@param index Index to the method object to get.

{

@return CIMConstMethod object of the method requested.

_checkRep();

@exception IndexOutOfBoundsException if the index is outside

_rep->toXml(out);

the range of methods in this class.

}

CIMConstMethod getMethod(Uint32 index) const;

/// CIMMethod print

/** Removes the method defined by the index parameter.

void print(std::ostream &o=std::cout) const

@param index Defines the index of the method to be removed.

{

@exception IndexOutOfBoundsException if the index is outside

_checkRep();

the range of methods in this class.

_rep->print(o);

}

/** CIMMethod identical - Compares with another class

ATTN: Clarify exactly what identical means

@parm Class object for the class to be compared

@return True if the classes are identical

Boolean identical(const CIMConstClass& x) const;

void removeMethod(Uint32 index);

/// CIMMethod clone - ATTN:

/** Gets the count of the number of methods in the class.

CIMClass clone() const

@return the count of the number of methods in the class object.

{

return CIMClass(_rep->clone());

Uint32 getMethodCount() const;

}

void getKeyNames(Array<String>& keyNames) const

/// Get names of all keys of this class.

{

void getKeyNames(Array<CIMName>& keyNames) const;

_checkRep();

_rep->getKeyNames(keyNames);

}

private:

/** Determines if the object has keys.

@return true if the object has keys, false otherwise.

Boolean hasKeys() const;

CIMClass(CIMClassRep* rep) : _rep(rep)

/** Makes a deep copy (clone) of the given object.

{

@return copy of the CIMClass object.

}

CIMClass clone() const;

void _checkRep() const

/** Compares with another CIM class.

{

@param x Class object for the class to be compared.

if (!_rep)

@return true if the classes are identical, false otherwise.

throw UnitializedHandle();

}

Boolean identical(const CIMConstClass& x) const;

/** Determines if the object has not been initialized.

@return true if the object has not been initialized,

false otherwise.

Boolean isUninitialized() const;

/**

Build a CIMInstance based on this CIM Class. Properties in the instance

are initialized to the default values (if any) specified in the class

definition. The parameters of the call determine whether qualifiers are

included, the class origin attributes are included and which properties

are included in the new instance. This method is designed specifically

for providers to allow them to easily build instance objects using the

parameters provided with the CIM instance operations such as getInstance,

enumerateInstances.

@param includeQualifiers If true attaches the class level qualifiers from

this class to the instance and all properties inserted in the instance.

If false, no qualifiers are attached to the instance or to any properties

included in the instance. The TOINSTANCE flavor is ignored. Because

there is still confusion over the exact operation of this parameter in the

CIM specifications and the concept of instance level qualifiers, the

behavior of this function when the parameter is true MAY change in the

future to match any future clarifications of interoperable behavior in the

CIM specifications.

@param includeClassOrigin If true ClassOrigin attributes attached to

properties inthe class object are transferred to the properties attached

to the instance object. If false, any ClassOrigin attributes are ignored.

@param propertyList A CIMPropertyList defining the properties that are to

be added to the created instance. If propertyList is not NULL properties

defined in the class and in this propertyList are added to the new

instance. If the propertyLlist is NULL, all properties are added to the

instance. If the propertyList exists but is empty, not properties are

added. Note that this function does NOT generate an error if a property

name is supplied that is NOT in the class; it simply does not add that

property to the instance.

@return CIMInstance of this class appropriately initialized.

EXAMPLE:

CIMInstance createInstance(Boolean includeQualifiers,

Boolean includeClassOrigin,

const CIMPropertyList & propertyList) const;

private:

CIMClassRep* _rep;

CIMClass(CIMClassRep* rep);

void _checkRep() const;

friend class CIMConstClass;

friend class CIMObject;

friend class CIMConstObject;

friend class Resolver;

friend class XmlWriter;

friend class MofWriter;

friend class BinaryStreamer;

};

/** CIMConstClass - ATTN: define this.

#define PEGASUS_ARRAY_T CIMClass

#include <Pegasus/Common/ArrayInter.h>

#undef PEGASUS_ARRAY_T

/// CIMConstClass

class PEGASUS_COMMON_LINKAGE CIMConstClass

{

public:

CIMConstClass() : _rep(0)

///

{

CIMConstClass();

}

///

CIMConstClass(const CIMConstClass& x);

CIMConstClass(const CIMConstClass& x)

///

{

CIMConstClass(const CIMClass& x);

Inc(_rep = x._rep);

}

CIMConstClass(const CIMClass& x)

///

{

PEGASUS_EXPLICIT CIMConstClass(const CIMObject& x);

Inc(_rep = x._rep);

}

CIMConstClass& operator=(const CIMConstClass& x)

///

{

PEGASUS_EXPLICIT CIMConstClass(const CIMConstObject& x);

if (x._rep != _rep)

{

Dec(_rep);

Inc(_rep = x._rep);

}

return *this;

}

CIMConstClass& operator=(const CIMClass& x)

///

{

CIMConstClass(

if (x._rep != _rep)

const CIMName& className,

{

const CIMName& superClassName = CIMName());

Dec(_rep);

Inc(_rep = x._rep);

}

return *this;

}

// Throws IllegalName if className argument not legal CIM identifier.

///

CIMConstClass& operator=(const CIMConstClass& x);

CIMConstClass(

///

const String& className,

CIMConstClass& operator=(const CIMClass& x);

const String& superClassName = String())

{

_rep = new CIMClassRep(className, superClassName);

}

~CIMConstClass()

///

{

~CIMConstClass();

Dec(_rep);

}

Boolean isAssociation() const

///

{

Boolean isAssociation() const;

_checkRep();

return _rep->isAssociation();

}

Boolean isAbstract() const

///

{

Boolean isAbstract() const;

_checkRep();

return _rep->isAbstract();

}

const String& getClassName() const

///

{

const CIMName& getClassName() const;

_checkRep();

return _rep->getClassName();

}

const String& getSuperClassName() const

///

{

const CIMObjectPath& getPath() const;

_checkRep();

return _rep->getSuperClassName();

}

Uint32 findQualifier(const String& name) const

///

{

const CIMName& getSuperClassName() const;

_checkRep();

return _rep->findQualifier(name);

}

CIMConstQualifier getQualifier(Uint32 pos) const

///

{

Uint32 findQualifier(const CIMName& name) const;

_checkRep();

return _rep->getQualifier(pos);

}

Uint32 getQualifierCount() const

///

{

CIMConstQualifier getQualifier(Uint32 index) const;

_checkRep();

return _rep->getQualifierCount();

}

Uint32 findProperty(const String& name) const

///

{

Uint32 getQualifierCount() const;

_checkRep();

return _rep->findProperty(name);

}

CIMConstProperty getProperty(Uint32 pos) const

///

{

Uint32 findProperty(const CIMName& name) const;

_checkRep();

return _rep->getProperty(pos);

}

Uint32 getPropertyCount() const

///

{

CIMConstProperty getProperty(Uint32 index) const;

_checkRep();

return _rep->getPropertyCount();

}

Uint32 findMethod(const String& name) const

///

{

Uint32 getPropertyCount() const;

_checkRep();

return _rep->findMethod(name);

}

CIMConstMethod getMethod(Uint32 pos) const

///

{

Uint32 findMethod(const CIMName& name) const;

_checkRep();

return _rep->getMethod(pos);

}

Uint32 getMethodCount() const

///

{

CIMConstMethod getMethod(Uint32 index) const;

_checkRep();

return _rep->getMethodCount();

}

operator int() const { return _rep != 0; }

///

Uint32 getMethodCount() const;

void toXml(Array<Sint8>& out) const

///

{

void getKeyNames(Array<CIMName>& keyNames) const;

_checkRep();

_rep->toXml(out);

}

void print(std::ostream &o=std::cout) const

///

{

Boolean hasKeys() const;

_checkRep();

_rep->print(o);

}

Boolean identical(const CIMConstClass& x) const

///

{

CIMClass clone() const;

x._checkRep();

_checkRep();

return _rep->identical(x._rep);

}

CIMClass clone() const

///

{

Boolean identical(const CIMConstClass& x) const;

return CIMClass(_rep->clone());

}

void getKeyNames(Array<String>& keyNames) const

///

{

Boolean isUninitialized() const;

_checkRep();

_rep->getKeyNames(keyNames);

}

private:

void _checkRep() const

{

if (!_rep)

throw UnitializedHandle();

}

CIMClassRep* _rep;

void _checkRep() const;

friend class CIMClassRep;

friend class CIMClass;

friend class CIMInstanceRep;

friend class CIMObject;

friend class CIMConstObject;

friend class XmlWriter;

friend class MofWriter;

friend class BinaryStreamer;

};

PEGASUS_NAMESPACE_END

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Removed from v.1.10
changed lines
	Added in v.1.65

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