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Workspace 6.21.5
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A TypeAdaptorFactory for an adaptor converting between two types using assignment operator.
#include <Workspace/DataExecution/DataObjects/assignmentadaptor.h>
Static Public Member Functions | |
static const AssignmentAdaptorFactory & | getInstance () |
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virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
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virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
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virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
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overridevirtual |
Most subclasses will simply use the C++ new
operator to implement this function.
Implements TypeAdaptorFactory.
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virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
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virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
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virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
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overridevirtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
|
virtual |
adaptor | The adaptor to destroy. It must have been created by a call to create(). |
Calling this function essentially gives back ownership of the adapter to the factory, but the expectation is that the adapter will be deleted. Most subclasses will simply use the C++ delete
operator to implement this function.
Implements TypeAdaptorFactory.
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inlineoverridevirtual |
Implements TypeAdaptorFactory.
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< bool, int > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< int, bool > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< double, int > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< int, double > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< quint32, int > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< int, quint32 > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< double, float > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< float, double > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< float, int > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< int, float > & getInstance | ( | ) |
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static |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< bool, int > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< int, bool > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< double, int > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< int, double > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< quint32, int > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< int, quint32 > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< double, float > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< float, double > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< int, double > & getInstance | ( | ) |
CSIRO_WORKSPACE_API const AssignmentAdaptorFactory< double, int > & getInstance | ( | ) |
CSIRO_EXPORTSPEC const AssignmentAdaptorFactory< QStringList, CSIRO::DataExecution::ObjectArray > & getInstance | ( | ) |
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Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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virtual |
Implements TypeAdaptorFactory.
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overridevirtual |
Implements TypeAdaptorFactory.
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inlineoverridevirtual |
Implements TypeAdaptorFactory.