SpecifiedPrimitiveDataType< T > Class Template Reference

#include <SpecifiedPrimitiveDataType.hpp>

Inheritance diagram for SpecifiedPrimitiveDataType< T >:

Public Member Functions
	SpecifiedPrimitiveDataType ()
	SpecifiedPrimitiveDataType (const SpecifiedPrimitiveDataType< T > &original)=default
	~SpecifiedPrimitiveDataType ()=default
SpecifiedPrimitiveDataType< T > &	operator= (SpecifiedPrimitiveDataType< T > &rhs)=default
bool	validate (DataTypeInator *dataTypeInator=NULL) override
	Verify that all of the types that are named by this DataType or subordinate DataTypes are resolvable to actual DataTypes in the TypeDictionary. More...
bool	isValid () const override
	Determine whether this type has already been successfully validated. More...
size_t	getSize () const override
void *	createInstance (unsigned int num) const override
void	deleteInstance (void *address) const override
	Delete this instance. More...
void	clearValue (void *address) const
	Clear the variable at the given address. More...
bool	assignValue (void *address, Value *value) const
Value *	getValue (void *address) const
	Creates a Value object for the variable at the given address. More...
void	printValue (std::ostream &s, void *address) const
std::string	getTypeSpecName () const
bool	isFloatingPoint () const
bool	isSigned () const
bool	isVoid () const
bool	isFloatingPoint () const
	Determine whether this is an integer type or floating point type. More...
bool	isFloatingPoint () const
	Determine whether this is an integer type or floating point type. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isVoid () const
	Is the type void? More...
void	printValue (std::ostream &s, void *address) const
	Print an ascii representation of the value at the given address to the stream. More...
void	printValue (std::ostream &s, void *address) const
	Print an ascii representation of the value at the given address to the stream. More...
size_t	getSize () const
	The size (in bytes) of an instance of the DataType. More...
void *	createInstance (unsigned int num) const
	Create one or more instances of this type. More...
void	deleteInstance (void *address) const
	Delete this instance. More...
void	clearValue (void *address) const
	Clear the variable at the given address. More...
bool	assignValue (void *address, Value *value) const
	Assign a value to the variable at the given address. More...
void	printValue (std::ostream &s, void *address) const
	Print an ascii representation of the value at the given address to the stream. More...
Value *	getValue (void *address) const
	Creates a Value object for the variable at the given address. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
std::string	getTypeSpecName () const
	Get the Type Spec Name object. More...
bool	isFloatingPoint () const
	Determine whether this is an integer type or floating point type. More...
bool	isFloatingPoint () const
	Determine whether this is an integer type or floating point type. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isSigned () const
	Determine whether type is signed. More...
bool	isVoid () const
	Is the type void? More...
void	printValue (std::ostream &s, void *address) const
	Print an ascii representation of the value at the given address to the stream. More...
void	printValue (std::ostream &s, void *address) const
	Print an ascii representation of the value at the given address to the stream. More...
size_t	getSize () const
	The size (in bytes) of an instance of the DataType. More...
void	deleteInstance (void *address) const
	Delete this instance. More...
void *	createInstance (unsigned int num) const
	Create one or more instances of this type. More...
void	clearValue (void *address) const
	Clear the variable at the given address. More...
bool	assignValue (void *address, Value *value) const
	Assign a value to the variable at the given address. More...
void	printValue (std::ostream &s, void *address) const
	Print an ascii representation of the value at the given address to the stream. More...
Value *	getValue (void *address) const
	Creates a Value object for the variable at the given address. More...
Public Member Functions inherited from PrimitiveDataType
	PrimitiveDataType ()
	~PrimitiveDataType ()
bool	accept (DataTypeVisitor *visitor) const override
Public Member Functions inherited from DataType
virtual	~DataType ()
virtual std::string	makeDeclaration (std::string declarator) const
virtual std::string	toString () const

Constructor & Destructor Documentation

SpecifiedPrimitiveDataType() [1/2]

template<class T >

SpecifiedPrimitiveDataType< T >::SpecifiedPrimitiveDataType ( )

inline

SpecifiedPrimitiveDataType() [2/2]

template<class T >

SpecifiedPrimitiveDataType< T >::SpecifiedPrimitiveDataType ( const SpecifiedPrimitiveDataType< T > &  original )

default

~SpecifiedPrimitiveDataType()

template<class T >

SpecifiedPrimitiveDataType< T >::~SpecifiedPrimitiveDataType ( )

default

Member Function Documentation

assignValue() [1/3]

template<class T >

bool SpecifiedPrimitiveDataType< T >::assignValue ( void *  address, Value *  value  ) const

inlinevirtual

Assign a value to the variable at the given address.

Parameters

address	Address of the variable.
value	Value to be assigned to the variable.

Implements PrimitiveDataType.

assignValue() [2/3]

bool SpecifiedPrimitiveDataType< void >::assignValue ( void *  address, Value *  value  ) const

virtual

Assign a value to the variable at the given address.

Parameters

address	Address of the variable.
value	Value to be assigned to the element.

Implements PrimitiveDataType.

assignValue() [3/3]

bool SpecifiedPrimitiveDataType< void >::assignValue ( void *  address, Value *  value  ) const

virtual

Assign a value to the variable at the given address.

Parameters

address	Address of the variable.
value	Value to be assigned to the element.

Implements PrimitiveDataType.

clearValue() [1/3]

template<class T >

void SpecifiedPrimitiveDataType< T >::clearValue ( void *  address ) const

inlinevirtual

Clear the variable at the given address.

Parameters

address

Address of the variable.

Implements PrimitiveDataType.

clearValue() [2/3]

void SpecifiedPrimitiveDataType< void >::clearValue ( void *  address ) const

virtual

Clear the variable at the given address.

Parameters

address

Address of the variable.

Implements PrimitiveDataType.

clearValue() [3/3]

void SpecifiedPrimitiveDataType< void >::clearValue ( void *  address ) const

virtual

Clear the variable at the given address.

Parameters

address

Address of the variable.

Implements PrimitiveDataType.

createInstance() [1/3]

void * SpecifiedPrimitiveDataType< void >::createInstance ( unsigned int  n ) const

virtual

Create one or more instances of this type.

Parameters

n	number to create

Returns

void* address of the beginnning of the allocation

Implements DataType.

createInstance() [2/3]

void * SpecifiedPrimitiveDataType< void >::createInstance ( unsigned int  n ) const

virtual

Create one or more instances of this type.

Parameters

n	number to create

Returns

void* address of the beginnning of the allocation

Implements DataType.

createInstance() [3/3]

template<class T >

void* SpecifiedPrimitiveDataType< T >::createInstance ( unsigned int  num ) const

inlineoverridevirtual

Returns

an instance of the type that this PrimiitveDataType Class describes.

Implements DataType.

deleteInstance() [1/3]

void SpecifiedPrimitiveDataType< void >::deleteInstance ( void *  address ) const

virtual

Delete this instance.

Parameters

address

of instance to delete

Note

Is this compatible with the createInstance?

Implements DataType.

deleteInstance() [2/3]

void SpecifiedPrimitiveDataType< void >::deleteInstance ( void *  address ) const

virtual

Delete this instance.

Parameters

address

of instance to delete

Note

Is this compatible with the createInstance?

Implements DataType.

deleteInstance() [3/3]

template<class T >

void SpecifiedPrimitiveDataType< T >::deleteInstance ( void *  address ) const

inlineoverridevirtual

Delete this instance.

Parameters

address

of instance to delete

Note

Is this compatible with the createInstance?

Implements DataType.

getSize() [1/3]

size_t SpecifiedPrimitiveDataType< void >::getSize ( ) const

virtual

The size (in bytes) of an instance of the DataType.

Returns

size_t size of this type

Implements DataType.

getSize() [2/3]

size_t SpecifiedPrimitiveDataType< void >::getSize ( ) const

virtual

The size (in bytes) of an instance of the DataType.

Returns

size_t size of this type

Implements DataType.

getSize() [3/3]

template<class T >

size_t SpecifiedPrimitiveDataType< T >::getSize ( ) const

inlineoverridevirtual

Returns

The size (in bytes) of an instance of the DataType

Implements DataType.

getTypeSpecName() [1/15]

template<class T >

std::string SpecifiedPrimitiveDataType< T >::getTypeSpecName ( ) const

inlinevirtual

Get a string representation of this SpecifiedPrimitiveDataType's type-specifier.

Implements DataType.

getTypeSpecName() [2/15]

std::string SpecifiedPrimitiveDataType< void >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [3/15]

std::string SpecifiedPrimitiveDataType< char >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [4/15]

std::string SpecifiedPrimitiveDataType< short >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [5/15]

std::string SpecifiedPrimitiveDataType< int >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [6/15]

std::string SpecifiedPrimitiveDataType< long >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [7/15]

std::string SpecifiedPrimitiveDataType< wchar_t >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [8/15]

std::string SpecifiedPrimitiveDataType< long long >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [9/15]

std::string SpecifiedPrimitiveDataType< unsigned char >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [10/15]

std::string SpecifiedPrimitiveDataType< unsigned short >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [11/15]

std::string SpecifiedPrimitiveDataType< unsigned int >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [12/15]

std::string SpecifiedPrimitiveDataType< unsigned long >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [13/15]

std::string SpecifiedPrimitiveDataType< unsigned long long >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [14/15]

std::string SpecifiedPrimitiveDataType< float >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getTypeSpecName() [15/15]

std::string SpecifiedPrimitiveDataType< double >::getTypeSpecName ( ) const

virtual

Get the Type Spec Name object.

Returns

std::string name of the type

Implements DataType.

getValue() [1/3]

template<class T >

Value* SpecifiedPrimitiveDataType< T >::getValue ( void *  address ) const

inlinevirtual

Creates a Value object for the variable at the given address.

Parameters

address

Address of the variable.

Implements PrimitiveDataType.

getValue() [2/3]

Value * SpecifiedPrimitiveDataType< void >::getValue ( void *  address ) const

virtual

Creates a Value object for the variable at the given address.

Parameters

address

Address of the variable.

Implements PrimitiveDataType.

getValue() [3/3]

Value * SpecifiedPrimitiveDataType< void >::getValue ( void *  address ) const

virtual

Creates a Value object for the variable at the given address.

Parameters

address

Address of the variable.

Implements PrimitiveDataType.

isFloatingPoint() [1/5]

template<class T >

bool SpecifiedPrimitiveDataType< T >::isFloatingPoint ( ) const

inlinevirtual

Return true if T is float or double. Otherwise return false.

Implements PrimitiveDataType.

isFloatingPoint() [2/5]

bool SpecifiedPrimitiveDataType< float >::isFloatingPoint ( ) const

virtual

Determine whether this is an integer type or floating point type.

Returns

true this type is float or double

false otherwise

Implements PrimitiveDataType.

isFloatingPoint() [3/5]

bool SpecifiedPrimitiveDataType< double >::isFloatingPoint ( ) const

virtual

Determine whether this is an integer type or floating point type.

Returns

true this type is float or double

false otherwise

Implements PrimitiveDataType.

isFloatingPoint() [4/5]

bool SpecifiedPrimitiveDataType< float >::isFloatingPoint ( ) const

virtual

Determine whether this is an integer type or floating point type.

Returns

true this type is float or double

false otherwise

Implements PrimitiveDataType.

isFloatingPoint() [5/5]

bool SpecifiedPrimitiveDataType< double >::isFloatingPoint ( ) const

virtual

Determine whether this is an integer type or floating point type.

Returns

true this type is float or double

false otherwise

Implements PrimitiveDataType.

isSigned() [1/11]

template<class T >

bool SpecifiedPrimitiveDataType< T >::isSigned ( ) const

inlinevirtual

Return true if T is char, short, int, long, or long long. Otherwise return false.

Implements PrimitiveDataType.

isSigned() [2/11]

bool SpecifiedPrimitiveDataType< char >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [3/11]

bool SpecifiedPrimitiveDataType< short >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [4/11]

bool SpecifiedPrimitiveDataType< int >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [5/11]

bool SpecifiedPrimitiveDataType< long >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [6/11]

bool SpecifiedPrimitiveDataType< long long >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [7/11]

bool SpecifiedPrimitiveDataType< char >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [8/11]

bool SpecifiedPrimitiveDataType< short >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [9/11]

bool SpecifiedPrimitiveDataType< int >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [10/11]

bool SpecifiedPrimitiveDataType< long >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isSigned() [11/11]

bool SpecifiedPrimitiveDataType< long long >::isSigned ( ) const

virtual

Determine whether type is signed.

Note

Do we really need this?

Returns

true is signed

false type has unsigned, uint_* type

Implements PrimitiveDataType.

isValid()

template<class T >

bool SpecifiedPrimitiveDataType< T >::isValid ( ) const

inlineoverridevirtual

Determine whether this type has already been successfully validated.

Returns

true if validated, false otherwise

Implements DataType.

isVoid() [1/3]

template<class T >

bool SpecifiedPrimitiveDataType< T >::isVoid ( ) const

inlinevirtual

Return true if DataType is void. Otherwise return false.

Implements PrimitiveDataType.

isVoid() [2/3]

bool SpecifiedPrimitiveDataType< void >::isVoid ( ) const

virtual

Is the type void?

Returns

true type is void

false type is not void

Implements PrimitiveDataType.

isVoid() [3/3]

bool SpecifiedPrimitiveDataType< void >::isVoid ( ) const

virtual

Is the type void?

Returns

true type is void

false type is not void

Implements PrimitiveDataType.

operator=()

template<class T >

SpecifiedPrimitiveDataType<T>& SpecifiedPrimitiveDataType< T >::operator= ( SpecifiedPrimitiveDataType< T > &  rhs )

default

printValue() [1/7]

template<class T >

void SpecifiedPrimitiveDataType< T >::printValue ( std::ostream &  s, void *  address  ) const

inlinevirtual

Print the value of the variable at the given address, to the given stream.

Parameters

s	The stream to print to.
address	Address of the variable.

Implements PrimitiveDataType.

printValue() [2/7]

void SpecifiedPrimitiveDataType< char >::printValue ( std::ostream &  s, void *  address  ) const

virtual

Print an ascii representation of the value at the given address to the stream.

Implements PrimitiveDataType.

printValue() [3/7]

void SpecifiedPrimitiveDataType< unsigned char >::printValue ( std::ostream &  s, void *  address  ) const

virtual

Print an ascii representation of the value at the given address to the stream.

Implements PrimitiveDataType.

printValue() [4/7]

void SpecifiedPrimitiveDataType< void >::printValue ( std::ostream &  s, void *  address  ) const

virtual

Print an ascii representation of the value at the given address to the stream.

Implements PrimitiveDataType.

printValue() [5/7]

void SpecifiedPrimitiveDataType< char >::printValue ( std::ostream &  s, void *  address  ) const

virtual

Print an ascii representation of the value at the given address to the stream.

Implements PrimitiveDataType.

printValue() [6/7]

void SpecifiedPrimitiveDataType< unsigned char >::printValue ( std::ostream &  s, void *  address  ) const

virtual

Print an ascii representation of the value at the given address to the stream.

Implements PrimitiveDataType.

printValue() [7/7]

void SpecifiedPrimitiveDataType< void >::printValue ( std::ostream &  s, void *  address  ) const

virtual

Print an ascii representation of the value at the given address to the stream.

Implements PrimitiveDataType.

validate()

template<class T >

bool SpecifiedPrimitiveDataType< T >::validate ( DataTypeInator *  dataTypeInator = NULL )

inlineoverridevirtual

Verify that all of the types that are named by this DataType or subordinate DataTypes are resolvable to actual DataTypes in the TypeDictionary.

Parameters

dataTypeInator

- type resolver machine

Returns

true if successful, false otherwise

Implements DataType.

---

The documentation for this class was generated from the following file:

• DataTypes/include/Type/SpecifiedPrimitiveDataType.hpp