#include <RexxNativeCode.hpp>

Inheritance diagram for RexxNativeCode:

Public Member Functions
	RexxNativeCode ()

	RexxNativeCode (RexxString p, RexxString n)

void	live (size_t)

void	liveGeneral (int reason)

void	flatten (RexxEnvelope *envelope)

virtual RexxSource *	getSourceObject ()

virtual RexxClass *	findClass (RexxString *className)

virtual BaseCode *	setSourceObject (RexxSource *s)

SecurityManager *	getSecurityManager ()

Public Member Functions inherited from BaseCode
virtual void	run (RexxActivity , RexxMethod , RexxObject , RexxString , RexxObject **, size_t, size_t, ProtectedObject &)

virtual void	call (RexxActivity , RoutineClass , RexxString , RexxObject , size_t, size_t, RexxString , RexxString *, int, ProtectedObject &)

virtual void	call (RexxActivity , RoutineClass , RexxString , RexxObject *, size_t, size_t, ProtectedObject &)

virtual RexxArray *	getSource ()

virtual RexxObject *	setSecurityManager (RexxObject *manager)

virtual PackageClass *	getPackage ()

bool	isSamePackage (PackageClass *p)

Public Member Functions inherited from RexxInternalObject
void *	operator new (size_t, RexxClass *)

void *	operator new (size_t, RexxClass , RexxObject *, size_t, size_t)

void *	operator new (size_t size, void *ptr)

void	operator delete (void *)

void	operator delete (void p, void ptr)

	RexxInternalObject ()

	RexxInternalObject (RESTORETYPE restoreType)

virtual	~RexxInternalObject ()

	operator RexxObject * ()

size_t	getObjectSize ()

void	setObjectSize (size_t s)

size_t	getObjectDataSize ()

void *	getObjectDataSpace ()

void	clearObject ()

void	clearObject (size_t l)

void	setVirtualFunctions (void *t)

void	setInitHeader (size_t s, size_t markword)

void	setInitHeader (size_t markword)

void	setObjectLive (size_t markword)

void	setHasReferences ()

void	setHasNoReferences ()

bool	hasReferences ()

bool	hasNoReferences ()

void	setPrimitive ()

void	setNonPrimitive ()

bool	isPrimitive ()

bool	isNonPrimitive ()

void	setInRexxPackage ()

bool	isInRexxPackage ()

bool	isObjectMarked (size_t markword)

void	setObjectMark (size_t markword)

void	clearObjectMark ()

bool	isObjectLive (size_t mark)

bool	isObjectDead (size_t mark)

bool	isOldSpace ()

bool	isNewSpace ()

void	setNewSpace ()

void	setOldSpace ()

void	makeProxiedObject ()

bool	isProxyObject ()

bool	isSubClassOrEnhanced ()

bool	isBaseClass ()

size_t	getObjectTypeNumber ()

RexxBehaviour *	getObjectType ()

bool	isObjectType (RexxBehaviour *b)

bool	isObjectType (size_t t)

bool	isSameType (RexxInternalObject *o)

void	setBehaviour (RexxBehaviour *b)

virtual RexxObject *	makeProxy (RexxEnvelope *)

virtual RexxObject *	copy ()

virtual RexxObject *	evaluate (RexxActivation , RexxExpressionStack )

virtual RexxObject *	getValue (RexxActivation *)

virtual RexxObject *	getValue (RexxVariableDictionary *)

virtual RexxObject *	getRealValue (RexxActivation *)

virtual RexxObject *	getRealValue (RexxVariableDictionary *)

virtual void	uninit ()

virtual HashCode	hash ()

virtual HashCode	getHashValue ()

HashCode	identityHash ()

virtual bool	truthValue (int)

virtual bool	logicalValue (logical_t &)

virtual RexxString *	makeString ()

virtual RexxText *	makeText ()

virtual void	copyIntoTail (RexxCompoundTail *buffer)

virtual RexxString *	primitiveMakeString ()

virtual RexxText *	primitiveMakeText ()

virtual RexxArray *	makeArray ()

virtual RexxString *	stringValue ()

virtual RexxText *	textValue ()

virtual RexxInteger *	integerValue (size_t)

virtual bool	numberValue (wholenumber_t &result, size_t precision)

virtual bool	numberValue (wholenumber_t &result)

virtual bool	unsignedNumberValue (stringsize_t &result, size_t precision)

virtual bool	unsignedNumberValue (stringsize_t &result)

virtual bool	doubleValue (double &result)

virtual RexxNumberString *	numberString ()

virtual bool	isEqual (RexxObject *)

virtual bool	isInstanceOf (RexxClass *)

virtual RexxMethod *	instanceMethod (RexxString *)

virtual RexxSupplier *	instanceMethods (RexxClass *)

virtual RexxObject *	dynamicTarget (RexxObject **arguments, size_t count, size_t named_count)

void	hasUninit ()

void	removedUninit ()

void	printObject ()

RexxObject *	clone ()

Public Member Functions inherited from RexxVirtualBase
virtual RexxObject *	unflatten (RexxEnvelope *)

Protected Attributes
RexxString *	package

RexxString *	name

RexxSource *	source

Additional Inherited Members
Static Public Member Functions inherited from RexxInternalObject
static size_t	getObjectHeaderSize ()

Public Attributes inherited from RexxInternalObject
ObjectHeader	header

RexxBehaviour *	behaviour

Protected Member Functions inherited from RexxVirtualBase
virtual	~RexxVirtualBase ()

virtual void	baseVirtual ()

Detailed Description

Definition at line 50 of file RexxNativeCode.hpp.

Constructor & Destructor Documentation

◆ RexxNativeCode() [1/2]

RexxNativeCode::RexxNativeCode ( )

inline

Definition at line 54 of file RexxNativeCode.hpp.

◆ RexxNativeCode() [2/2]

RexxNativeCode::RexxNativeCode	(	RexxString *	p,
		RexxString *	n
	)

Definition at line 56 of file RexxNativeCode.cpp.

References name, OREF_NULL, OrefSet, package, and source.

Member Function Documentation

◆ findClass()

RexxClass * RexxNativeCode::findClass ( RexxString * className )

virtual

Resolve a class in the context of this code object.

Parameters

className The name of the desired class.

Returns: The returned class.

Reimplemented from BaseCode.

Definition at line 114 of file RexxNativeCode.cpp.

References RexxSource::findClass(), BaseCode::findClass(), OREF_NULL, and source.

◆ flatten()

void RexxNativeCode::flatten ( RexxEnvelope * envelope )

virtual

Reimplemented from RexxVirtualBase.

Reimplemented in RexxNativeMethod, RexxNativeRoutine, and RegisteredRoutine.

Definition at line 94 of file RexxNativeCode.cpp.

References cleanUpFlatten, flatten_reference, and setUpFlatten.

Referenced by RexxNativeMethod::flatten(), RexxNativeRoutine::flatten(), and RegisteredRoutine::flatten().

◆ getSecurityManager()

SecurityManager * RexxNativeCode::getSecurityManager ( )

Get the security manager associated with native code. Generally, only native methods and routines defined with directives will have an associated security manager.