Uses of Class
com.jniwrapper.Parameter

Packages that use Parameter

com.jniwrapper	The com.jniwrapper package contains classes that allow calling native functions from Java(TM) code.
com.jniwrapper.jawt	The com.jniwrapper.jawt package contains auxiliary classes for accessing the JAWT features of the underlying platform.
com.jniwrapper.util	The com.jniwrapper.util package contains helper and utility classes, such as Logger, AppletHelper, StreamUtils etc.

Uses of Parameter in com.jniwrapper

Subclasses of Parameter in com.jniwrapper

class	AbstractFloat Base class for all floating-point types.
class	AnsiString Represents a zero-terminated string of an 8-bit (ANSI) character declared in C as char[n], where n is the length of the buffer.
class	AnsiStringArray This type is specially designed for reading/writing double zero terminated (Ansi) string arrays.
class	ArithmeticalPointer Pointer to a place within an allocated structure that handles reading and writing of offset pointer values.
class	BitField Represents a bit field for structures.
class	Bool Represents a bool (boolean) value and type.
class	Callback Callback is a superclass for all classes representing callback functions.
class	Char Represents the char value and type.
class	ComplexArray Represents an array of objects.
class	Const Represents a read-only parameter.
class	DelegatingParameter Base class for all parameter types that wrap around other types.
class	DoubleFloat Represents double float value and type.
class	ExternalArrayPointer A pointer to an array returned from the native code.
class	ExternalStringPointer This class is designed for reading externally allocated strings.
class	Int C-like int value.
class	Int16 Represents a 16-bit integer value and type.
class	Int32 Represents a 32-bit integer value and type.
class	Int64 Represents a 64-bit integer value and type.
class	Int8 Represents an 8-bit integer (byte) value and type.
class	IntBool This class represents four bytes boolean type.
class	LongDouble Represents long double value and type.
class	LongInt C-like long value.
class	OutOnly Represents a parameter that is only written by a native function.
class	Pointer This class represents a pointer to object in terms of C language.
static class	Pointer.Const Represents a pointer to constant object.
static class	Pointer.OutOnly Represents a pointer to object with undefined initial value.
static class	Pointer.Void Represents a void *.
class	PrimitiveArray Represents an array of primitive types such as array of bytes or array of integer values.
class	ResizingPointer A pointer to an array that can be resized (reallocated) on the native side.
class	ShortInt C-like short value.
class	SingleFloat Represents the float value and type.
class	Str Represents a string data that depends on Unicode support of an operating system under which the code is being executed.
class	StringArray Represents a string array where strings are delimited by the zero character.
class	Structure The class represents structures in terms of C language.
class	UInt C-like unsigned int value.
class	UInt16 Represents a 16-bit unsigned integer value and type.
class	UInt32 Represents a 32-bit unsigned integer value and type.
class	UInt64 Represents 64-bit unsigned integer type specially designed to support UINT64 native type.
class	UInt8 Represents an 8-bit unsigned integer value and type.
class	ULongInt C-like unsigned long value.
class	UnicodeChar Represents a Unicode character (wchar_t) for Unix platform.
class	UnicodeString Represents a Unicode string (wchar_t *) for Unix platform.
class	Union Represents a C union type.
class	Unused Represents a parameter which is not accessed in a native function.
class	UShortInt C-like unsigned short value.
class	WideChar Represents a Unicode character (wchar_t)
class	WideString Represents Unicode string (wchar_t[n]) value and type, where n is the length of the buffer..
class	WideStringArray This type is specially designed for reading/writing double zero terminated (Unicode) string arrays.
class	ZeroTerminatedString Base class for all types of zero-terminated strings.

Methods in com.jniwrapper that return Parameter

protected Parameter	ZeroTerminatedString.asReturnValue()
protected Parameter	StringArray.asReturnValue()
protected Parameter	Str.asReturnValue()
protected Parameter	PrimitiveArray.asReturnValue()
protected Parameter	Parameter.asReturnValue() Returns a parameter that represents this one as a return value.
protected Parameter	Callback.createReturnValueByFields()
Parameter	Union.getActiveMember()
Parameter	PrimitiveArray.getElement(int i)
Parameter	ComplexArray.getElement(int i)
Parameter	ArrayParameter.getElement(int i) Returns an array item specified by an index.
Parameter	Structure.getMember(int i) Returns a copy (clone) of a member with index i.
Parameter[]	Union.getMembers()
Parameter[]	Structure.getMembers() Returns structure members.
protected Parameter[]	Callback.getParameters()
Parameter	Pointer.getReferencedObject() Returns the referenced object of this pointer.
Parameter	ExternalArrayPointer.getReferencedObject()
protected Parameter	Callback.getReturnValue()
protected Parameter	DelegatingParameter.getValueObject()
Parameter[]	SunOSSparcPlatformSupport.prepareFunctionCallParameters(Parameter[] params)
Parameter[]	SunOSSparc64PlatformSupport.prepareFunctionCallParameters(Parameter[] params)
Parameter[]	PrimitiveArray.toParameterArray()
Parameter[]	ComplexArray.toParameterArray()
Parameter[]	ArrayParameter.toParameterArray() Returns items as Java array.

Methods in com.jniwrapper with parameters of type Parameter

protected void	Structure.addMembers(Parameter[] additionalMembers) Adds structure members (for example, in the case of structure inheritance).
long	FunctionCall.call(int libraryID, int functionID, byte callingConvention, Parameter returnValue, Parameter[] parameters) Deprecated. This method is incompatible with 64-bit architectures. Use FunctionCall.call(long, long, byte, Parameter, Parameter[]) instead.
long	FunctionCall.call(int libraryID, int functionID, byte callingConvention, Parameter returnValue, Parameter[] parameters) Deprecated. This method is incompatible with 64-bit architectures. Use FunctionCall.call(long, long, byte, Parameter, Parameter[]) instead.
long	FunctionCall.call(long libraryID, long functionID, byte callingConvention, Parameter returnValue, Parameter[] parameters)
long	FunctionCall.call(long libraryID, long functionID, byte callingConvention, Parameter returnValue, Parameter[] parameters)
static long	Function.call(java.lang.String libraryName, java.lang.String functionName, Parameter returnValue) Convenience method that invokes a native code function, which has no parameters.
static long	Function.call(java.lang.String libraryName, java.lang.String functionName, Parameter returnValue, Parameter parameter) Convenience method that invokes a native code function with a single parameter.
static long	Function.call(java.lang.String libraryName, java.lang.String functionName, Parameter returnValue, Parameter[] parameters) Invokes the specified function from a specified native library.
static long	Function.call(java.lang.String libraryName, java.lang.String functionName, Parameter returnValue, Parameter[] parameters) Invokes the specified function from a specified native library.
static long	Function.call(java.lang.String libraryName, java.lang.String functionName, Parameter returnValue, Parameter param1, Parameter param2) Convenience method that invokes a native code function, which has two parameters.
static long	Function.call(java.lang.String libraryName, java.lang.String functionName, Parameter returnValue, Parameter param1, Parameter param2, Parameter param3) Convenience method that invokes a native function with three parameters.
static long	Function.call(java.lang.String libraryName, java.lang.String functionName, Parameter returnValue, Parameter param1, Parameter param2, Parameter param3, Parameter param4) Convenience method that invokes a native function with four parameters.
protected void	Callback.callback(Parameter[] parameters, Parameter returnValue)
protected void	Callback.callback(Parameter[] parameters, Parameter returnValue)
long	FunctionCall.callVirtual(int vtblAddress, int funcIndex, byte callingConvention, Parameter returnValue, Parameter[] parameters) Deprecated. This method is incompatible with 64-bit architectures. Use FunctionCall.callVirtual(long, int, byte, Parameter, Parameter[]) instead.
long	FunctionCall.callVirtual(int vtblAddress, int funcIndex, byte callingConvention, Parameter returnValue, Parameter[] parameters) Deprecated. This method is incompatible with 64-bit architectures. Use FunctionCall.callVirtual(long, int, byte, Parameter, Parameter[]) instead.
long	FunctionCall.callVirtual(long vtblAddress, int funcIndex, byte callingConvention, Parameter returnValue, Parameter[] parameters)
long	FunctionCall.callVirtual(long vtblAddress, int funcIndex, byte callingConvention, Parameter returnValue, Parameter[] parameters)
void	IOPerformer.doIO(Parameter element, DataBuffer dataSource, int offset, boolean invokedByCallback) Performs a generic parameter I/O.
void	PrimitiveArray.fromParameterArray(Parameter[] params)
void	ComplexArray.fromParameterArray(Parameter[] params)
void	ArrayParameter.fromParameterArray(Parameter[] params) Sets array contents to the given values.
byte[]	SunOSSparcPlatformSupport.generateCallbackParametersInfo(Parameter returnParameter, Parameter[] params)
byte[]	SunOSSparcPlatformSupport.generateCallbackParametersInfo(Parameter returnParameter, Parameter[] params)
byte[]	SunOSSparc64PlatformSupport.generateCallbackParametersInfo(Parameter returnParameter, Parameter[] params)
byte[]	SunOSSparc64PlatformSupport.generateCallbackParametersInfo(Parameter returnParameter, Parameter[] params)
static int	PlatformContext.getAlignedParameterLength(Parameter p) Returns the length of the aligned parameter on the stack.
void	Library.getVariable(java.lang.String name, Parameter variable) Maps variable to memory address of a global variable in library.
protected void	Union.init(Parameter[] members) Sets union members.
protected void	Structure.init(Parameter[] members) Initializes the instance with specified structure members and default alignment for current Platform.
protected void	Callback.init(Parameter[] params, Parameter retVal) Initializes callback parameters.
protected void	Callback.init(Parameter[] params, Parameter retVal) Initializes callback parameters.
protected void	Structure.init(Parameter[] members, short alignment) Initializes the instance with specified structure members and alignment.
long	Function.invoke(Parameter returnValue) Convenience method for calling a native function without parameters.
long	Function.invoke(Parameter returnValue, Parameter parameter) Convenience method for calling a native function with a single parameter.
long	Function.invoke(Parameter returnValue, Parameter[] parameters) Invokes the function with the passed parameters.
long	Function.invoke(Parameter returnValue, Parameter[] parameters) Invokes the function with the passed parameters.
long	Function.invoke(Parameter returnValue, Parameter param1, Parameter param2) Convenience method for calling native function with two parameters.
long	Function.invoke(Parameter returnValue, Parameter param1, Parameter param2, Parameter param3) Convenience method for calling a native function with three parameters.
long	Function.invoke(Parameter returnValue, Parameter param1, Parameter param2, Parameter param3, Parameter param4) Convenience method for calling native function with four parameters.
Parameter[]	SunOSSparcPlatformSupport.prepareFunctionCallParameters(Parameter[] params)
Parameter[]	SunOSSparc64PlatformSupport.prepareFunctionCallParameters(Parameter[] params)
int	SunOSSparcPlatformSupport.prepareReturnParameterFlags(Parameter retVal)
int	SunOSSparc64PlatformSupport.prepareReturnParameterFlags(Parameter retVal)
void	Union.setActiveMember(Parameter active) Defines the member of this union that is currently used.
void	Union.setActiveMember(Parameter active, boolean read) Defines the member of this union that is currently used.
void	PrimitiveArray.setElement(int i, Parameter elem)
void	ComplexArray.setElement(int i, Parameter elem)
void	ArrayParameter.setElement(int i, Parameter elem) Replaces an array item with the specified object.
void	Pointer.setReferencedObject(Parameter ref) Changes the pointer referenced object.
void	Pointer.setReferencedObject(Parameter ref, boolean isNull) Changes the pointer referenced object.
protected void	DelegatingParameter.setValueObject(Parameter value)
static byte[]	Parameter.toByteArray(Parameter param) Converts a parameter to a byte array.

Constructors in com.jniwrapper with parameters of type Parameter

ArithmeticalPointer(Parameter ref)
Constructs a pointer to a given object.

Callback(Parameter[] params, Parameter retVal)
Constructs a callback instance.

Callback(Parameter[] params, Parameter retVal)
Constructs a callback instance.

ComplexArray(Parameter[] arr)
Constructs an array object taking a specified Parameter array.

ComplexArray(Parameter sample, int count)
Constructs an array object.

Const(Parameter param)
Constructs the Const object by wrapping a specified Parameter object.

DelegatingParameter(Parameter value)

OutOnly(Parameter param)

Pointer.Const(Parameter ref)
Constructs a new pointer to a given object.

Pointer.Const(Parameter ref, boolean isNull)
Constructs a new pointer to a given object.

Pointer.OutOnly(Parameter ref)
Constructs a new pointer to a given object.

Pointer(Parameter ref)
Constructs a new pointer to a given object.

Pointer(Parameter ref, boolean isNull)
Constructs a new pointer to a given object.

PrimitiveArray(Parameter[] params)
Constructs an array object taking a specified Parameter array.

PrimitiveArray(Parameter sample, int count)
Constructs an array object.

Structure(Parameter[] members)
Constructs a new structure that consists of a given set of members with default alignment.

Structure(Parameter[] members, short alignment)
Constructs a new structure that consists of a given set of members with given alignment.

Union(Parameter[] members)
Constructs a union with a given set of members.

Unused(Parameter param)
Constructs a new unused parameter using a given sample.

Uses of Parameter in com.jniwrapper.jawt

Subclasses of Parameter in com.jniwrapper.jawt

class	JAWT_DrawingSurface JAWT drawing surface structure.
class	JAWT_DrawingSurfaceInfo Information about a current drawing surface configuration.
class	JAWT_Rectangle A rectangle structure.

Uses of Parameter in com.jniwrapper.util

Methods in com.jniwrapper.util with parameters of type Parameter

void	FunctionCache.getVariable(java.lang.String name, Parameter variable)