Uses of Class
java.lang.SecurityException

Packages that use SecurityException

java.awt	Contains all of the classes for creating user interfaces and for painting graphics and images.
java.beans	Contains classes related to developing beans -- components based on the JavaBeansTM architecture.
java.io	Provides for system input and output through data streams, serialization and the file system.
java.lang	Provides classes that are fundamental to the design of the Java programming language.
java.lang.reflect	Provides classes and interfaces for obtaining reflective information about classes and objects.
java.rmi	Provides the RMI package.
java.rmi.server	Provides classes and interfaces for supporting the server side of RMI.
java.security	Provides the classes and interfaces for the security framework.
java.util.logging	Provides the classes and interfaces of the JavaTM 2 platform's core logging facilities.
javax.realtime	Jamaica's implementation of the Real-Time Specification for Java.
javax.realtime.device	JamaicaVM's implementation of the RTSJ Device Module.
javax.swing	Provides a set of "lightweight" (all-Java language) components that, to the maximum degree possible, work the same on all platforms.

Uses of SecurityException in java.awt

Methods in java.awt that throw SecurityException

protected Window	KeyboardFocusManager.getGlobalActiveWindow() Returns the active Window, even if the calling thread is in a different context than the active Window.
protected Container	KeyboardFocusManager.getGlobalCurrentFocusCycleRoot() Returns the current focus cycle root, even if the calling thread is in a different context than the current focus cycle root.
protected Window	KeyboardFocusManager.getGlobalFocusedWindow() Returns the focused Window, even if the calling thread is in a different context than the focused Window.
protected Component	KeyboardFocusManager.getGlobalFocusOwner() Returns the focus owner, even if the calling thread is in a different context than the focus owner.
protected Component	KeyboardFocusManager.getGlobalPermanentFocusOwner() Returns the permanent focus owner, even if the calling thread is in a different context than the permanent focus owner.
void	Window.setAlwaysOnTop(boolean alwaysOnTop) Sets whether this window should always be above other windows.
static void	KeyboardFocusManager.setCurrentKeyboardFocusManager(KeyboardFocusManager newManager) Sets the current KeyboardFocusManager instance for the calling thread's context.

Uses of SecurityException in java.beans

Methods in java.beans that throw SecurityException

static void	Beans.setDesignTime(boolean isDesignTime) Used to indicate whether of not we are running in an application builder environment.
static void	Beans.setGuiAvailable(boolean isGuiAvailable) Used to indicate whether of not we are running in an environment where GUI interaction is available.

Uses of SecurityException in java.io

Methods in java.io that throw SecurityException

protected boolean	ObjectOutputStream.enableReplaceObject(boolean enable) Enable the stream to do replacement of objects in the stream.
protected boolean	ObjectInputStream.enableResolveObject(boolean enable) Enable the stream to allow objects read from the stream to be replaced.

Constructors in java.io that throw SecurityException

ObjectInputStream()
Provide a way for subclasses that are completely reimplementing ObjectInputStream to not have to allocate private data just used by this implementation of ObjectInputStream.

ObjectOutputStream()
Provide a way for subclasses that are completely reimplementing ObjectOutputStream to not have to allocate private data just used by this implementation of ObjectOutputStream.

Uses of SecurityException in java.lang

Methods in java.lang that throw SecurityException

void	ThreadGroup.checkAccess() checkAccess checks if access to this ThreadGroup is permitted.
void	Thread.checkAccess() checkAccess checks if the current thread is permitted to access this thread.
int	ThreadGroup.enumerate(Thread[] array) enumerate enumerates all the threads in this thread group and any sub groups and stores the threads in the given array.
static int	Thread.enumerate(Thread[] tarray) enumerate enumberates all active threads in the current thread's thread group.
int	ThreadGroup.enumerate(Thread[] array, boolean recursive) enumerate copies into the specified array every active thread in this thread group.
int	ThreadGroup.enumerate(ThreadGroup[] list) enumerate enumerates all the thread groups that are children of this thread group and any sub groups and stores the thread groups in the given array.
int	ThreadGroup.enumerate(ThreadGroup[] array, boolean recursive) enumerate enumerates all the thread groups that are children of this thread group and any sub groups and stores the thread groups in the given array.
Constructor<T>	Class.getConstructor(Class<?>... parameterTypes) getConstructor finds the public constructor with given parameter types in this class.
Constructor<?>[]	Class.getConstructors() getConstructors returns an array of all public constructors of this class.
ClassLoader	Thread.getContextClassLoader() getContextClassLoader determines the context class loader for this thread.
Class<?>[]	Class.getDeclaredClasses() getDeclaredClasses returns array of classes that are members of this class.
Constructor<T>	Class.getDeclaredConstructor(Class<?>... parameterTypes) getDeclaredConstructor searches for a constructor with given parameter types in this clss.
Field	Class.getDeclaredField(String name) getDeclaredField searches for a field with the given name that is declared in this class.
Field[]	Class.getDeclaredFields() getDeclaredFields returns an array of all the fields declared in this class.
Method	Class.getDeclaredMethod(String name, Class<?>... parameterTypes) getDeclaredMethod searches for a method with the given name and parameter types in this class.
Method[]	Class.getDeclaredMethods() getDeclaredMethods returns an array of all methods declared in this class.
Field	Class.getField(String name) Looks for a public field accessible through this class.
Field[]	Class.getFields() Looks for all public fields in this class and its super classes.
Method	Class.getMethod(String name, Class<?>... parameterTypes) getMethod finds the public method with given name and parameter types in this class.
Method[]	Class.getMethods() getMethods returns an array of all public methods of this class.
ThreadGroup	ThreadGroup.getParent() getParent returns the parent of this thread group.
void	ThreadGroup.interrupt() interrupt interrupts all threads in this thread group and all of its subgroups.
void	Thread.interrupt() interrupt interrupts this thread by throwing an InterruptedException if this thread is in wait(), sleep() or join().
void	ThreadGroup.setDaemon(boolean daemon) setDaemon sets the daemon state of this thread group.
void	Thread.setDaemon(boolean on) setDaemon sets the daemon state of this thread.
void	ThreadGroup.setMaxPriority(int pri) setMaxPriority sets the maximum priority of this thread group and of all its children.
void	Thread.setName(String name) setName sets the name of this thread to the given argument.
void	Thread.setPriority(int newPriority) Set the priority of this thread.

Constructors in java.lang that throw SecurityException

ThreadGroup(String name)
Constructor that creates a new ThreadGroup with the given name using theThreadGroup of the current thread as parent.

ThreadGroup(ThreadGroup parent, String name)
Creates a new ThreadGroup with the given parent and the given name.

Uses of SecurityException in java.lang.reflect

Methods in java.lang.reflect that throw SecurityException

static void	AccessibleObject.setAccessible(AccessibleObject[] array, boolean flag) Convenience method to set the accessible flag for an array of objects with a single security check (for efficiency).
void	AccessibleObject.setAccessible(boolean flag) Set the accessible flag for this object to the indicated boolean value.

Uses of SecurityException in java.rmi

Subclasses of SecurityException in java.rmi

class

RMISecurityException Deprecated. Use SecurityException instead. Application code should never directly reference this class, and RMISecurityManager no longer throws this subclass of java.lang.SecurityException.

Uses of SecurityException in java.rmi.server

Methods in java.rmi.server that throw SecurityException

static ClassLoader

RMIClassLoader.getClassLoader(String codebase) Returns a class loader that loads classes from the given codebase URL path.

Uses of SecurityException in java.security

Subclasses of SecurityException in java.security

class

AccessControlException This exception is thrown by the AccessController to indicate that a requested access (to a critical system resource such as the file system or the network) is denied.

Methods in java.security that throw SecurityException

void	Permission.checkGuard(Object object) Implements the guard interface for a permission.
void	Guard.checkGuard(Object object) Determines whether or not to allow access to the guarded object object.
Object	GuardedObject.getObject() Retrieves the guarded object, or throws an exception if access to the guarded object is denied by the guard.

Uses of SecurityException in java.util.logging

Methods in java.util.logging that throw SecurityException

void	Logger.addHandler(Handler handler) Add a log Handler to receive logging messages.
void	LogManager.addPropertyChangeListener(PropertyChangeListener l) Adds an event listener to be invoked when the logging properties are re-read.
void	LogManager.checkAccess() Check that the current context is trusted to modify the logging configuration.
void	FileHandler.close() Close all the files.
void	StreamHandler.close() Close the current output stream.
void	MemoryHandler.close() Close the Handler and free all associated resources.
void	SocketHandler.close() Close this output stream.
abstract void	Handler.close() Close the Handler and free all associated resources.
void	LogManager.readConfiguration() Reinitialize the logging properties and reread the logging configuration.
void	LogManager.readConfiguration(InputStream ins) Reinitialize the logging properties and reread the logging configuration from the given stream, which should be in java.util.Properties format.
void	Logger.removeHandler(Handler handler) Remove a log Handler.
void	LogManager.removePropertyChangeListener(PropertyChangeListener l) Removes an event listener for property change events.
void	LogManager.reset() Reset the logging configuration.
void	StreamHandler.setEncoding(String encoding) Set (or change) the character encoding used by this Handler.
void	Handler.setEncoding(String encoding) Set the character encoding used by this Handler.
void	Logger.setFilter(Filter newFilter) Set a filter to control output on this Logger.
void	Handler.setFilter(Filter newFilter) Set a Filter to control output on this Handler.
void	Handler.setFormatter(Formatter newFormatter) Set a Formatter.
void	Logger.setLevel(Level newLevel) Set the log level specifying which message levels will be logged by this logger.
void	Handler.setLevel(Level newLevel) Set the log level specifying which message levels will be logged by this Handler.
protected void	StreamHandler.setOutputStream(OutputStream out) Change the output stream.
void	MemoryHandler.setPushLevel(Level newLevel) Set the pushLevel.

Constructors in java.util.logging that throw SecurityException

FileHandler()
Construct a default FileHandler.

FileHandler(String pattern)
Initialize a FileHandler to write to the given filename.

FileHandler(String pattern, boolean append)
Initialize a FileHandler to write to the given filename, with optional append.

FileHandler(String pattern, int limit, int count)
Initialize a FileHandler to write to a set of files.

FileHandler(String pattern, int limit, int count, boolean append)
Initialize a FileHandler to write to a set of files with optional append.

Uses of SecurityException in javax.realtime

Methods in javax.realtime that throw SecurityException

void	RealtimeSecurity.checkAccessPhysical() checkAccessPhysical checks if access to physical memory is permitted.
void	RealtimeSecurity.checkAccessPhysicalRange(long base, long size) checkAccessPhysicalRange checks if access to the given area of physical memory is permitted.
void	RealtimeSecurity.checkAEHSetDaemon() checkAEHSetDaemon checks if the application is allowed to set the daemon status of an AbstractAsyncEventHandler.
void	RealtimeSecurity.checkSetFilter() checkSetFilter checks if the application is allowed to register new memory type filters with the PhysicalMemoryManager class.
void	RealtimeSecurity.checkSetMonitorControl(MonitorControl policy) checkSetMonitorControl checks if the application is allowed to set the default monitor control policy.
void	RealtimeSecurity.checkSetScheduler() checkSetScheduler checks if the application is allowed to set the scheduler.
static void	PhysicalMemoryManager.registerFilter(Object type, PhysicalMemoryTypeFilter filter) registerFilter registers a type filter with the physical memory manager.
void	AbstractAsyncEventHandler.setScheduler(Scheduler scheduler) setScheduler sets the scheduler for this handler.
void	RealtimeThread.setScheduler(Scheduler scheduler) setScheduler sets the scheduler for this RealtimeThread.
void	AbstractAsyncEventHandler.setScheduler(Scheduler scheduler, SchedulingParameters scheduling, ReleaseParameters release, MemoryParameters memory, ProcessingGroupParameters group) setScheduler sets the scheduler and scheduling, release, memory, and processing group parameters for this handler.
void	RealtimeThread.setScheduler(Scheduler scheduler, SchedulingParameters scheduling, ReleaseParameters release, MemoryParameters memory, ProcessingGroupParameters group) setScheduler set the scheduler and scheduling, release, memory, and processing group parameters for this RealtimeThread.

Constructors in javax.realtime that throw SecurityException

ImmortalPhysicalMemory(Object type, long size)
Constructor to create an instance of ImmortalPhysicalMemory with the given type and size.

ImmortalPhysicalMemory(Object type, long base, long size)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, base address, and size.

ImmortalPhysicalMemory(Object type, long base, long size, Runnable logic)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, base address, size, and logic.

ImmortalPhysicalMemory(Object type, long size, Runnable logic)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, size and logic.

ImmortalPhysicalMemory(Object type, long base, SizeEstimator size)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, base address, and size.

ImmortalPhysicalMemory(Object type, long base, SizeEstimator size, Runnable logic)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, base address, size, and logic.

ImmortalPhysicalMemory(Object type, SizeEstimator size)
Constructor to create an instance of ImmortalPhysicalMemory with the given type and size.

ImmortalPhysicalMemory(Object type, SizeEstimator size, Runnable logic)
Constructor to create an instance of ImmortalPhysicalMemory with the given type, size, and logic.

LTPhysicalMemory(Object type, long size)
Constructor to create an instance of LTPhysicalMemory with the given type and size.

LTPhysicalMemory(Object type, long base, long size)
Constructor to create an instance of LTPhysicalMemory with the given type, base address, and size.

LTPhysicalMemory(Object type, long base, long size, Runnable logic)
Constructor to create an instance of LTPhysicalMemory with the given type, base address, size, and logic.

LTPhysicalMemory(Object type, long size, Runnable logic)
Constructor to create an instance of LTPhysicalMemory with the given type, size, and logic.

LTPhysicalMemory(Object type, long base, SizeEstimator size)
Constructor to create an instance of LTPhysicalMemory with the given type, base address, and size.

LTPhysicalMemory(Object type, long base, SizeEstimator size, Runnable logic)
Constructor to create an instance of LTPhysicalMemory with the given type, base address, size, and logic.

LTPhysicalMemory(Object type, SizeEstimator size)
Constructor to create an instance of LTPhysicalMemory with the given type and size.

LTPhysicalMemory(Object type, SizeEstimator size, Runnable logic)
Constructor to create an instance of LTPhysicalMemory with the given type, size, and logic.

RawMemoryAccess(Object type, long size)
Constructor to create an instance of RawMemoryAccess for the given parameters and make this memory accessible.

RawMemoryAccess(Object type, long base, long size)
Constructor to create an instance of RawMemoryAccess for the given parameters and make this memory accessible.

RawMemoryFloatAccess(Object type, long size)
Constructor to create an instance of RawMemoryFloatAccess for the given parameters and make this memory accessible.

RawMemoryFloatAccess(Object type, long base, long size)
Constructor to create an instance of RawMemoryFloatAccess for the given parameters and make this memory accessible.

VTPhysicalMemory(Object type, long size)
Constructor to create an instance of VTPhysicalMemory with the given type and size.

VTPhysicalMemory(Object type, long base, long size)
Constructor to create an instance of VTPhysicalMemory with the given type, base address, and size.

VTPhysicalMemory(Object type, long base, long size, Runnable logic)
Constructor to create an instance of VTPhysicalMemory with the given type, base address, and size.

VTPhysicalMemory(Object type, long size, Runnable logic)
Constructor to create an instance of VTPhysicalMemory with the given type and size.

VTPhysicalMemory(Object type, long base, SizeEstimator size)
Constructor to create an instance of VTPhysicalMemory with the given type, base address, and size.

VTPhysicalMemory(Object type, long base, SizeEstimator size, Runnable logic)
Constructor to create an instance of VTPhysicalMemory with the given type, base address, and size.

VTPhysicalMemory(Object type, SizeEstimator size)
Constructor to create an instance of VTPhysicalMemory with the given type and size.

VTPhysicalMemory(Object type, SizeEstimator size, Runnable logic)
Constructor to create an instance of VTPhysicalMemory with the given type and size.

Uses of SecurityException in javax.realtime.device

Methods in javax.realtime.device that throw SecurityException

RawByte	RawMemoryRegionFactory.createRawByte(long base, int count, int stride) Create an instance of a class that implements RawByte and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawByte	RawMemoryFactory.createRawByte(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawByte and accesses memory of region in the address range described by base, stride, and count.
RawByteReader	RawMemoryRegionFactory.createRawByteReader(long base, int count, int stride) Create an instance of a class that implements RawByteReader and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawByteReader	RawMemoryFactory.createRawByteReader(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawByteReader and accesses memory of region in the address range described by base, stride, and count.
RawByteWriter	RawMemoryRegionFactory.createRawByteWriter(long base, int count, int stride) Create an instance of a class that implements RawByteWriter and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawByteWriter	RawMemoryFactory.createRawByteWriter(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawByteWriter and accesses memory of region in the address range described by base, stride, and count.
RawDouble	RawMemoryRegionFactory.createRawDouble(long base, int count, int stride) Create an instance of a class that implements RawDouble and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawDouble	RawMemoryFactory.createRawDouble(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawDouble and accesses memory of region in the address range described by base, stride, and count.
RawDoubleReader	RawMemoryRegionFactory.createRawDoubleReader(long base, int count, int stride) Create an instance of a class that implements RawDoubleReader and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawDoubleReader	RawMemoryFactory.createRawDoubleReader(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawDoubleReader and accesses memory of region in the address range described by base, stride, and count.
RawDoubleWriter	RawMemoryRegionFactory.createRawDoubleWriter(long base, int count, int stride) Create an instance of a class that implements RawDoubleWriter and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawDoubleWriter	RawMemoryFactory.createRawDoubleWriter(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawDoubleWriter and accesses memory of region in the address range described by base, stride, and count.
RawFloat	RawMemoryRegionFactory.createRawFloat(long base, int count, int stride) Create an instance of a class that implements RawFloat and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawFloat	RawMemoryFactory.createRawFloat(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawFloat and accesses memory of region in the address range described by base, stride, and count.
RawFloatReader	RawMemoryRegionFactory.createRawFloatReader(long base, int count, int stride) Create an instance of a class that implements RawFloatReader and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawFloatReader	RawMemoryFactory.createRawFloatReader(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawFloatReader and accesses memory of region in the address range described by base, stride, and count.
RawFloatWriter	RawMemoryRegionFactory.createRawFloatWriter(long base, int count, int stride) Create an instance of a class that implements RawFloatWriter and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawFloatWriter	RawMemoryFactory.createRawFloatWriter(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawFloatWriter and accesses memory of region in the address range described by base, stride, and count.
RawInt	RawMemoryRegionFactory.createRawInt(long base, int count, int stride) Create an instance of a class that implements RawInt and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawInt	RawMemoryFactory.createRawInt(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawInt and accesses memory of region in the address range described by base, stride, and count.
RawIntReader	RawMemoryRegionFactory.createRawIntReader(long base, int count, int stride) Create an instance of a class that implements RawIntReader and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawIntReader	RawMemoryFactory.createRawIntReader(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawIntReader and accesses memory of region in the address range described by base, stride, and count.
RawIntWriter	RawMemoryRegionFactory.createRawIntWriter(long base, int count, int stride) Create an instance of a class that implements RawIntWriter and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawIntWriter	RawMemoryFactory.createRawIntWriter(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawIntWriter and accesses memory of region in the address range described by base, stride, and count.
RawLong	RawMemoryRegionFactory.createRawLong(long base, int count, int stride) Create an instance of a class that implements RawLong and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawLong	RawMemoryFactory.createRawLong(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawLong and accesses memory of region in the address range described by base, stride, and count.
RawLongReader	RawMemoryRegionFactory.createRawLongReader(long base, int count, int stride) Create an instance of a class that implements RawLongReader and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawLongReader	RawMemoryFactory.createRawLongReader(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawLongReader and accesses memory of region in the address range described by base, stride, and count.
RawLongWriter	RawMemoryRegionFactory.createRawLongWriter(long base, int count, int stride) Create an instance of a class that implements RawLongWriter and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawLongWriter	RawMemoryFactory.createRawLongWriter(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawLongWriter and accesses memory of region in the address range described by base, stride, and count.
RawShort	RawMemoryRegionFactory.createRawShort(long base, int count, int stride) Create an instance of a class that implements RawShort and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawShort	RawMemoryFactory.createRawShort(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawShort and accesses memory of region in the address range described by base, stride, and count.
RawShortReader	RawMemoryRegionFactory.createRawShortReader(long base, int count, int stride) Create an instance of a class that implements RawShortReader and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawShortReader	RawMemoryFactory.createRawShortReader(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawShortReader and accesses memory of region in the address range described by base, stride, and count.
RawShortWriter	RawMemoryRegionFactory.createRawShortWriter(long base, int count, int stride) Create an instance of a class that implements RawShortWriter and accesses memory of RawMemoryRegionFactory.getRegion() in the address range described by base, stride, and count.
RawShortWriter	RawMemoryFactory.createRawShortWriter(RawMemoryRegion region, long base, int count, int stride) Create an instance of a class that implements RawShortWriter and accesses memory of region in the address range described by base, stride, and count.

Uses of SecurityException in javax.swing

Methods in javax.swing that throw SecurityException

static void	FocusManager.setCurrentManager(FocusManager aFocusManager) Sets the current KeyboardFocusManager instance for the calling thread's context.
static void	UIManager.setInstalledLookAndFeels(UIManager.LookAndFeelInfo[] infos) Sets the set of available look and feels.