Uses of Class
stella.exception.TimeoutException

Packages that use TimeoutException

Package	Description
stella.net.gregor
stella.net.tpl
stella.telescope

Uses of TimeoutException in stella.net.gregor

Methods in stella.net.gregor that throw TimeoutException

Modifier and Type	Method and Description
private CommunicationCycle	GetterSetter.complete(CommandMessage cm) We initiate and wait.
protected List<String>	GetterSetter.executeGet(CommandMessage cm) We issue a prepared getter function and wait for the result, which is returned as the cycle outcome.
List<String>	GetterSetter.executeGet(Object dest, String toget) We issue a getter function and wait for the result, which is returned as the cycle outcome.
protected boolean	GetterSetter.executeSet(CommandMessage cm) We issue a preparedsetter function and wait for the result, which is then interpret as a boolean.
boolean	GetterSetter.executeSet(Object dest, String toset, long donetime) We issue a setter function and wait for the result, which is then interpret as a boolean.
protected void	GetterSetter.waitForComplete(CommandMessage cm, CommunicationCycle cc) We wait for a command cycle to complete by synchronizing on the cycle object and issuing maximum two wait states on it.

Uses of TimeoutException in stella.net.tpl

Subclasses of TimeoutException in stella.net.tpl

Modifier and Type	Class and Description
class	TsiTimeoutException General TSI command execution timeout.

Uses of TimeoutException in stella.telescope

Methods in stella.telescope that throw TimeoutException

Modifier and Type	Method and Description
boolean	VattDriver.commenceAbort()
boolean	AbstractRpcTelescope.commenceAbort()
boolean	TelescopeDriver.commenceAbort() Aborts all active commands.
boolean	GregorDriver.commenceAbort() Aborts all active commands.
boolean	VattDriver.commenceAbsoluteOffset(double azoff, double altoff)
boolean	OffsetAccessible.commenceAbsoluteOffset(double azoff, double altoff) Applies an absolute offset to the telescope axis.
boolean	AbstractRpcTelescope.commenceAbsoluteOffset(double azoff, double altoff)
boolean	GregorDriver.commenceAbsoluteOffset(double azoff, double altoff) Applies an absolute offset to the telescope axis.
boolean	VattDriver.commenceAbsoluteOffset(double azoff, double altoff, double h)
boolean	OffsetAccessible.commenceAbsoluteOffset(double azoff, double altoff, double h) Applies an absolute offset to the telescope axis.
boolean	AbstractRpcTelescope.commenceAbsoluteOffset(double azoff, double altoff, double h)
boolean	GregorDriver.commenceAbsoluteOffset(double azoff, double altoff, double h) Applies an absolute offset to the telescope axis.
boolean	VattDriver.commenceDerotator(double position)
boolean	AbstractRpcTelescope.commenceDerotator(double position)
boolean	DerotatorAccessible.commenceDerotator(double position) Sets the derotator position in the system's coordinate system, which is in degrees.
boolean	VattDriver.commenceDerotatorOffset(double position)
boolean	AbstractRpcTelescope.commenceDerotatorOffset(double position)
boolean	DerotatorAccessible.commenceDerotatorOffset(double position) Offsets the derotator position in the system's coordinate system, which is in degrees.
boolean	VattDriver.commenceFocus(double position)
boolean	FocusAccessible.commenceFocus(double position) Sets a new focus position.
boolean	AbstractRpcTelescope.commenceFocus(double position)
boolean	GregorDriver.commenceFocus(double position) Sets a new focus position.
boolean	VattDriver.commenceFocusOffset(double position)
boolean	FocusAccessible.commenceFocusOffset(double position) Sets a new focus offset.
boolean	AbstractRpcTelescope.commenceFocusOffset(double position)
boolean	GregorDriver.commenceFocusOffset(double position) Sets a new focus offset.
boolean	VattDriver.commenceGuiding(boolean start)
boolean	OffsetAccessible.commenceGuiding(boolean start) Starts or stops tracking of the telescope and waits until the new tracking state is reached.
boolean	AbstractRpcTelescope.commenceGuiding(boolean start)
boolean	GregorDriver.commenceGuiding(boolean start) Starts or stops tracking of the telescope and waits until the new tracking state is reached.
boolean	VattDriver.commenceInit()
boolean	AbstractRpcTelescope.commenceInit()
boolean	TelescopeDriver.commenceInit() Initializes the telescope.
boolean	GregorDriver.commenceInit() Initializes the telescope.
boolean	VattDriver.commenceMove(double ra, double de)
boolean	PointingAccessible.commenceMove(double ra, double de) Moves the telescope to the given ra/dec position in J2000.0 equinox.
boolean	AbstractRpcTelescope.commenceMove(double ra, double de)
boolean	GregorDriver.commenceMove(double ra, double de) Moves the telescope to the given ra/dec position in J2000.0 equinox.
boolean	VattDriver.commenceMove(double ra, double de, double off, boolean fol)
boolean	PointingAccessible.commenceMove(double ra, double de, double off, boolean fol) Moves the telescope to the given ra/dec position in J2000.0 equinox.
boolean	AbstractRpcTelescope.commenceMove(double ra, double de, double off, boolean fol)
boolean	GregorDriver.commenceMove(double ra, double de, double off, boolean fol) Moves the telescope to the given ra/dec position in J2000.0 equinox.
boolean	VattDriver.commenceMoveAzAlt(double az, double alt)
boolean	PointingAccessible.commenceMoveAzAlt(double az, double alt) Moves the telescope to the desired alt/az position.
boolean	AbstractRpcTelescope.commenceMoveAzAlt(double az, double alt)
boolean	GregorDriver.commenceMoveAzAlt(double az, double alt) Moves the telescope to the desired alt/az position.
boolean	VattDriver.commencePark()
boolean	AbstractRpcTelescope.commencePark()
boolean	TelescopeDriver.commencePark() Parks the telescope.
boolean	GregorDriver.commencePark() Parks the telescope.
boolean	VattDriver.commenceRelativeOffset(double azoff, double altoff)
boolean	OffsetAccessible.commenceRelativeOffset(double azoff, double altoff) Adds a current offset to both telescope axis.
boolean	AbstractRpcTelescope.commenceRelativeOffset(double azoff, double altoff)
boolean	GregorDriver.commenceRelativeOffset(double azoff, double altoff) Adds a current offset to both telescope axis.
boolean	VattDriver.commenceRelativeOffset(double azoff, double altoff, double h)
boolean	OffsetAccessible.commenceRelativeOffset(double azoff, double altoff, double h) Adds a current offset to both telescope axis.
boolean	AbstractRpcTelescope.commenceRelativeOffset(double azoff, double altoff, double h)
boolean	GregorDriver.commenceRelativeOffset(double azoff, double altoff, double h) Adds a current offset to both telescope axis.
boolean	VattDriver.commenceTracking(boolean start)
boolean	PointingAccessible.commenceTracking(boolean start) Starts or stops tracking of the telescope, but does not block until the telescope is in the new state.
boolean	AbstractRpcTelescope.commenceTracking(boolean start)
boolean	GregorDriver.commenceTracking(boolean start) Starts or stops tracking of the telescope, but does not block until the telescope is in the new state.
protected boolean	GregorDriver.displayDialog(String mess, int tsec) We display a dialog with a certain message.
private double	GregorDriver.getHorizontalHeight() Returns the current height as returned by the telescope or throws an error.
TelescopePosition	PointingProviding.getPosition() Return the current pointing.
TelescopePosition	GregorDriver.getPosition() For pointing model issues, Return the current pointing.