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SEMI E97-0200A © SEMI 2000 24 boolean isActive () raises (Global::FrameworkErrorSignal); boolean isCanceled () raises (Global::FrameworkErrorSignal); boolean isCompleted () raises (Global::FrameworkErrorSignal); boolean …

SEMI E97-0200A © SEMI 200023

void setJobProperty (

in Global::Property aProperty)

raises (Global::FrameworkErrorSignal,

Global::SetValueOutOfRangeSignal,

Global::InvalidPropertyNameSignal,

Global::UnsupportedPropertySignal,

Global::ReadOnlyPropertySignal);

/* Indicates whether results are available for this Job. Each specialization may determine what constitutes results. */

boolean areJobResultsAvailable()

raises( Global::FrameworkErrorSignal );

/* Retrieve the latest results. Each implementation determines what constitutes relevant results. This may be used for

returning current results for complex Jobs. */

JobSupervisor::Results getJobResults()

raises( Global::FrameworkErrorSignal );

/* Begin the process to pause the Job at the next safe opportunity. Results in the transition to Pausing state and

eventually Paused state. */

void makePaused ()

raises (Global::FrameworkErrorSignal,

Global::InvalidStateTransitionSignal);

/* Request Job resume activity from the previous Pause. Results in the transition to the executing state. */

void makeExecuting ()

raises (Global::FrameworkErrorSignal,

Global::InvalidStateTransitionSignal);

/* Request to cancel the Job. This operation is only valid if the Job is in the Queued state (e.g. the Job cannot be

canceled once it is Active). This operation results in the transition to the Canceled state. */

void makeCanceled ()

raises (Global::FrameworkErrorSignal,

Global::InvalidStateTransitionSignal);

/* Begin the process to stop the Job. This is an orderly termination and should never cause irreparable problems (e.g.

should not stop etching a wafer in mid-cycle). This operation results in the transition to the Stopping state and

eventually the Stopped state. */

void makeStopped ()

raises (Global::FrameworkErrorSignal,

Global::InvalidStateTransitionSignal);

/* Begin the process to abort the Job. Caution should be used with this operation. Aborting a Job requires immediate

termination of the Job and could result in irrecoverable change to factory or material state. This operation results in

the transition to the Aborting state and eventually the Aborted state. */

void makeAborted ()

raises (Global::FrameworkErrorSignal,

Global::InvalidStateTransitionSignal);

/* Determine whether the Job is in state indicated. */

boolean isAborting ()