Package wt.workflow.engine

Class _WfExecutionObject

java.lang.Object
wt.fc._WTObject
wt.fc.WTObject
wt.enterprise._Simple
wt.enterprise.Simple
wt.workflow.engine._WfExecutionObject
All Implemented Interfaces:
Externalizable, Serializable, wt.access._AccessControlled, wt.access._PolicyAccessControlled, wt.access._SecurityLabeled, AccessControlled, wt.access.PolicyAccessControlled, SecurityLabeled, wt.admin._DomainAdministered, DomainAdministered, wt.fc._NetFactor, wt.fc._ObjectMappable, wt.fc._Persistable, wt.fc.adminlock._AdministrativelyLockable, AdministrativelyLockable, wt.fc.BusinessInformation, NetFactor, ObjectMappable, Persistable, DisplayIdentification, wt.inf.container._WTContained, WTContained, wt.notify._Notifiable, Notifiable, wt.recent.RecentlyVisited
Direct Known Subclasses:
WfExecutionObject
public abstract class _WfExecutionObject extends Simple implements WTContained, Externalizable
See Also:

  • Field Details

    • NAME

      public static final String NAME
      Human readable, descriptive identifier of the execution object.

      Supported API: true

      See Also:

    • PRIORITY

      public static final String PRIORITY
      Relative priority of the execution object in the set of all objects of a given type. Valid values are numbers between one and five, with three being "normal" and one as the "highest" priority.

      Supported API: true

      See Also:

    • CONTEXT

      public static final String CONTEXT
      Input and output data for the execution object. The context is described by a set of named variables (also called "attributes" or "properties"). These variables can be both read and written by the object. The context for a process correspond to the global data for all process activities. For activities, it is possible to map its (local) variables onto process (global) variables. This mapping provides the way by which activities communicate data.

      Supported API: true

      See Also:

  • Method Details

    • getName

      public String getName()
      Human readable, descriptive identifier of the execution object.

      Supported API: true

      See Also:

    • setName

      public void setName(String name)
      Human readable, descriptive identifier of the execution object.

      Supported API: true

      See Also:

    • getPriority

      public long getPriority()
      Relative priority of the execution object in the set of all objects of a given type. Valid values are numbers between one and five, with three being "normal" and one as the "highest" priority.

      Supported API: true

      See Also:

    • setPriority

      public void setPriority(long priority)
      Relative priority of the execution object in the set of all objects of a given type. Valid values are numbers between one and five, with three being "normal" and one as the "highest" priority.

      Supported API: true

      See Also:

    • getContext

      public ProcessData getContext()
      Input and output data for the execution object. The context is described by a set of named variables (also called "attributes" or "properties"). These variables can be both read and written by the object. The context for a process correspond to the global data for all process activities. For activities, it is possible to map its (local) variables onto process (global) variables. This mapping provides the way by which activities communicate data.

      Supported API: true

      See Also:

    • setContext

      public void setContext(ProcessData context)
      Input and output data for the execution object. The context is described by a set of named variables (also called "attributes" or "properties"). These variables can be both read and written by the object. The context for a process correspond to the global data for all process activities. For activities, it is possible to map its (local) variables onto process (global) variables. This mapping provides the way by which activities communicate data.

      Supported API: true

      See Also: