Uses of Interface de.mid.innovator.srv2api.icw2meta.ADClientAble (Java API)

Packages that use ADClientAble
Package	Description
de.mid.innovator.srv2api.icw2ac	Activity modeling emphasizes the sequence and conditions for coordinating lower-level behaviors, rather than which classifiers own those behaviors.
de.mid.innovator.srv2api.icw2acdia	Diagrams and graphical representations for elements of the icw2ac package.
de.mid.innovator.srv2api.icw2bc	Package for Business Object Modeling.
de.mid.innovator.srv2api.icw2be	The Common Behaviors package specifies the core concepts required for dynamic elements and provides the infrastructure to support more detailed definitions of behavior.
de.mid.innovator.srv2api.icw2bp	Package for Business Process Model and Notation (BPMN).
de.mid.innovator.srv2api.icw2bpdia	BPMN Diagrams and graphical representations for elements of the icw2bp package.
de.mid.innovator.srv2api.icw2br	Business resource modeling package.
de.mid.innovator.srv2api.icw2brdia	Diagrams and graphical representations for elements of the icw2br package.
de.mid.innovator.srv2api.icw2bs	State machine for Business Object Modeling.
de.mid.innovator.srv2api.icw2bsdia	Diagrams and graphical representations for elements of the icw2bs package.
de.mid.innovator.srv2api.icw2class	The classes package deals with the basic modeling concepts of UML and, in particular, classes and their relationships.
de.mid.innovator.srv2api.icw2cldia	Diagrams and graphical representations for elements of the icw2class package.
de.mid.innovator.srv2api.icw2db	The DB package (specialization of the IM package) describes the concepts needed for modeling a relational database.
de.mid.innovator.srv2api.icw2dbdia	Database Diagrams and representations of tables and foreign keys, as well as views and from clauses.
de.mid.innovator.srv2api.icw2dg	The documentation package deals with the model documentation configuration and generation.
de.mid.innovator.srv2api.icw2dm	The purpose of DMN is to provide the constructs that are needed to model decisions, so that organizational decision-making can be readily depicted in diagrams, accurately defined by business analysts, and (optionally) automated.
de.mid.innovator.srv2api.icw2drdia	The decision requirements level of a decision model in DMN consists of a Decision Requirement Graph depicted in one or more Decision Requirement Diagrams.
de.mid.innovator.srv2api.icw2er	The ER package (specialization of the IM package) deals with the modeling concepts for the Entity Relationship Model and, in particular, entities, attributes and their relationships. In addition it deals with the concepts of Online Analytical Processing (OLAP) to build a data warehouse for business intelligence (BI) matters.
de.mid.innovator.srv2api.icw2erdia	Entity Relationship Diagrams and representations of entities and relationships, as well as conceptual views and from clauses.
de.mid.innovator.srv2api.icw2gc	Package for concept modeling.
de.mid.innovator.srv2api.icw2gcdia	Concept diagrams and graphical representations for elements of the icw2gc package.
de.mid.innovator.srv2api.icw2ia	The Interaction package describes the concepts needed to express interactions.
de.mid.innovator.srv2api.icw2im	The IM package specify the Information Management Metamodel core concepts required for data modeling.
de.mid.innovator.srv2api.icw2imdia	Information Management Metamodel Diagram is a subclass of Class Diagram.
de.mid.innovator.srv2api.icw2meta	Meta model and administration information.
de.mid.innovator.srv2api.icw2model	This packagage contains elements representing the logical model.
de.mid.innovator.srv2api.icw2pres	Diagrams and graphical representations of model elements in diagrams.
de.mid.innovator.srv2api.icw2sm	The StateMachine package defines a set of concepts that can be used for modeling discrete behavior through finite statetransition systems.
de.mid.innovator.srv2api.icw2smdia	Diagrams and graphical representations for elements of the icw2sm package.
de.mid.innovator.srv2api.icw2sqdia	Diagrams and graphical representations for elements of the icw2ia package.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2ac

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2ac
Modifier and Type	Interface	Description
`interface`	`ACActivity`	An activity specifies the coordination of executions of subordinate behaviors using a control and data flow model.
`interface`	`ACActivityEdge`	Flow edge for either control flow of object flow.
`interface`	`ACActivityFinalNode`	An activity final node is a final node that stops all flows in an activity.
`interface`	`ACActivityGroup`	An activity group is an abstract class for defining sets of nodes and edges in an activity.
`interface`	`ACActivityNode`	An activity node is an abstract class for points in the flow of an activity connected by edges.
`interface`	`ACCentralBufferNode`	A central buffer node is an object node for managing flows from multiple sources and destinations.
`interface`	`ACControlFlow`	A control flow is an edge that starts an activity node after the previous one is finished.
`interface`	`ACControlNode`	A control node is an abstract activity node that coordinates flows in an activity.
`interface`	`ACDataStoreNode`	A data store node is a central buffer node for non-transient information.
`interface`	`ACDecisionBehavior`	Represents the link of the decision node to a decision input behavior.
`interface`	`ACDecisionNode`	A decision node is a control node that chooses between outgoing flows.
`interface`	`ACExceptionHandler`	An exception handler is an element that specifies a body to execute in case the specified exception occurs during the execution of the protected node.
`interface`	`ACExecutableNode`	An executable node is an abstract class for activity nodes that may be executed.
`interface`	`ACFinalNode`	A final node is an abstract control node which a flow in an activity stops at.
`interface`	`ACFlowFinalNode`	A flow final node is a final node that terminates a flow.
`interface`	`ACForkNode`	A fork node is a control node that splits a flow into multiple concurrent flows.
`interface`	`ACInitialNode`	An initial node is a control node which flow starts at when the activity is invoked.
`interface`	`ACInterruptibleRegion`	An interruptible activity region is an activity group that supports termination of tokens flowing in the portions of an activity.
`interface`	`ACJoinNode`	A join node is a control node that synchronizes multiple flows.
`interface`	`ACMergeNode`	A merge node is a control node that brings multiple alternate flows together.
`interface`	`ACObjectFlow`	An object flow is an activity edge that can have objects or data passing along it.
`interface`	`ACObjectNode`	An object node is an activity node that indicates an instance of a particular classifier, possibly in a particular state, and may be available at a particular point in the activity.
`interface`	`ACObjFlowBehavior`	Selects tokens from a source object node.
`interface`	`ACObjNodeSelBehavior`	Selects tokens for outgoing edges.
`interface`	`ACParamNode`	An activity parameter node is an object node for inputs and outputs to activities.
`interface`	`ACPartition`	An activity partition is a kind of activity group that identifies actions that have common characteristics.
`interface`	`ACStructuredNode`	A structured activity node is an executable activity node that may have an expansion into subordinate nodes as an ActivityGroup.
`interface`	`ACVariable`	Variables are elements for passing data between actions indirectly.
`interface`	`ANAcceptCall`	AcceptCallAction is an accept event action that represents the receipt of a synchronous call request.
`interface`	`ANAcceptEvent`	AcceptEventAction is an action that waits for the occurrence of an event meeting specified condition.
`interface`	`ANAction`	An action is a named element that is the fundamental unit of executable functionality.
`interface`	`ANActionInputPin`	An action input pin is a kind of pin that executes an action to determine the values to input to another.
`interface`	`ANAddStructuralFeatureValue`	Structural features are potentially multi-valued and ordered; this means that the action supports specification of insertion points for new values.
`interface`	`ANBroadcastSignal`	BroadcastSignalAction is an action that transmits a signal instance to all the potential target objects in the system.
`interface`	`ANCall`	CallAction is an abstract class for actions that invoke behavior and receive return values.
`interface`	`ANCallBehavior`	A CallBehaviorAction is a call action that invokes a behavior directly rather than invoking a behavioral feature that, in turn, results in the invocation of that behavior.
`interface`	`ANCallOperation`	CallOperationAction is an action that transmits an operation call request to the target object where it may cause the invocation of associated behavior.
`interface`	`ANClearAssociation`	This action destroys all links of an association that have a particular object at one end.
`interface`	`ANClearStructuralFeature`	This action removes all values of a structural feature.
`interface`	`ANCreateLink`	This action can be used to create links and link objects.
`interface`	`ANCreateObject`	This action instantiates a classifier.
`interface`	`ANDestroyLink`	This action destroys a link or a link object.
`interface`	`ANDestroyObject`	This action destroys the object on its input pin at runtime.
`interface`	`ANInputPin`	An input pin is a pin that holds input values to be consumed by an action.
`interface`	`ANInvocation`	Invocation is an abstract class for the various actions that invoke behavior.
`interface`	`ANLink`	A link action creates, destroys or reads links, identifying a link by its end objects and qualifier values, if any.
`interface`	`ANLinkEndCreationData`	This class is required when using CreateLinkAction to specify insertion points for ordered ends and to replace all links at end.
`interface`	`ANLinkEndData`	LinkEndData is not an action.
`interface`	`ANLinkEndDestructionData`	This class is required when using DestroyLinkAction to specify links to destroy for non-unique ordered ends.
`interface`	`ANOpaque`	An action with implementation-specific semantics.
`interface`	`ANOutputPin`	An output pin is a pin that holds output values produced by an action.
`interface`	`ANPin`	A pin is a typed element and multiplicity element that provides values to actions and accept result values from them.
`interface`	`ANRaiseException`	Action that causes an exception to occur.
`interface`	`ANReadLink`	This action navigates an association towards one end which is the end that does not have an input pin to take its object (the "open" end).
`interface`	`ANReadSelf`	Every action is ultimately a part of some behavior, which is in turn optionally attached in some way to the specification of a classifier -- for example, as the body of a method or as part of a state machine.
`interface`	`ANReadStructuralFeature`	This action reads the values of a structural feature in order if the structural feature is ordered.r
`interface`	`ANRemoveStructuralFeatureValue`	The object to access is specified dynamically by referring to an input pin which the object will be placed on at runtime.
`interface`	`ANReply`	Action that accepts a set of return values and a value containing return information produced by a previous accept call action.
`interface`	`ANSendObject`	SendObjectAction is an action that transmits an object to the target object where it may invoke behavior such as the firing of state machine transitions or the execution of an activity.
`interface`	`ANSendSignal`	SendSignalAction is an action that creates a signal instance from its inputs and transmits it to the target object where it may cause the firing of a state machine transition or the execution of an activity.
`interface`	`ANStructuralFeature`	This abstract action class statically specifies the structural feature being accessed.
`interface`	`ANTestIdentity`	This action returns true if the two input values are the same identity, false if they are not.
`interface`	`ANUnmarshall`	Action that breaks an object of a known type into outputs each of which is equal to a value froma structural feature of the object.
`interface`	`ANValSpec`	The action returns the result of evaluating a value specification.
`interface`	`ANValuePin`	A value pin is an input pin that provides a value by evaluating a value specification.
`interface`	`ANWriteLink`	A write link action takes a complete identification of a link and creates or destroys it.
`interface`	`ANWriteStructuralFeature`	A write structural feature action operates on a structural feature of an object to modify its values.

Methods in de.mid.innovator.srv2api.icw2ac with parameters of type ADClientAble
Modifier and Type	Method	Description
`ACActivityEdge`	ACActivityEdge.`reconnect(ADClientAble ohNew, K_SIDE side, java.awt.Point pos)`	Reconnects the edge.
`ACExceptionHandler`	ACExceptionHandler.`reconnect(ADClientAble ohNew, K_SIDE side, java.awt.Point pos)`	Reconnects the exception handler.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2acdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2acdia
Modifier and Type	Interface	Description
`interface`	`ACDia`	The diagram that contains the `ACDiaACNode`.
`interface`	`ACDiaACNode`	Presentation element of the activity itself.
`interface`	`ACDiaActNode`	Presentation element of actions which do not depend on other elements.
`interface`	`ACDiaConstraintEdge`	The connecting edge to an `ACDiaConstraintNode`.
`interface`	`ACDiaConstraintNode`	Client representation of a constraint.
`interface`	`ACDiaControlNode`	Presentation element of control nodes.
`interface`	`ACDiaDecisionInputBehavior`	Client representation of a decision input behavior.
`interface`	`ACDiaException`	Presentation element of the `ACExceptionHandler`.
`interface`	`ACDiaFlowEdge`	Presentation element of edges.
`interface`	`ACDiaFlowSelBehavior`	Client representation of a selection behavior at a flow.
`interface`	`ACDiaFlowTransBehavior`	Client representation of a transformation behavior at a flow.
`interface`	`ACDiaGroupNode`	Presentation element of activity groups.
`interface`	`ACDiaHorGroupNode`	Specialization of `ACDiaGroupNode`.
`interface`	`ACDiaNodeSelBehavior`	Client representation of a selection behavior at an object node.
`interface`	`ACDiaObjNode`	Presentation element of objects.
`interface`	`ACDiaPostNode`	Client representation of a postcondition.
`interface`	`ACDiaPreNode`	Client representation of a precondition.
`interface`	`ACDiaTextNode`	Abstract node that represents all text nodes in an `ACDia`.
`interface`	`ACDiaValSpecNode`	Client representation of a value specification text.
`interface`	`ACDiaVariableNode`	Client representation of a variable.
`interface`	`ACDiaVerGroupNode`	Specialization of `ACDiaGroupNode`.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bc

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2bc
Modifier and Type	Interface	Description
`interface`	`BCBaseElement`	This is a utility class for BCBaseElement that provides static methods for creation or other purposes.
`interface`	`BCBaseNamedStereotypeAble`	This is a utility class for BCBaseNamedStereotypeAble that provides static methods for creation or other purposes.
`interface`	`BCExpression`
`interface`	`BCProperty`
`interface`	`BCPropertyRefElem`
`interface`	`BCPropertySet`
`interface`	`BCPropertySetRefElem`
`interface`	`BCRelshipBinDir`	This is a utility class for BCRelshipBinDir that provides static methods for creation or other purposes.
`interface`	`BCRootReuseAbleElement`	This is a utility class for BCRootReuseAbleElement that provides static methods for creation or other purposes.
`interface`	`BCTerm`	A term relevant for the business description.
`interface`	`BCTermAssign`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2be

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2be
Modifier and Type	Interface	Description
`interface`	`BEAnyReceiveEvent`	A transition trigger associated with AnyReceiveEvent specifies that the transition is to be triggered by the receipt of any message that is not explicitly referenced in another transition from the same vertex.
`interface`	`BEBehavior`	Behavior is a specification of how its context classifier changes state over time.
`interface`	`BECallEvent`	A call event represents the reception of a request to invoke a specific operation.
`interface`	`BEChangeEvent`	A change event occurs when a Boolean-valued expression becomes true, for example, as a result of a change in the value held in a slot corresponding to an attribute.
`interface`	`BEEvent`	An event is the specification of some occurrence that may potentially trigger effects by an object.
`interface`	`BEMessageEvent`	A message event specifies the receipt by an object of either a call or a signal.
`interface`	`BEOpaque`	The semantics of the behavior is determined by the implementation.
`interface`	`BESignalEvent`	A signal event represents the receipt of an asynchronous signal.
`interface`	`BETimeEvent`	A time event specifies a point in time by an expression.
`interface`	`BETrigger`	A trigger specifies an event that may cause the execution by the execution of an action, but need not be.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bp

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2bp
Modifier and Type	Interface	Description
`interface`	`BPActivityNode`	This is a utility class for BPActivityNode that provides static methods for creation or other purposes.
`interface`	`BPActivityResource`	The activity resource specifies the business entity or role or system to perform or work on the activity.
`interface`	`BPArtifact`	"BPMN provides modelers with the capability of showing additional information about a Process that is not directly related to the Sequence Flow or Message Flow of the Process.
`interface`	`BPAssociationArtifact`	Note that directional Associations were used in BPMN 1.2 to show how Data Objects were inputs or outputs to Activities.
`interface`	`BPCallAble`	This is a utility class for BPCallAble that provides static methods for creation or other purposes.
`interface`	`BPCallAbleChoreographyElement`	This is a utility class for BPCallAbleChoreographyElement that provides static methods for creation or other purposes.
`interface`	`BPCallAbleProcessElement`	This is a utility class for BPCallAbleProcessElement that provides static methods for creation or other purposes.
`interface`	`BPChoreography`
`interface`	`BPChoreographyActivity`	This is a utility class for BPChoreographyActivity that provides static methods for creation or other purposes.
`interface`	`BPChoreographySubProcess`
`interface`	`BPChoreographyTask`
`interface`	`BPCollaboration`
`interface`	`BPConditionalEventDefinition`
`interface`	`BPDataIOAssociation`
`interface`	`BPDataObject`
`interface`	`BPDataStore`
`interface`	`BPElementAtPath`	The path assignment is a model element representing the assignment of a flow element to a path.
`interface`	`BPEndPoint`	The end points element may be extended with endpoint reference definitions introduced in other specifications (e.g., WS-Addressing).
`interface`	`BPError`	An error represents the content of an error event or the fault of a failed operation.
`interface`	`BPEscalation`	An `BPEscalation` identifies a business situation that a process might need to react to.
`interface`	`BPEventDefinition`
`interface`	`BPEventNode`
`interface`	`BPFlowChoreographyContainer`	This is a utility class for BPFlowChoreographyContainer that provides static methods for creation or other purposes.
`interface`	`BPFlowElement`	This is a utility class for BPFlowElement that provides static methods for creation or other purposes.
`interface`	`BPFlowElementContainer`	This is a utility class for BPFlowElementContainer that provides static methods for creation or other purposes.
`interface`	`BPFlowProcessContainer`	This is a utility class for BPFlowProcessContainer that provides static methods for creation or other purposes.
`interface`	`BPGateway`
`interface`	`BPGlobalChoreographyTask`
`interface`	`BPGlobalMaskTask`
`interface`	`BPGlobalTask`
`interface`	`BPGlobalTaskResource`
`interface`	`BPGroupArtifact`
`interface`	`BPGroupAssign`
`interface`	`BPInputSet`
`interface`	`BPInteractionSpecification`	This is a utility class for BPInteractionSpecification that provides static methods for creation or other purposes.
`interface`	`BPInterface`	An interface defines a set of operations that are implemented by services.
`interface`	`BPItemAwareElement`	This is a utility class for BPItemAwareElement that provides static methods for creation or other purposes.
`interface`	`BPItemDefinition`	The Business Object defines an object important for the definition of business processes or concepts.
`interface`	`BPItemDefinitionRel`
`interface`	`BPLane`	Lanes are used to organize and categorize activities within a Pool.
`interface`	`BPLaneSet`	The lane set defines the container for one or more lanes.
`interface`	`BPLinkEventDefinition`
`interface`	`BPLoopCharx`	This is a utility class for BPLoopCharx that provides static methods for creation or other purposes.
`interface`	`BPMappingAssociation`	This is a utility class for BPMappingAssociation that provides static methods for creation or other purposes.
`interface`	`BPMaskDefinition`
`interface`	`BPMaskField`
`interface`	`BPMaskTask`
`interface`	`BPMessage`
`interface`	`BPMessageFlow`	On message modification try to set the message on the source and target node of the message flow as well as on message flow itself.
`interface`	`BPMessageFlowMapping`
`interface`	`BPMessageReferencingElement`	This is a utility class for BPMessageReferencingElement that provides static methods for creation or other purposes.
`interface`	`BPMultiInstLoopCharx`
`interface`	`BPObjInputSetRef`	Assignment between `BPInputSet` and data input.
`interface`	`BPObjOutputSetRef`
`interface`	`BPOperation`
`interface`	`BPOutputSet`
`interface`	`BPParticipant`
`interface`	`BPParticipantAtActivity`
`interface`	`BPParticipantEntity`
`interface`	`BPParticipantMapping`
`interface`	`BPParticipantRole`
`interface`	`BPPath`	A path in a process.
`interface`	`BPPathAble`	This is a utility class for BPPathAble that provides static methods for creation or other purposes.
`interface`	`BPPathContextAble`	This is a utility class for BPPathContextAble that provides static methods for creation or other purposes.
`interface`	`BPProcess`
`interface`	`BPProperty`
`interface`	`BPResourceAtLane`
`interface`	`BPResourceAtProcess`
`interface`	`BPSequenceFlow`
`interface`	`BPSequenceFlowNode`	This is a utility class for BPSequenceFlowNode that provides static methods for creation or other purposes.
`interface`	`BPSignal`	Signal to trigger e.g a signal event.
`interface`	`BPStdLoopCharx`
`interface`	`BPSubProcess`
`interface`	`BPSupportsRel`
`interface`	`BPTaskNode`
`interface`	`BPTaskNodeCall`
`interface`	`BPTimerEventDefinition`
`interface`	`BPUseCaseInteractionRel`
`interface`	`BPUseCasePathRel`

Fields in de.mid.innovator.srv2api.icw2bp declared as ADClientAble
Modifier and Type	Field	Description
`ADClientAble`	ARG_BPDefinitionDiaPreference.`diaCurrent`	e.g. the diagram where the call to that process resides in, the owner and stereotype are seen as preferences for creating the new one
`ADClientAble`	ARG_BPDiaNewDefinition.`diaCurrent`	E.g. the diagram where the call to that process resides in, the owner and stereotype are seen as preferences for creating the new one
`ADClientAble`	ARG_BPItemDefinitionCreateForStructureElement.`elemForProfileAndOwner`	An element which serves as an anchor to determine the valid profiles and the owners of the new elements iff they must be created
`ADClientAble`	ARG_BPFlowElementToCreateByTemplate.`ohSel`	view node or overview diagram node or diagram selected.
`ADClientAble`	ARG_BPFlowElementToCreateByVOcl.`ohSel`	view node or overview diagram node or diagram selected.
`ADClientAble`	ARG_BPLaneToCreateByTemplate.`ohSel`	view node or overview diagram node or diagram selected.
`ADClientAble`	ARG_BPDataIOAssocStructureElement.`partOfStructure`	A structure itself or a part of it to create a new view from.
`ADClientAble`	ARG_BPItemDefinitionCreateForStructureElement.`partOfStructure`	A structure itself or a part of it to create a new view from.

Methods in de.mid.innovator.srv2api.icw2bp with type parameters of type ADClientAble
Modifier and Type	Method	Description
`<T extends ADClientAble> java.util.List<T>`	BPPath.`getPresentationOfPathAbleInMasterView(java.lang.Class<T> returnType, K_CONTROL_OPTION... behaviourFlags)`	Returns all presentation elements in the defining presentation which belong to the path elements.
`<T extends ADClientAble> java.util.List<T>`	BPPath.`getPresentationOfPathAbleInMasterView(java.lang.Class<T> returnType, MMStereotype stereotype, K_CONTROL_OPTION... behaviourFlags)`	The method calls getPresentationOfPathAbleInMasterView and filters its return values according to the given stereotype value.
`<T extends ADClientAble> java.util.List<T>`	BPPath.`getPresentationOfPathAbleInStandardView(java.lang.Class<T> returnType, K_CONTROL_OPTION... behaviourFlags)`	Returns all presentation elements in the standard presentation which belong to the path elements.
`<T extends ADClientAble> java.util.List<T>`	BPPath.`getPresentationOfPathAbleInStandardView(java.lang.Class<T> returnType, MMStereotype stereotype, K_CONTROL_OPTION... behaviourFlags)`	The method calls getPresentationOfPathAbleInStandardView and filters its return values according to the given stereotype value.
`<T extends ADClientAble> java.util.List<T>`	BPProcess.`getProcessContentForTable(java.lang.Class<T> returnType, K_CONTROL_OPTION... behaviourFlags)`	Returns all the content elements of this `BPProcess` visible as table.
`<T extends ADClientAble> java.util.List<T>`	BPProcess.`getProcessContentForTable(java.lang.Class<T> returnType, MMStereotype stereotype, K_CONTROL_OPTION... behaviourFlags)`	The method calls getProcessContentForTable and filters its return values according to the given stereotype value.

Methods in de.mid.innovator.srv2api.icw2bp that return ADClientAble
Modifier and Type	Method	Description
`ADClientAble`	BPDataIOAssociation.`assignDerivedStructure(ADClientAble partOfStructure)`	For the structure parts passed as the argument action is taken according to the model setting how to handle derived structures at IO associations.
`ADClientAble`	BPProcess.`createProcessDefinitionDiagram(ADClientAble diaCurrent)`	Creates a new definition diagram for the process.
`ADClientAble`	BPPathAble.`getPresentationInMasterView()`	The presentation element in the master view node.
`ADClientAble`	BPPathAble.`getPresentationInStandardView()`	The presentation element in the standard view node, which must be visible, complete and correct.

Methods in de.mid.innovator.srv2api.icw2bp with parameters of type ADClientAble
Modifier and Type	Method	Description
`ADClientAble`	BPDataIOAssociation.`assignDerivedStructure(ADClientAble partOfStructure)`	For the structure parts passed as the argument action is taken according to the model setting how to handle derived structures at IO associations.
`BPItemDefinition`	BPDataIOAssociation.`assignObjectWithDataModelStructure(ADClientAble partOfStructure)`	For the structure parts passed as the argument a structure definition is created if there doesn't exist one already.
`BPItemDefinition`	BPDataIOAssociation.`assignViewWithObject(ADClientAble partOfStructure)`	For the structure parts passed as the argument a structure definition is created if there doesn't exist one already.
`static ARG_BPProcessCreated`	BPProcessHelper.`createForFlowElementCreate(SrvContext srvCtx, BPSequenceFlowNode ohFlowNode, ADClientAble ohSel, java.awt.Point position)`	Creates a process as container of a sequence flow node, e.g. a task or an event which is to be created but needs a flow element container to exist.
`static ARG_BPProcessCreated`	BPProcessHelper.`createForFlowElementCreateByVOcl(SrvContext srvCtx, java.lang.Class<? extends ELObject> kVOclFlowElement, ADClientAble ohSel, java.awt.Point position)`	Creates a process as container of a sequence flow node, e.g. a task or an event or a gateway which is to be created but needs a flow element container to exist.
`static ARG_BPProcessCreated`	BPProcessHelper.`createForLaneCreate(SrvContext srvCtx, BPLane ohLane, ADClientAble ohSel, java.awt.Point position)`	Creates a process with lane set as container of a lane which is to be created.
`ADClientAble`	BPProcess.`createProcessDefinitionDiagram(ADClientAble diaCurrent)`	Creates a new definition diagram for the process.
`static BPItemDefinition`	BPItemDefinitionHelper.`determineItemDefinitionForStructureElement(SrvContext srvCtx, ADClientAble partOfStructure, ADClientAble elemForProfileAndOwner, MMStereotype stereoItemDefinition, MEHierarchyAble ownerItemDefinition, MMStereotype stereoStructureDefinition, MEHierarchyAble ownerStructureDefinition)`	For the structure parts passed as the argument action is taken to derive a structure and to create or determine an item definition linked to the structure.

Constructors in de.mid.innovator.srv2api.icw2bp with parameters of type ADClientAble
Constructor	Description
`ARG_BPDataIOAssocStructureElement(ADClientAble partOfStructure)`
`ARG_BPDefinitionDiaPreference(ADClientAble diaCurrent)`
`ARG_BPDiaNewDefinition(BPPathContextAble elementToDefine, ADClientAble diaCurrent, K_ORIENTATION orientation, boolean dontAddDefinition, boolean dontMoveMaster)`
`ARG_BPFlowElementToCreateByTemplate(BPSequenceFlowNode ohFlowNode, ADClientAble ohSel, java.awt.Point position)`
`ARG_BPFlowElementToCreateByVOcl(java.lang.Class<? extends ELObject> kVOclFlowElement, ADClientAble ohSel, java.awt.Point position)`
`ARG_BPItemDefinitionCreateForStructureElement(ADClientAble partOfStructure, ADClientAble elemForProfileAndOwner, MMStereotype stereoItemDefinition, MEHierarchyAble ownerItemDefinition, MMStereotype stereoStructureDefinition, MEHierarchyAble ownerStructureDefinition)`
`ARG_BPLaneToCreateByTemplate(BPLane ohLane, ADClientAble ohSel, java.awt.Point position)`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bpdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2bpdia
Modifier and Type	Interface	Description
`interface`	`BPDia`
`interface`	`BPDiaArtifactNode`
`interface`	`BPDiaAssocEdge`
`interface`	`BPDiaChoreographySubProcessNode`
`interface`	`BPDiaChoreographyTaskNode`
`interface`	`BPDiaChoreographyViewNode`
`interface`	`BPDiaCollaborationViewNode`
`interface`	`BPDiaDataAssocEdge`
`interface`	`BPDiaDataNode`	The node representing an item definition which in this context is seen as a data object.
`interface`	`BPDiaErrorNode`	Represents an error.
`interface`	`BPDiaEventNode`
`interface`	`BPDiaFlowEdge`	This is a utility class for BPDiaFlowEdge that provides static methods for creation or other purposes.
`interface`	`BPDiaFlowNode`	This is a utility class for BPDiaFlowNode that provides static methods for creation or other purposes.
`interface`	`BPDiaGatewayNode`
`interface`	`BPDiaGroupAssignment`
`interface`	`BPDiaGroupNode`
`interface`	`BPDiaItemDefinitionNode`
`interface`	`BPDiaItemNode`
`interface`	`BPDiaLaneNode`	A lane is the graphical representation of a Lane.
`interface`	`BPDiaMappingAssoc`
`interface`	`BPDiaMaskCompartmentEntry`
`interface`	`BPDiaMaskCompartmentNode`
`interface`	`BPDiaMaskNode`
`interface`	`BPDiaMaskTaskNode`
`interface`	`BPDiaMessageFlow`	[Prim2For] All `BPDiaMessageFlow` of the `BPDia`.
`interface`	`BPDiaMessageFlowNode`	This is a utility class for BPDiaMessageFlowNode that provides static methods for creation or other purposes.
`interface`	`BPDiaMessageNode`	The node representing a `BPMessage`.
`interface`	`BPDiaParticipantCompartmentNode`
`interface`	`BPDiaParticipantNode`
`interface`	`BPDiaProcessViewNode`
`interface`	`BPDiaRedundantEdge`
`interface`	`BPDiaRenderingNode`
`interface`	`BPDiaSequenceFlow`
`interface`	`BPDiaSequenceFlowNode`	This is a utility class for BPDiaSequenceFlowNode that provides static methods for creation or other purposes.
`interface`	`BPDiaStructureEdge`
`interface`	`BPDiaSubProcessNode`
`interface`	`BPDiaSupportEdge`
`interface`	`BPDiaTaskNode`
`interface`	`BPDiaTermEdge`
`interface`	`BPDiaTermNode`
`interface`	`BPDiaTextNode`
`interface`	`BPDiaViewContentEdge`
`interface`	`BPDiaViewNode`	This is a utility class for BPDiaViewNode that provides static methods for creation or other purposes.

Methods in de.mid.innovator.srv2api.icw2bpdia with parameters of type ADClientAble
Modifier and Type	Method	Description
`static BPDia`	BPDiaHelper.`createDefinition(SrvContext srvCtx, BPPathContextAble elementToDefine, ADClientAble diaCurrent, K_ORIENTATION orientation, boolean dontAddDefinition, boolean dontMoveMaster)`	Creates a new definition diagram for the process or collaboration.

Method parameters in de.mid.innovator.srv2api.icw2bpdia with type arguments of type ADClientAble
Modifier and Type	Method	Description
`java.util.List<PRDiaNode>`	BPDia.`addDiaNodes(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<? extends ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Adds elements as nodes to this diagram.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2br

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2br
Modifier and Type	Interface	Description
`interface`	`BRCostCenter`
`interface`	`BRCostCenterAble`	This is a utility class for BRCostCenterAble that provides static methods for creation or other purposes.
`interface`	`BRLocation`
`interface`	`BROrgUnit`
`interface`	`BROrgUnitMemberRel`
`interface`	`BROrgUnitPersonRel`
`interface`	`BROrgUnitRequiresRole`
`interface`	`BRPerson`
`interface`	`BRPersonContactData`
`interface`	`BRPersonInRole`
`interface`	`BRResource`
`interface`	`BRResourceAtLocation`
`interface`	`BRResourceCL`	An actor specifies a role played by a user or any other system that interacts with the subject.
`interface`	`BRResourceHierRel`
`interface`	`BRResourceNamedRel`
`interface`	`BRResourceNonHierRel`	This is a utility class for BRResourceNonHierRel that provides static methods for creation or other purposes.
`interface`	`BRResourceRel`	This is a utility class for BRResourceRel that provides static methods for creation or other purposes.
`interface`	`BRRole`
`interface`	`BRTechnical`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2brdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2brdia
Modifier and Type	Interface	Description
`interface`	`BRDia`
`interface`	`BRDiaExprNode`
`interface`	`BRDiaResourceEdge`	This is a utility class for BRDiaResourceEdge that provides static methods for creation or other purposes.
`interface`	`BRDiaResourceHierEdge`
`interface`	`BRDiaResourceNode`
`interface`	`BRDiaResourceNonHierEdge`
`interface`	`BRDiaTextNode`

Method parameters in de.mid.innovator.srv2api.icw2brdia with type arguments of type ADClientAble
Modifier and Type	Method	Description
`java.util.List<PRDiaNode>`	BRDia.`addDiaNodes(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<? extends ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Adds elements as nodes to this diagram.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bs

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2bs
Modifier and Type	Interface	Description
`interface`	`BSFinalState`
`interface`	`BSInitState`
`interface`	`BSPseudoState`	This is a utility class for BSPseudoState that provides static methods for creation or other purposes.
`interface`	`BSRegularState`
`interface`	`BSState`	This is a utility class for BSState that provides static methods for creation or other purposes.
`interface`	`BSTransition`
`interface`	`BSVertex`	This is a utility class for BSVertex that provides static methods for creation or other purposes.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bsdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2bsdia
Modifier and Type	Interface	Description
`interface`	`BSDia`
`interface`	`BSDiaNode`	This is a utility class for BSDiaNode that provides static methods for creation or other purposes.
`interface`	`BSDiaPseudoStateNode`
`interface`	`BSDiaStateMachineNode`
`interface`	`BSDiaStateNode`
`interface`	`BSDiaTransitionEdge`
`interface`	`BSDiaVertexNode`	This is a utility class for BSDiaVertexNode that provides static methods for creation or other purposes.

Method parameters in de.mid.innovator.srv2api.icw2bsdia with type arguments of type ADClientAble
Modifier and Type	Method	Description
`java.util.List<PRDiaNode>`	BSDia.`addDiaNodes(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<? extends ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Adds elements as nodes to this state diagram.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2class

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2class
Modifier and Type	Interface	Description
`interface`	`CLActor`	An actor specifies a role played by a user or any other system that interacts with the subject.
`interface`	`CLArtifact`	An artifact is the specification of a physical piece of information that is used or produced by a software development process or by deployment and operation of a system.
`interface`	`CLAssocClass`	A model element that has both association and class properties.
`interface`	`CLAssociation`	An association describes a set of tuples whose values refer to typed instances.
`interface`	`CLBehavioralFeature`	A behavioral feature is a feature of a classifier that specifies an aspect of the behavior of its instances.
`interface`	`CLBehavioredClassifier`	A classifier can have behavior specifications defined in its namespace.
`interface`	`CLClass`	The purpose of a class is to specify a classification of objects and to specify the features that characterize the structure and behavior of those objects.
`interface`	`CLClassifier`	A classifier is a classification of instances — it describes a set of instances that have features in common.
`interface`	`CLClassifierTemplateParameter`	A classifier template parameter exposes a classifier as a formal template parameter.
`interface`	`CLCollaboration`	A collaboration describes a structure of collaborating elements (roles), each performing a specialized function, which collectively accomplish some desired functionality.
`interface`	`CLCollaborationUse`	A collaboration use represents the application of the pattern described by a collaboration to a specific situation involving specific classes or instances playing the roles of the collaboration.
`interface`	`CLCommunicationPath`	A communication path is an association between two deployment targets which they are able to exchange signals and messages through.
`interface`	`CLComponent`	A component represents a modular part of a system that encapsulates its contents and whose manifestation is replaceable within its environment.
`interface`	`CLComponentRealization`	The component realization concept is specialized in the components package to (optionally) define the classifiers that realize the contract offered by a component in terms of its provided and required interfaces.
`interface`	`CLConnectAbleElement`	A ConnectAbleElement is an abstract metaclass representing a set of instances that plays the role of a classifier.
`interface`	`CLConnector`	Specifies a link that enables communication between two or more instances.
`interface`	`CLConnectorEnd`	A connector end is an endpoint of a connector which attaches the connector to a connectable element.
`interface`	`CLDataType`	A data type is a type whose instances are only identified by their value.
`interface`	`CLDeclarationAble`	The declaration of this element.
`interface`	`CLDeclarationAbleClassifier`	This is a utility class for CLDeclarationAbleClassifier that provides static methods for creation or other purposes.
`interface`	`CLDeployedArtifact`	A deployed artifact is an artifact or artifact instance that has been deployed to a deployment target.
`interface`	`CLDeployment`	A deployment is the allocation of an artifact or artifact instance to a deployment target.
`interface`	`CLDeploymentSpec`	A deployment specification specifies a set of properties that determine execution parameters of a component artifact that is deployed on a node.
`interface`	`CLDeploymentTarget`	A deployment target is the location for a deployed artifact.
`interface`	`CLDevice`	A device is a physical computational resource with processing capability which artifacts may be deployed for execution on.
`interface`	`CLEncapsulatedClassifier`	This is a utility class for CLEncapsulatedClassifier that provides static methods for creation or other purposes.
`interface`	`CLEnumeration`	An enumeration is a data type whose values are enumerated in the model as enumeration literals.
`interface`	`CLEnumLiteral`	An enumeration literal is a user-defined data value for an enumeration.
`interface`	`CLExecEnv`	An execution environment is a node that offers an execution environment for specific types of components that are deployed on it in the form of executable artifacts.
`interface`	`CLExtend`	A relationship from an extending use case to an extended use case that specifies how and when the behavior defined in the extending use case can be inserted into the behavior defined in the extended use case.
`interface`	`CLExtensionPoint`	An extension point identifies a point in the behavior of a use case where that behavior can be extended by the behavior of some other (extending) use case, as specified by an extend relationship.
`interface`	`CLFeature`	A feature declares a behavioral or structural characteristic of instances of classifiers.
`interface`	`CLGeneralization`	A generalization relates a specific classifier to a more general classifier and is owned by the specific classifier.
`interface`	`CLInclude`	An include relationship defines the fact that a use case contains the behavior defined in another use case.
`interface`	`CLInstanceSpecification`	An instance specification is a model element that represents an instance in a modeled system.
`interface`	`CLInstSpec`	This is a utility class for CLInstSpec that provides static methods for creation or other purposes.
`interface`	`CLInterface`	An interface is a kind of classifier that represents a declaration of a set of coherent public features and obligations.
`interface`	`CLInterfaceRealization`	An interface realization is a specialized realization relationship between a classifier and an interface.
`interface`	`CLManifestation`	A manifestation is the concrete physical rendering of one or more model elements by an artifact.
`interface`	`CLNode`	A node is a computational resource which artifacts may be deployed for execution on.
`interface`	`CLOperation`	An operation is a behavioral feature of a classifier that specifies the name, type, parameters and constraints for invoking an associated behavior.
`interface`	`CLParameter`	A parameter is a specification of an argument used to pass information into or out of an invocation of a behavioral feature.
`interface`	`CLParameterAble`	This is a utility class for CLParameterAble that provides static methods for creation or other purposes.
`interface`	`CLParameterSet`	A parameter set is an element that provides alternative sets of inputs or outputs that a behavior may use. If a behavior has input parameters that are in a parameter set, any inputs that are not in a parameter set must be streaming.
`interface`	`CLPort`	A port is a property of a classifier that specifies a distinct interaction point between that classifier and its environment or between the (behavior of the) classifier and its internal parts.
`interface`	`CLPrimitiveType`	A primitive type defines a predefined data type, without any relevant substructure (it has no parts).
`interface`	`CLProperty`	A property is a structural feature.
`interface`	`CLReception`	A reception is a declaration stating that a classifier is prepared to react to the receipt of a signal.
`interface`	`CLRoleBinding`
`interface`	`CLSignal`	A signal is a specification of send request instances communicated between objects.
`interface`	`CLSlot`	A slot specifies that an entity modeled by an instance specification has a value or values for a specific structural feature.
`interface`	`CLStructuredClassifier`	This is a utility class for CLStructuredClassifier that provides static methods for creation or other purposes.
`interface`	`CLStructureDefinition`
`interface`	`CLStructureElement`	This is a utility class for CLStructureElement that provides static methods for creation or other purposes.
`interface`	`CLStructureEntry`
`interface`	`CLStructureGroup`
`interface`	`CLSubstitution`	A substitution is a relationship between two classifiers and signifies that the substituting classifier complies with the contract specified by the contract classifier.
`interface`	`CLTemplateBinding`	A `CLTemplateBinding` represents a relationship between a templateable element and a template.
`interface`	`CLTemplateParameter`	A template parameter exposes a parameter able element as as formal template parameter of a template.
`interface`	`CLTemplateParameterAbleClass`
`interface`	`CLTemplateParameterSubstitution`	A template parameter substitution relates the actual parameter to a formal template parameter as a part of a template.
`interface`	`CLUseCase`	A use case is the specification of a set of actions performed by a system.
`interface`	`CLValueRangeAble`	This is a utility class for CLValueRangeAble that provides static methods for creation or other purposes.

Fields in de.mid.innovator.srv2api.icw2class declared as ADClientAble
Modifier and Type	Field	Description
`ADClientAble`	ARG_AssociateClassifier.`ohDia`	Diagram of the call (optional)
`ADClientAble`	ARG_AssociateProperty.`ohDia`	Diagram of the call (optional)

Fields in de.mid.innovator.srv2api.icw2class with type parameters of type ADClientAble
Modifier and Type	Field	Description
`java.util.List<ADClientAble>`	ARG_FileOpenIn.`seqSel`

Methods in de.mid.innovator.srv2api.icw2class with parameters of type ADClientAble
Modifier and Type	Method	Description
`static java.util.List<CLAssociation>`	CLClassifierHelper.`associateClassifier(SrvContext srvCtx, ADClientAble ohDia, java.util.List<? extends CLClassifier> seqCL, boolean makeOneWay)`	Creates navigable associations from properties of the specified classifiers.
`CLAssociation`	CLProperty.`associateProperty(ADClientAble ohDia, CLProperty ohProp, boolean makeOneWay)`	Creates a navigable association from this property.
`boolean`	CLStructureDefinition.`isExactViewOfSingleStructurePart(ADClientAble refObj)`	Returns True of the structure definition can be seen as a complete reproduction of the structure element passed.

Method parameters in de.mid.innovator.srv2api.icw2class with type arguments of type ADClientAble
Modifier and Type	Method	Description
`static java.util.List<ARG_CheckInOutDlgInitOclReq>`	CLArtifactHelper.`getFileOpen(SrvContext srvCtx, java.util.List<? extends ADClientAble> seqSel)`	Returns information needed to execute the open command on artifacts.

Constructors in de.mid.innovator.srv2api.icw2class with parameters of type ADClientAble
Constructor	Description
`ARG_AssociateClassifier(ADClientAble ohDia, java.util.List<CLClassifier> seqCL, boolean makeOneWay)`
`ARG_AssociateProperty(ADClientAble ohDia, CLProperty ohProp, boolean makeOneWay)`

Constructor parameters in de.mid.innovator.srv2api.icw2class with type arguments of type ADClientAble
Constructor	Description
`ARG_FileOpenIn(java.util.List<ADClientAble> seqSel)`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2cldia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2cldia
Modifier and Type	Interface	Description
`interface`	`CLClassDia`	The following nodes and edges are typically drawn in a class diagram: Association Aggregation Class Composition Dependency Generalization Interface InterfaceRealization Realization
`interface`	`CLComponentDia`	The following nodes and edges are typically drawn in a component diagram: Component Interface ComponentRealization, InterfaceRealization, Usage Dependencies Class Artifact Port
`interface`	`CLCompositeStructureDia`	A composite structure diagram depicts the internal structure of a classifier, as well as the use of a collaboration in a collaboration use.
`interface`	`CLDeploymentDia`
`interface`	`CLDia`	This is a utility class for CLDia that provides static methods for creation or other purposes.
`interface`	`CLDiaActorNode`
`interface`	`CLDiaAssocEndEdge`
`interface`	`CLDiaAssocNode`
`interface`	`CLDiaCLNode`
`interface`	`CLDiaCnstrLinkEdge`
`interface`	`CLDiaCnstrNode`
`interface`	`CLDiaCollaborationNode`
`interface`	`CLDiaCommPathEdge`
`interface`	`CLDiaCompartmentAbleNode`	This is a utility class for CLDiaCompartmentAbleNode that provides static methods for creation or other purposes.
`interface`	`CLDiaCompartmentContentNode`
`interface`	`CLDiaCompartmentNode`
`interface`	`CLDiaConnectorEdge`
`interface`	`CLDiaConnectorNode`
`interface`	`CLDiaElemNode`	This is a utility class for CLDiaElemNode that provides static methods for creation or other purposes.
`interface`	`CLDiaHierCollaborationNode`
`interface`	`CLDiaHierCollaborationUseNode`
`interface`	`CLDiaHierCompNode`	This is a utility class for CLDiaHierCompNode that provides static methods for creation or other purposes.
`interface`	`CLDiaHierCompStructNode`
`interface`	`CLDiaHierDeployNode`
`interface`	`CLDiaHierNode`	This is a utility class for CLDiaHierNode that provides static methods for creation or other purposes.
`interface`	`CLDiaHierPartNode`
`interface`	`CLDiaHierStructDefinitionNode`
`interface`	`CLDiaHierStructEntryNode`
`interface`	`CLDiaHierStructGroupNode`
`interface`	`CLDiaHierStructNode`	This is a utility class for CLDiaHierStructNode that provides static methods for creation or other purposes.
`interface`	`CLDiaInstLinkEdge`
`interface`	`CLDiaInstLinkNode`
`interface`	`CLDiaInstNode`
`interface`	`CLDiaMergeAbleEdge`	This is a utility class for CLDiaMergeAbleEdge that provides static methods for creation or other purposes.
`interface`	`CLDiaMergeAbleNode`	This is a utility class for CLDiaMergeAbleNode that provides static methods for creation or other purposes.
`interface`	`CLDiaOwnershipEdge`
`interface`	`CLDiaOwnershipNode`
`interface`	`CLDiaPartEdge`
`interface`	`CLDiaPkgNode`
`interface`	`CLDiaPortBehaviorEdge`
`interface`	`CLDiaPortBehaviorNode`
`interface`	`CLDiaPortNode`
`interface`	`CLDiaReferenceEdge`
`interface`	`CLDiaRelshipLinkEdge`
`interface`	`CLDiaRelshipNode`
`interface`	`CLDiaReqNode`
`interface`	`CLDiaSocketBallEdge`
`interface`	`CLDiaSocketBallNode`
`interface`	`CLDiaSubjectNode`
`interface`	`CLDiaUseCaseNode`
`interface`	`CLHierarchyAbleDia`	This is a utility class for CLHierarchyAbleDia that provides static methods for creation or other purposes.
`interface`	`CLRequirementDia`
`interface`	`CLStructureDefinitionDia`
`interface`	`CLUseCaseDia`	Use case diagrams are a specialization of class diagrams; the classifiers shown are restricted to being either actors or use cases.

Fields in de.mid.innovator.srv2api.icw2cldia with type parameters of type ADClientAble
Modifier and Type	Field	Description
`java.util.List<ADClientAble>`	ARG_AddRelationshipList.`seqNode`	List of selected nodes
`java.util.List<ADClientAble>`	ARG_AddAssociationList.`seqSel`	List of selected nodes and elements
`java.util.List<ADClientAble>`	ARG_AddCompartmentList.`seqSel`	list of selected nodes and elements
`java.util.List<ADClientAble>`	ARG_AddOwnershipList.`seqSel`	List of selected nodes and elements
`java.util.List<ADClientAble>`	ARG_AddPartEdgeList.`seqSel`	List of selected parts
`java.util.List<ADClientAble>`	ARG_AddRelationshipList.`seqSel`	List of selected elements

Method parameters in de.mid.innovator.srv2api.icw2cldia with type arguments of type ADClientAble
Modifier and Type	Method	Description
`java.util.List<PRPresContent>`	CLDia.`addAssociationDlg(java.util.List<? extends ADClientAble> seqSel, boolean isDirParent, boolean addNode)`	Adds associations as edges or nodes to this diagram.
`void`	CLDia.`addCompartmentDlg(MM2CLCompartment ohComp, K_COMPARTMENT kComp, java.util.List<? extends ADClientAble> seqSel)`	Adds elements as compartments of the selected nodes in this diagram.
`java.util.List<PRDiaNode>`	CLDia.`addDiaNodes(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<? extends ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Adds elements as nodes to this diagram.
`java.util.List<CLDiaHierCompNode>`	CLDiaHierCompNode.`addHierCompNode(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<? extends ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Add properties or collaboration uses as nodes to this hierarchical node.
`java.util.List<CLDiaOwnershipEdge>`	CLDia.`addOwnershipDlg(java.util.List<? extends ADClientAble> seqSel, boolean isDirParent, boolean addNode)`	Adds ownership edges to this diagram.
`java.util.List<CLDiaPartEdge>`	CLDiaCollaborationNode.`addPartEdge(java.util.List<? extends ADClientAble> seqSel, boolean addNode)`	Adds properties as part edges to this collaboration node.
`java.util.List<CLDiaRelshipLinkEdge>`	CLDia.`addRelationshipDlg(MM2Class ohClass, java.util.List<? extends ADClientAble> seqNode, java.util.List<? extends ADClientAble> seqSel, boolean isDirParent, boolean addNode)`	Adds relationships as edges to this diagram.

Constructor parameters in de.mid.innovator.srv2api.icw2cldia with type arguments of type ADClientAble
Constructor	Description
`ARG_AddAssociationList(java.util.List<ADClientAble> seqSel, boolean isDirParent, boolean addNode)`
`ARG_AddCompartmentList(MM2CLCompartment ohComp, K_COMPARTMENT kComp, java.util.List<ADClientAble> seqSel)`
`ARG_AddOwnershipList(java.util.List<ADClientAble> seqSel, boolean isDirParent, boolean addNode)`
`ARG_AddPartEdgeList(java.util.List<ADClientAble> seqSel, boolean addNode)`
`ARG_AddRelationshipList(MM2Class ohClass, java.util.List<ADClientAble> seqNode, java.util.List<ADClientAble> seqSel, boolean isDirParent, boolean addNode)`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2db

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2db
Modifier and Type	Interface	Description
`interface`	`DBAuthorization`	This is a utility class for DBAuthorization that provides static methods for creation or other purposes.
`interface`	`DBAuthorizationIdentifier`	This is a utility class for DBAuthorizationIdentifier that provides static methods for creation or other purposes.
`interface`	`DBCheckConstraint`
`interface`	`DBColumn`	This is a utility class for DBColumn that provides static methods for creation or other purposes.
`interface`	`DBColumnSet`	An `DBColumnSet` can be a `DBTable` or a `DBView`.
`interface`	`DBConnection`	A `DBConnection` holds all data needed to connect a real Database System.
`interface`	`DBForeignKey`
`interface`	`DBGroup`
`interface`	`DBIndex`
`interface`	`DBIndexedColumn`
`interface`	`DBMergedInstance`	The merge methods of `DBTable` are creating a `DBMergedTable` to keep information which was the assimilated table.
`interface`	`DBMergedTable`	The merge methods of `DBTable` are creating a `DBMergedTable` to keep information which was the assimilated table.
`interface`	`DBPackage`	A `DBPackage` is both a `MEPackage` for organizing elements in a tree and a `DBSQLObject` for modeling privileges or relationships to other SQL objects.
`interface`	`DBPrivilege`
`interface`	`DBProcedureExpression`
`interface`	`DBRole`
`interface`	`DBRoleAuthorization`
`interface`	`DBSiblingConstraint`
`interface`	`DBSQLGeneric`
`interface`	`DBStoredProcedure`
`interface`	`DBTable`	An `DBTable` as part of the Relational Database Model is specified by its columns.
`interface`	`DBTableColumn`
`interface`	`DBTrigger`
`interface`	`DBUniqueKey`
`interface`	`DBUser`
`interface`	`DBView`
`interface`	`DBViewColumn`
`interface`	`DBViewFrom`
`interface`	`DBViewSubselectFrom`	A `DBViewSubselectFrom` of a `DBView` points to an `DBColumnSet` to use its columns in subselects wihtin expressions.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2dbdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2dbdia
Modifier and Type	Interface	Description
`interface`	`DBDia`
`interface`	`DBDiaCnstrLinkEdge`
`interface`	`DBDiaCnstrNode`
`interface`	`DBDiaCompartmentContentNode`
`interface`	`DBDiaCompartmentNode`
`interface`	`DBDiaReferenceEdge`
`interface`	`DBDiaTableNode`
`interface`	`DBDiaViewNode`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2dg

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2dg
Modifier and Type	Interface	Description
`interface`	`DGAdditionalHeading`	An additional structuring chapter in the documentation structure.
`interface`	`DGAttachmentChapter`	A DGAttachmentChapter is a specialization of a documentation standard chapter.
`interface`	`DGChapter`	Represents a chapter in a documentation.
`interface`	`DGCommand`	Represents a documentation command.
`interface`	`DGConfig`	Contains the index information for a documentation selection.
`interface`	`DGDocuStructureRoot`	The root of a documentation structure.
`interface`	`DGFooter`	Represents the footer of a documentation's section.
`interface`	`DGHeader`	Represents the header of a documentation's section.
`interface`	`DGLink`	Represents a usage of a documentation template in a documentation structure.
`interface`	`DGPicture`	DGPictures are specializations of documentation standard chapters.
`interface`	`DGRoot`	Represents the root of a documentation.
`interface`	`DGSelection`	A documentation selection links a documentation structure to layout information such as title page, header information, footer information and documentation configuration.
`interface`	`DGStandardChapter`	Represents a chapter in the documentation containing information about a model element.
`interface`	`DGTableColumn`	Reresents a column in a Documentation table.
`interface`	`DGTableProperties`	The properties of a table in the documentation.
`interface`	`DGTemplate`	A template of documentation standard chapters for common usage in documentation structures.
`interface`	`DGTitle`	Represents the title page of a documentation.
`interface`	`DGTreeLink`	Represents a usage of a model browser template in a model browser tree.
`interface`	`DGTreeStructureRoot`	Represents the root of the innovator model browser's detail view window's root.
`interface`	`DGTreeTemplate`	A template of documentation standard chapters for common usage in model browsers.
`interface`	`DGVerifyChapter`	A chapter in the documentation containing verification information about a model element.
`interface`	`DGViewChapter`	DGViewChapters are specializations of documentation standard chapters structuring information about one or more model elements of a specific type.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2dm

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2dm
Modifier and Type	Interface	Description
`interface`	`DMBinding`	The class `DMBinding` is used to model, in an `DMInvocation` element, the binding of the called function's formal parameters to values.
`interface`	`DMContext`	A `DMContext` is composed of any number of context entries, which are instances of `DMContextEntry`.
`interface`	`DMContextEntry`	The class `DMContextEntry` is used to model FEEL context entries when a context is modeled as a `DMContext` element.
`interface`	`DMDecisionRule`	The class `DMDecisionRule` is used to model the rules in a `DMDecisionTable`.
`interface`	`DMDecisionTable`	The class `DMDecisionTable` is used to model a decision table.
`interface`	`DMExpression`	An important characteristic of decisions and business knowledge models, is that they may contain an expression that describes the logic by which a modeled decision shall be made, or pieces of that logic.
`interface`	`DMFunctionDefinition`	The `DMFunctionDefinition` that is contained in a `DRBusinessKnowledgeModel` element is the reusable module of decision logic that is represented by the `DRBusinessKnowledgeModel` element.
`interface`	`DMInformationItem`	The class `DMInformationItem` is used to model variables at the decision logic level in decision models.
`interface`	`DMInputClause`	The class `DMInputClause` is used to model a `DMDecisionTable` input.
`interface`	`DMInvocation`	The class `DMInvocation` is used to model invocations as a kind of `DMExpression`.
`interface`	`DMList`	A `DMList` is simply a list of element, which are instances of `DMExpression`.
`interface`	`DMLiteralExpression`	The class `DMLiteralExpression` is used to model a value expression whose value is specified by text in some specified expression language.
`interface`	`DMNElement`	`DMNElement` is the abstract superclass for the decision model elements.
`interface`	`DMOutputClause`	The class `DMOutputClause` is used to model a `DMDecisionTable` output.
`interface`	`DMRelation`	A `DMRelation` is convenient shorthand for a list of similar contexts.
`interface`	`DMRuleAnnotation`	The class `DMRuleAnnotation` is used to model the annotations of a `DMDecisionRule`.
`interface`	`DMRuleAnnotationClause`	The class `DMRuleAnnotationClause` is used to model a `DMDecisionTable` annotation.
`interface`	`DMValueRangeRefAble`	This is a utility class for DMValueRangeRefAble that provides static methods for creation or other purposes.
`interface`	`DRAuthorityRequirement`	The class `DRAuthorityRequirement` is used to model an authority requirement, as represented by an arrow drawn with dashed line and a filled circular head in a DRD by `DRDiaRequirementEdge`.
`interface`	`DRBusinessKnowledgeModel`	The class `DRBusinessKnowledgeModel` is used to model a business knowledge model.
`interface`	`DRDecision`	The class `DRDecision` is used to model a decision.
`interface`	`DRDecisionAble`	This is a utility class for DRDecisionAble that provides static methods for creation or other purposes.
`interface`	`DRDecisionOutputAble`	This is a utility class for DRDecisionOutputAble that provides static methods for creation or other purposes.
`interface`	`DRDecisionService`
`interface`	`DRGElement`	`DRGElement` is the abstract superclass for all DMN elements that are graphical represented in a `DRDecisionRequirementDia`.
`interface`	`DRInformationRequirement`	The class `DRInformationRequirement` is used to model an information requirement, as represented by a plain arrow in a DRD by `DRDiaRequirementEdge`.
`interface`	`DRInputData`	DMN uses the class `DRInputData` to model the inputs of a `DRDecision` whose values are defined outside of the decision model.
`interface`	`DRInvocable`	This is a utility class for DRInvocable that provides static methods for creation or other purposes.
`interface`	`DRKnowledgeRequirement`	The class `DRKnowledgeRequirement` is used to model a knowledge requirement, as represented by a dashed arrow in a DRD by `DRDiaRequirementEdge`.
`interface`	`DRKnowledgeSource`	The class `DRKnowledgeSource` is used to model authoritative knowledge sources in a decision model.
`interface`	`DRRequirement`	`DRRequirement` is the abstract superclass for all requirements that are graphical represented in a `DRDecisionRequirementDia`.

Fields in de.mid.innovator.srv2api.icw2dm declared as ADClientAble
Modifier and Type	Field	Description
`ADClientAble`	ARG_DMNBoxedExpressionClient.`ohPrintContext`	the decision requirement print context

Constructors in de.mid.innovator.srv2api.icw2dm with parameters of type ADClientAble
Constructor	Description
`ARG_DMNBoxedExpressionClient(DMNElement ohElement, java.lang.String strName, ARG_XDMNElementRep valElem, java.util.List<ARG_XDMNElementRep> seqElem, ADClientAble ohPrintContext)`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2drdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2drdia
Modifier and Type	Interface	Description
`interface`	`DRDecisionRequirementDia`	The `DRDecisionRequirementDia` displays a Decision Requirement Graph.
`interface`	`DRDiaCompartmentContentNode`
`interface`	`DRDiaCompartmentNode`
`interface`	`DRDiaDecisionNode`	A `DRDiaDecisionNode` is the graphical representation of a `DRDecision`.
`interface`	`DRDiaHierServiceNode`
`interface`	`DRDiaHierServicePartNode`
`interface`	`DRDiaInputDataNode`	A `DRDiaInputDataNode` is the graphical representation of a `DRInputData`.
`interface`	`DRDiaKnowledgeNode`	A `DRDiaKnowledgeNode` is the graphical representation of a `DRBusinessKnowledgeModel`.
`interface`	`DRDiaKnowledgeSourceNode`	A `DRDiaKnowledgeSourceNode` is the graphical representation of a `DRKnowledgeSource`.
`interface`	`DRDiaNode`	This is a utility class for DRDiaNode that provides static methods for creation or other purposes.
`interface`	`DRDiaRequirementEdge`	A `DRDiaRequirementEdge` is the graphical representation of a `DRAuthorityRequirement`, `DRInformationRequirement` or `DRKnowledgeRequirement`.
`interface`	`DRDiaServiceNode`
`interface`	`DRPrintContext`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2er

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2er
Modifier and Type	Interface	Description
`interface`	`BI2Cube`	In an `BI2Cube`, the data is stored redundantly in segments of a multidimensional cube.
`interface`	`BI2CubeDimension`	A `BI2CubeDimension` is an axis of an `BI2Cube` and refers to a `BI2DimensionTree` to determine the semantics of the axis labeling.
`interface`	`BI2CubeDimensionHierarchy`	A `BI2CubeDimensionHierarchy` indicates which `BI2Hierarchy` is used for the axis labeling of the `BI2CubeDimension`.
`interface`	`BI2DimensionAttribute`	A `BI2DimensionAttribute` is a property of a `BI2DimensionLevel` and is also used in all hierarchy levels that belong to this dimension level.
`interface`	`BI2DimensionIdAttribute`	A `BI2DimensionIdAttribute` is a kind of a `BI2DimensionAttribute` used for item identification.
`interface`	`BI2DimensionLevel`	A `BI2DimensionLevel` describes the semantic of the unit for which the data is collected.
`interface`	`BI2DimensionPrecedence`	A `BI2DimensionPrecedence` between two `BI2DimensionLevel` dimensional levels means that the upper level provides the aggregated data to the lower level.
`interface`	`BI2DimensionShowAttribute`	A `BI2DimensionIdAttribute` is a kind of a `BI2DimensionAttribute` used for providing the data.
`interface`	`BI2DimensionSortAttribute`	A `BI2DimensionIdAttribute` is a kind of a `BI2DimensionAttribute` used for sorting.
`interface`	`BI2DimensionTree`	A `BI2DimensionTree` is a quasi-hierarchy that describes the levels in which the data is aggregated.
`interface`	`BI2Hierarchy`	A `BI2Hierarchy` is a path in a `BI2DimensionTree` through which the data is collected in aggregated form.
`interface`	`BI2HierarchyLevel`	A `BI2HierarchyLevel` is the use of a `BI2DimensionLevel` in a `BI2Hierarchy` and thus indirectly the use of the `ERAttributeSet` assigned to the dimension level.
`interface`	`BI2MeasurementTime`	A `BI2MeasurementTime` defines the rule, at which point of time the data is determined.
`interface`	`BIHierarchy`	Deprecated: Use the BI2 classes for the 2nd generation procedure.
`interface`	`BIHierarchyAttribute`	Deprecated: Use the BI2 classes for the 2nd generation procedure.
`interface`	`BIHierarchyLevel`	Deprecated: Use the BI2 classes for the 2nd generation procedure.
`interface`	`BIHierarchyRole`	Deprecated: Use the BI2 classes for the 2nd generation procedure.
`interface`	`BIHierarchySortAttribute`	Deprecated: Use the BI2 classes for the 2nd generation procedure.
`interface`	`ERAttribute`	An `ERAttribute` is a property of an `EREntity`.
`interface`	`ERAttributeSet`	An `ERAttributeSet` of the Entity Relationship Model can be an `EREntity` or a `ERView`.
`interface`	`ERCheckConstraint`	A `ERCheckConstraint` describes the value consistency of the attributes.
`interface`	`EREntity`	An `EREntity` as part of the Entity Relationship Model is specified by its attributes and its relationships to other entities.
`interface`	`ERForeignKey`	A `ERForeignKey` is a collection of attributes of its `EREntity`.
`interface`	`ERGeneralization`	A `ERGeneralization` is a special relationship between two entities.
`interface`	`ERGeneralizationSet`	A `ERGeneralizationSet` is a collection of generalization relationships to specify disjoint and covering instance sets of the specialization entities.
`interface`	`ERRelationship`	A `ERRelationship` connects two entities via `ERRole` roles.
`interface`	`ERRole`	A `ERRole` is a part of a `ERRelationship` which connects the relationship to an `EREntity`.
`interface`	`ERUniqueKey`	An `ERUniqueKey` is a collection of attributes of its `ERAttributeSet`.
`interface`	`ERUsedAttribute`	An `ERUsedAttribute` (`ERAttribute` or `ERViewAttribute`) can be used by an `ERViewElement`.
`interface`	`ERView`	A `ERView` to the Entity Relationship Model builds a table by joining and filtering the selected attributes.
`interface`	`ERViewAttribute`	An `ERViewAttribute` describes a column of an `ERView`.
`interface`	`ERViewFrom`	A `ERViewFrom` of a `ERView` points to an `ERAttributeSet` to use its attributes for viewing or filtering.
`interface`	`ERViewSubselectFrom`	A `ERViewSubselectFrom` of a `ERView` points to an `ERAttributeSet` to use its attributes in subselects wihtin expressions.

Methods in de.mid.innovator.srv2api.icw2er with type parameters of type ADClientAble
Modifier and Type	Method	Description
`<T extends ADClientAble> java.util.List<T>`	EREntity.`getSectionElements(java.lang.Class<T> returnType, MMStereotype stereotype, MESection refObj, K_MESECTION kind, K_CONTROL_OPTION... behaviourFlags)`	The method calls getSectionElements and filters its return values according to the given stereotype value.
`<T extends ADClientAble> java.util.List<T>`	EREntity.`getSectionElements(java.lang.Class<T> returnType, MESection refObj, K_MESECTION kind, K_CONTROL_OPTION... behaviourFlags)`	Returns all elements related to this `EREntity` to manage a `MESection`.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2erdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2erdia
Modifier and Type	Interface	Description
`interface`	`ERDia`	This is a utility class for ERDia that provides static methods for creation or other purposes.
`interface`	`ERDiaAll`
`interface`	`ERDiaCnstrLinkEdge`
`interface`	`ERDiaCnstrNode`
`interface`	`ERDiaCompartmentContentNode`
`interface`	`ERDiaCompartmentNode`
`interface`	`ERDiaCubeDimensionEdge`
`interface`	`ERDiaCubeDimensionHierarchyEdge`
`interface`	`ERDiaCubeDimensionNode`
`interface`	`ERDiaCubeNode`
`interface`	`ERDiaDimensionLevelEdge`
`interface`	`ERDiaDimensionLevelNode`
`interface`	`ERDiaDimensionPrecedenceEdge`
`interface`	`ERDiaDimensionTreeNode`
`interface`	`ERDiaEntityNode`
`interface`	`ERDiaGeneralizationEdge`
`interface`	`ERDiaGeneralizationSetNode`
`interface`	`ERDiaHierarchyEdge`
`interface`	`ERDiaHierarchyLevelEdge`
`interface`	`ERDiaHierarchyLevelNode`
`interface`	`ERDiaHierarchyNode`
`interface`	`ERDiaHierDimensionTreeNode`
`interface`	`ERDiaHierHierarchyNode`
`interface`	`ERDiaReferenceEdge`
`interface`	`ERDiaRelshipEdge`
`interface`	`ERDiaRelshipNode`
`interface`	`ERDiaRoleEdge`
`interface`	`ERDiaViewNode`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2gc

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2gc
Modifier and Type	Interface	Description
`interface`	`GCConcept`	A concept is a generic modeling construct which may be realized by different model elements.
`interface`	`GCConceptConnection`	The directed connection between two concepts.
`interface`	`GCConceptRealization`	The realization of a concept by another model element.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2gcdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2gcdia
Modifier and Type	Interface	Description
`interface`	`GCDia`	A diagram showing concepts and concept connections.
`interface`	`GCDiaConceptEdge`
`interface`	`GCDiaConceptNode`

Method parameters in de.mid.innovator.srv2api.icw2gcdia with type arguments of type ADClientAble
Modifier and Type	Method	Description
`java.util.List<PRDiaNode>`	GCDia.`addDiaNodes(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<? extends ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Adds elements as nodes and all connected edges to this diagram.
`java.util.List<PRDiaNode>`	GCDia.`addDiaNodesOnly(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<? extends ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Adds elements as nodes to this diagram.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2ia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2ia
Modifier and Type	Interface	Description
`interface`	`IAActionExecSpec`	ActionExecutionSpecification is a kind of ExecutionSpecification that represents the execution of an action.
`interface`	`IAAlt`	The interactionOperator 'alt' designates that the CombinedFragment represents a choice of behavior.
`interface`	`IAAssert`	The interactionOperator 'assert' designates that the CombinedFragment represents an assertion.
`interface`	`IABehaviorExecSpec`	BehaviorExecutionSpecification is a kind of ExecutionSpecification that represents the execution of a behavior.
`interface`	`IABreak`	The interactionOperator 'break' designates that the CombinedFragment represents a breaking scenario in the sense that the operand is a scenario that is performed instead of the remainder of the enclosing InteractionFragment.
`interface`	`IACallMessage`	The message is generated by a call to an operation.
`interface`	`IACombined`	A combined fragment defines an expression of interaction fragments.
`interface`	`IAConsider`	The interactionOperator 'consider' designates which messages should be considered within this combined fragment.
`interface`	`IAConstraint`	An InteractionConstraint is a Boolean expression that guards an operand in a CombinedFragment.
`interface`	`IAContinuation`	A Continuation is a syntactic way to define continuations of different branches of an Alternative CombinedFragment.
`interface`	`IACreateMessage`	The message that designates the creation of another lifeline object.
`interface`	`IACritical`	The interactionOperator 'critical' designates that the CombinedFragment represents a critical region.
`interface`	`IADestructMessage`	The message that designates the termination of another lifeline.
`interface`	`IAExecOccSpec`	An ExecutionOccurrenceSpecification represents moments in time which actions or behaviors start or finish at.
`interface`	`IAExecSpec`	An ExecutionSpecification is a specification of the execution of a unit of behavior or action within the lifeline.
`interface`	`IAFragment`	InteractionFragment is an abstract notion of the most general interaction unit.
`interface`	`IAGate`	A gate is a connection point for relating a message outside an InteractionFragment with a message inside an InteractionFragment.
`interface`	`IAIgnore`	The interacionOperator 'ignore' designates that there are some message types that are not shown within this combined fragment.
`interface`	`IAInteraction`	An interaction is a unit of behavior that focuses on the observable exchange of information between ConnectAbleElements.
`interface`	`IALifeline`	A lifeline represents an individual participant in the iteraction.
`interface`	`IALoop`	The interactionOperator 'loop' designates that the CombinedFragment represents a loop.
`interface`	`IALostAndFound`
`interface`	`IAMessage`	A message is a NamedElement that defines one specific kind of communication in an interaction.
`interface`	`IAMessageEnd`	A MessageEnd is an abstract NamedElement that represents what can occur at the end of a message.
`interface`	`IAMessageOccSpec`	Specifies the occurrence of message events, such as sending and receiving of signals or invoking or receiving of operation calls.
`interface`	`IANeg`	The interactionOperator 'neg' designates that the CombinedFragment represents traces that are defined to be invalid.
`interface`	`IAOccSpec`	An OccurrenceSpecification is the basic semantic unit of interactions.
`interface`	`IAOperand`	An InteractionOperand is contained in a CombinedFragment.
`interface`	`IAOpt`	The interactionOperator 'opt' designates that the CombinedFragment represents a choice of behavior where either the (sole) operand happens or nothing happens.
`interface`	`IAOrdering`	A GeneralOrdering represents a binary relation between two OccurrenceSpecifications to describe that one OccurrenceSpecification must occur before the other in a valid trace.
`interface`	`IAPar`	The interactionOperator 'par' designates that the CombinedFragment represents a parallel merge between the behaviors of the operands.
`interface`	`IAReplyMessage`	The message is a reply message to an operation call.
`interface`	`IASeq`	The interactionOperator 'seq' designates that the CombinedFragment represents a weak sequencing between the behaviors of the operands.
`interface`	`IASignalMessage`	The message was generated by the asynchronous sending of a signal.
`interface`	`IAStateInvariant`	A StateInvariant is a runtime constraint on the participants of the interaction.
`interface`	`IAStrict`	The interactionOperator 'strict' designates that the CombinedFragment represents a strict sequencing between the behaviors of the operands.
`interface`	`IAUse`	An InteractionUse refers to an interaction.

Methods in de.mid.innovator.srv2api.icw2ia with parameters of type ADClientAble
Modifier and Type	Method	Description
`void`	IAMessage.`reconnect(ADClientAble ohNew, K_SIDE side, java.awt.Point pos)`	Reconnects this `IAMessage`.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2im

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2im
Modifier and Type	Interface	Description
`interface`	`IMAssociation`	Association between two classifiers.
`interface`	`IMClassifier`	Classifier within an Information Management Model.
`interface`	`IMCLDataType`	This abstract type combines the behavior of `IMSemanticDataType` and `CLDataType`.
`interface`	`IMConstraint`	This is a utility class for IMConstraint that provides static methods for creation or other purposes.
`interface`	`IMConstraintAssign`
`interface`	`IMDataType`	This is a utility class for IMDataType that provides static methods for creation or other purposes.
`interface`	`IMDataTypeDefinition`	A type which describes the concrete storage characteristic within a type system.
`interface`	`IMFeature`	This is a utility class for IMFeature that provides static methods for creation or other purposes.
`interface`	`IMForeignKeyAble`	This is a utility class for IMForeignKeyAble that provides static methods for creation or other purposes.
`interface`	`IMGeneralization`	This is a utility class for IMGeneralization that provides static methods for creation or other purposes.
`interface`	`IMGeneralizationSet`	This is a utility class for IMGeneralizationSet that provides static methods for creation or other purposes.
`interface`	`IMIndex`	This is a utility class for IMIndex that provides static methods for creation or other purposes.
`interface`	`IMIndexedFeature`	This is a utility class for IMIndexedFeature that provides static methods for creation or other purposes.
`interface`	`IMKey`	This is a utility class for IMKey that provides static methods for creation or other purposes.
`interface`	`IMKeyFeature`	This is a utility class for IMKeyFeature that provides static methods for creation or other purposes.
`interface`	`IMKeyRelationship`	This is a utility class for IMKeyRelationship that provides static methods for creation or other purposes.
`interface`	`IMKeyRelationshipFeature`
`interface`	`IMProcedure`	This is a utility class for IMProcedure that provides static methods for creation or other purposes.
`interface`	`IMProcedureExpression`	This is a utility class for IMProcedureExpression that provides static methods for creation or other purposes.
`interface`	`IMProcedureExpressionAble`	This is a utility class for IMProcedureExpressionAble that provides static methods for creation or other purposes.
`interface`	`IMProperty`	This is a utility class for IMProperty that provides static methods for creation or other purposes.
`interface`	`IMSemanticDataType`	A type which describes the semantic of its stored value.
`interface`	`IMSequence`	Subclass of `IMSemanticDataType` with automatic unique value.
`interface`	`IMStructuralFeature`	This is a utility class for IMStructuralFeature that provides static methods for creation or other purposes.
`interface`	`IMTrigger`	This is a utility class for IMTrigger that provides static methods for creation or other purposes.
`interface`	`IMUniqueKey`	This is a utility class for IMUniqueKey that provides static methods for creation or other purposes.
`interface`	`IMUniqueKeyFeature`
`interface`	`IMViewFrom`	This is a utility class for IMViewFrom that provides static methods for creation or other purposes.
`interface`	`IMViewSubselectFrom`	This is a utility class for IMViewSubselectFrom that provides static methods for creation or other purposes.

Methods in de.mid.innovator.srv2api.icw2im that return ADClientAble
Modifier and Type	Method	Description
`ADClientAble`	IMProperty.`getDerivedTypingTSOrDTType()`	Gets the `IMDataTypeDefinition` which types this `DBTableColumn`.

Methods in de.mid.innovator.srv2api.icw2im with parameters of type ADClientAble
Modifier and Type	Method	Description
`void`	IMProperty.`setDerivedTypingTSOrDTType(ADClientAble value)`	Set the value of View DerivedTypingTSOrDTType.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2imdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2imdia
Modifier and Type	Interface	Description
`interface`	`IMDia`	Superclass of `ERDia` and `DBDia`.
`interface`	`IMDiaAssocNode`	Association node in an `IMDia` if the association is represented by three grafical elements, one node and two edges for their association ends.
`interface`	`IMDiaClassifierNode`	Classifier node in an `IMDia`.
`interface`	`IMDiaCnstrLinkEdge`	Edge in an `IMDia` between an `IMDiaCnstrNode` and the constrained element.
`interface`	`IMDiaCnstrNode`	Constraint Node in an `IMDia`.
`interface`	`IMDiaCompartmentContentNode`	Compartement entry in a `IMDiaCompartmentNode`.
`interface`	`IMDiaCompartmentNode`	Compartement in a `IMDiaClassifierNode`.
`interface`	`IMDiaEdge`	Edge in an `IMDia`.
`interface`	`IMDiaGeneralizationSetNode`	Node of a `IMGeneralizationSet` in an `IMDia`.
`interface`	`IMDiaHierNode`	This is a utility class for IMDiaHierNode that provides static methods for creation or other purposes.

Fields in de.mid.innovator.srv2api.icw2imdia with type parameters of type ADClientAble
Modifier and Type	Field	Description
`java.util.List<ADClientAble>`	ARG_IMAddEdgeList.`seqSel`	list of selected nodes and elements

Method parameters in de.mid.innovator.srv2api.icw2imdia with type arguments of type ADClientAble
Modifier and Type	Method	Description
`java.util.List<PRPresContent>`	IMDia.`addEdgeDlg(java.util.List<? extends ADClientAble> seqSel, java.lang.Class<? extends ELObject> kVOclPres, boolean isDirParent, boolean addNode)`	Add generalizations or relationships as edges to this diagram.
`java.util.List<IMDiaHierNode>`	IMDiaHierNode.`addHierNode(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<? extends ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Add `BI2Hierarchy`, `BI2HierarchyLevel` or `BI2DimensionLevel` as `ERDiaHierarchyNode`, `ERDiaHierarchyLevelNode` or `ERDiaDimensionLevelNode` to this hierarchical node.

Constructor parameters in de.mid.innovator.srv2api.icw2imdia with type arguments of type ADClientAble
Constructor	Description
`ARG_IMAddEdgeList(java.util.List<ADClientAble> seqSel, java.lang.Class<? extends ELObject> kVOclPres, boolean isDirParent, boolean addNode)`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2meta

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2meta
Modifier and Type	Interface	Description
`interface`	`ADAnnotation`
`interface`	`ADApplicationConfiguration`
`interface`	`ADChangeSet`	The currently active change set of the assigned users.
`interface`	`ADConfigTranslation`
`interface`	`ADMdlUser`	Represents a common model user which is used for connecting to a model.
`interface`	`ADModel`	Represents a common model.
`interface`	`ADModelTranslation`
`interface`	`ADReferenceAble`	Element which may be referenced.
`interface`	`ADSyncedElement`	A synchronized element represents a conceptual element that occurs in different method contexts through synchronized stereotypes.
`interface`	`ADTranslationAble`	This is a utility class for ADTranslationAble that provides static methods for creation or other purposes.
`interface`	`ADUsrRole`	Roles are used for access and execution right.
`interface`	`ADXModel`	Represents an InoX model.
`interface`	`MM2Association`
`interface`	`MM2Attribute`
`interface`	`MM2Class`
`interface`	`MM2Classification`	This is a utility class for MM2Classification that provides static methods for creation or other purposes.
`interface`	`MM2ClassificationConstraint`
`interface`	`MM2CLCompartment`
`interface`	`MM2FontColor`
`interface`	`MM2FormatRuleParameter`
`interface`	`MM2Locale`
`interface`	`MM2Package`
`interface`	`MM2Presentation`
`interface`	`MM2SchemaTranslation`
`interface`	`MM2Type`	This is a utility class for MM2Type that provides static methods for creation or other purposes.
`interface`	`MM2TypeBoolean`
`interface`	`MM2TypeDateTime`
`interface`	`MM2TypedElement`	This is a utility class for MM2TypedElement that provides static methods for creation or other purposes.
`interface`	`MM2TypedProperty`	This is a utility class for MM2TypedProperty that provides static methods for creation or other purposes.
`interface`	`MM2TypedTSOption`	This is a utility class for MM2TypedTSOption that provides static methods for creation or other purposes.
`interface`	`MM2TypeEnum`
`interface`	`MM2TypeInteger`
`interface`	`MM2TypeLong`
`interface`	`MM2TypeRange`
`interface`	`MM2TypeString`
`interface`	`MM2TypeVoid`
`interface`	`MM2Verify`
`interface`	`MMAddItem`
`interface`	`MMColorValue`
`interface`	`MMCreateCLInst`
`interface`	`MMCreateELInst`
`interface`	`MMCreateTemplate`
`interface`	`MMEngineeringAction`
`interface`	`MMEngineeringSequence`
`interface`	`MMFCValue`	This is a utility class for MMFCValue that provides static methods for creation or other purposes.
`interface`	`MMFilter`
`interface`	`MMFilterProperty`
`interface`	`MMFontColor`
`interface`	`MMFontValue`
`interface`	`MMFormat`
`interface`	`MMFormatAble`	This is a utility class for MMFormatAble that provides static methods for creation or other purposes.
`interface`	`MMFormatRule`
`interface`	`MMLabel`	Represents a label definition.
`interface`	`MMMenu`
`interface`	`MMMenuAble`	This is a utility class for MMMenuAble that provides static methods for creation or other purposes.
`interface`	`MMMenuItem`
`interface`	`MMMenuItemAble`	This is a utility class for MMMenuItemAble that provides static methods for creation or other purposes.
`interface`	`MMMetaCommentAble`	This is a utility class for MMMetaCommentAble that provides static methods for creation or other purposes.
`interface`	`MMMetamodelElement`	Abstract meta class of elements contained in profiles.
`interface`	`MMPresEntry`
`interface`	`MMProfile`	A profile is a kind of package that extends a reference metamodel.
`interface`	`MMProfileTranslation`
`interface`	`MMRecipe`
`interface`	`MMRoleExecution`	An execution right is owned my a profile.
`interface`	`MMStereotype`	A stereotype defines how an existing metaclass may be extended and enables the use of platform-specific or domain-specific terminology or notation in place of, or in addition to, the ones used for the extended metaclass.
`interface`	`MMStereotypeBuildingBlock`	Building block to create an element.
`interface`	`MMStereotypeExtension`
`interface`	`MMStereotypeFileAble`	This is a utility class for MMStereotypeFileAble that provides static methods for creation or other purposes.
`interface`	`MMStereotypeProperty`
`interface`	`MMStereotypeRelatedElement`	This is a utility class for MMStereotypeRelatedElement that provides static methods for creation or other purposes.
`interface`	`MMStereotypeRelProperty`
`interface`	`MMStereotypeRelTSOption`
`interface`	`MMStereotypeTSOption`
`interface`	`MMSyncedProperty`	A synchronized property is valid for all stereotypes of its `MMSyncSet`. It is a property of the conceptual element that is the same in every method context.
`interface`	`MMSyncedStereotype`	A synchronized stereotype is the use of a stereotype in a `MMSyncSet`.
`interface`	`MMSyncProfile`
`interface`	`MMSyncSet`	A synchronization set defines the set of stereotypes that synchronize properties with each other. This allows the same conceptual element to be used in different methods.
`interface`	`MMSyncSetProperty`	A synchronization property is a property that keeps the values in redundant properties of their stereotypes synchronized.
`interface`	`MMText`	Represents a text definition.
`interface`	`MMTSDefaultValue`
`interface`	`MMTSType`
`interface`	`MMTSTypeClass`
`interface`	`MMTSTypeMapping`
`interface`	`MMTypeSystem`
`interface`	`MMVerify`
`interface`	`MMVerifyClassification`
`interface`	`MMVerifyMsg`
`interface`	`MMVerifyPackage`
`interface`	`MMXProfile`

Fields in de.mid.innovator.srv2api.icw2meta declared as ADClientAble
Modifier and Type	Field	Description
`ADClientAble`	ARG_NameAbleSelectDlgNode.`oh`
`ADClientAble`	ARG_CreateAnnotation.`ohContext`	the diagram of the selected elements or a parent annotation
`ADClientAble`	ARG_MenuAbleTime.`ohDia`	diagram of this menu able element
`ADClientAble`	ARG_ElemPropList.`ohElem`	element with properties
`ADClientAble`	ARG_TabElement.`ohElem`	this element
`ADClientAble`	ARG_TabType.`ohElem`	target element - optional argument
`ADClientAble`	ARG_VAttrStringValue.`ohElem`	optional model element for the modification
`ADClientAble`	ARG_VerifyManagerElement.`ohElem`	the verified element
`ADClientAble`	ARG_XBrowserNodeRep.`ohElem`	the element of this node
`ADClientAble`	ARG_Reconnect.`ohNew`
`ADClientAble`	ARG_EvaluateRelationshipTemplateOut.`ohRel`	created relationship
`ADClientAble`	ARG_EvaluateRelationshipTemplateWithRequirement.`ohRelReq`	requirement for the relationship
`ADClientAble`	ARG_TabRow.`ohRow`	row entry
`ADClientAble`	ARG_EvaluateRelationshipTemplate.`ohSrc`	element or container on source side
`ADClientAble`	ARG_EvaluateRelationshipTemplateOut.`ohSrc`	element on source side
`ADClientAble`	ARG_EvaluateRelationshipTemplateWithRequirement.`ohSrc`	element or container on source side
`ADClientAble`	ARG_EvaluateRelationshipTemplateWithRequirement.`ohSrcReq`	requirement on source side
`ADClientAble`	ARG_TreeArgNameAbleSelectDlgNode.`ohTreePos`	position in tree if seqOhInit is empty
`ADClientAble`	ARG_EvaluateRelationshipTemplate.`ohTrg`	element or container on target side
`ADClientAble`	ARG_EvaluateRelationshipTemplateOut.`ohTrg`	element on target side
`ADClientAble`	ARG_EvaluateRelationshipTemplateWithRequirement.`ohTrg`	element or container on target side
`ADClientAble`	ARG_EvaluateRelationshipTemplateWithRequirement.`ohTrgReq`	requirement on target side
`ADClientAble`	ARG_TabCell.`ohValue`	value element - optional argument
`ADClientAble`	ARG_TabCellModify.`ohValue`	value element - optional argument

Fields in de.mid.innovator.srv2api.icw2meta with type parameters of type ADClientAble
Modifier and Type	Field	Description
`java.util.List<ADClientAble>`	ARG_AddNodes.`adds`	List of the elements to be added
`java.util.List<ADClientAble>`	ARG_TabElementListIn.`seq`	List of elements (ignore invalid)
`java.util.List<ADClientAble>`	ARG_TreeArgNameAbleSelectDlgNode.`seqAllItems`	holds all items if 'tree' and 'list' is empty
`java.util.List<ADClientAble>`	ARG_VisibleDiagram.`seqDia`	list of diagrams or behaviors
`java.util.List<ADClientAble>`	ARG_CreateAnnotation.`seqElem`	list of elements connected to this annotation
`java.util.List<ADClientAble>`	ARG_DuplicateStereotypeWithAttachmentDlg.`seqElem`	list of all attachments of the stereotype which have to be duplicated
`java.util.List<ADClientAble>`	ARG_GetPropertyTranslationsIn.`seqElem`	list of selected elements
`java.util.List<ADClientAble>`	ARG_ModifyChangeableFontDlg.`seqElem`	list of elements
`java.util.List<ADClientAble>`	ARG_MoveStereotypeWithAttachmentDlgCmdIn.`seqElem`	list of all attachments of the stereotypes which have to be moved
`java.util.List<ADClientAble>`	ARG_TabCreate.`seqElem`	list of elements
`java.util.List<ADClientAble>`	ARG_XBrowserOut.`seqElement`	list of elements which exceed the maximum number of nodes
`java.util.List<ADClientAble>`	ARG_TreeArgNameAbleSelectDlgNode.`seqOhInit`	element in tree to be displayed when opened
`java.util.List<ADClientAble>`	ARG_MMExecuteItem.`seqReq`	List of additional requirements
`java.util.List<ADClientAble>`	ARG_AsTreeIn.`seqSel`	elements displayed as tree (ignore invalid)
`java.util.List<ADClientAble>`	ARG_GetProfileTranslationDlgInit.`seqSel`	selected elements which are translated
`java.util.List<ADClientAble>`	ARG_LockRecursiveIn.`seqSel`	list of elements for recursive lock/unlock command
`java.util.List<ADClientAble>`	ARG_MMExecuteItem.`seqSel`	List of selected elements
`java.util.List<ADClientAble>`	ARG_MMVerifyElementList.`seqSel`	List of selected elements (ignore invalid)
`java.util.List<ADClientAble>`	ARG_MMVerifyMessageList.`seqSel`	List of selected elements (ignore invalid)
`java.util.List<ADClientAble>`	ARG_SetProfileTranslationDlg.`seqSel`	selected elements which are translated
`java.util.List<ADClientAble>`	ARG_VerifyManagerListIn.`seqSel`	list of selected elements (ignore invalid)
`java.util.List<ADClientAble>`	ARG_XBrowserNodeRep.`seqSyncElem`	synced elements of this node or empty
`java.util.List<ADClientAble>`	ARG_ReplaceUsedStereotypeDlgCmd.`seqUse`	list of all usages of the stereotype which have to be replaced
`java.util.List<ADClientAble>`	ARG_ModifyByM2AttrOhValueListOut.`seqValue`	list of value elements

Methods in de.mid.innovator.srv2api.icw2meta with type parameters of type ADClientAble
Modifier and Type	Method	Description
`<T extends ADClientAble> java.util.List<T>`	ADAnnotation.`getAnnotatedElement(java.lang.Class<T> returnType)`	All elements which are annotated by this annotation.
`<T extends ADClientAble> java.util.List<T>`	ADModel.`getBI2DimensionCycleElements(java.lang.Class<T> returnType, K_CONTROL_OPTION... behaviourFlags)`	Finds all model elements (classes `BI2DimensionLevel` and `BI2DimensionPrecedence`) which are part of an illegal hierarchy cycle.
`<T extends ADClientAble> java.util.List<T>`	ADModel.`getBI2DimensionCycleElements(java.lang.Class<T> returnType, MMStereotype stereotype, K_CONTROL_OPTION... behaviourFlags)`	The method calls getBI2DimensionCycleElements and filters its return values according to the given stereotype value.
`<T extends ADClientAble> java.util.List<T>`	ADModel.`getDBCycleElements(java.lang.Class<T> returnType, K_CONTROL_OPTION... behaviourFlags)`	Finds all DB model elements (classes `DBTable` and `DBForeignKey`) which are part of an existence prerequisite cycle.
`<T extends ADClientAble> java.util.List<T>`	ADModel.`getDBCycleElements(java.lang.Class<T> returnType, MMStereotype stereotype, K_CONTROL_OPTION... behaviourFlags)`	The method calls getDBCycleElements and filters its return values according to the given stereotype value.
`<T extends ADClientAble> java.util.List<T>`	ADModel.`getERCycleElements(java.lang.Class<T> returnType, K_CONTROL_OPTION... behaviourFlags)`	Finds all ER model elements (classes `EREntity`, `ERRelationship` and `ERGeneralization`) which are part of an existence prerequisite cycle.
`<T extends ADClientAble> java.util.List<T>`	ADModel.`getERCycleElements(java.lang.Class<T> returnType, MMStereotype stereotype, K_CONTROL_OPTION... behaviourFlags)`	The method calls getERCycleElements and filters its return values according to the given stereotype value.
`<T extends ADClientAble> java.util.List<T>`	ADClientAble.`getLogic(java.lang.Class<T> returnType, K_CONTROL_OPTION... behaviourFlags)`	All logical elements which are available in any client for the current object.
`<T extends ADClientAble> java.util.List<T>`	ADClientAble.`getLogic(java.lang.Class<T> returnType, MMStereotype stereotype, K_CONTROL_OPTION... behaviourFlags)`	The method calls getLogic and filters its return values according to the given stereotype value.
`static <T extends ADClientAble> java.util.List<T>`	ADClientAbleHelper.`getReferences(java.lang.Class<T> returnType, SrvContext srvCtx, java.util.List<? extends ELElement> seqSel, ARG_IRefRestriction valRestrictOut, java.util.List<ARG_IRefViewSpecification> seqViewSpec)`	Internal request used by de.mid.innovator.ref.ReferencesCollector.
`<T extends ADClientAble> java.util.List<T>`	ADLogin.`getUndoRedoDeletedElements(java.lang.Class<T> returnType, boolean item)`	Returns a list of all elements which will be deleted by the following undo or redo command.
`<T extends ADClientAble> java.util.List<T>`	MMVerify.`getVerifyElementList(java.lang.Class<T> returnType, java.util.List<? extends ADClientAble> seqSel)`	Evaluate this verify for the specified elements.

Methods in de.mid.innovator.srv2api.icw2meta that return ADClientAble
Modifier and Type	Method	Description
`ADClientAble`	MMMenuItem.`evaluateTemplate(java.util.List<? extends ADClientAble> seqSel, java.util.List<? extends ADClientAble> seqReq, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Evaluates the create template of this menu item.

Methods in de.mid.innovator.srv2api.icw2meta that return types with arguments of type ADClientAble
Modifier and Type	Method	Description
`java.util.List<ADClientAble>`	MMMenuItem.`evaluateAdd(java.util.List<? extends ADClientAble> seqSel, java.util.List<? extends ADClientAble> seqReq, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Adds elements as nodes to the diagram where this menu item is executed.
`java.util.List<ADClientAble>`	ADM2AttrModifyAble.`tabCreateTemplate(MMCreateTemplate ohTmpl, java.lang.Class<? extends ELObject> kVOcl, K_VATTR kVAttr, java.util.List<? extends ADClientAble> seqElem)`	Create a new element with the specified create template.

Methods in de.mid.innovator.srv2api.icw2meta with parameters of type ADClientAble
Modifier and Type	Method	Description
`static ADAnnotation`	ADAnnotationHelper.`createAnnotation(SrvContext srvCtx, ADClientAble ohContext, java.lang.String strText, java.util.List<? extends ADClientAble> seqElem)`	Creates a new annotation.
`ARG_EvaluateRelationshipTemplateOut`	MMCreateTemplate.`evaluateRelationshipTemplate(ADClientAble ohSrc, ADClientAble ohTrg, MMCreateTemplate ohTmpl, K_SIDE kSide, java.awt.Point ptPos, java.lang.Class<? extends ELObject> kVOclNode, java.lang.Class<? extends ELObject> kVOclEdge)`	Creates a relationship from the current object between the specified source and target element.
`ARG_EvaluateRelationshipTemplateOut`	MMCreateTemplate.`evaluateRelationshipTemplateWithRequirement(ADClientAble ohSrc, ADClientAble ohSrcReq, ADClientAble ohTrg, ADClientAble ohTrgReq, MMCreateTemplate ohTmpl, ADClientAble ohRelReq, K_SIDE kSide, java.awt.Point ptPos, java.lang.Class<? extends ELObject> kVOclNode, java.lang.Class<? extends ELObject> kVOclEdge)`	Creates a relationship from the current object between the specified source and target element.
`<T extends MM2Class> java.util.List<T>`	MM2Classification.`getAllowedMetaClassByAttribute(java.lang.Class<T> returnType, ADClientAble refObj, K_VATTR kind, K_CONTROL_OPTION... behaviourFlags)`	Calculates all meta classes which are valid for the specified argument kind.
`java.util.List<MMStereotype>`	MM2Classification.`getAllowedStereotypeByAttribute(ADClientAble refObj, K_VATTR kind, K_CONTROL_OPTION... behaviourFlags)`	Calculates all stereotypes which are valid for the specified argument kind.
`java.lang.String`	MMStereotypeProperty.`getBitmapOfValue(ADClientAble refObj)`	The bitmap specified for the value of this property for the element.
`java.util.List<MMCreateTemplate>`	MMStereotype.`getCreateTemplateOfValidProfiles(ADClientAble refObj, K_CONTROL_OPTION... behaviourFlags)`	All create templates of this stereotype within the valid profiles specified by element or model.
`java.util.List<ARG_TabCreateTemplate>`	ADM2AttrModifyAble.`getTabCreateTemplate(java.lang.Class<? extends ELObject> kVOcl, boolean isExact, K_VATTR kVAttr, java.lang.String strType, java.lang.String strAttr, ADClientAble ohElem, boolean hasVAttrSecond, boolean wantColor, java.lang.String strColorLabel, boolean wantText)`	Returns a list of create templates.
`ARG_TabRowList`	ADM2AttrModifyAble.`getTabRowList(java.lang.Class<? extends ELObject> kVOcl, boolean isExact, K_VATTR kVAttr, java.lang.String strType, java.lang.String strAttr, ADClientAble ohElem, boolean hasVAttrSecond, boolean wantColor, java.lang.String strColorLabel, boolean wantText)`	Returns a list of rows with properties.
`boolean`	ADExecuteAble.`hasExecution(ADClientAble refObj)`	Returns true if the current login has execution rights for the current object.
`void`	ADM2AttrModifyAble.`tabCellModify(MM2TypedElement ohCell, java.lang.String strValue, ADClientAble ohValue)`	Modifies the specified property of this element.

Method parameters in de.mid.innovator.srv2api.icw2meta with type arguments of type ADClientAble
Modifier and Type	Method	Description
`static ADAnnotation`	ADAnnotationHelper.`createAnnotation(SrvContext srvCtx, ADClientAble ohContext, java.lang.String strText, java.util.List<? extends ADClientAble> seqElem)`	Creates a new annotation.
`MMStereotype`	MMStereotype.`duplicateStereotypeWithAttachmentDlg(boolean duplicateAll, java.util.List<? extends ADClientAble> seqElem)`	Duplicates this stereotype with all or the specified attachments of this stereotype.
`java.util.List<ADClientAble>`	MMMenuItem.`evaluateAdd(java.util.List<? extends ADClientAble> seqSel, java.util.List<? extends ADClientAble> seqReq, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Adds elements as nodes to the diagram where this menu item is executed.
`ADClientAble`	MMMenuItem.`evaluateTemplate(java.util.List<? extends ADClientAble> seqSel, java.util.List<? extends ADClientAble> seqReq, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`	Evaluates the create template of this menu item.
`static ARG_TreeArgNameAbleSelectDlgNode`	ADM2AttrModifyAbleHelper.`getAsTree(SrvContext srvCtx, java.util.List<? extends ADClientAble> seqSel, java.lang.String pattern, boolean ignoreCase, boolean lockOption, boolean addReferences)`	Transforms the provided elements in a tree representation.
`java.util.List<ARG_LockRecursiveEntry>`	ADLogin.`getLockRecursiveCheck(java.util.List<? extends ADClientAble> seqSel)`	Checks whether all selected elements may be locked recursively.
`static ARG_GetProfileTranslationDlgInitOut`	MMProfileTranslationHelper.`getProfileTranslationDlgInit(SrvContext srvCtx, java.util.List<? extends ADClientAble> seqSel, boolean isName)`	Fills the translation dialog.
`static ARG_GetPropertyTranslations`	ADTranslationAbleHelper.`getPropertyTranslations(SrvContext srvCtx, java.util.List<? extends ADClientAble> seqElem, java.util.List<? extends MM2Locale> seqLang)`	Calculates all properties for the selected elements and all existing translations.
`static java.util.List<ARG_TabElement>`	ADM2AttrModifyAbleHelper.`getTabElementList(SrvContext srvCtx, java.util.List<? extends ADClientAble> seq, boolean wantColor, java.lang.String strColorLabel, boolean wantText)`	Returns a list of all properties for the specified element list.
`<T extends ADClientAble> java.util.List<T>`	MMVerify.`getVerifyElementList(java.lang.Class<T> returnType, java.util.List<? extends ADClientAble> seqSel)`	Evaluate this verify for the specified elements.
`java.util.List<ARG_VerifyElementMessageList>`	MMVerify.`getVerifyElementMessageList(java.util.List<? extends ADClientAble> seqSel)`	Evaluate this verify for the specified elements.
`java.util.List<ARG_VerifyManagerElement>`	MMVerify.`getVerifyManagerList(java.util.List<? extends ADClientAble> seqSel, boolean isBrowser)`	Evaluate this verify for the specified elements.
`java.util.List<java.lang.String>`	MMVerify.`getVerifyMessageList(java.util.List<? extends ADClientAble> seqSel, boolean isBrowser, boolean onlyMsg, ELContainerAble ohContext)`	Evaluate this verify for the specified elements.
`void`	ADLogin.`lockRecursive(java.util.List<? extends ADClientAble> seqSel)`	Locks all selected elements recursively.
`static void`	MMTextHelper.`modifyChangeableFontDlg(SrvContext srvCtx, java.util.List<? extends ADClientAble> seqElem, java.lang.String strFont, boolean isChangeable)`	Modify the font and changeable flag for a list of text definitions or stereotypes.
`void`	MMStereotype.`replaceUsedStereotypeDlg(MMStereotype ohNewStereo, boolean replaceAll, java.util.List<? extends ADClientAble> seqUse)`	Replaces this stereotype with the specified stereotype within all or the specified usages of this stereotype.
`void`	ADAnnotation.`setAnnotatedElement(java.util.List<? extends ADClientAble> values)`	Set the value of Foreign Key AnnotatedElement.
`static void`	MMProfileTranslationHelper.`setProfileTranslationDlg(SrvContext srvCtx, java.util.List<? extends ADClientAble> seqSel, boolean isName, java.util.List<ARG_UpdateTranslation> seqTrans)`	Updates the translation of property values for the specified elements.
`java.util.List<ADClientAble>`	ADM2AttrModifyAble.`tabCreateTemplate(MMCreateTemplate ohTmpl, java.lang.Class<? extends ELObject> kVOcl, K_VATTR kVAttr, java.util.List<? extends ADClientAble> seqElem)`	Create a new element with the specified create template.
`void`	ADLogin.`unlockRecursive(java.util.List<? extends ADClientAble> seqSel)`	Unlocks all selected elements recursively.

Constructors in de.mid.innovator.srv2api.icw2meta with parameters of type ADClientAble
Constructor	Description
`ARG_CreateAnnotation(ADClientAble ohContext, java.lang.String strText, java.util.List<ADClientAble> seqElem)`
`ARG_ElemPropList(ADClientAble ohElem, java.util.List<ARG_ElemProp> seqProp)`
`ARG_EvaluateRelationshipTemplate(ADClientAble ohSrc, ADClientAble ohTrg, MMCreateTemplate ohTmpl, K_SIDE kSide, java.awt.Point ptPos, java.lang.Class<? extends ELObject> kVOclNode, java.lang.Class<? extends ELObject> kVOclEdge)`
`ARG_EvaluateRelationshipTemplateOut(ADClientAble ohSrc, ADClientAble ohTrg, ADClientAble ohRel)`
`ARG_EvaluateRelationshipTemplateWithRequirement(ADClientAble ohSrc, ADClientAble ohSrcReq, ADClientAble ohTrg, ADClientAble ohTrgReq, MMCreateTemplate ohTmpl, ADClientAble ohRelReq, K_SIDE kSide, java.awt.Point ptPos, java.lang.Class<? extends ELObject> kVOclNode, java.lang.Class<? extends ELObject> kVOclEdge)`
`ARG_MenuAbleTime(MMMenuAble ohAble, ADClientAble ohDia, int lTime, java.lang.String strName, int idPicture, java.lang.String strAbleUUID, java.lang.String strDiaUUID)`
`ARG_NameAbleSelectDlgNode(ADClientAble oh, java.lang.String name, java.lang.String bitmap, boolean isSelectAble, boolean isReference, K_NAMEABLE_SELECT_DLG_NODE_LOCK nodeLock, java.lang.String strComment, java.lang.String strType, boolean hasAccess, boolean isTemplate)`
`ARG_Reconnect(ADClientAble ohNew, K_SIDE side, java.awt.Point pos)`
`ARG_TabCell(MM2TypedElement ohCell, K_VATTR kVAttr, java.lang.String strName, java.lang.String strValue, ADClientAble ohValue, java.lang.String strValueType, java.lang.String strValueBitmap, K_TYPE kType, java.util.List<java.lang.String> seqRange, java.lang.String strInfo, boolean isNull, boolean isReadOnly, boolean hasSeparatorBehind, boolean ignoreCell, boolean isDefault, boolean isDefaultAble)`
`ARG_TabCellModify(MM2TypedElement ohCell, java.lang.String strValue, ADClientAble ohValue)`
`ARG_TabElement(ADClientAble ohElem, java.lang.String strName, java.lang.String strNameNamespace, java.lang.String strQualifiedNamespace, java.lang.String strDisplayType, java.lang.String strDisplayBitmap, java.lang.String strInfoCreate, java.lang.String strInfoModify, java.lang.String strUUID, boolean hasAccess, K_LOCKSTATUS kLockStatus, java.util.List<ARG_TabCell> seqCell, java.util.List<ARG_TabColor> seqColor)`
`ARG_TabRow(ADClientAble ohRow, java.lang.String strElemType, java.lang.String strElemBitmap, boolean hasAccess, K_LOCKSTATUS kLockStatus, java.util.List<ARG_TabCell> seqCell, java.util.List<ARG_TabColor> seqColor, ARG_TabRowList valSub)`
`ARG_TabType(java.lang.Class<? extends ELObject> kVOcl, boolean isExact, K_VATTR kVAttr, java.lang.String strType, java.lang.String strAttr, ADClientAble ohElem, boolean hasVAttrSecond, boolean wantColor, java.lang.String strColorLabel, boolean wantText)`
`ARG_TreeArgNameAbleSelectDlgNode(ADClientAble ohTreePos, java.util.List<ADClientAble> seqOhInit, boolean useSelType, InoClientTreeNode<ARG_NameAbleSelectDlgNode> tree, K_NAMEABLE_CREATE createImpl, K_NAMEABLE_SELECT_OPMODE opMode, java.util.List<ARG_PropVal> seqCbCreate, K_VATTR vattrSecond, java.util.List<ADClientAble> seqAllItems, boolean lockOption, java.util.List<ARG_NameAbleSelectDlgNode> list)`
`ARG_VAttrStringValue(K_VATTR kVAttr, java.lang.String strValue, boolean isMultiLineString, ADClientAble ohElem, boolean hasAccess, K_LOCKSTATUS kLockStatus)`
`ARG_VerifyManagerElement(ADClientAble ohElem, java.lang.String strName, java.lang.String strType, java.lang.String strPath, java.lang.String strIcon, boolean hasAccess, K_LOCKSTATUS kLockStatus, java.util.List<ARG_VerifyManagerMessage> seqMsg)`
ARG_XBrowserNodeRep(ADClientAble ohElem, java.lang.Class<? extends ELObject> kVOclElem, int idStereoElem, int idModel, ARG_XImageRep valImageRep, java.util.List<ARG_XColorKindRep> seqColorRep, java.util.List<ARG_XTextRep> seqText, ARG_XBrowserNodeRep valContainer, java.util.List<ARG_XBrowserNodeRep> seqContent, java.util.Date timeCreation, java.util.Date timeModification, java.util.Date timeCheckOut, boolean hasAccess, K_LOCKSTATUS kLockStatus, boolean isLeaf, boolean isMenuAble, boolean isProxyAbleObsolete, boolean isRenameAble, boolean isSortAble, boolean isTextAble, boolean isTransformAble, boolean isAdminPkg, boolean isArtifactOpenAble, boolean isReference, boolean isOwnerModifyAble, boolean isReadAble, boolean hasRoleAccess, boolean isMultipleCalled, boolean isService, boolean hasAttachment, int cntTextDefinition, int cntTextValue, java.lang.String strUUIDElem, java.lang.String strUUIDContainer, boolean isDuplicateAble, java.util.List<ADClientAble> seqSyncElem)

Constructor parameters in de.mid.innovator.srv2api.icw2meta with type arguments of type ADClientAble
Constructor	Description
`ARG_AddNodes(java.lang.Class<? extends ELObject> kVOclModel, java.lang.Class<? extends ELObject> kVOclPres, java.util.List<ADClientAble> adds, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`
`ARG_AsTreeIn(java.util.List<ADClientAble> seqSel, java.lang.String pattern, boolean ignoreCase, boolean lockOption, boolean addReferences)`
`ARG_CreateAnnotation(ADClientAble ohContext, java.lang.String strText, java.util.List<ADClientAble> seqElem)`
`ARG_DuplicateStereotypeWithAttachmentDlg(boolean duplicateAll, java.util.List<ADClientAble> seqElem)`
`ARG_GetProfileTranslationDlgInit(java.util.List<ADClientAble> seqSel, boolean isName)`
`ARG_GetPropertyTranslationsIn(java.util.List<ADClientAble> seqElem, java.util.List<MM2Locale> seqLang)`
`ARG_LockRecursiveIn(java.util.List<ADClientAble> seqSel)`
`ARG_MMExecuteItem(java.util.List<ADClientAble> seqSel, java.util.List<ADClientAble> seqReq, java.awt.Point position, java.awt.Point size, java.awt.Point offset)`
`ARG_MMVerifyElementList(java.util.List<ADClientAble> seqSel)`
`ARG_MMVerifyMessageList(java.util.List<ADClientAble> seqSel, boolean isBrowser, boolean onlyMsg, ELContainerAble ohContext)`
`ARG_ModifyByM2AttrOhValueListOut(java.util.List<ADClientAble> seqValue, java.util.List<java.lang.String> seqName, java.util.List<java.lang.String> seqNamespace, java.util.List<java.lang.String> seqIcon)`
`ARG_ModifyChangeableFontDlg(java.util.List<ADClientAble> seqElem, java.lang.String strFont, boolean isChangeable)`
`ARG_ReplaceUsedStereotypeDlgCmd(MMStereotype ohNewStereo, boolean replaceAll, java.util.List<ADClientAble> seqUse)`
`ARG_SetProfileTranslationDlg(java.util.List<ADClientAble> seqSel, boolean isName, java.util.List<ARG_UpdateTranslation> seqTrans)`
`ARG_TabCreate(MMCreateTemplate ohTmpl, java.lang.Class<? extends ELObject> kVOcl, K_VATTR kVAttr, java.util.List<ADClientAble> seqElem)`
`ARG_TabElementListIn(java.util.List<ADClientAble> seq, boolean wantColor, java.lang.String strColorLabel, boolean wantText)`
`ARG_TreeArgNameAbleSelectDlgNode(ADClientAble ohTreePos, java.util.List<ADClientAble> seqOhInit, boolean useSelType, InoClientTreeNode<ARG_NameAbleSelectDlgNode> tree, K_NAMEABLE_CREATE createImpl, K_NAMEABLE_SELECT_OPMODE opMode, java.util.List<ARG_PropVal> seqCbCreate, K_VATTR vattrSecond, java.util.List<ADClientAble> seqAllItems, boolean lockOption, java.util.List<ARG_NameAbleSelectDlgNode> list)`
`ARG_VerifyManagerListIn(java.util.List<ADClientAble> seqSel, boolean isBrowser)`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2model

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2model
Modifier and Type	Interface	Description
`interface`	`MEAbstraction`	An abstraction is a relationship that relates two elements or sets of elements that represent the same concept at different levels of abstraction or from different viewpoints.
`interface`	`MEAssignAbleConstraint`	This is a utility class for MEAssignAbleConstraint that provides static methods for creation or other purposes.
`interface`	`MEAttachment`
`interface`	`MEAttachmentAssign`
`interface`	`MEComment`	A comment gives the ability to attach various remarks to elements.
`interface`	`MECommentAble`	These elements may be annotated by a comment.
`interface`	`MECommentAssign`	Represents the assignment between the comment and the commented element.
`interface`	`MEConfigurationManagement`	Configuration management package.
`interface`	`MEConstraint`	A constraint is a condition or restriction expressed in natural language text or in a machine readable language for the purpose of declaring some of the semantics of an element.
`interface`	`MEConstraintAble`	This is a utility class for MEConstraintAble that provides static methods for creation or other purposes.
`interface`	`MEConstraintAssign`
`interface`	`MECopy`
`interface`	`MECreateRedirect`
`interface`	`MEDependency`	A dependency is a relationship that signifies that a single or a set of model elements requires other model elements for their specification or implementation.
`interface`	`MEDurationConstraint`	A DurationConstraint defines a Constraint that refers to a DurationInterval.
`interface`	`MEElementImport`	An element import identifies an element in another package and allows the element to be referenced using its name without a qualifier.
`interface`	`MEHierarchyAble`	Abstract superclass for Metaclasses which may own PackageableElements, e.g.
`interface`	`MEIntervalConstraint`	An IntervalConstraint defines a constraint that refers to an interval.
`interface`	`MEMappingConfigurationPackage`	Abstract mapping configuration package.
`interface`	`MEMappingConfigurationPackageForward`	Mapping configuration package forward direction.
`interface`	`MEMappingConfigurationPackageReverse`	Mapping configuration package reverse direction.
`interface`	`MEMappingDependency`	Mapping dependendcy is a subclass of `MEDependency`.
`interface`	`MEMappingPackageContent`	Package used for content below MappingPackageType.
`interface`	`MEMappingPackageType`	Abstract mapping package type defines the mapping type.
`interface`	`MEMappingPackageTypeForward`	Implementing mapping type with direction FORWARD.
`interface`	`MEMappingPackageTypeReverse`	Implementing mapping type with direction REVERSE.
`interface`	`MEModel`	A model captures a view of a physical system.
`interface`	`MEModelElement`	An element is a constituent of a model.
`interface`	`MENamedElement`	This is a utility class for MENamedElement that provides static methods for creation or other purposes.
`interface`	`MENamespaceAble`	A namespace is a named element that can own other named elements.
`interface`	`MENamespaceAsgnAble`	A named element represents elements that may have a name.
`interface`	`MEPackage`	A package is a namespace for its members and may contain other packages.
`interface`	`MEPackageAble`	A packageable element indicates a named element that may be owned directly by a package.
`interface`	`MEPackageImport`	A package import is a relationship that allows the use of unqualified names to refer to package members from other namespaces.
`interface`	`MEProxy`	Abstract Proxy Base Class
`interface`	`MEProxyAssignment`	Specialized depencency for associating MEProxy and tangible elements.
`interface`	`MEProxyExternal`
`interface`	`MEProxyInnovator`
`interface`	`MERealization`	Realization is a specialized abstraction relationship between two sets of model elements, one representing a specification (the supplier) and the other represents an implementation of the latter (the client).
`interface`	`MERefAbleAsResource`	This is a utility class for MERefAbleAsResource that provides static methods for creation or other purposes.
`interface`	`MERequirement`
`interface`	`MESection`
`interface`	`MESimpleConstraint`
`interface`	`MEStereotypeAble`	This is a utility class for MEStereotypeAble that provides static methods for creation or other purposes.
`interface`	`MEStubPackage`	Abstract Stub Package.
`interface`	`MEStubPackageBase`	Stub package base package collecting all stub packages within a system model.
`interface`	`MEStubPackageExternalModel`	Stub package for external models.
`interface`	`MEStubPackageInnovator`	Stub package for Innovator models
`interface`	`MESystemModel`
`interface`	`MESystemModelManagement`	System model management package containing MEConfigurationManagement and MEStubPackageBase packages.
`interface`	`METimeConstraint`	A TimeConstraint defines a Constraint that refers to a TimeInterval.
`interface`	`MEUsage`	A usage is a relationship which one element requires another element (or set of elements) for its full implementation or operation.
`interface`	`MEValSpecExpression`
`interface`	`MEValSpecOpaqueExpr`	An opaque expression is an uninterpreted textual statement that denotes a (possibly empty) set of values when evaluated in a context.

Fields in de.mid.innovator.srv2api.icw2model with type parameters of type ADClientAble
Modifier and Type	Field	Description
`java.util.List<ADClientAble>`	ARG_SectionClientExpandIn.`seqAdd`	list of elements for adding
`java.util.List<ADClientAble>`	ARG_SectionClientExpandIn.`seqContainer`	list of container elements already part of the section but containing elements for adding or removing
`java.util.List<ADClientAble>`	ARG_AssignSection.`seqPart`	list of elements to be assigned
`java.util.List<ADClientAble>`	ARG_SectionClientExpandIn.`seqRemove`	list of elements for removing
`java.util.List<ADClientAble>`	ARG_DependencySourceTargetListIn.`seqSource`	list of selected elements on source side - maybe empty
`java.util.List<ADClientAble>`	ARG_DependencySourceTargetListIn.`seqTarget`	list of selected elements on target side - maybe empty

Methods in de.mid.innovator.srv2api.icw2model with type parameters of type ADClientAble
Modifier and Type	Method	Description
`<T extends ADClientAble> java.util.List<T>`	MESection.`getSectionPart(java.lang.Class<T> returnType)`	All parts of this section.

Method parameters in de.mid.innovator.srv2api.icw2model with type arguments of type ADClientAble
Modifier and Type	Method	Description
`void`	MESection.`assignSection(java.util.List<? extends ADClientAble> seqPart, boolean withHier)`	Assign a list of elements to this section.
`ARG_SectionClientExpandOut`	MESection.`getClientExpand(java.util.List<? extends ADClientAble> seqAdd, java.util.List<? extends ADClientAble> seqRemove, java.util.List<? extends ADClientAble> seqContainer)`	Expands the target `MESection` for client display.
`static ARG_DependencySourceTargetListOut`	MEDependencyHelper.`getDependencySourceTargetList(SrvContext srvCtx, java.lang.Class<? extends ELObject> kVOclDependency, boolean isExactDependency, MMStereotype ohStereoDependency, java.lang.Class<? extends ELObject> kVOclSource, boolean isExactSource, java.lang.Class<? extends ELObject> kVOclTarget, boolean isExactTarget, boolean onlyExisting, java.util.List<? extends ADClientAble> seqSource, java.util.List<? extends ADClientAble> seqTarget)`	Returns a list of all dependencies of the specified meta class.

Constructor parameters in de.mid.innovator.srv2api.icw2model with type arguments of type ADClientAble
Constructor	Description
`ARG_AssignSection(java.util.List<ADClientAble> seqPart, boolean withHier)`
`ARG_DependencySourceTargetListIn(java.lang.Class<? extends ELObject> kVOclDependency, boolean isExactDependency, MMStereotype ohStereoDependency, java.lang.Class<? extends ELObject> kVOclSource, boolean isExactSource, java.lang.Class<? extends ELObject> kVOclTarget, boolean isExactTarget, boolean onlyExisting, java.util.List<ADClientAble> seqSource, java.util.List<ADClientAble> seqTarget)`
`ARG_SectionClientExpandIn(java.util.List<ADClientAble> seqAdd, java.util.List<ADClientAble> seqRemove, java.util.List<ADClientAble> seqContainer)`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2pres

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2pres
Modifier and Type	Interface	Description
`interface`	`PRAnalysisDia`
`interface`	`PRBDia`	This is a utility class for PRBDia that provides static methods for creation or other purposes.
`interface`	`PRBDiaBENode`	This is a utility class for PRBDiaBENode that provides static methods for creation or other purposes.
`interface`	`PRDia`	This is a utility class for PRDia that provides static methods for creation or other purposes.
`interface`	`PRDiaAttachmentEdge`
`interface`	`PRDiaAttachmentNode`
`interface`	`PRDiaCalloutEdge`
`interface`	`PRDiaCalloutNode`
`interface`	`PRDiaEdge`	This is a utility class for PRDiaEdge that provides static methods for creation or other purposes.
`interface`	`PRDiaEdgeSeg`	The combination of a `PRDiaSegNode` and a `PRDiaSegEdge`.
`interface`	`PRDiaFrameNode`
`interface`	`PRDiaNode`	This is a utility class for PRDiaNode that provides static methods for creation or other purposes.
`interface`	`PRDiaNote`
`interface`	`PRDiaNoteEdge`
`interface`	`PRDiaSegEdge`	The connector edge of an edge segment.
`interface`	`PRDiaSegNode`	The connector node of an edge segment.
`interface`	`PRDiaWhiteboard`
`interface`	`PRDiaWhiteboardAttributeEdge`
`interface`	`PRDiaWhiteboardEdge`
`interface`	`PRDiaWhiteboardNode`
`interface`	`PRPresContent`	This is a utility class for PRPresContent that provides static methods for creation or other purposes.
`interface`	`PRPresContext`	This is a utility class for PRPresContext that provides static methods for creation or other purposes.
`interface`	`PRPresElement`	This is a utility class for PRPresElement that provides static methods for creation or other purposes.
`interface`	`PRVersionAbleDia`	This is a utility class for PRVersionAbleDia that provides static methods for creation or other purposes.

Fields in de.mid.innovator.srv2api.icw2pres declared as ADClientAble
Modifier and Type	Field	Description
`ADClientAble`	ARG_CreateFrameNode.`ohContainer`	Container (Diagram or Node)
`ADClientAble`	ARG_AddEdgeAndTargetNode.`ohElem`	element to be added as edge
`ADClientAble`	ARG_AddEdgeAndTargetNode.`ohNode`	selected node
`ADClientAble`	ARG_AddEdgeAndTargetNodeList.`ohNode`	selected node
`ADClientAble`	ARG_AddEdgesAndTargetNodes.`ohNode`	selected node

Fields in de.mid.innovator.srv2api.icw2pres with type parameters of type ADClientAble
Modifier and Type	Field	Description
`java.util.List<ADClientAble>`	ARG_AddEdgesAndTargetNodes.`seqElem`	list of elements to be added as edge
`java.util.List<ADClientAble>`	ARG_GetAnalysisDiaProperties.`seqEnd`	List of end elements
`java.util.List<ADClientAble>`	ARG_DiaDrop.`seqSel`	list of dropped elements
`java.util.List<ADClientAble>`	ARG_GetAnalysisDiaProperties.`seqStart`	List of start elements
`java.util.List<ADClientAble>`	ARG_XPresElementRep.`seqSyncElem`	synced elements of this model element or empty - NoHash

Methods in de.mid.innovator.srv2api.icw2pres with type parameters of type ADClientAble
Modifier and Type	Method	Description
`<T extends ADClientAble> java.util.List<T>`	PRAnalysisDia.`getEndElement(java.lang.Class<T> returnType)`	All end elements of this `PRAnalysisDia`.
`<T extends ADClientAble> java.util.List<T>`	PRAnalysisDia.`getStartElement(java.lang.Class<T> returnType)`	All start elements of this `PRAnalysisDia`.
`<T extends ADClientAble> java.util.List<T>`	PRPresContext.`getXClientContentModelElementList(java.lang.Class<T> returnType, K_CONTROL_OPTION... behaviourFlags)`	Calculates the displayed presentation contents of this `PRPresContext` and returns the corresponding model elements.
`<T extends ADClientAble> java.util.List<T>`	PRPresContext.`getXClientContentModelElementList(java.lang.Class<T> returnType, MMStereotype stereotype, K_CONTROL_OPTION... behaviourFlags)`	The method calls getXClientContentModelElementList and filters its return values according to the given stereotype value.

Methods in de.mid.innovator.srv2api.icw2pres that return ADClientAble
Modifier and Type	Method	Description
`static ADClientAble`	PRDiaAttachmentNodeHelper.`createAttachmentWithNode(SrvContext srvCtx, PRPresElement ohSel, ARG_File valFile, java.awt.Point position)`	Attaches a file to the element represented by the presentation element.

Methods in de.mid.innovator.srv2api.icw2pres with parameters of type ADClientAble
Modifier and Type	Method	Description
`PRDiaEdge`	PRDia.`addEdgeAndTargetNode(ADClientAble ohNode, ADClientAble ohElem, java.lang.Class<? extends ELObject> kVOclEdge, java.awt.Point ptPos, boolean isSourceSide)`	Adds an element as edge to this diagram.
`java.util.List<PRDiaEdge>`	PRDia.`addEdgesAndTargetNodes(ADClientAble ohNode, java.util.List<? extends ADClientAble> seqElem, java.lang.Class<? extends ELObject> kVOclEdge, java.awt.Point ptPos, java.awt.Point ptOffset, boolean isSourceSide)`	Adds a list of elements as edges to this diagram.
`static PRDiaFrameNode`	PRDiaFrameNodeHelper.`create(SrvContext srvCtx, ADClientAble ohContainer, java.awt.Point ptPosition, java.awt.Point ptSize)`	Creates a new frame node within the specified container.
`java.util.List<ARG_AddAbleEdgeListType>`	PRDia.`getAddEdgeAndTargetNodeList(ADClientAble ohNode, java.lang.Class<? extends ELObject> kVOclEdge)`	Calculates all model elements which may be added as edge of the specified type.
`ELContainerAble`	PRPresContent.`getModelContainer(ADClientAble refObj, java.lang.Class<? extends ELObject> kind, java.lang.Class<? extends ELObject> mode)`	The model container for a new model element of class argument kind if this Presentation Content is selected.

Method parameters in de.mid.innovator.srv2api.icw2pres with type arguments of type ADClientAble
Modifier and Type	Method	Description
`java.util.List<PRDiaEdge>`	PRDia.`addEdgesAndTargetNodes(ADClientAble ohNode, java.util.List<? extends ADClientAble> seqElem, java.lang.Class<? extends ELObject> kVOclEdge, java.awt.Point ptPos, java.awt.Point ptOffset, boolean isSourceSide)`	Adds a list of elements as edges to this diagram.
`static java.util.List<PRPresContent>`	PRPresElementHelper.`diaDrop(SrvContext srvCtx, java.util.List<? extends ADClientAble> seqSel, PRPresElement dropTarget, java.awt.Point position, java.awt.Point size, java.awt.Point offset, java.lang.Class<? extends ELObject> kVOclPres)`	Drop elements as presentation content to the specified drop target.
`void`	PRAnalysisDia.`setEndElement(java.util.List<? extends ADClientAble> values)`	Set the value of Foreign Key EndElement.
`void`	PRAnalysisDia.`setStartElement(java.util.List<? extends ADClientAble> values)`	Set the value of Foreign Key StartElement.

Constructors in de.mid.innovator.srv2api.icw2pres with parameters of type ADClientAble
Constructor	Description
`ARG_AddEdgeAndTargetNode(ADClientAble ohNode, ADClientAble ohElem, java.lang.Class<? extends ELObject> kVOclEdge, java.awt.Point ptPos, boolean isSourceSide)`
`ARG_AddEdgeAndTargetNodeList(ADClientAble ohNode, java.lang.Class<? extends ELObject> kVOclEdge)`
`ARG_AddEdgesAndTargetNodes(ADClientAble ohNode, java.util.List<ADClientAble> seqElem, java.lang.Class<? extends ELObject> kVOclEdge, java.awt.Point ptPos, java.awt.Point ptOffset, boolean isSourceSide)`
`ARG_CreateFrameNode(ADClientAble ohContainer, java.awt.Point ptPosition, java.awt.Point ptSize)`

Constructor parameters in de.mid.innovator.srv2api.icw2pres with type arguments of type ADClientAble
Constructor	Description
`ARG_AddEdgesAndTargetNodes(ADClientAble ohNode, java.util.List<ADClientAble> seqElem, java.lang.Class<? extends ELObject> kVOclEdge, java.awt.Point ptPos, java.awt.Point ptOffset, boolean isSourceSide)`
`ARG_DiaDrop(java.util.List<ADClientAble> seqSel, PRPresElement dropTarget, java.awt.Point position, java.awt.Point size, java.awt.Point offset, java.lang.Class<? extends ELObject> kVOclPres)`
`ARG_GetAnalysisDiaProperties(java.lang.String analysisValue, java.lang.String configValue, boolean useApplicationConfiguration, K_GRAPH_DIRECTION graphDirection, int maxPathLength, boolean traceNodes, boolean isDirectionConsidered, boolean showAllEdges, boolean showShortestPathOnly, boolean isSmooth, ADApplicationConfiguration applConfContent, ADApplicationConfiguration applConfDisplay, java.util.List<ADClientAble> seqStart, java.util.List<ADClientAble> seqEnd)`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2sm

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2sm
Modifier and Type	Interface	Description
`interface`	`SMChoice`	Choice vertices result, when reached, in the dynamic evaluation of the guards of the triggers of its outgoing transitions.
`interface`	`SMDeepHistory`	DeepHistory represents the most recent active configuration of the composite state that directly contains this pseudostate - the state configuration that was active when the composite state was last exited.
`interface`	`SMEntryPoint`	An entry point pseudostate is an entry point of a state machine or composite state.
`interface`	`SMExitPoint`	An exit point pseudostate is an exit point of a state machine or composite state.
`interface`	`SMFinalState`	A special kind of state that signifies that the enclosing region is completed.
`interface`	`SMInit`	An initial pseudostate represents a default vertex that is the source for a single transition to the default state of a composite state.
`interface`	`SMJoinFork`	Joins vertices serve to merge several transitions emanating from source vertices in different orthogonal regions.
`interface`	`SMJunction`	Junction vertices are semantic-free vertices that are used to chain multiple transitions together.
`interface`	`SMProtocolConformance`	Protocol state machines can be redefined into more specific protocol state machines or into behavioral state machines.
`interface`	`SMProtocolStateMachine`	A protocol state machine is always defined in the context of a classifier.
`interface`	`SMPseudoState`	A pseudostate is an abstraction that encompasses different types of transient vertices in the state machine graph.
`interface`	`SMRegion`	A region is an orthogonal part of either a composite state or a state machine.
`interface`	`SMRegularState`
`interface`	`SMShallowHistory`	shallowHistory represents the most recent active substate of its containing state (but not the substates of that substate).
`interface`	`SMState`	A state model is a situation which an invariant condition (usually implicit) usually holds in.
`interface`	`SMStateMachine`	State machines can be used to express the behavior of part of a system.
`interface`	`SMTerminator`	Entering a terminate pseudostate implies that the execution of this state machine by means of its context object is terminated.
`interface`	`SMTransExt`	kind=external implies that the transition, if triggered, will exit the composite (source) state.
`interface`	`SMTransInt`	kind=internal implies that the transition, if triggered, occurs without exiting or entering the source state.
`interface`	`SMTransition`	A transition is a directed relationship between a source vertex and a target vertex.
`interface`	`SMVertex`	A vertex is an abstraction of a node in a state machine graph.

Methods in de.mid.innovator.srv2api.icw2sm with parameters of type ADClientAble
Modifier and Type	Method	Description
`SMTransExt`	SMTransExt.`reconnect(ADClientAble ohNew, K_SIDE side, java.awt.Point pos)`	Reconnects the selected `SMTransExt` on source or target side.

Uses of ADClientAble in de.mid.innovator.srv2api.icw2smdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2smdia
Modifier and Type	Interface	Description
`interface`	`SMDia`
`interface`	`SMDiaConstraintEdge`
`interface`	`SMDiaConstraintNode`
`interface`	`SMDiaDoActNode`
`interface`	`SMDiaEntryActNode`
`interface`	`SMDiaExitActNode`
`interface`	`SMDiaGuardNode`
`interface`	`SMDiaInvariantNode`
`interface`	`SMDiaPostNode`
`interface`	`SMDiaPreNode`
`interface`	`SMDiaPseudoNode`
`interface`	`SMDiaRegionNode`
`interface`	`SMDiaSMNode`
`interface`	`SMDiaStateNode`
`interface`	`SMDiaTextNode`	This is a utility class for SMDiaTextNode that provides static methods for creation or other purposes.
`interface`	`SMDiaTransActNode`
`interface`	`SMDiaTransEdge`
`interface`	`SMDiaTriggerNode`
`interface`	`SMDiaVertexNode`	This is a utility class for SMDiaVertexNode that provides static methods for creation or other purposes.
`interface`	`SMPDia`

Uses of ADClientAble in de.mid.innovator.srv2api.icw2sqdia

Subinterfaces of ADClientAble in de.mid.innovator.srv2api.icw2sqdia
Modifier and Type	Interface	Description
`interface`	`SQDia`
`interface`	`SQDiaCombinedNode`
`interface`	`SQDiaConstraintEdge`
`interface`	`SQDiaConstraintNode`
`interface`	`SQDiaContinuationNode`
`interface`	`SQDiaExecNode`
`interface`	`SQDiaIANode`
`interface`	`SQDiaInvariantNode`
`interface`	`SQDiaLifelineNode`
`interface`	`SQDiaMessageEdge`
`interface`	`SQDiaMessageEndNode`
`interface`	`SQDiaOccSpecNode`
`interface`	`SQDiaOperandNode`
`interface`	`SQDiaOrderingEdge`
`interface`	`SQDiaPostNode`
`interface`	`SQDiaPreNode`
`interface`	`SQDiaRefNode`
`interface`	`SQDiaTextNode`	This is a utility class for SQDiaTextNode that provides static methods for creation or other purposes.

Uses of Interfacede.mid.innovator.srv2api.icw2meta.ADClientAble

Uses of ADClientAble in de.mid.innovator.srv2api.icw2ac

Uses of ADClientAble in de.mid.innovator.srv2api.icw2acdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bc

Uses of ADClientAble in de.mid.innovator.srv2api.icw2be

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bp

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bpdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2br

Uses of ADClientAble in de.mid.innovator.srv2api.icw2brdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bs

Uses of ADClientAble in de.mid.innovator.srv2api.icw2bsdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2class

Uses of ADClientAble in de.mid.innovator.srv2api.icw2cldia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2db

Uses of ADClientAble in de.mid.innovator.srv2api.icw2dbdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2dg

Uses of ADClientAble in de.mid.innovator.srv2api.icw2dm

Uses of ADClientAble in de.mid.innovator.srv2api.icw2drdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2er

Uses of ADClientAble in de.mid.innovator.srv2api.icw2erdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2gc

Uses of ADClientAble in de.mid.innovator.srv2api.icw2gcdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2ia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2im

Uses of ADClientAble in de.mid.innovator.srv2api.icw2imdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2meta

Uses of ADClientAble in de.mid.innovator.srv2api.icw2model

Uses of ADClientAble in de.mid.innovator.srv2api.icw2pres

Uses of ADClientAble in de.mid.innovator.srv2api.icw2sm

Uses of ADClientAble in de.mid.innovator.srv2api.icw2smdia

Uses of ADClientAble in de.mid.innovator.srv2api.icw2sqdia

Uses of Interface
de.mid.innovator.srv2api.icw2meta.ADClientAble