Uses of Class
de.aristaflow.adept2.model.common.i18n.Localised

Packages that use Localised

Package	Description
de.aristaflow.adept2.model.activitymodel	TODO This is completely outdated.
de.aristaflow.adept2.model.common
de.aristaflow.adept2.model.execution
de.aristaflow.adept2.model.processmodel
de.aristaflow.adept2.model.worklistmodel

Uses of Localised in de.aristaflow.adept2.model.activitymodel

Methods in de.aristaflow.adept2.model.activitymodel with annotations of type Localised

Modifier and Type	Method	Description
String	AbstractActivityModelParameter.getDescription()	Returns the description of the parameter for the end user.
String	AbstractActivityTemplateDefinition.getDescription()	Gets a description for this activity template definition for usage in the process model.
String	AbstractOperation.getDescription()	Gets a description for this operation for usage in the process model.
String	AbstractParameterTemplate.getDescription()	Gets the description for the parameter of this template.
String	ATDReference.getDescription()	Gets a description for the ActivityTemplateDefinition of this reference for usage in the process model.
String	ATParameterTemplate.getDescription()	Gets the description for the parameter of this template.
String	Identifier.getDescription()	Returns a description text of the common identifier (may be null).
String	OperationReference.getDescription()	Gets a description for the operation of this reference for usage in the process model.
String	AbstractActivityModelParameter.getDeveloperDescription()	Gets a description of this activity model parameter for the developer/the administrator.
String	AbstractActivityTemplateDefinition.getDeveloperDescription()	Gets a description for the developer of the activity template definition and the administrator of the activity model.
String	AbstractConfigurationSet.getDeveloperDescription()	Gets a description for the developer of the configuration and the process modeler.
String	AbstractExecutableComponentDescription.getDeveloperDescription()	Gets a description for the developer of the component and the administrator of the activity model.
String	AbstractOperation.getDeveloperDescription()	Gets a description for the developer of the operation and the administrator of the activity model.
String	ActivityTemplate.getDeveloperDescription()	Gets a description for the process modeler and the administrator of the activity model.
String	ATDReference.getDeveloperDescription()	Gets a description of the ActivityTemplateDefinition of this reference for the developer and the administrator of the activity model.
String	ATParameter.getDeveloperDescription()	Gets a description of this activity template parameter for the developer/the administrator.
String	CSReference.getDeveloperDescription()	Gets a description for the developer of the configuration and the process modeler.
String	ECDReference.getDeveloperDescription()	Gets a description for the developer of the component and the administrator of the activity model.
String	OperationReference.getDeveloperDescription()	Gets a description for the developer of the operation and the administrator of the activity model.
String	AbstractActivityModelParameter.getName()	Returns the name of the parameter.
String	AbstractParameterTemplate.getName()	Gets the name for the parameter of this template.
String	ATDReference.getName()	Gets the name of the ActivityTemplateDefinition of this reference.
String	ATParameterTemplate.getName()	Gets the name for the parameter of this template.
String	Identifier.getName()	The repository-wide unique name of the common identifier.
String	OperationReference.getName()	Gets the name of the operation of this reference (unique with respect to the ExecutableComponentDescription).
String	AbstractParameterTemplate.getTemplateDescription()	Gets a description for the process modeler and the administrator of the activity model.
String	ATParameterTemplate.getTemplateDescription()	Gets a description for the process modeler and the administrator of the activity model.
String	AbstractParameterTemplate.getTemplateName()	Gets the unique (with respect to the corresponding entity) name of this parameter template.
String	ATParameterTemplate.getTemplateName()	Gets the unique (with respect to the corresponding entity) name of this parameter template.

Uses of Localised in de.aristaflow.adept2.model.common

Methods in de.aristaflow.adept2.model.common with annotations of type Localised

Modifier and Type	Method	Description
String	AbstractActivity.getActivityName()	Gets the name of this abstract activity.
String	AbstractActivity.getDescription()	Gets a description for this abstract activity for usage in the process model.
String	ConfigurationDescription.ConfigurationEntry.getDescription()	Gets a user-friendly description (including its localisation) for a configuration entry.
String	IconDescriptor.getDescription()	Returns a description text of the icon (may be null).
String	Parameter.getDescription()	Returns the description of the parameter for the end user.
String	ResourceDescriptor.getDescription()	Returns a description text of the resource (may be null).
String	IconDescriptor.getName()	The arbitrary name of the icon.
String	Parameter.getName()	Returns the name of the parameter.
String	ResourceDescriptor.getName()	The arbitrary name of the resource.

Uses of Localised in de.aristaflow.adept2.model.execution

Methods in de.aristaflow.adept2.model.execution with annotations of type Localised

Modifier and Type	Method	Description
String	ExecutableBusinessProcessInstance.getDescription()	Returns the description of this executable business process instance.
String	ExecutableBusinessProcessInstance.getName()	Returns the name of this node/subprocess to be displayed in the worklist or the called application.
String	ExecutableBusinessProcessInstance.getProcessInstanceName()	Gets the resolved name of the (parent) process instance of the executable business process of this EBPInstance.
String	ExecutableBusinessProcessInstance.getProcessTemplateName()	Gets the name of the (parent) process template of the executable business process of this EBPInstance.

Uses of Localised in de.aristaflow.adept2.model.processmodel

Methods in de.aristaflow.adept2.model.processmodel with annotations of type Localised

Modifier and Type	Method	Description
String	DecisionStatement.getDecisionLabel()	Returns the label of the decision ID.
String	DecisionStatement.getDecisionStatement()	Returns the decision statement that must evaluate to true to activate this decision ID (for displaying purposes).
String	DataElement.getDescription()	Returns a description of the data element.
String	Node.getDescription()	Returns the description of this node.
String	Template.getDescription()	Returns the description of the process.
String	TemplateReference.getDescription()	Gets the description of the referenced process template.
String	Template.getInstanceNameTemplate()	Gets a (string) template for the name of instances created on this process template.
String	DataElement.getName()	Returns the name of the data element.
String	Instance.getName()	Returns the name of the instance.
String	InstanceReference.getName()	Returns the name of the instance.
String	Node.getName()	Returns the name of this node.
String	Template.getName()	Returns the name of the process.
String	TemplateReference.getName()	Gets the name (not necessarily unique) of the referenced process template.

Uses of Localised in de.aristaflow.adept2.model.worklistmodel

Methods in de.aristaflow.adept2.model.worklistmodel with annotations of type Localised

Modifier and Type	Method	Description
String	WorklistItem.getDescription()	A description of the worklist item for displaying purpose - corresponds to the description of the corresponding executable business process.
String	WorklistItem.getProcessInstanceName()	Gets the name of the process instance corresponding to this worklist item.
String	WorklistItem.getProcessTemplateName()	Gets the name of the process template corresponding to this worklist item.
String	WorklistItem.getTitle()	The title of this item for displaying purpose - corresponds to the name of the corresponding executable business process.