not in scope Modelling convention for Adaptation Functions Every adaptation function has a MI_Active parameter. This is not modelled since it will always be active in the MPLS-TP technology. MPLS-TP Server Adaptation Modelling Figure 56: Illustrative Diagram for MPLS-TP server Adaptation modelling Non-MPLS-TP Server Adaptation Modelling Figure 57: Illustrative Diagram for Non-MPLS-TP server Adaptation modelling Overview of the Model below shows the mapping between the object classes and the MPLS-TP atomic functions defined in Figure 1/G.8121/Y.1381. Figure 61 Over view of Object Class mapping to G.8121 Atomic Functions – (based on Figure 1/G.8121/Y.1381) Figure 6-1A below shows the containment relationship among the MPLS-TP object classes defined in this Recommendation. The containment relationship reflects the lifecycle dependency between object instances. Figure 61A Object Class Containment Relationship –MPLS-TP Figure 6-1B below shows the relationship of the MPLS-TP object classes to the GlobalClass and LocalClass objects defined in the Recommendation [ITU-T G.7711] Core Model for inheriting the uuid or the localIdList attributes. See Recommendation [ITU-T G.7711] Annex C for how the identifier attributes uuid and localIdList are used for identifying object instance.
not in scope Modelling convention for Adaptation Functions Every adaptation function has a MI_Active parameter. This is not modelled since it will always be active in the MPLS-TP technology. MPLS-TP Server Adaptation Modelling Figure 56: Illustrative Diagram for MPLS-TP server Adaptation modelling Non-MPLS-TP Server Adaptation Modelling Figure 57: Illustrative Diagram for Non-MPLS-TP server Adaptation modelling Overview of the Model below shows the mapping between the object classes and the MPLS-TP atomic functions defined in Figure 1/G.8121/Y.1381. Figure 61 – Over view of Object Class mapping to G.8121 Atomic Functions (based on Figure 1/G.8121/Y.1381) Figure 6-1A below shows the containment relationship among the MPLS-TP object classes defined in this Recommendation. The containment relationship reflects the lifecycle dependency between object instances. Figure 61A –MPLS-TP Object Class Containment Relationship Figure 6-1B below shows the relationship of the MPLS-TP object classes to the GlobalClass and LocalClass objects defined in the Recommendation [ITU-T G.7711] Core Model for inheriting the uuid or the localIdList attributes. See Recommendation [ITU-T G.7711] Annex C for how the identifier attributes uuid and localIdList are used for identifying object instance.