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.
Figure 61B –MPLS-TP Object Class Identifier Basic Configuration Structure This section contains the initial high level class diagrams. Once completed, they will be moved to the corresponding sections in the Recommendation. High Level TP Containment Class Diagram Figure 62 – High Level TP Containment Class Diagram TP Inheritance Class Diagram Figure 63 – TP Inheritance Class Diagram Connection Fragment Class Diagram Figure 64 – Connection Fragment Class Diagram MEP Class Diagram Figure 65 – MEP Class Diagram
MT Diagnostic trail termination source function for MEP (MTDe_TT_So) MI_ GAL_Enable MI_TTLVALUE MI_CV_OAM_Tool MI_CV_Series () MI_1TH_Start (CoS,Length,Period) MI_1TH_Terminate MI_ LMo_OAM_Tool [i] MI_LMo_Terminate[i] MI_ DMo_OAM_Tool MI_DMo_Start MI_DMo_Terminate[i] MI_ 1DMo_OAM_Tool MI_1DMo_Terminate[i] MI_ SLo_OAM_Tool MI_SLo_Start MI_SLo_Terminate[i] MI_Admin_State G.8121.1 specific MI_MEP_ID MI_CV_Series (Target MEP/MIP ID, CoS, N, Length, Period) MI_CV_Test(CoS, Pattern, Length, Period) able
MI_INCREASE MI_DECREASE MI_TSNUM MI_ODUflexRate HaoCapableTtpSource_Pac TTP MI sink grouping MI_Active MI_Frame_Type_Config EthServerTtpSink_Pac MI_INCREASE MI_DECREASE HaoCapableTtpSink_Pac TTP MI grouping MI_SCCType GfpMapping_Pac MI_Etype EthServerTtp_Pac MT_CTP MI source grouping MI_PHB2TCMapping[1…M] MI_QoSEncodingMode[1…M] MI_APS_OAM_CoS[1…M] MT_ConnectionTerminationPointSource MT_CTP MI sink grouping MI_TC2PHBMapping[1…M] MI_QoSDecodingMode[1…M] MI_LCK_Period[1…M] MI_LCK_CoS[1…M] MI_Admin_State MI_AIS_Period[1…M] MI_AIS_CoS[1…M] MI_LCK_OAM_Tool [1…M] MI_AIS_OAM_Tool[1…M] MT_ConnectionTerminationPointSink MT_CTP MI grouping MI_Label[1…M] MI_LSPType[1…M] MI_CoS[1…M] MI_Mode[1…M] MI_GAL_Enable[1…M] MI_APS_OAM_Tool[1…M] MT_ConnectionTerminationPoint Figure 69 – Modelling of non-MPLS-TP server adaptation MI groupings
MIP compound function Figure 710 – MIP configuration parameters Figure 711 – "half MIP" compound function The Management Information (MI) of the MIP compound function (defined in [ITU-T G.8121/Y.1381]) is mapped to the MipBidirectional object class. Figure 712 – MIP/half MIP configuration function
MPLS-TP Multiplexing This section maps the MPLS-TP multiplexing related MIs to the corresponding object classes. The MPLS-TP multiplexing configuration function exists only in MT TTP and MT CTP. Figure 714 – MPLS-TP multiplexing configuration function Connection Function This section maps the connection function related MIs to the corresponding object classes. Table 76 – Mapping of Connection Function related MI to G.8152 artefacts Functionality MT_C_MI G.8152 General connection management Create_MC Modify_MC Delete_MC Individual connection point management MT_C_MP per input and output connection point for further study Individual connection management MT_C_MP per matrix connection: MT_C_MI_ConnectionType MT_C_MI_Return_CP_ID MT_C_MI_ConnectionPortIds SNCP configuration MT_C_MP per SNC/S protection process: for further study