tmf854.v1 > TerminationMode_T LOCATION: file:/xsd/networkResources/TerminationPoint.xsd
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tmf854.v1
The TerminationMode_T Simple Type
TerminationMode has the following values: TM_TERMINATED_AND_AVAILABLE_FOR_MAPPING: CTP: The CTP can be mapped and currently is (i.e., it has contained actual CTPs). This indicates that the G.805 CPs adapted from the corresponding G.805 Termination Function within the CTP aggregate are available to provide client layer capacity (e.g. STS1 terminated and mapped to VT1.5 i.e. channelized). In this state the TCP will be sourcing and sinking traffic. This is only a valid value for CTPs that support client adaptation. FTP: The FTP can be mapped on the server side and currently is (i.e., it has contained actual CTPs on the server side). This indicates that the FTP supports IM (Inverse Multiplexing) and the server side contained CTPs (if any) are available for connection as the FTP is actively assembling the fragments of the IM. This value is not valid for an FTP that does not support IM. (see layering for more details). PTP: This value is not valid for a PTP. TM_NEITHER_TERMINATED_NOR_AVAILABLE_FOR_MAPPING: CTP: The CTP can be mapped but currently is not (i.e., it does have contained potential CTPs, but currently has no contained actual CTPs). This indicates that the G.805 CP aggregated in the CTP is not connected to a TCP (that would be aggregated in the same CTP) and therefore the CTP is available for SNC/crossconnect connectivity (e.g. STS1 not terminated and not mapped to VT1.5i.e. not channelized). FTP: The FTP can be mapped on the server side but currently is not (i.e., it does have contained potential CTPs on the server side, but currently has no contained actual CTPs on the server side). This indicates that the FTP supports IM (Inverse Multiplexing) but the IM function is not active and the TCP within the FTP is available for external SNC/crossconnect connectivity. PTP: This value is not valid for a PTP. TM_NA: CTP: The CTP can not be mapped (i.e., it has no contained potential CTPs). This indicates that an SNC/crossconnect can be used to connect the G.805 TCP of the CTP to the connection point of another CTP/FTP. This only applies to CTPs that connect on their server side and are related to the containing PTP/FTP on their client side. FTP: The FTP can not be mapped on the server side (i.e., it has no contained potential CTPs on the server side). This indicates that an SNC/crossconnect can be used to connect the G.805 TCP of the FTP to the connection point of another CTP/FTP. This only applies to FTPs that connect on their server side and do not support IM (Inverse Multiplexing). PTP: This is the only legal value for a PTP
Simple Type TerminationMode_T
TerminationMode_T is derived from string type. There are several restrictions on the value. The schema processor preserves value's whitespace. Enumeration values are (TM_NA | TM_NEITHER_TERMINATED_NOR_AVAILABLE_FOR_MAPPING | TM_TERMINATED_AND_AVAILABLE_FOR_MAPPING).

Enumeration | Description
TM_NA |
TM_NEITHER_TERMINATED_NOR_AVAILABLE_FOR_MAPPING |
TM_TERMINATED_AND_AVAILABLE_FOR_MAPPING |

XML
-<xsd:simpleType name="TerminationMode_T"> -<xsd:annotation> <xsd:documentation> TerminationMode has the following values: TM_TERMINATED_AND_AVAILABLE_FOR_MAPPING: CTP: The CTP can be mapped and currently is (i.e., it has contained actual CTPs). This indicates that the G.805 CPs adapted from the corresponding G.805 Termination Function within the CTP aggregate are available to provide client layer capacity (e.g. STS1 terminated and mapped to VT1.5 i.e. channelized). In this state the TCP will be sourcing and sinking traffic. This is only a valid value for CTPs that support client adaptation. FTP: The FTP can be mapped on the server side and currently is (i.e., it has contained actual CTPs on the server side). This indicates that the FTP supports IM (Inverse Multiplexing) and the server side contained CTPs (if any) are available for connection as the FTP is actively assembling the fragments of the IM. This value is not valid for an FTP that does not support IM. (see layering for more details). PTP: This value is not valid for a PTP. TM_NEITHER_TERMINATED_NOR_AVAILABLE_FOR_MAPPING: CTP: The CTP can be mapped but currently is not (i.e., it does have contained potential CTPs, but currently has no contained actual CTPs). This indicates that the G.805 CP aggregated in the CTP is not connected to a TCP (that would be aggregated in the same CTP) and therefore the CTP is available for SNC/crossconnect connectivity (e.g. STS1 not terminated and not mapped to VT1.5i.e. not channelized). FTP: The FTP can be mapped on the server side but currently is not (i.e., it does have contained potential CTPs on the server side, but currently has no contained actual CTPs on the server side). This indicates that the FTP supports IM (Inverse Multiplexing) but the IM function is not active and the TCP within the FTP is available for external SNC/crossconnect connectivity. PTP: This value is not valid for a PTP. TM_NA: CTP: The CTP can not be mapped (i.e., it has no contained potential CTPs). This indicates that an SNC/crossconnect can be used to connect the G.805 TCP of the CTP to the connection point of another CTP/FTP. This only applies to CTPs that connect on their server side and are related to the containing PTP/FTP on their client side. FTP: The FTP can not be mapped on the server side (i.e., it has no contained potential CTPs on the server side). This indicates that an SNC/crossconnect can be used to connect the G.805 TCP of the FTP to the connection point of another CTP/FTP. This only applies to FTPs that connect on their server side and do not support IM (Inverse Multiplexing). PTP: This is the only legal value for a PTP </xsd:documentation> </xsd:annotation> -<xsd:restriction base="xsd:string"> <xsd:enumeration value="TM_NA" /> <xsd:enumeration value="TM_NEITHER_TERMINATED_NOR_AVAILABLE_FOR_MAPPING" /> <xsd:enumeration value="TM_TERMINATED_AND_AVAILABLE_FOR_MAPPING" /> </xsd:restriction> </xsd:simpleType>

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Uses
Type (1) string

Used-By
Element (3) ConnectionTerminationPoint_T/tpMappingMode FloatingTerminationPoint_T/tpMappingMode TPData_T/tpMappingMode

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