Pushing the CANCEL button will dismiss the window with no action taken. 4 Link =title Enable Frame Link Pushing the CONTINUE button will cause the specified FRAME Link to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 HDLC 4 Link =title Enable HDLC Link Pushing the CONTINUE button will cause the specified HDLC Link to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 5 logical_station =title Enable HDLC Link Logical Station Pushing the CONTINUE button will cause the specified HDLC Link Logical Station to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 MODEM =title Enable Modem Connect 4 line =title Enable Modem Connect Line Pushing the CONTINUE button will cause the Modem Connect Line entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 MOP =title Enable MOP Pushing the CONTINUE button will cause the MOP entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 nsp =title Enable NSP Transport Pushing the CONTINUE button will cause the NSP entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 Osak =title Enable OSAK Pushing the CONTINUE button will cause the specified OSAK entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 osi_transport =title Enable OSI Transport Pushing the CONTINUE button will cause the OSI Transport entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 Routing =title Enable Routing Pushing the CONTINUE button will cause the Routing entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 4 Circuit =title Enable Routing Circuit Pushing the CONTINUE button will cause the specified Routing Circuit to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 5 ip_reachable_address = title Enable Routing Circuit IP Reachable Address Pushing the CONTINUE button will cause the specified Routing Circuit IP Reachable Address to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 5 reachable_address =title Enable Routing Circuit Reachable Address Pushing the CONTINUE button will cause the specified Routing Circuit Reachable Address to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 4 egp_group =title Enable Routing EGP Group Pushing the CONTINUE button will cause the specified Routing EGP Group to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 5 egp_neighbor =title Enable Routing EGP Group EGP Neighbor Pushing the CONTINUE button will cause the specified Routing EGP Group's EGP Neighbor to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 session =title Enable Session Control Pushing the CONTINUE button will cause the Session Control Entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 x25_access =title Enable X.25 Access Pushing the CONTINUE button will cause X.25 Access entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 app =title Enable X.25 Access Application Pushing the CONTINUE button will cause the specified X.25 Access Application entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 x25_client =title Enable X.25 Client Pushing the CONTINUE button will cause the specified X.25 Client entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 x25_relay 4 client =title Enable X.25 Relay Client Pushing the CONTINUE button will cause the specified X.25 Relay Client entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 4 pvc =title Enable X.25 Relay PVC Pushing the CONTINUE button will cause the specified X.25 Relay PVC entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 x25_server =title Enable X.25 Server Pushing the CONTINUE button will cause the X.25 Server entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 4 client =title Enable X.25 Server Client Pushing the CONTINUE button will cause the specified X.25 Server Client entity to be enabled. Pushing the CANCEL button will dismiss the window with no action taken. 3 x25_protocol 4 dte =title Enable X.25 Protocol DTE Pushing the CONTINUE button will cause the specified X.25 Protocol DTE entity enabled. Pushing the CANCEL button will dismiss the window with no action taken. 2 enable_disable =title Enable or Disable 3 MOP 4 Circuit =title Enable or Disable MOP Circuit Toggle buttons in the on state (filled in) represent those MOP functions enabled for the circuit. Toggle buttons in the off state (empty) represent those MOP functions disabled for the circuit. To enable a function, click on the associated toggle button until that button is in the on state. To disable a function, click on the associated toggle button until that button is in the off state. Once you have determined that all the toggle buttons are in their proper states, press the CONTINUE button to cause the appropriate Enable and Disable commands to be issued. Or press the CANCEL button to cancel the operation. In either case, you will be returned to the main window. 3 Node =title Enable or Disable Node Toggle buttons in the on state (filled in) represent those functions enabled for the Node. Toggle buttons in the off state (empty) represent those functions disabled for the Node. To enable a function, click on the associated toggle button until that button is in the on state. To disable a function, click on the associated toggle button until that button is in the off state. The functions are: Address Enables the address watcher function. Enabling Watcher this function allows the node to update its address identifier when a change of address is detected. Disabling this function causes the state attribute to be set to off, but the node can still respond to management through its CMIP interface. CMIP Enabled automatically by the software. This Listener function permits the node to respond to management through its CMIP listener interface. Once you have determined that all the toggle buttons are in their proper states, press the CONTINUE button to cause the appropriate enable and disable commands to be issued. Or press the CANCEL button to cancel the operation. In either case, you will be returned to the main window. 2 Getnif 3 FDDI 4 Station 5 Link =title Getnif FDDI Station Link Causes the link subentity to transmit a SMT NIF (Neighbor Information) request frame and await the response. If a response is received, it is displayed. getnif [node node-id] fddi station station-name link link-id target lan address timeout integer-16 6 Arguments o target 48-bit LAN address of the target. o timeout Value: 1-65535 Timeout, in seconds, optional. 2 Getsif 3 FDDI 4 Station 5 Link =title Getsif FDDI Station Link Causes the link subentity to transmit a SMT SIF (Station Information) request frame and await the response. If a response if received, it is displayed. getsif [node node-id] fddi station station-name link link-id target lan address timeout integer-16 type configuration operation 6 Arguments o target 48-bit LAN address of the target. o timeout Value: 1-65535 Timeout, in seconds, optional. o type Value: Configuration or operation SIF configuration or SIF operation request. 2 Limit 3 HDLC 4 Link 5 logical_station =title Limit HDLC Link Logical Station Limits the specified HDLC Link Logical Station exclusively to unsequenced data service. 2 Load 3 MOP 4 Circuit =title Load MOP Circuit Initiates a downline load from the node you are managing to a target system. If you optionally chose to enter a Client name in the previous menu, the default load parameters for this operation were obtained by looking up the information for that MOP Client, and those parameters are present in the current display. The required arguments for this load operation are: o Address The LAN address of the target node on the circuit named in the circuit argument. o Circuit The MOP circuit you have currently selected for the load operation. The optional arguments for this load operation are: o Client A client entity to be used for this operation, if you provided one in the previous display. o Management Image A file containing initialization data for the node; data is encoded in a product-specific format. (Also see the script file argument.) This argument may be required by the target system. o Script File A file containing initialization data for the node; data is encoded as a sequence of network management commands in CMIP form. (Also see the management image argument.) This argument may be required by the target system. o Secondary Loader Specifies the name of a second file containing the software to be downline loaded. This argument may be required by the target system. o System Image Specifies the file containing the system image to be downline loaded. This argument is required for LAN circuits. If you do not supply this information as an argument for this command, you must specify a client set of parameters to provide this data. See the client argument. o Tertiary Loader Specifies the name of a third file containing the software to be downline loaded. This argument may be required by the target system. o Verification Is a hex string that must match a verification code at the receiving system in order to trigger the bootstrap mechanism so that the downline load can be performed. The default is '0000000000000000'H, or %x00-00-00-00-00-00-00-00. Pressing the OK button will cause the load command to be executed and will return control back to the main window. Pressing the RESET button will cause all the arguments to be reset back to the state they were in when you first entered this display. Pressing the CANCEL button will return you to the main window. No load command will be issued. 4 Client =title Load MOP Client Initiates a downline load from the node you are managing to a target client system. The required arguments for this load operation are: o Address The LAN address of the target node on circuit named in the circuit argument. o Circuit The MOP circuit over which the load operation is to occur. The optional arguments for this load operation are: o Management Image A file containing initialization data for the node; data is encoded in a product-specific format. (Also see the script file argument.) This argument may be required by the target system. o Script File A file containing initialization data for the node; data is encoded as a sequence of network management commands in CMIP form. (Also see the management image argument.) This argument may be required by the target system. o Secondary Loader Specifies the name of a second file containing the software to be downline loaded. This argument may be required by the target system. o System Image Specifies the file containing the system image to be downline loaded. This argument is required for LAN circuits. If you do not supply this information as an argument for this command, you must specify a client set of parameters to provide this data. See the client argument. o Tertiary Loader Specifies the name of a third file containing the software to be downline loaded. This argument may be required by the target system. o Verification Is a hex string that must match a verification code at the receiving system in order to trigger the bootstrap mechanism so that the downline load can be performed. The default is '0000000000000000'H, or %x00-00-00-00-00-00-00-00. Pressing the OK button will cause the load command to be executed and will return control back to the main window. Pressing the RESET button will cause all the arguments to be reset back to the state they were in when you first entered this display. Pressing the CANCEL button will return you to the main window. No load command will be issued. 2 Loop 3 Loopback_application =title Loop Loopback Application Starts a loop test between the loopback applications on the specified source and destination nodes. The node keyword specifies the node from which the loop messages are sent. If you omit this keyword, the test is performed from the node on which you issue the loop command. The name or address argument specifies the node whose loop mirror is used to reflect the messages back to the originator. Specify either the name or address (but not both). address tower-set count integer loop [node node-id] loopback application format hex-string length integer name full-name 4 Characteristics o address tower-set Number of the destination for loopback messages, in the form of a protocol tower. Specify either this argument or the name argument. o count integer Default: 1 Value: 0-4294967295 Number of loop messages to be sent to the loop mirror. The test is complete when this number of loop messages has been reflected back by the loop mirror. o format hex-string Default: 55 Value: 00-FF Content of the data field of a loop message. Enter a pair of hexadecimal digits. Each octet in the data field of a loop message has this value. o length integer Default: 40 Value: 0-65534 Length, in octets, of the data field in each loop message. o name full-name DNS name of the node to which loopback messages are sent. Specify either this argument or the address argument, but not both. 3 MOP 4 Circuit =title Loop MOP Circuit Performs a loop operation with another system. If you optionally chose to enter a Client Name in the previous menu, the default loop parameters for this operation were obtained by looking up the information for that MOP Client, and those parameters are present in the current display. The required arguments for this loop operation are: o Address The LAN address of the target node on the circuit named in the circuit argument. o Circuit The MOP circuit you have currently selected for the loop operation. The optional arguments for this loop operation are: o Client A client entity to be used for this operation, if you provided one in the previous display. o Count An integer representing the number of messages to be looped. On failure of the loop test, a the count of messages successfully looped will be displayed. o Format Value of each byte in the test data part of each loop message. The default results in alternating 0 and 1 bits. o Length Integer representing length of the test data part of each loop message. The maximum and minimum permitted values depend on the particular data link in use. o Assistance Type Degree of loopback assistance required, for LAN circuits only. Valid values are none, transmit, receive, and full. o Assistant Address LAN address to be used as a loopback assistant. The involvement of the assistant depends on the assistance type parameter. For assistance of type none, no assistant is needed, and is ignored if specified. For other values, an assistant is required. If not specified, an assistant is located by first sending a request to the loopback assistant multicast address. o Assistant System A MOP Client entity, from which an assistant address is obtained. Meaningful for LAN circuits only, see assistant address. Pressing the OK button will cause the loop command to be executed and will return control back to the main window. Pressing the RESET button will cause all the arguments to be reset back to the state they were in when you first entered this display. Pressing the CANCEL button will return you to the main window. No loop command will be issued. 4 Client =title Loop MOP Client Performs a loop operation with the specified client system. The required arguments for this loop operation are: o Address The LAN address of the target node on the circuit named in the circuit argument. o Circuit The MOP circuit over which this loop operation is to be performed. The optional arguments for this loop operation are: o Count An integer representing the number of messages to be looped. On failure of the loop test, a the count of messages successfully looped will be displayed. o Format Value of each byte in the test data part of each loop message. The default results in alternating 0 and 1 bits. o Length Integer representing length of the test data part of each loop message. The maximum and minimum permitted values depend on the particular data link in use. o Assistance Type Degree of loopback assistance required, for LAN circuits only. Valid values are None, Transmit, Receive, and Full. o Assistant Address LAN address to be used as a loopback assistant. The involvement of the assistant depends on the assistance type parameter. For assistance of type none, no assistant is needed, and is ignored if specified. For other values, an assistant is required. If not specified, an assistant is located by first sending a request to the loopback assistant multicast address. o Assistant System A MOP Client entity, from which an assistant address is obtained. Meaningful for LAN circuits only, see assistant address. Pressing the OK button will cause the loop command to be executed and will return control back to the main window. Pressing the RESET button will cause all the arguments to be reset back to the state they were in when you first entered this display. Pressing the CANCEL button will return you to the main window. No loop command will be issued. 2 Query 3 MOP 4 Circuit =title Query MOP Circuit Initiates an XID exchange between the system you are managing and the system specified by the LAN Address below. If you optionally chose to enter a Client Name in the previous menu, the default query parameters for this operation were obtained by looking up the information for that MOP Client, and those parameters are present in the current display. The required arguments for this query operation are: o Address The LAN address of the target node on the circuit named in the circuit argument. o Circuit The MOP Circuit entity you have currently selected for the query operation. The optional arguments for this query operation are: o Client A client entity to be used for this operation, if you provided one in the previous display. o SAP An octet representing the Service Access Point (on the target system) to which the XID message is to be sent. Pressing the OK button will cause the query command to be executed and will return control back to the main window. Pressing the RESET button will cause all the arguments to be reset back to the state they were in when you first entered this display. Pressing the CANCEL button will return you to the main window. No query command will be issued. 4 Client =title Query MOP Client Initiates an XID exchange between the system you are managing and the system specified by the LAN Address below. The required arguments for this query operation are: o Address The LAN address of the target node on the circuit named in the circuit argument. o Circuit The MOP Circuit over which the query operation is to be performed. The optional argument for this query operation is: o SAP An octet representing the Service Access Point (on the target system) to which the XID message is to be sent. Pressing the OK button will cause the query command to be executed and will return control back to the main window. Pressing the RESET button will cause all the arguments to be reset back to the state they were in when you first entered this display. Pressing the CANCEL button will return you to the main window. No query command will be issued. 2 Rename 3 Node =title Rename Node Changes the node's name within the node and does not affect the name server directly. It uses the new name and an immediate "keep me here" transaction with the name servers which then update themselves based on the node's new name. The node's new fullname is a required argument. Pressing the CONTINUE button will cause the node to be renamed. Pressing the CANCEL button will dismiss the window with no rename action taken. 2 Reset 3 evd =title Reset Event Dispatcher 4 outbound_stream =title Reset Event Dispatcher Outbound Stream Pushing the CONTINUE button resets the catchall, specific, and global filters to the default value for the specified Event Dispatcher Outbound Stream entity. It causes these filters to be reset to the values they had when the entity was created. It is equivalent to setting the values for these filters to their defaults. Pushing the CANCEL button dismisses the window, and no reset action is taken. 4 Sink =title Reset Event Dispatcher Sink Pushing the CONTINUE button resets the catchall, specific, and global filters to the default value for the specified Event Dispatcher Sink entity. It causes these filters to be reset to the values they had when the entity was created. It is equivalent to setting the values for these filters to their defaults. Pushing the CANCEL button dismisses the window, and no reset action is taken. 2 Shutdown 3 event_dispatcher =title Shutdown Event Dispatcher 4 outbound_stream =title Shutdown Event Dispatcher Outbound Stream Pushing the CONTINUE button requests an orderly shutdown of the connection between the specified Event Dispatcher Outbound Stream entity and the sink partner. The shutdown directive attempts an orderly shutdown of the connection in cooperation with the sink. Pushing the CANCEL button dismisses the window, and no shutdown action is taken. 2 Test 3 evd =title Test Event Dispatcher Pushing the CONTINUE button causes an event be logged to test the entire event logging subsystem. This tests the complete event logging system from entity to manager, causing the test requested event to be logged. Pushing the CANCEL button dismisses the window, and no test action is taken. 3 MOP 4 Circuit =title Test MOP Circuit Initiates an XID test between the system specified by the LAN Address described below. If you optionally chose to enter a Client Name in the previous menu, the default test parameters for this operation were obtained by looking up the information for that MOP Client, and those parameters are present in the current display. The required arguments for this test operation are: o Address The LAN address of the target node on the circuit named in the circuit argument. o Circuit The MOP circuit you have currently selected for the test operation. The optional arguments for this test operation are: o Client A client entity to be used for this operation, if you provided one in the previous display. o Count An Integer representing the number of test messages to be sent. o Format Value of each byte in the data part of each test message. The default results in alternating 0 and 1 bits. o Length Integer representing Length of the data part of each test message. The maximum and minimum permitted values depend on the particular data link in use. o SAP An octet representing the Service Access Point (on the target system) to which the XID message is to be sent. Pressing the OK button will cause the test command to be executed and will return control back to the main window. Pressing the RESET button will cause all the arguments to be reset back to the state they were in when you first entered this display. Pressing the CANCEL button will return you to the main window. No test command will be issued. 4 Client =title Test MOP Client 5 Circuit =title Test MOP Client Circuit Initiates an XID test between the system specified by the LAN Address described below. The required arguments for this test operation are: o Address The LAN address of the target node on the circuit named in the circuit argument. o Circuit The MOP circuit over which the test is to occur. The optional arguments for this test operation are: o Count An integer representing the number of test messages to be sent. o Format Value of each byte in the data part of each test message. The default results in alternating 0 and 1 bits. o Length Integer representing Length of the data part of each test message. The maximum and minimum permitted values depend on the particular data link in use. o SAP An octet representing the Service Access Point (on the target system) to which the XID message is to be sent. Pressing the OK button will cause the test command to be executed and will return control back to the main window. Pressing the RESET button will cause all the arguments to be reset back to the state they were in when you first entered this display. Pressing the CANCEL button will return you to the main window. No test command will be issued. 2 Testevent =title Test Event 3 evd =title Testevent Event Dispatcher 4 outbound_stream =title Testevent Event Dispatcher Outbound Stream ! Tests the filter action state for the specified event. This ! directive applies the filtering algorithm to the named event ! instance returning the applicable FilterAction, and an indication ! of whether the search was resolved by the SpecificFilter, ! GlobalFilter, or CatchAllFilter attribute. ! testevent [node node-id] event dispatcher outbound stream ! simple-name event instance-name, event-name !5 Arguments !o event-name ! Specifies all (for all events) or a specific event to be filtered ! for the specified class or instance. !o instance-name ! Specifies a full entity name, including the node name and ! including a specific instance. !5 Identifier !o name ! Simple name assigned to the outbound stream when it was created. 4 Sink ! Tests the filter action state for the specified event. This ! directive applies the filtering algorithm to the named event ! instance returning the applicable FilterAction, and an indication ! of whether the search was resolved by the SpecificFilter, ! GlobalFilter, or CatchAllFilter attribute. ! testevent [node node-id] event dispatcher sink simple-name ! event instance-name, event-name !5 Identifier !o name ! Simple name assigned to the sink when it is created. !5 Arguments !o event-name ! Specifies all (for all events) or a specific event to be filtered ! for the specified class or instance. !o instance-name ! Specifies a full entity name, including the node name and ! including a specific instance. 2 UNLIMIT 3 HDLC 4 Link 5 logical_station =title Unlimit HDLC Link Logical Station Pressing the CONTINUE button will enable sequenced and unsequenced data service for the specified Logical Station. Pressing the CANCEL button will dismiss the window, and no Unlimit action will be taken. 2 Update 3 session_control =title Update Session Control 4 backtranslation_softlink =title Update Session Control Backtranslation Softlink Pushing the CONTINUE button will update a the specified Backtranslation Softlink entity. Pushing the CANCEL button will dismiss the window, and no update action will be taken. 4 tower_maintenance =title Update Session Control Tower Maintenance Pushing the CONTINUE button updates the specified Tower Maintenance entity. Pushing the CANCEL button will dismiss the window, and no update action will be taken.