TELDAT-MON-PROTOCOL-DLSw-MIB: View SNMP OID List / Download MIB

DLSw protocol status, active (1) or inactive (2). Enumeration: 'active': 1, 'inactive': 2.

It represents the router prevention status to finish a LLC2 connection from the TCP connection loss. Possible values: active (1) or inactive (2). Enumeration: 'active': 1, 'inactive': 2.

Enable/Disable the TCP stations automatic recovery when a session is interrupted, and when the router is being initialized. Possible values: active (1), it means to always connect; inactive (2), it means to connect when it is needed or on demand; passive (3), it means to no try connect. Enumeration: 'passive': 3, 'always': 1, 'on-demand': 2.

SRB Segment that identifies to DLSw in the RIF.

Cache size of association between MAC and IP addresses, to reduce exploration traffic.

Maximum number of DLSw sessions that router is able to support.

Enable/Disable Promiscuous mode. This mode permits accept connection form any neighbor. Possible values: enabled (1), it means mode enabled; disabled (2), it means mode disabled. Enumeration: 'disabled': 2, 'enabled': 1.

Maximum amount of memory that DLSw has allowed using. The minimum value ir 26624. If a set try to fix this variable to a less value, it will take its minimum value (26624).

Maximum amount of memory that DLSw has allowed using in each LLC session. It must be zero or a positive integer.

Maximum amount of memory that DLSw has allowed using in each SDLC/QLLC session. It must be zero or a positive integer.

Number of bytes that router assigns as buffer for NetBIOS UI frames. It must be zero or a positive integer.

Maximum amount of time that database entries stay active.

Wait time for an answer to a CanYouReach before giving up.

Maximum amount of time (in seconds) that router waits for a LLC test answer before relaying a LLC test frame.

Maximum amount of time (in seconds) that router waits for a SDLC test answer before relaying a SDLC test frame.

Time (in seconds) between DLSw group advertisements transmission.

Wait time (in decimas of second) during the exploration before selecting a neighbor.

It lists DLSw MAC addresses cache entries. This cache contains a database with the most recent conversions of IP neighbors to MAC addresses.

It provides the MAC address, the life time (in seconds) within cache, the neighbor IP address and the greater size of frame, in addition to the index, that is the order number of the entry in the table.

Entry order number. It is the table index.

MAC Address.

LIfe time (in seconds) within cache.

Neighbor IP address.

Frame of greater size.

Total number of requested bytes.

Number of bytes assigned to reception global pool.

Number of bytes received at present.

Number of bytes assigned to transmission global pool.

Number of bytes transmitted at present.

Number of bytes reserved for NetBIOS UI frames pool. If NetBIOS is disabled, it will be zero by default.

Number of bytes of the Netbios UI frames pool in use at present. If NetBIOS is disabled, it will be zero by default.

It lists all the existing DLSw sessions and the amount of memory used by each one.

Each entry consists of the index with that the table is crossed over, that is the position of the entry in it, the session identifier, MAC and SAP source, MAC and SAP end, assigned initial amount, amount of free memory at the present moment, congestion status and total number of frames glued in sdlcim or sdlc to be transmitted by a specific circuit.

Order Number of the entry (corresponding to a session) in the table. It is the table index.

Session identifier.

Local MAC address. If session is SDLC or QLLC, its value will be 'SDLC' or 'QLLC' respectively.

Local SAP number.

Remote MAC address.

Remote MAC number.

Initial amount of assigned memory. If it were not assigned, the value of this variable will be 0.

Amount of free memory at the moment. If it were not assigned initially, the value of this variable will be 0.

Session current status. Possible values are: ready(1), session(2), global(3) and ses_gbl(4). If memory were not assigned initially, the value of this variable will be 0 (none). Enumeration: 'ses_gbl': 4, 'ready': 1, 'none': 0, 'global': 3, 'session': 2.

Total number of frames glued in sdlcim or sdlc to be transmitted by a specific circuit.

It shows information of active DLS sessions at that moment, including MAC and SAP source, MAC and SAP end, session status, flags, remote IP address, and ID (identifier).

Each entry consists of the index with that the table is crossed over, that is the position of the entry in it, MAC and SAP source, MAC and SAP end, session current status, flags, remote IP address and session identifier.

Order Number of the entry (corresponding to an active session) in the table. It is the table index.

Source MAC address of the session. If session is SDLC or QLLC, its value will be 'SDLC' or 'QLLC' respectively, instead of the MAC address.

SAP opened in the source for this session.

Remote MAC address of the session.

SAP opened in the end for this session.

Session current status: DISCONNECTED - Initial status hasn't a circuit or an established connection. RSLV_PEND - The DLSw target is waiting for a SSP_started indication after a SSP_start request. CIRC_PEND - The DLSw target is waiting for a SSP_REACHACK answer to a SSP_ICANREACH message. CIRC_EST - Circuit has been established end to end. CIR_RSTRT - The DLSw that originated reset is waiting for the reboot CONN_PEND - The DLSw source is waiting for a SSP_CONTACTED answer to a SSP_CONTACT message. CONT_PEND - The DLSw end is waiting for a SSP_CONTACTED confirmation to a SSP_CONTACT message. CONNECT_STATE - DISC_PEND - The DLSw that originated the disconnection is waiting for a SSP_HALTED answer to a SSP_HALT message. HALT_PENDING - The DLSw is waiting for a SSP_HALTED indication after a SSP_HALT request. RESTART_PEND - The remote DLSw is waiting for a SSP_HALTED indication after a SSP_HALT request. WAIT_NOACK - CIRC_STRT - HLT_NOACK - Enumeration: 'circ_strt': 13, 'rest_pend': 11, 'disconnected': 1, 'circ_est': 4, 'wait_noack': 12, 'hlt_noak': 14, 'conn_pend': 6, 'disc_pend': 9, 'cont_pend': 7, 'connect_state': 8, 'halt_pending': 10, 'rslv_pend': 2, 'circ_pend': 3, 'cir_rstrt': 5.

it is a string of six characters, so that each one that is present indicates one of the following situations: (A) PENDING MSG CONTACT (B) PENDING SAP RESOLUTION (C) AWAITED CONGESTION FINAL (D) OCCUPIED TCP (E) PENDING DISHABILITATION (F) INACTIVE CIRCUIT If the corresponding situation is not occurring, a blank space is introduced in the position where the character would have to appear.

IP address of the remote DLS neighbor. If it is a local connection, or if the status is DISCONNECTED, the IP address will be 0.0.0.0.

Number used for identifying the session.

It shows detailed information about DLS session.

Each entry consists of an index, which is the order number of the entry in the table (each entry is an active session), the session identifier, the function of the router in the connection (if it is a sender or a receiver), transmitted and received XIDs from the remote DLSw neighbor, transmitted and received datagrams, transmitted and received information frames, information included in the RIF of the TEST LLC frame.

Order number of the entry (corresponding with an active session) in the table. It is the table index.

Number used for identifying the session.

The ORIGINATOR (sender, 1) or TARGET (receiver, 2) of the connection. Enumeration: 'originator': 1, 'target': 2.

XIDs that this DLSw node has sent to its remote DLSw neighbor.

XIDs that this DLSw node has received from its remote DLSw neighbor.

Datagrams that this DLSw node has sent to its remote DLSw neighbor.

Datagrams that this DLSw node has received from its remote DLSw neighbor.

Information frames that this DLSw node has sent to its remote DLSw neighbor.

Information frames that this DLSw node has received from its remote DLSw neighbor.

The information that is included in the RIF of the TEST LLC frame.

Identifier in the local node for this session: Data link correlator.

Identifier in the local node for this session: Data link port identifier.

Identifier in the remote node for this session: Data link correlator.

Identifier in the remote node for this session: Data link port identifier.

DLSw neighbor priority. Enumeration: 'high': 3, 'medium': 2, 'low': 1.

This table is used to delete one active session of the two previous tables (the table of active sessions and the table of parameters of detailed information over the active sessions.

Each entry consists of an index that is used for crossing the table, and that is the order in which the entry corresponding to the session that is wished to delete in the two previous tables (table of active sessions and table of detailed parameters of the active sessions) appears, and of an erasure control variable, that indicates the result of the last erasure operation in reading, and in writing it is useful for initializing the operation when its value is 1 (erase).

Table index, that will be the order number of entry to previous tables (active session table and detailed parameters of active sessions table), and therefore identifies the session to delete.

If the variable is set to 1, the session corresponding to the entry of which order number is indicated by the index, and the entries corresponding to it in the previous table disappear (active session table and detailed parameters of active sessions table). In a read operation (get) the value 2 will be get if the last delete attempt succeeded, 3 if an error ocurred and 4 if no sessions delete operation has been performed. Enumeration: 'delete': 1, 'ok': 2, 'undefined': 4, 'error': 3.

Priority for SNA DLSw sessions. Enumeration: 'high': 3, 'medium': 2, 'critical': 4, 'low': 1, 'undefined': 0.

Priority for NetBIOS DLSw sessions. Enumeration: 'high': 3, 'medium': 2, 'critical': 4, 'low': 1, 'undefined': 0.

Message allocation by priority. These 4 bytes indicate the maximum number of messages transmitted with a certain priority before transmitting messages with the following priority. Here they are shown as a 4 octect string, one per priority, and they correspond to C/H/M/L.

Maximum NetBIOS frame size. Any value can be assigned to this variable through a set operation, but it will be rounded up to 516 (low) if it is under 516 or between 516 and 1470, to 1470 (medium) if it is between 1470 and 2502, and to 2502 (high) if it is between 2502 and 4399, or 4399 (too high) if it is bigger than this value. Enumeration: 'high': 2052, 'very_high': 4399, 'medium': 1470, 'low': 516.

Enable the transmitting of data for the specified link SAP by the DLSw protocol. It should be executed on the router which resides on the session initiator side of the connection.

Each entry consists of two index, the interface number and the order number of the SAP inside the interface, and a variable to open and close SAP.

Interface number, from 1 to the maximum number of node interfaces (in console begin from 0 and here from 1). It is the first index.

SAP in decimal. Possible values: - values ranging between 0 and F4 (being even number), - 245 that will open 'SNA', ports 04, 08 and 0C, - 240 that will open 'NB' port, F0 for NetBIOS, - 244 that will open 'LNM' port F4.

Variable used to open or close SAPs. In a set operation the values 2 (open_sap) and 3 (close_sap) are accepted, and in a get operation the value 1 will be get if the open-SAP operation succeede, and 4 (invalid) if the open-SAP operation failed. Enumeration: 'open_sap': 2, 'valid': 1, 'close_sap': 3, 'not_valid': 4.

Displays information for all currently open SAPs on interfaces between LLC2 peers.

Each entry consists of an index, that is the order number of the entry and two variables that display the interface and SAP respectively.

Order number of the entry inside the table. It is the table index.

Interface number.

Open SAP.

Displays configuration information on the Saps parameters. There is an entry per SAP of which parameters have been modified. As the table index is the order number of the entry inside the table, to add a new entry (change a SAP parameter not previously changed) a set operation is performed to the variable corresponding to the parameter value that is going to be changed, and with a residue larger than the number of existent entries in that moment. It only admits new entries if the SAP number is not already included, in the case of giving a new value to a SAP parameter, the position of the associated entry has to be found and acceded using the order number as index (as residue).

Each entry consists of an index, that is the order number of the entry in the table, the SAP number, and the parameters t1 (Response timer), t2 (Received timer for Acknowledgment), ti (Inactive timer), n2 (Maximum number of retries value), n3 (Number of I frames received before sending Acknowledgment), tw (Transmission window), rw (Receive window), nw (Acknowledgments needed to increase Ww) and access priority (current LLC2 implementation does not use access priority).

Order number of the entry in the table. It is the table index.

SAP number.

Reply timer. (In seconds). If the variable is set to 0, it returns to its default value (1).

Receive Ack timer. (In 100millisec.). If the variable is set to 0, it returns to its default value (1).

Inactivity Timer. (In seconds). If the variable is set to 0, it returns to its default value (30).

Maximum Retry value (retransmissions). If the variable is set to 0, the response is disabled. This is useful in SAP 0: users can disable retransmission of TEST and XID scanning.

Number I-frames received before sending ACK. If the variable is set to 0, it returns to its default value (1).

Transmit Window. If the variable is set to 0, it returns to its default value (2).

Receive Window . If the variable is set to 0, it returns to its default value (2).

Acks needed to increment Ww. If the variable is set to 0, it returns to its default value (1).

Current LLC2 implementation does not use access priority. Default 0.

Displays current information and parameters on all active LLC2 sessions.

Each entry consists of an index, that is the entry order number (corresponding to an active LLC2 session) in the table, SAP number, interface number, local and remote MAC addresses, current state of the LLC2 session in correspondence with the entry and information included in the RIF of TEST LLC frame.

Entry order number (corresponding to an active LLC2 session in the table). It is the index.

SAP number. If the field CCB (Connection Control Block) of the LLC Interface Module (LIM), that supplies the SAP number, is not initialized (NULL), the variable value will be 0.

Interface number. If the field CCB (Connection Control Block) of the LLC Interface Module (LIM), that supplies the SAP number, is not initialized (NULL), the variable value will be 0.

The destination MAC address of the session.

The source MAC address of the session.

Current state of the session. Possible values are: disconnected (1), connect_pend (2), resolve_pend (3), connected (4), contact_pend (5), disconnect_pending (6), contacted (7). Enumeration: 'contact_pend': 5, 'disconnected': 1, 'contacted': 6, 'disconnect_pending': 7, 'connect_pend': 2, 'connected': 4, 'resolve_pend': 3.

One of the following values: NOTHING (0), LLCBUSY (1), TCPBUSY (2), LLCBUSY+TCPBUSY (3), START_BY_XID (4), START_BY_XID+LLCBUSY (5), START_BY_XID+TCPBUSY (6), START_BY_XID+LLCBUSY+TCPBUSY (7), SAP_RESOLVE_PENDING (8), SAP_RESOLVE_PENDING+LLCBUSY (9), SAP_RESOLVE_PENDING+TCPBUSY (10), SAP_RESOLVE_PENDING+LLCBUSY+TCPBUSY (11), SAP_RESOLVE_PENDING+START_BY_XID (12), SAP_RESOLVE_PENDING+START_BY_XID+LLCBUSY (13), SAP_RESOLVE_PENDING+START_BY_XID+TCPBUSY (14), SAP_RESOLVE_PENDING+START_BY_XID+LLCBUSY+TCPBUSY (15). Enumeration: 'start_by_xid-tcpbusy': 6, 'start_by_xid-llcbusy-tcpbusy': 7, 'sap_resolve_pending-start_by_xid-llcbusy-tcpbusy': 15, 'sap_resolve_pending-start_by_xid-tcpbusy': 14, 'sap_resolve_pending-llcbusy-tcpbusy': 11, 'tcpbusy': 2, 'start_by_xid': 4, 'sap_resolve_pending-tcpbusy': 10, 'sap_resolve_pending-start_by_xid': 12, 'sap_resolve_pending': 8, 'llcbusy-tcpbusy': 3, 'nothing': 0, 'start_by_xid-llcbusy': 5, 'llcbusy': 1, 'sap_resolve_pending-llcbusy': 9, 'sap_resolve_pending-start_by_xid-llcbusy': 13.

The information that is included in the RIF of the LLC TEST frame.

Displays the parameters configured for the PUs (physical unit) connected by SDLC. Open new connections and allows to change table parameters if the concrete connection is disabled.

Each entry consists of two index: number of the interface configured as SDLC and the SDLC address, variable used to add and delete table entries, link state (active or inactive), device identifier or physical unit to which is connected, physical unit type, MAC address and SAPs local and remote addresses.

Interface number, SDLC type. First index.

Address to use in the SDLC messages. This is a decimal value between 00 and FF. If 00 is programmed the session will use FF and learn the address from the remote SDLC station. Second index.

Variable used to open or delete SDLC sessions. In a set operation, possible values are 2 (open) and 3 (delete), and in a read operation (get) the value 1 will be get if the last operation succeeded, and 4 if an error ocurred. Enumeration: 'add': 2, 'valid': 1, 'not_valid': 4, 'delete': 3.

Displays the session state. Enumeration: 'active': 1, 'inactive': 2.

It is a value under 4095 (0xfff) that identifies the device (PU) to which you are connecting. Normally you will use Idblk for PUs on switches lines (as opposed to leased lines). Therefore, this value should match this same parameter in the VTAM Switched Major Node that corresponds to this PU.

It is a value under 1048575 (0xffffff) that identifies the specific device type (2.0) that you are connecting. Normally you will use Ibnum for PUs on switched lines (as opposed to leased lines). Therefore, this value should match this same parameter in the VTAM Switched Major Node that corresponds to this PU.

Local SAP number.

Local MAC Address.

Remote SAP number.

Remote MAC Address.

Displays information about every DLS SDLC session inside the router.

Each entry consists of an index, that is the entry order number, the interface number (SDLC type), address to use the in SDLC messages, local and remote MAC addresses, local and remote SAPs, frames pending to be sent to SDLC and SDLC session state.

Table index. Order number of the entry inside the table (corresponding to a session).

Interface number (SDLC type).

Address to use in the SDLC messages. Decimal value between 00 and FF. If 00 is programmed, the session will use FF and learn the address from the remote SDLC station.

Local SAP number.

Local MAC address.

Remote SAP number.

Remote MAC address.

Frames pending to be sent to SDLC.

Session state. Enumeration: 'sec_nxid_pend': 16, 'net_down': 1, 'null_xid_pend': 7, 'xid_pend': 10, 'contacted': 6, 'xid_0_pend': 8, 'conn_req_pend': 11, 'resolve_pend': 4, 'sec_idle': 15, 'conn_pend': 13, 'sec_ctac_pend': 17, 'conn_pend2': 14, 'test_pend': 3, 'disc_pend': 9, 'connected': 5, 'cs_pend': 12, 'disconnected': 2.

Displays the parameters configured for the PUs connected by QLLC. It opens new connections and allows changing connection parameters whenever it were disabled.

Each entry consists of an index, that is the order number of the entry, a variable to add and delete new entries or QLLC links, local NUA, remote NUA, MAC address, local SAP, remote SAP, alternative X.25 Network number to which the X.25 call is made should the call to the remote NUA fail, address to use in the QLLC messages, and a variable that indicates the QLLC station's availability status (active or inactive).

Table index. Indicates the order number of the entry.

Variable used to open and delete QLLC sessions. When writting it admits the value 2 (add) and 3 (delete), and when reading it will be got the value 1 (valid) if the last operation succeeded, and 4 (invalid) if failed. Enumeration: 'add': 2, 'valid': 1, 'not_valid': 4, 'delete': 3.

X.25 network number identifying the remote QLLC station. This number discriminates the incoming calls. Should there be any wildcards ('X') outgoing calls are not permitted from this station.

X.25 network number identifying the local station. This number discriminates the outgoing calls. In outgoing calls this is used as NUA calling. Should there be any wildcards ('X') this is not used in outgoing calls.

Local SAP number.

Local MAC address.

Remote SAP number.

Remote MAC address.

Alternative X.25 Network number to which the X.25 call is made should the call to the remote NUA fail. This is optional and may not exist in which case this facility is not enabled.

Address to use in the QLLC messages. This is a decimal value between 00 and FF. If 00 is programmed the session will use FF and learn the address from the remote QLLC station. First index.

Indicates the QLLC station's availability status (Active 1) or inactivity (Inactive 2) in order to carry out connections. Enumeration: 'active': 1, 'inactive': 2.

Displays information about all QLLC DLSw session in the router.

Each entry consists of an index, that is the order number of the entry in the table, remote NUA, local MAC address and local SAP, QLLC address, frames pending to be sent to QLLC, QLLC session state, local NUA, remote SAP and remote MAC address.

Table index: order number of the entry.

X.25 network number identifying the remote QLLC station. This number discriminates the incoming calls. Should there be any wildcards ('X') outgoing calls are not permitted from this station.

Local SAP number.

Local MAC address.

Address to use in the QLLC messages. Decimal value between 00 and FF. If 00 is programmed, the session will use FF and learn the address from the remote QLLC station.

Frames pending to be sent to QLLC.

QLLC session state. The possible states are: NET_DOWN : QLLC interface down. QLLC_CNX_OFF : X.25 connection disconnected. QLLC_CNX_PEND : X.25 connection pending. DISCONNECTED : QLLC session disconnected. TEST_PEND : RESOLVE_PEND : Pending on finding remote station. CONNECTED : QLLC session open. CONTACTED : QLLC session active. NULL_XID_PEND : Waiting for empty XID. XID_0_PEND : DISC_PEND : Waiting for QLLC session disconnection. XID_PEND : Session waiting for XID response. CONN_REQ_PEND : QLLC session pending connection. CS_PEND : CONN_PEND : CONN_PEND2 : SEC_IDLE : SEC_NXID_PEND : SEC_CTAC_PEND : Enumeration: 'sec_nxid_pend': 18, 'qllc_cnx_off': 2, 'null_xid_pend': 9, 'xid_pend': 12, 'contacted': 8, 'xid_0_pend': 10, 'net_down': 1, 'conn_req_pend': 13, 'resolve_pend': 6, 'sec_idle': 17, 'conn_pend': 15, 'sec_ctac_pend': 19, 'conn_pend2': 16, 'test_pend': 5, 'qllc_cnx_pend': 3, 'disc_pend': 11, 'connected': 7, 'cs_pend': 14, 'disconnected': 4.

X.25 network number identifying the local station. This number discriminates the outgoing calls. In outgoing calls this is used as NUA calling. Should there be any wildcards ('X') this is not used in outgoing calls.

Remote SAP number.

Remote MAC address.

Displays the information received from an associated router, in the capabilities exchange message.

Each entry consists of an index, that will be the order number of the table entry, DLSw neighbor IP Address, vendor ID, vendor product version, pacing window, supported SAPs, MAC List exclusive and NetBIOS Name List exclusive.

Table index: order number of the table entry.

DLSw neighbor IP Address

Vendor ID.

Vendor product version.

Initial pacing window.

Supported SAPs.

MAC Address List exclusivity. Enumeration: 'exclusive': 1, 'no_exclusive': 0.

NetBIOS Name List exclusivity. Enumeration: 'exclusive': 1, 'no_exclusive': 0.

Displays the information in all the configured TCP sessions.

Each entry consists of an index, that will be the order number of the table entry, a variable to add or delete entries, neighbor IP Address, Transmit Buffer size, Receive Buffer size, maximum segment size, variable to activate or not the DLSw neighbor possibility to send keepalive messages, another that indicates the neighbors priority, and neighbor connection mode.

Table index: entry order number.

Variable used to add and delete new TCP neighbor entries. When writting it admits the value 2 (add) and 3 (delete), and when reading it will be got the value 1 (valid) if the last operation succeeded, and 4 (invalid) if failed. Enumeration: 'add': 2, 'valid': 1, 'not_valid': 4, 'delete': 3.

Neighbor IP Address.

Transmit Buffer size. Possible values are within the interval (1024..65536), and the value will be 0 when it is a local connection-conversion.

Receive Buffer size. Possible values are within the interval (1024..65536), and the value will be 0 when it is a local connection-conversion.

Maximum segment size. Possible values are within the interval (1024..65536), and the value will be 0 when it is a local connection-conversion.

Indicates if we want the DLSw neighbor to send keepalive messages. Option default active. Possible values are: active (1), inactive (2) and no_sense (0), that indicates it is a local connection-conversion. Enumeration: 'active': 1, 'no_sense': 0, 'inactive': 2.

Allows specifying neighbor priority through the values high (3), medium (2), low (1). DLSw protocol uses this parameter to determine which DLSw neighbor to choose when several can reach the destination station. Enumeration: 'high': 3, 'medium': 2, 'low': 1.

Allows specifying neighbor connection mode through the values promiscuous (5), passive (4), always (3), on demand (2), default (1). DLSw protocol uses this parameter to determine when connections must be connected to neigbors. Default value uses configured global value. Enumeration: 'passive': 4, 'always': 3, 'promiscuous': 5, 'on_demand': 2, 'default': 1.

Allows specifying neighbor inactivity time without active circuits in order to disconnect the link. (0 = Disable feature).

Allows specifying maximum number of active circuits. When the number of active circuits exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying minimum number of active circuits. When the number of active circuits is lower than this parameter, the system will change the priority of this link to configured value.

Allows specifying maximum number of connection retries. When the number of unsuccessfull circuit connections exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying time to recover configured priority when the actual priority was fired by excess of number of unsuccessfull circuit connections. (0 = Priority will not changed).

Allows specifying maximum percentage of active circuits. When the percentage of active circuits exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying minimum percentage of active circuits. When the percentage of active circuits is lower than this parameter, the system will change the priority of this link to configured value.

Displays version, number of DLSw active sessions used by this TCP session, and the number of sessions that al least once have used this session.

Each entry consists of an index, that will be the order number of the table entry, the group identifier, IP address of the TCP session, current state of the TCP session, version, number of DLSw sessions currently activated in the TCP session and the number of DLSw sessions used in this TCP session.

Table index: order number of the table entry.

Group type: 1 for client, 2 for server and 3 for peer-to peer. A server forms a TCP connection with a client. Enumeration: 'undefined': 0, 'peer-to-peer': 3, 'client': 1, 'server': 2.

Group identifier. If it is 0 the router does not belong to any group.

IP address of the TCP session.

Current state of the TCP session. Enumeration: 'established': 7, 'pending_r_w': 4, 'rd_est_wr_pend': 3, 'reconnect_wait': 9, 'capex_failed': 1, 'wr_est_rd_pend': 5, 'down': 2, 'closing': 8, 'capex_pending': 6.

Version name.

Number of DLSw sessions currently active in the TCP session.

Number of DLSw sessions in this TCP session.

Displays the use statistics of the TCP sessions.

Each entry consists of an index, that will be the order number of the table entry, DLSw neighbor IP Address, number of data messages, number of data bytes, number of Control Messages, number of Can You Reach Messages, number of I Can Reach Messages, number of Name Query messages and Name Recognized transmitted and received.

Table index: entry order number, corresponding to a TCP session (of which statistics are displayed).

DLSw neighbor IP Address.

Data Messages transmitted.

Data Messages received.

Data Bytes transmitted.

Data Bytes received.

Control Messages transmitted.

Control Messages received.

CanYouReach Explorer Messages transmitted.

CanYouReach Explorer Messages received.

ICanReach Explorer Messages transmitted.

ICanReach Explorer Messages received.

NameQuery Explorer Messages transmitted.

NameQuery Explorer Messages received.

NameRecognized Explorer Messages transmitted.

NameRecognized Explorer Messages received.

Transmit Buffer size. Possible values are within the interval (1024..65536).

Receive Buffer size. Possible values are within the interval (1024..65536).

Maximum segment size. Possible values are within the interval (64..16384).

Indicates if we want the DLSw neighbor to send keepalive messages. Option default active. Possible values are: active (1) and inactive (2). Enumeration: 'active': 1, 'inactive': 2.

Allows specifying neighbor priority through the values high (3), medium (2), low (1). DLSw protocol uses this parameter to determine which DLSw neighbor to choose when several can reach the destination station. Enumeration: 'high': 3, 'medium': 2, 'low': 1.

Allows specifying neighbor inactivity time without active circuits in order to disconnect the link. (0 = Disable feature).

Allows specifying maximum number of active circuits. When the number of active circuits exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying minimum number of active circuits. When the number of active circuits is lower than this parameter, the system will change the priority of this link to configured value.

Allows specifying maximum number of connection retries. When the number of unsuccessfull circuit connections exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying time to recover configured priority when the actual priority was fired by excess of number of unsuccessfull circuit connections. (0 = Priority will not changed).

Allows specifying maximum percentage of active circuits. When the percentage of active circuits exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying minimum percentage of active circuits. When the percentage of active circuits is lower than this parameter, the system will change the priority of this link to configured value.

Displays MAC Address Lists received form neighbors.

Each entry consists of an index, that will be the order number of the table entry, DLSw neighbor IP Address, MAC address value and MAC address mask received from neighbors.

Table index: entry order number, corresponding to a TCP session and entry order in list.

DLSw neighbor IP Address.

MAC Address value.

MAC Address mask.

Displays NetBIOS Name Lists received form neighbors.

Each entry consists of an index, that will be the order number of the table entry, DLSw neighbor IP Address, NetBIOS Name Type and NetBIOS Name received from neighbors.

Table index: entry order number, corresponding to a TCP session and entry order in list.

DLSw neighbor IP Address.

NetBIOS Name Type. (Individual/Group) Enumeration: 'individual': 0, 'group': 1.

NetBIOS Name.

Group configuration.

Each entry consists of an index, that will be the order number of the table entry, a variable to join a router to a specified group or remove the router from it, group number, group type (server, client or peer to peer), transmit and receive buffer size, maximum size of the TCP segment, variable that shows whether the DLSw neighbor will send link keepalive messages or not, and another which specifies the neighbor priority.

Table index: group number.

Use the JOIN-GROUP command to allow DLSw neighbors to find and to create TCP sessions with each other dynamically. This eliminates the need to define TCP neighbors with the ADD TCP command. In a get operation this variable can be 1 (ok) if the last JOIN-GROUP or LEAVE-GROUP operation succeeded and 4 (error) if failed. In a set operation admits 1 (join_group) and 3 (leave_group), that initiates the corresponding operations Enumeration: 'leave_group': 3, 'ok': 1, 'join_group': 2, 'error': 4.

The type of group that you want to join the router: 1 for client, 2 for server, and 3 for peer-to-peer. A server forms a TCP connection with a client. Enumeration: 'peer-to-peer': 3, 'client': 1, 'server': 2.

The size of the packet transmit buffer.

The size of the packet receive buffer.

The maximum size of the TCP segment.

Indicates whether you want the DLSw neighbor to send link keepalive messages. Enumeration: 'active': 1, 'inactive': 2.

Specifies the neighbor priority as high (3), medium (2) or low (1). It should never be none (0). DLSw uses this parameter to determine which DLSw neighbor to choose when multiple neighbors can reach a target station. Enumeration: 'high': 3, 'none': 0, 'medium': 2, 'low': 1.

Allows specifying neighbor connection mode through the values promiscuous (5), passive (4), always (3), on demand (2), default (1). DLSw protocol uses this parameter to determine when connections must be connected to neigbors. Default value uses configured global value. Enumeration: 'passive': 4, 'always': 3, 'promiscuous': 5, 'on_demand': 2, 'default': 1.

Allows specifying neighbor inactivity time without active circuits in order to disconnect the link. (0 = Disable feature).

Allows specifying maximum number of active circuits. When the number of active circuits exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying minimum number of active circuits. When the number of active circuits is lower than this parameter, the system will change the priority of this link to configured value.

Allows specifying maximum number of connection retries. When the number of unsuccessfull circuit connections exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying time to recover configured priority when the actual priority was fired by excess of number of unsuccessfull circuit connections. (0 = Priority will not changed).

Allows specifying maximum percentage of active circuits. When the number of active circuits exceeds this parameter, the system will change the priority of this link to low value. (0 = Disable feature).

Allows specifying minimum percentage of active circuits. When the percentage of active circuits is lower than this parameter, the system will change the priority of this link to configured value.