TELDAT-teldatC-MIB: View SNMP OID List / Download MIB

IP address of the LAN interface.

Network mask of the LAN interface.

Device password. It must be entered when accessing the device through terminal, FTP connection or TELNET connection. If the password is empty, password will not be required to access the device.

SNMP read-write community. If empty, a default community will be used. Two SNMP community will be created. A public community for reading MIB-2 values and the specified community for reading and writting MIB-2 values and Teldat C MIB values.

Destination IP address of the SNMP traps generated. If the specified address is 0.0.0.0, traps will not be sent.

Traps sending level. More high level, more traps will be sent. If the level is none (1), no traps will be sent. Enumeration: 'high': 4, 'none': 1, 'medium': 3, 'basic': 2.

Device date. It is a 3 bytes field in BCD format to specify day, month and year (in this order).

Device day of the week. Enumeration: 'monday': 1, 'tuesday': 2, 'friday': 5, 'wednesday': 3, 'thursday': 4, 'sunday': 7, 'saturday': 6.

Device time. It is a 3 bytes field in BCD format to specify hour, minutes and seconds (in this order).

ADSL1 transmission line rate in kbps. A value of 0 indicates that the device will detect the transmission line rate automatically.

ADSL1 reception line rate in kbps. A value of 0 indicates that the device will detect the reception line rate automatically.

If this value is set to 1 (delete), the configuration will be erased and a default configuration created but not saved to non-volatil memory. Reading this value, it is possible to know the last operation result: in-process (5) if the operation is still running, ok (2) if configuration was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'in-process': 5, 'delete': 1.

If this value is set to 1 (save), the configuration will be saved to non-volatil memory. Reading this value, it is possible to know the last operation result: ok (2) if configuration was saved successfully, error (3) otherwise. The undefined (4) value indicates that save operations have not been made yet. Enumeration: 'save': 1, 'ok': 2, 'undefined': 4, 'error': 3.

If this value is set to 1 (activate), the global device configuration will be created with the value of this MIB and saved to non-volatil memory. It is necessary to execute the load command for activating the created configuration. Reading this value it is possible to know the last operation result: ok (2) if configuration was created and saved successfully, error (3) otherwise. The undefined (4) value indicates that activate operations have not been made yet. Enumeration: 'activate': 1, 'ok': 2, 'undefined': 4, 'error': 3.

This mask and the SNMP traps destination address define the subnetwork that is allowed to access the device using SNMP. The default value is 0.0.0.0 (all stations allowed).

ADSL1 maximum/minimum line rate ratio. The ratio between the maximum rate and minimum rate of the ATM connections defined over this line must be less or equal to this value.

Internal IP address. If the internal IP address is not configured, 0.0.0.0 address will be returned.

ADSL Open Mode. Enumeration: 'ansi-t1-413': 3, 'gLite': 2, 'multimode': 1.

This variable is used to enable/disable the transmission of ECHO packets to check if manager station is reachable before sending TRAPs. The ECHO packets can be UDP packets or ICMP packets. Enumeration: 'yes-icmp': 3, 'yes-udp': 2, 'no': 1.

Allowed user. It must be entered when accessing the device through terminal, FTP connection or TELNET connection. If it is not configured, no user will be required to access the device.

Host name.

Management IP address. If the management IP address is not configured, 0.0.0.0 address will be returned.

ATM subinterfaces table (ATM connections).

Each register is an ATM connection.

ATM connection order inside the table.

ATM connection identifier.

ATM channel used by the ATM connection. Enumeration: 'adsl2': 2, 'adsl1': 1.

ATM Virtual Path Identifier.

ATM Virtual Circuit Identifier.

ATM Category. Enumeration: 'cbr': 2, 'vbr-rt': 3, 'ubr': 6, 'vbr-nrt': 4.

ATM Peak Cell Rate.

ATM Maximum Burst Size (only valid for VBR connections).

ATM Sustained Cell Rate (only valid for VBR connections).

If this value is set to 1 (delete), the connection will be erased. All IP connections associated with this ATM connections and its routes will be erased too. Reading this value, it is possible to know the last operation result: ok (2) if configuration was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Multiplexation method used for the ATM connection. A connection with VC-based (1) multiplexation only supports one type of traffic (IP, PPP, etc), but a connection with LLC (2) multiplexation supports mixed traffic. Enumeration: 'llc': 2, 'vc-based': 1.

IP connections table.

Each register is an IP connection over an ATM connection.

IP connection order inside the table.

IP connection identifier.

For those interfaces with subinterfaces (ATM and ISDN) determines the subinterface to be used

Local IP address of the connection.

Remote IP address of the connection. This address must belong to the subnetwork defined by the local address and the subnetwork mask.

Subnetwork mask of the connection.

NAPT status. If enabled (1), NAPT translation will be applied to the packets sent and received for this connection. If disabled (2), NAPT translation will not be applied. By default it is enabled. Enumeration: 'disabled': 2, 'enabled': 1.

NAPT entries life. It specifies how many minutes a NAPT entry will be valid without traffic associated to it. The default value is 5 minutes and the maximum value 240 minutes (4 hours).

Encapsulation used over this connection: IP (1) or PPP (2). Enumeration: 'ip': 1, 'ppp': 2, 'pppoe': 3.

User login for PPP encapsulation.

Password for PPP encapsulation.

IP connection description.

If this value is set to 1 (delete), the IP connection will be erased. All routes associated to this IP connection will be erased too. Reading this value, it is possible to know the last operation result: ok (2) if configuration was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

IP connection type. This connection can be a point-to-point link or can belong to a point-to-multipoint connection. Enumeration: 'point-to-multipoint': 2, 'point-to-point': 1.

IP connection type. This connection can be a ADSL, ISDN, WAN or LAN connection. Enumeration: 'uart1': 13, 'adsl4': 4, 'adsl3': 3, 'adsl2': 2, 'adsl1': 1, 'wan2': 8, 'uart3': 15, 'wan1': 7, 'lan3': 11, 'lan2': 10, 'lan1': 9, 'isdn2': 6, 'isdn1': 5, 'uart4': 16, 'lan4': 12, 'uart2': 14.

Call number

Remote authentication. 1 None, 2 PAP, 3 CHAP Enumeration: 'pap': 2, 'none': 1, 'chap': 3.

User Remote

Password Remote

Release Time for PPP

IP address of Server Radius.

The port UDP for Radius protocol

Napt Peer Address.

NAPT firewalling status. Enumeration: 'disabled': 2, 'enabled': 1.

PPP remote IP Address.

IP routes table.

Each register is an IP route.

IP route order inside the table.

Destination subnetwork IP address.

Destination subnetwork mask.

Connection to use for sending packets to the defined subnetwork. Value of this variable must be a defined connection.

Next hop address. Only used if the outgoing connection is a LAN connection.

Route cost.

If this value is set to 1 (delete), the route will be erased. Reading this value, it is possible to know the last operation result: ok (2) if configuration was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Connection type. Enumeration: 'ip': 1.

Visible subnetworks table.

Each register is a visible subnetwork.

Visible subnetwork order inside the table.

Identifier of the IP connection through which the subnetwork will be visible.

Visible subnetwork IP address.

Visible subnetwork mask.

Default gateway IP address configured in the workstations belonging to this visible subnetwork.

If this value is set to 1 (delete), the visible subnetwork will be erased. Reading this value, it is possible to know the last operation result: ok (2) if the subnetwork was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Visible ports table. The number of visible ports is limited to ten.

Each register is a visible port.

Visible port order inside the table.

Identifier of the IP connection through which the port will be visible.

IP address of the workstation which the visible port belongs to.

Port that will be visible.

External port through which the internal port will be visible. It can not be one of the followings: DNS (53), SNMP (161), FTP (21) and TELNET (23), because these ports are being used by the device for its own use. Neither can be one of the ports belonging to the range from 32768 to 33791 (1024 ports, both included) because these ports are used for NAPT.

Service type of the visible port. Enumeration: 'generic': 1, 'ftp': 2.

If this value is set to 1 (delete), the visible port will be erased. Reading this value, it is possible to know the last operation result: ok (2) if the port was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Access controls table.

Each register is a access control rule.

Access control rule order inside the table.

Access control rule type. If the rule is exclusive (1), the packet that carry out the rule will be rejected. If the rule is inclusive (1), the packet will be forwarded. Enumeration: 'exclusive': 1, 'inclusive': 2.

Source subnetwork IP address.

Source subnetwork mask.

Destination subnetwork IP address.

Destination subnetwork IP mask.

Range of filtered protocols: minimum protocol.

Range of filtered protocols: maximum protocol.

Range of filtered source ports: minimum port.

Range of filtered source ports: maximum port.

Range of filtered destination ports: minimum port.

Range of filtered destination ports: maximum port.

If this value is set to 1 (delete), the access control rule will be erased. Reading this value, it is possible to know the last operation result: ok (2) if the access control rule was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

DNS servers table.

Each register is a DNS server.

DNS server order inside the table.

DSN server IP address.

If this value is set to 1 (delete), the DNS server will be erased. Reading this value, it is possible to know the last operation result: ok (2) if the DNS server was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Static NAT rules table.

Each register is a static NAT rule.

NAT rule order inside the table.

NAT translation type. Enumeration: 'intSource': 1, 'intDestination': 2.

Direction of application of the NAT translation. Enumeration: 'bidirectional': 1, 'skipLocal': 4, 'skipGlobal': 5, 'globalToLocal': 3, 'localToGlobal': 2.

Local connection. Packets that come in through this connection and will go out through the global connection will be translated if they belong to the local subnet and its destination belongs to the global subnet. This OID only accepts connection identifiers that are already configured.

Local subnetwork IP address.

Local subnetwork mask.

Global connection. Packets that go out through this connection and came in through the local connection will be translated if they belong to the local subnet and its destination belongs to the global subnet. This OID only accepts connection identifiers that are already configured.

Global subnetwork IP address.

Global subnetwork mask.

If this value is set to 1 (delete), these NAT rule will be erased. Reading this value, it is possible to know the last operation result: ok (2) if a NAT rule was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Local connection type. Enumeration: 'ip': 1.

Global connection type. Enumeration: 'ip': 1.

This value specifies the DHCP service provided by the router. If none (0), the protocol is disabled; if server (2), the router will be a DHCP server; if relay (1), the router will be a DHCP relay agent. Enumeration: 'none': 0, 'relay': 1, 'server': 2.

This value and the next define a range of IP addresses that will be assigned when a host requests an IP address. This value is valid when the DHCP protocol status is server (2).

End of the range of IP addresses. This value is valid when the DHCP protocol status is server (2).

This is the subnet mask that will be assigned to the host configured with the DHCP protocol. This value is valid when the DHCP protocol status is server (2).

This is the default router that will be assigned to the host configured with the DHCP protocol. This value is valid when the DHCP protocol status is server (2).

This is the DNS server that will be assigned to the host configured with the DHCP protocol. This value is valid when the DHCP protocol status is server (2).

This is the duration of the lease (in minutes) of the IP address assigned to a host configured with the DHCP protocol. This value is valid when the DHCP protocol status is server (2).

The router, when used as DHCP relay agent, will send the DHCP requests to this server.

The router, when used as DHCP relay agent, will send the DHCP requests to this server, too.

This value specifies the RIP protocol status. Enumeration: 'disabled': 2, 'enabled': 1.

RIP protocol configuration table. Only is possible to read (get, get next) and write (set) values in this table if ripStatus is enabled. There is an entry for each configured connection.

RIP protocol configuration table. There is an entry for each configured connection.

Index: position of this entry in the table.

Connection Type. Enumeration: 'ip': 1.

Connection Identifier.

Sending compatibility. Enumeration: 'do-not-send': 1, 'rip1': 2, 'rip2-broadcast': 3, 'rip2-multicast': 4.

Receiving compatibility. Enumeration: 'rip2': 2, 'rip1': 1, 'rip1-or-rip2': 3, 'do-not-receive': 4.

Sending Network Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Sending Subnetwork Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Sending Static Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Sending Direct Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Sending Default Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Poisoned Reverse status. Enumeration: 'disabled': 2, 'enabled': 1.

Receiving Network Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Receiving Subnetwork Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Overwriting Default Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Overwriting Static Routes status. Enumeration: 'disabled': 2, 'enabled': 1.

Time control table. Using this table it is possible to define time intervals and week days when it is possible to use an IP connection. This feature is not available in LAN connections.

There is an entry for each time control defined. Entries in this table must be consecutive.

Index. Order inside the table.

If this value is set to 1 (delete), the time control information will be erased. Reading this value, it is possible to know the last operation result: ok (2) if the time control information was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

IP connection identifier. Only it is possible to define a time control for each IP connection.

Hour of the beginning of the allowed interval of connection.

Minute of the beginning of the allowed interval of connection.

Hour of the end of the allowed interval of connection.

Minute of the end of the allowed interval of connection.

Week day filter. This value is a character STRING OF 1 and 0 according this format: SUN, MON, TUE, WED, THU, FRI, SAT. character 1: it is possible to use the IP connection this day, character 0: it is not possible to use the IP connection this day.

ISDN parameter configuration table. There is an entry for each configured connection.

ISDN parameter configuration table. There is an entry for each configured connection.

Index1: position of this entry in the table.

Index2: position of this entry in the table.

Type. Enumeration: 'permanent': 1, 'b1plusb2': 3, 'switched': 2.

Calls Allowed. Enumeration: 'true': 1, 'false': 0.

Number of auth caller

PSTN parameter configuration table. There is an entry for each configured connection.

PSTN parameter configuration table. There is an entry for each configured connection.

Type of interface supporting the modem. Together with the pstnIdentifier specifies the interface supporting the modem. Enumeration: 'uart': 5, 'wan': 4.

Identifier of the instance of the interface type specified by pstnConnectionType supporting the modem connection

Incoming calls allowed: false (0), true (1). Enumeration: 'true': 1, 'false': 0.

Rings pattern enabled: false (0), true (1). Enumeration: 'true': 1, 'false': 0.

Number of rings in the ring pattern.

Number of the silences in the ring pattern.

Number of auth caller.

WAN parameter configuration table. Only is possible to read (get, get next) and write (set) values in this table.

WAN parameter configuration table. There is an entry for each configured connection.

Index1: position of this entry in the table.

Line Speed.

Mode. Enumeration: 'x25': 5, 'at-commands': 1, 'point-of-sale': 3, 'asynchronous-line': 4, 'asynchronous-serial-device-proxy': 2.

Flow Control. If the Flow Control has no sense for the WAN mode set it is shown as 0. Enumeration: 'hardware': 1, 'xon-xoff': 2, 'no-sense': 0.

TCP Port. If the WAN mode is not asynchronous-serial-device-proxy(2), the value of this variable makes no sense and it will be displayed as 0.

Xot active. If the Xot active parameter has no sense for the WAN mode set it is shown as 0. Enumeration: 'yes': 1, 'no-sense': 0, 'no': 2.

CALLBACK parameter configuration table. There is an entry for each configured callback connection.

CALLBACK parameter configuration table. There is an entry for each configured connection.

Index: position of this entry in the table.

IP Connections.

Number of auth caller

If this value is set to 1 (delete), the IP information will be erased. Reading this value, it is possible to know the last operation result: ok (2) if the IP information was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Enabled. Enumeration: 'true': 1, 'false': 0.

Ip Identifier.

Activation Interval [4..1800].

Deactivation Interval [4..1800]

Threshold Activation [0..100]

Threshold Deactivation [0..100]

Direction IN, OUT, BOTH. Enumeration: 'both': 3, 'out': 2, 'in': 1.

Pre Emptive Enumeration: 'true': 1, 'false': 0.

BACKUP parameter configuration table. There is an entry for each configured backup connection.

BACKUP parameter configuration table. There is an entry for each configured connection.

Index: position of this entry in the table.

Main IP Connection.

Backup IP Connection.

Maximum backup time

Backup Retries

Backup TimeOut

If this value is set to 1 (delete), the IP information will be erased. Reading this value, it is possible to know the last operation result: ok (2) if the IP information was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

MANAGER parameter configuration table. There is an entry for each configured manager.

MANAGER parameter configuration table. There is an entry for each configured connection.

Index: position of this entry in the table.

Master Router IP address

Master Router IP mask

Manager Station IP address

Manager Station IP mask

Login

Password

Manager Telephone

Destination Telephone

If this value is set to 1 (delete), the IP information will be erased. Reading this value, it is possible to know the last operation result: ok (2) if the IP information was erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

UART parameter configuration table. Only is possible to read (get,get next) and write (set) values in this table if the licence is OK

UART parameter configuration table. There is an entry for each UART.

Index1: position of this entry in the table.

Line Speed.

Mode. Enumeration: 'at-commands': 1, 'point-of-sale': 2, 'asynchronous-line': 3, 'asynchronous-serial-device-proxy': 4.

This variable specifies the IPSec status. Enumeration: 'disabled': 2, 'enabled': 1.

Remote tunnel endpoints configuration table.

Remote tunnel endpoints configuration table. There is an entry for each remote tunnel endpoint.

Order number of the entry in the table.

Remote tunnel endpoint identifier.

IP connection identifier.

Remote tunnel endpoint address. This variable must be an IP address.

First remote backup address. This variable must be an IP address.

Second remote backup address. This variable must be an IP address. Before set this variable (optional), it must be set the first remote backup address.

Third remote backup address. This variable must be an IP address. Before set this variable (optional), it must be set the first and second remote backup addresses.

Local identifier type: hostname if local peer acts as client or IP address if it works as server. Enumeration: 'hostname': 1, 'ip-address': 2.

If this values is set to 1 (delete), the corresponding template entry will be deleted. Reading this values, it is possible to know the last operation result: ok (2) if the template entry were erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

If this variable takes the value 1 (enabled), it indicates that NAPT rules will be applied before IPSec, remote peer only will accept IP addresses with mask 255.255.255.255, and source address of the traffic which goes through this tunnel always is the address of the IP connection taken as source of the IPSec tunnel. Enumeration: 'disabled': 2, 'enabled': 1.

Lifetime for the isakmp template which will be created from this entry. Lifetime for the dynamic template is calculated applying the rate 3300/3600 to this value.

If this variable takes the value 1 (yes), UDP encapsulation will be applied to ESP packets before sending them through an IPSec tunnel. Default value is 2 (no). Enumeration: 'yes': 1, 'no': 2.

Traffic selectors configuration table.

Traffic selectors configuration table. There is an entry for each traffic selector.

Order number of the entry in the table.

Traffic selector identifier.

Destination IP address.

Destination IP mask.

Remote tunnel endpoint identifier.

If this values is set to 1 (delete), the corresponding access control entry will be deleted. Reading this values, it is possible to know the last operation result: ok (2) if the access control entry were erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Keys configuration table.

Keys configuration table. There is an entry for each host (identified by its hostname or by its IP address).

Order number of the entry in the table.

This variable specifies the identifier type used in variable ipsecKeyHostAddress. Enumeration: 'hostname': 1, 'ip-address': 2.

Host identifier. This variable may be an IP address or a hostname.

Key.

If this values is set to 1 (delete), the corresponding key entry will be deleted. Reading this values, it is possible to know the last operation result: ok (2) if the key entry were erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

ADSL parameter configuration table. Only is possible to read (get, get next) and write (set) values in this table.

ADSL parameter configuration table. There is an entry for each configured connection.

Index1: position of this entry in the table.

ADSL1 maximum/minimum line rate ratio. The ratio between the maximum rate and minimum rate of the ATM connections defined over this line must be less or equal to this value.

ADSL Open Mode. Enumeration: 'ansi-t1-413': 3, 'gLite': 2, 'multimode': 1.

OAM Monitoring status. Enumeration: 'disabled': 0, 'enabled-loopback': 1.

OAM Monitoring type. Enumeration: 'end-to-end': 0, 'segment': 1.

Teldat IP Discovery Protocol configuration table.

Teldat IP Discovery Protocol Station entry. There is an entry for each discovery station.

Position of this entry in the table.

Discovery Station identifier.

Discovery Station address. This variable must be an IP address (in the future this could be a DNS address).

Destination UDP port.

Source UDP port.

Time between notifications (in seconds).

If this values is set to 1 (delete), the corresponding key entry will be deleted. Reading this values, it is possible to know the last operation result: ok (2) if the key entry were erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

LAN interface status. Enumeration: 'down': 2, 'testing': 3, 'up': 1.

Number of frames not transmitted because of too collisions. It only can be set to zero for clearing.

Number of errors over the LAN interface. It only can be set to zero for clearing.

Number of bytes received from the LAN interface. It only can be set to zero for clearing.

Number of bytes transmitted through the LAN interface. It only can be set to zero for clearing.

Number of successful authentications (only for PPP connections over the ADSL interface). It only can be set to zero for clearing.

Number of failed authentications in PPP connections over the the ADSL interface. It only can be set to zero for clearing.

Number of incoming packets from the ADSL, ISDN or PSTN interfaces with a destination port that has not an associated NAPT entry. These incoming packets have not an associated outgoing packet or have it, but the NAPT entry expired.

Number of successful authentications for PPP connections over the B1 channel of the ISDN. It only can be set to zero for clearing.

Number of failed authentications for PPP connections over the B1 channel of the ISDN. It only can be set to zero for clearing.

Number of successful authentications for PPP connections over the B2 channel of the ISDN. It only can be set to zero for clearing.

Number of failed authentications for PPP connections over the B2 channel of the ISDN. It only can be set to zero for clearing.

Number of successful authentications for PPP connections using the PSTN. It only can be set to zero for clearing.

Number of failed authentications for PPP connections using the PSTN. It only can be set to zero for clearing.

Visible subnetwork statistics table.

Each entry has information about a visible subnet and its traffic. If the IP connection associated with the visible subnet has an IP address that belongs to the visible subnet, traffic whose payee is the router itself are not entered in the accounts.

Visible subnet statistics order inside the table.

IP connection identifier associated with the visible subnet. This is the IP connection through with the subnet will be visible.

IP address of the visible subnetwork.

Visible subnetwork mask.

Number of bytes received by the visible subnetwork.

Number of bytes transmitted by the visible subnetwork.

Number of packets received by the visible subnetwork.

Number of packets transmitted by the visible subnetwork.

Number of packets received from ADSL interface belonging to the visible ports.

Number of packets transmitted through the ADSL interface belonging to the visible ports.

Number of ICMP packets with type 3 (destination unreachable), code 4 (Fragmentation needed but fragment bit not set) received from ADSL interface as reply to packets sent by the visible ports.

Visible port statistics table.

Each entry identifies the visible port and has its traffic statistics.

This is the index of the table: order or position of the entry.

Port that will be visible.

The internal port will be translated to this port when using NAPT translation.

This is the IP address of the host the visible port belongs to.

IP connection through which the port will be visible.

Incoming bytes from the ADSL interface whose addressee is the visible port.

Outgoing bytes througt the ADSL interface whose sender is the visible port.

Incoming packets from the ADSL interface whose addressee is the visible port.

Outgoing packets througt the ADSL interface whose sender is the visible port.

Interface through which this port is visible: b1(1), b2(2), rtc(3) Enumeration: 'rtc': 3, 'b1': 1, 'b2': 2.

This table contains the last 20 stations of the LAN that caused ISDN calls.

Each entry has the date and time when the call was established, the IP address of the station that caused the call, the destination IP address, protocol, source port (if the protocol is TCP or UDP) and destination port of the packet which caused the call, and the channel (B1, B2, PSTN) through which the call was established.

Index of the tabla. The index of the first entry is 2147483647, and it decreases for each new call which is established.

Date when the call was established. It is a 3 bytes value in BCD format, indicating day, month and year respectively.

Time when the call was established. It is a 3 bytes value in BCD format, indicating hour, minutes and seconds respectively.

Source IP address of the packet which caused the call.

Destination IP address of the packet which caused the call.

Protocol of the packet which caused the call.

Source port of the packet which caused the call, if its protocol is TCP or UDP. This variable takes the value 0 if the protocol is other than TCP or UDP.

Destination port of the packet which caused the call, if its protocol is TCP or UDP. This variable takes the value 0 if the protocol is other than TCP or UDP.

Channel through which the call was established. The permitted values are: 1: B1 channel of the ISDN. 2: B2 channel of the ISDN. 3: PSTN. Enumeration: 'b1': 1, 'b2': 2, 'pstn': 3.

Active calls table.

Each entry of the table contains the index to search an entry through the table, the type of call (incoming, outgoing or permanent), the ISDN line or number of the basic access through which the call is established, the channel used by the call (B1, B2), the call reference, numbers of the called and the calling TE, the cost of the call (if it is provided by the network) and the start time and date of the call.

Index of the table. It is the number of order of the entry in the table.

Type of the call: incoming(0), outgoing(1) or permanent(2). Enumeration: 'outgoing': 1, 'permanent': 2, 'incoming': 0.

ISDN line or number of the basic access through which the call is established.

Channel through which the call is established: b1(1), b2(2). Enumeration: 'b1': 1, 'b2': 2.

Reference value of the call in use.

Number of the called TE.

Number of the calling TE.

Cost of the call (should the network provide this).

Indicates the time the call is established. It is a 3 bytes value in BCD format, indicating hour, minutes and seconds respectively.

Indicates the date the call is established. It is a 3 bytes value in BCD format, indicating hour, minutes and seconds respectively.

Released calls table.

Each entry of the table contains the index to search an entry inside the table, the type of call (incoming, outgoing or permanent), the ISDN line or number of the basic access through which the call was established, the channel used by the call (B1, B2), numbers of the called and the calling TE, the cost of the call (if it is provided by the network), cause and diagnosis of call release (in decimal), the date and time when the call was established, and the date and time when the call was released.

Index of the table. It is the number of order of this entry in the table.

Type of the call: incoming(0), outgoing(1) or permanent(2). Enumeration: 'outgoing': 1, 'permanent': 2, 'incoming': 0.

ISDN line or number of the basic access through which the call was established.

Channel through which the call is established: b1(1), b2(2). Enumeration: 'b1': 1, 'b2': 2.

Number of the called TE.

Number of the calling TE.

Cost of the call (should the network provide this).

Cause of the call release (in decimal). The permitted values and its associated meaning are: Unassigned number (1); No route to the destination (3); Unnacceptable channel (6); Call awarded (7); Normal call clearing (16); User busy (17); No answer from user (18); No answer from notified user (19); Call rejected (21); Changed number (22); Destination out of order (27); Invalid format number (28); Normal, unspecified (31); No circuit/channel available (34); Network out of order (38); Temporary failure (41); Switching equipment congestion (42); Solicited circuit/channel no avaible (44); Resources unavailable (47); Quality of service not available (49); Bearer capacity not autorized (57); Bearer capacity not available (58); Service class not avaible (63); Bearer capacity not implemented (65); Canal type not implemented (66); Service not implemented (79); Reference value invalid (81); Identified channel not exist (82); Incompatible destination (88); Invalid message, unspecified (95); Compulsory Info element absent (96); Message type not implemented (97); Message not compatible with state (98); Info element no exist (99); Info element content invalid (100); Message not compatible with state (101); Recovery on timer expiry (102); Protocol error (111); Interworking (127). Enumeration: 'changed-number': 22, 'invalid-format-number': 28, 'message-type-not-implemented': 97, 'compulsory-info-element-absent': 96, 'service-not-implemented': 79, 'protocol-error': 111, 'info-element-content-invalid': 100, 'solicited-circuit-or-channel-no-avaible': 44, 'no-route-to-the-destination': 3, 'invalid-message-unspecified': 95, 'user-busy': 17, 'temporary-failure': 41, 'incompatible-destination': 88, 'recovery-on-timer-expiry': 102, 'interworking': 127, 'destination-out-of-order': 27, 'network-out-of-order': 38, 'resources-unavailable': 47, 'quality-of-service-not-available': 49, 'message-not-compatible-with-state': 98, 'info-element-no-exist': 99, 'message-not-compatible-with-state-2': 101, 'reference-value-invalid': 81, 'normal-unspecified': 31, 'switching-equipment-congestion': 42, 'unassigned-number': 1, 'call-awarded': 7, 'service-class-not-avaible': 63, 'bearer-capacity-not-available': 58, 'canal-type-not-implemented': 66, 'unnacceptable-channel': 6, 'no-circuit-or-channel-available': 34, 'call-rejected': 21, 'normal-call-clearing': 16, 'bearer-capacity-not-autorized': 57, 'identified-channel-not-exist': 82, 'no-answer-from-user': 18, 'bearer-capacity-not-implemented': 65, 'no-answer-from-notified-user': 19.

Diagnosis of the call release (in decimal).

Time when the call was established. It is a 3 bytes value in BCD format, indicating day, month and year respectively.

Date when the call was established. It is a 3 bytes value in BCD format, indicating day, month and year respectively.

Time when the call was released. It is a 3 bytes value in BCD format, indicating day, month and year respectively.

Date when the call was released. It is a 3 bytes value in BCD format, indicating day, month and year respectively.

This variable indicates whether the router is being managed (1) or not (2). Enumeration: 'yes': 1, 'no': 2.

If this variable is set to 1, all statistics of the last fortnight will be cleared. Reading the value it is possible to know the result of the last reset: ok (1) or error (2). Value undefined (4) indicates that reset operations have not been made yet. Enumeration: 'reset': 1, 'ok': 2, 'undefined': 4, 'error': 3.

ADSL interface statistics collected during last fortnight.

Each entry has the statistics of one day.

This is the index of the table. The entry whose index is 1 contains information referred to the actual day.

Specifies the entry date. It is a 3 bytes value in BCD format, indicating day, month and year respectively.

Specifies the last time this entry was updated. It is a 3 bytes value in BCD format, indicating hour, minutes and seconds respectively.

Incoming traffic from ADSL interface in bytes.

Outgoing traffic through ADSL interface in bytes.

Incoming traffic from ADSL interface in packets.

Outgoing traffic througt ADSL interface in packets.

Success authentications in PPP connections over the ADSL interface.

Failed authentications in PPP connections over the ADSL interface.

If this values is set to 1 (delete), the statistics of this day will be deleted, as well as the associated entries in the per-host statistics table and favourites statistics table. Reading this values, it is possible to know the last operation result: ok (2) if the statistics were erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

This table has the statistics of the first 50 workstations (or 25, depending on the equipment and the version of the fortnightly statistics) that caused traffic per each day of the last fortnight.

Each entry has the traffic per-host statistics for one day of the last fortnight.

First table index. With this index we can know the associated day of the entry using the table of the statistics for the last fortnight (adslStatisticsTable).

Second table index. This index is the order of the host entries for a specific day.

IP address of the host.

Incoming traffic in bytes from the ADSL interface whose payee is the host.

Outgoing traffic in bytes through the ADSL interface generated by the host.

Incoming traffic in packets from the ADSL inteface whose payee is the host.

Outgoing traffic in packets trough the ADSL interface generated by the host.

This table has the statistics of the first 256 IP addresses (or 128, depending on the equipment and the version of the fortnightly statistics) visited each day of the last fortnight.

Each entry has the traffic statistics for one day associated with an IP address.

First index of the table. It relates each entry with its day through the ADSL statistics table (adslStatisticsTable).

Second index of the table. It is the order of the favourite entry for a specific day.

IP address of the host accessed.

Traffic sent to the related host, in bytes.

Traffic received from the related host, in bytes.

Traffic sent to the related host, in packets.

Traffic received from the related host, in packets.

ISDN statistics collected during last fortnight.

Each entry has the ISDN statistics of one day, and consists of: an index to search an entry inside the table (the day of the last fortnight, 1 for the present day), the date when the statistics of this entry were stored, the last time this entry was updated, the number of bytes and the number of packets exchanged through B1 and B2 channels during this day, the total time that B1 and B2 channels have been used this day, the number of calls established through B1 and B2 ISDN channels, successful and failed authentications in PPP connections over ISDN B1 and B2 channels, and a variable to delete the statistics of the day this entry refers to.

This is the index of the table. The entry whose index is 1 contains information referred to the current day.

Specifies the entry date. It is a 3 bytes value in BCD format, indicating day, month and year respectively.

Specifies the last time this entry was updated. It is a 3 bytes value in BCD format, indicating hour, minutes and seconds respectively.

Traffic through B1 in bytes.

Traffic through B2 in bytes.

Traffic through B1 in packets.

Traffic through B2 in packets.

Total time the ISDN B1 channel was used. It doesn't include the time of the management calls established through this channel.

Total time the ISDN B2 channel was used. It doesn't include the time of the management calls established through this channel.

Total calls established through ISDN B1 channel, without distinguish between successful and failed PPP authentications. Management calls established through this channel is not enter in this account.

Total calls established through ISDN B2 channel, without distinguish between successful and failed PPP authentications. Management calls established through this channel is not enter in this account.

Successful authentications in PPP connections over the ISDN B1 channel.

Successful authentications in PPP connections over the ISDN B2 channel.

If this values is set to 1 (delete), the statistics of this day will be deleted, as well as the associated entries in the per-host statistics table and favourites statistics table. Reading this values, it is possible to know the last operation result: ok (2) if the statistics were erased successfully, error (3) otherwise. The undefined (4) value indicates that delete operations have not been made yet. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

This table has the statistics of the first 50 workstations (or 25, depending on the equipment and the version of the fortnightly statistics) that caused traffic per each day of the last fortnight.

Each entry has the traffic per-host statistics for one day of the last fortnight: traffic through B1 and traffic through B2 that is generated or addressed to the host during the day the entry refers to. The table has two index to search an entry: the day of the last fortnight associated to the data included in this entry and the order of the host for a specific day.

First table index. With this index we can know the associated day of the entry using the table of the ISDN statistics for the last fortnight (isdnStatisticsTable).

Second table index. This index is the order of the host entries for a specific day.

IP address of the host.

Traffic through B1 that is generated or addressed to the host during this day, in packets.

Traffic through B2 that is generated or addressed to the host, during this day in packets.

This table has the statistics of the first 256 IP addresses (or 128, depending on the equipment and the version of the fortnightly statistics) visited each day of the last fortnight.

Each entry has the traffic statistics for one day associated with an IP address, and includes two indexes to search an entry in the table (the day of the last fortnight the entry refers to and the order of the favourite entry for this day), the IP address of the host accessed (or favourite address) and the traffic with the related host, in packets.

First index of the table. It relates each entry with its day through the ISDN statistics table (isdnStatisticsTable).

Second index of the table. It is the order of the favourite entry for a specific day.

IP address of the host accessed.

Traffic with the related host, in packets.

Two bytes that specify the version of the fortnightly statistics. For each version, the format of this statistics will be different.

This table is a sequence of data blocks that contain the fornightly statistics.

Each entry is a data block. The size of each block is 1025 bytes, except for the last block, whose size could be less.

This is the index of the table (number of block).

Block data. For the last block, the size of the data block could be less than 1024.

This table is a sequence of data blocks that contain the ISDN fornightly statistics.

Each entry is a data block. The size of each block is 1024 bytes, except for the last block, whose size could be less.

This is the index of the table (number of block).

Block data. For the last block, the size of the data block could be less than 1024.