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This describes the name of the node whose status has changed.

This describes the status of the node. Enumeration: 'callForBackupAddress': 7, 'notMonitored': 8, 'unknown': 3, 'crippled': 4, 'functionOccupied': 6, 'serviceInterrupted': 2, 'inService': 1.

This describes the label of the port whose status has changed.

This describes the number of the port whose status has changed.

This describes the status of the port. Enumeration: 'notMonitored': 8, 'unknown': 3, 'serviceInterrupted': 2, 'shiftToPstn': 5, 'inService': 1.

Description of the status report.

The value of this object indicates the current state of the configuration (see fcCtlConfigurationCommand to manage this configuration) : noChange : not any objects has been modified since the last 'load' command or the last boot, notReady : this configuration can not be saved because it has not been checked or it has been checked but it contains some errors, limitedReset : this configuration may be saved and it may be taken into account by a 'hotReset' command, reboot : this configuration may be saved and it will be taken into account by the next 'reboot' command (the 'hotReset' command is not enough complete), savingInProgress : this configuration is beeing saved, do not modify any parameter while this saving is being processed, loadingInProgress : a new configuration is beeing loaded, do not modify any parameter while this loading is being processed. Enumeration: 'noChange': 1, 'limitedReset': 10, 'reboot': 11, 'notReady': 2, 'loadingInProgress': 21, 'savingInProgress': 20.

The value of this object indicates the results of the checking controls of the configuration. This message is also recorded in fcCtlErrorTable.

The value of this object is the command used to manage the current configuration : ready : this value is always returned by the equipment in response to a GET request, check : a SET to this value starts the global checking of the current configuration (the possible errors are described in fcCtlStateCheckingResults), determines which ports are concerned by the modifications (see fcCtlAlteredLpTable and fcCtlAlteredIfTable for the list of these ports) and sets fcCtlConfigurationState to 'notReady', 'limitedReset' or 'reboot', load : a SET to this value starts the loading of the configuration from fcCtlStorageDevice, this configuration replaces the current one (do not modify any parameter while this loading is being processed), save : a SET to this value starts the saving of the current configuration to fcCtlStorageDevice (do not modify any parameter while this saving is being processed). This saving procedure must follow a checking command with correct results. erase : not available, hotReset : a SET to this value resets (i.e., disconnects and connects) the ports, the parameters of which have been changed (see fcCtlAlteredLpTable and fcCtlAlteredIfTable for the list of these ports), this is possible only if fcCtlConfigurationState is equal to 'limitedReset', reboot : a SET to this value reboots the equipment, the configuration taken into account is specified by fcCtlBootDevice. When the current configuration is going to be modified, it is advisable to save a valid one on the backupNvram to avoid the loss of accessibility to the equipment. The default value is 'ready'. Enumeration: 'load': 5, 'reboot': 20, 'hotReset': 10, 'erase': 7, 'ready': 1, 'save': 6, 'check': 2.

The value of this object is the device containing the configuration which will be used by the equipment at next boot time. When the equipment fails to boot because of an inconsistent configuration, it will retry to boot with another one as following : normalNvram : normal non volatile random access memory (i.e., first part of the EEPROM), when it boots the equipment tries to use the configuration from : 1st time : normalNvram, 2nd time normalNvram, 3rd time backupNvram, 4th time flashMemory. backupNvram : backup non volatile random access memory (i.e., second part of the EEPROM), when it boots the equipment tries to use the configuration from : 1st time backupNvram, 2nd time backupNvram, 3rd time flashMemory. startCard : start card, when it boots the equipment tries to use the configuration from : 1st time startCard, 2nd time startCard, 3rd time backupNvram, 4th time flashMemory. The default value is 'normalNvram'. Enumeration: 'normalNvram': 1, 'backupNvram': 2, 'startCard': 3.

The value of this object is the device where the next load or save command will operate : normalNvram : normal non volatile random access memory (i.e., first part of the EEPROM), backupNvram : backup non volatile random access memory (i.e., second part of the EEPROM), startCard : start card, flashMemory : flash memory, this device is not available for the save command (this configuration is a minimum one). The default value is 'normalNvram'. Enumeration: 'normalNvram': 1, 'flashMemory': 4, 'backupNvram': 2, 'startCard': 3.

This table contains the logical ports that will be reinitialized by the next hotReset command.

An entry of fcCtlAlteredLpTable.

The value of this object identifies one and only one logical port which will be reinitialized by the next hotReset command (see fcCtlConfigurationCommand).

An entry of fcCtlAlteredDlciTable.

PP id

DLCI

Etat Enumeration: 'added': 1, 'suppressed': 4, 'modified': 3, 'notchanged': 2.

This table contains the interfaces that will be reinitialized by the next hotReset command.

An entry of fcCtlAlteredIfTable.

The value of this object identifies one and only one interface which will be reinitialized by the next hotReset command (see fcCtlConfigurationCommand).

This table contains the last 8 configuration messages. The last message is the first one in the table (fcCtlErrorIndex = 1), the oldest is the last one (fcCtlErrorIndex = 8).

An entry of fcCtlErrorTable.

The value of this object identifies one and only one message. '1' identifies the last message and '8' the oldest one.

The value of this object is the error code for this error. '0' means that this message does not contain an error but some useful informations.

The value of this object is the textual description of this message.

The value of this object is the value of sysUpTime when this message was recorded.

This table contains .

An entry of fcCtlHRCheckMessagesTable.

The value of this object identifies one and only one message.

The value of this object is .

The value of this object is .

The value of this object is a textual comment. It can be used to store a little description of the configuration or of the equipment. This is a 0 to 8 ASCII characters string. The default value is 'Default'.

The value of this object is a textual comment. It can be used to store the name of the person who creates the configuration. This is a 0 to 8 ASCII characters string. The default value is 'PCE'.

The value of this object is an octet string comment. It can be used to store the date when the configuration is created. This is a three-bytes octet string with digits in the range 0 to 9. The default value is '01 01 96'.

The value of this object can be used to store the version of the configuration. This is a decimal integer in the range 1 to 254. The default value is '1'.

The value of this object indicates whether the replicated mode is enabled (on two or three modules) or not. The replicated mode permits, inside a unit with two or three modules, to backup all the lines of a breakdown module on the remaining ones. This feature can be enabled only on a particular hardware. The default value is 'off'. Enumeration: 'onTwoModules': 3, 'off': 1, 'onThreeModules': 4.

This table defines for each module of the subscriber number of the bridge and routers entities, and which of these entities must be initialized (i.e., must reserve resources). It is not possible to add or delete an entry of this table.

An entry of fcsModuleTable.

The value of this object identifies one and only one module.

The value of this object is the subscriber number added to the DNICZO of the equipment to make the calling address in a call sent from the bridge or routers entities of this module. This is a one-byte octet string with 2 digits in the range 0 to 9. The default values are '93' for the module 0, '94' for the module 1, '95' for the module 2.

The value of this object indicates whether the bridge entity is initialized on this module or not. When not initialized this entity does not reserve resources that thus are available for other entities. The default value is 'off' for each of the three modules. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates whether the IPX router entity is initialized on this module or not. When not initialized this entity does not reserve resources that thus are available for other entities. The default value is 'off' for each of the three modules. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates whether the CLNP router entity is initialized on this module or not. When not initialized this entity does not reserve resources that thus are available for other entities. The default value is 'off' for each of the three modules. Enumeration: 'on': 2, 'off': 1.

This table indicates the activation of each management function. It is not possible to add or delete an entry of this table.

An entry of fcmMgtFctActivationTable.

The value of this object identifies oneand only one management function. Enumeration: 'telemaintenance': 6, 'statistics': 3, 'observation': 2, 'billing': 11, 'alarm': 8, 'trafficGeneration': 1, 'exploitationAccess': 17, 'fileTransfer': 5, 'extendedStatistics': 12, 'userInterface': 10, 'outstandingEvents': 4.

The value of this object indicates whether this management function is initialized or not. When not initialized this management function does not reserve resources that thus are available for other entities. The default values are : trafficGeneration : on, observation : on, statistics : on, outstandingEvents : on, fileTransfer : on, telemaintenance : on, alarm : off, userInterface : on, billing : on, extendedStatistics : off, exploitationAccess : on. Enumeration: 'on': 2, 'off': 1.

The value of this object is the password needed to enable this management function. This password takes place in the call user data of a call to this management function. It must contains 1 to 6 alphanumeric characters (except for 'alarm' which can not be called and then does not use a password). The default values are : trafficGeneration : GG, observation : OO, statistics : SS, outstandingEvents : EE, fileTransfer : TT, telemaintenance : MM, alarm : (empty), userInterface : RR, billing : TX, extendedStatistics : SC, exploitationAccess : PP.

The value of this object is the maximum number of traffic generators that may be enabled. This is a decimal integer in the range 1 to 15. The default value is '1'.

The value of this object indicates whether the generators send traffic ('output') or receive traffic ('input'). The default value is 'output'. Enumeration: 'output': 1, 'input': 2.

The value of this object indicates, when the generators send traffic, the delay in seconds between two successive sent packets. This is a decimal integer in the range 0 to 98. The default value is '1'.

The value of this object indicates the X121 address of the main manager to which the alarms will be sent. This is a eight-bytes octet string with up to 15 digits in the range 0 to 9. It must be padded with 'F' digits for a total of 16 digits. The equipment configurator does not need this final padding. The default value is 'FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object indicates the X121 address of the backup manager to which the alarms will be sent. This is a eight-bytes octet string with up to 15 digits in the range 0 to 9. It must be padded with 'F' digits for a total of 16 digits. The equipment configurator does not need this final padding. The default value is 'FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object indicates the period, in seconds, during which the statistics are calculated in the 'notInfinite' summing mode (see fmsCtrlSumming). This is a decimal integer in the range 10 to 990 by step of 10. The default value is '10'.

The value of this object indicates a threshold in percents used by the statistics management function. The statistics management function calculates how long more than fcmMgfStatBufferThreshold percents of buffers are used and how long more than fcmMgfStatBufferThreshold percents of CPU is busy. This is a decimal integer in the range 0 to 100. The default value is '75'.

The value of this object indicates a sampling period in seconds used by the statistics management function. The statistics management function determines the observed throughput by counting the octets sent or received on a line during this sampling period. More this sampling period is small, more precise is the evaluated throughput. This is a decimal integer in the range 10 to 1800 by step of 10. The default value is '60'.

The value of this object indicates a threshold in percents used by the statistics management function. The statistics management function calculates how long the observed outgoing throughput is superior to fcmMgfStatOuputThreshold percents of the maximum throughput of the line. This is a decimal integer in the range 0 to 100. The default value is '75'.

The value of this object indicates a threshold in percents used by the statistics management function. The statistics management function calculates how long the observed incoming throughput is superior to fcmMgfStatOuputThreshold percents of the maximum throughput of the line. This is a decimal integer in the range 0 to 100. The default value is '75'.

The value of this object indicates a period in seconds used by the statistics management function. The statistics management function periodically counts the busy logical channels on a line every fcmMgfStatLogChannelSamplingPeriod seconds. This is a decimal integer in the range 10 to 1800 by step of 10. The default value is '60'.

The value of this object indicates a threshold in percents used by the statistics management function. The statistics management function calculates how long the observed number of the busy logical channels is superior to fcmMgfStatLogChannelThreshold percents of the maximum number of logical channels for a line. This is a decimal integer in the range 0 to 100. The default value is '75'.

Conversion adresse : point vise Enumeration: 'on': 2, 'off': 1.

Conversion d'adresse sur appel entrant Enumeration: 'calledAddress': 3, 'callingAddressAndCalledAddress': 4, 'off': 1, 'callingAddress': 2.

Conversion adresse sur appel sortant Enumeration: 'calledAddress': 3, 'callingAddressAndCalledAddress': 4, 'off': 1, 'callingAddress': 2.

Conversion adresse : controle de la presence dans les tables de conversion Enumeration: 'onIncomingCallAndOutgoingCall': 4, 'onOutgoingCall': 3, 'off': 1, 'onIncomingCall': 2.

Numero d'identification pour conversion d'adresse d'appele multi-criteres en entree

Numero d'identification pour conversion d'adresse d'appelant multi-criteres en entree

Numero d'identification pour conversion d'adresse d'appele multi-criteres en sortie

Numero d'identification pour conversion d'adresse d'appelant multi-criteres en sortie

The value of this object describes the way ISDN backup will operate : off: B ISDN channel opening is automatic on: B ISDN channel opening is under management center control. A comparison is done between the calling address and the Manager and backup addresses defined in the management functions. If one of these addresses matches, the B ISDN channel is opened, otherwise the restart works only if the B channel is already open. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

Acceptation appel avec TAD Enumeration: 'yes': 2, 'no': 1.

GFA Enumeration: 'subscribe': 3, 'clear': 1, 'noCheck': 2, 'subscribeAndRemove': 4.

This table defines the configuration of four couples internal GFU / external GFU for each operating function.

An entry of fcmMgtFctCugTable.

The value of this object defines the operating function Enumeration: 'telemaintenance': 7, 'statistics': 2, 'observation': 1, 'billing': 10, 'alarm': 4, 'trafficGeneration': 5, 'pae': 14, 'extendedStatistics': 11, 'configuration': 8, 'outstandingEvents': 3.

The value of this object defines the number of the group for each couple internal GFU / external GFU This is a decimal integer in the range 0 to 3. The default value is '0'.

GFU externe This is a decimal integer in the range 0 to 99. The default value is ' '.

GFU interne The value of this object indicates a This is a decimal integer in the range 0 to 99. The default value is ' '.

The value of this object defines on which call the equipment checks this CUG. The default values is 'onIncomingCallAndOutgoingCall'. Enumeration: 'onIncomingCallAndOutgoingCall': 1, 'onOutgoingCall': 3.

This table defines, for each family, the selection of events which may be sent as alarms on the one hand, and as SNMP traps on the other hand. For most of these families, their events are sent for the physical ports selected in fcmAlrmPhysPortTable. It is not possible to add or delete an entry of this table.

An entry of fcmAlrmEventTable.

The value of this object identifies one and only one events family (the hexadecimal code of this family is the last part of the value-name). This entry selects events of this family which may be sent as alarms on the one hand, and as SNMP traps on the other hand. Enumeration: 'securizedVcEsv-0F': 16, 'tvipFradBscProcedure-0B': 12, 'asynchronousCommandSyntax-07': 8, 'securizedVcN4-10': 17, 'isdnDChannelProcedure-12': 19, 'dlcBscProcedure-0C': 13, 'sdlcProcedure-09': 10, 'asynchronousSemanticLevel-08': 9, 'troubleReport-00': 1, 'ppp-1A': 27, 'pstnProcedure-0E': 15, 'vipProcedure-0A': 11, 'dlmFunction-17': 24, 'compressionProcedure-16': 23, 'linePhysicalLevel-05': 6, 'asynchronousProtocolLevel-06': 7, 'synchronousSignalling-02': 3, 'configurationFunction-18': 25, 'ethernetBridgeAndIpRouterFunctions-14': 21, 'frameRelaySna-1B': 28, 'x25SynchronousProcedure-03': 4, 'mlp-0D': 14, 'synchronousLink-04': 5, 'lmiFunction-19': 26, 'management-01': 2, 'dlcMtrFrad-15': 22, 'securizedVcIr-11': 18, 'x29Rerouting-13': 20.

The value of this object indicates whether all the events of this family are selected or only those mentioned for this family (in this case one to seven events may be selected). The default value is 'mentioned'. Enumeration: 'mentioned': 1, 'all': 2.

The value of this object is an event of this family which is selected when fcmAlrmEvtEventSelection is set to 'mentioned'. This is a one-byte octet string with 2 digits in the range 0 to F. The default value is 'FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is an event of this family which is selected when fcmAlrmEvtEventSelection is set to 'mentioned'. This is a one-byte octet string with 2 digits in the range 0 to F. The default value is 'FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is an event of this family which is selected when fcmAlrmEvtEventSelection is set to 'mentioned'. This is a one-byte octet string with 2 digits in the range 0 to F. The default value is 'FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is an event of this family which is selected when fcmAlrmEvtEventSelection is set to 'mentioned'. This is a one-byte octet string with 2 digits in the range 0 to F. The default value is 'FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is an event of this family which is selected when fcmAlrmEvtEventSelection is set to 'mentioned'. This is a one-byte octet string with 2 digits in the range 0 to F. The default value is 'FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is an event of this family which is selected when fcmAlrmEvtEventSelection is set to 'mentioned'. This is a one-byte octet string with 2 digits in the range 0 to F. The default value is 'FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is an event of this family which is selected when fcmAlrmEvtEventSelection is set to 'mentioned'. This is a one-byte octet string with 2 digits in the range 0 to F. The default value is 'FF' meaning 'empty value' (blank value on the equipment configurator).

This table defines, for each family, the selection of lines from which the events selected in fcmAlrmEventTable will be sent as alarms on the one hand, and as SNMP traps on the other hand. It is not possible to add or delete an entry of this table.

An entry of fcmAlrmPhysPortTable.

The value of this object identifies one and only one events family (the hexadecimal code of this family is the last part of the value-name). This entry selects lines from which the events selected in fcmAlrmEventTable will be sent as alarms on the one hand, and as SNMP traps on the other hand. Enumeration: 'tvipFradBscProcedure-0B': 12, 'asynchronousCommandSyntax-07': 8, 'vipProcedure-0A': 11, 'isdnDChannelProcedure-12': 19, 'dlcBscProcedure-0C': 13, 'sdlcProcedure-09': 10, 'asynchronousSemanticLevel-08': 9, 'troubleReport-00': 1, 'ppp-1A': 27, 'pstnProcedure-0E': 15, 'lmiFunction-19': 26, 'dlmFunction-17': 24, 'compressionProcedure-16': 23, 'linePhysicalLevel-05': 6, 'asynchronousProtocolLevel-06': 7, 'synchronousSignalling-02': 3, 'configurationFunction-18': 25, 'frameRelaySna-1B': 28, 'x25SynchronousProcedure-03': 4, 'mlp-0D': 14, 'synchronousLink-04': 5, 'management-01': 2, 'dlcMtrFrad-15': 22.

The value of this object indicates whether the selected events of this family are sent only for the physical ports mentioned for this family or for all the physical ports except those mentioned (note in this second case that all the physical ports are selected when none is specified). The default value is 'mentioned'. Enumeration: 'mentioned': 1, 'allExceptMentioned': 2.

The value of this object is a physical port for which the selected events of this family will be or will not be sent according to fcmAlrmPpPhysPortSelection. This is a decimal integer in the range 0 to 35. The default value is '255' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is a physical port for which the selected events of this family will be or will not be sent according to fcmAlrmPpPhysPortSelection. This is a decimal integer in the range 0 to 35. The default value is '255' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is a physical port for which the selected events of this family will be or will not be sent according to fcmAlrmPpPhysPortSelection. This is a decimal integer in the range 0 to 35. The default value is '255' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is a physical port for which the selected events of this family will be or will not be sent according to fcmAlrmPpPhysPortSelection. This is a decimal integer in the range 0 to 35. The default value is '255' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is a physical port for which the selected events of this family will be or will not be sent according to fcmAlrmPpPhysPortSelection. This is a decimal integer in the range 0 to 35. The default value is '255' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is a physical port for which the selected events of this family will be or will not be sent according to fcmAlrmPpPhysPortSelection. This is a decimal integer in the range 0 to 35. The default value is '255' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is a physical port for which the selected events of this family will be or will not be sent according to fcmAlrmPpPhysPortSelection. This is a decimal integer in the range 0 to 35. The default value is '255' meaning 'empty value' (blank value on the equipment configurator).

This table defines how the physical ports of the equipment are used to build the interfaces. It is not possible to add or delete an entry of this table.

An entry of fcfPhysicalPortTable.

The value of this object identifies one and only one physical port. A physical port has the same number than the physical connector which it goes with (this number is indicated on the equipment). This is a decimal integer in the range 0 to the number of the physical ports minus 1 (36 at the most).

The value of this object indicates whether the connector type is Ethernet or DB25 or RJ45. Enumeration: 'ethernet': 1, 'link': 3, 'db25orRj45': 2, 'db9orRj45': 4.

The value of this object indicates how this physical port is used to build an interface (the interface identifiers are set by the equipment) : unUsed : this physical port is not used, ethernetAui : this physical port will support an ethernet interface with the same identifier (AUI connector for 10 base 5 ethernet), ethernet10baseT : this physical port will support an ethernet interface with the same identifier (RJ 45 connector for 10 base T ethernet), ethernetAuto : this physical port will support an ethernet interface with the same identifier (automatic detection between 10 base 5 and 10 base T), line : this physical port will support a serial line interface with the same identifier (the characteristics of this serial line interface are described in fcfLineTable), isdnBChannel : this physical port will support a B-channel of an ISDN Basic Rate Interface, isdnDChannel : this physical port will support a D-channel of an ISDN Basic Rate Interface with the same identifier (the characteristics of this ISDN BRI are described in fcfIsdnBasicRateInterfaceTable). interUnitLinks : this physical port will support a UnitLinks Interface, e1 : this physical port will support a E1 Interface, ds1 : this physical port will support a DS1 Interface, isdnPri : this physical port will support a Primary Rate Interface, tokenRing : this physical port will support a token ring Interface, analogVoiceEM : this physical port will support a EM analog voice Interface, analogVoiceFxs : this physical port will support a Fxs analog voice Interface, analogVoiceFxo : this physical port will support a Fxo analog voice Interface, isdnBri : this physical port will support a Basic Rate Interface, Each equipment has its own characteristics and the building of the interfaces must be done according to its hardware limitations. The default value is 'unUsed'. Enumeration: 'tokenRing': 13, 'lineorB': 12, 'ethernet10baseT': 3, 'interUnitLinks': 8, 'ethernetAui': 4, 'isdnDChannel': 7, 'unUsed': 1, 'isdnBChannel': 6, 'ethernetAuto': 2, 'isdnPri': 11, 'line': 5, 'ds1': 10, 'e1': 9.

This table defines the characteristics of the serial line interfaces. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfPhysicalPortTable, to one instance of fcfInterfaceType equal to 'line').

An entry of fcfLineTable.

The value of this object identifies one and only one serial line interface. Each serial line interface corresponds, in fcfPhysicalPortTable, to one instance of fcfInterfaceType equal to 'line'. This is a decimal integer in the range 0 to 35.

The value of this object indicates which DTE/DCE interface characteristics (physical layer) are used on this serial line interface : synchronousV28Dte : Synchronous, V28, the equipment is a DTE, synchronousV28Dce : Synchronous, V28, the equipment is a DCE, asynchronousV28Dte : Asynchronous, V28, the equipment is a DTE, asynchronousV28Dce : Asynchronous, V28, the equipment is a DCE, v11Dte : Synchronous, V11, the equipment is a DTE, v11Dce : Synchronous, V11, the equipment is a DCE, v35Dte : Synchronous, V35, the equipment is a DTE, v35Dce : Synchronous, V35, the equipment is a DCE, g703 : G703. The selection of this type must be done according to the hardware characteristics of this serial line interface. The default value is 'synchronousV28Dte'. Enumeration: 'v35Dce': 8, 'v35Dte': 7, 'v11Dte': 5, 'v11Dce': 6, 'asynchroneV28Dce': 4, 'g703': 9, 'synchroneV28Dce': 2, 'asynchroneV28Dte': 3, 'synchroneV28Dte': 1.

The value of this object indicates whether a modem is drived by the equipment or not. The characteristics of the modem are described in fcfLineModemTable. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates the speed in bits per second used on this serial line interface. The values s300, s57600 and s115200 can not be used on synchronous serial line interfaces. The default value is 's19200'. Enumeration: 's600': 2, 's64000': 15, 's512000': 20, 's128000': 17, 's1024000': 21, 's9600': 10, 's2048000': 22, 's28800': 26, 's38400': 12, 's300': 23, 's57600': 24, 's3200': 7, 's4800': 8, 's72000': 16, 's19200': 11, 's144000': 18, 's56000': 14, 's48000': 13, 's14400': 9, 's2400': 6, 's256000': 19, 's1200': 3, 's115200': 25.

The value of this object indicates a period in milliseconds used to look after the circuits of this serial line interface. Each circuit state is checked every fcfLineLinkCheckPeriod milliseconds and when it changes and remains changed after fcfLineCheckPeriodCount checkings, this new state is delivered to the upper level. This is a decimal integer in the range 200 to 50800 by step of 200. The default value is '2000'.

The value of this object indicates the number of checkings of the circuits of this serial line interface. Each circuit state is checked every fcfLineLinkCheckPeriod milliseconds and when it changes and remains changed after fcfLineCheckPeriodCount checkings, this new state is delivered to the upper level. This is a decimal integer in the range 1 to 250. The default value is '3'.

This table defines how the outgoing circuits are used on asynchronous V28 serial line interfaces when the equipment is a DTE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'asynchronousV28Dte').

An entry of fcfLineV28AsynOutDteSignalTable.

The value of this object identifies one and only one asynchronous V28 DTE serial line interface. Each asynchronous V28 DTE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'asynchronousV28Dte'. This is a decimal integer in the range 0 to 35.

The value of this object defines whether the circuit 105 (request to send) is set, in any case, to 'on' or to 'off'. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines whether the circuit 108 (108/1 : connect data set to line or 108/2 : data terminal ready) is set, in any case, to 'on' or to 'off'. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines whether the circuit 111 (data signalling rate selector) is set, in any case, to 'on' or to 'off'. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines whether the circuit 140 (loopback / maintance test) is set, in any case, to 'on' or to 'off'. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines whether the circuit 141 (local loopback) is set, in any case, to 'on' or to 'off'. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

This table defines how the outgoing circuits are used on asynchronous V28 serial line interfaces when the equipment is a DCE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'asynchronousV28Dce').

An entry of fcfLineV28AsynOutDceSignalTable.

The value of this object identifies one and only one asynchronous V28 DCE serial line interface. Each asynchronous V28 DCE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'asynchronousV28Dce'. This is a decimal integer in the range 0 to 35.

The value of this object defines whether the circuit 106 (ready for sending) is set, in any case, to 'on' or to 'off'. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines whether the circuit 107 (data set ready) is set, in any case, to 'on' or to 'off'. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines whether the circuit 109 (data channel received line signal detector) is set, in any case, to 'on' or to 'off'. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines whether the circuit 117 (standby indicator) is set, in any case, to 'on' or to 'off'. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines whether the circuit 142 (test indicator) is set, in any case, to 'on' or to 'off'. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

This table defines how the incoming circuits are interpreted on asynchronous V28 serial line interfaces when the equipment is a DTE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'asynchronousV28Dte').

An entry of fcfLineV28AsynInDteSignalTable.

The value of this object identifies one and only one asynchronous V28 DTE serial line interface. Each asynchronous V28 DTE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'asynchronousV28Dte'. This is a decimal integer in the range 0 to 35.

The value of this object defines which circuits are scanned to determine whether this serial line interface is up or down. Secondary circuits may also be simultaneously scanned (see fcfLineV28AsynInDteEnablingSig2). none : the circuits 106, 107, 109 are not used. If also the circuits 117 and 142 are not used the state of this interface is determined by another method, cts106 : the circuit 106 (ready for sending) is used, dsr107 : the circuit 107 (data set ready) is used, dcd109 : the circuit 109 (data channel received line signal detector) is used, cts106-dsr107 : both circuits 106 and 107 are used, cts106-dcd109 : both circuits 106 and 109 are used, dsr107-dcd109 : both circuits 107 and 109 are used, cts106-dsr107-dcd109 : both circuits 106, 107 and 109 are used. The default value is 'cts106'. Enumeration: 'none': 1, 'cts106': 33, 'cts106-dsr107-dcd109': 42, 'cts106-dsr107': 34, 'dsr107-dcd109': 10, 'dcd109': 9, 'cts106-dcd109': 41, 'dsr107': 2.

The value of this object defines which circuits are scanned to determine whether this serial line interface is up or down. Main circuits may also be simultaneously scanned (see fcfLineV28AsynInDteEnablingSig1). none : the circuits 117, 142 are not used. If also the circuits 106, 107 and 109 are not used the state of this interface is determined by another method, si117 : the circuit 117 (standby indicator) is used, ti142 : the circuit 142 (test indicator) is used. The default value is 'none'. Enumeration: 'none': 1, 'si117': 5, 'ti142': 3.

The value of this object defines which circuits are monitored to eventually generate the corresponding event when the state of one of them changes. Secondary circuits may also be simultaneously monitored (see fcfLineV28AsynInDteMonitored2). none : the circuits 106, 107, 109 are not monitored, cts106 : the circuit 106 (ready for sending) is monitored, dsr107 : the circuit 107 (data set ready) is monitored, dcd109 : the circuit 109 (data channel received line signal detector) is monitored, cts106-dsr107 : both circuits 106 and 107 are monitored, cts106-dcd109 : both circuits 106 and 109 are monitored, dsr107-dcd109 : both circuits 107 and 109 are monitored, cts106-dsr107-dcd109 : both circuits 106, 107 and 109 are monitored. The default value is 'cts106'. Enumeration: 'none': 1, 'cts106': 33, 'cts106-dsr107-dcd109': 42, 'cts106-dsr107': 34, 'dsr107-dcd109': 10, 'dcd109': 9, 'cts106-dcd109': 41, 'dsr107': 2.

The value of this object defines which circuits are monitored to eventually generate the corresponding event when the state of one of them changes. Main circuits may also be simultaneously monitored (see fcfLineV28AsynInDteMonitored1). none : the circuits 117, 142 are not monitored, si117 : the circuit 117 (standby indicator) is monitored, ti142 : the circuit 142 (test indicator) is monitored. The default value is 'none'. Enumeration: 'none': 1, 'si117': 5, 'ti142': 3.

This table defines how the incoming circuits are interpreted on asynchronous V28 serial line interfaces when the equipment is a DCE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'asynchronousV28Dce').

An entry of fcfLineV28AsynInDceSignalTable.

The value of this object identifies one and only one asynchronous V28 DCE serial line interface. Each asynchronous V28 DCE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'asynchronousV28Dce'. This is a decimal integer in the range 0 to 35.

The value of this object defines which circuits are scanned to determine whether this serial line interface is up or down. Secondary circuits may also be simultaneously scanned (see fcfLineV28AsynInDceEnablingSig2). none : the circuits 105, 108 are not used. If also the circuits 111, 140 and 141 are not used the state of this interface is determined by another method, rts105 : the circuit 105 (request to send) is used, dtr108 : the circuit 108 (108/1 connect data set to line, 108/2 data terminal ready) is used, rts105-dtr108 : both circuits 105 and 108 are used. The default value is 'rts105'. Enumeration: 'dtr108': 33, 'none': 1, 'rts105': 9, 'rts105-dtr108': 41.

The value of this object defines which circuits are scanned to determine whether this serial line interface is up or down. Main circuits may also be simultaneously scanned (see fcfLineV28AsynInDceEnablingSig1). none : the circuits 111, 140, 141 are not used. If also the circuits 105 and 108 are not used the state of this interface is determined by another method, drs111 : the circuit 111 (data signal rate selector) is used, ril140 : the circuit 140 (loopback / maintenance test) is used, ll141 : the circuit 141 (local loopback) is used. The default value is 'none'. Enumeration: 'ril140': 3, 'll141': 5, 'none': 1, 'drs111': 2.

The value of this object defines which circuits are monitored to eventually generate the corresponding event when the state of one of them changes. Secondary circuits may also be simultaneously monitored (see fcfLineV28AsynInDceMonitored2). none : the circuits 105, 108 are not monitored, rts105 : the circuit 105 (request to send) is monitored, dtr108 : the circuit 108 (108/1 connect data set to line, 108/2 data terminal ready) is monitored, rts105-dtr108 : both circuits 105 and 108 are monitored. The default value is 'rts105'. Enumeration: 'dtr108': 33, 'none': 1, 'rts105': 9, 'rts105-dtr108': 41.

The value of this object defines which circuits are monitored to eventually generate the corresponding event when the state of one of them changes. Main circuits may also be simultaneously monitored (see fcfLineV28AsynInDceMonitored1). none : the circuits 111, 140, 141 are not monitored, drs111 : the circuit 111 (data signal rate selector) is monitored, ril140 : the circuit 140 (loopback / maintenance test) is monitored, ll141 : the circuit 141 (local loopback) is monitored. The default value is 'none'. Enumeration: 'ril140': 3, 'll141': 5, 'none': 1, 'rts111': 2.

This table defines how the incoming circuits are monitored and interpreted on synchronous V28 serial line interfaces when the equipment is a DTE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'synchronousV28Dte').

An entry of fcfLineV28DteSignalTable.

The value of this object identifies one and only one synchronous V28 DTE serial line interface. Each synchronous V28 DTE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'synchronousV28Dte'. This is a decimal integer in the range 0 to 35.

The value of this object defines how the circuit 106 (ready fo sending) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 107 (data set ready) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 109 (data channel received line signal detector) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 117 (standby indicator) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 142 (test indicator) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the flags are checked to determine whether this serial line interface is up or down. notMonitored : the flags are not checked, monitoredOff : the flags are checked and they must be not present to determine that this serial line interface is in the UP state, monitoredOn : the flags are checked and they must be present to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 2, 'monitoredOn': 3.

This table defines how the incoming circuits are monitored and interpreted on synchronous V28 serial line interfaces when the equipment is a DCE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'synchronousV28Dce').

An entry of fcfLineV28DceSignalTable.

The value of this object identifies one and only one synchronous V28 DCE serial line interface. Each synchronous V28 DCE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'synchronousV28Dce'. This is a decimal integer in the range 0 to 35.

The value of this object defines how the circuit 105 (request to send) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 108 (108/1 connect data set to line, 108/2 data terminal ready) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 111 (data signal rate selector) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 140 (loopback / maintenance test) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 141 (local loopback) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the flags are checked to determine whether this serial line interface is up or down. notMonitored : the flags are not checked, monitoredOff : the flags are checked and they must be not present to determine that this serial line interface is in the UP state, monitoredOn : the flags are checked and they must be present to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 2, 'monitoredOn': 3.

This table defines how the incoming circuits are monitored and interpreted on synchronous V11 serial line interfaces when the equipment is a DTE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'synchronousV11Dte').

An entry of fcfLineV11DteSignalTable.

The value of this object identifies one and only one synchronous V11 DTE serial line interface. Each synchronous V11 DTE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'synchronousV11Dte'. This is a decimal integer in the range 0 to 35.

The value of this object defines how the circuit 109 (I, indication) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the flags are checked to determine whether this serial line interface is up or down. notMonitored : the flags are not checked, monitoredOff : the flags are checked and they must be not present to determine that this serial line interface is in the UP state, monitoredOn : the flags are checked and they must be present to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 2, 'monitoredOn': 3.

This table defines how the incoming circuits are monitored and interpreted on synchronous V11 serial line interfaces when the equipment is a DCE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'synchronousV11Dce').

An entry of fcfLineV11DceSignalTable.

The value of this object identifies one and only one synchronous V11 DCE serial line interface. Each synchronous V11 DCE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'synchronousV11Dce'. This is a decimal integer in the range 0 to 35.

The value of this object defines how the circuit 105 (C, control) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the flags are checked to determine whether this serial line interface is up or down. notMonitored : the flags are not checked, monitoredOff : the flags are checked and they must be not present to determine that this serial line interface is in the UP state, monitoredOn : the flags are checked and they must be present to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 2, 'monitoredOn': 3.

This table defines how the incoming circuits are monitored and interpreted on V35 serial line interfaces when the equipment is a DTE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'v35Dte').

An entry of fcfLineV35DteSignalTable.

The value of this object identifies one and only one V35 DTE serial line interface. Each V35 DTE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'v35Dte'. This is a decimal integer in the range 0 to 35.

The value of this object defines how the circuit 106 (pin D, ready fo sending) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 107 (pin E, data set ready) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 109 (pin F, data channel received line signal detector) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 142 (pin NN, test indicator) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the flags are checked to determine whether this serial line interface is up or down. notMonitored : the flags are not checked, monitoredOff : the flags are checked and they must be not present to determine that this serial line interface is in the UP state, monitoredOn : the flags are checked and they must be present to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'.. Enumeration: 'notMonitored': 1, 'monitoredOff': 2, 'monitoredOn': 3.

This table defines how the incoming circuits are monitored and interpreted on V35 serial line interfaces when the equipment is a DCE. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'v35Dce').

An entry of fcfLineV35DceSignalTable.

The value of this object identifies one and only one V35 DCE serial line interface. Each V35 DCE serial line interface corresponds, in fcfLineTable, to one instance of fcfLineType equal to 'v35Dce'. This is a decimal integer in the range 0 to 35.

The value of this object defines how the circuit 105 (pin C, request to send) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 108 (pin H, 108/1 connect data set to line, 108/2 data terminal ready) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 140 (pin N, loopback / maintenance test) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the circuit 141 (pin L, local loopback) is monitored to eventually generate the corresponding event when its state changes and, when it is monitored, how it is scanned to determine whether this serial line interface is up or down. notMonitored : this circuit is not used, monitoredNotSignificant : this circuit is monitored (eventually events are generated) but it is not scanned to determine the state of this serial line interface, monitoredOff : this circuit is monitored (eventually events are generated) and it must be in the OFF condition to determine that this serial line interface is in the UP state, monitoredOn : this circuit is monitored (eventually events are generated) and it must be in the ON condition to determine that this serial line interface is in the UP state. The default value is 'notMonitored'. Enumeration: 'notMonitored': 1, 'monitoredOff': 3, 'monitoredNotSignificant': 2, 'monitoredOn': 4.

The value of this object defines how the flags are checked to determine whether this serial line interface is up or down. notMonitored : the flags are not checked, monitoredOff : the flags are checked and they must be not present to determine that this serial line interface is in the UP state, monitoredOn : the flags are checked and they must be present to determine that this serial line interface is in the UP state. The default value is 'monitoredOn'. Enumeration: 'notMonitored': 1, 'monitoredOff': 2, 'monitoredOn': 3.

This table defines, for each serial line interface facing to a modem, how this modem is managed. It is not possible to add or delete an entry of this table (each entry corresponds, in fcfLineTable, to one instance of fcfLineModemManagement equal to 'on').

An entry of fcfLineModemTable.

The value of this object identifies one and only one serial line interface facing to a modem. Each of these serial line interfaces corresponds, in fcfLineTable, to one instance of fcfLineModemManagement equal to 'on'. This is a decimal integer in the range 0 to 35.

The value of this object defines how the automatic calling and/or answering data stations is operated on this serial line interface : direct : The 'direct call and/or answer controlled by the DTE (circuit 108/1)' mode gives to the equipment (in DTE mode) the capacity of calling a number pre-recorded in the modem (in DCE mode), by means of the 108/1 control circuit. It gives also to the equipment the capacity of accepting incoming calls on a'per call' basis. addressedAt : The 'addressed call and/or answer authorized by the DTE (circuit 108/2)' mode gives to the equipment (in DTE mode) extensive facilities by means of instructions exchanged between the DTE and the DCE on circuits 103 (transmitted data) and 104 (received data). It gives also to the equipment the capacity to accept 'a priori' an incoming call. The commands / indications use the AT format. addressedV25Bis : The 'addressed call and/or answer authorized by the DTE (circuit 108/2)' mode gives to the equipment (in DTE mode) extensive facilities by means of instructions exchanged between the DTE and the DCE on circuits 103 (transmitted data) and 104 (received data). It gives also to the equipment the capacity to accept 'a priori' an incoming call. The commands / indications use the ITU-T V.25 bis recommendation format. The default value is 'addressedV25Bis'. Enumeration: 'addressedV25Bis': 3, 'direct': 1, 'addressedAt': 2.

The value of this object is the management timer in seconds for this serial line interface. It starts when the first call request is sent to the modem and it is normally stopped when the serial line interface is 'up'. The serial line interface state is set to 'down' when this timer runs out. The value of this timer must be larger than the total duration of the successive dialling attempts to not interrupt this processing (see fcfLineModNewDiallingTimer and fcfLineModDiallingCount). This is a decimal integer in the range 1 to 250. The default value is '180'.

The value of this object is the dialling timer in seconds for this serial line interface. It starts when a call request is sent to the modem and it is normally stopped when the call is successfull or when the modem answers with an error message. The call request is sent again when this timer runs out. After transmission of the call request fcfLineModDiallingCount times the serial line interface state is set to 'down'. This is a decimal integer in the range 0 to 2500 by step of 10. The default value is '30'.

The value of this object is the maximum number of attempts to complete a sucessfull call for this serial line interface. A new call request is sent to the modem when fcfLineModNewDiallingTimer runs out. This is a decimal integer in the range 0 to 250. The default value is '3'.

The value of this object is the unuse timer in seconds for this serial line interface. This function is specified in order to clear a call when no communications are established on it. This timer starts upon the clearing of the last communication using this call and it is normally stopped when a new one is initiated. The equipment clears the call when this timer runs out. The value '0' disables the processing of this timer. This is a decimal integer in the range 0 to 250 by step of 10. The default value is '10'.

The value of this object indicates the speed in bits per second used between the equipment and the modem for this serial line interface. The other characteristics of this communication are : no parity, one stop bit, eight bits per character. The default value is 's9600'. Enumeration: 's57600': 15, 's600': 3, 's9600': 11, 's115200': 16, 's28800': 13, 's38400': 14, 's4800': 9, 's150': 1, 's2400': 5, 's19200': 12, 's300': 2, 's1200': 4.

The value of this object defines the mode used to establish the connection with the remote system for this serial line interface : calling : the caller is the equipment, called : the caller is the remote system, auto : automatic choise between 'calling' and 'called' (not accepted when fcfLineModType is set to 'direct'). The default value is 'auto'. Enumeration: 'auto': 1, 'called': 2, 'calling': 3.

The value of this object is a characters string sent by the equipment to the modem when the state of this serial line interface becomes 'up'. This is a 0 to 50 ASCII characters string. The default value is the empty string.

The value of this object indicates, for this serial line interface, whether an XID string is sent by the equipment or not prior to the estblishment of any virtual call (exchange identification procedure). This XID string is defined by fcfLineModOutputXidStringId. This mechanism may be enabled only when this serial line interface is used by the X25 protocol. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates, for this serial line interface, which XID string will be sent by the equipment prior to the estblishment of any virtual call (exchange identification procedure). This XID string is defined in fcfLineModXidStringTable. This is a decimal integer in the range 0 to 3. The default value is '255' meaning 'empty value' (blank value on the equipment configurator).

The value of this object indicates, for this serial line interface, whether an XID string will be received by the equipment or not prior to the estblishment of any virtual call (exchange identification procedure). If yes fcfLineModInputXidStringCount defines how many XID strings will be received. This mechanism may be enabled only when this serial line interface is used by the X25 protocol. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines, for this serial line interface, how many XID strings will be received by the equipment prior to the estblishment of any virtual call (exchange identification procedure) if this mechanism is enabled (see fcfLineModInputXidString). This is a decimal integer in the range 0 to 250. The default value is '1'.

This table contains the XID strings that are sent by the equipment prior to the estblishment of any virtual call (exchange identification procedure) on serial line interfaces according to fcfLineModOutputXidString. An XID string, identified by fcfLineModXidStringId, is the concatenation, in ascending order of fcfLineModXidStringEltNum, of 1 to 4 elements of 0 to 32 bytes. Set any writable object(s) of this table to valid value(s) with a new index value to create an entry (the objects of the entry not present in this SET REQUEST will take their default values). Set fcfLineModXidStringEltStatus to 'invalid' to delete an entry.

An entry of fcfLineModXidStringTable.

The value of this object identifies one and only one XID string which is sent by the equipment prior to the estblishment of any virtual call (exchange identification procedure) on serial line interfaces according to fcfLineModOutputXidString. This XID string is the concatenation, in ascending order of fcfLineModXidStringEltNum, of 1 to 4 elements of 0 to 32 bytes. This is a decimal integer in the range 0 to 3.

The value of this object identifies one and only one element of this XID string. The whole XID string is the concatenation, in ascending order of this value, of all of its elements. This is a decimal integer in the range 1 to 4.

The value of this object indicates the state of the entry of this table. It must be set to 'invalid' to delete the entry. The default value is 'valid'. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object contains the bytes of this element of this XID string. The whole XID string is the concatenation, in ascending order of fcfLineModXidStringEltNum, of all of its elements. This is a thirty-three-bytes octet string with up to 66 digits in the range 0 to F. The first byte contains the number of following useful bytes. It must be padded with 'F' digits for a total of 66 digits. The equipment configurator does not need this final padding neither the first byte (which is automatically updated). The default value is 'empty' : first byte set to '00', others set to 'FF' (blank value on the equipment configurator).

An entry of fcfLineDVBTable.

IF id

Status Enumeration: 'valid': 1, 'invalid': 2.

Link with DVB Enumeration: 'none': 1, 'lsForDvb1': 2, 'lsForDvb2': 3.

This table defines the characteristics of the integrated services digital network (ISDN) basic rate interfaces (BRI). It is not possible to add or delete an entry of this table (each entry corresponds, in fcfPhysicalPortTable, to one instance of fcfInterfaceType equal to 'isdnDChannel').

An entry of fcfIsdnBasicRateInterfaceTable.

The value of this object identifies one and only one integrated services digital network (ISDN) basic rate interface (BRI). Each ISDN BRI corresponds, in fcfPhysicalPortTable, to one instance of fcfInterfaceType equal to 'isdnDChannel' or 'isdnBri'. This is a decimal integer in the range 0 to 35.

The value of this object indicates, for this basic rate interface, whether signalling is enabled or not. It must be set to 'on' to use the B-channels. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object permits to take into account the national characteristics of some ISDN implementations : franceVn2 : France VN 2 implementation, franceVn3 : France VN 3 implementation, franceVn4 : France VN 4 implementation, unitedKingdom : France VN 2 implementation, switzerland : Switzerland implementation, europeanIsdn : Europe implementation. japan : japan implementation. usa : usa implementation. The default value is 'europeanIsdn'. Enumeration: 'franceVn2': 1, 'franceVn3': 2, 'unitedKingdom': 3, 'europeanIsdn': 5, 'switzerland': 4, 'japan': 6.

The value of this object indicates a period in milliseconds of detection of power source 1 or power source 2, whichever may be provided for this basic rate interface. The power source is checked every fcfIsdnBriInterfaceCheckPeriod milliseconds and when it changes and remains changed after fcfIsdnBriFilterRepeatCount checkings, this new state is delivered to the upper level. This is a decimal integer in the range 0 to 51000 by step of 200. The default value is '200'.

The value of this object indicates the number of detections of power source 1 or power source 2, whichever may be provided for this basic rate interface. The power source is checked every fcfIsdnBriInterfaceCheckPeriod milliseconds and when it changes and remains changed after fcfIsdnBriFilterRepeatCount checkings, this new state is delivered to the upper level. This is a decimal integer in the range 0 to 255. The default value is '2'.

The value of this object is the activation timer in milliseconds for this basic rate interface (timer 3). The deactivation function is specified in order to permit this interface and the network-side interface to be placed in a low power consumption mode when no calls are in progress. This timer starts upon the reception of an ACTIVATE REQUEST by the layer 1 and it is normally stopped when the ACTIVATED state is reached. The equipment sends DEACTIVATE INDICATIONS when this timer runs out This is a decimal integer in the range 200 to 30000 by step of 200. The default value is '10000'.

The value of this object is the deactivation delay in milliseconds for this basic rate interface. The deactivation function is specified in order to permit this interface and the network-side interface to be placed in a low power consumption mode when no calls are in progress. The layer 2 is informed of the reception of an DEACTIVATE INDICATION by the layer 1 when this delay runs out. This is a decimal integer in the range 0 to 1000 by step of 200. The default value is '600'.

An entry of fcfIsdnPrimaryRateInterfaceTable.

The value of this object identifies one and only one integrated services digital network (ISDN) primary rate interface (PRI). Each ISDN PRI corresponds, in fcfPhysicalPortTable, to one instance of fcfInterfaceType equal to 'isdnPri'. This is a decimal integer in the range 0 to 35.

The value of this object indicates, for this primary rate interface, whether signalling is enabled or not. It must be set to 'on' to use the B-channels. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object permits to take into account the national characteristics of some ISDN implementations : franceVn2 : France VN 2 implementation, franceVn3 : France VN 3 implementation, franceVn4 : France VN 4 implementation, unitedKingdom : France VN 2 implementation, switzerland : Switzerland implementation, europeanIsdn : Europe implementation. japan : japan implementation. usa : usa implementation. The default value is 'europeanIsdn'. Enumeration: 'franceVn2': 1, 'franceVn3': 2, 'switzerland': 4, 'unitedKingdom': 3, 'europeanIsdn': 5.

The value of this object is the number of B channels for this ISDN primary rate interface. This is a decimal integer in the range 0 to 30 by step of 1. The default value is '30'.

The value of this object indicates, for this primary rate interface, whether cyclic redundancy code management is enabled or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

This table defines the signalling characteristics of the integrated services digital network (ISDN) basic rate interfaces (BRI). It is not possible to add or delete an entry of this table (each entry corresponds, in fcfIsdnBasicRateInterfaceTable, to one instance of fcfIsdnBriSignalling equal to 'on').

An entry of fcfIsdnDChannelSignallingTable.

The value of this object identifies one and only one integrated services digital network (ISDN) basic rate interface (BRI) with signalling procedures. Each ISDN BRI corresponds, in fcfIsdnBasicRateInterfaceTable, to one instance of fcfIsdnBriSignalling equal to 'on'. This is a decimal integer in the range 0 to 35.

The value of this object indicates the ISDN address (the ISDN number and the optional subaddress) of this basic rate interface. This is a eleven-bytes octet string with : up to 16 digits in the range 0 to 9 for the ISDN number, an optional separator marking the end of the ISDN number and the beginning of the ISDN subaddress : digit 'A' (':' on the equipment configurator), optional 1 to 4 digits in the range 0 to 9 for the ISDN subaddress, mandatory 'F' digits to pad the value until a total of 22 digits (the equipment configurator does not need this final padding). The default value is 'FF FF FF FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is the unuse timer in seconds for this basic rate interface. This function is specified in order to clear a call when no communications are established on it. This timer starts upon the clearing of the last communication using this call and it is normally stopped when a new one is initiated. The equipment clears the call when this timer runs out. The value '0' disables the processing of this timer. This is a decimal integer in the range 0 to 2550 by step of 10. The default value is '10'.

The value of this object indicates, for this basic rate interface, whether ISDN subaddresses are checked or not. When it is set to 'on' the incoming calls are cleared if the called party subaddress is not present in the SETUP message. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates, for this basic rate interface, whether the direct dialling-in (DDI) service is used or not. When the direct dialling-in is in use, this basic rate interface accepts only the incoming calls with the called party number equal to its own ISDN number defined by fcfIsdnDSigIsdnNumber (the ISDN subaddress is not concerned). The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object is the inactivity timer in seconds for this basic rate interface. This timer starts upon the establishment of the call and it restarts at each expiry if no trafic has been using it during this period.. The value '0' disables the processing of this timer. This is a decimal integer in the range 0 to 120. The default value is '0'.

The value of this object is the retry timer in seconds for this basic rate interface. To reach a particular destination the equipment may successively try one or several times to call one remote ISDN interfaces. This timer starts when a call is initiated towards a particular remote ISDN interface and it is normally stopped when this call is successfull. A new call towards this remote ISDN interface is initated when this timer runs out. This is a decimal integer in the range 1 to 254. The default value is '5'.

The value of this object is the cycle timer in seconds for this basic rate interface. To reach a particular destination the equipment may successively try one or several times to call one or several remote ISDN interfaces. This is a cycle of calls and there may be several identical cycles. The cycle timer starts when a cycle of calls is initiated and it is normally stopped when one call is successfull. A new cycle of calls is initated when this timer runs out. This is a decimal integer in the range 1 to 254. The default value is '10'.

The value of this object is the maximum number of cycle of calls for this basic rate interface. To reach a particular destination the equipment may successively try one or several times to call one or several remote ISDN interfaces. This is a cycle of calls and there may be several identical cycles. This is a decimal integer in the range 1 to 255. The default value is '3'.

The value of this object is, for this basic rate interface, the maximum duration in seconds of successive tries to reach a destination. To reach a particular destination the equipment may successively try one or several times to call one or several remote ISDN interfaces. This is a cycle of calls and there may be several identical cycles. This timer starts when the first cycle of calls is initiated and it is normally stopped when one call is successfull. If this timer runs out the destination is said unreachable. This is a decimal integer in the range 5 to 100. The default value is '100'.

The value of this object indicates whether the low layer compatibility information element (LLC IE) is present or not in the CONNECT and SETUP call establishment messages sent from this basic rate interface (outgoing call) and whether it is checked or not in the same messages received by this basic rate interface (incoming call). The checking of LLC IE in the incoming calls is made as described below : the coding standard must be set to 'CCITT standardized coding', the information transfer capability must be set to 'unrestricted digital information', the transfer mode must be set to 'circuit mode', the information transfer rate must be set to '64 kbit/s', the user information layer 1 protocol must be set to 'CCITT standardized rate adaption X.31 HDLC flag stuffing', the user information layer 2 protocol must be set to 'CCITT Recommendation X.25 link layer' or 'CCITT Recommendation X.25 multilink', the user information layer 3 protocol must be set to 'CCITT Recommendation X.25 packet layer', the other octets of the LLC IE are not checked, This object may be set to one of the following values : notTransmittedAndNotChecked : the LLC IE is not present in the outgoing calls and it is not checked in the incoming calls, transmittedAndNotChecked : the LLC IE is present in the outgoing calls and it is not checked in the incoming calls, notTransmittedAndChecked : the LLC IE is not present in the outgoing calls and it is checked in the incoming calls, transmittedAndChecked : the LLC IE is present in the outgoing calls and it is checked in the incoming calls. The default value is 'notTransmittedAndChecked'. Enumeration: 'notTransmittedAndChecked': 3, 'transmittedAndNotChecked': 2, 'transmittedAndChecked': 4, 'notTransmittedAndNotChecked': 1.

The value of this object indicates whether the high layer compatibility information element (HLC IE) is present or not in the SETUP call establishment messages sent from this basic rate interface (outgoing call) and whether it is checked or not in the same messages received by this basic rate interface (incoming call). The checking of HLC IE in the incoming calls consists in verifying that the HLC IE is equal to the value of fcfIsdnDSigHighLayerCharactIdent. This object may be set to one of the following values : notTransmittedAndNotChecked : the HLC IE is not present in the outgoing calls and it is not checked in the incoming calls, transmittedAndNotChecked : the HLC IE is present in the outgoing calls and it is not checked in the incoming calls, notTransmittedAndChecked : the HLC IE is not present in the outgoing calls and it is checked in the incoming calls, transmittedAndChecked : the HLC IE is present in the outgoing calls and it is checked in the incoming calls. The default value is 'notTransmittedAndChecked'. Enumeration: 'notTransmittedAndChecked': 3, 'transmittedAndNotChecked': 2, 'transmittedAndChecked': 4, 'notTransmittedAndNotChecked': 1.

The value of this object indicates the value of the high layer compatibility information element (HLC IE) which must be present in the SETUP call establishment messages received by this basic rate interface (incoming call) when the checking is enabled (see fcfIsdnDSigHighLayerCompatibility) : ccittOsiApplication : the coding standard must be set to 'CCITT standardized coding', the interpretation must be set to 'first (primary only) high layer characteristics identification to be used in the call', the presentation method of protocol profile must be set to 'high layer protocol profile (without specification of attributes)', the high layer characteristics identification must be set to 'OSI application (recommendation X.200 series)', nationalUnknownNetworkedService : the coding standard must be set to 'national standard (only when the desired HLC cannot be represented with the CCITT-standardized coding)', the interpretation must be set to 'first (primary only) high layer characteristics identification to be used in the call', the presentation method of protocol profile must be set to 'high layer protocol profile (without specification of attributes)', the high layer characteristics identification must be set to 'unknown networked service', nationalNotStandardizedApplication : the coding standard must be set to 'national standard (only when the desired HLC cannot be represented with the CCITT-standardized coding)', the interpretation must be set to 'first (primary only) high layer characteristics identification to be used in the call', the presentation method of protocol profile must be set to 'high layer protocol profile (without specification of attributes)', the high layer characteristics identification must be set to 'not standardized application', The default value is 'notTransmittedAndChecked'. Enumeration: 'nationalNotStandardizedApplication': 255, 'ccittOsiApplication': 193, 'nationalUnknownNetworkedService': 128.

This table defines the signalling timers of the integrated services digital network (ISDN) basic rate interfaces (BRI). It is not possible to add or delete an entry of this table (each entry corresponds, in fcfIsdnBasicRateInterfaceTable, to one instance of fcfIsdnBriSignalling equal to 'on').

An entry of fcfIsdnDChannelSigTimerTable.

The value of this object identifies one and only one integrated services digital network (ISDN) basic rate interface (BRI) with signalling procedures. Each ISDN BRI corresponds, in fcfIsdnBasicRateInterfaceTable, to one instance of fcfIsdnBriSignalling equal to 'on'. This is a decimal integer in the range 0 to 35.

The value of this object is the up state timer in seconds for this basic rate interface. This timer starts when the ISDN call is successfull (i.e., a B-channel is established) and it is normally stopped when the protocol stack layered on this B-channel is in the up state. The call is cleared when this timer runs out. This is a decimal integer in the range 1 to 2550 by step of 10. The default value is '60'.

The value of this object is the T301 timer in seconds for this basic rate interface. This timer starts when an ALERTING call establishment message is received and it is normally stopped when a CONNECT message is received. The call is cleared when this timer runs out. This is a decimal integer in the range 1 to 2550 by step of 10. The default value is '20'.

The value of this object is the T303 timer in seconds for this basic rate interface. This timer starts when a SETUP call establishment message is sent and it is normally stopped when an ALERTING, CONNECT, SETUP ACKNOWLEDGE, CALL PROCEEDING or RELEASE COMPLETE message is received. When this timer runs out for the first time the equipment retransmits the SETUP message and restarts this timer. When this timer runs out for the second time the equipment clears the call. This is a decimal integer in the range 1 to 255. The default value is '4'.

The value of this object is the T305 timer in seconds for this basic rate interface. This timer starts when a DISCONNECT call clearing message is sent and it is normally stopped when a RELEASE or DISCONNECT message is received. When this timer runs out the equipment sent a RELEASE message. This is a decimal integer in the range 1 to 255. The default value is '30'.

The value of this object is the T308 timer in seconds for this basic rate interface. This timer starts when a RELEASE call clearing message is sent and it is normally stopped when a RELEASE COMPLETE or RELEASE message is received. When this timer runs out for the first time the equipment retransmits the RELEASE message and restarts this timer. When this timer runs out for the second time the equipment places the B-channel in maintenance condition. This is a decimal integer in the range 1 to 255. The default value is '4'.

The value of this object is the T309 timer in seconds for this basic rate interface. This timer starts when the data link is disconnected and it is normally stopped when it is reconnected. The call is cleared when this timer runs out. This is a decimal integer in the range 0 to 180. The default value is '60'.

The value of this object is the T310 timer in seconds for this basic rate interface. This timer starts when a CALL PROCEEDING call establishment message is received and it is normally stopped when an ALERTING, CONNECT, DISCONNECT or PROGRESS message is received. The DISCONNECT message is sent when this timer runs out. This is a decimal integer in the range 1 to 255. The default value is '40'.

The value of this object is the T313 timer in seconds for this basic rate interface. This timer starts when a CONNECT call establishment message is sent and it is normally stopped when a CONNECT ACKNOWLEDGE message is received. The DISCONNECT message is sent when this timer runs out. This is a decimal integer in the range 1 to 255. The default value is '4'.

This table contains the interfaces which may be connected to the equipment through an ISDN. Each of these remote ISDN interfaces is identified by a decimal integer in the range 0 to 249. Set any writable object(s) of this table to valid value(s) with a new index value to create an entry (the objects of the entry not present in this SET REQUEST will take their default values). Set fcfIsdnRemStatus to 'invalid' to delete an entry.

An entry of fcfIsdnRemotePeerTable.

The value of this object identifies one and only one remote ISDN interface which may be connected to the equipment through an ISDN. This is a decimal integer in the range 0 to 249 in releases before 4.2, in the range 0 to 999 after.

The value of this object indicates the state of the entry of this table. It must be set to 'invalid' to delete the entry. The default value is 'valid'. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the ISDN address (the ISDN number and the optional subaddress) of this remote ISDN interface. This is a eleven-bytes octet string with : up to 16 digits in the range 0 to 9 for the ISDN number, an optional separator marking the end of the ISDN number and the beginning of the ISDN subaddress : digit 'A' (':' on the equipment configurator), optional 1 to 4 digits in the range 0 to 9 for the ISDN subaddress, mandatory 'F' digits to pad the value until a total of 22 digits (the equipment configurator does not need this final padding). This value is automatically completed by a selection of digits from the X121 address when this X121 address contains two digits 'A' (':' on the equipment configurator) to make the complete ISDN address. See, in the fcLogicalPorts group, the tables which defines the connections to the ISDN remote interfaces. The default value is 'FF FF FF FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object defines the mode used to establish the call with this remote ISDN interface : calling : the caller is one of the ISDN interface of the equipment, called : the caller is this remote ISDN interface, auto : automatic choise between 'calling' and 'called'. The default value is 'auto'. Enumeration: 'auto': 48, 'called': 16, 'calling': 32.

An entry of fcfE1Ds1PhysTable.

IF E1 ou DS1 Physique id

Status Enumeration: 'valid': 1, 'invalid': 2.

PP E1 ou DS1

An entry of fcfE1PhysPortTable.

PP E1 If id

Synchronisation Source Enumeration: 'freeRun': 2, 'network': 1.

Framing Enumeration: 'doubleframe': 1, 'extendedCrc4': 3, 'multiframeWithCrc4': 2.

Type de flux Enumeration: 'voice': 2, 'data': 1, 'voiceAndData': 3.

An entry of fcfE1Ds1ChannelTable.

IF E1 ou DS1 Canal id

Status Enumeration: 'valid': 1, 'invalid': 2.

Interface E1 ou DS1 Physique

Slots

An entry of fcfE1Ds1DropInsertTable.

Interface Canal 1

Interface Canal 2

Status Enumeration: 'valid': 1, 'invalid': 2.

An entry of fcfTokenRingTable.

IF id

Vitesse Enumeration: 's4000000': 1, 's16000000': 2.

Periode de surveillance jonction (msec)

Confirmation au bout de n periodes

This table defines the static part of ralaying table used by the frame relay switch to establish bi-directional connections between PVC (Permanenent Virtual Circuit) end points. A PVC end point is defined by the couple (interface identifier, data link connection identifier).

An entry of fcFrSwitchingTable.

The value of this object is the interface identifier for this PVC end point. The possible values are : '0..35'. If it is unused, the value of this parameter is '255'.

The value of this object is the Data Link Connection Identifier for this PVC end point. The possible values are : '0..1023. If it is unused, the value of this parameter is '65535'. The PVC end point connected to this PVC end point is defined by fcFrSwOutputInterfaceId and fcFrSwOutputDlci.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the interface identifier for the connected PVC end point. The possible values are : '0..35'. If it is unused, the value of this parameter is '255'.

The value of this object is the Data Link Connection Identifier for the connected PVC end point. The possible values are : '0..1023. If it is unused, the value of this parameter is '65535'.

The value of this object indicates if this PVC end point connection is foreground. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

This table defines the parameters of a logical port. A logical port permits the transmission between systems with a specific stack of protocols, over one physical port or more.

An entry of fclLogicalPortTable.

The value of this object identifies one and only one logical port. The possible values are : '0..131. If it is unused, the value of this parameter is '255'.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object identifies the stack of protocols used by this logical port. The default value is 'x25InterNode'. Enumeration: 'frSeInBIsdn': 45, 'interUnitLink': 50, 'hdlc': 12, 'bsc3270': 15, 'x25InDIsdn': 21, 'ethernet-tr': 1, 'asynchronous': 10, 'frSe': 42, 'x25InBIsdn': 22, 'fra': 11, 'frCe': 40, 'pppIsdn': 32, 'sdlc': 13, 'bsc2780or3780': 16, 'x25Access': 20, 'pppPstn': 31, 'bscSCT': 17, 'frTe': 41, 'x25InterNode': 24, 'x25InPstn': 23, 'vip': 14, 'pppSerialLink': 30, 'x25Mlp': 25.

This table defines the parameters of an ethernet logical port.

An entry of fclEthernetTable.

The value of this object identifies one and only one ethernet logical port. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object identifies the ethernet interface used by this logical port. The possible values are : '0..35'. If it is unused, the value of this parameter is '255'.

This table defines the general parameters of asynchronous logical ports.

An entry of fclAsynLogPortTable.

The value of this object identifies one and only one asynchronous logical port. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object identifies the line interface used by this asynchronous logical port. The possible values are : '0..35'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object is the SB number added to the DNICZO of the equipment to make the calling address in a call sent from this logical port. The value must contain 2 digits (digits 0..9). The default value is 'FF'.

The value of this object identifies the asynchronous configuration used by this asynchronous logical port. This asynchronous configuration must be present in fclAsynCfgConfigTable. The possible values are : '0..199. If it is unused, the value of this parameter is '255'.

The value of this object is the type of the terminal connected to this asynchronous logical port. The default value is 'pad'. Enumeration: 'videotext': 2, 'multiStandardPad': 6, 'x28Plus': 20, 'lowSpeedComputerPortWithAutoCalls': 4, 'pad': 1, 'kioskClient': 7, 'lowSpeedComputerPort': 3.

This table defines the specific parameters of an asynchronous logical port when the terminal type is 'pad'.

An entry of fclAsynPadLpTable.

The value of this object identifies one and only one asynchronous logical port used to connect a 'pad' terminal. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object indicates the type of link used to connect the terminal to the equipment. The default value is 'direct'. Enumeration: 'pstnV25bis': 5, 'directWithRtsCtsFlowCtrl': 4, 'pstn': 1, 'leasedLine': 2, 'direct': 3.

The value of this object indicates if the automatic speed detection is used. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates the terminal in facing. 'other' means 'all equipment except Hewlett Packard'. The default value is 'other'. Enumeration: 'hpHost': 2, 'hpTerminal': 3, 'other': 1.

The value of this object indicates the mnemonic type. When set to 'pad' the mnemonic must begin with a point, the call command is allowed, the X28 command is allowed, the call data and the password are checked by the remote host. When set to 'vdxRemoteAuth' the mnemonic may optionaly begin with a point, the call command is forbidden, the X28 command is forbidden, the call data and the password are checked by the remote host. When set to 'vdxTeletel' the mnemonic may optionaly begin with a point, the call command is allowed, the X28 command is forbidden, the call data and the password are checked by the remote host. When set to 'vdxLocalAuth' the mnemonic may optionaly begin with a point, the call command is forbidden, the X28 command is forbidden, the call data and the password are checked by the pad. The default is 'pad'. Enumeration: 'vdxLocalAuth': 4, 'vdxRemoteAuth': 2, 'pad': 1, 'vdxTeletel': 3.

The value of this object indicates the treatment of the NUI (Network User Identifier). The authorized values are 'none' (not checking), 'none-rc' (not checking, but reverse charging), 'optional-transmitOrRc' (The NUI is optional. If it is present, the NUI is transmitted, else reverse charging), 'optional-checkNuaOrRc' (The NUI is optional, if the NUI is present then it is checked else reverse charging), 'mandatory-check' (The NUI is mandatory and checked), 'mandatory-check-nua' (The NUI is mandatory and checked. After checking, the NUI is coded in NUA), 'mandatory-transmit' (The NUI is mandatory but not checked, and it is transmitted), 'command-transmitOrRc' (NUI ON or NUI OFF is manadatory before a communication). The default value is 'none'. Enumeration: 'none': 1, 'mandatory-check': 2, 'none-rc': 7, 'mandatory-check-nua': 3, 'optional-transmitOrRc': 6, 'optional-checkNuaOrRc': 4, 'mandatory-transmit': 5, 'command-transmitOrRc': 11.

The value of this object indicates wheter combined flow control (by XON/XOFF and RTS/CTS) is enabled or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

This table defines the home page of the PAD. The home page is made of blocks. Each block contains a message and its graphical attributes.

An entry of fclAsynPadHomePageTable.

The value of this object is the block identifier. The possible values are '0..99'. If it is unused, the value is '255'.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the message. This message may contains from 0 to 12 characters. The default value is the empty string.

The value of this object defines the attributes used to display the message. 11 bytes from 00 to FF must be specified. The first byte contains the number of following useful bytes. The trailing bytes must be set to 'FF'. The equipment configurator does not need this final completion. The default value is 'empty' (first byte set to '00').

This table defines the specific parameters of an asynchronous logical port when the terminal type is 'videotext'.

An entry of fclAsynVdxLpTable.

The value of this object identifies one and only one asynchronous logical port used to connect a 'videotext' terminal. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object indicates the type of link used to connect the terminal to the equipment. The default value is 'direct'. Enumeration: 'pstnV25bis': 5, 'directWithRtsCtsFlowCtrl': 4, 'pstn': 1, 'leasedLine': 2, 'direct': 3.

The value of this object indicates the mnemonic type. When set to 'pad' the mnemonic must begin with a point, the call command is allowed, the X28 command is allowed, the call data and the password are checked by the remote host. When set to 'vdxRemoteAuth' the mnemonic may optionaly begin with a point, the call command is forbidden, the X28 command is forbidden, the call data and the password are checked by the remote host. When set to 'vdxTeletel' the mnemonic may optionaly begin with a point, the call command is allowed, the X28 command is forbidden, the call data and the password are checked by the remote host. When set to 'vdxLocalAuth' the mnemonic may optionaly begin with a point, the call command is forbidden, the X28 command is forbidden, the call data and the password are checked by the pad. The default is 'pad'. Enumeration: 'vdxLocalAuth': 4, 'vdxRemoteAuth': 2, 'pad': 1, 'vdxTeletel': 3.

The value of this object indicates the treatment of the NUI (Network User Identifier). The authorized values are 'none' (not checking), 'none-rc' (not checking, but reverse charging), 'optional-transmitOrRc' (The NUI is optional. If it is present, the NUI is transmitted, else reverse charging), 'optional-checkNuaOrRc' (The NUI is optional, if the NUI is present then it is checked else reverse charging), 'mandatory-check' (The NUI is mandatory and checked), 'mandatory-check-nua' (The NUI is mandatory and checked. After checking, the NUI is coded in NUA), 'mandatory-transmit' (The NUI is mandatory but not checked, and it is transmitted), 'command-transmitOrRc' (NUI ON or NUI OFF is manadatory before a communication). The default value is 'none'. Enumeration: 'none': 1, 'mandatory-check': 2, 'none-rc': 7, 'mandatory-check-nua': 3, 'optional-transmitOrRc': 6, 'optional-checkNuaOrRc': 4, 'mandatory-transmit': 5, 'command-transmitOrRc': 11.

Parite X25 Enumeration: 'none': 1, 'setTo1': 2.

Seuil de Comptage SUB (PCE)

Tempo d'emission NACK (PCE) msec

This table defines the home page of the VIDEOTEXT PAD. The home page is made of blocks. Each block contains a message and its graphical attributes.

An entry of fclAsynVdxHomePageTable.

The value of this object is the block identifier. The possible values are '0..99'. If it is unused, the value is '255'.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the message. This message may contains from 0 to 12 characters. The default value is the empty string.

The value of this object defines the attributes used to display the message. 11 bytes from 00 to FF must be specified. The first byte contains the number of following useful bytes. The trailing bytes must be set to 'FF'. The equipment configurator does not need this final completion. The values are defined by the TELETEL standard. The default value is 'empty' (first byte set to '00').

This table defines the specific parameters of an asynchronous logical port when the terminal type is 'lowSpeedComputerPort' or 'lowSpeedComputerPortWithAutoCalls'.

An entry of fclAsynLscpLpTable.

The value of this object identifies one and only one asynchronous logical port used to connect a 'lowSpeedComputerPort' terminal. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object indicates the type of link used to connect the terminal to the equipment. The default value is 'direct'. Enumeration: 'direct': 3, 'leasedLine': 2.

The value of this object indicates the terminal in facing. 'other' means 'all equipment except Hewlett Packard'. The default value is 'other'. Enumeration: 'hpHost': 2, 'hpTerminal': 3, 'other': 1.

This table defines the specific parameters of an asynchronous logical port when the terminal type is 'multiStandardPad'.

An entry of fclAsynMultiLpTable.

The value of this object identifies one and only one asynchronous logical port used to connect a 'multiStandardPad' terminal. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object defines the treatment used in the first step of authentication. 'undefined' means 'no treatment. The default value is 'undefined'. Enumeration: 'tfi-noParity': 2, 'enquire': 4, 'undefined': 1, 'ter': 5, 'tfi-evenParity': 3.

The value of this object defines the treatment used in the second step of authentication. 'undefined' means 'no treatment. The default value is 'undefined'. Enumeration: 'tfi-noParity': 2, 'enquire': 4, 'undefined': 1, 'ter': 5, 'tfi-evenParity': 3.

The value of this object defines the treatment used in the third step of authentication. 'undefined' means 'no treatment. The default value is 'undefined'. Enumeration: 'tfi-noParity': 2, 'enquire': 4, 'undefined': 1, 'ter': 5, 'tfi-evenParity': 3.

The value of this object defines the treatment used in the fourth step of authentication. 'undefined' means 'no treatment. The default value is 'undefined'. Enumeration: 'tfi-noParity': 2, 'enquire': 4, 'undefined': 1, 'ter': 5, 'tfi-evenParity': 3.

This table defines the specific parameters of an asynchronous logical port when the terminal type is 'x28plus'.

An entry of fclAsynX28PlusLpTable.

The value of this object identifies one and only one asynchronous logical port used to connect a 'x28plus' terminal. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object indicates the type of link used to connect the terminal to the equipment. The default value is 'direct'. Enumeration: 'pstnV25bis': 5, 'directWithRtsCtsFlowCtrl': 4, 'pstn': 1, 'leasedLine': 2, 'direct': 3.

The value of this object indicates if the automatic speed detection is used. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates the terminal in facing. 'other' means 'all equipment except Hewlett Packard'. The default value is 'other'. Enumeration: 'hpHost': 2, 'hpTerminal': 3, 'other': 1.

The value of this object indicates the mnemonic type. When set to 'pad' the mnemonic must begin with a point, the call command is allowed, the X28 command is allowed, the call data and the password are checked by the remote host. When set to 'vdxRemoteAuth' the mnemonic may optionaly begin with a point, the call command is forbidden, the X28 command is forbidden, the call data and the password are checked by the remote host. When set to 'vdxTeletel' the mnemonic may optionaly begin with a point, the call command is allowed, the X28 command is forbidden, the call data and the password are checked by the remote host. When set to 'vdxLocalAuth' the mnemonic may optionaly begin with a point, the call command is forbidden, the X28 command is forbidden, the call data and the password are checked by the pad. The default is 'pad'. Enumeration: 'vdxLocalAuth': 4, 'vdxRemoteAuth': 2, 'pad': 1, 'vdxTeletel': 3.

The value of this object indicates whether the line is in full duplex (with echo) or half duplex (without echo). The echo of a transfer mode character is also defined by the X3 parameter number 2. The authorized values are 'off' (line in half duplex), 'on' (line in full duplex). The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates whether the timers fclAsynCfgX3P04IdleTimerDelay and fclAsynX28PlusLpIdleTimerDelay are enabled or not. The data are sent upon when one of these two timers expires. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines the data forwarding time-out in milliseconds. This timer is started at reception time of the first character. When this time-out expires, the PAD sends the received characters to the network. The time-out is restarted upon reception of the first character to follow. The authorized values are '0..12750' milliseconds. The default value is '0'.

The value of this object indicates the X3 mode. The authorized value are 'transparent' (X3 parameters 1, 13 and 15 are interpreted : case of escape, no LF insertion after CR) or 'networkVirtualTerminal' (X3 parameters 1, 13 and 15 are not inhibited). The default value is 'networkVirtualTerminal'. Enumeration: 'transparent': 1, 'networkVirtualTerminal': 2.

Digit d'echappement

Config ID TELENET

Config ID Remote X3 et TELENET

Envoi du profil distant Enumeration: 'inBound': 2, 'both': 4, 'never': 1, 'outBound': 3.

Facilite mnemonique Enumeration: 'on': 2, 'off': 1.

Gestion du signal sortant106CTS (DCE)/108DTR(DTE) Enumeration: 'yes': 2, 'no': 1.

Gestion du signal sortant 107DSR (DCE)/111DRS(DTE) Enumeration: 'yes': 2, 'no': 1.

Gestion du signal sortant 109DCD(DCE)/105RTS(DTE) Enumeration: 'yes': 2, 'no': 1.

DNIC pour adresse abregee

An entry of fclAsynX28PlusConfTELENETTable.

Config Id

Description

An entry of fclAsynX28PlusParTELENETTable.

Config Id

Ligne FullDuplex Enumeration: 'on': 2, 'off': 1.

Envoi sur tempo Enumeration: 'on': 2, 'off': 1.

Tempo d'envoi de donnees

Terminal Virtuel Enumeration: 'transparent': 1, 'networkVirtualTerminal': 2.

An entry of fclAsynX28PlusConfRemoteTable.

Config Id

Description

An entry of fclAsynX28PlusRemoteCfgX3Part1Table.

Config Id

Caractere d'echappement

Echo Enumeration: 'val1-on': 2, 'not-used': 255, 'val0-off': 1.

Caractere d'envoi des donnees Enumeration: 'val127-allChars': 128, 'val18-crEotEtx': 19, 'val253-encapsCharacSLIP': 254, 'val2-cr': 3, 'not-used': 255, 'val126-allCtrlChars': 127, 'val6-crEscBelEnqAck': 7, 'val32-htLfVtFf': 33, 'val128-allCtrlChars-vdxFunctionKeys': 129, 'val0-none': 1.

Delai d'envoi (en 1/20eme de seconde)

Control de flux PAD vers Terminal Enumeration: 'not-used': 255, 'val1-xonXoffInTransfer': 2, 'val8-rtsCtsInTransfer': 9, 'val2-xonXoff': 3, 'val0-none': 1.

Transmission des indications par le PAD Enumeration: 'val13-servSignalAndPrompt-explicitFormat': 14, 'val1-servSignal-stdFormat': 2, 'val5-servSignalAndPrompt-stdFormat': 6, 'not-used': 255, 'val9-servSignal-explicitFormat': 10, 'val0-none': 1.

Reaction sur Break Enumeration: 'val21-interrupt-breakIndication-discardOutput': 22, 'val0-forwardingChar': 1, 'val1-interrupt': 2, 'val4-breakIndication': 5, 'val2-reset': 3, 'val8-escapeFromTransfer': 9, 'val5-interrupt-breakIndication': 6, 'not-used': 255.

Arret de la remise des donnees Enumeration: 'val1-on': 2, 'not-used': 255, 'val0-off': 1.

Bourrage apres RC

Pliage de ligne

Debit binaire (en bit/s) Enumeration: 'val6-150': 7, 'val1-134-5': 2, 'val0-110': 1, 'val4-600': 5, 'val12-2400': 13, 'val15-19200': 16, 'val5-75': 6, 'val11-in75Out1200': 12, 'val9-100': 10, 'val7-1800': 8, 'val13-4800': 14, 'val20-38400': 21, 'val2-300': 3, 'val10-50': 11, 'val22-115200': 23, 'val14-9600': 15, 'val23-28800': 24, 'val8-200': 9, 'not-used': 255, 'val3-1200': 4, 'val21-out1200In75': 22, 'val17-57600': 18.

An entry of fclAsynX28PlusRemoteCfgX3Part2Table.

Config Id

Control de flux Terminal vers PAD Enumeration: 'val8-rtsCts': 9, 'not-used': 255, 'val1-xonXoff': 2, 'val0-none': 1.

Insertion de LF apres RC Enumeration: 'val5-outCr-outCrEcho': 6, 'val4-outCrEcho': 5, 'val3-outCr-inCr': 4, 'val1-outCr': 2, 'val2-inCr': 3, 'val7-outCr-inCr-outCrEcho': 8, 'not-used': 255, 'val6-inCr-outCrEcho': 7, 'val0-none': 1.

Bourrage apres LF

Edition Enumeration: 'val1-on': 2, 'not-used': 255, 'val0-off': 1.

Caractere d'effacement d'un caractere

Caractere d'effacement d'une ligne

Caractere d'affichage d'une ligne

Indication d'edition Enumeration: 'val2-displayTerminal': 3, 'not-used': 255, 'val1-printingTerminal': 2, 'val0-none': 1.

Masque d'echo

Traitement de la parite Enumeration: 'not-used': 255, 'val1-check': 2, 'val3-check-generate': 4, 'val2-generate': 3, 'val0-none': 1.

Attente en fin de page

An entry of fclAsynX28PlusRemoteTELENETTable.

Config Id

Ligne FullDuplex Enumeration: 'on': 2, 'not-used': 255, 'off': 1.

Envoi sur tempo Enumeration: 'on': 2, 'not-used': 255, 'off': 1.

Tempo d'envoi de donnees

Terminal Virtuel Enumeration: 'not-used': 255, 'transparent': 1, 'networkVirtualTerminal': 2.

Type de langue Enumeration: 'french': 1, 'english': 2.

This table contains the asynchronous configurations used in the asynchronous logical port table.

An entry of fclAsynCfgConfigTable.

The value of this object identifies one and only one asynchronous configuration. This configuration may be referenced by fclAsynLpConfigId in the asynchronous logical port table. The possible values are : '0..199. If it is unused, the value of this parameter is '255'. The configuration parameters are described in : fclAsynCfgX3Part1Table : X3 part 1, fclAsynCfgX3Part2Table : X3 part 2, fclAsynCfgConnLinkTable : data link level (connection part), fclAsynCfgConnFacilityTable : facility level (connection part), fclAsynCfgConnServiceTable : service level (connection part). When creating a new configuration each parameter takes its default value. Setting a profile allows the user to fill all the parameters with values pre-defined in this profile but each one may also be individually modified.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object stores a text description of the configuration elaborated by the user. This description may contains from 0 to 32 characters. The default value is 'TTY'.

The value of this object is the profile number used to automatically valorize all the X3 parameters in an entry of the two tables which composes the X3 part of asynchronous configurations (see fclAsynCfgConfigId). The possible values are : 00 Plain terminal, 01 Transparent terminal or LSCP, 02 LSCP, 03 Terminal communicating with LSCP, 04 Same as profile 03 with send time-out and padding, 05 Terminal with control by PAD, 06 Same es profile 00 with special break and break, 08 Same as profile 05 with echo, 09 Telex terminals, 10 Same as profile 05 without control by PAD, 11 Same as profile 02 without control by PAD, 12 Same as profile 00 without echo, 13 Block mode terminal controlled by PAD without send time-out, 14 Same as profile 13 with authorized DLE, 15 Same as profile 13 without control, 16 Host HEWLETT PACKARD, 17 Terminal HEWLETT PACKARD, 20 Same as profile 00 with control and teleprinter adapted editing, 21 Same as profile 20 with display-terminal adapted editing, 22 Same as profile 13 with control bye DTE-C, 23 Same as profile 21 for data base application, 30 VIDEOTEX terminal, 32 Multi-standard VIDEOTEX terminal, 80 User defined profile : the values in this profile are defined by the user (they may be specified in groups fclAsynCfgX3UserProfilePart1 and fclAsynCfgX3UserProfilePart2, 89 Special terminal, 90 Plain terminal without padding or send time-out, 91 Plain transparent LSCP. If it is unused, the value of this parameter is '255'. The default value is '89' (meaning that default values of X3 parameters are those pre-defined in profile number 89).

The value of this object indicates how many X3 parameters have not the value defined in the profile specified by fclAsynCfgX3ProfileId (i.e how many individual modifications).

The value of this object is the profile number used to automatically valorize all the connection parameters in an entry of the three tables which composes the connection part of asynchronous configurations (see fclAsynCfgConfigId). The possible values are : 07 Terminal with automatic baud rate detect, 08 Direct connected terminal, 09 Terminal connection PSTN, 10 Terminal connected by dedicated line, 11 LSCP terminal - direct connection, 12 LSCP terminal - dedicated line connection, 13 LSCP-A terminal - direct connection, 14 LSCP-A terminal - dedicated line connection, 15 Minitel terminal - direct connection, 16 Minitel terminal - PSTN connection, 34 TTY terminal - PSTN connection (V.25 bis), 35 Minitel terminal - PSTN connection (V.25 bis), 36 Minitel terminal - PSTN connection (modem turnaround), 37 Multistandard videotex terminal, 38 Kiosk micro computer, If it is unused, the value of this parameter is '255'. The default value is '8' (meaning that default values of connection parameters are those pre-defined in profile number 08).

The value of this object indicates how many connection parameters have not the value defined in the profile specified by fclAsynCfgConnectionProfileId (i.e how many individual modifications).

This table contains the X3 parameters (part 1) of asynchronous configurations.

An entry of fclAsynCfgX3Part1Table.

The value of this object identifies one and only one asynchronous configuration. The possible values are : '0..199. If it is unused, the value of this parameter is '255'.

The value of this object is the X3 profile number used to create this configuration.

The value of this object is the character to escape from the data transfer state and to recall the PAD. The authorized values are '0..126'. The value '0' indicates no escape. The value '1' is the DLE character. The values '2..126' are the ASCII code of the character. The default value is '1'.

The value of this object indicates whether the echo is local not. The authorized values are 'off' (echoing by the terminal), 'on' (echoing by the equipment). The default value is 'on'. Enumeration: 'val1-on': 2, 'val0-off': 1.

The value of this object is the data forwarding character(s). The authorized values are 'none' (no character), 'CR' (Carriage Return), 'CR ESC BEL ENQ ACK' (Carriage Return, Escape, Bell, Enquire, Acknowledge), 'CR EOT ETX' (Carriage Return, End Of Text, End Of Transmission), 'HT LF VT FF' (Horizontal Tabulation, Line Feed, Vertical Tabulation, Form Feed), 'all Ctrl Chars' (all control characters), 'all Chars' (all characters), 'all Ctrl Chars vdxFunctionKeys' (all control characters and videotext function keys), 'encapsCharacSLIP', 'encapsCharacPPP'. The default value is 'all Ctrl Chars'. Enumeration: 'val254-encapsCharacPPP': 255, 'val127-allChars': 128, 'val18-crEotEtx': 19, 'val253-encapsCharacSLIP': 254, 'val2-cr': 3, 'val126-allCtrlChars': 127, 'val6-crEscBelEnqAck': 7, 'val32-htLfVtFf': 33, 'val128-allCtrlChars-vdxFunctionKeys': 129, 'val0-none': 1.

The value of this object is the idle timer delay in twentieths of a second. The authorized values are '0..250'. The value '0' will indicate that no data forwarding on time-out is required. The default value is '0'.

The value of this object indicates the flow control type from the equipment to the terminal. The authorized values are 'none' (no use of XON and XOFF), 'xonXoffInTransfer' (use of XON and XOFF in data transfer), 'xonXoff' (use of XON and XOFF in data transfer and command), 'rtsCtsInTransfer' (use of CTS and RTS signals in transfer). The default value is 'none'. Enumeration: 'val1-xonXoffInTransfer': 2, 'val8-rtsCtsInTransfer': 9, 'val2-xonXoff': 3, 'val0-none': 1.

The value of this object is the control of service signals and command signals sent by the equipment. The authorized values are 'none' (no service signals are transmitted to the start-stop mode DTE), 'servSignal-stdFormat' (service signals other than the prompt PAD service signal are transmitted in the standard format), 'servSignalAndPrompt-stdFormat' (service signals and the prompt service signal are transmitted in the standard format), 'servSignal-explicitFormat' (service signals other than the prompt service signal are transmitted in the explicit format), 'servSignalAndPrompt-explicitFormat' (service signals and the prompt service signal are transmitted in the explicit format). The default value is 'servSignalAndPrompt-explicitFormat'. Enumeration: 'val5-servSignalAndPrompt-stdFormat': 6, 'val13-servSignalAndPrompt-explicitFormat': 14, 'val1-servSignal-stdFormat': 2, 'val9-servSignal-explicitFormat': 10, 'val0-none': 1.

The value of this object is the selection of equipment operations on receipt of break signal from the start-stop mode DTE. The authorized values are 'forwardingChar' (no particular operation), 'interrupt' (send to packet mode DTE or other PAD an interrupt packet), 'reset' (reset), 'interrupt-breakIndication' (send to packet mode DTE or other PAD an interrupt packet and an indication of break PAD message), 'escapeFromTransfer' (escape from data transfer state), 'interrupt-breakIndication-discardOutput' (send to packet mode DTE or other PAD an interrupt packet and an indication of break PAD message, and discard output to start-stop mode DTE). The default value is 'reset'. Enumeration: 'val21-interrupt-breakIndication-discardOutput': 22, 'val0-forwardingChar': 1, 'val1-interrupt': 2, 'val4-breakIndication': 5, 'val2-reset': 3, 'val8-escapeFromTransfer': 9, 'val5-interrupt-breakIndication': 6.

The value of this object indicates whether data are sent to the terminal or not. The authorized values are 'off' (normal data delivery to the start-stop mode DTE), 'on' (discard output to start-stop mode DTE). The default value is 'off'. Enumeration: 'val1-on': 2, 'val0-off': 1.

The value of this object indicates the padding after carriage return. The authorized values are '0..250'. A value between '0' and '250' will indicate the number of padding characters to be generated by the equipment after a carriage return character is transmitted to the start-stop mode DTE. When the value of this parameter is '0', there will be no padding except that PAD service signals will contain a number of padding characters according to the data rate of the start-stop mode DTE. The default value is '4'.

The value of this object indicates the line folding. The authorized values are '0..250'. The value '0' indicates no line folding. A value between '1' and '250' will indicate the number of graphic characters per line that will be transmitted by the equipment without inserting appropriate format effectors. The default value is '0'.

The value of this object is the binary speed in bits per second. Enumeration: 'val13-4800': 14, 'val12-2400': 13, 'val11-in75Out1200': 12, 'val15-19200': 16, 'val5-75': 6, 'val20-38400': 21, 'val23-28800': 24, 'val6-150': 7, 'val1-134-5': 2, 'val0-110': 1, 'val2-300': 3, 'val14-9600': 15, 'val8-200': 9, 'val9-100': 10, 'val3-1200': 4, 'val21-out1200In75': 22, 'val4-600': 5, 'val7-1800': 8, 'val10-50': 11, 'val22-115200': 23, 'val17-57600': 18.

This table contains the X3 parameters (part 2) of asynchronous configurations.

An entry of fclAsynCfgX3Part2Table.

The value of this object identifies one and only one asynchronous configuration. The possible values are : '0..199. If it is unused, the value of this parameter is '255'.

The value of this object is the X3 profile number used to create this configuration.

The value of this object indicates the flow control type from the start-stop mode DTE to the equipment. The authorized values are 'none' (no use of XON and XOFF for flow control), 'xonXoff' (use of XON and XOFF for flow control), 'rtsCts' (use of RTS and CTS for flow control). The default value is 'xonXoff'. Enumeration: 'val8-rtsCts': 9, 'val1-xonXoff': 2, 'val0-none': 1.

The value of this object indicates where there is the Line Feed insertion after Carriage Return. The authorized values are 'none' (no Line Feed insertion), 'outCr' (insert Line Feed after each Carriage Return in the data stream to the start-stop mode DTE), 'inCr' (insert Line Feed after each Carriage Return in the data stream from the start-stop mode DTE), 'outCr-inCr' (insert Line Feed after each Carriage Return in the data stream from and to the start-stop mode DTE), 'outCrEcho' (insert Line Feed after each Carriage Return in the echo stream to the start-stop mode DTE), 'outCr-outCrEcho' ('outCr' + 'outCrEcho'), 'inCr-outCrEcho' ('inCr' + 'outCrEcho'), 'outCr-inCr-outCrEcho' ('outCr-inCr' + 'outCrEcho'). The default value is 'none'. Enumeration: 'val5-outCr-outCrEcho': 6, 'val4-outCrEcho': 5, 'val3-outCr-inCr': 4, 'val1-outCr': 2, 'val2-inCr': 3, 'val7-outCr-inCr-outCrEcho': 8, 'val6-inCr-outCrEcho': 7, 'val0-none': 1.

The value of this object is the Line Feed padding. The authorized values are '0..250'. A value between '0' and '250' will indicate the number of padding characters to be generated by the equipement after a Line Feed character transmitted to the start-stop mode DTE during the data transfer state. The default value is '0'.

The value of this object indicates the editing mode. The authorized values are 'off', 'on'. The default value is 'on'. Enumeration: 'val1-on': 2, 'val0-off': 1.

The value of this object is the 'character delete' character. The authorized values are '0..128'. The default value is '127'.

The value of this object is the 'line delete' character. The authorized values are '0..128'. The default value is '24'.

The value of this object is the 'line display' character. The authorized values are '0..127'. The default value is '0'.

The value of this object defines the editing PAD service signals. The authorized values are 'none' (no editing PAD service signals), 'printingTerminal' (editing PAD service signals for printing terminals), 'displayTerminal' (editing PAD service signals for display terminals). The default value is 'displayTerminal'. Enumeration: 'val2-displayTerminal': 3, 'val1-printingTerminal': 2, 'val0-none': 1.

The value of this object is the echo mask. The authorized values are '0..255'. The default value is '64'.

The value of this object indicates the parity treatment. The authorized values are 'none' (no parity checking or generation), 'check' (parity checking), 'generate' (parity generation), 'check-generate' (parity checking and generation). The default value is 'none'. Enumeration: 'val1-check': 2, 'val3-check-generate': 4, 'val2-generate': 3, 'val0-none': 1.

The value of this object defines the page wait. The authorized values are '0..127'. The value '0' indicates that the page wait is disabled. A value between '1' and '127' is the number of Line Feed characters sent by the equipment to the start-stop mode DTE. The default value is '0'.

The value of this object is 80 the number of the user profile. This profile may be used, as any other X3 profile, to make a new asynchronous configuration in fclAsynCfgConfigTable.

The value of this object stores a text description of the user profile elaborated by the user. This description may contains from 0 to 32 characters. The default value is 'User profile'.

The value of this object is the character to escape from the data transfer state and to recall the PAD. The authorized values are '0..126'. The value '0' indicates no escape. The value '1' is the DLE character. The values '2..126' are the ASCII code of the character. The default value is '1'.

The value of this object indicates whether the echo is local not. The authorized values are 'off' (echoing by the terminal), 'on' (echoing by the equipment). The default value is 'on'. Enumeration: 'val1-on': 2, 'val0-off': 1.

The value of this object is the data forwarding character(s). The authorized values are 'none' (no character), 'CR' (Carriage Return), 'CR ESC BEL ENQ ACK' (Carriage Return, Escape, Bell, Enquire, Acknowledge), 'CR EOT ETX' (Carriage Return, End Of Text, End Of Transmission), 'HT LF VT FF' (Horizontal Tabulation, Line Feed, Vertical Tabulation, Form Feed), 'all Ctrl Chars' (all control characters), 'all Chars' (all characters), 'all Ctrl Chars vdxFunctionKeys' (all control characters and videotext function keys) 'encapsCharacSLIP', 'encapsCharacPPP'. The default value is 'all Ctrl Chars'. Enumeration: 'val254-encapsCharacPPP': 255, 'val127-allChars': 128, 'val18-crEotEtx': 19, 'val253-encapsCharacSLIP': 254, 'val2-cr': 3, 'val126-allCtrlChars': 127, 'val6-crEscBelEnqAck': 7, 'val32-htLfVtFf': 33, 'val128-allCtrlChars-vdxFunctionKeys': 129, 'val0-none': 1.

The value of this object is the idle timer delay in twentieths of a second. The authorized values are '0..250'. The value '0' will indicate that no data forwarding on time-out is required. The default value is '0'.

The value of this object indicates the flow control type from the equipment to the terminal. The authorized values are 'none' (no use of XON and XOFF), 'xonXoffInTransfer' (use of XON and XOFF in data transfer), 'xonXoff' (use of XON and XOFF in data transfer and command), 'rtsCtsInTransfer' (use of CTS and RTS signals in transfer). The default value is 'none'. Enumeration: 'val1-xonXoffInTransfer': 2, 'val8-rtsCtsInTransfer': 9, 'val2-xonXoff': 3, 'val0-none': 1.

The value of this object is the control of service signals and command signals sent by the equipment. The authorized values are 'none' (no service signals are transmitted to the start-stop mode DTE), 'servSignal-stdFormat' (service signals other than the prompt PAD service signal are transmitted in the standard format), 'servSignalAndPrompt-stdFormat' (service signals and the prompt service signal are transmitted in the standard format), 'servSignal-explicitFormat' (service signals other than the prompt service signal are transmitted in the explicit format), 'servSignalAndPrompt-explicitFormat' (service signals and the prompt service signal are transmitted in the explicit format). The default value is 'servSignalAndPrompt-explicitFormat'. Enumeration: 'val5-servSignalAndPrompt-stdFormat': 6, 'val13-servSignalAndPrompt-explicitFormat': 14, 'val1-servSignal-stdFormat': 2, 'val9-servSignal-explicitFormat': 10, 'val0-none': 1.

The value of this object is the selection of equipment operations on receipt of break signal from the start-stop mode DTE. The authorized values are 'forwardingChar' (no particular operation), 'interrupt' (send to packet mode DTE or other PAD an interrupt packet), 'reset' (reset), 'interrupt-breakIndication' (send to packet mode DTE or other PAD an interrupt packet and an indication of break PAD message), 'escapeFromTransfer' (escape from data transfer state), 'interrupt-breakIndication-discardOutput' (send to packet mode DTE or other PAD an interrupt packet and an indication of break PAD message, and discard output to start-stop mode DTE). The default value is 'reset'. Enumeration: 'val21-interrupt-breakIndication-discardOutput': 22, 'val0-forwardingChar': 1, 'val1-interrupt': 2, 'val4-breakIndication': 5, 'val2-reset': 3, 'val8-escapeFromTransfer': 9, 'val5-interrupt-breakIndication': 6.

The value of this object indicates whether data are sent to the terminal or not. The authorized values are 'off' (normal data delivery to the start-stop mode DTE), 'on' (discard output to start-stop mode DTE). The default value is 'off'. Enumeration: 'val1-on': 2, 'val0-off': 1.

The value of this object indicates the padding after carriage return. The authorized values are '0..250'. A value between '0' and '250' will indicate the number of padding characters to be generated by the equipment after a carriage return character is transmitted to the start-stop mode DTE. When the value of this parameter is '0', there will be no padding except that PAD service signals will contain a number of padding characters according to the data rate of the start-stop mode DTE. The default value is '4'.

The value of this object indicates the line folding. The authorized values are '0..250'. The value '0' indicates no line folding. A value between '1' and '250' will indicate the number of graphic characters per line that will be transmitted by the equipment without inserting appropriate format effectors. The default value is '0'.

The value of this object is the binary speed in bits per second. Enumeration: 'val13-4800': 14, 'val11-75-1200': 12, 'val21-1200-75': 22, 'val12-2400': 13, 'val5-75': 6, 'val20-38400': 21, 'val23-28800': 24, 'val15-19200': 16, 'val6-150': 7, 'val1-134-5': 2, 'val0-110': 1, 'val2-300': 3, 'val14-9600': 15, 'val8-200': 9, 'val9-100': 10, 'val3-1200': 4, 'val4-600': 5, 'val7-1800': 8, 'val10-50': 11, 'val22-115200': 23, 'val17-57600': 18.

The value of this object indicates the flow control type from the start-stop mode DTE to the equipment. The authorized values are 'none' (no use of XON and XOFF for flow control), 'xonXoff' (use of XON and XOFF for flow control), 'rtsCts' (use of RTS and CTS for flow control). The default value is 'xonXoff'. Enumeration: 'val8-rtsCts': 9, 'val1-xonXoff': 2, 'val0-none': 1.

The value of this object indicates where there is the Line Feed insertion after Carriage Return. The authorized values are 'none' (no Line Feed insertion), 'outCr' (insert Line Feed after each Carriage Return in the data stream to the start-stop mode DTE), 'inCr' (insert Line Feed after each Carriage Return in the data stream from the start-stop mode DTE), 'outCr-inCr' (insert Line Feed after each Carriage Return in the data stream from and to the start-stop mode DTE), 'outCrEcho' (insert Line Feed after each Carriage Return in the echo stream to the start-stop mode DTE), 'outCr-outCrEcho' ('outCr' + 'outCrEcho'), 'inCr-outCrEcho' ('inCr' + 'outCrEcho'), 'outCr-inCr-outCrEcho' ('outCr-inCr' + 'outCrEcho'). The default value is 'none'. Enumeration: 'val5-outCr-outCrEcho': 6, 'val4-outCrEcho': 5, 'val3-outCr-inCr': 4, 'val1-outCr': 2, 'val2-inCr': 3, 'val7-outCr-inCr-outCrEcho': 8, 'val6-inCr-outCrEcho': 7, 'val0-none': 1.

The value of this object is the Line Feed padding. The authorized values are '0..250'. A value between '0' and '250' will indicate the number of padding characters to be generated by the equipement after a Line Feed character transmitted to the start-stop mode DTE during the data transfer state. The default value is '0'.

The value of this object indicates the editing mode. The authorized values are 'off', 'on'. The default value is 'on'. Enumeration: 'val1-on': 2, 'val0-off': 1.

The value of this object is the 'character delete' character. The authorized values are '0..128'. The default value is '127'.

The value of this object is the 'line delete' character. The authorized values are '0..128'. The default value is '24'.

The value of this object is the 'line display' character. The authorized values are '0..127'. The default value is '0'.

The value of this object defines the editing PAD service signals. The authorized values are 'none' (no editing PAD service signals), 'printingTerminal' (editing PAD service signals for printing terminals), 'displayTerminal' (editing PAD service signals for display terminals). The default value is 'displayTerminal'. Enumeration: 'val2-displayTerminal': 3, 'val1-printingTerminal': 2, 'val0-none': 1.

The value of this object is the echo mask. The authorized values are '0..255'. The default value is '64'.

The value of this object indicates the parity treatment. The authorized values are 'none' (no parity checking or generation), 'check' (parity checking), 'generate' (parity generation), 'check-generate' (parity checking and generation). The default value is 'none'. Enumeration: 'val1-check': 2, 'val3-check-generate': 4, 'val2-generate': 3, 'val0-none': 1.

The value of this object defines the page wait. The authorized values are '0..127'. The value '0' indicates that the page wait is disabled. A value between '1' and '127' is the number of Line Feed characters sent by the equipment to the start-stop mode DTE. The default value is '0'.

This table contains the connection parameters (link part) of asynchronous configurations.

An entry of fclAsynCfgConnLinkTable.

The value of this object identifies one and only one asynchronous configuration. The possible values are : '0..199. If it is unused, the value of this parameter is '255'.

The value of this object indicates the XON/XOFF parity. The default value is 'even'. Enumeration: 'even': 1, 'none': 3, 'odd': 2.

The value of this object indicates the signals parity. The default value is 'even'. Enumeration: 'even': 1, 'none': 3, 'odd': 2.

The value of this object indicates the data parity. The default value is 'even'. Enumeration: 'even': 4, 'none': 1, 'odd': 2.

The value of this object indicates the number of bits by characters. The authorized values are '7' or '8'. The default value is '7'.

The value of this object defines the number of stop bits. The default value is 'one'. Enumeration: 'oneAndAHalf': 8, 'two': 12, 'one': 4.

The value of this object indicates if there are a transmission of XOFF when moving to the command mode and a transmission of XON when moving to the data transmission mode. The default value is 'on'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines the line inactivity time-out in transfer state. When the time-out expires, the call is cleared. For a Minitel using a PSTN profile, the telephone communication is cut when the VC is cleared (This after T/2 seconds). The authorized values are '0..2500'. The value '0' indicates no time-out. The default value is '0'.

The value of this object indicates the number of bytes received by the equipment in the receive buffers. The authorized values are '1..128'. The default value is '128'.

The value of this object is the supervision time-out for response to a call request packet sent on the link. A clear packet is sent if there is no response after this period. The authorized values are '10..2500'. The default value is '20'.

This table contains the connection parameters (facility part) of asynchronous configurations.

An entry of fclAsynCfgConnFacilityTable.

The value of this object identifies one and only one asynchronous configuration. The possible values are : '0..199. If it is unused, the value of this parameter is '255'.

The value of this object specifies the behaviour of the equipment with respect to the Closed User Group (CUG) facility. There are 3 possible values : noCheck : the CUG is not checked, clear : clearing if the CUG is present in the call packet, subscribe : clearing if the CUG is not present in the call packet. The default value is 'noCheck'. Enumeration: 'subscribe': 3, 'clear': 1, 'noCheck': 2.

The value of this object specifies the behaviour of the equipment with respect to the reverse charging facility. If the called subscriber doesn't accept the reverse charging, the call is not transmitted and a clear is sent. The default value is 'refuse'. Enumeration: 'refuse': 1, 'accept': 2.

The value of this object indicates if the subscriber connected to the link has subscribed to throughput class negociation facility. The authorized values are 'clear' (not subscriber) or 'subscribe'. The default value is 'clear'. Enumeration: 'subscribe': 2, 'clear': 1.

The value of this object indicates the default throughput class in transmit direction (equipment to remote peer). The default value is 9600 bits per second. Enumeration: 't150': 4, 't300': 5, 't9600': 10, 't4800': 9, 't128000': 14, 't2400': 8, 't19200': 11, 't192000': 15, 't64000': 13, 't48000': 12, 't75': 3, 't1200': 7, 't600': 6.

The value of this object indicates the default throughput class in receive direction (remote peer to equipment). The default value is 9600 bits per second. Enumeration: 't150': 4, 't300': 5, 't9600': 10, 't4800': 9, 't128000': 14, 't2400': 8, 't19200': 11, 't192000': 15, 't64000': 13, 't48000': 12, 't75': 3, 't1200': 7, 't600': 6.

The value of this object indicates the maximum throughput class in transmit direction (equipment to remote peer). The default value is 9600 bits per second. Enumeration: 't150': 4, 't300': 5, 't9600': 10, 't4800': 9, 't128000': 14, 't2400': 8, 't19200': 11, 't192000': 15, 't64000': 13, 't48000': 12, 't75': 3, 't1200': 7, 't600': 6.

The value of this object indicates the maximum throughput class in receive direction (remote peer to equipment). The default value is 9600 bits per second. Enumeration: 't150': 4, 't300': 5, 't9600': 10, 't4800': 9, 't128000': 14, 't2400': 8, 't19200': 11, 't192000': 15, 't64000': 13, 't48000': 12, 't75': 3, 't1200': 7, 't600': 6.

The value of this object indicates if the subscriber connected to the link has subscribed to packet size negociation facility. The authorized values are 'clear' (not subscriber) or 'subscribe'. The default value is 'clear'. Enumeration: 'subscribe': 2, 'clear': 1.

The value of this object indicates the default packet size in transmit direction (equipment to remote peer). The default value is 128 octets. Enumeration: 's128': 7, 's4096': 12, 's2048': 11, 's512': 9, 's16': 4, 's256': 8, 's32': 5, 's64': 6, 's1024': 10, 's8192': 13.

The value of this object indicates the default packet size in receive direction (remote peer to equipment). The default value is 128 octets. Enumeration: 's128': 7, 's4096': 12, 's2048': 11, 's512': 9, 's16': 4, 's256': 8, 's32': 5, 's64': 6, 's1024': 10, 's8192': 13.

The value of this object indicates the maximum packet size in transmit direction (equipment to remote peer). The default value is 128 octets. Enumeration: 's128': 7, 's4096': 12, 's2048': 11, 's512': 9, 's16': 4, 's256': 8, 's32': 5, 's64': 6, 's1024': 10, 's8192': 13.

The value of this object indicates the maximum packet size in receive direction (remote peer to equipment). The default value is 128 octets. Enumeration: 's128': 7, 's4096': 12, 's2048': 11, 's512': 9, 's16': 4, 's256': 8, 's32': 5, 's64': 6, 's1024': 10, 's8192': 13.

The value of this object indicates the minimum packet size in transmit direction (equipment to remote peer). The default value is 16 octets. Enumeration: 's128': 7, 's4096': 12, 's2048': 11, 's512': 9, 's16': 4, 's256': 8, 's32': 5, 's64': 6, 's1024': 10, 's8192': 13.

The value of this object indicates the minimum packet size in receive direction (remote peer to equipment). The default value is 16 octets. Enumeration: 's128': 7, 's4096': 12, 's2048': 11, 's512': 9, 's16': 4, 's256': 8, 's32': 5, 's64': 6, 's1024': 10, 's8192': 13.

The value of this object indicates if the subscriber connected to the link has subscribed to the negociation of the transmit window size facility. The authorized values are 'clear' (not subscriber) or 'subscribe'. The default value is 'clear'. Enumeration: 'subscribe': 2, 'clear': 1.

The value of this object indicates the default window size in transmit direction (equipment to remote peer). The authorized values are '1..7'. The default value is '2'.

The value of this object indicates the default window size in receive direction (remote peer to equipment). The authorized values are '1..7'. The default value is '4'.

The value of this object indicates the maximum window size in transmit direction (equipment to remote peer). The authorized values are '1..7'. The default value is '3'.

The value of this object indicates the maximum window size in receive direction (remote peer to equipment). The authorized values are '1..7'. The default value is '4'.

This table contains the connection parameters (service part) of asynchronous configurations.

An entry of fclAsynCfgConnServiceTable.

The value of this object identifies one and only one asynchronous configuration. The possible values are : '0..199. If it is unused, the value of this parameter is '255'.

The value of this object indicates the compression enabling for each direction. The authorized values are : off : no compression, networkToSubscriber : compression of the flow from the remote peer to the equipment, subscriberToNetwork : compression of the flow from the equipment to the remote peer, bothway : compression of the two flows from and to the equipment. The default value is 'off'. Enumeration: 'networkToSubscriber': 2, 'subscriberToNetwork': 3, 'off': 1, 'bothway': 4.

The value of this object indicates whether the compression facility is negociated or not and, if negociated, the optional/obligatory status. The authorized values are : off' :no negociation, onOptionalCompression : negociation but compression is optional, onMandatoryCompression : negociation and compression is mandatory. The default value is 'off'. Enumeration: 'onMandatoryCompression': 3, 'onOptionalCompression': 2, 'off': 1.

The value of this object indicates, when the compression is active, whether the scrambling is enabled or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines the maximum waiting time, in milliseconds by steps of 100 milliseconds , which, if there is not another packet to compress, the packet of compressed packets is sent beyond (this permits to reduce the number of packets transmitted to the remote peer). The authorized values are '0..1500'. '0' means no packets grouping (i. e. : each packet is individually compressed and sent). The default value is '0'.

The value of this object indicates whether the subscriber connected to the link has subscribed to X29 reselection or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates whether the 'call return' packet may be sent on this link or not. The 'call return' packet, sent to the previous equipment, makes this equipments search for another route to join the called DTE. The defaut value is 'on'. Enumeration: 'on': 3, 'off': 1.

The value of this object specifies the management of the D bit. The authorized values are 'off' or 'clear' (in this case, there is clearing ....) or 'on'. The default value is 'on'. Enumeration: 'on': 3, 'clear': 2, 'off': 1.

The value of this object is used to enable the Reliable Virtual Circuit service. The authorized values are : off : no RVC, the VCs are considered as normal VCs, no particular processing, clear : RVCs are not allowed for the subscriber, each attempt to establish a RVC provokes a clear of the connection, subscribe : all calls transmitted by the subscriber establish RVCs, it is also possible to receive calls with RVC option, check : for a link to a subscriber : when a call with RVC option is received, a RVC is established for a link to a network : the RVC option is ignored when it is present in a call sent by a local subscriber, the connection is cleared when the RVC option is present in a call sent by the network. The default value is 'off'. Enumeration: 'subscribe': 2, 'clear': 3, 'off': 1, 'check': 4.

COS Enumeration: 'vbr': 1, 'ubr': 3.

Entrant CIR

Entrant CIR mini

Conversion adresse : point vise Enumeration: 'on': 2, 'off': 1.

Conversion d'adresse sur appel entrant Enumeration: 'calledAddress': 3, 'callingAddressAndCalledAddress': 4, 'off': 1, 'callingAddress': 2.

Conversion adresse sur appel sortant Enumeration: 'calledAddress': 3, 'callingAddressAndCalledAddress': 4, 'off': 1, 'callingAddress': 2.

Conversion adresse : controle de la presence dans les tables de conversion Enumeration: 'onIncomingCallAndOutgoingCall': 4, 'onOutgoingCall': 3, 'off': 1, 'onIncomingCall': 2.

This table contains the asynchronous logical ports for which a call is automatically sent when the operational state of this LP becomes 'up'. For each LP this table defines the addres of the called remote peer and the different parameters of the call processing.

An entry of fclAsynAutoCallTable.

The value of this object identifies one and only one asynchronous logical port. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the X121 address of the called remote peer. This value is the called address specified in the call packet sent from this logical port. The value may contain up to 15 digits (digits 0..9). The value must be completed with 'F' digits for a total of 16 digits. The equipment configurator does not need final completion. The default value is 'FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object indicates the facilities set in the call packet. The authorized values are 'none' (no facility), 'reverseCharging' (code '0101'), 'cug' (code '0300'), 'reverseCharging-cug' (code '01010300'), 'throughputClass' (code '02xx' where 'x' is the throughput class code defined by fclAsynAutoFacThroughputClass). The default value is 'none'. Enumeration: 'cug': 3, 'reverseCharging-cug': 4, 'none': 1, 'reverseCharging': 2, 'throughputClass': 5.

The value of this object indicates the throughput class facility set in the call packet when the object fclAsynAutoFacility is set to 'throughputClass'. The authorized values, in bits per second, are 75 (code '3'), 150 (code '4'), 300 (code '5'), 600 (code '6'), 1200 (code '7'), 2400 (code '8'), 4800 (code '9'), 9600 (code 'A'), 19200 (code 'B'), 48000 (code 'C'), 64000 (code 'D'), 128000 (code 'E'), 192000 (code 'F'). The default value is 'none'. Enumeration: 't150': 4, 't300': 5, 't9600': 10, 't4800': 9, 't128000': 14, 't2400': 8, 't19200': 11, 't192000': 15, 't64000': 13, 't48000': 12, 't75': 3, 't1200': 7, 't600': 6.

The value of this object is the call user data specified in DisplayString format. When both objects fclAsynAutoCallUserDataAscii and fclAsynAutoCallUserDataAscii are not empty the first one is ignored. The value may contain up to 12 characters. The default value is an empty string.

The value of this object is the call user data specified in OCTET STRING format. When both objects fclAsynAutoCallUserDataAscii and fclAsynAutoCallUserDataAscii are not empty the first one is ignored. 13 bytes from 00 to FF must be specified. The first byte contains the number of following useful bytes. The trailing bytes must be set to 'FF'. The equipment configurator does not need this final completion. The default value is 'empty' (first byte set to '00').

The value of this object specifies the minimum recall time (in seconds) between two successive calls. The authorized values are '0..990' by step of 10. The default value is '0'.

The value of this object specifies the reaction of the equipment receiving a character from the asynchronous device during the recall time : either stops the timer and lets the operator with his asynchronous device to type any X28 command ('No' value), or discards the character and lets go on the recall timer('Yes' value). The authorized values are 'Yes' or 'No'. The default value is 'No'. Enumeration: 'on': 2, 'off': 1.

This table contains the logical ports for which a call is automatically sent when the operational state of this LP becomes 'up'. This table describes how the videotext keyboard function keys are translated.

An entry of fclAsynAutoVdxKeyTranslationTable.

The value of this object identifies one and only one asynchronous logical port. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object indicates whether the videotext keyboard function keys are transcoded or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object is the X3 profile number used during the transfert. The authorized values are 'p1' (profile number 1), 'p2' (profile number 2). The default value is 'p1'. Enumeration: 'p2': 2, 'p1': 1.

The value of this object indicates whether the automatic changeover to data communication standard during data transfert is enabled or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates the handling of the videotext keyboard 'connexion/fin' key. The authorized values are 'local' (.....), 'remote' (....). The default value is 'local'. Enumeration: 'remote': 2, 'local': 1.

The value of this object indicates whether the local communication is hang up (case PSTN link) when a clear packet is received or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

This table contains mnemonics that permit to associate names to remote peer. For each name this table defines the addres of the called remote peer and the different parameters of the call processing.

An entry of fclAsynMnemonicTable.

The value of this object identifies one and only one mnemonic (this value is used as index of this table instead of the mnemonic name to make the SNMP managers handle correctly this table). The possible values are : '0..99'. If it is unused, the value of this parameter is '255'.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the mnemonic name. The value may contain up to 6 characters. The default value is an empty string.

The value of this object is the X121 address of the called remote peer. This value is the called address specified in the call packet sent from this logical port. The value may contain up to 15 digits (digits 0..9). The value must be completed with 'F' digits for a total of 16 digits. The equipment configurator does not need final completion. The default value is 'FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object indicates the facilities set in the call packet. The authorized values are 'none' (no facility), 'reverseCharging' (code '0101'), 'cug' (code '0300'), 'reverseCharging-cug' (code '01010300'), 'throughputClass' (code '02xx' where 'x' is the throughput class code defined by fclAsynMneFacThroughputClass). The default value is 'none'. Enumeration: 'cug': 3, 'reverseCharging-cug': 4, 'none': 1, 'reverseCharging': 2, 'throughputClass': 5.

The value of this object indicates the throughput class facility set in the call packet when the object fclAsynMneFacility is set to 'throughputClass'. The authorized values, in bits per second, are 75 (code '3'), 150 (code '4'), 300 (code '5'), 600 (code '6'), 1200 (code '7'), 2400 (code '8'), 4800 (code '9'), 9600 (code 'A'), 19200 (code 'B'), 48000 (code 'C'), 64000 (code 'D'), 128000 (code 'E'), 192000 (code 'F'). The default value is 'none'. Enumeration: 't150': 4, 't300': 5, 't9600': 10, 't4800': 9, 't128000': 14, 't2400': 8, 't19200': 11, 't192000': 15, 't64000': 13, 't48000': 12, 't75': 3, 't1200': 7, 't600': 6.

The value of this object is the call user data specified in DisplayString format. When both objects fclAsynMneCallUserDataAscii and fclAsynMneCallUserDataAscii are not empty the first one is ignored. The value may contain up to 12 characters. The default value is an empty string.

The value of this object is the call user data specified in OCTET STRING format. When both objects fclAsynMneCallUserDataAscii and fclAsynMneCallUserDataAscii are not empty the first one is ignored. 13 bytes from 00 to FF must be specified. The first byte contains the number of following useful bytes. The trailing bytes must be set to 'FF'. The equipment configurator does not need this final completion. The default value is 'empty' (first byte set to '00').

This table contains mnemonics that permit to associate names to remote peer. This table describes how the videotext keyboard function keys are translated.

An entry of fclAsynMneVdxKeyTranslationTable.

The value of this object identifies one and only one mnemonic (this value is used as index of this table instead of the mnemonic name to make the SNMP managers handle correctly this table). The possible values are : '0..99. If it is unused, the value of this parameter is '255'.

The value of this object is the mnemonic name.

The value of this object indicates whether the videotext keyboard function keys are transcoded or not. The default value is 'off'. Enumeration: 'yes': 2, 'no': 1.

The value of this object is the X3 profile number used during the transfert. The authorized values are 'p1' (profile number 1), 'p2' (profile number 2). The default value is 'p1'. Enumeration: 'p2': 2, 'p1': 1.

The value of this object indicates whether the automatic changeover to data communication standard during data transfert is enabled or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object indicates the handling of the videotext keyboard 'connexion/fin' key. The authorized values are 'local' (.....), 'remote' (....). The default value is 'local'. Enumeration: 'remote': 2, 'local': 1.

The value of this object indicates whether the local communication is hang up (case PSTN link) when a clear packet is received or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

This table contains the remote peers to call by Public Switched Telephone Network way.

An entry of fclAsynPstnRemotePeerTable.

The value of this object is the X121 address of the called remote peer. The value may contain up to 15 digits (digits 0..9, B, D). The digits 'B', 'D' (respectively characters '*', '?' on the equipment configurator) have special meanings : 'B' matches any address. When used it must be the only digit specified (with final completion as explained below). 'D' matches any single digit. The value must be completed with 'F' digits for a total of 16 digits. The equipment configurator does not need final completion. The default value is 'FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

Status Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the PSTN address of the called remote peer. The value may contain up to 28 digits (digits 0..E). The digits 'A', 'B', 'C', 'D', 'E' (respectively characters 'W', ',', 'P', 'T', '!' on the equipment configurator) have special meanings : 'A' means 'attente de tonalite', 'B' means 'pause of 2 seconds', 'C' means 'numerotation decimale', 'D' means 'numerotation multifrequence', 'E' means 'raccrocher 0.5 second'. The value must be completed with 'F' digits for a total of 28 digits. The equipment configurator does not need final completion. The default value is 'FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

This table contains user identifications.

An entry of fclAsynNetUserTable.

The value of this object identifies one and only one user (this value is used as index of this table instead of the NUI to make the SNMP managers handle correctly this table). The possible values are : '0..254'. If it is unused, the value of this parameter is '255'.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the NUI (Network User Identifier). The authorized values are all the alphabetical characters strings on 6 characters. The default value is the empty string.

The value of this object is the NUA (Network User Access). The authorized values are '0..9999'. If it is unused, the value is '65535'. The default value is '65535'.

This table defines the general parameters of Frame Relay Access logical ports. These FRA logical ports are used when X25 Virtual Channel must be established between local FR PVC (Frame Relay Permanent Virtual Circuit) end points and remote FR PVC end points through a X25 network. They are not adapted to cross a Frame Relay network (see FR CE logical ports in this case).

An entry of fclFraLogPortTable.

The value of this object identifies one and only one Frame Relay Access logical port. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object identifies the line interface used by this FRA logical port. The possible values are : '0..35'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object defines which kind of signalling is used on this FRA logical port. The possible values are 'off' (no signalling), lmiUni (Link Management Interface - User to Network Interface : the equipment performs user-side procedures), lmiNui (Link Management Interface - Network to User Interface : the equipment performs network-side procedures). The default value is '255'. Enumeration: 'lmiNui': 3, 'lmiUni': 2, 'off': 1.

The value of this object is the input resource threshold over which several input frames coming from a FR PVC end point are grouped in a single X25 packet to cross the X25 network. The enabling of this grouping is PVC end point specific (see fclFraPvcEncapsulation). The possible values are : '1..97'. The thresholds must be set as following : fclFraLpGroupingThreshold < fclFraLpFecnBecnThreshold < fclFraLpDeDiscardThreshold < fclFraLpAllDiscardThreshold. The default value is '1'.

The value of this object is the input resource threshold over which bits FECN (Forward Explicit Congestion Notification) of input frames and BECN (Backward Explicit Congestion Notification) of output frames are set to 1. The possible values are : '2..98'. The thresholds must be set as following : fclFraLpGroupingThreshold < fclFraLpFecnBecnThreshold < fclFraLpDeDiscardThreshold < fclFraLpAllDiscardThreshold. The default value is '10'.

The value of this object is the input resource threshold over which input frames with bit DE (Discard Eligible) set to 1 are discarded (i.e. : not sent accross the X25 network). The possible values are : '3..99'. The thresholds must be set as following : fclFraLpGroupingThreshold < fclFraLpFecnBecnThreshold < fclFraLpDeDiscardThreshold < fclFraLpAllDiscardThreshold. The default value is '15'.

The value of this object is the input resource threshold over which all input frames are discarded (i.e. : not sent accross the X25 network). The possible values are : '4..100'. The thresholds must be set as following : fclFraLpGroupingThreshold < fclFraLpFecnBecnThreshold < fclFraLpDeDiscardThreshold < fclFraLpAllDiscardThreshold. The default value is '20'.

The value of this object is the number of interframe flags (it concerns the framing aspects of link access procedures of X25 and not the fact to put several frames coming from a FR PVC end point in a single X25 packet). The possible values are : '1..15'. The default value is '1'.

The value of this object is the inactivity check delay in minutes.............. The possible values are : '0..254'. The value '0' disables this clearing mechanism. The default value is '0'.

The value of this object indicates the compression enabling for each direction. The authorized values are : off : no compression, networkToSubscriber : compression of the flow from the remote peer to the equipment, subscriberToNetwork : compression of the flow from the equipment to the remote peer, bothway : compression of the two flows from and to the equipment. The default value is 'off'. Enumeration: 'networkToSubscriber': 2, 'subscriberToNetwork': 3, 'off': 1, 'bothway': 4.

The value of this object indicates whether the compression facility is negociated or not and, if negociated, the optional/obligatory status. The authorized values are : off' :no negociation, onOptionalCompression : negociation but compression is optional, onMandatoryCompression : negociation and compression is mandatory. The default value is 'off'. Enumeration: 'onMandatoryCompression': 3, 'onOptionalCompression': 2, 'off': 1.

The value of this object indicates, when the compression is active, whether the scrambling is enabled or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines the maximum waiting time, in milliseconds by steps of 100 milliseconds , which, if there is not another packet to compress, the packet of compressed packets is sent beyond (this permits to reduce the number of packets transmitted to the remote peer). The authorized values are '0..1500'. '0' means no packets grouping (i. e. : each packet is individually compressed and sent). The default value is '0'.

The value of this object is used to enable the Reliable Virtual Circuit service. The authorized values are : off : no RVC, the VCs are considered as normal VCs, no particular processing, clear : RVCs are not allowed for the subscriber, each attempt to establish a RVC provokes a clear of the connection, subscribe : all calls transmitted by the subscriber establish RVCs, it is also possible to receive calls with RVC option, check : for a link to a subscriber : when a call with RVC option is received, a RVC is established for a link to a network : the RVC option is ignored when it is present in a call sent by a local subscriber, the connection is cleared when the RVC option is present in a call sent by the network. The default value is 'off'. Enumeration: 'subscribe': 2, 'clear': 3, 'off': 1, 'check': 4.

This table defines the LMI (Link Management Interface) parameters of Frame Relay Access logical ports with LMI signalling.

An entry of fclFraLmiTable.

The value of this object identifies one and only one Frame Relay Access logical port with LMI (Link Management Interface) signalling. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object is the DLCI Data Link Connection Identifier of the Frame Relay PVC (Permanent Virtual Circuit) used by LMI to exchange management datas with the facing peer. The possible values are '0' or '1023'. The default value is '0'. Enumeration: 'dlci1023': 2, 'dlci0': 1.

The value of this object defines which standard is used. The possible values are 'ansiT1-617d' (ANSI T1.617 Annex D) or 'itutQ933a' (ITU-T Q.933 Annex A). The default value is 'ansiT1-617d'. Enumeration: 'itutQ933a': 2, 'ansiT1-617d': 1.

The value of this object defines calculation mode of the 'up' operational status of the logical port. The operational state may be deducted using the N393 mechanism (value 'n393') or, more rapidly, withoutis using this mechanism (value 'fast'). The default value is 'fast'. Enumeration: 'n393': 2, 'fast': 1.

The value of this object identifies the user-side N391 full status polling cycle value for this logical port. This the number of status enquiry intervals that pass before issuance of full status enquiry message. If the logical port is not performing user-side procedures, then this value is meaningless. The authorized values are '1..254'. The default value is '6'.

The value of this object identifies the user-side or network-side N392 error threshold value for this logical port. This is the maximum number of unanswered Status Enquiries the equipment shall accept before declaring the logical port down. The authorized values are '1..10. The default value is '3'.

The value of this object identifies the user-side or network-side N393 monitored events count value for this logical port. This is the number of status polling intervals over which the error threshold is counted. For example if within 'MonitoredEvents' number of events the equipment receives 'ErrorThreshold' number of errors, the logical port is marked as down. The authorized values are '1..10. The default value is '4'.

The value of this object identifies the user-side T391 link integrity verification polling timer value for this logical port. This is the number of seconds between successive status enquiry messages. If the logical port is not performing user-side procedures, then this value is meaningless. The authorized values are '5..30'. The default value is '10'.

The value of this object identifies the network-side T392 polling verification timer value (nT2 for LMI) for this logical port. This value is expressed in seconds. If the logical port is not performing network-side procedures, then this value is meaningless. The authorized values are '5..30'. The default value is '15'

This table defines the Frame Relay PVC (Permananent Virtual Circuit) end points on Frame Relay Access logical ports. For each PVC end point this table defines the addres of the called remote peer and the different parameters of the call processing.

An entry of fclFraPvcEndPointTable.

The value of this object identifies one and only one Frame Relay Access logical port. This is the logical port this PVC (Permanent Virtual Circuit) end point is layered onto. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object is equal to the DLCI (Data Link Connection Identifier) value for this PVC (Permanent Virtual Circuit) end point. The possible values are : '0..1023. If it is unused, the value of this parameter is '65535'. The default value is '65535'.

The value of this object indicates the state of the entry of this table. The default value is 'valid'. It must be set to 'invalid' to delete the entry. Enumeration: 'valid': 1, 'invalid': 2.

The value of this object is the X121 address of the called remote peer PVC end point. This value is the called address specified in the call packet sent from this PVC end point. The value may contain up to 15 digits (digits 0..9). The value must be completed with 'F' digits for a total of 16 digits. The equipment configurator does not need final completion. The default value is 'FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is the SB number added to the DNICZO of the equipment to make the calling address in a call sent from this PVC end point. The value must contain 4 digits (digits 0..9). The default value is 'FF FF'.

The value of this object defines the mode used to establish the X25 VC between this PVC end point and the remote one on the other side of the X25 network. The authorized values are 'calling' (the caller is this PVC end point), 'called' (the caller is the remote PVC end point), 'auto' (automatic choise between 'calling' and 'called'). The default value is 'auto'. Enumeration: 'auto': 3, 'called': 2, 'calling': 1.

The value of this object defines how FR frames are transported in the X25 VC between this PVC end point and the remote one on the other side of the X25 network. The authorized values are 'none' (each FR frame is put in one X25 packet without any particular treatment), 'fastSelect' (Fast select is requested in the call packet), 'fastSelect-frHeader' (Fast select is requested in the call packet, the FR header is also transported), 'fastSelect-frHeader-grouping' (Fast select is requested in the call packet, the FR header is also transported, several FR frames may be grouped in only one X25 packet). The default value is 'none'. Enumeration: 'fastSelect': 2, 'none': 1, 'fastSelect-frHeader': 3, 'fastSelect-frHeader-grouping': 4.

The value of this object specifies the minimum recall time (in seconds) between two successive calls. The authorized values are '0..990' by step of 10. The default value is '0'.

The value of this object is the inactivity time in seconds.............. The possible values are : '0..2540'. This clearing mechanism is enabled or disabled on the logical port (see fclFraLpInactivityCheckDelay). The default value is '30'.

This table defines the general parameters of HDLC (High-level Data Link Control) access logical ports.

An entry of fclHdlcLogPortTable.

The value of this object identifies one and only one HDLC (High-level Data Link Control) access logical port. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object identifies the line interface used by this HDLC logical port. The possible values are : '0..35'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object indicates whether the CRC (Cyclic Redundancy Check) is transported or not. The default value is 'off'. Enumeration: 'on': 1, 'off': 2.

The value of this object is the input resource threshold over which several input frames coming from this HDLC logical port are grouped in a single X25 packet. See fclHdlcAutoEncapsulation to enable this grouping. The possible values are : '1..97'. The thresholds must be set as following : fclHdlcLpGroupingThreshold < fclHdlcLpAllDiscardThreshold. The default value is '1'.

The value of this object is the input resource threshold over which all input frames are discarded (i.e. : not sent accross the network). The possible values are : '4..100'. The thresholds must be set as following : fclHdlcLpGroupingThreshold < fclHdlcLpAllDiscardThreshold. The default value is '20'.

The value of this object is the number of interframe flags (it concerns the framing aspects of link access procedures of X25 and not the fact to put several frames coming from this HDLC logical port in a single X25 packet). The possible values are : '1..15'. The default value is '1'.

The value of this object is the inactivity check delay in minutes.............. The possible values are : '0..254'. The value '0' disables this clearing mechanism. The default value is '0'.

The value of this object indicates the compression enabling for each direction. The authorized values are : off : no compression, networkToSubscriber : compression of the flow from the remote peer to the equipment, subscriberToNetwork : compression of the flow from the equipment to the remote peer, bothway : compression of the two flows from and to the equipment. The default value is 'off'. Enumeration: 'networkToSubscriber': 2, 'subscriberToNetwork': 3, 'off': 1, 'bothway': 4.

The value of this object indicates whether the compression facility is negociated or not and, if negociated, the optional/obligatory status. The authorized values are : off' :no negociation, onOptionalCompression : negociation but compression is optional, onMandatoryCompression : negociation and compression is mandatory. The default value is 'off'. Enumeration: 'onMandatoryCompression': 3, 'onOptionalCompression': 2, 'off': 1.

The value of this object indicates, when the compression is active, whether the scrambling is enabled or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines the maximum waiting time, in milliseconds by steps of 100 milliseconds , which, if there is not another packet to compress, the packet of compressed packets is sent beyond (this permits to reduce the number of packets transmitted to the remote peer). The authorized values are '0..1500'. '0' means no packets grouping (i. e. : each packet is individually compressed and sent). The default value is '0'.

The value of this object is used to enable the Reliable Virtual Circuit service. The authorized values are : off : no RVC, the VCs are considered as normal VCs, no particular processing, clear : RVCs are not allowed for the subscriber, each attempt to establish a RVC provokes a clear of the connection, subscribe : all calls transmitted by the subscriber establish RVCs, it is also possible to receive calls with RVC option, check : for a link to a subscriber : when a call with RVC option is received, a RVC is established for a link to a network : the RVC option is ignored when it is present in a call sent by a local subscriber, the connection is cleared when the RVC option is present in a call sent by the network. The default value is 'off'. Enumeration: 'subscribe': 2, 'clear': 3, 'off': 1, 'check': 4.

COS Enumeration: 'vbr': 1, 'vbr-rt': 2, 'ubr': 3.

Entrant CIR

Entrant CIR mini

This table contains the HDLC logical ports for which a call is automatically sent when the operational state of this LP becomes 'up'. For each LP this table defines the addres of the called remote peer and the different parameters of the call processing.

An entry of fclHdlcAutoCallTable.

The value of this object identifies one and only one HDLC logical port. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'.

The value of this object is the X121 address of the called remote peer. This value is the called address specified in the call packet sent from this logical port. The value may contain up to 15 digits (digits 0..9). The value must be completed with 'F' digits for a total of 16 digits. The equipment configurator does not need final completion. The default value is 'FF FF FF FF FF FF FF FF' meaning 'empty value' (blank value on the equipment configurator).

The value of this object is the SB number added to the DNICZO of the equipment to make the calling address in a call sent from this HDLC logical port. The value must contain 2 digits (digits 0..9). The default value is 'FF FF'.

The value of this object defines the mode used to establish the X25 VC between this HDLC logical port and the remote one on the other side of the network. The authorized values are 'calling' (the caller is this HDLC logical port), 'called' (the caller is this remote HDLC logical port), 'auto' (automatic choise between 'calling' and 'called'). The default value is 'auto'. Enumeration: 'auto': 3, 'called': 2, 'calling': 1.

The value of this object defines how HDLC frames are transported in the X25 VC between this HDLC logical port and the remote one on the other side of the network. The authorized values are 'none' (each FR frame is put in one packet without any particular treatment), 'fastSelect' (Fast select is requested in the call packet), 'fastSelect-frHeader' (Fast select is requested in the call packet, the FR header is also transported), 'fastSelect-frHeader-grouping' (Fast select is requested in the call packet, the FR header is also transported, several FR frames may be grouped in only one packet). The default value is 'none'. Enumeration: 'fastSelect': 2, 'none': 1, 'fastSelect-grouping': 4.

The value of this object specifies the minimum recall time (in seconds) between two successive calls. The authorized values are '0..990' by step of 10. The default value is '0'.

The value of this object is the inactivity time in seconds.............. The possible values are : '0..2540'. See fclHdlcLpInactivityCheckDelay to enable or disable this clearing. The default value is '30'.

This table defines the general parameters of SDLC (Synchronous Data Link Control) access logical ports. These SDLC logical ports are used in SNA (Systems Network Architecture) to cross X25 or Frame Relay networks.

An entry of fclSdlcLogPortTable.

The value of this object identifies one and only one SDLC (Synchronous Data Link Control) access logical port in SNA (Systems Network Architecture). The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object identifies the line interface used by this SDLC logical port. The possible values are : '0..35'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object indicates the type of the physical unit(s) which are in front of this SDLC logical port. The PU may be 'primary' or 'secondary'. Primary PUs poll secondary Pus in a predetermined order and then secondaries transmit if they have outgoing data. The equipment acts as a primary PU in front of secondaries PU and, on the other side, it acts as secondaries PU in front of a primary PU. The default value is 'secondary' (so the equipment acts as primary PU). Enumeration: 'primary': 18, 'secondary': 17.

The value of this object is the SB number added to the DNICZO of the equipment to make the calling address in a call sent from this logical port. The value must contain 2 digits (digits 0..9). The default value is 'FF'.

The value of this object indicates whether the coding format is NRZ (Non Return to Zero) or NRZI (Non Return to Zero Inverted) The default value is 'nrz'. Enumeration: 'nrzInverse': 2, 'nrz': 1.

The value of this object indicates, when the equipment receives an unknown packet on this logical port, whether it clears the WAN connection or it deletes this packet (i.e. it does not transmit this packet over the network). The default value is 'nrz'. Enumeration: 'clear': 1, 'delete': 2.

The value of this object indicates which transport protocol is used over the network. QLLC (...) or PSH (...) may be used. The default value is 'qllc'. Enumeration: 'psh': 2, 'qllc': 1.

The value of this object indicates the packet size used across the network. When PSH is used as transport protocol the packet size must be 128 or 256 octets. The default value is 128 octets. Enumeration: 's128': 7, 's4096': 12, 's2048': 11, 's512': 9, 's16': 4, 's256': 8, 's32': 5, 's64': 6, 's1024': 10.

The value of this object indicates the window size used across the network. The authorized values are '1..7'. The default value is '7'.

The value of this object indicates the compression enabling for each direction. The authorized values are : off : no compression, networkToSubscriber : compression of the flow from the remote peer to the equipment, subscriberToNetwork : compression of the flow from the equipment to the remote peer, bothway : compression of the two flows from and to the equipment. The default value is 'off'. Enumeration: 'networkToSubscriber': 2, 'subscriberToNetwork': 3, 'off': 1, 'bothway': 4.

The value of this object indicates whether the compression facility is negociated or not and, if negociated, the optional/obligatory status. The authorized values are : off' :no negociation, onOptionalCompression : negociation but compression is optional, onMandatoryCompression : negociation and compression is mandatory. The default value is 'off'. Enumeration: 'onMandatoryCompression': 3, 'onOptionalCompression': 2, 'off': 1.

The value of this object indicates, when the compression is active, whether the scrambling is enabled or not. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines the maximum waiting time, in milliseconds by steps of 100 milliseconds , which, if there is not another packet to compress, the packet of compressed packets is sent beyond (this permits to reduce the number of packets transmitted to the remote peer). The authorized values are '0..1500'. '0' means no packets grouping (i. e. : each packet is individually compressed and sent). The default value is '0'.

The value of this object is used to enable the Reliable Virtual Circuit service. The authorized values are : off : no RVC, the VCs are considered as normal VCs, no particular processing, clear : RVCs are not allowed for the subscriber, each attempt to establish a RVC provokes a clear of the connection, subscribe : all calls transmitted by the subscriber establish RVCs, it is also possible to receive calls with RVC option, check : for a link to a subscriber : when a call with RVC option is received, a RVC is established for a link to a network : the RVC option is ignored when it is present in a call sent by a local subscriber, the connection is cleared when the RVC option is present in a call sent by the network. The default value is 'off'. Enumeration: 'subscribe': 2, 'clear': 3, 'off': 1, 'check': 4.

COS Enumeration: 'vbr': 1, 'ubr': 3.

Entrant CIR

Entrant CIR mini

Entrant BE

This table defines the parameters of SDLC access logical ports which are in front of primaries Physical Units.

An entry of fclSdlcPriLogPortTable.

The value of this object identifies one and only one SDLC access logical port which is in front of primaries Physical Units. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object indicates which kind of link is estblished over the network. In this description the primary PU in front of this logical port is said 'local', the secondary PU on the other side of the network is said 'remote'. The values are expressed with the format 'local-remote' : pu4-pu4 : PU 4 to PU 4, pu4-pu21 PU 4 to PU 2.1, pu4-pu20 : PU 4 to PU 2.0, pu21-pu21 : PU 2.1 to PU 2.1, nixd-pu20 : Nixdorf PU to PU 2.0, rwsi-pu20 : RWSI to PU 2.0. The default value is 'pu4-pu20'. Enumeration: 'nixd-pu20': 27, 'rwsi-pu20': 30, 'pu4-pu21': 20, 'pu4-pu20': 16, 'pu21-pu21': 22, 'pu4-pu4': 25.

The value of this object indicates whether the remote secondary PU is identified by a proprietary way or by using the called address field of call packets. The default value is 'proprietary'. Enumeration: 'calledAddr': 2, 'proprietary': 1.

The value of this object indicates whether the equipment answers to the polling group when this feature is used by the local primary PU as a normal secondary PU should do. The address used by this polling group is defined in fclSdlcPriLpPollingGroupAddress. The default value is 'off'. Enumeration: 'on': 2, 'off': 1.

The value of this object defines the address used by the polling group (if the equipment must answer according to fclSdlcPriLpPollingGroupResponse). The value must contain 2 digits (digits 0..F). The default value is 'FF'.

An entry of fclSdlcPriClusterTable.

LP Id

Adresse du cluster

Status Enumeration: 'valid': 1, 'invalid': 2.

Adresse X121 si identification PU2 distant par adresse appelee

An entry of fclSdlcSecLogPortTable.

The value of this object identifies one and only one SDLC access logical port which is in front of primaries Physical Units. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object indicates which kind of link is estblished over the network. In this description the secondary PU in front of this logical port is said 'local', the primary PU on the other side of the network is said 'remote'. The values are expressed with the format 'local-remote' : pu4-pu4 : PU 4 to PU 4, pu21-pu4 PU 2.1 to PU 4, pu21-pu21 : PU 2.1 to PU 2.1, pu20-pu4 : PU 2.0 to PU 4, pu20-nixd : PU 2.0 to Nixdorf PU, pu20-rwsi : PU 2.0 to RWSI. terminal to pu4. The default value is 'pu20-pu4'. Enumeration: 'terminal-pu4': 34, 'pu20-rwsi': 31, 'pu21-pu4': 21, 'pu20-pu4': 17, 'pu21-pu21': 23, 'pu20-nixd': 28, 'pu4-pu4': 26.

The value of this object indicates whether the remote secondary PU is identified by a proprietary way or by using the called address field of call packets. The default value is 'proprietary'. Enumeration: 'calledAddr': 2, 'proprietary': 1.

T1 Reply timer. A SDLC link-station uses T1 to detect a failure to receive a required acknowlegment or response. T1 runs when there are acknowlegments outstanding, it is reset when acknowlegments are received.

The maximum number of transmissions. If the reply timer expires for whatever reason, an S-frame with poll bit set is sent to sollicit a response from remote SDLC link-station. If there is still no response after N2 retry, the link is deemed to be inoperative.

The maximum number of calls. If the call confirm is not received, the network layer will repeat a call packet. If there is still no response after n calls, the network layer will then start a slow call.

Timer between two polling of all stations in a list.

Number of polling counts before to poll the station with SNRM

An entry of fclSdlcSecClusterTable.

The value of this object identifies one and only one SDLC access logical port which is in front of primaries Physical Units. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

This is the poll address of the controller. You must make sure this address matches the one assignedto the attached controller. Range is '01 to FF'

Status Enumeration: 'valid': 1, 'invalid': 2.

Called X121 address. X121 Address of the corresponding Hpad element.

The value of this object indicates the X25 call packet facility. The possible values are : none : no facility in the call packet, reverseCharging : Reverse Charging, cug : Closed User Group, reverseCharging -cug : Closed User Group, Reverse Charging. The default value is 'none'. Enumeration: 'cug': 3, 'reverseCharging-cug': 4, 'none': 1, 'reverseCharging': 2, 'throughputClass': 5.

Throughput Class Enumeration: 't150': 4, 't300': 5, 't9600': 10, 't4800': 9, 't128000': 14, 't2400': 8, 't19200': 11, 't192000': 15, 't64000': 13, 't48000': 12, 't75': 3, 't1200': 7, 't600': 6.

Slow call timer

PVC number

This field enables you to assign a PU XID. The unit uses XID's to establish and negociate PU application session. If the PU cannot respond to an XID request from the Host, the unit uses this assigned XID value.

COS Class Of Service VBR Enumeration: 'vbr': 1, 'vbr-rt': 2, 'ubr': 3.

CIR Committed information Rate is the maximum number of bits per seconds which an end station can transmit into the network . This is the access rate of the user-network interface and it is limited by the line speed of the user-network connection and established by subscription.

CIRmin If the end station is informed about the congestion of the network, this is the minimum CIR that the end station can transmit into the network.

Bc The Committed Burst Size is a measure for the volume of data for which the network will garantee message delivery under normal conditions. It is measured during the committed rate measurement interval (Tc).

Be The Excess Burst Size is the maximum amount of uncommitted data in access of Bc that the network will attemp to deliver during a time interval (Tc). End stations are allowed to transmit data in excess of the committed burst rate.

This table defines the general parameters of VIP (Visual Information Projection) access logical ports. These VIP logical ports are used in HONEYWELL -BULL systems to cross X25 or Frame Relay networks

An entry of fclVipLogPortTable.

The value of this object identifies one and only one VIP(Visual Information Projection) access logical port in BULL network architecture. The possible values are : '0..131'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object identifies the line interface used by this VIP logical port. The possible values are : '0..35'. If it is unused, the value of this parameter is '255'. The default value is '255'.

The value of this object indicates the type of unit which are in front of this VIP logical port. The unit may be 'Host' or 'Cluster'. Host units poll cluster units in a predetermined order and then clusters transmit if they have outgoing data. The COMPAC equipment acts as a Cluster in front of a host(HPAD emulation) and, on the other side, it acts as a host in front of a cluster(TPAD emulation). The TPAD always originates the link circuit request .The HPAD is waiting for the link circuit indication. The default value is 'HPAD'(so the equipment acts as Cluster). Enumeration: 'hpad': 51, 'tpad': 50.

Supervision line watchdog. If this timeout matures, the line is considered as beeing out of order. The default value is 300ms.

Value of screen message transmission Time Out. The default value is '10' s

Value of printer message retransmission Time Out. The default value is '70' s

Number of message retransmissions. The default value is '5'.

'Local management' or 'transparency'of printer messages. Local management It is the standard functionning. When a printer message is received from the HOST , it is not immediateley aknowledged by the COMPAC HPAD.It will be acknowledged when the fclVipLpHosPrinterRetryTimer time out elapses. Transparency. It is an end to end aknowlegement, the printer aknowlege is conveyed through the network(transparency). The default value is 'local management'. Enumeration: 'local': 1, 'transparent': 2.