--* SNMP Vaiables of ELM1 (EMKA Electronic Locking Modules, Version 1)
--*
--* (C) EMKA electronic AG
--* Version 1.21.4,  revised by Armin Zaspel, 2003-Oct-22
--*
--= Internet: www.emka-electronic.de
--= E-Mail:   info@emka-electronic.de
--= Phone:    +49 3628 660120
--= Fax:      +49 3628 660128
--= Address:  EMKA electronic AG, Lohmühlenweg 18a, 99310 Arnstadt, Germany
--*
--*
--* General information:
--*
--* The group '...enterprises.emka.elm1' consists of two sub groups. 
--=   The getStatus-group to watch the system, it's complete read only.
--=   The control-group to write parameter and commands.
--*
--* To read or write the SNMP variables of the ELM1 system via network it is
--+ necessary to login per password. For more information see the documentation
--+ of ELM1. Only the login-level zero requires not a password, this allows to
--+ process the gLogin-group and a part of the cLogin-group. All other variables 
--+ needs the login-level 1 or higher for reading, and 2 or higher for writing.
--
--************************************************************************

ELM1-MIB DEFINITIONS ::= BEGIN

IMPORTS
  enterprises FROM RFC1155-SMI
  DisplayString FROM RFC1213-MIB
  OBJECT-TYPE FROM RFC-1212
  TRAP-TYPE FROM RFC-1215
;

emka  OBJECT IDENTIFIER ::= { enterprises 13595 }
elm1  OBJECT IDENTIFIER ::= { emka 1 }

--getStatus-group======================================================

--* The getStatus-group is to be used to watch the system. All veriables 
--+ are read only.
getStatus  OBJECT IDENTIFIER ::= { elm1 1 }

gHandles    OBJECT IDENTIFIER ::= { getStatus  1 }
gSensors    OBJECT IDENTIFIER ::= { getStatus  2 }
gContacts   OBJECT IDENTIFIER ::= { getStatus  3 }
gModules    OBJECT IDENTIFIER ::= { getStatus  4 }
gDateTime   OBJECT IDENTIFIER ::= { getStatus  5 }
gProtocol   OBJECT IDENTIFIER ::= { getStatus  6 }
gLogin      OBJECT IDENTIFIER ::= { getStatus  7 }
gAlarm      OBJECT IDENTIFIER ::= { getStatus  8 }
gCardTmn    OBJECT IDENTIFIER ::= { getStatus  9 }
gCardReg    OBJECT IDENTIFIER ::= { getStatus 10 }
gPhone      OBJECT IDENTIFIER ::= { getStatus 11 }
gMaster     OBJECT IDENTIFIER ::= { getStatus 12 }

--gHandles-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

gHandleTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of handle-table entries."
  ::= { gHandles 1 }

gHandleTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GHandleEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The handle-status-table.
  The number of entries is given by the value of gHandleTableSize."
  ::= { gHandles 2 }

gHandleEntry  OBJECT-TYPE
  SYNTAX  GHandleEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the handle-status-table."
  INDEX { gHandleRow }
  ::= { gHandleTable 1 }

GHandleEntry ::= SEQUENCE {
  gHandleRow           INTEGER,
  gHandleStatus        INTEGER,
  gHandleName          DisplayString (SIZE (0..32)),
  gHandlePIN1          DisplayString (SIZE (0 | 4..6)),
  gHandlePIN2          DisplayString (SIZE (0 | 4..6)),
  gHandlePIN3          DisplayString (SIZE (0 | 4..6)),
  gHandlePIN4          DisplayString (SIZE (0 | 4..6)),
  gHandlePIN5          DisplayString (SIZE (0 | 4..6)),
  gHandleStateCangeID  INTEGER,
  gHandleAlarmIfOpen   INTEGER,
  gHandleAlarmLatch    INTEGER,
  gHandleAlarmStatus   INTEGER,
  gHandleFile          INTEGER (0..254)
}

gHandleRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gHandleTableSize."
  ::= { gHandleEntry 1 }

gHandleStatus  OBJECT-TYPE
  SYNTAX INTEGER {
    closed(1),
    opened(2)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the status of the handle."
  ::= { gHandleEntry 2 }

gHandleName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the name of the handle.
  The default value is an empty string."
  ::= { gHandleEntry 3 }

gHandlePIN1  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the PIN1 of handle.
  The length 0 means that no PIN is defined.
  The default value is not defined PIN.
  This variable requires the authorising level minimum 4."
  ::= { gHandleEntry 4 }

gHandlePIN2  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the PIN2 of handle.
  The length 0 means that no PIN is defined.
  The default value is not defined PIN.
  This variable requires the authorising level minimum 5."
  ::= { gHandleEntry 5 }

gHandlePIN3  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the PIN3 of handle.
  The length 0 means that no PIN is defined.
  The default value is not defined PIN.
  This variable requires the authorising level minimum 6."
  ::= { gHandleEntry 6 }

gHandlePIN4  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the PIN4 of handle.
  The length 0 means that no PIN is defined.
  The default value is not defined PIN.
  This variable requires the authorising level minimum 7."
  ::= { gHandleEntry 7 }

gHandlePIN5  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the PIN5 of handle.
  The length 0 means that no PIN is defined.
  The default value is not defined PIN.
  This variable requires the authorising level minimum 8."
  ::= { gHandleEntry 8 }

gHandleStateCangeID  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Reserved for future, still not correctly working!"
  ::= { gHandleEntry 9 }

gHandleAlarmIfOpen  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the alarm line to activate with open handle.
  Value 0 means that no alarm has to be activated.
  The maximum is given by the value of gAlarmTableSize."
  ::= { gHandleEntry 10 }

gHandleAlarmLatch  OBJECT-TYPE
  SYNTAX INTEGER {
    latchOff(0),
    latchOn(1)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mode of the alarm latch."
  ::= { gHandleEntry 11 }

gHandleAlarmStatus  OBJECT-TYPE
  SYNTAX INTEGER {
    unknown(0),
    idle(1),
    active(2),
    latched(3)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the status of the alarm."
  ::= { gHandleEntry 12 }

gHandleFile  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the value of the general purpose file.
  This value doesn't have any effect for the handle,
  it is relevant for the SNMP manager only.
  The default value is 1."
  ::= { gHandleEntry 13 }


--gSensors-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

gSensorTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of sensor-table entries."
  ::= { gSensors 1 }

gSensorTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GSensorEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The sensor-status-table.
  The number of entries is given by the value of gSensorTableSize."
  ::= { gSensors 2 }

gSensorEntry  OBJECT-TYPE
  SYNTAX  GSensorEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the sensor-status-table."
  INDEX { gSensorRow }
  ::= { gSensorTable 1 }

GSensorEntry ::= SEQUENCE {
  gSensorRow               INTEGER,
  gSensorType              DisplayString (SIZE (0..8)),
  gSensorValue             INTEGER,
  gSensorScale             DisplayString (SIZE (0..16)),
  gSensorOffset            DisplayString (SIZE (0..16)),
  gSensorUpperThreshold    INTEGER,
  gSensorLowerThreshold    INTEGER,
  gSensorHysteresis        INTEGER,
  gSensorContactIfUpper    INTEGER,
  gSensorContactIfLower    INTEGER,
  gSensorMinLimit          INTEGER,
  gSensorMaxLimit          INTEGER,
  gSensorName              DisplayString (SIZE (0..32)),
  gSensorStateCangeID      INTEGER,
  gSensorAlarmIfUpper      INTEGER,
  gSensorAlarmUpperLatch   INTEGER,
  gSensorAlarmUpperStatus  INTEGER,
  gSensorAlarmIfLower      INTEGER,
  gSensorAlarmLowerLatch   INTEGER,
  gSensorAlarmLowerStatus  INTEGER,
  gSensorFile              INTEGER (0..254)
}

gSensorRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gSensorTableSize."
  ::= { gSensorEntry 1 }

gSensorType  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..8))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the type of the sensor.
  This value is for information only,
  it has not an effect for function of the sensor."
  ::= { gSensorEntry 2 }

gSensorValue  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the current sensor input voltage in Millivolt."
  ::= { gSensorEntry 3 }

gSensorScale  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..16))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the multiplier from sensor input voltage to actual sensor value.
  Please, notice also the variable gSensorOffset."
  ::= { gSensorEntry 4 }

gSensorOffset  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..16))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the offset which is to be added to the scaled value (see gSensorScale)
  to get the actual sensor value."
  ::= { gSensorEntry 5 }

gSensorUpperThreshold  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the threshold voltage in Millivolt to activate the upper-event if the
  input voltage is higher. This event will be inactive if the input voltage is
  lower than threshold voltage minus hysteresis (see gSensorHysteresis)."
  ::= { gSensorEntry 6 }

gSensorLowerThreshold  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the threshold voltage in Millivolt to activate the lower-event if the
  input voltage is lower. This event will be inactive if the input voltage is
  higher than threshold voltage plus hysteresis (see gSensorHysteresis)."
  ::= { gSensorEntry 7 }

gSensorHysteresis  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get hysteresis for both gSensorUpperThreshold and gSensorLowerThreshold."
  ::= { gSensorEntry 8 }

gSensorContactIfUpper  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the component number of the contact-relais to be switch on if the
  upper-event is active."
  ::= { gSensorEntry 9 }

gSensorContactIfLower  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the component number of the contact-relais to be switch on if the
  lower-event is active."
  ::= { gSensorEntry 10 }

gSensorMinLimit  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the minimum of valid sensor input value."
  ::= { gSensorEntry 11 }

gSensorMaxLimit  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the maximum of valid sensor input value."
  ::= { gSensorEntry 12 }

gSensorName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the name of the sensor."
  ::= { gSensorEntry 13 }

gSensorStateCangeID  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Reserved for future, still not correctly working!"
  ::= { gSensorEntry 14 }

gSensorAlarmIfUpper  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the alarm line to activate with active upper-event.
  Value 0 means that no alarm has to be activated.
  The maximum is given by the value of gAlarmTableSize."
  ::= { gSensorEntry 15 }

gSensorAlarmUpperLatch  OBJECT-TYPE
  SYNTAX INTEGER {
    latchOff(0),
    latchOn(1)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mode of the latch of alarm when active upper-event."
  ::= { gSensorEntry 16 }

gSensorAlarmUpperStatus  OBJECT-TYPE
  SYNTAX INTEGER {
    unknown(0),
    idle(1),
    active(2),
    latched(3)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the status of alarm when active upper-event."
  ::= { gSensorEntry 17 }

gSensorAlarmIfLower  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the alarm line to activate with active lower-event.
  Value 0 means that no alarm has to be activated.
  The maximum is given by the value of gAlarmTableSize."
  ::= { gSensorEntry 18 }

gSensorAlarmLowerLatch  OBJECT-TYPE
  SYNTAX INTEGER {
    latchOff(0),
    latchOn(1)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mode of the latch of alarm when active lower-event."
  ::= { gSensorEntry 19 }

gSensorAlarmLowerStatus  OBJECT-TYPE
  SYNTAX INTEGER {
    unknown(0),
    idle(1),
    active(2),
    latched(3)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the status of alarm when active lower-event."
  ::= { gSensorEntry 20 }

gSensorFile  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the value of the general purpose file.
  This value doesn't have any effect for the handle,
  it is relevant for the SNMP manager only.
  The default value is 1."
  ::= { gSensorEntry 21 }

--gContacts-group- - - - - - - - - - - - - - - - - - - - - - - - - - - 

gContactTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of contact-table entries."
  ::= { gContacts 1 }

gContactTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GContactEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The contact-status-table.
  The number of entries is given by the value of gContactTableSize."
  ::= { gContacts 2 }

gContactEntry  OBJECT-TYPE
  SYNTAX  GContactEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the contact-status-table."
  INDEX { gContactRow }
  ::= { gContactTable 1 }

GContactEntry ::= SEQUENCE {
  gContactRow           INTEGER,
  gContactAssign        INTEGER,
  gContactAssChannel    INTEGER,
  gContactOnOff         INTEGER,
  gContactName          DisplayString (SIZE (0..32)),
  gContactStateCangeID  INTEGER,
  gContactFile          INTEGER (0..254)
}

gContactRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gContactTableSize."
  ::= { gContactEntry 1 }

gContactAssign  OBJECT-TYPE
  SYNTAX INTEGER {
    notAssigned(0),
    assignedToLower(1),
    assignedToUpper(2)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the kind of assignment of the contact.
  If it is assigned to lower-event or upper-event then the component number
  of the corresponding sensor is to get by gContactAssChannel."
  ::= { gContactEntry 2 }

gContactAssChannel  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the component number of the assigned sensor.
  The value will be 0 if it is not assigned."
  ::= { gContactEntry 3 }

gContactOnOff  OBJECT-TYPE
  SYNTAX INTEGER {
    off(0),
    on(1)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the current status of contact."
  ::= { gContactEntry 4 }

gContactName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the name of the contact."
  ::= { gContactEntry 5 }

gContactStateCangeID  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Reserved for future, still not correctly working!"
  ::= { gContactEntry 6 }

gContactFile  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the value of the general purpose file.
  This value doesn't have any effect for the handle,
  it is relevant for the SNMP manager only.
  The default value is 1."
  ::= { gContactEntry 7 }

--gModules-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

gModuleTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of module-table entries."
  ::= { gModules 1 }

gModuleTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GModuleEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The module-status-table.
  The number of entries is given by the value of gModuleTableSize."
  ::= { gModules 2 }

gModuleEntry  OBJECT-TYPE
  SYNTAX  GModuleEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the module-status-table."
  INDEX { gModuleRow }
  ::= { gModuleTable 1 }

GModuleEntry ::= SEQUENCE {
  gModuleRow           INTEGER,
  gModuleAddress       INTEGER,
  gModuleFirstCompNo   INTEGER,
  gModulePolling       INTEGER,
  gModuleName          DisplayString (SIZE (0..32)),
  gModuleStateCangeID  INTEGER,
  gModuleVersion       DisplayString (SIZE (0..32)),
  gModulePlace         INTEGER (0..254)
}

gModuleRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gModuleTableSize."
  ::= { gModuleEntry 1 }

gModuleAddress  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the address of the module."
  ::= { gModuleEntry 2 }

gModuleFirstCompNo  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the first number of components of the module."
  ::= { gModuleEntry 3 }

gModulePolling  OBJECT-TYPE
  SYNTAX INTEGER {
    unknown(0),
    ok(1),
    timeout(2),
    alarmActive(3),
    alarmLatched(4)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the polling status of the module."
  ::= { gModuleEntry 4 }

gModuleName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the name of the module."
  ::= { gModuleEntry 5 }

gModuleStateCangeID  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Reserved for future, still not correctly working!"
  ::= { gModuleEntry 6 }

gModuleVersion  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the version of the module."
  ::= { gModuleEntry 7 }

gModulePlace  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the place number of the module."
  ::= { gModuleEntry 8 }

gModuleTableCangeID  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "This variable will be incremented if an entry of the table
  is added, deleted or changed."
  ::= { gModules 3 }

--gDateTime-group- - - - - - - - - - - - - - - - - - - - - - - - - - - 

gDateTimeString  OBJECT-TYPE
  SYNTAX  DisplayString (SIZE (19))
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get date and time, format='YYYY/MM/DD;HH/MM/SS'."
  ::= { gDateTime 1 }

--gProtocol-group- - - - - - - - - - - - - - - - - - - - - - - - - - - 

gProtocolTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of protocol-table entries."
  ::= { gProtocol 1 }

gProtocolTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GProtocolEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The protocol-table.
  The number of entries is given by the value of gProtocolTableSize."
  ::= { gProtocol 2 }

gProtocolEntry  OBJECT-TYPE
  SYNTAX  GProtocolEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the protocol-table."
  INDEX { gProtocolRow }
  ::= { gProtocolTable 1 }

GProtocolEntry ::= SEQUENCE {
  gProtocolRow     INTEGER,
  gProtocolRecord  DisplayString (SIZE (10..69))
}

gProtocolRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gProtocolTableSize."
  ::= { gProtocolEntry 1 }

gProtocolRecord  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (10..69))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the recorded protocol data, format='tabRow;tabSize;counter;date;time;message'.
  If the instance identifier is out of range, the value is 'tabRow;tabSize;'.
  The values of tabRow and tabSize are coded as 4 hex characters.
  The counter will be incremented with every ring buffer overrun,
  it is coded as 6 hex characters.
  Date and time are coded in format 'YYYY/MM/DD' and 'hh:mm:ss'.
  The message has maximum of 32 characters."
  ::= { gProtocolEntry 2 }

gProtocolOldestRecord  OBJECT-TYPE
  SYNTAX  DisplayString (SIZE (10..69))
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the oldest protocol record, format see gProtocolRecord."
  ::= { gProtocol 3 }

gProtocolCurrTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GProtocolCurrEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The table of the last 255 protocol records. This is not a seperate table,
  it is a link to the current records of gProtocolTable!
  The instance identifier 1 selects the last record, 2 selects the record before
  and so on. Please, note that between two samples of variables may occur another
  records - this changes the instance identifier for a given record!"
  ::= { gProtocol 4 }

gProtocolCurrEntry  OBJECT-TYPE
  SYNTAX  GProtocolCurrEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the table of the last 255 protocol records."
  INDEX { gProtocolCurrRow }
  ::= { gProtocolCurrTable 1 }

GProtocolCurrEntry ::= SEQUENCE {
  gProtocolCurrRow     INTEGER,
  gProtocolCurrRecord  DisplayString (SIZE (10..69))
}

gProtocolCurrRow  OBJECT-TYPE
  SYNTAX  INTEGER
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gProtocolTableSize."
  ::= { gProtocolCurrEntry 1 }

gProtocolCurrRecord  OBJECT-TYPE
  SYNTAX  DisplayString (SIZE (10..69))
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the record of gProtocolCurrTable, format see gProtocolRecord."
  ::= { gProtocolCurrEntry 2 }

--gLogin-group- - - - - - - - - - - - - - - - - - - - - - - - - - - - -

gLoginLevel  OBJECT-TYPE
  SYNTAX  INTEGER (0..10)
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the current login level."
  ::= { gLogin 1 }

gLoginMAC  OBJECT-TYPE
  SYNTAX  DisplayString (SIZE (12))
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the MAC address of the ELM system."
  ::= { gLogin 2 }

gLoginMode  OBJECT-TYPE
  SYNTAX INTEGER {
    fixIP(0),
    dynamicIP(1)
  }
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the current login mode."
  ::= { gLogin 3 }

gLoginTraprate  OBJECT IDENTIFIER ::= { gLogin 4 }

gLoginTraprateA1  OBJECT-TYPE
  SYNTAX  INTEGER (0..254)
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the repeat rate in Minutes for traps of alarm line 1.
  Value 0 means that no trap will be sent."
  ::= { gLoginTraprate 1 }

gLoginTraprateA2  OBJECT-TYPE
  SYNTAX  INTEGER (0..254)
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the repeat rate in Minutes for traps of alarm line 2.
  Value 0 means that no trap will be sent."
  ::= { gLoginTraprate 2 }

--gAlarm-group- - - - - - - - - - - - - - - - - - - - - - - - - - - - -

gAlarmTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of alarm-table entries."
  ::= { gAlarm 1 }

gAlarmTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GAlarmEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The alarm-status-table.
  The number of entries is given by the value of gAlarmTableSize."
  ::= { gAlarm 2 }

gAlarmEntry  OBJECT-TYPE
  SYNTAX  GAlarmEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the alarm-status-table."
  INDEX { gAlarmRow }
  ::= { gAlarmTable 1 }

GAlarmEntry ::= SEQUENCE {
  gAlarmRow       INTEGER,
  gAlarmStatus    INTEGER,
  gAlarmLatch     INTEGER,
  gAlarmIdleOff   INTEGER,
  gAlarmName      DisplayString (SIZE (0..32))
}

gAlarmRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry - with other words, the alarm line.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gAlarmTableSize."
  ::= { gAlarmEntry 1 }

gAlarmStatus  OBJECT-TYPE
  SYNTAX INTEGER {
    unknown(0),
    idle(1),
    active(2),
    latched(3)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the status of the alarm line."
  ::= { gAlarmEntry 2 }

gAlarmLatch  OBJECT-TYPE
  SYNTAX INTEGER {
    latchOff(0),
    latchOn(1)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mode of the latch of the alarm line."
  ::= { gAlarmEntry 3 }

gAlarmIdleOff  OBJECT-TYPE
  SYNTAX INTEGER {
    idleOn(0),
    idleOff(1)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mode of the contact of the alarm line."
  ::= { gAlarmEntry 4 }

gAlarmName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the name of the alarm line."
  ::= { gAlarmEntry 5 }


--gCardTmn-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

gCardTmnTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of card-terminal-table entries."
  ::= { gCardTmn 1 }

gCardTmnTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GCardTmnEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The card-terminal-status-table.
  The number of entries is given by the value of gCardTmnTableSize."
  ::= { gCardTmn 2 }

gCardTmnEntry  OBJECT-TYPE
  SYNTAX  GCardTmnEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the card-terminal-status-table."
  INDEX { gCardTmnRow }
  ::= { gCardTmnTable 1 }

GCardTmnEntry ::= SEQUENCE {
  gCardTmnRow           INTEGER,
  gCardTmnCardID        DisplayString (SIZE (0..16)),
  gCardTmnLen1          INTEGER (0..8),
  gCardTmnAddr1         INTEGER,
  gCardTmnLen2          INTEGER (0..8),
  gCardTmnAddr2         INTEGER,
  gCardTmnMask          DisplayString (SIZE (16)),
  gCardTmnKeepTime      INTEGER,
  gCardTmnStateCangeID  INTEGER
}

gCardTmnRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gCardTmnTableSize."
  ::= { gCardTmnEntry 1 }

gCardTmnCardID  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..16))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the ID of a currently present card.
  The value length 0 means that there is not a card present."
  ::= { gCardTmnEntry 2 }

gCardTmnLen1  OBJECT-TYPE
  SYNTAX INTEGER (0..8)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the length of part 1 of the card ID filter."
  ::= { gCardTmnEntry 3 }

gCardTmnAddr1  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the start address of part 1 of the card ID filter."
  ::= { gCardTmnEntry 4 }

gCardTmnLen2  OBJECT-TYPE
  SYNTAX INTEGER (0..8)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the length of part 2 of the card ID filter."
  ::= { gCardTmnEntry 5 }

gCardTmnAddr2  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the start address of part 2 of the card ID filter."
  ::= { gCardTmnEntry 6 }

gCardTmnMask  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (16))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mask of the card ID filter.
  Only hex characters are allowed (0..9, a..f, A..F)."
  ::= { gCardTmnEntry 7 }

gCardTmnKeepTime  OBJECT-TYPE
  SYNTAX INTEGER (0..255)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the time in Seconds to account a removed card as presented."
  ::= { gCardTmnEntry 8 }

gCardTmnStateCangeID  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Reserved for future, still not correctly working!"
  ::= { gCardTmnEntry 9 }


--gCardReg-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

gCardRegTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of card-register-table entries."
  ::= { gCardReg 1 }

gCardRegTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GCardRegEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The card-register-status-table.
  The number of entries is given by the value of gCardRegTableSize."
  ::= { gCardReg 2 }

gCardRegEntry  OBJECT-TYPE
  SYNTAX  GCardRegEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the card-register-status-table."
  INDEX { gCardRegRow }
  ::= { gCardRegTable 1 }

GCardRegEntry ::= SEQUENCE {
  gCardRegRow         INTEGER,
  gCardRegCardID      DisplayString (SIZE (16)),
  gCardRegName        DisplayString (SIZE (0..32)),
  gCardRegComponent   INTEGER (0..4094),
  gCardRegPIN         DisplayString (SIZE (0 | 4..6)),
  gCardRegExpiration  DisplayString (SIZE (16)),
  gCardRegCounter     INTEGER (0..255),
  gCardRegValid       INTEGER (0 | 1)
}

gCardRegRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gCardRegTableSize."
  ::= { gCardRegEntry 1 }

gCardRegCardID  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (16))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the ID of the card of the card-register-entry.
  Only hex characters are allowed (0..9, a..f, A..F)."
  ::= { gCardRegEntry 2 }

gCardRegName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the name of the card-register-entry."
  ::= { gCardRegEntry 3 }

gCardRegComponent  OBJECT-TYPE
  SYNTAX INTEGER (0..4094)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the component number assigned to the card,
  e.g. the number of a handle to be opened.
  The value 0 means that there is not a component assigned.
  Please, make sure that either a component or a PIN can be assigned,
  see also gCardRegPIN."
  ::= { gCardRegEntry 4 }

gCardRegPIN  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the PIN assigned to the card.
  The length 0 means that no PIN is defined.
  Please, make sure that either a component or a PIN can be assigned,
  see also gCardRegComponent."
  ::= { gCardRegEntry 5 }

gCardRegExpiration  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (16))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the expiration time of the card-register-entry.
  The format is 'YYYY/MM/DD;HH:MM'."
  ::= { gCardRegEntry 6 }

gCardRegCounter  OBJECT-TYPE
  SYNTAX INTEGER (0..255)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the access counter of the card-register-entry.
  With counter value 0 the card is disabled.
  The value 255 is defined as infinite."
  ::= { gCardRegEntry 7 }

gCardRegValid  OBJECT-TYPE
  SYNTAX INTEGER (0 | 1)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the status of the card-register-entry.
  With value 1 the card is enabled for access.
  With value 0 the card is disabled,
  this means either the expiration time is passed (see gCardRegExpiration)
  or the access counter is 0 (see gCardRegCounter)."
  ::= { gCardRegEntry 8 }


--gPhone-group- - - - - - - - - - - - - - - - - - - - - - - - - - - - -

gPhoneTableSize  OBJECT-TYPE
  SYNTAX  INTEGER 
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Number of phone-table entries."
  ::= { gPhone 1 }

gPhoneTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF GPhoneEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The phone-status-table.
  The number of entries is given by the value of gPhoneTableSize."
  ::= { gPhone 2 }

gPhoneEntry  OBJECT-TYPE
  SYNTAX  GPhoneEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the phone-status-table."
  INDEX { gPhoneRow }
  ::= { gPhoneTable 1 }

GPhoneEntry ::= SEQUENCE {
  gPhoneRow            INTEGER,
  gPhoneStatus         INTEGER (0..256),
  gPhoneSimPIN         DisplayString (SIZE (1..5)),
  gPhoneSmsDialNumber  DisplayString (SIZE (0..15)),
  gPhoneSmsModeAlarm1  INTEGER,
  gPhoneSmsModeAlarm2  INTEGER,
  gPhoneSmsModeHandle  INTEGER,
  gPhoneStateCangeID   INTEGER
}

gPhoneRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gPhoneTableSize."
  ::= { gPhoneEntry 1 }

gPhoneStatus  OBJECT-TYPE
  SYNTAX INTEGER (0..256)
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the modem status.
  Bit 0 = 1 means that the modem is ready,
  Bit 1 = 1 meams that the modem is online,
  Bit 5 = 1 means that the modem is in initation error status,
  Bit 6 = 1 means that the modem is in timeout status,
  Bit 7 = 1 means that the modem is in error status."
  ::= { gPhoneEntry 2 }

gPhoneSimPIN  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (1..5))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the SIM PIN of the phone card.
  The first character contains the status of the card,
  '+' means that the card was accepted,
  '-' means that tha card was not accepted,
  ' ' means that th status is unknown.
  The length 1 means that there is not a PIN defined."
  ::= { gPhoneEntry 3 }

gPhoneSmsDialNumber  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..15))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the phone number to be dialed to send a SMS."
  ::= { gPhoneEntry 4 }

gPhoneSmsModeAlarm1  OBJECT-TYPE
  SYNTAX INTEGER {
    smsDisabled(0),
    ifAlarmOn(1),
    ifAlarmOff(2),
    ifAlarmOnOff(3)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mode of send a SMS if changing the status of the alarm line 1."
  ::= { gPhoneEntry 5 }

gPhoneSmsModeAlarm2  OBJECT-TYPE
  SYNTAX INTEGER {
    smsDisabled(0),
    ifAlarmOn(1),
    ifAlarmOff(2),
    ifAlarmOnOff(3)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mode of send a SMS if changing the status of the alarm line 2."
  ::= { gPhoneEntry 6 }

gPhoneSmsModeHandle  OBJECT-TYPE
  SYNTAX INTEGER {
    smsDisabled(0),
    ifAlarmOpen(1),
    ifAlarmClose(2),
    ifAlarmOpenClose(3)
  }
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Get the mode of send a SMS if changing the status of any handle."
  ::= { gPhoneEntry 7 }

gPhoneStateCangeID  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Reserved for future, still not correctly working!"
  ::= { gPhoneEntry 8 }


--gMaster-group- - - - - - - - - - - - - - - - - - - - - - - - - - - - 

gMasterName  OBJECT-TYPE
  SYNTAX  DisplayString (SIZE (0..32))
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the name of the communication module."
  ::= { gMaster 1 }

gMasterPlace  OBJECT-TYPE
  SYNTAX  INTEGER (0..254)
  ACCESS  read-only
  STATUS  mandatory
  DESCRIPTION
  "Get the place number of the communication module."
  ::= { gMaster 2}


--control-group========================================================

--* The control-group is to be used to write parameter and commands. 
--+
control  OBJECT IDENTIFIER ::= { elm1 2 }

cHandles    OBJECT IDENTIFIER ::= { control  1 }
cSensors    OBJECT IDENTIFIER ::= { control  2 }
cContacts   OBJECT IDENTIFIER ::= { control  3 }
cModules    OBJECT IDENTIFIER ::= { control  4 }
cDateTime   OBJECT IDENTIFIER ::= { control  5 }
cProtocol   OBJECT IDENTIFIER ::= { control  6 }
cLogin      OBJECT IDENTIFIER ::= { control  7 }
cAlarm      OBJECT IDENTIFIER ::= { control  8 }
cCardTmn    OBJECT IDENTIFIER ::= { control  9 }
cCardReg    OBJECT IDENTIFIER ::= { control 10 }
cPhone      OBJECT IDENTIFIER ::= { control 11 }
cMaster     OBJECT IDENTIFIER ::= { control 12 }

--cHandles-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cHandleTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF CHandleEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The handle-control-table.
  The number of entries is given by the value of gHandleTableSize."
  ::= { cHandles 2 }

cHandleEntry  OBJECT-TYPE
  SYNTAX  CHandleEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the handle-control-table."
  INDEX { cHandleRow }
  ::= { cHandleTable 1 }

CHandleEntry ::= SEQUENCE {
  cHandleRow          INTEGER,
  cHandleOpen         DisplayString (SIZE (4..6)),
  cHandleName         DisplayString (SIZE (0..32)),
  cHandlePIN1         DisplayString (SIZE (0 | 4..6)),
  cHandlePIN2         DisplayString (SIZE (0 | 4..6)),
  cHandlePIN3         DisplayString (SIZE (0 | 4..6)),
  cHandlePIN4         DisplayString (SIZE (0 | 4..6)),
  cHandlePIN5         DisplayString (SIZE (0 | 4..6)),
  cHandleAlarmIfOpen  INTEGER,
  cHandleAlarmLatch   INTEGER,
  cHandleAlarmReset   INTEGER,
  cHandleFile         INTEGER (0..254)
}

cHandleRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gHandleTableSize."
  ::= { cHandleEntry 1 }

cHandleOpen  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (4..6))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Input a PIN (4..6 digits) to open the handle."
  ::= { cHandleEntry 2 }

cHandleName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the name of the handle."
  ::= { cHandleEntry 3 }

cHandlePIN1  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the PIN1 of handle.
  With length 0 the PIN will be deleted.
  This variable requires the authorising level minimum 4."
  ::= { cHandleEntry 4 }

cHandlePIN2  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the PIN2 of handle.
  With length 0 the PIN will be deleted.
  This variable requires the authorising level minimum 5."
  ::= { cHandleEntry 5 }

cHandlePIN3  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the PIN3 of handle.
  With length 0 the PIN will be deleted.
  This variable requires the authorising level minimum 6."
  ::= { cHandleEntry 6 }

cHandlePIN4  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the PIN4 of handle.
  With length 0 the PIN will be deleted.
  This variable requires the authorising level minimum 7."
  ::= { cHandleEntry 7 }

cHandlePIN5  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the PIN5 of handle.
  With length 0 the PIN will be deleted.
  This variable requires the authorising level minimum 8."
  ::= { cHandleEntry 8 }

cHandleAlarmIfOpen  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the alarm line to activate with open handle.
  With value 0 the alarm will be inactive.
  The value maximum is given by the value of gAlarmTableSize."
  ::= { cHandleEntry 10 }

cHandleAlarmLatch  OBJECT-TYPE
  SYNTAX INTEGER {
    latchOff(0),
    latchOn(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the mode of the alarm latch."
  ::= { cHandleEntry 11 }

cHandleAlarmReset  OBJECT-TYPE
  SYNTAX INTEGER {
    idle(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Reset an alarm status from 'latched' to 'idle'."
  ::= { cHandleEntry 12 }

cHandleFile  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the value of the general purpose file.
  This value doesn't have any effect for the handle,
  it is relevant for the SNMP manager only."
  ::= { cHandleEntry 13 }

--cSensors-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cSensorTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF CSensorEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The sensor-control-table.
  The number of entries is given by the value of gSensorTableSize."
  ::= { cSensors 2 }

cSensorEntry  OBJECT-TYPE
  SYNTAX  CSensorEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the sensor-control-table."
  INDEX { cSensorRow }
  ::= { cSensorTable 1 }

CSensorEntry ::= SEQUENCE {
  cSensorRow              INTEGER,
  cSensorType             DisplayString (SIZE (0..8)),
  cSensorScale            DisplayString (SIZE (0..16)),
  cSensorOffset           DisplayString (SIZE (0..16)),
  cSensorUpperThreshold   INTEGER,
  cSensorLowerThreshold   INTEGER,
  cSensorHysteresis       INTEGER,
  cSensorContactIfUpper   INTEGER,
  cSensorContactIfLower   INTEGER,
  cSensorMinLimit         INTEGER,
  cSensorMaxLimit         INTEGER,
  cSensorName             DisplayString (SIZE (0..32)),
  cSensorAlarmIfUpper     INTEGER,
  cSensorAlarmUpperLatch  INTEGER,
  cSensorAlarmUpperReset  INTEGER,
  cSensorAlarmIfLower     INTEGER,
  cSensorAlarmLowerLatch  INTEGER,
  cSensorAlarmLowerReset  INTEGER,
  cSensorFile             INTEGER (0..254)
}

cSensorRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gSensorTableSize."
  ::= { cSensorEntry 1 }

cSensorType  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..8))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the type of the sensor.
  This value is for information only,
  it has not an effect for function of the sensor.
  Characters lower than 0x20 and the 0xFF will be interpreted as end of string."
  ::= { cSensorEntry 2 }

cSensorScale  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..16))
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "Set the multiplier from sensor input voltage to actual sensor value.
  Following characters are allowed only: '0'..'9', '+', '-', ' ', '.', 'E', 'e'."
  ::= { cSensorEntry 4 }

cSensorOffset  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..16))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the offset from scaled input value (see cSensorScale) to actual sensor value.
  Following characters are allowed only: '0'..'9', '+', '-', ' ', '.', 'E', 'e'."
  ::= { cSensorEntry 5 }

cSensorUpperThreshold  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the upper thereshold in Millivolt (see gSensorUpperThreshold)."
  ::= { cSensorEntry 6 }

cSensorLowerThreshold  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the lower thereshold in Millivolt (see gSensorLowerThreshold)."
  ::= { cSensorEntry 7 }

cSensorHysteresis  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the hysteresis (see gSensorHysteresis)."
  ::= { cSensorEntry 8 }

cSensorContactIfUpper  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the component number of the contact-relais to be switch on if the upper-event
  is active. The relais must be located on the same module as the sensor."
  ::= { cSensorEntry 9 }

cSensorContactIfLower  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the component number of the contact to be switch on if the lower-event
  is active. The relais must be located on the same module as the sensor."
  ::= { cSensorEntry 10 }

cSensorMinLimit  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the minimum of valid sensor input value."
  ::= { cSensorEntry 11 }

cSensorMaxLimit  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the maximum of valid sensor input value."
  ::= { cSensorEntry 12 }

cSensorName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the name of the sensor."
  ::= { cSensorEntry 13 }

cSensorAlarmIfUpper  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the alarm line to activate with active upper-event.
  With value 0 the alarm will be inactive.
  The value maximum is given by the value of gAlarmTableSize."
  ::= { cSensorEntry 15 }

cSensorAlarmUpperLatch  OBJECT-TYPE
  SYNTAX INTEGER {
    latchOff(0),
    latchOn(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the latch mode of upper-event-alarm."
  ::= { cSensorEntry 16 }

cSensorAlarmUpperReset  OBJECT-TYPE
  SYNTAX INTEGER {
    idle(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Reset the upper-event-alarm status from 'latched' to 'idle'."
  ::= { cSensorEntry 17 }

cSensorAlarmIfLower  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the alarm line to activate with active lower-event.
  With value 0 the alarm will be inactive.
  The value maximum is given by the value of gAlarmTableSize."
  ::= { cSensorEntry 18 }

cSensorAlarmLowerLatch  OBJECT-TYPE
  SYNTAX INTEGER {
    latchOff(0),
    latchOn(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the latch mode of lower-event-alarm."
  ::= { cSensorEntry 19 }

cSensorAlarmLowerReset  OBJECT-TYPE
  SYNTAX INTEGER {
    idle(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Reset the lower-event-alarm status from 'latched' to 'idle'."
  ::= { cSensorEntry 20 }

cSensorFile  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the value of the general purpose file.
  This value doesn't have any effect for the handle,
  it is relevant for the SNMP manager only."
  ::= { cSensorEntry 21 }

--cContacts-group- - - - - - - - - - - - - - - - - - - - - - - - - - - 

cContactTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF CContactEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The contact-control-table.
  The number of entries is given by the value of gContactTableSize."
  ::= { cContacts 2 }

cContactEntry  OBJECT-TYPE
  SYNTAX  CContactEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the contact-control-table."
  INDEX { cContactRow }
  ::= { cContactTable 1 }

CContactEntry ::= SEQUENCE {
  cContactRow   INTEGER,
  cContactName  DisplayString (SIZE (0..32)),
  cContactFile  INTEGER (0..254)
}

cContactRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gContactTableSize."
  ::= { cContactEntry 1 }

cContactName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the name of the contact."
  ::= { cContactEntry 5 }

cContactFile  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the value of the general purpose file.
  This value doesn't have any effect for the handle,
  it is relevant for the SNMP manager only."
  ::= { cContactEntry 7 }

--cModules-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cModuleTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF CModuleEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The module-control-table.
  The number of entries is given by the value of gModuleTableSize."
  ::= { cModules 2 }

cModuleEntry  OBJECT-TYPE
  SYNTAX  CModuleEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the module-control-table."
  INDEX { cModuleRow }
  ::= { cModuleTable 1 }

CModuleEntry ::= SEQUENCE {
  cModuleRow          INTEGER,
  cModuleAddress      INTEGER,
  cModuleFirstCompNo  INTEGER,
  cModuleName         DisplayString (SIZE (0..32)),
  cModulePlace        INTEGER (0..254)
}

cModuleRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gModuleTableSize."
  ::= { cModuleEntry 1 }

cModuleAddress  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the address of the module."
  ::= { cModuleEntry 2 }

cModuleFirstCompNo  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the first number of components of the module."
  ::= { cModuleEntry 3 }

cModuleName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the name of the module."
  ::= { cModuleEntry 5 }

cModulePlace  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the place number of the module."
  ::= { cModuleEntry 8 }

--cDateTime-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cDateTimeString  OBJECT-TYPE
  SYNTAX  DisplayString (SIZE (19))
  ACCESS  read-write
  STATUS  mandatory
  DESCRIPTION
  "Set date and time, format='YYYY/MM/DD;HH/MM/SS'."
  ::= { cDateTime 1 }

--cProtocol-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cProtocolService  OBJECT IDENTIFIER ::= { cProtocol 5 }

cProtoSrvClear  OBJECT-TYPE
  SYNTAX  INTEGER
  ACCESS  read-write
  STATUS  mandatory
  DESCRIPTION
  "Clear the whole protocol table.
  This variable requires the authorising level 10."
  ::= { cProtocolService 1 }

cProtoSrvDummy  OBJECT-TYPE
  SYNTAX  INTEGER
  ACCESS  read-write
  STATUS  mandatory
  DESCRIPTION
  "Write a dummy protocol entry.
  This variable requires the authorising level 10."
  ::= { cProtocolService 2 }
  
--cLogin-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cLoginPassword  OBJECT-TYPE
  SYNTAX  DisplayString (SIZE (1..8))
  ACCESS  read-write
  STATUS  mandatory
  DESCRIPTION
  "Login with the password of the desired authorising level.
  The response is an INTEGER (0..10) containing the current login level."
  ::= { cLogin 1 }

cLoginTraprate  OBJECT IDENTIFIER ::= { cLogin 4 }

cLoginTraprateA1  OBJECT-TYPE
  SYNTAX  INTEGER (0..254)
  ACCESS  read-write
  STATUS  mandatory
  DESCRIPTION
  "Set the repeat rate in Minutes for traps of alarm line 1.
  Value 0 means that no trap will be generated.
  This variable requires the authorising level 10."
  ::= { cLoginTraprate 1 }

cLoginTraprateA2  OBJECT-TYPE
  SYNTAX  INTEGER (0..254)
  ACCESS  read-write
  STATUS  mandatory
  DESCRIPTION
  "Set the repeat rate in Minutes for traps of alarm line 2.
  Value 0 means that no trap will be generated.
  This variable requires the authorising level 10."
  ::= { cLoginTraprate 2 }

--cAlarm-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cAlarmTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF CAlarmEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The alarm-control-table.
  The number of entries is given by the value of gAlarmTableSize."
  ::= { cAlarm 2 }

cAlarmEntry  OBJECT-TYPE
  SYNTAX  CAlarmEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the alarm-control-table."
  INDEX { cAlarmRow }
  ::= { cAlarmTable 1 }

CAlarmEntry ::= SEQUENCE {
  cAlarmRow       INTEGER,
  cAlarmReset     INTEGER,
  cAlarmLatch     INTEGER,
  cAlarmIdleOff   INTEGER,
  cAlarmName      DisplayString (SIZE (0..32))
}

cAlarmRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gAlarmTableSize."
  ::= { cAlarmEntry 1 }

cAlarmReset  OBJECT-TYPE
  SYNTAX INTEGER {
    idle(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Reset an alarm line status from 'latched' to 'idle'."
  ::= { cAlarmEntry 2 }

cAlarmLatch  OBJECT-TYPE
  SYNTAX INTEGER {
    latchOff(0),
    latchOn(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the mode of the latch of the alarm line."
  ::= { cAlarmEntry 3 }

cAlarmIdleOff  OBJECT-TYPE
  SYNTAX INTEGER {
    idleOn(0),
    idleOff(1)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the mode of the contact of the alarm line."
  ::= { cAlarmEntry 4 }

cAlarmName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the name of the alarm line."
  ::= { cAlarmEntry 5 }


--cCardTmn-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cCardTmnTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF CCardTmnEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The card-terminal-control-table.
  The number of entries is given by the value of gCardTmnTableSize."
  ::= { cCardTmn 2 }

cCardTmnEntry  OBJECT-TYPE
  SYNTAX  CCardTmnEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the card-terminal-control-table."
  INDEX { cCardTmnRow }
  ::= { cCardTmnTable 1 }

CCardTmnEntry ::= SEQUENCE {
  cCardTmnRow           INTEGER,
  cCardTmnLen1          INTEGER (0..8),
  cCardTmnAddr1         INTEGER,
  cCardTmnLen2          INTEGER (0..8),
  cCardTmnAddr2         INTEGER,
  cCardTmnMask          DisplayString (SIZE (16)),
  cCardTmnKeepTime      INTEGER
}

cCardTmnRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gCardTmnTableSize."
  ::= { cCardTmnEntry 1 }

cCardTmnLen1  OBJECT-TYPE
  SYNTAX INTEGER (0..8)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the length of part 1 of the card ID filter."
  ::= { cCardTmnEntry 3 }

cCardTmnAddr1  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the start address of part 1 of the card ID filter."
  ::= { cCardTmnEntry 4 }

cCardTmnLen2  OBJECT-TYPE
  SYNTAX INTEGER (0..8)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the length of part 2 of the card ID filter."
  ::= { cCardTmnEntry 5 }

cCardTmnAddr2  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the start address of part 2 of the card ID filter."
  ::= { cCardTmnEntry 6 }

cCardTmnMask  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (16))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the mask of the card ID filter.
  Only hex characters are allowed (0..9, a..f, A..F)."
  ::= { cCardTmnEntry 7 }

cCardTmnKeepTime  OBJECT-TYPE
  SYNTAX INTEGER (0..255)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the time in Seconds to account a removed card as presented."
  ::= { cCardTmnEntry 8 }


--cCardReg-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cCardRegTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF CCardRegEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The card-register-control-table.
  The number of entries is given by the value of gCardRegTableSize."
  ::= { cCardReg 2 }

cCardRegEntry  OBJECT-TYPE
  SYNTAX  CCardRegEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the card-register-control-table."
  INDEX { cCardRegRow }
  ::= { cCardRegTable 1 }

CCardRegEntry ::= SEQUENCE {
  cCardRegRow         INTEGER,
  cCardRegCardID      DisplayString (SIZE (16)),
  cCardRegName        DisplayString (SIZE (0..32)),
  cCardRegComponent   INTEGER (0..4094),
  cCardRegPIN         DisplayString (SIZE (0 | 4..6)),
  cCardRegExpiration  DisplayString (SIZE (16)),
  cCardRegCounter     INTEGER (0..255)
}

cCardRegRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gCardRegTableSize."
  ::= { cCardRegEntry 1 }

cCardRegCardID  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (16))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the ID of the card of the card-register-entry.
  Only hex characters are allowed (0..9, a..f, A..F)."
  ::= { cCardRegEntry 2 }

cCardRegName  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..32))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Change the name of the card-register-entry."
  ::= { cCardRegEntry 3 }

cCardRegComponent  OBJECT-TYPE
  SYNTAX INTEGER (0..4094)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the component number assigned to the card,
  e.g. the number of a handle to be opened.
  The value 0 means that there is not a component assigned.
  Please, make sure that either a component or a PIN can be assigned,
  therefore this command deletes the PIN, see also cCardRegPIN."
  ::= { cCardRegEntry 4 }

cCardRegPIN  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4..6))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the PIN assigned to the card.
  With length 0 the PIN will be deleted.
  Please, make sure that either a component or a PIN can be assigned,
  therefore this command deletes the component, see also cCardRegComponent."
  ::= { cCardRegEntry 5 }

cCardRegExpiration  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (16))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the expiration time of the card-register-entry.
  The format has to be 'YYYY/MM/DD;HH:MM'."
  ::= { cCardRegEntry 6 }

cCardRegCounter  OBJECT-TYPE
  SYNTAX INTEGER (0..255)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the access counter of the card-register-entry.
  This counter will be decremented with every card access,
  except the values 0 and 255.
  The value 255 is defined as infinite.
  With counter value 0 the card is disabled."
  ::= { cCardRegEntry 7 }


--cPhone-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cPhoneTable  OBJECT-TYPE
  SYNTAX  SEQUENCE OF CPhoneEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "The phone-control-table.
  The number of entries is given by the value of gPhoneTableSize."
  ::= { cPhone 2 }

cPhoneEntry  OBJECT-TYPE
  SYNTAX  CPhoneEntry
  ACCESS  not-accessible
  STATUS  mandatory
  DESCRIPTION
  "An entry containing information of the phone-control-table."
  INDEX { cPhoneRow }
  ::= { cPhoneTable 1 }

CPhoneEntry ::= SEQUENCE {
  cPhoneRow            INTEGER,
  cPhoneSimPIN         DisplayString (SIZE (0 | 4)),
  cPhoneSmsDialNumber  DisplayString (SIZE (0..15)),
  cPhoneSmsModeAlarm1  INTEGER,
  cPhoneSmsModeAlarm2  INTEGER,
  cPhoneSmsModeHandle  INTEGER
}

cPhoneRow  OBJECT-TYPE
  SYNTAX INTEGER
  ACCESS read-only
  STATUS mandatory
  DESCRIPTION
  "The row of the table entry.
  This means a valid instance identifier will be reflected as response value.
  The mimimum value is 1, the maximum is given by the value of gPhoneTableSize."
  ::= { cPhoneEntry 1 }

cPhoneSimPIN  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0 | 4))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the SIM PIN of the phone card.
  With length 0 the PIN will be deleted."
  ::= { cPhoneEntry 3 }

cPhoneSmsDialNumber  OBJECT-TYPE
  SYNTAX DisplayString (SIZE (0..15))
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the phone number to be dialed to send a SMS.
  This number must be given in international format,
  that is a '+' followed by country code, city code and phone number."
  ::= { cPhoneEntry 4 }

cPhoneSmsModeAlarm1  OBJECT-TYPE
  SYNTAX INTEGER {
    smsDisabled(0),
    ifAlarmOn(1),
    ifAlarmOff(2),
    ifAlarmOnOff(3)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the mode of send a SMS if changing the status of the alarm line 1."
  ::= { cPhoneEntry 5 }

cPhoneSmsModeAlarm2  OBJECT-TYPE
  SYNTAX INTEGER {
    smsDisabled(0),
    ifAlarmOn(1),
    ifAlarmOff(2),
    ifAlarmOnOff(3)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the mode of send a SMS if changing the status of the alarm line 2."
  ::= { cPhoneEntry 6 }

cPhoneSmsModeHandle  OBJECT-TYPE
  SYNTAX INTEGER {
    smsDisabled(0),
    ifAlarmOpen(1),
    ifAlarmClose(2),
    ifAlarmOpenClose(3)
  }
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the mode of send a SMS if changing the status of any handle."
  ::= { cPhoneEntry 7 }


--cMaster-group- - - - - - - - - - - - - - - - - - - - - - - - - - - -

cMasterName  OBJECT-TYPE
  SYNTAX  DisplayString (SIZE (0..32))
  ACCESS  read-write
  STATUS  mandatory
  DESCRIPTION
  "Change the name of the communication module."
  ::= { cMaster 1 }

cMasterPlace  OBJECT-TYPE
  SYNTAX INTEGER (0..254)
  ACCESS read-write
  STATUS mandatory
  DESCRIPTION
  "Set the place number of the communication module."
  ::= { cMaster 2 }


--traps================================================================

tAlarm  TRAP-TYPE
  ENTERPRISE elm1
  DESCRIPTION
  "The ELM system alarm status is active"
  --#SUMMARY "The ELM system alarm status is active"
  --#SEVERITY MAJOR
  ::= 1


--*********************************************************************
  END