-- <ASN1.Version 1990,1994 TimeMF 
-- {joint-iso-itu-t ms(9) function(2) part20(20) asn1Module(2) timeMF(1)}> 
TimeMF {joint-iso-itu-t ms(9) function(2) part20(20) asn1Module(2) timeMF(1)}
DEFINITIONS IMPLICIT TAGS ::=
BEGIN

-- EXPORTS everything 
IMPORTS
  Attribute, ObjectInstance
    FROM CMIP-1 {joint-iso-itu-t ms(9) cmip(1) modules(0) protocol(3)}
  SimpleNameType
    FROM Attribute-ASN1Module {joint-iso-itu-t ms(9) smi(3) part2(2)
      asn1Module(2) 1};

-- object identifier values 
timeManagement OBJECT IDENTIFIER ::=
  {joint-iso-itu-t ms(9) function(2) part20(20)}

clockSourceOID OBJECT IDENTIFIER ::=
  {timeManagement managedObjectClass(3) clockSource(0)}

localClockOID OBJECT IDENTIFIER ::=
  {timeManagement managedObjectClass(3) localClock(1)}

referenceClockOID OBJECT IDENTIFIER ::=
  {timeManagement managedObjectClass(3) referenceClock(2)}

synchronizationProtocolOID OBJECT IDENTIFIER ::=
  {timeManagement managedObjectClass(3) synchronizationProtocol(3)}

ntpProtocolOID OBJECT IDENTIFIER ::=
  {timeManagement managedObjectClass(3) ntpProtocol(4)}

clockSourceDetailPkgOID OBJECT IDENTIFIER ::=
  {timeManagement package(4) clockSourceDetailPkg(0)}

leapSecondPkgOID OBJECT IDENTIFIER ::=
  {timeManagement package(4) leapSecondPkg(1)}

clockAdjustmentIntervalOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockAdjustmentInterval(0)}

clockDriftOID OBJECT IDENTIFIER ::= {timeManagement attribute(7) clockDrift(1)}

clockEstimatedErrorOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockEstimatedError(2)}

clockEventCodeOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockEventCode(3)}

clockEventCounterOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockEventCounter(4)}

clockEventTimeOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockEventTime(5)}

clockIDOID OBJECT IDENTIFIER ::= {timeManagement attribute(7) clockID(6)}

clockMaximumErrorOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockMaximumError(7)}

clockPrecisionOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockPrecision(8)}

clockStatusOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockStatus(9)}

clockStratumOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockStratum(10)}

clockValueOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) clockValue(11)}

filterSizeOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) filterSize(12)}

filterWeightOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) filterWeight(13)}

leapSecondCountOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) leapSecondCount(14)}

leapSecondIndicationOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) leapSecondIndication(15)}

localClockAddressOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) localClockAddress(16)}

maximumClockAgeOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) maximumClockAge(17)}

maximumDispersionOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) maximumDispersion(18)}

maximumDistanceOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) maximumDistance(19)}

maximumPollIntervalOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) maximumPollInterval(20)}

maximumSelectClockOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) maximumSelectClock(21)}

maximumSkewOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) maximumSkew(22)}

maximumStratumOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) maximumStratum(23)}

minimumDispersionOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) minimumDispersion(24)}

minimumPollIntervalOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) minimumPollInterval(25)}

minimumSelectClockOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) minimumSelectClock(26)}

peerClockAddressesOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) peerClockAddresses(27)}

reachabilityRegisterSizeOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) reachabilityRegisterSize(28)}

referenceClockTypeOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) referenceClockType(29)}

selectWeightOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) selectWeight(30)}

synchronizationProtocolIDOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) synchronizationProtocolID(31)}

synchronizationProtocolTypeOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) synchronizationProtocolType(32)}

synchronizationSourceAddressOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) synchronizationSourceAddress(33)}

synchronizedClockOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) synchronizedClock(34)}

synchronizingClocksOID OBJECT IDENTIFIER ::=
  {timeManagement attribute(7) synchronizingClocks(35)}

clockResetActionOID OBJECT IDENTIFIER ::=
  {timeManagement action(9) clockResetAction(1)}

leapSecondActionOID OBJECT IDENTIFIER ::=
  {timeManagement action(9) leapSecondAction(2)}

protocolResetActionOID OBJECT IDENTIFIER ::=
  {timeManagement action(9) protocolResetAction(3)}

synchronizationProtocol-systemOID OBJECT IDENTIFIER ::=
  {timeManagement nameBinding(6) synchronizationProtocol-system(1)}

clockSource-systemOID OBJECT IDENTIFIER ::=
  {timeManagement nameBinding(6) clockSource-system(2)}

ntp SynchronizationProtocolType ::=
  {joint-iso-itu-t ms(9) function(2) part20(20) synchProtocolType(20) ntp(1)}

-- type references 
AdjustmentInterval ::= TimeInterval

ClockAddress ::= CHOICE {
  isoNsap  [1]  OCTET STRING(SIZE (0 | 3..20)),
  ip       [2]  SEQUENCE {host  OCTET STRING(SIZE (4)),
                          port  INTEGER(0..65536)}
}

ClockDrift ::= REAL

ClockEstimatedError ::= TimeInterval

ClockEventCode ::= INTEGER {
  unspecified(0), restart(1), systemOrHardwareFault(2), newStatusWord(3),
  newSynchSourceOrStratum(4), systemClockReset(5), systemInvalidTimeOrDate(6),
  systemClockException(7), reserved8(8), reserved9(9), reserved10(10),
  reserved11(11), reserved12(12), reserved13(13), reserved14(14),
  reserved15(15)}

ClockEventCounter ::= INTEGER(0..255)

ClockEventTime ::= GlobalTime

ClockID ::= SimpleNameType

ClockMaximumError ::= TimeInterval

ClockValue ::= GlobalTime

CumLeapSeconds ::= INTEGER(0..255)

ClockResetInfo ::= ClockValue

CurrSynchSourceAddress ::= CHOICE {
  refPeerAssoc  [0]  ClockAddress,
  refClockID    [1]  ReferenceClockType
}

DateOfLeap ::= GeneralizedTime

Dispersion ::= TimeInterval

-- This field represents the dispersion (positive values only). 
FilterSize ::= INTEGER(0..32)

FilterWeight ::= REAL(0..{mantissa 1, base 10, exponent 0})

GlobalTime ::= OCTET STRING(SIZE (8)) -- See 8.1.
                           

LeapIndication ::= ENUMERATED {
  noWarning(0), minuteHas61Seconds(1), minuteHas59Seconds(2), alarmCondition(3)
}

LeapSecondInfo ::= SEQUENCE {
  leapIndication  LeapIndication,
  dateOfLeap      DateOfLeap
}

MaxAperature ::= TimeInterval

MaxClockAge ::= TimeInterval

MaxDistance ::= TimeInterval

MaxSkew ::= TimeInterval

PeerClockAddresses ::= SET OF SinglePeerClock

PollInterval ::= INTEGER(0..MAX)

-- This field represents the polling interval in seconds and can only contain positive values. 
Precision ::=
  TimeInterval

-- This field represents precision and can only contain positive values. 
ProtocolResetInfo ::= SET OF Attribute

ReachRegSize ::= INTEGER(0..32)

ReferenceClockType ::= INTEGER {
  unspecifiedOrUnknown(0), calibratedAtomicClock(1), radioVLForLF(2),
  radioHF(3), radioUHF(4), localNet(5), synch(6), wallclock(7),
  telephoneModem(8), gps(9), loranC(10), other(11)}

SelectClock ::= INTEGER(0..255)

SelectWeight ::= REAL(0..{mantissa 1, base 10, exponent 0})

SinglePeerClock ::= SEQUENCE {
  assocNum    [0]  INTEGER,
  assocClock  [1]  ClockAddress
}

Stratum ::= INTEGER(0..255)

-- A value of zero means that the stratum is not specified. 
-- A value of one indicates a primary reference. 
-- Values from 2 to 255 indicate secondary references of increasing 
-- distance from the root of the synchronization subnet .
Status ::= INTEGER {
  operatingWithinNominals(0), replyTimeout(1), badReplyFormat(2),
  hardwareSoftwareFault(3), propagationFailure(4), badDateFormatOrValue(5),
  badTimeFormatOrValue(6)}

SynchronizationProtocolID ::= SimpleNameType

SynchronizationProtocolType ::= OBJECT IDENTIFIER

SynchronizedClock ::= ObjectInstance

SynchronizingClocks ::= SET OF ObjectInstance

TimeInterval ::= OCTET STRING(SIZE (8)) -- See 8.1. 
                             

TSelect ::= OCTET STRING(SIZE (4))

END -- End of syntax definitions