GDC-DSU-MGMT-MIB
Detailed view of the defined objects, syntax rules, and hierarchical paths.
57
Objects
Active
Status
4
Dependencies
Imported Objects
Objects
57 total| Object Name |
|---|
gdc OBJECT IDENTIFIER .1.3.6.1.4.1.498 |
RFC1155-SMI Unknown .1.3.6.1.4.1.498 |
dsu OBJECT IDENTIFIER .1.3.6.1.4.1.498.8 |
t1 OBJECT IDENTIFIER .1.3.6.1.4.1.498.8.5 |
gdcDsuDS0AllocationSchemeTableThe GDC DSU DS0 Allocation Scheme table. Information in
an entry of this table defines the DS0 allocation scheme
(alternate or consecutive) of the represented DSU. SEQUENCE OF GdcDsuDS0AllocationSchemeEntry .1.3.6.1.4.1.498.8.5.1 |
gdcDsuDS0AllocationSchemeEntryThe GDC DSU DS0 Allocation scheme table entry. GdcDsuDS0AllocationSchemeEntry .1.3.6.1.4.1.498.8.5.1.1 |
gdcDsuDS0AllocationIndexThe index value which uniquely identifies the DSU to
which this entry is applicable. This has the form of a
SCinstance which defines the slot, line, drop, and
sub-identifier.
The sub-identifier for this SC instance is the DSU.ro SCinstance .1.3.6.1.4.1.498.8.5.1.1.1 |
gdcDsuDS0AllocationSchemeIdentifies the DSU DS0 allocation scheme. The value of
other(1) indicates that an allocation scheme is used
which is defined elsewhere. The value consecutive(2) indicates that
bundles of DS0s are allocated to channels consecutively from the
starting DS0. The value of alternate(3) indicates that bundles of DS0s
are allocated to channels alternatly, or every other DS0 from
the starting DS0. The unused DS0s are forced to marks.
The value of other(1) can never be set by management operation.
Note that DS0 bundles cannot be split across frames (wrap around
from the highest numbered DS0 of one frame to DS0 1 of the next
frame. For example, on a T1 frame using consecutive DS0 allocation,
a channel configuration of starting DS0 = 20 and number of
DS0s = 5 is an illegal channel configuration because the DS0 bundle
wraps from DS0 #24 of 1 frame to DS0 #1 of the next.rw Enumeration .1.3.6.1.4.1.498.8.5.1.1.2 |
gdcDsuChannelConfigTableThe GDC DSU Channel Configuration table. Information in the
entries of this table define the configuration of DSU
channels. There are entries in this table for each channel of
the associated DSU. SEQUENCE OF GdcDsuChannelConfigEntry .1.3.6.1.4.1.498.8.5.2 |
gdcDsuChannelConfigEntryThe GDC DSU Channel Configuration table entry. GdcDsuChannelConfigEntry .1.3.6.1.4.1.498.8.5.2.1 |
gdcDsuChannelConfigIndexThe index value which uniquely identifies the channel to
which this entry is applicable. This has the form of a
SCinstance which defines the slot, line, drop, and
sub-identifier.
The sub-indentifier for this SCinstance is the channel.ro SCinstance .1.3.6.1.4.1.498.8.5.2.1.1 |
gdcDsuChannelBaseRateIndicates the DS0 base rate: either 56K or 64K bits per second.
This is used in conjunction with the number of DS0s to determine
the bandwidth of the channel.
Note that base rate of 64K defines the DS0 as clear channel in
which all 8 bits of the DS0 are used. A base rate of 56K defines
the DS0 as non-clear in which bits 1-7 are used for channel data
and the 8th bit is either unused and forced to marks or used to
pass signaling information.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.2 |
gdcDsuChannelStartingDS0Indicates the starting DS0 number for the bundle of DS0s used for
the channel. DS0 bundles are allocated starting at the DS0 defined by
this integer.
When this integer is set to 0, the channel is disabled and no DS0s
are allocated to the channel.
Note that DS0 bundles cannot be split across frames (wrap around
from the highest numbered DS0 of one frame to DS0 1 of the next
frame. For example, on a T1 frame using consecutive DS0 allocation,
a channel configuration of starting DS0 = 20 and number of
DS0s = 5 is an illegal channel configuration because the DS0 bundle
wraps from DS0 #24 of 1 frame to DS0 #1 of the next.rw INTEGER .1.3.6.1.4.1.498.8.5.2.1.3 |
gdcDsuChannelNumberOfDS0sIndicates the number of DS0s for the bundle allocated to the
channel. The number of DS0s, in conjunction with the DS0 base
rate, also determines the bandwidth of the channel.
Note that DS0 bundles cannot be split across frames (wrap around
from the highest numbered DS0 of one frame to DS0 1 of the next
frame. For example, on a T1 frame using consecutive DS0 allocation,
a channel configuration of starting DS0 = 20 and number of
DS0s = 5 is an illegal channel configuration because the DS0 bundle
wraps from DS0 #24 of 1 frame to DS0 #1 of the next.rw INTEGER .1.3.6.1.4.1.498.8.5.2.1.4 |
gdcDsuChannelSplitTimingIndicates whether or not to use split timing. The value disabled(1)
indicates that channel's transmit timing is provided by the DSU.
The value enabled(2) indicates that the channel's transmit timing
is provided by the customer business equipment (ext Tx Clk).
Split timing refers to the activation of elastic storage to allow
the channel interface to receive data using the customer business
equipment's timing source (ext Tx Clk) and transmit that same data
to the network using the networks timing source.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.5 |
gdcDsuChannelChannelTypeThe channel interface type. The value other(1) indicates
the channel interface is a type defined elsewhere. The value
none(2) indicates that there is no channel interface for the
index. The value v35(3) indicates the channel interface is
standard V.35 and the value eia530(4) indicates the channel
interface is standard EIA 530. The value dra(5) indicates the
channel is is standard RS232 and is using the data rate adapter
(DRA) to run at subrate speeds (below 56K bits per second).ro Enumeration .1.3.6.1.4.1.498.8.5.2.1.6 |
gdcDsuChannelTransmitClockInvertTransmit clock invert. The value disabled(1) indicates that the
channel's transmit clock is normal, or not inverted, while the value
enabled(2) indicates that the channel's transmit clock is inverted.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.7 |
gdcDsuChannelReceiveClockInvertReceive clock invert. The value disabled(1) indicates that the
channel's receive clock is normal, or not inverted, while the value
enabled(2) indicates that the channel's receive clock is inverted.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.8 |
gdcDsuChannelTransmitDataInvertInvert the transmit data. The value disabled(1) indicates that
the channel's transmit data is normal, or not inverted, while the
value enabled(2) indicates that the channel's transmit data is inverted.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.9 |
gdcDsuChannelReceiveDataInvertInvert the receive data. The value disabled(1) indicates that
the channel's receive data is normal, or not inverted, while the
value enabled(2) indicates that the channel's receive data is inverted.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.10 |
gdcDsuChannelLocalDCDControls the operation of Data Carrier Detect (DCD) signal.
The value followsSignal(1) indicates that the channel's DCD follows
the inband control mode idle (CMI). The value forcedOn(2) indicates
that DCD is forced on.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.11 |
gdcDsuChannelLocalDSRControls the operation of the Data Set Ready (DSR) signal.
The value followsSignal(1) indicates that the channel's DSR follows
the inband control mode idle (CMI). The value forcedOn(2) indicates
that DSR is forced on.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.12 |
gdcDsuChannelReceiveControlIdentifies which signal is used for receive flow control. The
two values are Data Carrier Detect, dcd(1), and Data Set Ready, dsr(2).rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.13 |
gdcDsuChannelTransmitControlIdentifies which signal is used for transmit flow control. The
two values are Request To Send, rts(1), and Data Terminal Ready, dtr(2).rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.14 |
gdcDsuChannelRTSCTScontrolControls the function of the channel's Request To Send (RTS)
and Clear To Send signals used for flow control.
The value of ctsOn(2) indicates that CTS is forced on at all
times. The value of ctsDelay10ms(3) indicates that CTS is to
respond to RTS after a 10ms delay. The value of
ctsDelayStandard(4) indicates that CTS is to respond to RTS
after the standard delay of 40 bits times.
The value other(1) identifies another RTS/CTS control. This
value can never be set by management request.
For 56Kbps applications using CMI flow control, this object
must be set for ctsDelayStandard(4).rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.15 |
gdcDsuChannelEIAtestLeadsControls the channel's EIA test leads. The EIA test leads allow
customer business equipment to initiate diagnostic tests through
the assertion of the EIA test leads RDL, LL, and ST.
When this object is enabled(1), then the assertion of these leads
is recognized and acted upon by the DSU. When this object is
disabled(2), then the assertion of these leads is ignored by the DSU.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.16 |
gdcDsuChannelDccModeThe type of inband Diagnostics Communication Channel (DCC) in use.
The value none(1) indicates no DCC is being used for the given channel.
The value normal(2) indicates the channel's inband DCC is used. For Nx56k
applications using B8ZS line coding, normal(2) indicates that the DCC
embedded in the secondary channel (bit 8) of the channel's DS0 bundle. For
Nx56k applications using AMI line coding or for Nx65K applications, normal(2)
indicates that the DCC is imbedded in the secondary channel (bit 8) of and
additional DS0 appended to the channel's DS0 bundle.
The value special(3) indicates the channel's inband DCC is used. For Nx56k
applications using B8ZS line coding, special(2) indicates that the DCC is
imbedded in the secondary channel (bit 8) of and additional DS0 appended to
the channel's DS0 bundle. For Nx56k applications using AMI line coding,
normal(2) indicates that the DCC is embedded in the secondary channel (bit 8)
of the channel's DS0 bundle.
The value special(3) is not valid for Nx64K applications.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.17 |
gdcDsuChannelInbandLoopIn-band loopcode enable/disable. The value disabled(1) indicates
the channel does not enter an RDL loop when an inband RDL code is detected.
The value enable(2) indicates the channel does enter an RDL loop when
an inband RDL code is detected.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.18 |
gdcDsuChannelInbandLoopCodeIn-band RDL code to send and/or receive by the channel. The
value pn127(2) indicates that the in-band code sent/received is in
accordance with CCITT V.54 PN-127 scrambled codes. The value of
gdcProprietary(3) indicates that the in-band code sent/received
is the GDC defined code.
The value other(1) identifies another loopcode defined
elsewhere. This value can never be set by management operation.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.19 |
gdcDsuChannelInbandLoopdownThe time limit in seconds before terminating a channel's RDL.
The value 0 indicates that the loopdown time is disabled and
the loopback will only terminate by the in-band loopdown code.
All other values indicate the time in seconds before terminating
the RDL in the event the loopdown code is never received.
Note that certain products may only support discrete time
lengths. Setting the value to any unsupported time length
results in a badValue error.rw INTEGER -- 0, 1 - 2^31 seconds .1.3.6.1.4.1.498.8.5.2.1.20 |
gdcDsuChannelTransmitClockSourceThis object operates in conjunction with gdcDsx1TransmitClockSource
in gdcdsx1.mib. If gdcDsx1TransmitClockSource is channel(4),
then this object defines whether or not the channel's customer
business equipment is providing timing with ext Tx Clk to the
network's transmit interface.
The value disabled(1) indicates the channel's customer business
equipment is not providing timing for the transmit network interface.
The value enabled(1) indicates the channel's customer business
equipment is providing timing for the transmit network interface.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.21 |
gdcDsuChannelFallbackClockSourceThis object operates in conjunction with gdcDsx1FallbackClockSource
in gdcdsx1.mib. If gdcDsx1FallbackClockSource is channel(4),
then this object defines whether or not the channel's customer
business equipment is providing fallback timing with ext Tx Clk to the
network's transmit interface.
The value disabled(1) indicates the channel's customer business
equipment is not providing fallback timing for the transmit
network interface.
The value enabled(1) indicates the channel's customer business
equipment is providing fallnback timing for the transmit
network interface.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.22 |
gdcDsuChannelControlModeIdleControl Mode Idle (CMI) enable/disable. When the channel
application is Nx56k and RTS/CTS delay is standard, then
this object defines the the use of CMI to provide flow control.
The value disabled(1) indicates the channel using CMI to pass
control flow information.
The value enabled(w) indicates the channel is using the DDS
secondary channel CMI format to pass flow control information.rw Enumeration .1.3.6.1.4.1.498.8.5.2.1.23 |
gdcDsuChannelSignalStatusTableThe GDC DSU Channel Signal Status table. Information in the
entries of this table define the status of DSU channel
interface leads. There are entries in this table for each
channel of the associated DSU. SEQUENCE OF GdcDsuChannelSignalStatusEntry .1.3.6.1.4.1.498.8.5.3 |
gdcDsuChannelSignalStatusEntryThe GDC DSU Channel Signal Status table entry. GdcDsuChannelSignalStatusEntry .1.3.6.1.4.1.498.8.5.3.1 |
gdcDsuChannelSignalStatusIndexThe index value which uniquely identifies the channel to
which this entry is applicable. This has the form of a
SCinstance which defines the slot, line, drop, and
sub-identifier.
The sub-indentifier for this SCinstance is the channel.ro SCinstance .1.3.6.1.4.1.498.8.5.3.1.1 |
gdcDsuChannelCTSstatusThe state of the channel's Clear To Send (CTS) signal.
The value transitions(3) indicates that the signal is
alternating between the states off(1) and on(2).ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.2 |
gdcDsuChannelRTSstatusThe state of the channel's Request To Send (RTS) signal.
The value transitions(3) indicates that the signal is
alternating between the states off(1) and on(2).ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.3 |
gdcDsuChannelDTRstatusThe state of the channel's Data Terminal Ready (DTR)
signal.ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.4 |
gdcDsuChannelDSRstatusThe state of the channel's Data Set Ready (DSR) signal.ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.5 |
gdcDsuChannelDCDstatusThe state of the channel's Data Carrier Detect (DCD)
signal. The value transitions(3) indicates that the signal
is alternating between the states off(1) and on(2).ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.6 |
gdcDsuChannelRXCstatusThe state of the channel's receive clock (RXC) signal.
The value transitions(2) indicates that the signal
is alternating between states off(1) and on(2).ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.7 |
gdcDsuChannelTXCstatusThe state of the channel's Transmit Clock (TXC) signal.
The value transitions(2) indicates that the signal is
alternating between states off(1) and on(2).ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.8 |
gdcDsuChannelRXDstatusThe state of the channel's Receive Data (RXD) signal.
The value transitions(2) indicates that the signal is
alternating between states off(1) and on(2).ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.9 |
gdcDsuChannelTXDstatusThe state of the channel's Transmit Data (TXD) signal.
The value transitions(2) indicates that the signal is is
alternating between states off(1) and on(2).ro Enumeration .1.3.6.1.4.1.498.8.5.3.1.10 |
gdcDsuChannelDiagTableThe GDC DSU Channel Diagnostics table. The information in
this table support diagnostic testing, both active
testing via patterns, and passive testing via loopback on the
DSU channels. There are entries in this table for each
channel of the associated DSU. SEQUENCE OF GdcDsuChannelDiagEntry .1.3.6.1.4.1.498.8.5.4 |
gdcDsuChannelDiagEntryThe GDC DSU Channel Diagnostics entry. GdcDsuChannelDiagEntry .1.3.6.1.4.1.498.8.5.4.1 |
gdcDsuChannelDiagIndexThe index value which uniquely identifies the channel to
which this entry is applicable. This has the form of a SC
instance which defines the slot, line, drop, and
sub-identifier, which in this case is the channel.ro SCinstance .1.3.6.1.4.1.498.8.5.4.1.1 |
gdcDsuChannelDiagSendCodeInitiates and terminates self test pattern generation and detection
(active diagnostic tests) on the DSU channel. When this object
is set to other than sendNoCode(1), an active diagnostic test
is initiated, using the test pattern supplied . When this
object is set to sendNoCode(1), the active diagnostic test is
terminated.
When read, value sendNoCode(1) indicates there are no active diagnostic
tests currently running on the channel. The value sendQRSpattern(2)
indicates that a QRS test is running on the channel. The value
send511Pattern(3) indicates that a 511 test is running on the channel.
The value send3in24Pattern(4) indicates that a 3:24 test is running
on the channel. The value send2047Pattern(5) indicates that a 2047
test is running on the channel.
The value sendProgPattern(6) indicates that a user programmable
pattern test is running on the channel. The value sendProgPattern(6)
and the object gdcDsuChannelProgPattern work together.
GdcDsuChannelProgPattern defines the 16 bit user programmable pattern
for the programmable pattern test.
The values send511PatternWithLL(7), send511PatternWithRDL(8),
send2047PatternWithLL(9), send2047PatternWithRDL(10) indicate that
the given pattern test is running in conjunction with a local loop (LL)
or remote digital loop (RDL). gdcDsuChannelLoopbackConfig is updated
to indicate this as well. When one of these tests are running, and this
variable is set to sendNoCode(1), both the pattern and the loopback
are terminated. However, if gdcDsuChannelLoopbackConfig is set to noLoop(1),
only the loopback portion is terminated.
This object, gdcDsuChannelTestResults, and gdcDsuChannelTestStatus
work together as follows:
When this object is set to initiate an active diagnostic test,
gdcDsuTestResults is initialized to 0 and gdcDsuChannelTestStatus
is initialized to testRunning(1). When the test is terminated,
the value of gdcDsuChannelTestStatus reflects testComplete(3).
gdcDsuChannelTestResults contains the count of bit errors detected
during the test.rw Enumeration .1.3.6.1.4.1.498.8.5.4.1.2 |
gdcDsuChannelDiagProgPatternThe 16 bit user programmable test pattern. This object works
with gdcDsuChannelSendCode. When gdcDsuChannelSendCodeis set to
sendProgPattern(6), this object is used as the 16 bit
user programmable test pattern.rw INTEGER (0..'ffff'h) .1.3.6.1.4.1.498.8.5.4.1.3 |
gdcDsuChannelLoopbackConfigThe loopback configuration for the DSU channel to be used
for both active and passive diagnostic tests.rw Enumeration .1.3.6.1.4.1.498.8.5.4.1.4 |
gdcDsuChannelTestDurationThe length of the diagnostic test, in time. The value 0 signifies
that the test should run indefinitely until explicitly
terminated.rw Enumeration .1.3.6.1.4.1.498.8.5.4.1.5 |
gdcDsuChannelDiagTimingSourceThe timing source to be used for diagnostic tests.
For tests that do not disrupt the transmit timing source as
defined in gdcDsx1TransmitClockSource the value currentSource(1)
should be used. The remaining timing sources are for use when
the diagnostic test disrupts the transmit timing source.
The choice of the diagnostic timing source is dependant upon
the type of test involved and the network topology.rw Enumeration .1.3.6.1.4.1.498.8.5.4.1.6 |
gdcDsuChannelTestStatusThe current execution status of the diagnostic test. The
value testRunning(1) indicates that a diagnostic test is running.
The value testComplete(2) indicates that no diagnostic test is
running and that the results are available in gdcDsuChannelTestExceptions
and gdcDsuChannelTestResults. The value testBeingConfigured(3)
indicates that no diagnostic test is running and that the
configuration of a new diagnostic test has been initiated
and as such the results may be invalid.
This object works with the gdcDsuChannelSendCode object. Whenever a
test is initiated by gdcDsuChannelSendCode, then the value of this
object is set to testRunning(1).
This object also works with the gdcDsuChannelLoopbackConfig,
gdcDsuChannelProgPattern, gdcDsuChannelRemoteLoopback, and
gdcDsuChannelTestDuration objects. Whenever these variables are
set, then the value of this object is set to
testBeingConfigured(3).rw Enumeration .1.3.6.1.4.1.498.8.5.4.1.7 |
gdcDsuChannelTestExceptionsIndicates any exceptions that may have occurred that would
affect the interpretation of the test results provided in
gdcDsuChannelTestResults.
The value of this object is a sum. This sum initially take
the value zero. Then, for each exception, the value
associated with the exception is added to the sum.
The exception values are:
value exception
1 A timed test was preempted so the result
cannot be viewed in relation to the test
duration
2 The results overflowed so the result cannot be
viewed as an absolute value
4 The test was performed while synchronization
could not be performed so the result may not
be accurate.ro INTEGER .1.3.6.1.4.1.498.8.5.4.1.8 |
gdcDsuChannelTestResultsThe results of the last diagnostic test, in bit errors. This can
be the current test running or the last completed test.
Note that the interpretation of these results may be affected
by the value of gdcDsx1TestExceptions.ro INTEGER .1.3.6.1.4.1.498.8.5.4.1.9 |
gdcDsuSystemMIBversionIdentifies the version of the MIB. The format of the version
is x.yzT, where 'x' identifies the major revision number, 'y'
identifies the minor revision number, 'z' identifies the
typographical revision, and T identifies the test revision.
Acceptable values for the individual revision components are
as follows:
x: 1 - 9
y: 0 - 9
z: 0 - 9
T: A - Z
Upon formal release, no designation for the test revision will
be present.ro Unknown .1.3.6.1.4.1.498.8.5.5 |