Operator Messages Manual

Chapter 36 Expand Messages

The messages in this chapter are sent by the Expand™ subsystem. The subsystem ID displayed by these messages includes EXPAND as the subsystem name.

NOTE: Negative-numbered messages are common to most subsystems. If you receive a negative-numbered message that is not described in this chapter, see Chapter 15.


-1

Expand: ldevname CPU SWITCHED FROM old-cpu TO new-cpu because { OPERATOR REQUEST | ERROR DETECTED } [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  On G-series RVUs, a SWITCH command or a hardware error has occurred. The SWITCH command can be issued programmatically or interactively.

Effect  The I/O process switches to its backup processor.

Recovery  No recovery action is necessary if the switch is due to a request. Otherwise, note the reason, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



-1 (D-series RVUs)

device-name LDEV ldevname I/O ADDR: (cpu,chan,%ctlr,%unit) CPU SWITCHED FROM old-cpu TO new-cpu { OPERATOR REQUEST | ERROR DETECTED }

Cause  A SWITCH command or a hardware error has occurred. The SWITCH command can be issued programmatically or interactively.

Effect  The I/O process switches to its backup processor.

Recovery  No recovery action is necessary if the switch is due to a request. Otherwise, note the reason, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



-2 (D-series RVUs)

device-name LDEV ldev I/O ADDR: (cpu,chan,%ctlr,%unit) PATH SWITCHED FROM { PATH-A | PATH-B } TO { PATH-B | PATH-A } { OPERATOR REQUEST | ERROR DETECTED }

ldev

identifies the logical device.

Cause  A SWITCH command or a hardware error has occurred. The SWITCH command can be issued programmatically or interactively.

Effect  The I/O process switches to the backup path.

Recovery  If a command caused the switch, no corrective action is needed. If not, note the reason, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



-3

Expand: ldevname STATE CHANGED FROM { STARTED | STOPPED } TO { STOPPED | STARTED } because { OPERATOR REQUEST | ERROR DETECTED } [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

ldev

identifies the logical device.

Cause  On G-series RVUs, a command or error has occurred that affected the summary state of an Expand object.

Effect  The summary state of the Expand object changes.

Recovery  If a command caused the state change, no corrective action is needed. If not, note the reason, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



-3 (D-series RVUs)

device-name LDEV ldev I/O ADDR: (cpu,chan,%ctlr,%unit) STATE SWITCHED FROM { STARTED | STOPPED } TO { STOPPED | STARTED } { OPERATOR REQUEST | ERROR DETECTED }

ldev

identifies the logical device.

Cause  A command or error has occurred that affected the summary state of an Expand object.

Effect  The summary state of the Expand object changes.

Recovery  If a command caused the state change, no corrective action is needed. If not, note the reason, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



-4 (G-series RVUs)

Expand: ldevname PROCESS FATAL ERROR, CAUSE code [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

code

contains a two-digit or three-digit code that indicates the cause of the error. See Table 36-1 for the meaning of the code.

Table 36-1 Cause Codes for Expand Message -4 (G-series RVUs)

codeMeaning
01-04Segment space was not allocated, used, deallocated, or locked.
05A failure has occurred in an attempt to allocate pool space.
06A failure has occurred in an attempt to obtain pool space.
07The number of input/output (I/O) units supplied to the I/O process (IOP) was invalid.
08The logical device number returned by the WANSD_CONMGR_INFO_GET_ procedure was -1.
09A bad subdevice type has been specified.
10A bad device type has been specified.
11The Concentrator Manager (ConMgr) did not process a request within the allotted amount of time.
12Both the primary and backup ConMgr processes have returned an ownership switch.
13The ConMgr has returned an unexpected error.
14The IOP could not find the ConMgr process.
15An IOGET procedure call has returned an error.
16An IOPUT procedure call has returned an error.
17The backup IOP has terminated.
18The controller type was not supported.
19A copy named device descriptor (NDD) operation has failed.
21The specified interrupt handler could not be found in the system library.
101A single-line Expand line-handler process (SUBTYPE 0 or 5) was configured on the same path as another line, probably with the MULTI configuration modifier.
102More than eight logical devices for lines were specified for a logical path.
104The logical path had no physical lines. This error might occur when the MULTI parameter is incorrectly specified in the SCF ADD DEVICE command when configuring a line logical device.
105Lines that use the high-level data-link control (HDLC) Normal and HDLC Extended Mode protocols were mixed in the same multiline path, or an Expand-over-FOX line was part of a multiline path.
107The line buffer size computed was greater than 64K words, or for Expand-over-FOX and Expand-over-NAM (Network Access Method) lines, the size was too large to fit in the local pool.
109-118Space was not allocated for a control block from the pool in the user data segment.
119-121Extended I/O segment space was not used or locked.
122Pool space was not defined in an extended data segment.
123A list of subchannel addresses was invalid.
125No ASSOCIATEDEV modifier was specified for the Expand-over-NAM line.
128The FRAMESIZE modifier specified for lines within a multiline path was inconsistent.
130-136No extended pool was available for an internal control block. All control blocks were allocated out of an extended pool that is always set to the maximum size of 1024 pages.
137The specified MACRO configuration modifier value was not correct.
138No extended pool was available for Node CB.
139$NCP did not exist.
142Error returned by Shared Memory.
143Error returned by QIO API.
144Error returned by WANSD_INITIALIZE. IOP cannot get its unit table.
145No extended pool was available for Measure data.
146Cannot activate signal handler.

 

Cause  The Expand subsystem has detected a missing, incorrect, or inconsistent SCF profile parameter. A fatal IOP error has occurred, which has caused the Expand line-handler process to stop.

Effect  The Expand line-handler process stops and cannot be used. The Expand line or path cannot be used, and the associated devices are deleted.

Recovery  Stop the Expand line-handler process with Subsystem Control Facility (SCF). The recovery action depends on the cause code, as follows:

  • Codes 01-08 Contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 09, 10, 21, 101, 102, 104-107, 123-128 and 137 Delete the device. Correct ADD DEVICE parameters, and add it again.

  • Code 11 - 14 Attempt to start ConMgr with SCF.

  • Codes 15 - 19 Contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as EMS logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 109-122 If the processor does not have enough physical memory to run the Expand line-handler process, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as EMS logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 130-136, 138, 142, 143, 144, 145, and 146 If one of these failures is reported, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as EMS logs, trace files, and a processor dump, if applicable

  • Codes 139 Use SCF to start $NCP before you start the Expand lines.

    If your local operating procedures require contacting Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



-4 (D-series RVUs)

device-name LDEV ldev I/O ADDR: (cpu,chan,%ctlr,%unit) Process Fatal Error, CAUSE: code

ldev

identifies the logical device.

code

contains a two-digit or three-digit code that indicates one the cause of the error. See Table 36-2 for the meaning of the code.

Table 36-2 Cause codes for Expand Message ‑4 (D-series RVUs)

codeMeaning
01-04Segment space was not allocated, used, deallocated, or locked.
05A failure has occurred in an attempt to allocate pool space.
06A failure has occurred in an attempt to obtain pool space.
07The number of input/output (I/O) units supplied to the I/O process (IOP) was invalid.
08The logical device number returned by the GETCSMLDEV procedure was -1.
09A bad subdevice type has been specified.
10A bad device type has been specified.
11The Communications Subsystem Manager (CSM) did not process a request within the allotted amount of time.
12Both the primary and backup CSM processes have returned an ownership switch.
13The CSM has returned an unexpected error.
14The IOP could not find the CSM process.
15An IOGET procedure call has returned an error.
16An IOPUT procedure call has returned an error.
17The backup IOP has terminated.
18The controller type was not supported.
19A copy named device descriptor (NDD) operation has failed.
21The specified interrupt handler could not be found in the system library.
101A single-line Expand line-handler process (SUBTYPE 0 or 5) was configured on the same path as another line, probably with the MULTI configuration modifier.
102More than eight logical devices for lines were specified for a logical path.
104The logical path had no physical lines. This error might occur when the MULTI configuration modifier is omitted from all the lines that should be part of the logical path, or when the MULTI parameter refers to another line logical device.
105Lines that use the high-level data-link control (HDLC) Normal and HDLC Extended Mode protocols (NETDIRECT and NETSATELLITE macros) were mixed in the same multiline path, or an Expand-over-FOX line was part of a multiline path.
107The line buffer size computed was greater than 64K words, or for Expand-over-FOX and Expand-over-NAM (Network Access Method) lines, the size was too large to fit in the local pool.
109-118Space was not allocated for a control block from the pool in the user data segment.
119-121Extended I/O segment space was not used or locked.
122Pool space was not defined in an extended data segment.
123A list of subchannel addresses was invalid.
125No ASSOCIATEDEV configuration modifier was specified for the Expand-over-NAM line.
128The FRAMESIZE configuration modifier specified for lines within a multiline path was inconsistent.
129Communications interface unit -A, -B (CIUA and CIUB) were mixed in a multiline path.
130-136No extended pool was available for an internal control block. All control blocks were allocated out of an extended pool that is always set to the maximum size of 1024 pages.
137The specified MACRO configuration modifier value was not correct.

 

Cause  On G-series RVUs, the Expand subsystem detected a missing, incorrect, or inconsistent SYSGEN parameter. A fatal IOP error occurred, which caused the Expand line-handler process to stop.

Effect  The Expand line-handler process stops and cannot be used. The Expand line or path cannot be used, and the associated devices are deleted.

Recovery  Stop the Expand line-handler process with the Configuration Utility Program (COUP). The recovery action depends on the cause code, as follows:

  • Codes 01-08 Contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 09 and 10 Correct the configuration file and run SYSGEN again.

  • Code 11, 12, and 17 Attempt to start the line with the Communications Management Interface (CMI) or the Subsystem Control Facility (SCF).

  • Codes 13-16, 18, and 19 Contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as EMS logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 21, 101, 102, 104-107, and 137 Correct the configuration file and run SYSGEN again.

  • Codes 109-122 If the processor does not have enough physical memory to run the Expand line-handler process, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as EMS logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 123-128 Correct the configuration file and run SYSGEN again.

  • Code 129 All lines of a multiline path that use the same CIU pair must be configured to use the same CIU (either A or B). Correct the configuration file and run SYSGEN again.

  • Codes 130-136 If one of these failures is reported, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as EMS logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



3

Expand: ldevname I/O BUS ERROR errnum [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

#errnum

identifies a file-system error.

Cause  On G-series RVUs, an I/O bus error has occurred during a transfer. A SWAN concentrator may be generating a continuous I/O power-on interrupt.

Effect  The operation is retried, then the other path is tried. If #errnum is in the range 210 through 229, the operation can switch to the other processor.

If a SWAN concentrator is generating a continuous I/O power-on interrupt, the application trying to communicate with the specified line receives an error code (usually 231, I/O power on) in response to its I/O request.

Recovery  See Appendix B, for a definition of the specified error. For more detailed information including recovery actions, see the Guardian Procedure Errors and Messages Manual. Take the appropriate action, or contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



3 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] I/O BUS ERROR #errnum [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

#errnum

identifies a file-system error.

Cause  An I/O bus error has occurred during a transfer. A controller may be generating a continuous I/O power-on interrupt.

Effect  The operation is retried, then the other path is tried. If #errnum is in the range 210 through 229, the operation can switch to the other processor.

If a controller is generating a continuous I/O power-on interrupt, the application trying to communicate with the specified line receives an error code (usually 231, I/O power on) in response to its I/O request. An HP Tandem Maintenance and Diagnostic System (TMDS) event is generated.

Recovery  See Appendix B, for a definition of the specified error. For more detailed information including recovery actions, see the Guardian Procedure Errors and Messages Manual. Take the appropriate action, or contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



4

Expand: ldevname LINE ERROR, STATUS %dev-status STATUS MASK %status-mask [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

%dev-status

indicates device-status information.

%status-mask

is a mask designating all acceptable status bits. See Table 36-3 and Table 36-4 for details. For multifunction controllers, ignore this parameter.

Cause  On G-series RVUs, an error has occurred on the indicated line, and the I/O retry has not succeeded.

Effect  The Expand line-handler process retries for up to three CLB downloads. If the error persists, Expand brings down the line. For some errors (for instance, a modem error), the Expand line-handler process waits for the error to clear and then retries.

Recovery  This error usually indicates an Expand driver problem. Contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

I/O Error Codes for Expand Message 4 (G-series RVUs) 

The I/O error codes returned for %status-mask are listed in Table 36-3.

Table 36-3 I/O Error Codes for Expand Message 4 (G-series RVUs)

%status-maskMeaning
%00No data complete (no error)
%01Data transfer complete (no error)
%02Write ended and data not sent (retry)
%03Communications interface unit to line interface unit bus (CLB) underrun (retry)
%04Invalid CLB frame A field (ABORT)
%05CLB frame less than two bytes long (ABORT)
%06Invalid CLB frame C field (ABORT)
%07FCS error incoming CLB frame (parameter retry)
%10CLB received and aborted frame (parameter retry)
%11CLB receiver underrun (parameter retry)
%12Incoming CLB bits not modulo 256 (parameter retry)
%13CLB output wait-for-acknowledgment (WACK) timeout (parameter retry)
%14CLB input enable WACK timeout (ABORT)
%15FLAK timeout (clear retry)
%16CLIP/BOB protocol violation (clear retry)
%17Reserved—should not happen (clear retry)
%20LOCS address out of range (ABORT)
%21LOCS block exceeds end of RAM (ABORT)
%22LOCS block sizes don’t match (ABORT)
%23LOCS block invalid format (ABORT)
%24LOCS block bad checksum (ABORT)
%25Execution address invalid (ABORT)
%26Start execution issued and CIU not loaded (ABORT)
%27Invalid EIO command (ABORT)
%30Invalid EIO parameter word (ABORT)
%31Invalid EIO command for unit used (ABORT)
%32Invalid NVRAM program (ABORT)
%33 - %37Reserved—should not happen (ABORT)

 

Hardware Error Codes for Expand Message 4 (G-series RVUs) 

The hardware error codes returned for %status-mask are listed in Table 36-4.

Table 36-4 Hardware Error Codes for Expand Message 4 (G-series RVUs)

%status-maskMeaning
%200MCP detected a parity error
%201MCP detected a microcode checksum error
%202TX CLB controller has detected a parity error
%203MCP control frame was aborted on the CLB
%204TX CLB controller did not abort a frame with a channel error
%205Received an invalid flag from the RX FIFO
%206RX CLB controller timeout
%207Nonprivileged EIO was accepted on “Busy” unit
%210EIO hardware did not reject a nonprivileged EIO with busy set
%211EIO hardware did not reject a unit 0 EIO on another unit
%212Received an out-of-range unit number from the EIO queue
%213Received an out-of-range EIO code from the EIO queue
%214Received an invalid EIO code from the EIO queue
%215RX out queue did not indicate empty after a clear was issued
%216Out queue indicated empty after a good RX burst
%217In queue is not incrementing properly
%220In queue did not indicate empty after a clear was issued
%221In queue indicated full after a clear was issued
%222RX RAC register did not indicate 0 after a clear was issued
%223Improper unit number read from RX RAC register
%224Improper unit number read from TX RAC register
%225Received unexpected TX CLB INT
%226TX move logic interrupted prematurely
%227Received unexpected RXCHINT
%230Received unused interrupt
%231Received unexpected timer interrupt
%232Received unexpected TXFINT
%233Received unexpected TXCHINT
%234MCP IRQ pending after a TAKEOWNERSHIP reset received
%235Erroneous pending interrupt was detected
%236Reconnect in logic is erroneously busy
%237Reconnect out logic is erroneously busy
%240Received an unexpected software interrupt

 



4 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] ERROR %dev-status %param1 %param2 [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or if the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

%dev-status

indicates device-status information.

%param1

is a mask designating all acceptable status bits. See Table 36-6 and Table 36-5 for details. For multifunction controllers, ignore this parameter.

%param2

has no value.

Cause  An error has occurred on the indicated line, and the I/O retry has not succeeded.

Effect  If the error involves a controller ownership switch, the Expand line-handler process retries for up to three ownership switches. If the error persists, Expand brings down the line. For any other error (for instance, a modem error), the Expand line-handler process waits for the error to clear and then retries.

Recovery  This error usually indicates a hardware problem. Contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

Hardware Error Codes for Expand Message 4 (D-series RVUs) 

The hardware error codes returned for %param1 are listed in Table 36-5.

Table 36-5 Hardware Error Codes for Expand Message 4 (D-series RVUs)

%param1Meaning
%200MCP detected a parity error
%201MCP detected a microcode checksum error
%202TX CLB controller has detected a parity error
%203MCP control frame was aborted on the CLB
%204TX CLB controller did not abort a frame with a channel error
%205Received an invalid flag from the RX FIFO
%206RX CLB controller timeout
%207Nonprivileged EIO was accepted on “Busy” unit
%210EIO hardware did not reject a nonprivileged EIO with busy set
%211EIO hardware did not reject a unit 0 EIO on another unit
%212Received an out-of-range unit number from the EIO queue
%213Received an out-of-range EIO code from the EIO queue
%214Received an invalid EIO code from the EIO queue
%215RX out queue did not indicate empty after a clear was issued
%216Out queue indicated empty after a good RX burst
%217In queue is not incrementing properly
%220In queue did not indicate empty after a clear was issued
%221In queue indicated full after a clear was issued
%222RX RAC register did not indicate 0 after a clear was issued
%223Improper unit number read from RX RAC register
%224Improper unit number read from TX RAC register
%225Received unexpected TX CLB INT
%226TX move logic interrupted prematurely
%227Received unexpected RXCHINT
%230Received unused interrupt
%231Received unexpected timer interrupt
%232Received unexpected TXFINT
%233Received unexpected TXCHINT
%234MCP IRQ pending after a TAKEOWNERSHIP reset received
%235Erroneous pending interrupt was detected
%236Reconnect in logic is erroneously busy
%237Reconnect out logic is erroneously busy
%240Received an unexpected software interrupt

 

I/O Error Codes for Expand Message 4 (D-series RVUs)

The I/O error codes returned for %param1 are listed in Table 36-6.

Table 36-6 I/O Error Codes for Expand Message 4 (D-series RVUs)

%param1Meaning
%00No data complete (no error)
%01Data transfer complete (no error)
%02Write ended and data not sent (retry)
%03Communications interface unit to line interface unit bus (CLB) underrun (retry)
%04Invalid CLB frame A field (ABORT)
%05CLB frame less than two bytes long (ABORT)
%06Invalid CLB frame C field (ABORT)
%07FCS error incoming CLB frame (parameter retry)
%10CLB received and aborted frame (parameter retry)
%11CLB receiver underrun (parameter retry)
%12Incoming CLB bits not modulo 256 (parameter retry)
%13CLB output wait-for-acknowledgment (WACK) timeout (parameter retry)
%14CLB input enable WACK timeout (ABORT)
%15FLAK timeout (clear retry)
%16CLIP/BOB protocol violation (clear retry)
%17Reserved—should not happen (clear retry)
%20LOCS address out of range (ABORT)
%21LOCS block exceeds end of RAM (ABORT)
%22LOCS block sizes don’t match (ABORT)
%23LOCS block invalid format (ABORT)
%24LOCS block bad checksum (ABORT)
%25Execution address invalid (ABORT)
%26Start execution issued and CIU not loaded (ABORT)
%27Invalid EIO command (ABORT)
%30Invalid EIO parameter word (ABORT)
%31Invalid EIO command for unit used (ABORT)
%32Invalid NVRAM program (ABORT)
%33 - %37Reserved—should not happen (ABORT)

 



6 (G-series RVUs)

Expand: ldevname UP [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The operator has successfully returned the line to the system.

Effect  The operation is finished.

Recovery  Informational message only; no corrective action is needed.



6 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] UP [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

Cause  The operator has successfully returned the line to the system.

Effect  The operation is completed.

Recovery  Informational message only; no corrective action is needed.



7 (G-series RVUs)

Expand: ldevname DOWN [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  This error has probably occurred for one of the following reasons:

  • An operator has removed the indicated line from the system.

  • The Expand line-handler process has brought the line down because more than six ownership switches occurred.

  • The Expand line-handler process has brought the line down because a run-time error occurred. In this case, this message is preceded by Expand message 91.

  • The Expand subsystem has encountered a configuration error, causing the Expand line-handler process to stop and the line to go down. In this case, this message is preceded by Expand message -4 or 93.

Effect  The line goes down.

Recovery  If an operator command did not cause this message, perform the indicated recovery actions for any related messages (-4, 91, and 93) that precede this message. If the problem persists, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



7 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] DOWN [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

Cause  This error has probably occurred for one of the following reasons:

  • An operator has removed the indicated line from the system.

  • The Expand line-handler process has brought the line down because more than six ownership switches occurred.

  • The Expand line-handler process has brought the line down because a run-time error occurred. In this case, this message is preceded by Expand message 91.

  • The Expand subsystem has encountered a SYSGEN error, causing the Expand line-handler process to stop and the line to go down. In this case, this message is preceded by Expand message -4 or 93.

Effect  The line goes down.

Recovery  If an operator command did not cause this message, perform the indicated recovery actions for any related messages (-4, 91, and 93) that precede this message. If the problem persists, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



8 (G-series RVUs)

Expand: ldevname Internal error nnn Info %Hxxx, Loc %yyy

nnn

identifies an HP internal error code.

xxx

provides additional information regarding the error.

yyy

identifies a location in the Expand subsystem code.

Cause  An internally inconsistent condition has been detected in the Expand line-handler process.

Effect  The line goes down.

Recovery  Attempt to restart the line. If the problem persists, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



9 (G-series RVUs)

Expand: ldevname Shared memory error nnn Info %Hxxx, Loc %yyy

nnn

identifies an internal error code returned by the QIO subsystem.

xxx

provides additional information regarding the error.

yyy

identifies a location in the Expand subsystem code.

Cause  An error was returned by the QIO subsystem.

Effect  The line goes down.

Recovery  Check the state of the QIO subsystem. If the QIO subsystem is functioning properly, attempt to restart the line. If the problem persists, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



10 (G-series RVUs)

Expand: ldevname Unexpected QIO event nnn Info %Hxxx, Loc %yyy

nnn

identifies a file-system error returned by the QIO subsystem.

xxx

provides additional information regarding the error.

yyy

identifies a location in the Expand subsystem code.

Cause  An unexpected error was returned by the QIO subsystem.

Effect  The line goes down.

Recovery  Check the state of the QIO subsystem. If the QIO subsystem is functioning properly, attempt to restart the line. If the problem persists, contact your representative and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



11 (G-series RVUs)

Expand: ldevname TCP error nnn Info %Hxxx, Loc %yyy

nnn

identifies a file-system error returned by the NonStop TCP/IP subsystem.

xxx

provides additional information regarding the error.

yyy

identifies a location in the Expand subsystem code.

Cause  An error was returned by the NonStop TCP/IP process associated with the Expand-over-IP line-handler process.

Effect  The line goes down.

Recovery  Check the NonStop TCP/IP process associated with the Expand-over-IP line-handler process. See Appendix B, for a definition of the specified error. If the NonStop TCP/IP process is functioning properly, attempt to restart the line. If the problem persists, contact your representative and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



12 (G-series RVUs)

Expand: ldevname Response error nnn Info %Hxxx, Loc %yyy

nnn

identifies an internal error code that was detected on a Level 2 connect or query response.

xxx

identifies the response error type.

yyy

identifies a location in the Expand subsystem code.

Cause  A Level 2 connect or query response error was received

Effect  The line goes down.

Recovery  A connect or query response error indicates that the local and remote Expand-over-IP line-handler processes are incompatible or that an incorrect Internet Protocol (IP) address or port number was present in the connect or query message. Check the IP address and port number configurations in both the local and remote Expand-over-IP line-handler processes.



13 (G-series RVUs)

Expand: ldevname Ownership error

Cause  The NonStop TCP/IP process associated with the Expand-over-IP line-handler process has indicated that it is no longer the primary process, but a processor switch cannot be performed because other lines are active.

Effect  The line remains started, but it is not ready for data transfer. The most recent file-system error associated with the line will be 140 (FEMODEMERR). The line will become ready if the associated NonStop TCP/IP process becomes available in the processor or if the Expand-over-IP line-handler process is able to switch processors when the other lines become inactive.

Recovery  Check the configuration of the Expand-over-IP line and all other lines associated with the NonStop TCP/IP process to determine if reconfiguration is required.



14 (G-series RVUs)

Expand: ldevname Associate TCP process unavailable

Cause  Either the NonStop TCP/IP process associated with the Expand-over-IP line-handler process is not available or the line handler is configured to use IPv6 sockets with an associated TCP/IP process that does not support them.

Effect  The line remains started, but it is not ready for data transfer. The most recent file-system error associated with the line will be 140 (FEMODEMERR). The line will become ready if the associated NonStop TCP/IP process becomes available and supports the requested socket type.

Recovery  Ensure that the NonStop TCP/IP process associated with the Expand-over-IP line-handler process is functioning properly. If IPv6 sockets are desired, make sure the associated process supports such sockets.



15 (G-series RVUs)

Expand: ldevname Shared memory system unavailable

Cause  The QIO subsystem is not available.

Effect  The line remains started, but is not ready for data transfer. The most recent file-system error associated with the line will be 140 (FEMODEMERR). The line will become ready if the QIO subsystem becomes available.

Recovery  Ensure that the QIO subsystem is functioning properly.



16 (G-series RVUs)

Expand: ldevname Connect retries exhausted

Cause  The Expand line-handler process has not received a connect response from the remote Expand line-handler process and the maximum number of connect requests have been sent.

Effect  The line goes down.

Recovery  Ensure that the remote Expand line-handler process is operational. Check the configuration of both the local and remote Expand line-handler processes.



17 (G-series RVUs)

Expand: ldevname IP timeout waiting for assoc TCP process Info %Hxxx, Loc %yyy

xxx

provides additional information regarding the error.

yyy

identifies a location in the Expand subsystem code.

Cause  The NonStop TCP/IP process associated with the Expand-over-IP line-handler process did not respond to a request from the Expand-over-IP line-handler process.

Effect  The line goes down.

Recovery  Check the NonStop TCP/IP process associated with the Expand-over-IP line-handler process. If the NonStop TCP/IP process is functioning properly, attempt to restart the line. If the problem persists, contact your representative and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



18 (G-series RVUs)

Expand: ldevname ATM subsystem error nnn Info %Hxxx, Loc %yyy

nnn

is an error returned by the Asynchronous Transfer Mode (ATM) subsystem. See the ATM Subsystem Configuration and Management Manual for more information.

xxx

provides additional information regarding the error.

yyy

identifies a location in the Expand subsystem code.

Cause  An error was returned by the ATM subsystem.

Effect  The line goes down.

Recovery  Check the ATM subsystem. If the ATM subsystem is functioning properly, attempt to restart the line. If the problem persists, contact your representative and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



19 (G-series RVUs)

Expand: ldevname ATM subsystem unavailable, error nnn

nnn

is an error returned by the Asynchronous Transfer Mode (ATM) subsystem. See the ATM Subsystem Configuration and Management Manual for more information.

Cause  The ATM line associated with the Expand-over-ATM line-handler process is not available.

Effect  The line remains started, but it is not ready for data transfer. The most recent file-system error associated with the line will be 140 (FEMODEMERR). The line will become ready if the associated NonStop TCP/IP process becomes available.

Recovery  Ensure that the ATM line associated with the Expand-over-ATM line-handler process is functioning properly.



20 (G-series RVUs)

Expand: ldevname ATM PVC unavailable, error nnn

nnn

is an error returned from the Asynchronous Transfer Mode (ATM) subsystem. See the ATM Subsystem Configuration and Management Manual for more information.

Cause  The ATM permanent virtual circuit (PVC) used by the Expand-over-ATM line-handler process is not available.

Effect  The line remains started, but it is not ready for data transfer. The most recent file-system error associated with the line will be 140 (FEMODEMERR). The line will become ready if the associated PVC becomes available.

Recovery  Ensure that the PVC used by the Expand-over-ATM line-handler process is configured properly.



21 (G-series RVUs)

Expand: ldevname ATM SVC unavailable, error nnn

nnn

is an error returned from the Asynchronous Transfer Mode (ATM) subsystem. See the ATM Subsystem Configuration and Management Manual for more information.

Cause  The ATM switched virtual circuit (SVC) used by the Expand-over-ATM line-handler process is not established.

Effect  The line remains started, but it is not ready for data transfer. The most recent file-system error associated with the line will be 140 (FEMODEMERR). The line will become ready if the associated SVC becomes established.

Recovery  Ensure that the SVC used by the Expand-over-ATM line-handler process is configured properly and that network connectivity is functional.



22 (G-series RVUs)

Expand: ldevname Timeout Waiting for ATM subsystem Info %Hxxx, Loc %yyy

xxx

provides additional information regarding the error.

yyy

identifies a location in the Expand subsystem code.

Cause  No response other than a timeout has been received from the ATM subsystem.

Effect  Call establishment for ATM failed to make a connection.

Recovery  Ensure that the SVC used by the Expand-over-ATM line-handler process is configured properly and that network connectivity is functional.



23 (G-series RVUs)

Expand: ldevname Associate NAM process unavailable

Cause  There is no process executing with the name specified on the ASSOCIATEDEV parameter for the line.

Effect  The Expand line cannot be started.

Recovery  Start the process whose name is specified on the ASSOCIATEDEV parameter for the line or change ASSOCIATEDEV to specify the name of an executing NAM process.



24 (G-series RVUs)

Expand: ldevname NAM process error nnn

nnn

is an internal error returned from the NAM subsystem.

Cause  The Expand line handler received an error from the process whose name is specified on the ASSOCIATEDEV parameter for the line.

Effect  The Expand line goes to the not ready state.

Recovery  Contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

    If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



25 (G-series RVUs)

Expand: ldevname NAM process timeout

Cause  The number of Connect retries specified by the MAXRECONNECTS parameter is exhausted and the DOWNAFTERMAXRETRIES option is on.

Effect  The Expand line is aborted.

Recovery  Correct the problem causing the NAM process reconnects and restart the Expand line. The name of the NAM process is specified in the Expand line’s ASSOCIATEDEV parameter.



26 (G-series RVUs)

Expand: ldevname NAM service down

Cause  The line handler received a message from its NAM process that its connection is down.

Effect  The Expand line goes to the not ready state.

Recovery  Correct the problem causing the NAM process to lose its connection and restart the Expand line. The name of the NAM process is specified in the Expand line’s ASSOCIATEDEV parameter.



27 (G-series RVUs)

Expand: ldevname LINE QUALITY TIMER EXPIRED, [ ABORTING | WARNING ]

Cause  The line quality dropped below the threshold specified in the QUALITYTHRESHOLD setting and it remained below the threshold for longer than the time specified in QUALITYTIMER setting.

Effect  If the DOWNIFBADQUALITY setting is "ON", the line aborts. If the DOWNIFBADQUALITY setting is "OFF", a warning is issued.

Recovery  Correct the problem causing the low line quality and restart the Expand™ line.



29 (G-series RVUs)

Expand: ATM LIF not found

Cause  The configured LIF name was not found in the SLSA subsystem.

Effect  The Expand line will signal line state 140, then continue to retry the connection to the LIFNAME.

Recovery  Check that the LIF is configured in the SLSA subsystem.



30 (G-series RVUs)

Expand: ATM LIF is stopped

Cause  The configured LIF is in STOPPED state.

Effect  The Expand line will signal line state 140, then continue to retry the connection to the LIFNAME.

Recovery  Check that the LIF has been started.



31 (G-series RVUs)

Expand: ATM LIF access state is down

Cause  The configured LIF access is in DOWN state.

Effect  The Expand line will signal line state 140, then continue to retry the connection to the LIFNAME.

Recovery  Check the access state of the configured LIF.



32 (G-series RVUs)

Expand: ATM LIF is inaccessible

Cause  The LIF is inaccessible from the Expand line handler’s CPU or another line handler is already using the LIF.

Effect  The Expand line will signal line state 140, then continue to retry the connection to the LIFNAME.

Recovery  Check the access list associated with the LIF to verify that the Expand line handler’s CPU is included. Check that no other line handler is using the LIF.



33 (G-series RVUs)

Expand: ldevname NET: LINE QUALITY nnn%

ldevname

identifies the logical device.

nnn

is the percentage of successful frames.

Cause  An Expand line-handler process has reported a change in the line quality.

Effect  The system reports the problem and continues processing.

Recovery  If this message occurs repeatedly, examine the retransmission quality of the communications lines and use whatever corrective measures are appropriate for those lines.



33 (D-series RVUs)

LDEV ldev -nnn% successful frames

ldev

identifies the logical device.

nnn%

is the percentage of successful frames.

Cause  An Expand line-handler process has reported a change in the line quality.

Effect  The system reports the problem and continues processing.

Recovery  If this message occurs repeatedly, examine the retransmission quality of the communications lines and use whatever corrective measures are appropriate for those lines.



43 (G-series RVUs)

LDEV ldev NET: CONNECTION LOST TO SYS nnn, CAUSE xxx

ldev

identifies the logical device.

nnn

is the number of the unavailable system.

xxx

identifies the cause of the problem.

Cause  If xxx is 001, the network control process ($NCP) has determined that all paths to system nnn are unavailable.

If xxx is 004, the Expand line-handler process has reported an end-to-end protocol error.

If xxx is 999, the Expand line-handler process has reported a recovery from a soft failure, possibly related to path timing.

Effect  $NCP attempts to reestablish the connection over the same path; if this attempt fails, $NCP seeks an alternate path.

Recovery  Informational message only; no corrective action is needed unless other related messages, such as Expand message 45, are displayed for the line. In that case, perform the recovery for the related message.



43 (D-series RVUs)

LDEV ldev NET: CONNECTION LOST TO SYS nnn (xxx)

ldev

identifies the logical device.

Cause  If xxx is 001, the network control process ($NCP) has determined that all paths to system nnn are unavailable.

If xxx is 004, the Expand line-handler process has reported an end-to-end protocol error.

If xxx is 999, the Expand line-handler process has reported a recovery from a soft failure, possibly related to path timing.

Effect  $NCP attempts to reestablish the connection over the same path; if this attempt fails, $NCP seeks an alternate path.

Recovery  Informational message only; no corrective action is needed unless other related messages, such as Expand message 45, are displayed for the line. In that case, perform the recovery for the related message.



44 (G-series RVUs)

Expand: ldevname NET: LINE READY [ (SUPERPATH) ]

ldevname

identifies the logical device.

(SUPERPATH)

is displayed if the line is a member of a multi-CPU path.

Cause  The line is ready to accept network requests.

For a direct-connect line-handler process, this message appears after both Expand line-handler processes (local and remote) have exchanged Set Asynchronous Balanced Mode/Unnumbered Acknowledgment (SABM/UA) sequences.

For the X.25 interface, this message displays when the Expand line-handler process is informed that a virtual circuit is established, or when the Expand line-handler process learns of the virtual circuit by querying the X.25 access process.

Effect  A connection is successfully established with a remote system.

Recovery  Informational message only; no corrective action is needed.



44 (D-series RVUs)

LDEV ldev NET: LINE READY

ldev

identifies the logical device.

Cause  The line is ready to accept network requests.

For a direct-connect line-handler process, this message appears after both Expand line-handler processes (local and remote) have exchanged Set Asynchronous Balanced Mode/Unnumbered Acknowledgment (SABM/UA) sequences.

For the X.25 interface, this message displays when the Expand line-handler process is informed that a virtual circuit is established, or when the Expand line-handler process learns of the virtual circuit by querying the X.25 access process.

Effect  A connection is successfully established with a remote system.

Recovery  Informational message only; no corrective action is needed.



45 (G-series RVUs)

Expand: ldevname NET: LINE NOT READY, ERROR errnum

ldevname

identifies the logical device.

errnum

identifies a file-system error.

Cause  The operator has brought down a line, or an error has brought it down.

Effect  The Expand line-handler process is not ready to accept further network requests. The network control process ($NCP) must find an alternate communication path.

Recovery  See Appendix B, for a definition of the specified error. For more detailed information including recovery actions, see the Guardian Procedure Errors and Messages Manual.

Appropriate recovery depends on the file-system error that occurred and on the line type, as follows:

  • On a direct-connect, bit-synchronous or byte-synchronous line, check the following:

    • For an error 12 (in use), an invalid port or address was specified for the local NonStop TCP/IP process, preventing the line handler from binding to the NonStop TCP/IP process. It is logged if the IP address/port or the remote system does not equal the DESTIPADDR/DESTIPPORT specified. The line is brought down (66) when this error occurs so the user can alter the SRCIPADDR/SRCIPPORT before bringing the line back up.

    • For an error 66 (device down), the line was downed using an SCF or PUP command; it must be restarted.

    • For an error 124 (line reset), the line is being started; it is neither up nor down. The line is currently resetting/trying to connect to the remote system. The SCF STATUS LINE command gives detailed state information that should provide additional information about the state of the connection.

    • For an error 140 (modem error), a connection to the remote system exists and a RECVFROM or SENDTO QIO completion returns error ESHUTDOWN. This error means that the line handler has shutdown the socket, but subsequently sent or received data on it. If this is reproducible, get a path trace of the line handlers on each system. This message may also be logged if the Probe retries are exceeded, meaning the remote system is not responding, so the line handler considers the connection dead.

    • For an error 218 (interrupt timeout), check the modem, the cables, and the clock on the modem.

    • For an error 248 (network line handler error), check NEXTSYS and the connection at the remote site.

    • For an error 590 (bad parameter value), a invalid parameter was specified in a call to a QIO routine; correct the parameter.

  • For most errors on a Expand-over-NAM line, check the configuration.



45 (D-series RVUs)

LDEV ldev NET: LINE NOT READY, ERROR #errnum

ldev

identifies the logical device.

errnum

identifies a file-system error.

Cause  The operator has brought down a line, or an error has brought it down.

Effect  The Expand line-handler process is not ready to accept further network requests. The network control process ($NCP) must find an alternate communication path.

Recovery  See Appendix B, for a definition of the specified error. For more detailed information including recovery actions, see the Guardian Procedure Errors and Messages Manual.

Appropriate recovery depends on the file-system error that occurred and on the line type, as follows:

  • On a direct-connect, bit-synchronous or byte-synchronous line, check the following:

    • For an error 140 (modem error), check the modem, the cables, and the SYSGEN configuration.

    • For an error 218 (interrupt timeout), check the modem, the cables, and the clock on the modem.

    • For an error 248 (network line handler error), check NEXTSYS and the connection at the remote site.

  • For most errors on a NETNAM line, check the SYSGEN configuration.



46 (G-series RVUs)

Expand: LDEV ldev NET: CONNECTED TO SYS nnn

ldev

identifies the logical device.

Cause  A successful connect exchange has occurred with the network control process ($NCP) at the remote system nnn.

Effect  None.

Recovery  Informational message only; no corrective action is needed.



46 (D-series RVUs)

LDEV ldev NET: CONNECTED TO SYS nnn

ldev

identifies the logical device.

Cause  A successful connect exchange has occurred with the network control process ($NCP) at the remote system nnn.

Effect  None.

Recovery  Informational message only; no corrective action is needed.



47 (G-series RVUs)

Expand: LDEV ldev NET: LVL 4 RETRIES EXCEEDED TO SYS nnn

ldev

identifies the logical device.

Cause  An Expand line-handler process did not receive an end-to-end acknowledgment within the configured L4TIMEOUT time. The Expand line-handler process then sent a request for the acknowledgment and again did not receive it within the configured L4TIMEOUT time. The Expand line-handler process retried its request for acknowledgment L4RETRIES times before the network control process ($NCP) issued this message.

Effect  The connection to the indicated system is lost. $NCP attempts to reestablish the connection first over the same path and then over another path, if it has a lower time factor.

Recovery  Appropriate recovery actions depend on the cause of the failure to acknowledge. For instance, if congestion in the network is indicated, check the configuration to ensure that each Expand line-handler process has sufficient pool space. Check the statistics for pool space usage in intermediate systems along the path, and increase the configured pool space if necessary. Check for other sources of congestion (such as high-speed incoming lines and low-speed outgoing lines at a node), and reconfigure lines as needed.



47 (D-series RVUs)

LDEV ldev NET: LVL 4 TIMEOUT RETRIES EXCEEDED TO SYS nnn

ldev

identifies the logical device.

Cause  An Expand line-handler process has not received an end-to-end acknowledgment within the configured L4TIMEOUT time. The Expand line-handler process then sent a request for the acknowledgment and again did not receive it within the configured L4TIMEOUT time. The Expand line-handler process retried its request for acknowledgment L4RETRIES times before the network control process ($NCP) issued this message.

Effect  The connection to the indicated system is lost. $NCP attempts to reestablish the connection first over the same path and then over another path, if it has a lower time factor.

Recovery  Appropriate recovery actions depend on the cause of the failure to acknowledge. For instance, if congestion in the network is indicated, check the configuration to ensure that each Expand line-handler process has sufficient pool space. Check the statistics for pool space usage in intermediate systems along the path, and increase the configured pool space if necessary. Check for other sources of congestion (such as high-speed incoming lines and low-speed outgoing lines at a node), and reconfigure lines as needed.



48 (G-series RVUs)

Expand: LDEV ldev NET: SYS nnn CPU STATUS pppppppppppppppp

pppppppppppppppp

indicates the status for individual processors. The leftmost digit (p) corresponds to processor 0, the second digit from the left corresponds to processor 1, and so forth. A zero (0) indicates that a processor is down. A one (1) indicates that the processor is up.

Cause  A change in processor status has occurred at system nnn.

This message is sent only by a network control process ($NCP) with Network Monitor Console (NMC) status. It is usually sent at connection time or when the processor status has changed.

Effect  The system reports the problem and continues processing.

Recovery  Informational message only; no corrective action is needed.



48 (D-series RVUs)

NET: SYS nnn CPU STATUS pppppppppppppppp

pppppppppppppppp

indicates the status for individual processors. The leftmost digit (p) corresponds to processor 0, the second digit from the left corresponds to processor 1, and so forth. A zero (0) indicates that a processor is down. A one (1) indicates that the processor is up.

Cause  A change in processor status has occurred at system nnn.

This message is sent only by a network control process ($NCP) with Network Monitor Console (NMC) status. It is usually sent at connection time or when the processor status has changed.

Effect  The system reports the problem and continues processing.

Recovery  Informational message only; no corrective action is needed.



49 (G-series RVUs)

Expand: LDEV ldev NET: SYS nnn NOT RESPONDING

ldev

identifies the logical device.

Cause  The network control process ($NCP) did not receive a status message from the $NCP at system nnn during three time intervals. $NCP automatically seeks an alternate path.

Effect  The system reports the problem and continues processing.

Recovery  Informational message only; no corrective action is needed unless other related messages, such as Expand message 45, are displayed for that line. In that case, perform the recovery for the related message.



49 (D-series RVUs)

LDEV ldev NET: SYS nnn NOT RESPONDING

ldev

identifies the logical device.

Cause  The network control process ($NCP) did not receive a status message from the $NCP at system nnn during three time intervals. $NCP automatically seeks an alternate path.

Effect  The system reports the problem and continues processing.

Recovery  Informational message only; no corrective action is needed unless other related messages, such as Expand message 45, are displayed for that line. In that case, perform the recovery for the related message.



91 (J-series RVUs)

Expand: ldevname EXPAND RUNTIME ERROR, CAUSE code

ldevname

identifies the logical device.

code

contains the code that indicates the cause of the error.

CodeMeaning
103Not all line handlers in a multi-CPU path have matching MAXMSGSZ modifiers. Only a subset of the line handlers in the multi-CPU path will report this error, but the configuration of all the line handlers in the multi-CPU path must be checked.

Cause  The Expand subsystem has detected a missing, incorrect, or inconsistent modifier. Causes for specified cause codes are described above. For additional codes and their descriptions, see message 91 (G-series RVUs).

Effect  The effect depends on the cause code, as follows:

  • Code 103 The line handlers and multi-CPU path continue running, but data transfer may not occur in some line handlers.

For the effect of additional codes and their descriptions, see message 91 (G-series RVUs).

Recovery  The recovery action depends on the cause code, as follows:

  • Code 103 Make sure all the line handlers in the multi-CPU path have the same MAXMSGSZ_60K or MAXMSGSZ_2M configuration setting. Abort all the paths in the multi-CPU path, stop the line handler devices that need to be changed, modify their configuration, and restart them, then restart all the paths in the multi-CPU path.

For the recovery of additional codes and their descriptions, see message 91 (G-series RVUs).



91 (G-series RVUs)

Expand: ldevname EXPAND RUNTIME ERROR, CAUSE code

ldevname

identifies the logical device.

code

contains the code that indicates the cause of the error. See Table 36-7 for the meaning of the code.

Table 36-7 Cause Codes for Expand Message 91 (G-series RVUs)

CodeMeaning
00-04IOABORT was called from level 2 with a parameter whose value is the same as the code displayed. Expand message 91 is displayed for these codes only if level-2 tracing was enabled for the line.
05Expand line-handler process processor ownership is unstable; the line goes down by itself.
06, 08An Expand line-handler process has received a packet to forward from another Expand line-handler process. The packet was invalid because it was too small or too large. The invalid packet is discarded.
07Expand line-handler process level 3 has received a packet from level 2. The packet was invalid because it was too small. The invalid packet is discarded.
09A takeover checkpoint was attempted, but the backup processor did not take over. This is usually caused by a processor failure or other resource problem. The process generating the message remains the primary process. If SCF initiated the switch, the command fails with error 160 (FEBADSTATE).
10The Expand-over-FOX line-handler process was unable to bind to its associated FOX monitor process ($ZZFOX), or the Expand-over-X.25 process or Expand-over-LAN process was unable to successfully send a request to its associated process. The line will go down by itself.
11The Expand line-handler process was unable to communicate with the FOX monitor process ($ZZFOX) or a neighboring Expand line-handler process.
12The Expand line-handler process was unable to obtain a buffer from its pool space to send a critical message to the network control process ($NCP).
13The Expand line-handler process was unable to communicate with the network control process ($NCP) through the message system.
14The Expand line-handler process was unable to get pool space to send a request to the Concentrator Manager (ConMgr).
15A switch from the primary processor to the backup processor was either requested by SCF or initiated internally because of an I/O error on the line device. This switch occurs when a backup processor is not running or the primary processor failed to give away ownership of all devices.
16An invalid value was received for the block size of a multipacket frame header.
17An invalid value was received for the packet count in a multipacket frame header.
18Too many packets were received in a multipacket frame.
19A packet in a multipacket frame was too large.
20The system at the end of the specified path has changed the value of the PATHBLOCKBYTES modifier while the path was in the STARTED state.
21The value of the FRAMESIZE modifier for a received packet was inconsistent with the value of the FRAMESIZE modifier at the receiving Expand line-handler process. This error, if persistent, indicates that the system from which the packets were received has a different FRAMESIZE modifier value.
22A packet received from by a line handler, believed to originate from a remote line handler, was determined to be invalid. The packet has either an invalid format and content or both. This is an information message. If the event is suspect or the event occurs frequently it is recommended that a trace of the line be used to determine the root cause of the invalid packets.
23The READBUFFERS modifier was not specified and the calculated value was set to zero, an invalid value. As a result, READBUFFERS was set to 2.
24A call to a message-system procedure has failed.
25Reserved for future use.
26, 27A checkpoint message between primary and backup Expand line-handler processes has timed out.
28The remote Expand line-handler process has changed the PATHPACKETBYTES modifier value.
29An error occurred in the WAN Shared Driver interface.
30The primary Expand line-handler process cannot find Process Monitor while trying to create its backup process
31The external pool space did not send a message to Monitor.
33ldevname has more than 3000 input messages queued. If the number reaches 4000, requests from any process except NCP and Expand Manager are rejected with an FERequestAllocationFailure error.
97When the Expand line-handler process receives a connect packet from another system, the network control process ($NCP) checks all known systems at that time to insure that the name is unique (that is, not a duplicate of another system). If the name is already known, the $NCP sends this error and ignores the connect request. If a system has been renumbered but not renamed, this error occurs on all systems where a system load has not been performed or have not used the SCF DELETE ENTRY $NCP.\xxxx command.
98The local Expand line-handler process has reported an error, but the network control process ($NCP) is not aware of the path.
99The path is ready, but either the Expand line-handler process has reported an invalid line to network control process ($NCP) or the line is missing. In this case, $NCP does not report operator message 44.
101An attempt was made to configure more superpaths per system than the permissible maximum limit; the line goes down by itself.
102An attempt was made to configure more paths per superpath than the permissible maximum limit; the line goes down by itself.

 

Cause  An Expand line-handler process or the network control process ($NCP) has detected an internally inconsistent condition. See Table 36-7 for more information.

Effect  $NCP reports the condition and continues processing.

Recovery  The recovery action depends on the cause code, as follows:

  • Codes 00-05 Informational messages only; no corrective action is needed unless other related messages appear—for instance, messages reporting unrecoverable errors on the SWAN concentrator hardware associated with that line.

  • Codes 06-10 Examine the configurations for both the Expand line-handler process and the associated X25AM line-handler process or FOX monitor process ($ZZFOX)to ensure that the device names and subdevice names agree.

  • Code 09 If the processor was down, reload it. If this error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 11-13 Informational messages only; no corrective action is needed. The Expand line-handler process aborts the path, resets all the lines in that path, and emits a “LINE NOT READY” console error 162. The line then comes ready again after the reset.

  • Code 15 If this error occurs because the backup processor is not yet operational, the message disappears as soon as the backup processor is operational.

    If this error occurs because the primary processor cannot give away ownership, check that the processor that you are giving devices to is fully operational. If this error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 16-19 If these errors persist, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Code 20 Informational message only; no corrective action is needed.

  • Code 21 Correct the FRAMESIZE modifier value at the remote or local system. If data transfer can be performed but this error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Code 22 A packet received from by a line handler, believed to originate from a remote line handler, was determined to be invalid. The packet has either an invalid format and content or both. This is an information message. If the event is suspect or the event occurs frequently it is recommended that a trace of the line be used to determine the root cause of the invalid packets.

  • Code 24 If the error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Code 26, 27 This message is a warning and should occur only during ownership switches between processors. If this error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 29-31 If these errors persist, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Code 33 Determine the cause for the excessive queueing. Possibilities include:

    • A large number of outstanding opens or writereads

    • More data is being sent to the line‑handler than it can process

    • Data is not actually be transmitted

      If necessary, abort and restart the line‑handler to clear the condition.

  • Code 97 Rename and renumber the system affected. It is best to both rename and renumber when a name or number needs to be changed.

  • Codes 98 and 99 Informational messages only; no corrective action is needed.

  • Code 101 This is an informational message. Configure the number of superpaths per system to be less than or equal to the permissible maximum limit.

  • Code 102 This is an informational message. Configure the number of paths per superpath to be less than or equal to the permissible maximum limit.



91 (D-series RVUs)

device-name LDEV ldev Expand RUNTIME ERROR, CAUSE: code

ldev

identifies the logical device.

code

contains the code that indicates the cause of the error. See Table 36-8 for the meaning of the code.

Table 36-8 Cause Codes for Expand Message 91 (D-series RVUs)

codeMeaning
00-04IOABORT was called from level 2 with a parameter whose value is the same as the code displayed. Expand message 91 is displayed for these codes only if level-2 tracing was enabled for the line.
05Expand line-handler process processor ownership is unstable; the line goes down by itself.
06, 08An Expand line-handler process has received a packet to forward from another Expand line-handler process. The packet was invalid because it was too small or too large. The invalid packet is discarded.
07Expand line-handler process level 3 has received a packet from level 2. The packet was invalid because it was too small. The invalid packet is discarded.
09A takeover checkpoint was attempted, but the backup processor did not take over. This is usually caused by a processor failure or other resource problem. The process generating the message remains the primary process. If PUP, SCF, or TMDS initiated the switch, the command fails with error 160 (FEBADSTATE).
10The Expand-over-FOX process was unable to bind to its associated interprocessor bus monitor process ($IPB), or the Expand-over-X.25 process or Expand-over-LAN process was unable to successfully send a request to its associated process. The line will go down by itself.
11The Expand line-handler process was unable to communicate with the interprocessor bus monitor process ($IPB) or a neighboring Expand line-handler process.
12The Expand line-handler process was unable to obtain a buffer from its pool space to send a critical message to network control process ($NCP).
13The Expand line-handler process was unable to communicate with $NCP through the message system.
14The Expand line handler was unable to get pool space to send a request to the Communications Subsystem Manager (CSM).
15A switch from the primary processor to the backup processor was either requested by PUP, SCF, or TMDS or initiated internally because of an I/O error on the line device. This switch occurs when a backup processor is not running or the primary processor failed to give away ownership of all devices.
16An invalid value was received for the block size of a multipacket frame header.
17An invalid value was received for the packet count in a multipacket frame header.
18Too many packets were received in a multipacket frame.
19A packet in a multipacket frame was too large.
20The system at the end of the specified path has changed the value of the PATHBLOCKBYTES configuration modifier while the path was in the STARTED state.
21The value of the FRAMESIZE configuration modifier for a received packet was inconsistent with the value of the FRAMESIZE configuration modifier at the receiving process. This error, if persistent, indicates that the system from which the packets were received has a different FRAMESIZE configuration modifier value.
22Reserved for future use.
23The READBUFFERS configuration modifier was not specified and the calculated value was set to zero, an invalid value. As a result, READBUFFERS was set to 2.
24A call to a message-system procedure has failed.
25Reserved for future use.
26A checkpoint message between primary and backup Expand line-handler processes has timed out.
97When the Expand line-handler process receives a connect packet from another system, the network control process ($NCP) checks all known systems at that time to insure that the name is unique (that is, not a duplicate of another system). If the name is already known, the $NCP sends this error and ignores the connect request. If a system has been renumbered but not renamed, this error occurs on all systems where a system load has not been performed or have not used the SCF DELETE ENTRY $NCP.\xxxx command.
98The local Expand line-handler process has reported an error, but the network control process ($NCP) is not aware of the path.
99The path is ready, but either the Expand line-handler process has reported an invalid line to the network control process ($NCP) or the line is missing. In this case, $NCP does not report console message 44.

 

Cause  An Expand line-handler process or the network control process ($NCP) has detected an internally inconsistent condition. See Table 36-8 for more information.

Effect  $NCP reports the condition and continues processing.

Recovery  The recovery action depends on the cause code, as follows:

  • Codes 00-05 Informational messages only; no corrective action is needed unless other related messages appear—for instance, messages reporting unrecoverable errors on the controller hardware associated with that line controller.

  • Codes 06-10 Examine the SYSGEN configurations for both the Expand line-handler process and the associated X25AM, TLAM, or interprocessor bus monitor process ($IPB) to ensure that the device names and subdevice names agree.

  • Code 09 If the processor was down, reload it. If this error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 11-13 Informational messages only; no corrective action is needed. The Expand™ line-handler process aborts the path, resets all the lines in that path, and emits a “LINE NOT READY” console error 162. The line then comes ready again after the reset.

  • Code 15 If this error occurs because the backup processor is not yet operational (that is, it is being started by the DSC), the message disappears as soon as the backup processor is operational.

    If this error occurs because the primary processor cannot give away ownership, check that the processor that you are giving devices to is fully operational. If this error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Codes 16-19 If these errors persist, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Code 20 Informational message only; no corrective action is needed.

  • Code 21 Correct the FRAMESIZE configuration modifier value at the remote or local system using SYSGEN or Dynamic System Configuration (DSC). If data transfer can be performed but this error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Code 24 If the error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Code 26 This message is a warning and should occur only during ownership switches between processors. If this error persists, contact your service provider and provide all relevant information as follows:

    • Descriptions of the problem and accompanying symptoms

    • Details from the message or messages generated

    • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

      If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

  • Code 97 Rename and renumber the system affected. It is best to both rename and renumber when a name or number needs to be changed.

  • Codes 98 and 99 Informational messages only; no corrective action is needed.



93 (J-series RVUs)

Expand: ldevname CONFIG PARAMETER ERROR, CAUSEcode [ CPU cpu Track Id track-id CLIP clip Line line]

ldevname

identifies the logical device.

code

contains a two-digit code that indicates one of the following causes:

35The MAXMSGSZ_2MB modifier was set when the L4EXTPACKETS or L4CONGCTRL modifier was set to OFF.
36Expand could not allocate the full amount of memory specified in the MAXMEM_MB modifier, but could get at least 7/8 of the requested amount or 600 MB, whichever is larger.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The Expand subsystem has detected a missing, incorrect, or inconsistent modifier. Causes for specified cause codes are described above. For additional codes and their descriptions, see message 93 (G-series RVUs).

Effect  The effect depends on the cause code, as follows:

  • Code 35 The L4EXTPACKETS and L4CONGCTRL modifiers are automatically set to ON.

  • Code 36 The line handler continues to run with the amount of memory it gets.

For the effect of additional codes and their descriptions, see message 93 (G-series RVUs).

Recovery  The recovery action depends on the cause code, as follows:

  • Code 35 No corrective action is needed.

  • Code 36 No corrective action is needed.

For the recovery of additional codes and their descriptions, see message 93 (G-series RVUs).



93 (G-series RVUs)

Expand: ldevname CONFIG PARAMETER ERROR, CAUSE code [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

code

contains a two-digit code that indicates one of the following causes:

03A request to start the line was received from the Subsystem Control Facility (SCF), but the NEXTSYS modifier value was not valid.
05Can be caused by one of the following:
  1. The PATHBLOCKBYTES modifier for an Expand-over-FOX line was specified as nonzero.

  2. The PATHBLOCKBYTES modifier value is too small. PATHBLOCKBYTES should be large enough to hold at least two full packets. For example, if the FRAMESIZE modifier is set to 132 words, then PATHBLOCKBYTES should be larger than 528 (132 x 4 bytes).

06The TXWINDOW or RXWINDOW modifier value is greater than maximum value allowed.
08(This warning should be reported only for satellite-connect lines.) The total buffer space requested for frame buffers is greater than the maximum of 64K words.
09Can be caused by one of the following:
  1. The PATHBLOCKBYTES configuration modifier value is too small.

  2. The PATHPACKETBYTES configuration modifier value is too small compared to the FRAMESIZE configuration modifier value. PATHPACKETBYTES must be large enough to hold at least two full frames. For example, if the FRAMESIZE configuration modifier is set to 260 words, then PATHPACKETBYTES must be larger than 1024 (260 x 4 bytes).

  3. The FRAMESIZE configuration modifier value is too large to benefit from the variable packet size feature. Any network using a FRAMESIZE of 517 words or more cannot use the variable packet size.

11The PATHBLOCKBYTES modifier value was specified as nonzero, but smaller than the value of the PATHPACKETBYTES configuration modifier.
13No associated process. Either QIO or the NonStop™ TCP/IP process is not running and the line is to be brought up. This can occur during initialization if the line is configured as Startup. In this case, the message is logged and the line is marked as startdown. This can also occur when an attempt to bring up a line using SCF or PUP occurs.
14During initialization or an attempt to bring up a line using SCF or PUP, the QIO accounting limit for Expand™ was set too low. Expand™ requires a minimum number of bytes of memory in order to bring up an NETIP line. The SCF STATS PATH command shows the maximum bytes of shared memory allowed for Expand. Increase the memory allocated for Expand™ using the SCF ALTER LINE command. The minimum number of shared memory bytes required equals: ((TXWINDOW + 1) * 32768).
15During initialization, the SRCIPADDR name could not be resolved to a number using the HOSTS file. This error does not occur when SRCIPADDR is altered incorrectly using SCF. In that case, error 590 (FEBADPARMVALUE) is returned to SCF.
16During initialization, the DESTIPADDR name could not be resolved to a number using the HOSTS file. This error does not occur when DESTIPADDR is altered incorrectly using SCF. In that case, error 590 (FEBADPARMVALUE) is returned to SCF.
17QIO compatibility error. The version of the QIO Monitor, $ZMxx, running in the CPU with the Expand™ line-handler process is incompatible.
18NonStop™ TCP/IP processor mismatch. The CPU pair of the NonStop™ TCP/IP process must be the same as the CPU pair of the Expand™ line-handler process.
19The associated process specified for the Expand™ line-handler process is not a NonStop™ TCP/IP process.
20The concentrator manager (ConMgr) process could not be found in this processor.
21The process identified by the ASSOCIATEDEV modifier could not be found.
22An attempt was made to set the SUPERPATH modifier to ON when the L4EXTPACKETS modifier is set to OFF. The L4EXTPACKETS modifier must be set to ON for Expand™ line-handler processes that are members of a multi-CPU path.
23An attempt was made to set the SUPERPATH modifier to ON for an Expand-over-FOX line-handler process. Expand-over-FOX lines cannot be part of a multi-CPU path.
24The SPEEDK string is not parseable because the SPEEDK parameter that is configured is invalid.
25A source IP address was not entered and is showing as 0.0.0.0., which is not valid.
26A destination IP address was not entered and is showing as 0.0.0.0., which is not valid.
27The source and destination IP addresses are the same.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The Expand subsystem has detected a missing, incorrect, or inconsistent modifier. Causes for specified cause codes are described above.

Effect  The effect depends on the cause code, as follows:

  • Code 03 Values are adjusted to within range.

  • Code 05 One of the following occurs, depending on the cause:

    1. The value of the PATHBLOCKBYTES modifier is reset to zero.

    2. The value of the PATHBLOCKBYTES modifier is adjusted to 0, disabling the multipacket frame feature.

  • Code 06 The value is adjusted to the maximum value.

  • Code 08 The buffer size is adjusted to 64K words.

  • Code 09 One of the following occurs, depending on the cause:

    1. The value of the PATHBLOCKBYTES modifier is adjusted to the default/minimum or 1024 bytes.

    2. The PATHPACKETBYTES modifier is disabled and will not be alterable.

    3. The value of the PATHPACKETBYTES modifier is adjusted to 0 (disabled).

  • Code 10 The value of the PATHPACKETBYTES configuration modifier is adjusted to 1024 bytes.

  • Code 11 The value of the PATHBLOCKBYTES configuration modifier is automatically increased to match the value of the PATHPACKETBYTES configuration modifier.

  • Code 12 Since PATHPACKETBYTES is a path parameter, the value for the path overrides the value for the line.

  • Codes 13-19 The line goes down.

  • Codes 20 and 21 The Expand line-handler process cannot be started.

  • Code 22 The L4EXTPACKETS modifier is set to ON.

  • Code 23 The SUPERPATH modifier is set to OFF.

  • Code 24 The line will not start because the SPEEDK string is invalid.

  • Code 25 The line will not start because the source IP address is invalid.

  • Code 26 The line will not start because the destination IP address is invalid.

  • Code 27 The line will not start because the source and destination IP addresses are the same.

Recovery  The recovery action depends on the cause code, as follows:

  • Code 03 Alter the NEXTSYS modifier.

  • Codes 05-08 Informational message only; no corrective action is needed.

  • Code 09 Informational message only; no corrective action is needed.

  • Code 10 Change the value if necessary.

  • Code 11 Informational message only; no corrective action is needed.

  • Code 12 Informational message only; no corrective action is needed.

  • Code 13 Verify that QIO and the NonStop TCP/IP process associated with the Expand line-handler process are configured and have been started.

  • Code 14 Increase the process shared memory limit within QIO.

  • Code 15 Alter the source Internet Protocol (IP) address.

  • Code 16 Alter the destination Internet Protocol (IP) or Asynchronous Transfer Mode (ATM) address.

  • Code 17 Verify that QIO and the Expand line-handler process versions are compatible.

  • Code 18 Correct the configuration of the primary and backup processor for the NonStop TCP/IP process and the Expand line-handler process so that they use the same primary and backup processors.

  • Code 19 Alter the associated process.

  • Code 20 Configure and/or start the concentrator manager (ConMgr) process.

  • Code 21 Configure and/or start the process identified by the ASSOCIATEDEV modifier, or alter the ASSOCIATEDEV modifier to specify a process that does exist.

  • Codes 22 and 23 Information message only; no corrective action is needed.

  • Code 24 Reconfigure the SPEEDK parameter to a valid string.

  • Code 25 Enter a valid source IP address into the SRCIPADDRESS field.

  • Code 26 Enter a valid destination IP address into the DESTIPADDRESS field.

  • Code 27 Enter valid source and destination addresses into the SRCIPADDRESS and DESTIPADDRESS fields, making sure that they are not the same.



93 (D-series RVUs)

device-name LDEV ldev Incorrect/Inconsistent Config Param. CAUSE: code

ldev

identifies the logical device.

code

contains a two-digit code that indicates one of the following causes:

03A request to start the line was received from either the Peripheral Utility Program (PUP), the Communications Management Interface (CMI), or the Subsystem Control Facility (SCF), but the NEXTSYS modifier value was not valid.
05Can be caused by one of the following:
  1. The PATHBLOCKBYTES modifier for a FOX line was specified as nonzero.

  2. The PATHBLOCKBYTES modifier was specified with a value greater than 1024 bytes in a path that contains a 3650/6100 Communications Subsystem (CSS).

  3. The PATHBLOCKBYTES modifier value is too small. PATHBLOCKBYTES should be large enough to hold at least two full packets. For example, if the FRAMESIZE configuration modifier is set to 132 words, then PATHBLOCKBYTES should be larger than 528 (132 x 4 bytes).

06The TXWINDOW or RXWINDOW modifier value is greater than the maximum value allowed.
07The PATHBLOCKBYTES or PATHPACKETBYTES modifier was set for a line in a multiline path and the value assigned does not agree with the value set for the path.
08(This warning should be reported only for NETSATELLITE lines.) The total buffer space requested for frame buffers is greater than the maximum of 64K words. In D20, Expand™ allocates the maximum buffer space and divides it between write and read buffers. The calculated values for TXWINDOW and READBUFFERS can be displayed using the SCF INFO LINE, DETAIL command.
09Can be caused by one of the following:
  1. The PATHBLOCKBYTES configuration modifier value is too small.

  2. The PATHPACKETBYTES configuration modifier value is too small compared to the FRAMESIZE configuration modifier value. PATHPACKETBYTES must be large enough to hold at least two full frames. For example, if the FRAMESIZE configuration modifier is set to 260 words, then PATHPACKETBYTES must be larger than 1024 (260 x 4 bytes).

  3. The FRAMESIZE configuration modifier value is too large to benefit from the variable packet size feature. Any network using a FRAMESIZE of 517 words or more cannot use the variable packet size.

10The PATHPACKETBYTES configuration modifier was specified with a value greater than 1024 bytes in a path that contains a 3650/6100 Communications Subsystem (CSS).
11The PATHBLOCKBYTES configuration modifier value was specified as nonzero, but smaller than the value of the PATHPACKETBYTES configuration modifier.
12The PATHPACKETBYTES configuration modifier was specified for a line within a multiline path and the value specified was inconsistent with that specified for the path.
13No associated process. Either QIO or the NonStop™ TCP/IP process is not running.
14Not enough shared memory. The shared memory limit specified is too low.
15Improper source Internet Protocol (IP) address. The source IP address specified has an invalid format.
16Improper destination Internet Protocol (IP) address. The destination IP address specified has an invalid format
17QIO compatibility error. The version of QIO is incompatible with the Expand™ line-handler process.
18NonStop™ TCP/IP processor mismatch. The NonStop™ TCP/IP process is configured to run in a different processor than the Expand™ line-handler process.
19The associated process specified for the Expand™ line-handler process is an unexpected type that will not support the line type.

Cause  The Expand subsystem has detected a missing, incorrect, or inconsistent SYSGEN parameter. Causes for specified cause codes are described above.

Effect  The effect depends on the cause code, as follows:

  • Code 03 Values are adjusted to within range.

  • Code 05 One of the following occurs, depending on the cause:

    1. The value of the PATHBLOCKBYTES configuration modifier is reset to zero.

    2. The value of the PATHBLOCKBYTES configuration modifier is adjusted to 1024 bytes.

    3. The value of the PATHBLOCKBYTES configuration modifier is adjusted to 0, disabling the multipacket frame feature.

  • Code 06 The value is adjusted to the maximum value.

  • Code 07 The value assigned to the line is ignored.

  • Code 08 The buffer size is adjusted to 64K words.

  • Code 09 One of the following occurs, depending on the cause:

    1. The value of the PATHBLOCKBYTES configuration modifier is adjusted to the default/minimum or 1024 bytes.

    2. The PATHPACKETBYTES configuration modifier is disabled and will not be alterable.

    3. The value of the PATHPACKETBYTES configuration modifier is adjusted to 0 (disabled).

  • Code 10 The value of the PATHPACKETBYTES configuration modifier is adjusted to 1024 bytes.

  • Code 11 The value of the PATHBLOCKBYTES configuration modifier is automatically increased to match the value of the PATHPACKETBYTES configuration modifier.

  • Code 12 Since PATHPACKETBYTES is a path parameter, the value for the path overrides the value for the line.

  • Codes 13-19 The line goes down.

Recovery  The recovery action depends on the cause code, as follows:

  • Code 03 Alter the NEXTSYS configuration modifier using the SCF ALTER command.

  • Codes 05-08 Informational message only; no corrective action is needed.

  • Code 09 Informational message only; no corrective action is needed.

  • Code 10 Use the SCF ALTER command to change the value if necessary.

  • Code 11 Informational message only; no corrective action is needed.

  • Code 12 Informational message only; no corrective action is needed.

  • Code 13 Verify that QIO and the NonStop TCP/IP process associated with the Expand line-handler process are configured and have been started.

  • Code 14 Verify that QIO and the Expand line-handler process versions are compatible.

  • Code 15 Alter the source Internet Protocol (IP) address.

  • Code 16 Alter the destination Internet Protocol (IP) address.

  • Code 17 Increase the process shared memory limit within QIO.

  • Code 18 Correct the configuration of the primary and backup processor for the NonStop TCP/IP process and the Expand line-handler process so that they use the same primary processor.

  • Code 19 Alter the associated process.



117 (G-series RVUs)

Expand: LDEV ldev NETWORK REQUEST ABORTED, CAUSE code

ldev

identifies the logical device.

code

contains a two-digit code that indicates one of the following causes:

01A level-4 protocol error has occurred.
02The network control process ($NCP) has aborted the connection.
03The network control process has established a new connection over either a new or the same Expand™ line-handler process.
04The Expand™ line-handler process has switched ownership.
05Input/output power has come on again after being off.
06Processor power has come on again after being off.

Cause  An error has aborted network traffic.

Effect  A message is sent for each system where traffic was aborted.

Recovery  Informational message only; no corrective action is needed. However, if cause codes 01 through 04 occur frequently, you may want to trace the problem. Run traces on the network control process ($NCP) and on the Expand line-handler process if you can identify which Expand line-handler process is involved. In the case of code 04 (ownership switch), trace the backup processes as well.



117 (D-series RVUs)

NETWORK REQUESTS ABORTED, CAUSE code

code

contains a two-digit code that indicates one of the following causes:

01A level-4 protocol error has occurred.
02The network control process has aborted the connection.
03The network control process has established a new connection over either a new or the same Expand line-handler process.
04The Expand line-handler process has switched ownership.
05Input/output power has come on again after being off.
06Processor power has come on again after being off.

Cause  An error has aborted network traffic.

Effect  A message is sent for each system where traffic was aborted.

Recovery  Informational message only; no corrective action is needed. However, if cause codes 01 through 04 occur frequently, you may want to trace the problem. Run traces on the network control process ($NCP) and on the Expand line-handler process if you can identify which Expand line-handler process is involved. In the case of code 04 (ownership switch), trace the backup processes as well.



141 (G-series RVUs)

Expand: ldevname CLIP DOWNLOADED [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The communications line interface processor (CLIP) associated with an Expand line was successfully downloaded.

Effect  The operation is finished.

Recovery  If this message occurs once, it is an informational message only; no corrective action is needed. However, if it occurs repeatedly, check first for related hardware problems with the CLIP; also check for configuration problems. If neither kind of problem is apparent, turn automatic downloading off and take a CLIP dump.



141 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CLIP DOWNLOADED path [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

path

indicates the communications interface unit (CIU) path, as follows:

Path A= %020101
Path B= %020102

Cause  The communications line interface processor (CLIP) associated with an Expand line was successfully downloaded.

Effect  The operation is finished.

Recovery  If this message occurs once, it is an informational message only; no corrective action is needed. However, if it occurs repeatedly, check first for related hardware problems with the CLIP; also check for configuration problems. If neither kind of problem is apparent, turn automatic downloading off and take a CLIP dump.



146 (G-series RVUs)

Expand: ldevname CLIP DOWNLOAD ERROR, PATH path ERROR error [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

path

identifies the CLIP download path: A, B, or UNKNOWN.

error

contains the Concentrator Manager (ConMgr) error code, which can have the following values:

100A retryable error happens when ConMgr is downloading the CLB code. A new download will take place after 1 second.
101A retryable error happens when ConMgr is downloading the CLB code. A new download will take place after 30 seconds.
102ConMgr switched ownership.
103ConMgr got an IOPON event
1104The ConMgr has attempted an I/O oper.ation and has detected a path failure.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The connection to the concentrator or the concentrator hardware failed while attempting to download the CLIP or the CIU associated with an Expand™ line.

This message is usually accompanied by another operator message or by a file-system error message.

Effect  The CLIP or CIU is not downloaded and remains in the starting and boot states.

Recovery  Analyze the failure by looking at the ConMgr error code given by param3 in the text message and at the accompanying operator message. Then issue a Subsystem Control Facility (SCF) STOP command against the line before trying to start it again. See Appendix B, for more information on the specified error.



146 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CSS DOWNLOAD UNIT ERROR, CIU path #param3 [ %param4 ] [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

param3

contains the Communications Subsystem Manager (CSM) error code, which can have the following values:

1004CSM has attempted an operation in a processor that is down.
1005The communications interface unit (CIU) was in the DIAGNOSE state when it received the request; it could not perform the operation.
1008There was an invalid header in the software image read from the disk during an attempted download operation.
1009CSM has detected a disk error while trying to read the software image during an attempted download.
1014The user tried to suspend an already suspended object.
1016The named object either has stopped or never was started, and the requested operation requires that the object be started.
1017The named object has been started, and the requested operation requires that the object be stopped.
1018The named object has been activated, and the requested operation requires that the object be suspended.
1021The user tried to initiate a trace on a data link with a trace already in progress.
1022The Communications Management Interface (CMI) request contained an invalid message type.
1023CSM received an attribute value that was invalid for one or more of the following reasons:
  • The value exceeded the allowed range.

  • An integer or string value was expected but not received.

  • The values were out of sequence in a multivalue attribute.

1025The CIU needed to be in the DIAGNOSE state to perform the requested operation.
1100An input/output (I/O) error occurred while the CSM was attempting the requested operation.
1101A timeout error has occurred.
1102There is not enough buffer space for the requested operation.
1103The requested operation was canceled.
1104The CSM has attempted an I/O operation and has detected a path failure.
1105An internal error occurred while the CSM was attempting the requested operation.
1106One of the following errors has occurred:
  • A communications line interface processor (CLIP) is busy conducting a periodic test or a previously requested operation.

  • No buffer or local pool buffer space is available to perform the requested operation.

  • The operation was aborted because it was requested by someone other than the owner of the process.

1107This path was down.
1108Both paths were down.
1148The download file attribute was missing.
1149The download file module was not compatible with the CLIP or the line interface module (LIM).

param4

is the value that, when present, indicates the subchannel address of the CLIP to be downloaded and occasionally contains a meaningless value.

Cause  The 3650/6100 Communications Subsystem (CSS) family controller hardware failed while attempting to download the CLIP or the CIU associated with an Expand line.

This message is usually accompanied by another operator message or by a file-system error message.

Effect  The CLIP or CIU is not downloaded and remains in the starting and boot states.

Recovery  Analyze the failure by looking at the CSM error code given by param3 in the text message and at the accompanying operator message. Then issue a Subsystem Control Facility (SCF) STOP command against the line before trying to start it again. See Appendix B, for more information on the specified error.



147 (G-series RVUs)

Expand: ldevname SWAN STATUS PROBE ERROR, PATH path STATUS %param [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

path

identifies the CLIP download path: A, B, or UNKNOWN.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

%param

contains the communications line interface processor (CLIP) status byte. See Figure 36-1 and Table 36-9 for an explanation of the CLIP status byte. If the value is ‑1, there was no response to the status probe and it timed out.

Figure 36-1 CLIP Status Byte (G-series RVUs)

CLIP Status Byte (G-series RVUs)
  • If the Not Owner bit is set to 1, the status was received from the backup port.

  • If the In Boot bit is set to 1, the CLIP is operating from the bootstrap.

  • The Error field typically reports “fatal” errors, that is, errors that force the CLIP to reenter the bootstrap from running code, as listed in Table 36-9.

    Table 36-9 CLIP Status Byte Error Codes (G-series RVUs)

    ErrorMeaning
    0No error
    1CLIP powered on
    2Deadman timer expired (nonmaskable interrupt)
    3RAM parity error
    4Reset command frame was received
    5LIM power fault
    6Instruction failure (SW12, SW13, bad jump to trap code)
    7Deadman timer expired (CLIP RESET)
    8-15Reserved
    16Buffer-pool boundary tag was destroyed (kernel detected)
    17CLB task-transmit state-machine failure
    18CLB task-receive state-machine failure
    19-31Reserved for kernel or CLB errors
    32-63Reserved for application-detected failures

     

Cause  The Concentrator Manager (ConMgr) or the I/O process received a status-probe response from the CLIP associated with an Expand line. The probe indicates that this CLIP is in the boot state instead of the run state, either because it was powered off and then on again or because of some internal software or hardware problem.

Effect  The communications access process (CAP) attempts to download the CLIP again. If the CAP cannot do so on the primary path, it attempts a download on another path.

Recovery  Decode the CLIP status byte to determine which error occurred. If the CLIP does not restart automatically, try to restart it manually. If the problem persists and if the CLIP status indicates a software problem, take a CLIP dump. Note the CLIP status value, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



147 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CSS STATUS PROBE ERROR, CIU path %param3 %param4 [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

%param3

contains the communications line interface processor (CLIP) status byte. See Figure 36-2 and Table 36-10 for an explanation of the CLIP status byte. If the value is ‑1, there was no response to the status probe and it timed out.

Figure 36-2 CLIP Status Byte (D-series RVUs)

CLIP Status Byte (D-series RVUs)
  • If the Not Owner bit is set to 1, the status was received from the backup port.

  • If the In Boot bit is set to 1, the CLIP is operating from the bootstrap.

  • The Error field typically reports “fatal” errors, that is, errors that force the CLIP to reenter the bootstrap from running code, as listed in Table 36-10.

    Table 36-10 CLIP Status Byte Error Codes (D-series RVUs)

    ErrorMeaning
    0No error
    1CLIP powered on
    2Deadman timer expired (nonmaskable interrupt)
    3RAM parity error
    4Reset command frame was received
    5LIM power fault
    6Instruction failure (SW12, SW13, bad jump to trap code)
    7Deadman timer expired (CLIP RESET)
    8-15Reserved
    16Buffer-pool boundary tag was destroyed (kernel detected)
    17CLB task-transmit state-machine failure
    18CLB task-receive state-machine failure
    19-31Reserved for kernel or CLB errors
    32-63Reserved for application-detected failures

     

%param4

is zero.

Cause  The Communications Subsystem Manager (CSM) or the I/O process received a status-probe response from the CLIP associated with an Expand line. The probe indicates that this CLIP is in the boot state instead of the run state, either because it was powered off and then on again or because of some internal software or hardware problem.

Effect  The communications access process (CAP) attempts to download the CLIP again. If the CAP cannot do so on the primary path, it attempts a download on another path.

Recovery  Decode the CLIP status byte to determine which error occurred. If the CLIP does not restart automatically, try to restart it manually by using the Subsystem Control Facility (SCF) LOAD LINE command or, for C-series systems, the Communications Management Interface (CMI) CONTROL LINE, LOAD command. If the problem persists and if the CLIP status indicates a software problem, take a CLIP dump. Note the CLIP status value, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



152 (G-series RVUs)

Expand: ldevname SWAN CLB COMMAND REJECT,PATH path A,C=%param1 %param2 [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

path

identifies the CLIP download path: A, B, or UNKNOWN.

%param1

contains the CIU-to-LIU bus (CLB) frames A and C.

%param2

contains the sequence number and the cause of the error (in binary), as follows:

0Message checksum was invalid.
1Command sequence number was invalid.
2Command code was invalid.
3Command parameter was invalid.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  A command to the CLB of a ServerNet wide area network (SWAN) concentrator (associated with an Expand line) has been rejected. This message normally displays when the concentrator is powered on or off, or when processors are switched.

Effect  In most cases, the concentrator and the host recover (become synchronized).

Recovery  If the error persists, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



152 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CSS CLB COMMAND REJECT, CIU path %param3 %param4 %param5 [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

%param3

contains the CIU-to-LIU bus (CLB) frames A and C.

%param4

contains the sequence number and the cause of the error (in binary), as follows:

0Message checksum was invalid.
1Command sequence number was invalid.
2Command code was invalid.
3Command parameter was invalid.

%param5

has no value.

Cause  A command to the CLB of a 3650/6100 Communications Subsystem (CSS) (associated with an Expand line) has been rejected, indicating that the break-out board (BOB) was not properly synchronized with the host system. This message normally displays when the BOB is powered on or off, or when processors are switched.

Effect  In most cases, the BOB and the host recover (become synchronized).

Recovery  If the error persists, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



156 (G-series RVUs)

Expand: ldevname SWAN NO RESPONSE,PATH path STATE %state EVENT %event [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

path

identifies the CLIP download path: A, B, or UNKNOWN.

%state

contains the communications line interface processor (CLIP) state, as follows:

0CLIP not loaded
1CLIP and communications access process (CAP) in diagnose mode
2CLIP is being downloaded; the Concentrator Manager (ConMgr) process has control
3CLIP has been downloaded and is activating the path
4CLIP has been downloaded and is started
5CLIP has been downloaded and is stopped

%event

contains the state of the line. This value is file-system error 66 (device is down).

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The CLIP associated with an Expand line has failed to respond to a periodic probe by a line-handler process, and a NO RESPONSE message was received.

Effect  In most cases, the affected I/O process tries to recover.

Recovery  If this message occurs once, no corrective action is needed. See Appendix B, for more information on the specified error. However, if it occurs repeatedly, then note the values of %param3 and %param4, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



156 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CSS NO RESPONSE, CIU path STATE %param3 EVENT %param4 [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

%param3

contains the communications line interface processor (CLIP) state, as follows:

0CLIP not loaded
1CLIP and communications access process (CAP) in diagnose mode
2CLIP is being downloaded; Communications Subsystem Manager (CSM) has control
3CLIP has been downloaded and is activating the path
4CLIP has been downloaded and is started
5CLIP has been downloaded and is stopped

%param4

contains the state of the line. This value is file-system error 66 (device is down).

Cause  The CLIP associated with an Expand line has failed to respond to a periodic probe by a line-handler process, and a NO RESPONSE message was received.

Effect  In most cases, the affected I/O process tries to recover.

Recovery  If this message occurs once, no corrective action is needed. See Appendix B, for more information on the specified error. However, if it occurs repeatedly, then note the values of %param3 and %param4, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



157 (G-series RVUs)

Expand: ldevname SWAN FRAME ERROR, PATH path ERROR err A,C=%param1 T,S=%param2 [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

path

identifies the CLIP download path: A, B, or UNKNOWN.

err

identifies the reason for the error.

For problems reported by the Communications Line Interface Processor (CLIP):

Ais the offending frame type field
Cis the offending frame sequence field
Tis the offending frame function field
Sis the offending frame modifier field

err is:

1Sequence number error in frame
2Operation sequence error; “continue” frame received without a corresponding “first” frame
3Invalid frame type
4Buffer allocation failure
5Task ID in D field of frame header does not exist
6SEND to line task failed

For problems reported by the Expand line-handler process:

Ais the offending frame address field
Cis the offending frame control field
Tis the offending frame type field
Sis the offending frame sequence field

err is:

7Invalid frame type
8Sequence number error
9Invalid task ID in D field of frame
10Incorrect request ID returned in debug response

%param1

contains the CIU-to-LIU bus (CLB) frames A and C.

%param2

contains the CLB frames T and S.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  A problem has occurred in the CLB protocol between the CLIP and the Expand line-handler process. These errors often occur during a path switch.

Effect  Generally, the Expand subsystem recovers automatically; if it cannot recover, the Expand subsystem brings down the line.

Recovery  If this error did not occur during a path switch, note the values of #err, %param1, and %param2; contact your service provider; and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



157 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CSS FRAME ERROR, CIU path ERROR=#err A,C=%param1 T,S=%param2 [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

err

identifies the reason for the error.

For problems reported by the Communications Line Interface Processor (CLIP):

Ais the offending frame type field
Cis the offending frame sequence field
Tis the offending frame function field
Sis the offending frame modifier field

err is:

1Sequence number error in frame
2Operation sequence error; “continue” frame received without a corresponding “first” frame
3Invalid frame type
4Buffer allocation failure
5Task ID in D field of frame header does not exist
6SEND to line task failed

For problems reported by the Expand line-handler process:

Ais the offending frame address field
Cis the offending frame control field
Tis the offending frame type field
Sis the offending frame sequence field

err is:

7Invalid frame type
8Sequence number error
9Invalid task ID in D field of frame
10Incorrect request ID returned in debug response

%param1

contains the CIU-to-LIU bus (CLB) frames A and C.

%param2

contains the CLB frames T and S.

Cause  A problem has occurred in the CLB protocol between the CLIP and the Expand™ line-handler process. These errors often occur during a path switch.

Effect  Generally, the Expand subsystem recovers automatically; if it cannot recover, the Expand subsystem brings down the line.

Recovery  If this error did not occur during a path switch, note the values of #err, %param1, and %param2; contact your service provider; and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



158 (G-series RVUs)

Expand: ldevname SWAN UNEXPECTED BREAKPOINT, PATH path FRAME F,M=%param [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

path

identifies the CLIP download path: A, B, or UNKNOWN.

%param <0:7>

contains the function value (F).

%param <8:15>

contains the modifier value (M).

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The communications line interface processor (CLIP) associated with an Expand line has hit an unexpected breakpoint.

Effect  The CLIP stops.

Recovery  Note the values of all parameters, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



158 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CSS UNEXPECTED BREAKPOINT, CIU path FRAME F,M=%param [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

Cause  The communications line interface processor (CLIP) associated with an Expand line has hit an unexpected breakpoint.

Effect  The CLIP stops.

Recovery  Note the values of all parameters, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



160 (G-series RVUs)

Expand: ldevname SWAN LIU CONFIGURATION ERROR, PATH path ERROR=%err [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

path

identifies the CLIP download path: A, B, or UNKNOWN.

%err

identifies the reason for the error.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The communications line interface processor (CLIP) associated with an Expand line has received a line configuration different from that in the I/O process.

Effect  The line does not come up.

Recovery  Note the values of all parameters, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



160 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CSS LIU CONFIGURATION ERROR, CIU path ERROR=err %param1 %param2 [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

%err

identifies the reason for the error.

Cause  The communications line interface processor (CLIP) associated with an Expand line has received a line configuration different from that in the I/O process.

Effect  The line does not come up.

Recovery  Note the values of all parameters, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



164 (G-series RVUs)

Expand: ldevname SWAN LINE ERROR, PATH path F,M=%param1 ERROR=%param2 %param3 [ CPU cpu Track Id track-id CLIP clip Line line ]

ldevname

identifies the logical device.

path

identifies the CLIP download path: A, B, or UNKNOWN.

%param1 <0:7>

contains the function value (F).

%param1 <8:15>

contains the modifier value (M).

ERROR

is defined by %param2 and %param3. The value in %param2 (in octal) determines the value of %param3. %param3 can have various values, but the definition of the error is consistent with the value in %param2. Table 36-11 lists the %param2 values and their associated %param3 error definitions.

cpu

identifies the active processor at the time of the event.

track-id, clip, line

identifies the physical device associated with ldevname.

Cause  The communications line interface processor (CLIP) associated with an Expand line has responded to the I/O process with a function (F) and modifier (M), defined in %param1.

Effect  The Expand subsystem tries to clear the error by reloading the CLIP. If this action does not succeed or if it cannot be done, the Expand subsystem resets the CLIP and brings the line down.

Recovery  Note the values of all parameters, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

Table 36-11 Error Codes for Expand Message 164 (G-series RVUs)

param2param3 Error Definitions
01Invalid function
02Invalid modifier
03Invalid request ID
04Invalid text out value
05Invalid text in value
06Invalid text field
07Unknown modifier
10Bad trace start response
11Bad fetch statistics response
12Not used
13Failed download on retry limit
14Text acknowledge from CLIP was out of window
15Error on start response
16Wrong nonzero modifier
17CLIP reported too many of one type of request
20CLIP responded with an error reply
21CLIP responded with an unknown reply

 



164 (D-series RVUs)

LDEV ldev [ CU %ccu | CU %... ] CSS LINE ERROR, CIU path F,M=%param1 ERROR=%param2 %param3 [ (cpu,chan,%ctlr,%unit) ]

ldev

identifies the logical device.

CU %ccu

indicates the input/output (I/O) address associated with this message.

CU %...

is displayed instead of CU %ccu when the device supports extended I/O addressing or when the system is a multiple-channel system; that is, it can support more than one channel per processor. When the extended format of the message is used, (cpu,chan,%ctlr,%unit) is displayed at the end of the message.

%param1 <0:7>

contains the function value (F).

%param1 <8:15>

contains the modifier value (M).

ERROR

is defined by %param2 and %param3. The value in %param2 (in octal) determines the value of %param3. %param3 can have various values, but the definition of the error is consistent with the value in %param2. Table 36-12 lists the %param2 values and their associated %param3 error definitions.

Cause  The communications line interface processor (CLIP) associated with an Expand line has responded to the I/O process with a function (F) and modifier (M), defined in %param1.

Effect  The Expand subsystem tries to clear the error by reloading the CLIP. If this action does not succeed or if it cannot be done, the Expand subsystem resets the CLIP and brings the line down.

Recovery  Note the values of all parameters, contact your service provider, and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.

Table 36-12 Error Codes for Expand Message 164 (D-series RVUs)

param2param3 Error Definitions
01Invalid function
02Invalid modifier
03Invalid request ID
04Invalid text out value
05Invalid text in value
06Invalid text field
07Unknown modifier
10Bad trace start response
11Bad fetch statistics response
12Not used
13Failed download on retry limit
14Text acknowledge from CLIP was out of window
15Error on start response
16Wrong nonzero modifier
17CLIP reported too many of one type of request
20CLIP responded with an error reply
21CLIP responded with an unknown reply

 



165 (G-series RVUs)

Expand: ldevname BACKUP PROCESS CREATION FAILED Info %xxx

ldevname

identifies the logical device.

xxx

provides additional information about the error.

Cause  A process creation failure has occurred.

Effect  The network control process ($NCP) will attempt to create the backup process again after a period of time has elapsed.

Recovery  Informational message only; no corrective action is needed. However, if the problem persists, contact your service provider and provide all relevant information as follows:

  • Descriptions of the problem and accompanying symptoms

  • Details from the message or messages generated

  • Supporting documentation such as Event Management Service (EMS) logs, trace files, and a processor dump, if applicable

If your local operating procedures require contacting the Global Mission Critical Solution Center (GMCSC), supply your system number and the numbers and versions of all related products as well.



166 (G-series RVUs)

Expand: SYSTEM \system-name SUPERPATH REBALANCE STARTED, OPERATOR | NEW PATH | TIMER

system-name

indicates where the multi-CPU path is being rebalanced.

Cause  A rebalance was started either manually or automatically.

Effect  The multi-CPU path indicated by system-name is being rebalanced.

Recovery  Informational message only; no corrective action is needed.



167 (G-series RVUs)

\system-name.ldevname EXTENDED MEMORY USAGE IS :percentage

system-name

indicates the system name.

ldevname

identifies the logical device.

percentage

indicates the extended-memory usage percentage of the Expand line handler.

Cause  Extended-memory usage has increased above 70% and then above 90%, and then dropped back below 70% of the EXTMEMSIZE base-size value.

Effect  None.

Recovery  Informational message only. Increase Expand line handler device parameter EXTMEMSIZE to a higher value to avoid the generation of this message.



169 (H-series RVUs)

Expand: message MESSAGE TO LDEV: ldevname TIMEDOUT.

ldevname

identifies the logical device.

message

indicates the message that timed out. See Table 36-13 for the description of the message.

Table 36-13 Messages for Expand Message 169 (H-series RVUs)

MessageDescription
NETCONNECT$NCP sends this message to the line handler for resetting the old connection (if any) and setting up a new connection with the remote node.
NETABORT$NCP sends this message to the line handler for aborting the existing connection to the remote node.
CPUPAIRABORTWhen rebalancing a superpath load, $NCP sends this message to the line handler for aborting some requests between the denoted CPU pair.

 

This EMS event is meant only for the Neoview systems.

Cause  The Expand line handler was not able to respond to the timed message sent by the network control process ($NCP).

Effect  $NCP waits another 60 seconds for the message.

Recovery  Informational message only; no corrective action is needed.