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Alphabetical
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fstat(9s)
NAME
fstat - Network: Defines FDDI network interface statistics
SYNOPSIS
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Member Name Data Type
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fst_second u_short
fst_frame u_int
fst_error u_int
fst_lost u_int
fst_bytercvd u_int
fst_bytesent u_int
fst_pdurcvd u_int
fst_pdusent u_int
fst_mbytercvd u_int
fst_mpdurcvd u_int
fst_mbytesent u_int
fst_mpdusent u_int
fst_underrun u_short
fst_sendfail u_short
fst_fcserror u_short
fst_fseerror u_short
fst_pdualig u_short
fst_pdulen u_short
fst_pduunrecog u_short
fst_mpduunrecog u_short
fst_overrun u_short
fst_sysbuf u_short
fst_userbuf u_short
fst_ringinit u_short
fst_ringinitrcv u_short
fst_ringbeacon u_short
fst_ringbeaconrecv u_short
fst_duptoken u_short
fst_dupaddfail u_short
fst_ringpurge u_short
fst_bridgestrip u_short
fst_traceinit u_short
fst_tracerecv u_short
fst_lem_rej u_short
fst_lem_events u_short
fst_lct_rej u_short
fst_tne_exp_rej u_short
fst_connection u_short
fst_ebf_error u_short
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MEMBERS
fst_second
Specifies the number of seconds since the structure was last zeroed.
fst_frame
Specifies the number of frames seen by this link, other than tokens.
fst_error
Specifies the number of errors that have been detected.
fst_lost
Specifies the number of times a frame (other than a token) was
improperly terminated.
fst_bytercvd
Specifies the number of bytes successfully received in frames of type
LLC, implementer, reserved, or SMT. The media access (MAC) envelope is
not included in this count.
fst_bytesent
Specifies the number of bytes transmitted in frames of type LLC,
implementer, reserved, or SMT. The MAC envelope is not included in this
count.
fst_pdurcvd
Specifies the number of frames of type LLC, implementer, reserved, or
SMT that were successfully received.
fst_pdusent
Specifies the number of frames of type LLC, implementer, reserved, or
SMT that were successfully received.
fst_mbytercvd
Specifies the number of bytes successfully received in multicast frames
of type LLC, implementer, reserved, or SMT. The MAC envelope is not
included in this count.
fst_mpdurcvd
Specifies the number of multicast frames of type LLC, implementer,
reserved, or SMT that were successfully received.
fst_mbytesent
Specifies the number of bytes transmitted in multicast frames of type
LLC, implementer, reserved, or SMT. The MAC envelope is not included in
this count.
fst_mpdusent
Specifies the number of multicast frames of type LLC, implementer,
reserved, or SMT that were successfully transmitted.
fst_underrun
Specifies the number of times that a transmit underrun error has
occurred. This indicates that the transmit FIFO became empty during
frame transmission.
fst_sendfail
Specifies the number of times that a transmit error has occurred, other
than an underrun. This does not include errors in transmitting MAC type
frames.
fst_fcserror
Specifies the number of times that a received frame has failed the FCS
check.
fst_fseerror
Specifies the number of times that a received frame has had the E
indicator in error (missing or set) but the CRC was correct.
fst_pdualig
Specifies the number of times that a received frame has had an
alignment error (an odd number of symbols).
fst_pdulen
Specifies the number of times that a received frame has had an invalid
length (either too long or too short for the type).
fst_pduunrecog
Specifies the number of times that a received, individually addressed
LLC frame was discarded because there was no data link port with a
matching Ethernet protocol type, LLC, SAP, or SNAP protocol ID.
fst_mpduunrecog
Specifies the number of times that a received LLC frame addressed to an
enabled group address was discarded.
fst_overrun
Specifies the number of times that a receive overrun has occurred.
Possible causes include excessive bus latency and insufficient adapter
buffering.
fst_sysbuf
Specifies the number of times that a frame was discarded because no
link buffer was available. This counter measures the number of frames
discarded before the data link user that wanted the frame was
identified by frame filtering.
fst_userbuf
Specifies the number of times that a frame was discarded because no
user buffer was available. This counter measures the number of frames
discarded after the data link user that wanted the frame was
identified. That is, it measures the number of times a frame loss was
due to the data link user's failure to supply receive buffers quickly
enough.
fst_ringinit
Specifies the number of times that a ring reinitialization has been
initiated by this link.
fst_ringinitrcv
Specifies the number of times that a ring reinitialization has been
initiated by some other link.
fst_ringbeacon
Specifies the number of times that a ring beacon process was initiated
by this link.
fst_ringbeaconrecv
Specifies the number of times that a ring beacon process was initiated
by some other link.
fst_duptoken
Specifies the number of times that the MAC has detected a duplicate
token.
fst_dupaddfail
Specifies the number of times that the MAC has detected that the link
address is a duplicate.
fst_ringpurge
Specifies the number of times that the ring purger has received a token
while still in the ring purge state.
fst_bridgestrip
Specifies the number of times that a frame content independent strip
operation has been terminated by receipt of a token.
fst_traceinit
Specifies the number of times that the PC-trace process has been
initiated by this link.
fst_tracerecv
Specifies the number of times that the PC-trace process has been
initiated by some other link.
fst_lem_rej
Specifies the number of times that an active connection on this
physical port has been disconnected due to rejection by the link error
monitor (LEM) at this end of the physical connection or by expiration
of the noise timer.
fst_lem_events
Specifies the number of link error monitor (LEM) events that have
occurred.
fst_lct_rej
Specifies the number of times that a connection on this physical port
has been rejected due to failure of the link confidence test at either
end of the physical connection. Only rejections that cause entry into
the watch state are counted. Therefore, the counter indicates the
number of distinct link quality problems rather than the total length
of time such problems have persisted.
fst_tne_exp_rej
Specifies the number of times that an active connection on this port
was disconnected due to expiration of the noise timer.
fst_connection
Specifies the number of times that the physical port has entered the
in-use state, having completed the initialization process.
fst_ebf_error
Specifies the number of times that the elasticity buffer function in
the physical port has had an overflow or underflow condition. This
indicates a transmit clock error somewhere in the network. An
elasticity buffer error condition occurs when the elasticity buffer of
the physical port is forced to insert or delete symbols into the symbol
stream in the middle of a frame rather than in the interframe idles.
DESCRIPTION
The fstat data structure defines the counters for FDDI network devices. It
is embedded within a ctrreq data structure when the driver supports the
FDDI network interface. The SIOCRDCTRS and SIOCRDZCTRS ioctl commands
initialize this data structure and return it to the user process that made
the ioctl request.
SEE ALSO
Data Structures: ctrreq(9s)
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Index for
Section 9 |
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Alphabetical
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Top of
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