dlstat [-r] [-t] [ -i <interval>] [-z < zone>,..] [-Z] [[-p] -o field[,...]] [ -u R|K|M|G|T|P] [-T d|u] [link] [interval [ count]]
dlstat -a [-r] [ -t] [link]
dlstat -A [link]
dlstat show-phys [-r] [-t ] [-i interval] [-z < zone>,..] [-Z] [[-p] -o field[,...]] [ -u R|K|M|G|T|P] [-T d|u] [link] [interval [ count]]
dlstat show-phys -a [-r] [ -t]
dlstat show-link [-r] [-t ] [-i interval] [-z < zone>,..] [-Z] [[-p] -o field[,...]] [ -u R|K|M|G|T|P] [-T d|u] [link] [interval [ count]]
dlstat show-link -h [-a] [ -d] [-F <format>] -f <logfile> [-s <DD/MM/YYYY,HH:MM:SS>] [ -z <zone>,..] [-e <DD/MM/YYYY,HH:MM:SS>] [< link>]
dlstat show-link -a [-r] [ -t]
dlstat show-aggr [-r] [-t ] [-Z] [-i interval] [ -P probetype[,...]] [-p] [-o field[,...]] [-u R|K|M|G|T|P] [ -z zone[,...]] [link]
dlstat show-ether -P < protocol> [-i interval] [ -z <zone>,..] [-Z] [[-p] -o field[,...]] [ -u R|K|M|G|T|P] [-T d|u] [link] [interval [ count]]
dlstat show-bridge [-r] [ -t] [-i interval] [-z < zone>,..] [-Z] [[-p] -o field[,...]] [ -u R|K|M|G|T|P] [-T d|u] [bridge] [interval [ count]]
dlstat help [subcommand-name]
The dlstat command reports run time statistics about data links. dladm(1M) show-phys provides link-name information to dlstat show-phys. dladm(1M) show-link provides link-name information to dlstat show-link. dladm(1M) show-aggr provides link-aggregation information to dlstat show-aggr.
For all valid fields, dlstat displays numerical value; otherwise, it display "--", which means not applicable.
dlstat has the forms of commands shown in the SYNOPSIS , above. The first two forms do not have subcommands, while the remaining forms do. All forms are described under “Subcommands,” below.
The dlstat command has the following options and operands that are common (unless explicitly marked otherwise) among a number of command forms shown under “Subcommands,” below.
Dump all total statistics fields.
If specified, it denotes the interval at which the output rows are refreshed. The first row of the output is the summary that shows the total numbers since the creation of the link. The second row and beyond show the normalized (per second) statistics. If not specified, you obtain one summary since the creation of the specified link. This option is obsolete. Interval instead (and count also if you want) must be supplied as operand at the end of the command. Also, you cannot supply interval at both option and operand. Doing so will result in error.
Display a case-insensitive, comma-separated list of output fields to display. The field name must be one of the fields listed below, or the special value all to display all supported fields.
List of supported RX fields:
link
index
rbytes
ipkts
intrs (only applicable without a subcommand or with show-link)
polls (only applicable without a subcommand or with show-link)
idrops (applicable only with the –r option, either without a subcommand or with show-link)
List of TX side fields:
link
index
obytes
opkts
odrops (applicable only with the –t option, either without a subcommand or with show-link)
For the show-phys subcommand, the index column identifies individual RX and TX hardware rings within a physical device. For the show-link subcommand, the index column identifies RX and TX hardware lanes within a data link. See Managing Network Virtualization and Network Resources in Oracle Solaris 11.2 for an explanation of the difference between hardware rings and hardware lanes.
Display output in a stable, machine-parseable format.
Display receive-side statistics only. Includes bytes and packets received, hardware and software drops, and so forth. See “Examples” for complete listing.
–r and –t could be used together in one command to display both receive-side as well as transmit-side statistics simultaneously.
Display transmit-side statistics only. Includes bytes and packets sent, drops, and so forth. See “Examples” for complete listing.
If used, allows choosing the unit in which to display all statistics, for example, R:raw count, K:Kilobits, M:Megabits, T:Terabits, P:Petabits. If not used, then different units, as appropriate, are used to display the statistics, using the format xy.zU, where x, y, and z are numbers and U is the appropriate unit.
Display ZONE column in the output.
Display the statistics only for links in the specified zone. By default, dlstat displays the statistics for links in all the zones when it is run from the global zone.
When run from a non-global zone, dlstat displays statistics only for links in that zone. A non-global zone cannot see links in other zones.
Specify u for a printed representation of the internal representation of time. See time(2) . Specify d for standard date format. See date(1).
If specified, display the statistics only for the named link, physical device (for show-phys), or aggregation (for show-aggr). Otherwise, display statistics for all links, devices, or aggregations.
If specified, it denotes the interval at which output rows are refreshed. The first row of the output is the summary that shows the total numbers since the creation of the link. The second row and beyond show the normalized (per second) statistics. If not specified, you obtain one summary since the creation of the specified link.
If specified, only print 'count' rows. If not specified, print indefinitely.
dlstat supports the following command forms.
Iteratively examine all links and report statistics. The output is sorted in descending order of link utilization. If no link is specified, the system displays statistics for all links. The traffic statistics are displayed per link and not per physical device. For example, for a VNIC configured on a physical link, traffic flowing through that VNIC is not reflected in the statistics for the underlying physical link. However, the link statistics will include traffic that matches user-defined flows configured on top of that link.
This command form has one option that is not described under “Options,” above:
Dump all statistics fields for this data-link. Output statistics of this command are inclusive of all the statistics reported by all other dlstat commands.
Allows links specifying which statistics to display.
The options for this command form are described under “Options,” above.
Display statistics for a physical device.
The options for this subcommand are described under “Options,” above.
Display statistics for a link.
Show the network usage history from a stored extended accounting file. Use of this syntax requires that net accounting has been previously configured and enabled by using acctadm(1M). The default output is the summary of network usage of the existing links for the entire period when extended accounting was enabled.
The link argument is as described under “Options,” above.
Display all historical network usage for the specified period when extended accounting is enabled. This includes usage information about links that have already been deleted.
Specify the file from which extended accounting records of network usage history are read.
Display the dates for which there is logging information. The date is in the format mm/dd/ yyyy.
Specify the output format of the network usage history information. gnuplot is the only supported format.
Specify start and stop times for data display. Time is in the format MM/DD/ YYYY,hh:mm: ss. hh uses 24-hour clock notation.
Display per-port statistics for an aggregation.
Display the probe information for the given DLMP mode aggregation ["probe" output mode]. Note that the –P option cannot be used together with the –z, –i, –Z, –u or –r options.
It takes case-insensitive, common-separated list of probetype options, which can be one of "m", "u", "x" or "all", representing the ICMP multicast probes, ICMP unicast probes, transitive probes or all types of probes respectively.
Once the "probe" output mode is used, it runs until explicitly terminated using Ctrl+C. The following output fields are supported:
The time the probe was sent, relative to when dlstat show-aggr -Pwas started. If the probe was sent prior to starting dlstat, the time will be negative.
The aggregation name for which the probe was sent.
The port name for which the probe was sent.
For ICMP probes, this is the source IP address of the probes. For transitive probes, this is the port name the transitive probe was originated from.
For ICMP probes, this is the destination IP address of the probes. For transitive probes, this is the port name the transitive probe was targeted to.
An identifier number representing the probe. The identifier embeds a prefix denoting the probe type, followed by a numerical identifier for the probe. The permissible values for the probe type are:
ICMP unicast probes
ICMP multicast discovery probes
Transitive probes
The network round-trip-time for the probe. This is the time between when the IP module sends the probe and when the IP module receives the acknowledgment. If in.dlmpd has concluded that the probe has been lost, this field will be empty.
The total round-trip-time for the probe. This is the time between when in.dlmpd starts executing the code to send the probe, and when it completes processing the ack. If in.dlmpd has concluded that the probe has been lost, this field will be empty. Spikes in the total round-trip time that are not present in the network round-trip time indicate that the local system itself is overloaded.
Other options for this subcommand are described under "Options" above.
Display statistics for a given Ethernet protocol on a link. Supported IEEE protocols include vdp, the VSI Discovery and Configuration Protocol and ecp, Edge Control Protocol.
VDP statistics can be obtained on VNICs or a physical link. The VDP statistics for a physical link is the cumulative statistics of all the VNICs over it.
ECP statistics can be obtained for a physical link.
Fields displayed for VDP include:
The name of the link.
The number of inbound VDP packets.
The number of outbound VDP packets.
The number KEEP-ALIVE packets transmitted.
Fields displayed for ECP include:
The name of the link.
The number of inbound ECP packets.
The number of inbound ECP packets in error.
The number of outbound ECP packets.
The number of errors when transmitting an ECP packet.
The number of packets retransmitted.
The number of timeouts, that is, the number of packets not acknowledged by the peer.
Displays per-link statistics for bridges. The options for this subcommand are described under "Options". The optional bridge field is used to display the statistics of only one bridge.
Fields displayed for this subcommand include:
Bridge name.
The name of link connected to bridge.
The number of inbound packets.
The number of bytes of the inbound packets.
The number of outbound packets.
The number of bytes of the outbound packets.
Number of packets dropped due to resource problems.
Number of packets forwarded from one link to another.
Number of multicast and broadcast packets handled by the bridge.
Number of packets handled that have an unknown destination. Such packets are sent to all links.
Number of configuration BPDUs received.
Number of topology change BPDUs received.
Number of Rapid Spanning Tree BPDUs received.
Number of BPDUs transmitted.
When the –o option is not specified, only the BRIDGE , LINK, IPKTS, RBYTES, OPKTS, OBYTES, DROPS and FORWARDS fields are shown.
Displays all the supported dlstat subcommands or usage for the given subcommand. If you invoke help for a specific subcommand, the command syntax is displayed, along with an example. Using dlstat help without any argument displays all of the subcommands.
To display statistics for all the links, enter following command. Statistics are displayed as 3-digits followed by decimal and then 2 digits with the appropriate unit.
# dlstat
LINK IPKTS RBYTES OPKTS OBYTES
e1000g0 101.88K 32.86M 40.16K 4.37M
nxge1 4.50M 6.78G 1.38M 90.90M
vnic1 8 336 0 0
net0 73.96K 6.81M 0 0
zone1/net0 144.47K 13.32M 247 16.29K
zone2/net0 132.89K 12.25M 236 15.82K
Example 2 Displaying RX-side Statistics
The following command displays receive-side statistics every two seconds for three times.
# dlstat 2 2
LINK IPKTS RBYTES INTRS POLLS IDROPS
e1000g0 101.91K 32.86M 87.56K 14.35K 0
nxge1 9.61M 14.47G 5.79M 3.82M 0
vnic1 8 336 0 0 0
e1000g0 0 0 0 0 0
nxge1 82.13K 123.69M 50.00K 32.13K 0
vnic1 0 0 0 0 0
e1000g0 0 0 0 0 0
nxge1 85.74K 126.41M 48.71K 28.87K 0
vnic1 0 0 0 0 0
Example 3 Displaying Statistics per Physical Device
The following command displays statistics for a specific physical device.
# dlstat show-phys ixgbe0
LINK IPKTS RBYTES INTRS POLLS
e1000g0 101.91K 32.86M 87.56K 14.35K
nxge1 9.61M 14.47G 5.79M 3.82M
vnic1 8 336 0 0
e1000g0 0 0 0 0
nxge1 82.13K 123.69M 50.00K 32.13K
vnic1 0 0 0 0
. . . . .
. . . . .
Example 4 Displaying Statistics per Datalink
The following command displays statistics for a specific datalink.
# dlstat show-link ixgbe0 LINK IPKTS RBYTES OPKTS OBYTES ixgbe0 2.14M 257.48M 3.19M 210.88MExample 5 Displaying Statistics per Hardware Ring
The following commands displays statistics on a per receive-side hardware ring basis.
# dlstat show-phys -r nxge1 LINK TYPE INDEX IPKTS RBYTES nxge1 rx 0 0 0 nxge1 rx 1 0 0 nxge1 rx 2 1.73M 2.61G nxge1 rx 3 0 0 nxge1 rx 4 8.44M 12.71G nxge1 rx 5 5.68M 8.56G nxge1 rx 6 4.90M 7.38G nxge1 rx 7 0 0Example 6 Displaying Statistics per Lane
The following commands displays statistics on a per receive-side lane basis. First, an interface with dedicated hardware lanes:
# dlstat show-link -r nxge1 LINK TYPE ID INDEX IPKTS RBYTES INTRS POLLS IDROPS nxge1 rx local -- 0 0 0 0 0 nxge1 rx hw 1 0 0 0 0 0 nxge1 rx hw 2 1.73M 2.61G 1.33M 400.22K 0 nxge1 rx hw 3 0 0 0 0 0 nxge1 rx hw 4 8.44M 12.71G 4.35M 4.09M 0 nxge1 rx hw 5 5.68M 8.56G 3.72M 1.97M 0 nxge1 rx hw 6 4.90M 7.38G 3.11M 1.80M 0 nxge1 rx hw 7 0 0 0 0 0
Then, an interface without dedicated hardware lanes, that is, a software lane only:
# dlstat show-link -r ixgbe0 LINK TYPE ID INDEX IPKTS RBYTES INTRS POLLS IDROPS ixgbe0 rx local -- 0 0 0 0 0 ixgbe0 rx sw -- 794.28K 1.19G 794.28K 0 0Example 7 Displaying Transmit-Side Statistics
The following command displays transmit-side statistics at five-second intervals.
# dlstat -t 5
LINK OPKTS OBYTES ODROPS
e1000g0 40.24K 4.37M 0
nxge1 9.76M 644.14M 0
vnic1 0 0 0
e1000g0 0 0 0
nxge1 26.82K 1.77M 0
vnic1 0 0 0
. . . .
. . . .
. . . .
Example 8 Displaying Transmit-Side Ring Statistics
The following command displays transmit-side hardware ring statistics.
# dlstat show-phys -t nxge1 LINK TYPE INDEX OPKTS OBYTES nxge1 tx 0 44 3.96K nxge1 tx 1 0 0 nxge1 tx 2 1.48M 121.68M nxge1 tx 3 2.45M 201.11M nxge1 tx 4 1.47M 120.82M nxge1 tx 5 0 0 nxge1 tx 6 1.97M 161.57M nxge1 tx 7 4.59M 376.21M nxge1 tx 8 2.43M 199.24M nxge1 tx 9 0 0 nxge1 tx 10 3.23M 264.69M nxge1 tx 11 1.88M 153.96MExample 9 Displaying Transmit-Side Lane Statistics
The following command displays transmit-side lane statistics.
# dlstat show-link -t nxge1 LINK TYPE ID INDEX OPKTS OBYTES ODROPS nxge1 tx hw 0 32 1.44K 0 nxge1 tx hw 1 0 0 0 nxge1 tx hw 2 1.48M 97.95M 0 nxge1 tx hw 3 2.45M 161.87M 0 nxge1 tx hw 4 1.47M 97.25M 0 nxge1 tx hw 5 3 276 0 nxge1 tx hw 6 1.97M 130.05M 0 nxge1 tx hw 7 4.59M 302.80M 0 nxge1 tx hw 8 2.42M 302.80M 0 nxge1 tx hw 9 0 0 0 nxge1 tx hw 10 3.23M 213.05M 0 nxge1 tx hw 11 1.88M 123.93M 0Example 10 Displaying Both RX and TX Lane Statistics
The following command displays both receive-side and transmit-side lane statistics.
# dlstat show-link -rt nxge0 LINK TYPE ID INDEX PKTS BYTES nxge0 rx local -- 0 0 nxge0 rx other -- 0 0 nxge0 rx hw 0 0 0 nxge0 rx hw 1 0 0 nxge0 rx hw 2 0 0 nxge0 rx hw 3 0 0 nxge0 rx hw 4 0 0 nxge0 rx hw 5 0 0 nxge0 rx hw 6 0 0 nxge0 rx hw 7 0 0 nxge0 tx local -- 0 0 nxge0 tx other -- 3 126 nxge0 tx hw 0 0 0 nxge0 tx hw 1 0 0 nxge0 tx hw 2 0 0 nxge0 tx hw 3 0 0 nxge0 tx hw 4 0 0 nxge0 tx hw 5 0 0 nxge0 tx hw 6 0 0 nxge0 tx hw 7 0 0 nxge0 tx hw 8 0 0 nxge0 tx hw 9 0 0 nxge0 tx hw 10 0 0 nxge0 tx hw 11 0 0Example 11 Selecting a Particular Set of Statistics
The following command shows how you can select a set of statistics of particular interest.
# dlstat show-link -r -o LINK,TYPE,ID,INDEX,INTRS,POLLS nxge1 LINK TYPE ID INDEX INTRS POLLS nxge1 rx local -- 0 0 nxge1 rx other -- 0 0 nxge1 rx hw 1 0 0 nxge1 rx hw 2 2.47M 753.90K nxge1 rx hw 3 0 0 nxge1 rx hw 4 8.24M 7.72M nxge1 rx hw 5 6.96M 3.68M nxge1 rx hw 6 5.82M 3.36M nxge1 rx hw 7 0 0Example 12 Displaying Historical Network Usage
Network usage history statistics can be stored by using the extended accounting facility, acctadm(1M), with a command such as the following:
# acctadm -e basic -f /var/log/net.log net
acctadm net
Network accounting: active
Network accounting file: /var/log/net.log
Tracked Network resources: basic
Untracked Network resources: src_ip,dst_ip,src_port,dst_port,protocol,
dsfield
The saved historical data can then be retrieved in summary form with commands such as the following:
# dlstat show-link -h -f /var/log/net.log LINK DURATION IPACKETS RBYTES OPACKETS OBYTES BANDWIDTH e1000g0 80 1031 546908 0 0 2.44 Kbps # dlstat show-ether -P vdp ixgbe1 LINK IPKTS OPKTS KeepAlives ixgbe1 3 2 1 # dlstat show-ether -P ecp ixgbe1 LINK IPKTS OPKTS IERRORS OERRORS RETRANSMITS TIMEOUTS ixgbe1 3 2 0 0 1 0Example 13 Displaying ICMP Unicast and Transitive Probe Information
The following command displays ICMP unicast and transitive probe information.
# dlstat show-aggr -P u,x aggr1 TIME AGGR PORT LOCAL TARGET PROBE NETRTT RTT 0.53s aggr1 s0 s0 s1 x16148 -- -- 0.53s aggr1 s0 s0 s1 x16148 0.62ms 0.87ms 1.17s aggr1 s1 s1 s0 x16148 -- -- 1.17s aggr1 s1 s1 s0 x16148 0.72ms 0.99ms 2.24s aggr1 s1 192.169.0.1 192.169.0.2 u15535 -- -- 2.24s aggr1 s1 192.169.0.1 192.169.0.2 u155350.11ms 0.55msExample 14 Displaying Help
The following command lists all of the dlstat subcommands.
# dlstat help The following subcommands are supported: Stats subcommands : show-aggr, show-link, show-phys For more info, run: dlstat help subcommand
The following command illustrates the use of dlstat help with a specific subcommand.
# dlstat help show-phys
usage:
show-phys [-r] [-t] [-Z] [-i interval] [-a]
[-p] [-o field[,...]] [-u R|K|M|G|T|P]
[-z zone[,...]] [link]
example:
# dlstat show-phys -r -o all -u K net0
See attributes(5) for descriptions of the following attributes:
/usr/sbin
|
Screen output is Uncommitted. The invocation is Committed.
acctadm(1M), dladm(1M), ifconfig(1M), kstat(1M), netstat(1M), attributes (5)