show services rpm probe-results

Owner

Owner name. When you configure the probe owner statement at the [edit services rpm] hierarchy level, this field displays the configured owner name. When you configure BGP neighbor discovery through RPM, the output for this field is Rpm-Bgp-Owner.

Test

Name of a test representing a collection of probes. When you configure the test test-name statement at the [edit services rpm probe owner] hierarchy level, the field displays the configured test name. When you configure BGP neighbor discovery through RPM, the output for this field is Rpm-BGP-Test- n, where n is a cumulative number.

Target address

Destination IPv4 address used for the probes. This field is displayed when the probes are sent to the configured IPv4 or IPv6 targets or RPM servers.

Target FQDN

Target inet6-address

Destination IPv6 address used for the probes. This field is displayed when the probes are sent to the configured IPv6 targets or RPM servers.

Source address

Source address used for the probes.

Probe type

Protocol configured on the receiving probe server: http-get, http-metadata-get, icmp-ping, icmp-ping-timestamp, tcp-ping, udp-ping, or udp-ping-timestamp.

Test size

Number of probes within a test.

Routing Instance Name

(BGP neighbor discovery) Name of the configured (if any) routing instance, logical system name, or both, in which the probe is configured:

• When a routing instance is defined within a logical system, the logical system name is followed by the routing instance name. A slash ( / ) is used to separate the two entities. For example, if the routing instance called R1 is configured within the logical system called LS, the name in the output field is LS/R1.

• When a routing instance is configured but the default logical system is used, the name in the output field is the name of the routing instance.

• When a logical system is configured but the default routing instance is used, the name in the output field is the name of the logical system followed by default. A slash (/) is used to separate the two entities. For example, LS/default.

Probe results

Raw measurement of a particular probe sample done by a remote host. This data is provided separately from the calculated results. The following information is contained in the raw measurement:

• If no response received, you see one of these error messages:

  • No route to target—When the system cannot find a route to the target.

  • Unable to resolve target name—When an FQDN was configured as the target and the DNS query could not resolve the FQDN into an IPv4 or IPv6 address.

• Response received

  • Probe sent time—Timestamp when the probe’s results was sent.

  • Probe rcvd/timeout time—Timestamp when the probe’s results was received.

• Client and server hardware timestamps—If timestamps are configured, an entry appears at this point.

• Rtt—Average ping round-trip time (RTT), in microseconds.

• Egress jitter—Egress jitter, in microseconds.

• Ingress jitter—Ingress jitter, in microseconds.

• Round trip jitter—Round-trip jitter, in microseconds.

• Egress interarrival jitter—Egress interarrival jitter, in microseconds.

• Ingress interarrival jitter—Ingress interarrival jitter, in microseconds.

• Round trip interarrival jitter—Round-trip interarrival jitter, in microseconds.

Results over current test

Probes are grouped into tests, and the statistics are calculated for each test. If a test contains 10 probes, the average, minimum, and maximum results are calculated from the results of those 10 probes. If the command is issued while the test is in progress, the statistics use information from the completed probes.

• Probes sent—Number of probes sent within the current test.

• Probes received—Number of probe responses received within the current test.

• Loss percentage—Percentage of lost probes for the current test.

• Measurement—Measurement type. Possible values are round-trip time, positive round-trip jitter, negative round-trip jitter, egress time, positive egress jitter, negative egress jitter, ingress time, positive ingress jitter, negative ingress jitter, and, for the probe type icmp-ping-timestamp, the egress delay and ingress delay.

  For each measurement type, the following individual calculated results are provided:

  • Samples—Number of probes.

  • Minimum—Minimum RTT, ingress delay, or egress delay measured over the course of the current test.

  • Maximum—Maximum RTT, ingress delay, or egress delay measured over the course of the current test.

  • Average—Average RTT, ingress delay, or egress delay measured over the course of the current test.

  • Peak to peak—Peak-to-peak difference, in microseconds.

  • Stddev—Standard deviation, in microseconds.

  • Sum—Statistical sum.

Results over last test

Results for the most recently completed test. If the command is issued while the first test is in progress, this information is not displayed

• Probes sent—Number of probes sent for the most recently completed test.

• Probes received—Number of probe responses received for the most recently completed test.

• Loss percentage—Percentage of lost probes for the most recently completed test.

• Test completed—Time the most recent test was completed.

• Measurement—Measurement type. Possible values are round-trip time, positive round-trip jitter, negative round-trip jitter, egress time, positive egress jitter, negative egress jitter, ingress time, positive ingress jitter, negative ingress jitter, and, for the probe type icmp-ping-timestamp, the egress delay and ingress delay.

  For each measurement type, the following individual calculated results are provided:

  • Samples—Number of probes.

  • Minimum—Minimum RTT, ingress delay, or egress delay measured for the most recently completed test.

  • Maximum—Maximum RTT, ingress delay, or egress delay measured for the most recently completed test.

  • Average—Average RTT, ingress delay, or egress delay measured for the most recently completed test.

  • Peak to peak—Peak-to-peak difference, in microseconds.

  • Stddev—Standard deviation, in microseconds.

  • Sum—Statistical sum.

Results over all tests

Displays statistics made for all the probes, independently of the grouping into tests, as well as statistics for the current test.

• Probes sent—Number of probes sent in all tests.

• Probes received—Number of probe responses received in all tests.

• Loss percentage—Percentage of lost probes in all tests.

• Measurement—Measurement type. Possible values are round-trip time, positive round-trip jitter, negative round-trip jitter, egress time, positive egress jitter, negative egress jitter, ingress time, positive ingress jitter, negative ingress jitter, and, for the probe types icmp-ping-timestamp and udp-ping-timestamp, the egress delay and ingress delay.

  For each measurement type, the following individual calculated results are provided:

  • Samples—Number of probes.

  • Minimum—Minimum RTT, ingress delay, or egress delay measured over the course of the current test.

  • Maximum—Maximum RTT, ingress delay, or egress delay measured over the course of the current test.

  • Average—Average RTT, ingress delay, or egress delay measured over the course of the current test.

  • Peak to peak—Peak-to-peak difference, in microseconds.

  • Stddev—Standard deviation, in microseconds.

  • Sum—Statistical sum.

Error Stats

Displays error statistics for each probe.

• Invalid client recv timestamp—Number of client receive timestamp less than client send timestamp.

• Invalid server send timestamp—Number of server send timestamp less than server receive timestamp.

• Invalid server processing time—Number of server side spent time greater than RTT.

Last Probe Status

Status of the last probe that was sent for the current test (fail or pass).

Status

Status of the last completed test (up or down).

Source-IF

The MS-MPC or MS-MIC services interface that generates the RPM probes.