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Merge branch 'main' into cisco_logical_channels
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@karthikeya-remilla
karthikeya-remilla authored Sep 30, 2024
2 parents 77621a2 + 756381c commit 3df3f66
Showing 1 changed file with 56 additions and 92 deletions.
148 changes: 56 additions & 92 deletions feature/platform/transceiver/tests/zr_laser_bias_current_test/zr_laser_bias_current_test.go
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Original file line number Diff line number Diff line change
Expand Up @@ -15,10 +15,10 @@
package zr_laser_bias_current_test

import (
"reflect"
"testing"
"time"

"github.com/openconfig/featureprofiles/internal/cfgplugins"
"github.com/openconfig/featureprofiles/internal/components"
"github.com/openconfig/featureprofiles/internal/deviations"
"github.com/openconfig/featureprofiles/internal/fptest"
Expand All @@ -29,12 +29,6 @@ import (
"github.com/openconfig/ygot/ygot"
)

const (
dp16QAM = 1
targetOutputPower = -10
frequency = 193500000
)

func TestMain(m *testing.M) {
fptest.RunTests(m)
}
Expand All @@ -43,93 +37,73 @@ func TestMain(m *testing.M) {
// dut:port1 <--> port2:dut
//

func verifyLaserBiasCurrent(t *testing.T, pStream *samplestream.SampleStream[float64], sensorName string) float64 {
laserBias := pStream.Next()
func verifyLaserBiasValue(t *testing.T, laserBiasValue float64) {
t.Helper()
if laserBiasValue <= 0 && laserBiasValue >= 131 {
t.Errorf("The laser bias value is not between 0 and 131")
}
}

func verifyLaserBiasCurrentAll(t *testing.T, p1Stream *samplestream.SampleStream[*oc.Component_OpticalChannel_LaserBiasCurrent], dut1 *ondatra.DUTDevice) {
laserBias := p1Stream.Next()
if laserBias == nil {
t.Fatalf("laserBias telemetry %q was not streamed in the most recent subscription interval", sensorName)
t.Fatalf("laserBias telemetry was not streamed in the most recent subscription interval")
}
laserBiasVal, ok := laserBias.Val()
if !ok {
t.Fatalf("LaserBias %q telemetry is not present", sensorName)
}
if reflect.TypeOf(laserBiasVal).Kind() != reflect.Float64 {
t.Errorf("Return value is not type float64")
}
if laserBiasVal <= 0 && laserBiasVal >= 131 {
t.Errorf("The laser bias value is not between 0 and 131")
t.Fatalf("LaserBias telemetry is not present")
}
t.Logf("laserBias value: %f", laserBiasVal)
return laserBiasVal
}

func verifyLaserBiasCurrentAll(t *testing.T, pStreamInstant *samplestream.SampleStream[float64], pStreamAvg *samplestream.SampleStream[float64], pStreamMax *samplestream.SampleStream[float64], pStreamMin *samplestream.SampleStream[float64], dut1 *ondatra.DUTDevice) {
laserbiasInstant := verifyLaserBiasCurrent(t, pStreamInstant, "laserbiasInstant")
t.Logf("laserBias Instant value: %f", laserbiasInstant)
laserBiasInstant := laserBiasVal.GetInstant()
t.Logf("laserBias Instant value: %f", laserBiasInstant)
if deviations.MissingZROpticalChannelTunableParametersTelemetry(dut1) {
t.Log("Skipping Min/Max/Avg Tunable Parameters Telemetry validation. Deviation MissingZROpticalChannelTunableParametersTelemetry enabled.")
} else {
laserbiasMin := verifyLaserBiasCurrent(t, pStreamMin, "laserbiasMin")
t.Logf("laserBias Min value: %f", laserbiasMin)
laserbiasMax := verifyLaserBiasCurrent(t, pStreamMax, "laserbiasMax")
t.Logf("laserBias Max value: %f", laserbiasMax)
laserbiasAvg := verifyLaserBiasCurrent(t, pStreamAvg, "laserbiasAvg")
t.Logf("laserBias Avg value: %f", laserbiasAvg)
if laserbiasAvg >= laserbiasMin && laserbiasAvg <= laserbiasMax {
t.Logf("The average is between the maximum and minimum values")
laserBiasMin := laserBiasVal.GetMin()
verifyLaserBiasValue(t, laserBiasMin)
t.Logf("laserBias Min value: %f", laserBiasMin)
laserBiasMax := laserBiasVal.GetMax()
verifyLaserBiasValue(t, laserBiasMax)
t.Logf("laserBias Max value: %f", laserBiasMax)
laserBiasAvg := laserBiasVal.GetAvg()
verifyLaserBiasValue(t, laserBiasAvg)
t.Logf("laserBias Avg value: %f", laserBiasMin)
if laserBiasAvg >= laserBiasMin && laserBiasAvg <= laserBiasMax {
t.Logf("The average %f is between the maximum and minimum values", laserBiasAvg)
} else {
t.Fatalf("The average is not between the maximum and minimum values Avg:%f Min:%f Max:%f", laserbiasAvg, laserbiasMin, laserbiasMax)
t.Fatalf("The average is not between the maximum and minimum values Avg:%f Min:%f Max:%f", laserBiasAvg, laserBiasMin, laserBiasMax)
}
}
}

func interfaceConfig(t *testing.T, dut1 *ondatra.DUTDevice, dp *ondatra.Port) {
d := &oc.Root{}
i := d.GetOrCreateInterface(dp.Name())
i.Enabled = ygot.Bool(true)
i.Type = oc.IETFInterfaces_InterfaceType_ethernetCsmacd
gnmi.Replace(t, dut1, gnmi.OC().Interface(dp.Name()).Config(), i)
OCcomponent := components.OpticalChannelComponentFromPort(t, dut1, dp)
gnmi.Replace(t, dut1, gnmi.OC().Component(OCcomponent).OpticalChannel().Config(), &oc.Component_OpticalChannel{
TargetOutputPower: ygot.Float64(targetOutputPower),
Frequency: ygot.Uint64(frequency),
})
}

func TestZRLaserBiasCurrentState(t *testing.T) {
dut1 := ondatra.DUT(t, "dut")
dp1 := dut1.Port(t, "port1")
dp2 := dut1.Port(t, "port2")
t.Logf("dut1: %v", dut1)
t.Logf("dut1 dp1 name: %v", dp1.Name())
interfaceConfig(t, dut1, dp1)
interfaceConfig(t, dut1, dp2)
cfgplugins.InterfaceConfig(t, dut1, dp1)
cfgplugins.InterfaceConfig(t, dut1, dp2)
intUpdateTime := 2 * time.Minute
gnmi.Await(t, dut1, gnmi.OC().Interface(dp1.Name()).OperStatus().State(), intUpdateTime, oc.Interface_OperStatus_UP)
transceiverState := gnmi.Get(t, dut1, gnmi.OC().Interface(dp1.Name()).Transceiver().State())
if dp1.PMD() != ondatra.PMD400GBASEZR {
t.Fatalf("%s Transceiver is not 400ZR its of type: %v", transceiverState, dp1.PMD())
}
OCcomponent := components.OpticalChannelComponentFromPort(t, dut1, dp1)
component1 := gnmi.OC().Component(OCcomponent)
p1StreamInstant := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Instant().State(), 10*time.Second)
p1StreamMin := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Min().State(), 10*time.Second)
p1StreamMax := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Max().State(), 10*time.Second)
p1StreamAvg := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Avg().State(), 10*time.Second)
defer p1StreamAvg.Close()
defer p1StreamMax.Close()
defer p1StreamMin.Close()
defer p1StreamInstant.Close()
verifyLaserBiasCurrentAll(t, p1StreamInstant, p1StreamAvg, p1StreamMax, p1StreamMin, dut1)
componentName := components.OpticalChannelComponentFromPort(t, dut1, dp1)
component := gnmi.OC().Component(componentName)
p1Stream := samplestream.New(t, dut1, component.OpticalChannel().LaserBiasCurrent().State(), 10*time.Second)
defer p1Stream.Close()
verifyLaserBiasCurrentAll(t, p1Stream, dut1)
}

func TestZRLaserBiasCurrentStateInterface_Flap(t *testing.T) {
func TestZRLaserBiasCurrentStateInterfaceFlap(t *testing.T) {
dut1 := ondatra.DUT(t, "dut")
dp1 := dut1.Port(t, "port1")
dp2 := dut1.Port(t, "port2")
t.Logf("dut1: %v", dut1)
t.Logf("dut1 dp1 name: %v", dp1.Name())
interfaceConfig(t, dut1, dp1)
interfaceConfig(t, dut1, dp2)
cfgplugins.InterfaceConfig(t, dut1, dp1)
cfgplugins.InterfaceConfig(t, dut1, dp2)
intUpdateTime := 2 * time.Minute
// Check interface is up
gnmi.Await(t, dut1, gnmi.OC().Interface(dp1.Name()).OperStatus().State(), intUpdateTime, oc.Interface_OperStatus_UP)
Expand All @@ -144,25 +118,19 @@ func TestZRLaserBiasCurrentStateInterface_Flap(t *testing.T) {
i.Enabled = ygot.Bool(false)
i.Type = oc.IETFInterfaces_InterfaceType_ethernetCsmacd
gnmi.Replace(t, dut1, gnmi.OC().Interface(dp1.Name()).Config(), i)
OCcomponent := components.OpticalChannelComponentFromPort(t, dut1, dp1)
component1 := gnmi.OC().Component(OCcomponent)
p1StreamInstant := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Instant().State(), 10*time.Second)
p1StreamMin := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Min().State(), 10*time.Second)
p1StreamMax := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Max().State(), 10*time.Second)
p1StreamAvg := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Avg().State(), 10*time.Second)
defer p1StreamInstant.Close()
defer p1StreamMin.Close()
defer p1StreamMax.Close()
defer p1StreamAvg.Close()
verifyLaserBiasCurrentAll(t, p1StreamInstant, p1StreamAvg, p1StreamMax, p1StreamMin, dut1)
// Wait 120 sec cooling off period
componentName := components.OpticalChannelComponentFromPort(t, dut1, dp1)
component := gnmi.OC().Component(componentName)
p1Stream := samplestream.New(t, dut1, component.OpticalChannel().LaserBiasCurrent().State(), 10*time.Second)
defer p1Stream.Close()
verifyLaserBiasCurrentAll(t, p1Stream, dut1)
// Wait 120 sec cooling-off period
gnmi.Await(t, dut1, gnmi.OC().Interface(dp1.Name()).OperStatus().State(), intUpdateTime, oc.Interface_OperStatus_DOWN)
verifyLaserBiasCurrentAll(t, p1Stream, dut1)
// Enable interface
verifyLaserBiasCurrentAll(t, p1StreamInstant, p1StreamAvg, p1StreamMax, p1StreamMin, dut1)
i.Enabled = ygot.Bool(true)
gnmi.Replace(t, dut1, gnmi.OC().Interface(dp1.Name()).Config(), i)
gnmi.Await(t, dut1, gnmi.OC().Interface(dp1.Name()).OperStatus().State(), intUpdateTime, oc.Interface_OperStatus_UP)
verifyLaserBiasCurrentAll(t, p1StreamInstant, p1StreamAvg, p1StreamMax, p1StreamMin, dut1)
verifyLaserBiasCurrentAll(t, p1Stream, dut1)
}

func TestZRLaserBiasCurrentStateTransceiverOnOff(t *testing.T) {
Expand All @@ -171,30 +139,26 @@ func TestZRLaserBiasCurrentStateTransceiverOnOff(t *testing.T) {
dp2 := dut1.Port(t, "port2")
t.Logf("dut1: %v", dut1)
t.Logf("dut1 dp1 name: %v", dp1.Name())
interfaceConfig(t, dut1, dp1)
interfaceConfig(t, dut1, dp2)
cfgplugins.InterfaceConfig(t, dut1, dp1)
cfgplugins.InterfaceConfig(t, dut1, dp2)
intUpdateTime := 2 * time.Minute
gnmi.Await(t, dut1, gnmi.OC().Interface(dp1.Name()).OperStatus().State(), intUpdateTime, oc.Interface_OperStatus_UP)
transceiverState := gnmi.Get(t, dut1, gnmi.OC().Interface(dp1.Name()).Transceiver().State())
// Check if TRANSCEIVER is of type 400ZR
if dp1.PMD() != ondatra.PMD400GBASEZR {
t.Fatalf("%s Transceiver is not 400ZR its of type: %v", transceiverState, dp1.PMD())
}
OCcomponent := components.OpticalChannelComponentFromPort(t, dut1, dp1)
component1 := gnmi.OC().Component(OCcomponent)
p1StreamInstant := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Instant().State(), 10*time.Second)
p1StreamMin := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Min().State(), 10*time.Second)
p1StreamMax := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Max().State(), 10*time.Second)
p1StreamAvg := samplestream.New(t, dut1, component1.OpticalChannel().LaserBiasCurrent().Avg().State(), 10*time.Second)
defer p1StreamInstant.Close()
defer p1StreamMin.Close()
defer p1StreamMax.Close()
defer p1StreamAvg.Close()
// Disable interface transceiver power off
componentName := components.OpticalChannelComponentFromPort(t, dut1, dp1)
component := gnmi.OC().Component(componentName)
p1Stream := samplestream.New(t, dut1, component.OpticalChannel().LaserBiasCurrent().State(), 10*time.Second)
defer p1Stream.Close()
verifyLaserBiasCurrentAll(t, p1Stream, dut1)
// power off interface transceiver
gnmi.Update(t, dut1, gnmi.OC().Component(dp1.Name()).Name().Config(), dp1.Name())
gnmi.Update(t, dut1, gnmi.OC().Component(dp1.Name()).Transceiver().Enabled().Config(), false)
verifyLaserBiasCurrentAll(t, p1StreamInstant, p1StreamAvg, p1StreamMax, p1StreamMin, dut1)
// Enable interface transceiver power on
verifyLaserBiasCurrentAll(t, p1Stream, dut1)
// power on interface transceiver
gnmi.Update(t, dut1, gnmi.OC().Component(dp1.Name()).Transceiver().Enabled().Config(), true)
gnmi.Await(t, dut1, gnmi.OC().Interface(dp1.Name()).OperStatus().State(), intUpdateTime, oc.Interface_OperStatus_UP)
verifyLaserBiasCurrentAll(t, p1StreamInstant, p1StreamAvg, p1StreamMax, p1StreamMin, dut1)
verifyLaserBiasCurrentAll(t, p1Stream, dut1)
}

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