[sig-calico] [Team:CORE] [Category:Networking] [Feature:HostPorts] HostPorts tests with host port resources active on :8080 should support Pod HostPorts [Conformance] [Serial]
[sig-calico] [Team:CORE] [Category:Networking] [Feature:Pods] Pod Termination Grace Period should allow client to reach server while client is terminating [Conformance]
[sig-calico] [Team:CORE] [Category:Networking] [Feature:Pods] Pod Termination Grace Period should allow pinging a server pod while it is terminating
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Host-Protection] host endpoint tests doNotTrack policy should deny connections to the specified port in a doNotTrack deny policy [Serial]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Host-Protection] host endpoint tests should allow connections using a named port [Conformance] [Serial]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Host-Protection] host endpoint tests should allow inbound connections with an allow-all [Serial]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Host-Protection] host endpoint tests should block all inbound connections by default [Serial]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-Policy] [RunsOnWindows] Tiered policy tests with a second tier can explicitly pass traffic
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-Policy] [RunsOnWindows] Tiered policy tests with a second tier should enforce a default deny
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-Policy] [RunsOnWindows] Tiered policy tests with a single tier taking precedence over the default tier can pass to the default tier, and allow traffic explicitly. [Conformance]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] Tiered RBAC with tier-prefixed names should allow create and deny based on tier RBAC with prefixed names
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC GlobalNetworkPolicy should allow creation by a user with full tier RBAC
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC GlobalNetworkPolicy should deny creation by a user without tier access
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC NetworkPolicy should allow creation by a user with full tier RBAC [Conformance]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC NetworkPolicy should allow deletion by a user with full tier RBAC
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC NetworkPolicy should allow update by a user with full tier RBAC
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC NetworkPolicy should deny creation by a user without tier GET access [Conformance]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC NetworkPolicy should deny creation by a user without tier policy access
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC NetworkPolicy should deny update by a user without tier GET access
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC collection delete should allow a collection delete by a user with full tier RBAC
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC collection delete should deny a collection delete by a user without tier policy access [Conformance]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC default tier should not allow deleting the default tier
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC default tier should not allow updating the default tier
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC namespace-scoped tier access should confine a namespaced tier grant to its own namespace [Conformance]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC read-only access should allow reading but deny writing for a read-only user [Conformance]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC staged policies should allow staged global policy writes by a user with full tier RBAC
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC staged policies should allow staged policy writes by a user with full tier RBAC [Conformance]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC staged policies should deny staged global policy creation by a user without tier GET access
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC staged policies should deny staged policy creation by a user without tier GET access [Conformance]
[sig-calico] [Team:CORE] [Category:Policy] [Feature:Tiered-RBAC] [NoTierPrefix] Tiered RBAC tier isolation should restrict a user to only their permitted tier [Conformance]
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP host to nodeport, different nodes
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP host to pod, different nodes
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP host to service, different nodes
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP pod to nodeport, different nodes
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP pod to nodeport, same node
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP pod to pod, different nodes
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP pod to pod, same node
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP pod to service, different nodes
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Packet Size Verification with different packet sizes using UDP and TCP pod to service, same node
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath ClusterIP access scenario-0C0: pod0 -> clusterIP -> pod0 (loopback)
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath ClusterIP access scenario-0C1: pod0 -> clusterIP -> pod1 (same node)
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath ClusterIP access scenario-0C2: pod0 -> clusterIP -> pod2 (cross node) [Conformance]
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath ExternalIP access scenario-0EC0: pod0 -> externalIP Cluster -> pod0
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath ExternalIP access scenario-0EC1: pod0 -> externalIP Cluster -> pod1
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath ExternalIP access scenario-0EC2: pod0 -> externalIP Cluster -> pod2 (other node) [Conformance]
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath ExternalIP access scenario-0EL0: pod0 -> externalIP local-only -> pod0
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath ExternalIP access scenario-0EL1: pod0 -> externalIP local-only -> pod1
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath Host-networked destination scenario-0H1: pod0 -> clusterIP -> host-networked pod1 (same node)
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath Host-networked destination scenario-0H2: pod0 -> clusterIP -> host-networked pod2 (other node)
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0L00: pod0 -> node0 NodePort local-only -> pod0
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0L01: pod0 -> node0 NodePort local-only -> pod1
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0L12: pod0 -> node1 NodePort local-only -> pod2
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0N00: pod0 -> node0 NodePort -> pod0
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0N01: pod0 -> node0 NodePort -> pod1 (same node)
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0N02: pod0 -> node0 NodePort -> pod2 (other node) [Conformance]
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0N10: pod0 -> node1 NodePort -> pod0
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0N11: pod0 -> node1 NodePort -> pod1 (hairpin)
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Egress Datapath NodePort access scenario-0N12: pod0 -> node1 NodePort -> pod2 (pod on other node)
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-10: node1 hostNet=true -> node1NodePort
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-11: node0 hostNet=false -> node1NodePort
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-12: node0 hostNet=true -> node1NodePort
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-1: svcNode hostNet=false -> clusterIP
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-2: svcNode hostNet=true -> clusterIP
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-3: node1 hostNet=false -> clusterIP [Conformance]
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-4: node1 hostNet=true -> clusterIP
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-5: svcNode hostNet=false -> svcNodePort
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-6: svcNode hostNet=true -> svcNodePort
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-7: node1 hostNet=false -> svcNodePort
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-8: node1 hostNet=true -> svcNodePort
[sig-calico] [Team:CORE] [Feature:Datapath] [Category:Networking] Workload Ingress Datapath scenario-9: node1 hostNet=false -> node1NodePort
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0-2 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0-2 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0C2 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0C2 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0C3 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0C3 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0N2 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0N2 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0N3 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-0N3 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-1-2 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-1-2 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-1C2 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-1C2 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-1N2 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-1N2 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-2N1 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath egress-2N1 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath ingress-2-1 ApplyOnForward=false, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath ingress-2-1 ApplyOnForward=true, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath ingress-2C0 ApplyOnForward=false, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath ingress-2C0 ApplyOnForward=true, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath ingress-2N1 ApplyOnForward=false, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath ingress-2N1 ApplyOnForward=true, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath ingress-3-0 ApplyOnForward=false, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath ingress-3-0 ApplyOnForward=true, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath xtables-only [RequiresXtables] egress-2N2 ApplyOnForward=false, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath xtables-only [RequiresXtables] egress-2N2 ApplyOnForward=true, egress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath xtables-only [RequiresXtables] ingress-2N2 ApplyOnForward=false, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:Host-Protection] [Category:Networking] Host Endpoint Datapath xtables-only [RequiresXtables] ingress-2N2 ApplyOnForward=true, ingress [Serial]
[sig-calico] [Team:CORE] [Feature:IPAM] [RequiresCalicoIPAM] [Category:Networking] IPAM GC should garbage-collect leaked IP addresses [Serial]
[sig-calico] [Team:CORE] [Feature:IPAM] [RequiresCalicoIPAM] [Category:Networking] IPAM StrictAffinity should respect StrictAffinity when toggled [Serial]
[sig-calico] [Team:CORE] [Feature:Istio] [Category:Networking] Istio OpenShift Platform Configuration should deploy Istio with correct OpenShift platform configuration [Serial]
[sig-calico] [Team:CORE] [Feature:NetworkPolicy] [Category:Policy] [RunsOnWindows] Calico NetworkPolicy should correctly isolate namespaces [Conformance]
[sig-calico] [Team:CORE] [Feature:NetworkPolicy] [Category:Policy] [RunsOnWindows] Calico NetworkPolicy should provide a default allow [Conformance]
[sig-calico] [Team:CORE] [Feature:NetworkPolicy] [Category:Policy] [RunsOnWindows] Calico NetworkPolicy should support a 'deny egress' policy [Conformance]
[sig-calico] [Team:CORE] [Feature:NetworkPolicy] [Category:Policy] [RunsOnWindows] Calico NetworkPolicy should support namespace selectors [Conformance]
[sig-calico] [Team:CORE] [Feature:NetworkPolicy] [Category:Policy] [RunsOnWindows] Calico NetworkPolicy should support service account selectors [Conformance]
[sig-calico] [Team:CORE] [Feature:NetworkPolicy] [Category:Policy] service network policy Calico service network policy test ServiceMatch policy client egress by pod-name, server ingress by service [Conformance]
[sig-calico] [Team:CORE] [Feature:NetworkPolicy] [Category:Policy] service network policy Calico service network policy test ServiceMatch policy client egress by service, server ingress by pod-name [Conformance]
[sig-calico] [Team:CORE] [Feature:NetworkPolicy] [Category:Policy] service network policy Calico service network policy test ServiceMatch policy client egress by service, server ingress by service [Conformance]
[sig-calico] [Team:CORE] [Feature:OwnerReferences] [Category:Configuration] OwnerReference tests should delete a NetworkSet if its owner has been deleted
[sig-calico] [Team:CORE] [Feature:QoS] [Category:Networking] QoS Controls should limit bandwidth with QoS annotations
[sig-calico] [Team:CORE] [Feature:QoS] [Category:Networking] QoS Controls should limit concurrent connections with QoS annotations
[sig-calico] [Team:CORE] [Feature:QoS] [Category:Networking] QoS Controls should limit packet rate with QoS annotations
[sig-network] API Server should have Endpoints and EndpointSlices pointing to API Server [Conformance]
[sig-network] API Server should provide secure master service [Conformance]
[sig-network] DNS should provide /etc/hosts entries for the cluster [Conformance]
[sig-network] DNS should provide DNS for ExternalName services [Conformance]
[sig-network] DNS should provide DNS for pods for Hostname [Conformance]
[sig-network] DNS should provide DNS for pods for Subdomain [Conformance]
[sig-network] DNS should provide DNS for services [Conformance]
[sig-network] DNS should provide DNS for the cluster [Conformance]
[sig-network] DNS should resolve DNS of partial qualified names for services [LinuxOnly] [Conformance]
[sig-network] DNS should support configurable pod DNS nameservers [Conformance]
[sig-network] EndpointSlice should create Endpoints and EndpointSlices for Pods matching a Service [Conformance]
[sig-network] EndpointSlice should create and delete EndpointSlices for a Service with a selector that matches no pods [Conformance]
[sig-network] EndpointSlice should support a Service with multiple endpoint IPs specified in multiple EndpointSlices [Conformance]
[sig-network] EndpointSlice should support a Service with multiple ports specified in multiple EndpointSlices [Conformance]
[sig-network] EndpointSlice should support creating EndpointSlice API operations [Conformance]
[sig-network] EndpointSliceMirroring should mirror a custom Endpoints resource through create update and delete [Conformance]
[sig-network] Endpoints should test the lifecycle of an Endpoint [Conformance]
[sig-network] EndpointsController should create Endpoints for Pods matching a Service [Conformance]
[sig-network] EndpointsController should create and delete Endpoints for a Service with a selector that matches no pods [Conformance]
[sig-network] HostPort validates that there is no conflict between pods with same hostPort but different hostIP and protocol [LinuxOnly] [Conformance]
[sig-network] Ingress API should support creating Ingress API operations [Conformance]
[sig-network] IngressClass API should support creating IngressClass API operations [Conformance]
[sig-network] Netpol NetworkPolicy between server and client should allow egress access on one named port [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should allow egress access to server in CIDR block [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should allow ingress access from namespace on one named port [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should allow ingress access from updated namespace [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should allow ingress access from updated pod [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should allow ingress access on one named port [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should deny egress from all pods in a namespace [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should deny egress from pods based on PodSelector [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should deny ingress access to updated pod [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should deny ingress from pods on other namespaces [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce egress policy allowing traffic to a server in a different namespace based on PodSelector and NamespaceSelector [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce except clause while egress access to server in CIDR block [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce ingress policy allowing any port traffic to a server on a specific protocol [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce multiple egress policies with egress allow-all policy taking precedence [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce multiple ingress policies with ingress allow-all policy taking precedence [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce multiple, stacked policies with overlapping podSelectors [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policies to check ingress and egress policies can be controlled independently based on PodSelector [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy based on Multiple PodSelectors and NamespaceSelectors [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy based on NamespaceSelector with MatchExpressions [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy based on NamespaceSelector with MatchExpressions using default ns label [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy based on PodSelector and NamespaceSelector [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy based on PodSelector or NamespaceSelector [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy based on PodSelector with MatchExpressions [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy based on Ports [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy based on any PodSelectors [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy to allow ingress traffic for a target [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy to allow ingress traffic from pods in all namespaces [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy to allow traffic based on NamespaceSelector with MatchLabels using default ns label [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy to allow traffic from pods within server namespace based on PodSelector [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy to allow traffic only from a different namespace, based on NamespaceSelector [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce policy to allow traffic only from a pod in a different namespace based on PodSelector and NamespaceSelector [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should enforce updated policy [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should ensure an IP overlapping both IPBlock.CIDR and IPBlock.Except is allowed [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should not allow access by TCP when a policy specifies only UDP [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should not allow all ports if it cannot limit to the requested port [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should not mistakenly treat 'protocol: SCTP' as 'protocol: TCP', even if the plugin doesn't support SCTP [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should properly isolate pods that are selected by a policy allowing SCTP, even if the plugin doesn't support SCTP [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should stop enforcing policies after they are deleted [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should support a 'default-deny-all' policy [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should support a 'default-deny-ingress' policy [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should support allow-all policy [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should support denying of egress traffic on the client side (even if the server explicitly allows this traffic) [Feature:NetworkPolicy]
[sig-network] Netpol NetworkPolicy between server and client should work with Ingress, Egress specified together [Feature:NetworkPolicy]
[sig-network] Netpol [LinuxOnly] NetworkPolicy between server and client using UDP should enforce policy based on Ports [Feature:NetworkPolicy]
[sig-network] Netpol [LinuxOnly] NetworkPolicy between server and client using UDP should enforce policy to allow traffic only from a pod in a different namespace based on PodSelector and NamespaceSelector [Feature:NetworkPolicy]
[sig-network] Netpol [LinuxOnly] NetworkPolicy between server and client using UDP should support a 'default-deny-ingress' policy [Feature:NetworkPolicy]
[sig-network] Networking Granular Checks: Pods should function for intra-pod communication: http [Conformance] [NodeConformance]
[sig-network] Networking Granular Checks: Pods should function for intra-pod communication: udp [Conformance] [NodeConformance]
[sig-network] Networking Granular Checks: Pods should function for node-pod communication: http [LinuxOnly] [Conformance] [NodeConformance]
[sig-network] Networking Granular Checks: Pods should function for node-pod communication: udp [LinuxOnly] [Conformance] [NodeConformance]
[sig-network] Proxy version v1 A set of valid responses are returned for both pod and service Proxy [Conformance]
[sig-network] Proxy version v1 A set of valid responses are returned for both pod and service ProxyWithPath [Conformance]
[sig-network] Proxy version v1 should proxy through a service and a pod [Conformance]
[sig-network] Service endpoints latency should not be very high [Conformance]
[sig-network] ServiceCIDR and IPAddress API should support IPAddress API operations [Conformance]
[sig-network] ServiceCIDR and IPAddress API should support ServiceCIDR API operations [Conformance]
[sig-network] Services should be able to change the type from ClusterIP to ExternalName [Conformance]
[sig-network] Services should be able to change the type from ExternalName to ClusterIP [Conformance]
[sig-network] Services should be able to change the type from ExternalName to NodePort [Conformance]
[sig-network] Services should be able to change the type from NodePort to ExternalName [Conformance]
[sig-network] Services should be able to create a functioning NodePort service [Conformance]
[sig-network] Services should be able to switch session affinity for NodePort service [LinuxOnly] [Conformance]
[sig-network] Services should be able to switch session affinity for service with type clusterIP [LinuxOnly] [Conformance]
[sig-network] Services should complete a service status lifecycle [Conformance]
[sig-network] Services should delete a collection of services [Conformance]
[sig-network] Services should find a service from listing all namespaces [Conformance]
[sig-network] Services should have session affinity work for NodePort service [LinuxOnly] [Conformance]
[sig-network] Services should have session affinity work for service with type clusterIP [LinuxOnly] [Conformance]
[sig-network] Services should serve a basic endpoint from pods [Conformance]
[sig-network] Services should serve endpoints on same port and different protocols [Conformance]
[sig-network] Services should serve multiport endpoints from pods [Conformance]