Documentation ¶
Overview ¶
Package repo implements broadcast's methods.
Index ¶
- Constants
- func GetProxyFromPod(pod *v1.Pod) (*pipy.Proxy, error)
- func GetProxyFromVm(vm *machinev1alpha1.VirtualMachine) (*pipy.Proxy, error)
- func GetProxyUUIDFromPod(pod *v1.Pod) (string, error)
- func GetProxyUUIDFromVm(vm *machinev1alpha1.VirtualMachine) (string, error)
- type Address
- type AllowedEndpoints
- type Certificate
- type ClusterConfigs
- type ClusterName
- type ConnectionSettings
- type DestinationIPRange
- type DestinationIPRanges
- type DestinationSecuritySpec
- type EgressGatewayClusterConfigs
- type FeatureFlags
- type ForwardTrafficMatches
- type ForwardTrafficPolicy
- type HTTPCircuitBreaking
- type HTTPConnectionSettings
- type HTTPHeaderValue
- type HTTPHostPort
- type HTTPHostPort2Service
- type HTTPLocalRateLimit
- type HTTPMatchRule
- type HTTPPerRouteRateLimit
- type HTTPRateLimit
- type HTTPRouteRule
- type HTTPRouteRuleName
- type Header
- type HeaderRegexp
- type Headers
- type InboundHTTPRouteRule
- type InboundHTTPRouteRuleSlice
- type InboundHTTPRouteRules
- type InboundHTTPServiceRouteRules
- type InboundTCPServiceRouteRules
- type InboundTrafficMatch
- type InboundTrafficMatches
- type InboundTrafficPolicy
- type LocalDNSProxy
- type MeshConfigSpec
- type Method
- type Methods
- type ObservabilitySpec
- type OutboundHTTPRouteRule
- type OutboundHTTPRouteRuleSlice
- type OutboundHTTPRouteRules
- type OutboundHTTPServiceRouteRules
- type OutboundTCPServiceRouteRules
- type OutboundTrafficMatch
- type OutboundTrafficMatchSlice
- type OutboundTrafficMatches
- type OutboundTrafficPolicy
- type PipyConf
- type PipyConfGeneratorJob
- type Pluggable
- type PluginSlice
- type Port
- type Protocol
- type RemoteLoggingSpec
- type RetryPolicy
- type Server
- type ServiceName
- type Services
- type SourceIPRange
- type SourceIPRanges
- type SourceSecuritySpec
- type TCPConnectionSettings
- type TCPLocalRateLimit
- type TCPRateLimit
- type TracingSpec
- type TrafficSpec
- type URIMatchType
- type URIPath
- type URIPathValue
- type UpstreamDNSServers
- type Weight
- type WeightedCluster
- type WeightedClusters
- type WeightedEndpoint
- type WeightedEndpoints
- type WeightedZoneEndpoint
Constants ¶
const (
// ServerType is the type identifier for the ADS server
ServerType = "pipy-Repo"
)
Variables ¶
This section is empty.
Functions ¶
func GetProxyFromPod ¶
GetProxyFromPod infers and creates a Proxy data structure from a Pod. This is a temporary workaround as proxy is required and expected in any vertical call, however snapshotcache has no need to provide visibility on proxies whatsoever. All verticals use the proxy structure to infer the pod later, so the actual only mandatory data for the verticals to be functional is the common name, which links proxy <-> pod
func GetProxyFromVm ¶ added in v1.2.0
func GetProxyFromVm(vm *machinev1alpha1.VirtualMachine) (*pipy.Proxy, error)
GetProxyFromVm infers and creates a Proxy data structure from a VM. This is a temporary workaround as proxy is required and expected in any vertical call, however snapshotcache has no need to provide visibility on proxies whatsoever. All verticals use the proxy structure to infer the VM later, so the actual only mandatory data for the verticals to be functional is the common name, which links proxy <-> VM
func GetProxyUUIDFromPod ¶
GetProxyUUIDFromPod infers and creates a Proxy UUID from a Pod.
func GetProxyUUIDFromVm ¶ added in v1.2.0
func GetProxyUUIDFromVm(vm *machinev1alpha1.VirtualMachine) (string, error)
GetProxyUUIDFromVm infers and creates a Proxy UUID from a VM.
Types ¶
type AllowedEndpoints ¶
type AllowedEndpoints map[Address]ServiceName
AllowedEndpoints is a wrapper type of map[Address]ServiceName
type Certificate ¶
type Certificate struct { // If issued by fsm ca FsmIssued *bool `json:"FsmIssued,omitempty"` // The CommonName of the certificate CommonName *certificate.CommonName `json:"CommonName,omitempty"` // SubjectAltNames defines the Subject Alternative Names (domain names and IP addresses) secured by the certificate. SubjectAltNames []string `json:"SubjectAltNames,omitempty"` // When the cert expires Expiration string // PEM encoded Certificate and Key (byte arrays) CertChain string PrivateKey string // Certificate authority signing this certificate IssuingCA string }
Certificate represents an x509 certificate.
type ClusterConfigs ¶
type ClusterConfigs struct { Endpoints *WeightedEndpoints `json:"Endpoints"` ConnectionSettings *ConnectionSettings `json:"ConnectionSettings,omitempty"` RetryPolicy *RetryPolicy `json:"RetryPolicy,omitempty"` SourceCert *Certificate `json:"SourceCert,omitempty"` }
ClusterConfigs represents the configs of Cluster
type ConnectionSettings ¶
type ConnectionSettings struct { // TCP specifies the TCP level connection settings. // Applies to both TCP and HTTP connections. // +optional TCP *TCPConnectionSettings `json:"tcp,omitempty"` // HTTP specifies the HTTP level connection settings. // +optional HTTP *HTTPConnectionSettings `json:"http,omitempty"` }
ConnectionSettings defines the connection settings for an upstream host.
type DestinationIPRange ¶
type DestinationIPRange string
DestinationIPRange is a string wrapper type
type DestinationIPRanges ¶
type DestinationIPRanges map[DestinationIPRange]*DestinationSecuritySpec
DestinationIPRanges is a wrapper type of map[DestinationIPRange]*DestinationSecuritySpec
type DestinationSecuritySpec ¶
type DestinationSecuritySpec struct {
SourceCert *Certificate `json:"SourceCert,omitempty"`
}
DestinationSecuritySpec is the security spec of destination
type EgressGatewayClusterConfigs ¶
type EgressGatewayClusterConfigs struct { ClusterConfigs Mode string `json:"Mode"` }
EgressGatewayClusterConfigs represents the configs of Egress Gateway Cluster
type FeatureFlags ¶
FeatureFlags represents the flags of feature
type ForwardTrafficMatches ¶
type ForwardTrafficMatches map[string]WeightedClusters
ForwardTrafficMatches is a wrapper type of map[Port]WeightedClusters
type ForwardTrafficPolicy ¶
type ForwardTrafficPolicy struct { ForwardMatches ForwardTrafficMatches `json:"ForwardMatches"` EgressGateways map[ClusterName]*EgressGatewayClusterConfigs `json:"EgressGateways"` }
ForwardTrafficPolicy represents the policy of Egress Gateway
type HTTPCircuitBreaking ¶
type HTTPCircuitBreaking struct { // StatTimeWindow specifies statistical time period of circuit breaking StatTimeWindow *float64 `json:"StatTimeWindow"` // MinRequestAmount specifies minimum number of requests (in an active statistic time span) that can trigger circuit breaking. MinRequestAmount uint32 `json:"MinRequestAmount"` // DegradedTimeWindow specifies the duration of circuit breaking DegradedTimeWindow *float64 `json:"DegradedTimeWindow"` // SlowTimeThreshold specifies the time threshold of slow request SlowTimeThreshold *float64 `json:"SlowTimeThreshold,omitempty"` // SlowAmountThreshold specifies the amount threshold of slow request SlowAmountThreshold *uint32 `json:"SlowAmountThreshold,omitempty"` // SlowRatioThreshold specifies the ratio threshold of slow request SlowRatioThreshold *float32 `json:"SlowRatioThreshold,omitempty"` // ErrorAmountThreshold specifies the amount threshold of error request ErrorAmountThreshold *uint32 `json:"ErrorAmountThreshold,omitempty"` // ErrorRatioThreshold specifies the ratio threshold of error request ErrorRatioThreshold *float32 `json:"ErrorRatioThreshold,omitempty"` // DegradedStatusCode specifies the degraded http status code of circuit breaking DegradedStatusCode *int32 `json:"DegradedStatusCode,omitempty"` // DegradedResponseContent specifies the degraded http response content of circuit breaking DegradedResponseContent *string `json:"DegradedResponseContent,omitempty"` }
HTTPCircuitBreaking defines the HTTP Circuit Breaking settings for an upstream host.
type HTTPConnectionSettings ¶
type HTTPConnectionSettings struct { // MaxRequests specifies the maximum number of parallel requests // allowed to the upstream host. // Defaults to 4294967295 (2^32 - 1) if not specified. // +optional MaxRequests *uint32 `json:"MaxRequests,omitempty"` // MaxRequestsPerConnection specifies the maximum number of requests // per connection allowed to the upstream host. // Defaults to unlimited if not specified. // +optional MaxRequestsPerConnection *uint32 `json:"MaxRequestsPerConnection,omitempty"` // MaxPendingRequests specifies the maximum number of pending HTTP // requests allowed to the upstream host. For HTTP/2 connections, // if `maxRequestsPerConnection` is not configured, all requests will // be multiplexed over the same connection so this circuit breaker // will only be hit when no connection is already established. // Defaults to 4294967295 (2^32 - 1) if not specified. // +optional MaxPendingRequests *uint32 `json:"MaxPendingRequests,omitempty"` // MaxRetries specifies the maximum number of parallel retries // allowed to the upstream host. // Defaults to 4294967295 (2^32 - 1) if not specified. // +optional MaxRetries *uint32 `json:"MaxRetries,omitempty"` // CircuitBreaking specifies the HTTP connection circuit breaking setting. CircuitBreaking *HTTPCircuitBreaking `json:"CircuitBreaking,omitempty"` }
HTTPConnectionSettings defines the HTTP connection settings for an upstream host.
type HTTPHeaderValue ¶
type HTTPHeaderValue struct { // Name defines the name of the HTTP header. Name string `json:"Name"` // Value defines the value of the header corresponding to the name key. Value string `json:"Value"` }
HTTPHeaderValue defines an HTTP header name/value pair
type HTTPHostPort2Service ¶
type HTTPHostPort2Service map[HTTPHostPort]HTTPRouteRuleName
HTTPHostPort2Service is a wrapper type of map[HTTPHostPort]HTTPRouteRuleName
type HTTPLocalRateLimit ¶
type HTTPLocalRateLimit struct { // Requests defines the number of requests allowed // per unit of time before rate limiting occurs. Requests uint32 `json:"Requests"` // StatTimeWindow specifies statistical time period of local rate limit StatTimeWindow float64 `json:"StatTimeWindow"` // Burst defines the number of requests above the baseline // rate that are allowed in a short period of time. // +optional Burst uint32 `json:"Burst,omitempty"` // ResponseStatusCode defines the HTTP status code to use for responses // to rate limited requests. Code must be in the 400-599 (inclusive) // error range. If not specified, a default of 429 (Too Many Requests) is used. // +optional ResponseStatusCode uint32 `json:"ResponseStatusCode,omitempty"` // ResponseHeadersToAdd defines the list of HTTP headers that should be // added to each response for requests that have been rate limited. // +optional ResponseHeadersToAdd []HTTPHeaderValue `json:"ResponseHeadersToAdd,omitempty"` }
HTTPLocalRateLimit defines the local rate limiting specification for the upstream host at the HTTP level.
type HTTPMatchRule ¶
type HTTPMatchRule struct { Path URIPathValue Type URIMatchType Headers Headers `json:"Headers"` Methods Methods `json:"Methods"` // contains filtered or unexported fields }
HTTPMatchRule http match rule
type HTTPPerRouteRateLimit ¶
type HTTPPerRouteRateLimit struct { // Local defines the local rate limiting specification // applied per HTTP route. Local *HTTPLocalRateLimit `json:"Local,omitempty"` }
HTTPPerRouteRateLimit defines the rate limiting specification per HTTP route.
type HTTPRateLimit ¶
type HTTPRateLimit struct { // Local specified the local rate limiting specification // for the upstream host. // Local rate limiting is enforced directly by the upstream // host without any involvement of a global rate limiting service. // This is applied as a token bucket rate limiter. // +optional Local *HTTPLocalRateLimit `json:"Local,omitempty"` }
HTTPRateLimit defines the rate limiting specification for the upstream host.
type HTTPRouteRule ¶
type HTTPRouteRule struct { HTTPMatchRule TargetClusters WeightedClusters `json:"TargetClusters"` AllowedServices Services `json:"AllowedServices"` }
HTTPRouteRule http route rule
type Headers ¶
type Headers map[Header]HeaderRegexp
Headers is a wrapper type of map[Header]HeaderRegexp
type InboundHTTPRouteRule ¶
type InboundHTTPRouteRule struct { HTTPRouteRule RateLimit *HTTPPerRouteRateLimit `json:"RateLimit"` }
InboundHTTPRouteRule http route rule
type InboundHTTPRouteRuleSlice ¶
type InboundHTTPRouteRuleSlice []*InboundHTTPRouteRule
InboundHTTPRouteRuleSlice http route rule array
func (InboundHTTPRouteRuleSlice) Len ¶
func (irrs InboundHTTPRouteRuleSlice) Len() int
func (InboundHTTPRouteRuleSlice) Less ¶
func (irrs InboundHTTPRouteRuleSlice) Less(i, j int) bool
func (InboundHTTPRouteRuleSlice) Swap ¶
func (irrs InboundHTTPRouteRuleSlice) Swap(i, j int)
type InboundHTTPRouteRules ¶
type InboundHTTPRouteRules struct { RouteRules InboundHTTPRouteRuleSlice `json:"RouteRules"` Pluggable HTTPRateLimit *HTTPRateLimit `json:"RateLimit"` AllowedEndpoints AllowedEndpoints `json:"AllowedEndpoints"` }
InboundHTTPRouteRules is a wrapper type
type InboundHTTPServiceRouteRules ¶
type InboundHTTPServiceRouteRules map[HTTPRouteRuleName]*InboundHTTPRouteRules
InboundHTTPServiceRouteRules is a wrapper type of map[HTTPRouteRuleName]*InboundHTTPRouteRules
type InboundTCPServiceRouteRules ¶
type InboundTCPServiceRouteRules struct { TargetClusters WeightedClusters `json:"TargetClusters"` Pluggable }
InboundTCPServiceRouteRules is a wrapper type
type InboundTrafficMatch ¶
type InboundTrafficMatch struct { Port Port `json:"Port"` Protocol Protocol `json:"Protocol"` SourceIPRanges SourceIPRanges `json:"SourceIPRanges"` HTTPHostPort2Service HTTPHostPort2Service `json:"HttpHostPort2Service"` HTTPServiceRouteRules InboundHTTPServiceRouteRules `json:"HttpServiceRouteRules"` TCPServiceRouteRules *InboundTCPServiceRouteRules `json:"TcpServiceRouteRules"` TCPRateLimit *TCPRateLimit `json:"RateLimit"` }
InboundTrafficMatch represents the match of InboundTraffic
type InboundTrafficMatches ¶
type InboundTrafficMatches map[Port]*InboundTrafficMatch
InboundTrafficMatches is a wrapper type of map[Port]*InboundTrafficMatch
type InboundTrafficPolicy ¶
type InboundTrafficPolicy struct { TrafficMatches InboundTrafficMatches `json:"TrafficMatches"` ClustersConfigs map[ClusterName]*WeightedEndpoint `json:"ClustersConfigs"` }
InboundTrafficPolicy represents the policy of InboundTraffic
type LocalDNSProxy ¶
type LocalDNSProxy struct { // UpstreamDNSServers defines upstream DNS servers for local DNS Proxy. UpstreamDNSServers *UpstreamDNSServers `json:"UpstreamDNSServers,omitempty"` }
LocalDNSProxy is the type to represent FSM's local DNS proxy configuration.
type MeshConfigSpec ¶
type MeshConfigSpec struct { SidecarLogLevel string SidecarTimeout int Traffic TrafficSpec FeatureFlags FeatureFlags Probes struct { ReadinessProbes []v1.Probe `json:"ReadinessProbes,omitempty"` LivenessProbes []v1.Probe `json:"LivenessProbes,omitempty"` StartupProbes []v1.Probe `json:"StartupProbes,omitempty"` } ClusterSet map[string]string LocalDNSProxy *LocalDNSProxy `json:"LocalDNSProxy,omitempty"` Observability ObservabilitySpec `json:"Observability,omitempty"` }
MeshConfigSpec represents the spec of mesh config
type ObservabilitySpec ¶ added in v1.1.2
type ObservabilitySpec struct { // Tracing defines OSM's tracing configuration. Tracing *TracingSpec `json:"tracing,omitempty"` // RemoteLogging defines OSM's remote logging configuration. RemoteLogging *RemoteLoggingSpec `json:"remoteLogging,omitempty"` }
ObservabilitySpec is the type to represent OSM's observability configurations.
type OutboundHTTPRouteRule ¶
type OutboundHTTPRouteRule struct {
HTTPRouteRule
}
OutboundHTTPRouteRule http route rule
type OutboundHTTPRouteRuleSlice ¶
type OutboundHTTPRouteRuleSlice []*OutboundHTTPRouteRule
OutboundHTTPRouteRuleSlice http route rule array
func (*OutboundHTTPRouteRuleSlice) Len ¶
func (hrrs *OutboundHTTPRouteRuleSlice) Len() int
func (*OutboundHTTPRouteRuleSlice) Less ¶
func (hrrs *OutboundHTTPRouteRuleSlice) Less(i, j int) bool
func (*OutboundHTTPRouteRuleSlice) Swap ¶
func (hrrs *OutboundHTTPRouteRuleSlice) Swap(i, j int)
type OutboundHTTPRouteRules ¶
type OutboundHTTPRouteRules struct { RouteRules OutboundHTTPRouteRuleSlice `json:"RouteRules"` ServiceIdentity identity.ServiceIdentity EgressForwardGateway *string Pluggable }
OutboundHTTPRouteRules is a wrapper type
type OutboundHTTPServiceRouteRules ¶
type OutboundHTTPServiceRouteRules map[HTTPRouteRuleName]*OutboundHTTPRouteRules
OutboundHTTPServiceRouteRules is a wrapper type of map[HTTPRouteRuleName]*HTTPRouteRules
type OutboundTCPServiceRouteRules ¶
type OutboundTCPServiceRouteRules struct { TargetClusters WeightedClusters `json:"TargetClusters"` AllowedEgressTraffic bool EgressForwardGateway *string Pluggable }
OutboundTCPServiceRouteRules is a wrapper type
type OutboundTrafficMatch ¶
type OutboundTrafficMatch struct { DestinationIPRanges DestinationIPRanges Port Port `json:"Port"` Protocol Protocol `json:"Protocol"` HTTPHostPort2Service HTTPHostPort2Service `json:"HttpHostPort2Service"` HTTPServiceRouteRules OutboundHTTPServiceRouteRules `json:"HttpServiceRouteRules"` TCPServiceRouteRules *OutboundTCPServiceRouteRules `json:"TcpServiceRouteRules"` }
OutboundTrafficMatch represents the match of OutboundTraffic
type OutboundTrafficMatchSlice ¶
type OutboundTrafficMatchSlice []*OutboundTrafficMatch
OutboundTrafficMatchSlice is a wrapper type of []*OutboundTrafficMatch
func (OutboundTrafficMatchSlice) Len ¶
func (otms OutboundTrafficMatchSlice) Len() int
Len is the number of elements in the collection.
func (OutboundTrafficMatchSlice) Less ¶
func (otms OutboundTrafficMatchSlice) Less(i, j int) bool
Less reports whether the element with index i must sort before the element with index j.
func (OutboundTrafficMatchSlice) Swap ¶
func (otms OutboundTrafficMatchSlice) Swap(i, j int)
Swap swaps the elements with indexes i and j.
type OutboundTrafficMatches ¶
type OutboundTrafficMatches map[Port]OutboundTrafficMatchSlice
OutboundTrafficMatches is a wrapper type of map[Port][]*OutboundTrafficMatch
func (*OutboundTrafficMatches) Sort ¶
func (otms *OutboundTrafficMatches) Sort()
Sort sorts data. It makes one call to data.Len to determine n and O(n*log(n)) calls to data.Less and data.Swap. The sort is not guaranteed to be stable.
type OutboundTrafficPolicy ¶
type OutboundTrafficPolicy struct { TrafficMatches OutboundTrafficMatches `json:"TrafficMatches"` ClustersConfigs map[ClusterName]*ClusterConfigs `json:"ClustersConfigs"` // contains filtered or unexported fields }
OutboundTrafficPolicy represents the policy of OutboundTraffic
type PipyConf ¶
type PipyConf struct { Ts *time.Time Version *string Metrics bool Spec MeshConfigSpec Certificate *Certificate Inbound *InboundTrafficPolicy `json:"Inbound"` Outbound *OutboundTrafficPolicy `json:"Outbound"` Forward *ForwardTrafficPolicy `json:"Forward"` AllowedEndpoints map[string]string `json:"AllowedEndpoints"` Chains map[string][]string `json:"Chains,omitempty"` DNSResolveDB map[string][]interface{} `json:"DNSResolveDB,omitempty"` // contains filtered or unexported fields }
PipyConf is a policy used by pipy sidecar
type PipyConfGeneratorJob ¶
type PipyConfGeneratorJob struct {
// contains filtered or unexported fields
}
PipyConfGeneratorJob is the job to generate pipy policy json
func (*PipyConfGeneratorJob) GetDoneCh ¶
func (job *PipyConfGeneratorJob) GetDoneCh() <-chan struct{}
GetDoneCh returns the channel, which when closed, indicates the job has been finished.
func (*PipyConfGeneratorJob) JobName ¶
func (job *PipyConfGeneratorJob) JobName() string
JobName implementation for this job, for logging purposes
func (*PipyConfGeneratorJob) Run ¶
func (job *PipyConfGeneratorJob) Run()
Run is the logic unit of job
type Pluggable ¶
type Pluggable struct {
Plugins map[string]*runtime.RawExtension `json:"Plugins"`
}
Pluggable is the base struct supported plugin
type PluginSlice ¶
type PluginSlice []trafficpolicy.Plugin
PluginSlice plugin array
func (*PluginSlice) Len ¶
func (ps *PluginSlice) Len() int
func (*PluginSlice) Less ¶
func (ps *PluginSlice) Less(i, j int) bool
func (*PluginSlice) Swap ¶
func (ps *PluginSlice) Swap(i, j int)
type RemoteLoggingSpec ¶ added in v1.1.2
type RemoteLoggingSpec struct { // Level defines the remote logging's level. Level uint16 `json:"level,omitempty"` // Address defines the remote logging's hostname. Address string `json:"address,omitempty"` // Endpoint defines the API endpoint for remote logging requests sent to the collector. Endpoint string `json:"endpoint,omitempty"` // Authorization defines the access entity that allows to authorize someone in remote logging service. Authorization string `json:"authorization,omitempty"` // SampledFraction defines the sampled fraction. SampledFraction string `json:"sampledFraction,omitempty"` }
RemoteLoggingSpec is the type to represent remote logging configuration.
type RetryPolicy ¶
type RetryPolicy struct { // RetryOn defines the policies to retry on, delimited by comma. RetryOn string `json:"RetryOn"` // PerTryTimeout defines the time allowed for a retry before it's considered a failed attempt. // +optional PerTryTimeout *float64 `json:"PerTryTimeout"` // NumRetries defines the max number of retries to attempt. // +optional NumRetries *uint32 `json:"NumRetries"` // RetryBackoffBaseInterval defines the base interval for exponential retry backoff. // +optional RetryBackoffBaseInterval *float64 `json:"RetryBackoffBaseInterval"` }
RetryPolicy is the type used to represent the retry policy specified in the Retry policy specification.
type Server ¶
type Server struct {
// contains filtered or unexported fields
}
Server implements the Aggregate Discovery Services
func NewRepoServer ¶
func NewRepoServer(meshCatalog catalog.MeshCataloger, proxyRegistry *registry.ProxyRegistry, _ bool, fsmNamespace string, cfg configurator.Configurator, certManager *certificate.Manager, kubecontroller k8s.Controller, msgBroker *messaging.Broker) *Server
NewRepoServer creates a new Aggregated Discovery Service server
func (*Server) Start ¶
func (s *Server) Start(_ uint32, _ *certificate.Certificate) error
Start starts the codebase push server
type SourceIPRanges ¶
type SourceIPRanges map[SourceIPRange]*SourceSecuritySpec
SourceIPRanges is a wrapper type of map[SourceIPRange]*SourceSecuritySpec
type SourceSecuritySpec ¶
type SourceSecuritySpec struct { MTLS bool `json:"mTLS"` SkipClientCertValidation bool AuthenticatedPrincipals []string }
SourceSecuritySpec is the security spec of source
type TCPConnectionSettings ¶
type TCPConnectionSettings struct { // MaxConnections specifies the maximum number of TCP connections // allowed to the upstream host. // Defaults to 4294967295 (2^32 - 1) if not specified. // +optional MaxConnections *uint32 `json:"MaxConnections,omitempty"` // ConnectTimeout specifies the TCP connection timeout. // Defaults to 5s if not specified. // +optional ConnectTimeout *float64 `json:"ConnectTimeout,omitempty"` }
TCPConnectionSettings defines the TCP connection settings for an upstream host.
type TCPLocalRateLimit ¶
type TCPLocalRateLimit struct { // Connections defines the number of connections allowed // per unit of time before rate limiting occurs. Connections uint32 `json:"Connections"` // StatTimeWindow specifies statistical time period of local rate limit StatTimeWindow float64 `json:"StatTimeWindow"` // Burst defines the number of connections above the baseline // rate that are allowed in a short period of time. // +optional Burst uint32 `json:"Burst,omitempty"` }
TCPLocalRateLimit defines the local rate limiting specification for the upstream host at the TCP level.
type TCPRateLimit ¶
type TCPRateLimit struct { // Local specified the local rate limiting specification // for the upstream host. // Local rate limiting is enforced directly by the upstream // host without any involvement of a global rate limiting service. // This is applied as a token bucket rate limiter. // +optional Local *TCPLocalRateLimit `json:"Local,omitempty"` }
TCPRateLimit defines the rate limiting specification for the upstream host.
type TracingSpec ¶ added in v1.1.2
type TracingSpec struct { // Address defines the tracing collectio's hostname. Address string `json:"address,omitempty"` // Endpoint defines the API endpoint for tracing requests sent to the collector. Endpoint string `json:"endpoint,omitempty"` // SampledFraction defines the sampled fraction. SampledFraction string `json:"sampledFraction,omitempty"` }
TracingSpec is the type to represent tracing configuration.
type TrafficSpec ¶
type TrafficSpec struct { EnableEgress bool HTTP1PerRequestLoadBalancing bool HTTP2PerRequestLoadBalancing bool // contains filtered or unexported fields }
TrafficSpec represents the spec of traffic
type URIMatchType ¶
type URIMatchType string
URIMatchType is a match type wrapper
const ( // PathMatchRegex is the type used to specify regex based path matching PathMatchRegex URIMatchType = "Regex" // PathMatchExact is the type used to specify exact path matching PathMatchExact URIMatchType = "Exact" // PathMatchPrefix is the type used to specify prefix based path matching PathMatchPrefix URIMatchType = "Prefix" )
type URIPath ¶
type URIPath struct { Value URIPathValue Type URIMatchType }
URIPath is a uri wrapper type
type UpstreamDNSServers ¶
type UpstreamDNSServers struct { // Primary defines a primary upstream DNS server for local DNS Proxy. Primary *string `json:"Primary,omitempty"` // Secondary defines a secondary upstream DNS server for local DNS Proxy. Secondary *string `json:"Secondary,omitempty"` }
UpstreamDNSServers defines upstream DNS servers for local DNS Proxy.
type WeightedCluster ¶
type WeightedCluster struct { service.WeightedCluster RetryPolicy *v1alpha1.RetryPolicySpec }
WeightedCluster is a struct of a cluster and is weight that is backing a service
type WeightedClusters ¶
type WeightedClusters map[ClusterName]Weight
WeightedClusters is a wrapper type of map[ClusterName]Weight
type WeightedEndpoint ¶
type WeightedEndpoint map[HTTPHostPort]Weight
WeightedEndpoint is a wrapper type of map[HTTPHostPort]Weight
type WeightedEndpoints ¶
type WeightedEndpoints map[HTTPHostPort]*WeightedZoneEndpoint
WeightedEndpoints is a wrapper type of map[HTTPHostPort]WeightedZoneEndpoint
type WeightedZoneEndpoint ¶
type WeightedZoneEndpoint struct { Weight Weight `json:"Weight"` Cluster string `json:"Key,omitempty"` LBType string `json:"-"` ContextPath string `json:"Path,omitempty"` ViaGateway string `json:"ViaGateway,omitempty"` }
WeightedZoneEndpoint represents the endpoint with zone and weight