/
service.go
3050 lines (2669 loc) · 100 KB
/
service.go
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package gaia
import (
"fmt"
"time"
"github.com/mitchellh/copystructure"
"go.aporeto.io/elemental"
)
// ServiceTLSTypeValue represents the possible values for attribute "TLSType".
type ServiceTLSTypeValue string
const (
// ServiceTLSTypeAporeto represents the value Aporeto.
ServiceTLSTypeAporeto ServiceTLSTypeValue = "Aporeto"
// ServiceTLSTypeExternal represents the value External.
ServiceTLSTypeExternal ServiceTLSTypeValue = "External"
// ServiceTLSTypeLetsEncrypt represents the value LetsEncrypt.
ServiceTLSTypeLetsEncrypt ServiceTLSTypeValue = "LetsEncrypt"
// ServiceTLSTypeNone represents the value None.
ServiceTLSTypeNone ServiceTLSTypeValue = "None"
)
// ServiceAuthorizationTypeValue represents the possible values for attribute "authorizationType".
type ServiceAuthorizationTypeValue string
const (
// ServiceAuthorizationTypeJWT represents the value JWT.
ServiceAuthorizationTypeJWT ServiceAuthorizationTypeValue = "JWT"
// ServiceAuthorizationTypeMTLS represents the value MTLS.
ServiceAuthorizationTypeMTLS ServiceAuthorizationTypeValue = "MTLS"
// ServiceAuthorizationTypeNone represents the value None.
ServiceAuthorizationTypeNone ServiceAuthorizationTypeValue = "None"
// ServiceAuthorizationTypeOIDC represents the value OIDC.
ServiceAuthorizationTypeOIDC ServiceAuthorizationTypeValue = "OIDC"
)
// ServiceTypeValue represents the possible values for attribute "type".
type ServiceTypeValue string
const (
// ServiceTypeHTTP represents the value HTTP.
ServiceTypeHTTP ServiceTypeValue = "HTTP"
// ServiceTypeKubernetesSecrets represents the value KubernetesSecrets.
ServiceTypeKubernetesSecrets ServiceTypeValue = "KubernetesSecrets"
// ServiceTypeTCP represents the value TCP.
ServiceTypeTCP ServiceTypeValue = "TCP"
// ServiceTypeVaultSecrets represents the value VaultSecrets.
ServiceTypeVaultSecrets ServiceTypeValue = "VaultSecrets"
)
// ServiceIdentity represents the Identity of the object.
var ServiceIdentity = elemental.Identity{
Name: "service",
Category: "services",
Package: "squall",
Private: false,
}
// ServicesList represents a list of Services
type ServicesList []*Service
// Identity returns the identity of the objects in the list.
func (o ServicesList) Identity() elemental.Identity {
return ServiceIdentity
}
// Copy returns a pointer to a copy the ServicesList.
func (o ServicesList) Copy() elemental.Identifiables {
copy := append(ServicesList{}, o...)
return ©
}
// Append appends the objects to the a new copy of the ServicesList.
func (o ServicesList) Append(objects ...elemental.Identifiable) elemental.Identifiables {
out := append(ServicesList{}, o...)
for _, obj := range objects {
out = append(out, obj.(*Service))
}
return out
}
// List converts the object to an elemental.IdentifiablesList.
func (o ServicesList) List() elemental.IdentifiablesList {
out := make(elemental.IdentifiablesList, len(o))
for i := 0; i < len(o); i++ {
out[i] = o[i]
}
return out
}
// DefaultOrder returns the default ordering fields of the content.
func (o ServicesList) DefaultOrder() []string {
return []string{
"namespace",
"name",
}
}
// ToSparse returns the ServicesList converted to SparseServicesList.
// Objects in the list will only contain the given fields. No field means entire field set.
func (o ServicesList) ToSparse(fields ...string) elemental.Identifiables {
out := make(SparseServicesList, len(o))
for i := 0; i < len(o); i++ {
out[i] = o[i].ToSparse(fields...).(*SparseService)
}
return out
}
// Version returns the version of the content.
func (o ServicesList) Version() int {
return 1
}
// Service represents the model of a service
type Service struct {
// Identifier of the object.
ID string `json:"ID" msgpack:"ID" bson:"_id" mapstructure:"ID,omitempty"`
// The list of IP addresses where the service can be accessed. This is an optional
// attribute and
// is only required if no host names are provided. The system will automatically
// resolve IP
// addresses from host names otherwise.
IPs []string `json:"IPs" msgpack:"IPs" bson:"ips" mapstructure:"IPs,omitempty"`
// PEM-encoded certificate that will be used to validate the user's JSON web token
// (JWT)
// in HTTP requests. This is an optional field, needed only if the
// `authorizationType`
// is set to `JWT`.
JWTSigningCertificate string `json:"JWTSigningCertificate" msgpack:"JWTSigningCertificate" bson:"jwtsigningcertificate" mapstructure:"JWTSigningCertificate,omitempty"`
// PEM-encoded certificate authority to use to verify client certificates. This
// only applies
// if `authorizationType` is set to `MTLS`. If it is not set, Aporeto's public
// signing
// certificate authority will be used.
MTLSCertificateAuthority string `json:"MTLSCertificateAuthority" msgpack:"MTLSCertificateAuthority" bson:"mtlscertificateauthority" mapstructure:"MTLSCertificateAuthority,omitempty"`
// This is an advanced setting. Optional OIDC callback URL. If you don't set it,
// Aporeto will autodiscover it. It will be
// `https://<hosts[0]|IPs[0]>/.aporeto/oidc/callback`.
OIDCCallbackURL string `json:"OIDCCallbackURL" msgpack:"OIDCCallbackURL" bson:"oidccallbackurl" mapstructure:"OIDCCallbackURL,omitempty"`
// OIDC Client ID. Only has effect if the `authorizationType` is set to `OIDC`.
OIDCClientID string `json:"OIDCClientID" msgpack:"OIDCClientID" bson:"oidcclientid" mapstructure:"OIDCClientID,omitempty"`
// OIDC Client Secret. Only has effect if the `authorizationType` is set to `OIDC`.
OIDCClientSecret string `json:"OIDCClientSecret" msgpack:"OIDCClientSecret" bson:"oidcclientsecret" mapstructure:"OIDCClientSecret,omitempty"`
// OIDC discovery endpoint. Only has effect if the `authorizationType`
// is set to `OIDC`.
OIDCProviderURL string `json:"OIDCProviderURL" msgpack:"OIDCProviderURL" bson:"oidcproviderurl" mapstructure:"OIDCProviderURL,omitempty"`
// Configures the scopes you want to request from the OIDC provider. Only has
// effect
// if `authorizationType` is set to `OIDC`.
OIDCScopes []string `json:"OIDCScopes" msgpack:"OIDCScopes" bson:"oidcscopes" mapstructure:"OIDCScopes,omitempty"`
// PEM-encoded certificate to expose to the clients for TLS. Only has effect and
// required if `TLSType` is set to `External`.
TLSCertificate string `json:"TLSCertificate" msgpack:"TLSCertificate" bson:"tlscertificate" mapstructure:"TLSCertificate,omitempty"`
// PEM-encoded certificate key associated with `TLSCertificate`. Only has effect
// and
// required if `TLSType` is set to `External`.
TLSCertificateKey string `json:"TLSCertificateKey" msgpack:"TLSCertificateKey" bson:"tlscertificatekey" mapstructure:"TLSCertificateKey,omitempty"`
// Set how to provide a server certificate to the service.
//
// - `Aporeto`: Generate a certificate issued from Aporeto public CA.
// - `LetsEncrypt`: Issue a certificate from Let's Encrypt.
// - `External`: : Let you define your own certificate and key to use.
// - `None`: : TLS is disabled (not recommended).
TLSType ServiceTLSTypeValue `json:"TLSType" msgpack:"TLSType" bson:"tlstype" mapstructure:"TLSType,omitempty"`
// This is a set of all API tags for matching in the DB.
AllAPITags []string `json:"-" msgpack:"-" bson:"allapitags" mapstructure:"-,omitempty"`
// This is a set of all selector tags for matching in the DB.
AllServiceTags []string `json:"-" msgpack:"-" bson:"allservicetags" mapstructure:"-,omitempty"`
// Stores additional information about an entity.
Annotations map[string][]string `json:"annotations" msgpack:"annotations" bson:"annotations" mapstructure:"annotations,omitempty"`
// Defines if the object is archived.
Archived bool `json:"-" msgpack:"-" bson:"archived" mapstructure:"-,omitempty"`
// List of tags attached to an entity.
AssociatedTags []string `json:"associatedTags" msgpack:"associatedTags" bson:"associatedtags" mapstructure:"associatedTags,omitempty"`
// Defines the user authorization type that should be used.
//
// - `None` (default): No authorization.
// - `JWT`: Configures a simple JWT verification from the HTTP `Authorization`
// header.
// - `OIDC`: Configures OIDC authorization. You must then set
// `OIDCClientID`,`OIDCClientSecret`, `OIDCProviderURL`.
// - `MTLS`: Configures client certificate authorization. Then you can optionally
// use `MTLSCertificateAuthority`, otherwise Aporeto's public signing certificate
// will be used.
AuthorizationType ServiceAuthorizationTypeValue `json:"authorizationType" msgpack:"authorizationType" bson:"authorizationtype" mapstructure:"authorizationType,omitempty"`
// Defines a list of mappings between claims and HTTP headers. When these mappings
// are defined,
// the enforcer will copy the values of the claims to the corresponding HTTP
// headers.
ClaimsToHTTPHeaderMappings []*ClaimMapping `json:"claimsToHTTPHeaderMappings" msgpack:"claimsToHTTPHeaderMappings" bson:"claimstohttpheadermappings" mapstructure:"claimsToHTTPHeaderMappings,omitempty"`
// internal idempotency key for a create operation.
CreateIdempotencyKey string `json:"-" msgpack:"-" bson:"createidempotencykey" mapstructure:"-,omitempty"`
// Creation date of the object.
CreateTime time.Time `json:"createTime" msgpack:"createTime" bson:"createtime" mapstructure:"createTime,omitempty"`
// Description of the object.
Description string `json:"description" msgpack:"description" bson:"description" mapstructure:"description,omitempty"`
// Defines if the property is disabled.
Disabled bool `json:"disabled" msgpack:"disabled" bson:"disabled" mapstructure:"disabled,omitempty"`
// Resolves the API endpoints that the service is exposing. Only valid during
// policy rendering.
Endpoints []*Endpoint `json:"endpoints" msgpack:"endpoints" bson:"-" mapstructure:"endpoints,omitempty"`
// Contains a tag expression that will determine which APIs a service is exposing.
// The APIs can be defined as the `RESTAPISpec` or similar specifications for other
// layer 7 protocols.
ExposedAPIs [][]string `json:"exposedAPIs" msgpack:"exposedAPIs" bson:"exposedapis" mapstructure:"exposedAPIs,omitempty"`
// The port that the service can be accessed on. Note that this is different from
// the
// `port` attribute that describes the port that the service is actually listening
// on.
// For example if a load balancer is used, the `exposedPort` is the port that the
// load
// balancer is listening for the service, whereas the port that the implementation
// is
// listening can be different.
ExposedPort int `json:"exposedPort" msgpack:"exposedPort" bson:"exposedport" mapstructure:"exposedPort,omitempty"`
// Indicates that the exposed service is TLS. This means that the enforcer has to
// initiate a
// TLS session in order to forward traffic to the service.
ExposedServiceIsTLS bool `json:"exposedServiceIsTLS" msgpack:"exposedServiceIsTLS" bson:"exposedserviceistls" mapstructure:"exposedServiceIsTLS,omitempty"`
// Indicates if this is an external service.
External bool `json:"external" msgpack:"external" bson:"external" mapstructure:"external,omitempty"`
// The host names that the service can be accessed on.
Hosts []string `json:"hosts" msgpack:"hosts" bson:"hosts" mapstructure:"hosts,omitempty"`
// Contains tags that can only be set during creation, must all start
// with the '@' prefix, and should only be used by external systems.
Metadata []string `json:"metadata" msgpack:"metadata" bson:"metadata" mapstructure:"metadata,omitempty"`
// Internal property maintaining migrations information.
MigrationsLog map[string]string `json:"-" msgpack:"-" bson:"migrationslog" mapstructure:"-,omitempty"`
// Name of the entity.
Name string `json:"name" msgpack:"name" bson:"name" mapstructure:"name,omitempty"`
// Namespace tag attached to an entity.
Namespace string `json:"namespace" msgpack:"namespace" bson:"namespace" mapstructure:"namespace,omitempty"`
// Contains the list of normalized tags of the entities.
NormalizedTags []string `json:"normalizedTags" msgpack:"normalizedTags" bson:"normalizedtags" mapstructure:"normalizedTags,omitempty"`
// The port that the implementation of the service is listening to. It can be
// different than
// `exposedPort`. This is needed for port mapping use cases where there are private
// and
// public ports.
Port int `json:"port" msgpack:"port" bson:"port" mapstructure:"port,omitempty"`
// Defines if the object is protected.
Protected bool `json:"protected" msgpack:"protected" bson:"protected" mapstructure:"protected,omitempty"`
// A new virtual port that the service can be accessed on, using HTTPS. Since the
// enforcer
// transparently inserts TLS in the application path, you might want to declare a
// new port
// where the enforcer listens for TLS. However, the application does not need to be
// modified
// and the enforcer will map the traffic to the correct application port. This
// useful when
// an application is being accessed from a public network.
PublicApplicationPort int `json:"publicApplicationPort" msgpack:"publicApplicationPort" bson:"publicapplicationport" mapstructure:"publicApplicationPort,omitempty"`
// If this is set, the user will be redirected to that URL in case of any
// authorization
// failure, allowing you to provide a nice message to the user. The query parameter
// `?failure_message=<message>` will be added to that URL explaining the possible
// reasons
// of the failure.
RedirectURLOnAuthorizationFailure string `json:"redirectURLOnAuthorizationFailure" msgpack:"redirectURLOnAuthorizationFailure" bson:"redirecturlonauthorizationfailure" mapstructure:"redirectURLOnAuthorizationFailure,omitempty"`
// A tag or tag expression that identifies the processing unit that implements this
// particular service.
Selectors [][]string `json:"selectors" msgpack:"selectors" bson:"selectors" mapstructure:"selectors,omitempty"`
// PEM-encoded certificate authorities to trust when additional hops are needed. It
// must be
// set if the service must reach a service marked as `external` or must go through
// an
// additional TLS termination point like a layer 7 load balancer.
TrustedCertificateAuthorities string `json:"trustedCertificateAuthorities" msgpack:"trustedCertificateAuthorities" bson:"trustedcertificateauthorities" mapstructure:"trustedCertificateAuthorities,omitempty"`
// Type of service.
Type ServiceTypeValue `json:"type" msgpack:"type" bson:"type" mapstructure:"type,omitempty"`
// internal idempotency key for a update operation.
UpdateIdempotencyKey string `json:"-" msgpack:"-" bson:"updateidempotencykey" mapstructure:"-,omitempty"`
// Last update date of the object.
UpdateTime time.Time `json:"updateTime" msgpack:"updateTime" bson:"updatetime" mapstructure:"updateTime,omitempty"`
// geographical hash of the data. This is used for sharding and
// georedundancy.
ZHash int `json:"-" msgpack:"-" bson:"zhash" mapstructure:"-,omitempty"`
// Geographical zone. Used for sharding and georedundancy.
Zone int `json:"zone" msgpack:"zone" bson:"zone" mapstructure:"zone,omitempty"`
ModelVersion int `json:"-" msgpack:"-" bson:"_modelversion"`
}
// NewService returns a new *Service
func NewService() *Service {
return &Service{
ModelVersion: 1,
AllAPITags: []string{},
Annotations: map[string][]string{},
AllServiceTags: []string{},
AuthorizationType: ServiceAuthorizationTypeNone,
ExposedAPIs: [][]string{},
ExposedServiceIsTLS: false,
External: false,
Hosts: []string{},
Endpoints: []*Endpoint{},
ClaimsToHTTPHeaderMappings: []*ClaimMapping{},
AssociatedTags: []string{},
NormalizedTags: []string{},
OIDCScopes: []string{},
Selectors: [][]string{},
MigrationsLog: map[string]string{},
Type: ServiceTypeHTTP,
IPs: []string{},
Metadata: []string{},
TLSType: ServiceTLSTypeAporeto,
}
}
// Identity returns the Identity of the object.
func (o *Service) Identity() elemental.Identity {
return ServiceIdentity
}
// Identifier returns the value of the object's unique identifier.
func (o *Service) Identifier() string {
return o.ID
}
// SetIdentifier sets the value of the object's unique identifier.
func (o *Service) SetIdentifier(id string) {
o.ID = id
}
// Version returns the hardcoded version of the model.
func (o *Service) Version() int {
return 1
}
// BleveType implements the bleve.Classifier Interface.
func (o *Service) BleveType() string {
return "service"
}
// DefaultOrder returns the list of default ordering fields.
func (o *Service) DefaultOrder() []string {
return []string{
"namespace",
"name",
}
}
// Doc returns the documentation for the object
func (o *Service) Doc() string {
return `Defines a generic service object at layer 4 or layer 7 that encapsulates the
description of a micro-service. A service exposes APIs and can be implemented
through third party entities (such as a cloud provider) or through processing
units.`
}
func (o *Service) String() string {
return fmt.Sprintf("<%s:%s>", o.Identity().Name, o.Identifier())
}
// GetAnnotations returns the Annotations of the receiver.
func (o *Service) GetAnnotations() map[string][]string {
return o.Annotations
}
// SetAnnotations sets the property Annotations of the receiver using the given value.
func (o *Service) SetAnnotations(annotations map[string][]string) {
o.Annotations = annotations
}
// GetArchived returns the Archived of the receiver.
func (o *Service) GetArchived() bool {
return o.Archived
}
// SetArchived sets the property Archived of the receiver using the given value.
func (o *Service) SetArchived(archived bool) {
o.Archived = archived
}
// GetAssociatedTags returns the AssociatedTags of the receiver.
func (o *Service) GetAssociatedTags() []string {
return o.AssociatedTags
}
// SetAssociatedTags sets the property AssociatedTags of the receiver using the given value.
func (o *Service) SetAssociatedTags(associatedTags []string) {
o.AssociatedTags = associatedTags
}
// GetCreateIdempotencyKey returns the CreateIdempotencyKey of the receiver.
func (o *Service) GetCreateIdempotencyKey() string {
return o.CreateIdempotencyKey
}
// SetCreateIdempotencyKey sets the property CreateIdempotencyKey of the receiver using the given value.
func (o *Service) SetCreateIdempotencyKey(createIdempotencyKey string) {
o.CreateIdempotencyKey = createIdempotencyKey
}
// GetCreateTime returns the CreateTime of the receiver.
func (o *Service) GetCreateTime() time.Time {
return o.CreateTime
}
// SetCreateTime sets the property CreateTime of the receiver using the given value.
func (o *Service) SetCreateTime(createTime time.Time) {
o.CreateTime = createTime
}
// GetDescription returns the Description of the receiver.
func (o *Service) GetDescription() string {
return o.Description
}
// SetDescription sets the property Description of the receiver using the given value.
func (o *Service) SetDescription(description string) {
o.Description = description
}
// GetDisabled returns the Disabled of the receiver.
func (o *Service) GetDisabled() bool {
return o.Disabled
}
// SetDisabled sets the property Disabled of the receiver using the given value.
func (o *Service) SetDisabled(disabled bool) {
o.Disabled = disabled
}
// GetMetadata returns the Metadata of the receiver.
func (o *Service) GetMetadata() []string {
return o.Metadata
}
// SetMetadata sets the property Metadata of the receiver using the given value.
func (o *Service) SetMetadata(metadata []string) {
o.Metadata = metadata
}
// GetMigrationsLog returns the MigrationsLog of the receiver.
func (o *Service) GetMigrationsLog() map[string]string {
return o.MigrationsLog
}
// SetMigrationsLog sets the property MigrationsLog of the receiver using the given value.
func (o *Service) SetMigrationsLog(migrationsLog map[string]string) {
o.MigrationsLog = migrationsLog
}
// GetName returns the Name of the receiver.
func (o *Service) GetName() string {
return o.Name
}
// SetName sets the property Name of the receiver using the given value.
func (o *Service) SetName(name string) {
o.Name = name
}
// GetNamespace returns the Namespace of the receiver.
func (o *Service) GetNamespace() string {
return o.Namespace
}
// SetNamespace sets the property Namespace of the receiver using the given value.
func (o *Service) SetNamespace(namespace string) {
o.Namespace = namespace
}
// GetNormalizedTags returns the NormalizedTags of the receiver.
func (o *Service) GetNormalizedTags() []string {
return o.NormalizedTags
}
// SetNormalizedTags sets the property NormalizedTags of the receiver using the given value.
func (o *Service) SetNormalizedTags(normalizedTags []string) {
o.NormalizedTags = normalizedTags
}
// GetProtected returns the Protected of the receiver.
func (o *Service) GetProtected() bool {
return o.Protected
}
// SetProtected sets the property Protected of the receiver using the given value.
func (o *Service) SetProtected(protected bool) {
o.Protected = protected
}
// GetUpdateIdempotencyKey returns the UpdateIdempotencyKey of the receiver.
func (o *Service) GetUpdateIdempotencyKey() string {
return o.UpdateIdempotencyKey
}
// SetUpdateIdempotencyKey sets the property UpdateIdempotencyKey of the receiver using the given value.
func (o *Service) SetUpdateIdempotencyKey(updateIdempotencyKey string) {
o.UpdateIdempotencyKey = updateIdempotencyKey
}
// GetUpdateTime returns the UpdateTime of the receiver.
func (o *Service) GetUpdateTime() time.Time {
return o.UpdateTime
}
// SetUpdateTime sets the property UpdateTime of the receiver using the given value.
func (o *Service) SetUpdateTime(updateTime time.Time) {
o.UpdateTime = updateTime
}
// GetZHash returns the ZHash of the receiver.
func (o *Service) GetZHash() int {
return o.ZHash
}
// SetZHash sets the property ZHash of the receiver using the given value.
func (o *Service) SetZHash(zHash int) {
o.ZHash = zHash
}
// GetZone returns the Zone of the receiver.
func (o *Service) GetZone() int {
return o.Zone
}
// SetZone sets the property Zone of the receiver using the given value.
func (o *Service) SetZone(zone int) {
o.Zone = zone
}
// ToSparse returns the sparse version of the model.
// The returned object will only contain the given fields. No field means entire field set.
func (o *Service) ToSparse(fields ...string) elemental.SparseIdentifiable {
if len(fields) == 0 {
// nolint: goimports
return &SparseService{
ID: &o.ID,
IPs: &o.IPs,
JWTSigningCertificate: &o.JWTSigningCertificate,
MTLSCertificateAuthority: &o.MTLSCertificateAuthority,
OIDCCallbackURL: &o.OIDCCallbackURL,
OIDCClientID: &o.OIDCClientID,
OIDCClientSecret: &o.OIDCClientSecret,
OIDCProviderURL: &o.OIDCProviderURL,
OIDCScopes: &o.OIDCScopes,
TLSCertificate: &o.TLSCertificate,
TLSCertificateKey: &o.TLSCertificateKey,
TLSType: &o.TLSType,
AllAPITags: &o.AllAPITags,
AllServiceTags: &o.AllServiceTags,
Annotations: &o.Annotations,
Archived: &o.Archived,
AssociatedTags: &o.AssociatedTags,
AuthorizationType: &o.AuthorizationType,
ClaimsToHTTPHeaderMappings: &o.ClaimsToHTTPHeaderMappings,
CreateIdempotencyKey: &o.CreateIdempotencyKey,
CreateTime: &o.CreateTime,
Description: &o.Description,
Disabled: &o.Disabled,
Endpoints: &o.Endpoints,
ExposedAPIs: &o.ExposedAPIs,
ExposedPort: &o.ExposedPort,
ExposedServiceIsTLS: &o.ExposedServiceIsTLS,
External: &o.External,
Hosts: &o.Hosts,
Metadata: &o.Metadata,
MigrationsLog: &o.MigrationsLog,
Name: &o.Name,
Namespace: &o.Namespace,
NormalizedTags: &o.NormalizedTags,
Port: &o.Port,
Protected: &o.Protected,
PublicApplicationPort: &o.PublicApplicationPort,
RedirectURLOnAuthorizationFailure: &o.RedirectURLOnAuthorizationFailure,
Selectors: &o.Selectors,
TrustedCertificateAuthorities: &o.TrustedCertificateAuthorities,
Type: &o.Type,
UpdateIdempotencyKey: &o.UpdateIdempotencyKey,
UpdateTime: &o.UpdateTime,
ZHash: &o.ZHash,
Zone: &o.Zone,
}
}
sp := &SparseService{}
for _, f := range fields {
switch f {
case "ID":
sp.ID = &(o.ID)
case "IPs":
sp.IPs = &(o.IPs)
case "JWTSigningCertificate":
sp.JWTSigningCertificate = &(o.JWTSigningCertificate)
case "MTLSCertificateAuthority":
sp.MTLSCertificateAuthority = &(o.MTLSCertificateAuthority)
case "OIDCCallbackURL":
sp.OIDCCallbackURL = &(o.OIDCCallbackURL)
case "OIDCClientID":
sp.OIDCClientID = &(o.OIDCClientID)
case "OIDCClientSecret":
sp.OIDCClientSecret = &(o.OIDCClientSecret)
case "OIDCProviderURL":
sp.OIDCProviderURL = &(o.OIDCProviderURL)
case "OIDCScopes":
sp.OIDCScopes = &(o.OIDCScopes)
case "TLSCertificate":
sp.TLSCertificate = &(o.TLSCertificate)
case "TLSCertificateKey":
sp.TLSCertificateKey = &(o.TLSCertificateKey)
case "TLSType":
sp.TLSType = &(o.TLSType)
case "allAPITags":
sp.AllAPITags = &(o.AllAPITags)
case "allServiceTags":
sp.AllServiceTags = &(o.AllServiceTags)
case "annotations":
sp.Annotations = &(o.Annotations)
case "archived":
sp.Archived = &(o.Archived)
case "associatedTags":
sp.AssociatedTags = &(o.AssociatedTags)
case "authorizationType":
sp.AuthorizationType = &(o.AuthorizationType)
case "claimsToHTTPHeaderMappings":
sp.ClaimsToHTTPHeaderMappings = &(o.ClaimsToHTTPHeaderMappings)
case "createIdempotencyKey":
sp.CreateIdempotencyKey = &(o.CreateIdempotencyKey)
case "createTime":
sp.CreateTime = &(o.CreateTime)
case "description":
sp.Description = &(o.Description)
case "disabled":
sp.Disabled = &(o.Disabled)
case "endpoints":
sp.Endpoints = &(o.Endpoints)
case "exposedAPIs":
sp.ExposedAPIs = &(o.ExposedAPIs)
case "exposedPort":
sp.ExposedPort = &(o.ExposedPort)
case "exposedServiceIsTLS":
sp.ExposedServiceIsTLS = &(o.ExposedServiceIsTLS)
case "external":
sp.External = &(o.External)
case "hosts":
sp.Hosts = &(o.Hosts)
case "metadata":
sp.Metadata = &(o.Metadata)
case "migrationsLog":
sp.MigrationsLog = &(o.MigrationsLog)
case "name":
sp.Name = &(o.Name)
case "namespace":
sp.Namespace = &(o.Namespace)
case "normalizedTags":
sp.NormalizedTags = &(o.NormalizedTags)
case "port":
sp.Port = &(o.Port)
case "protected":
sp.Protected = &(o.Protected)
case "publicApplicationPort":
sp.PublicApplicationPort = &(o.PublicApplicationPort)
case "redirectURLOnAuthorizationFailure":
sp.RedirectURLOnAuthorizationFailure = &(o.RedirectURLOnAuthorizationFailure)
case "selectors":
sp.Selectors = &(o.Selectors)
case "trustedCertificateAuthorities":
sp.TrustedCertificateAuthorities = &(o.TrustedCertificateAuthorities)
case "type":
sp.Type = &(o.Type)
case "updateIdempotencyKey":
sp.UpdateIdempotencyKey = &(o.UpdateIdempotencyKey)
case "updateTime":
sp.UpdateTime = &(o.UpdateTime)
case "zHash":
sp.ZHash = &(o.ZHash)
case "zone":
sp.Zone = &(o.Zone)
}
}
return sp
}
// EncryptAttributes encrypts the attributes marked as `encrypted` using the given encrypter.
func (o *Service) EncryptAttributes(encrypter elemental.AttributeEncrypter) (err error) {
if o.TLSCertificateKey, err = encrypter.EncryptString(o.TLSCertificateKey); err != nil {
return fmt.Errorf("unable to encrypt attribute 'TLSCertificateKey' for 'Service' (%s): %s", o.Identifier(), err)
}
return nil
}
// DecryptAttributes decrypts the attributes marked as `encrypted` using the given decrypter.
func (o *Service) DecryptAttributes(encrypter elemental.AttributeEncrypter) (err error) {
if o.TLSCertificateKey, err = encrypter.DecryptString(o.TLSCertificateKey); err != nil {
return fmt.Errorf("unable to decrypt attribute 'TLSCertificateKey' for 'Service' (%s): %s", o.Identifier(), err)
}
return nil
}
// Patch apply the non nil value of a *SparseService to the object.
func (o *Service) Patch(sparse elemental.SparseIdentifiable) {
if !sparse.Identity().IsEqual(o.Identity()) {
panic("cannot patch from a parse with different identity")
}
so := sparse.(*SparseService)
if so.ID != nil {
o.ID = *so.ID
}
if so.IPs != nil {
o.IPs = *so.IPs
}
if so.JWTSigningCertificate != nil {
o.JWTSigningCertificate = *so.JWTSigningCertificate
}
if so.MTLSCertificateAuthority != nil {
o.MTLSCertificateAuthority = *so.MTLSCertificateAuthority
}
if so.OIDCCallbackURL != nil {
o.OIDCCallbackURL = *so.OIDCCallbackURL
}
if so.OIDCClientID != nil {
o.OIDCClientID = *so.OIDCClientID
}
if so.OIDCClientSecret != nil {
o.OIDCClientSecret = *so.OIDCClientSecret
}
if so.OIDCProviderURL != nil {
o.OIDCProviderURL = *so.OIDCProviderURL
}
if so.OIDCScopes != nil {
o.OIDCScopes = *so.OIDCScopes
}
if so.TLSCertificate != nil {
o.TLSCertificate = *so.TLSCertificate
}
if so.TLSCertificateKey != nil {
o.TLSCertificateKey = *so.TLSCertificateKey
}
if so.TLSType != nil {
o.TLSType = *so.TLSType
}
if so.AllAPITags != nil {
o.AllAPITags = *so.AllAPITags
}
if so.AllServiceTags != nil {
o.AllServiceTags = *so.AllServiceTags
}
if so.Annotations != nil {
o.Annotations = *so.Annotations
}
if so.Archived != nil {
o.Archived = *so.Archived
}
if so.AssociatedTags != nil {
o.AssociatedTags = *so.AssociatedTags
}
if so.AuthorizationType != nil {
o.AuthorizationType = *so.AuthorizationType
}
if so.ClaimsToHTTPHeaderMappings != nil {
o.ClaimsToHTTPHeaderMappings = *so.ClaimsToHTTPHeaderMappings
}
if so.CreateIdempotencyKey != nil {
o.CreateIdempotencyKey = *so.CreateIdempotencyKey
}
if so.CreateTime != nil {
o.CreateTime = *so.CreateTime
}
if so.Description != nil {
o.Description = *so.Description
}
if so.Disabled != nil {
o.Disabled = *so.Disabled
}
if so.Endpoints != nil {
o.Endpoints = *so.Endpoints
}
if so.ExposedAPIs != nil {
o.ExposedAPIs = *so.ExposedAPIs
}
if so.ExposedPort != nil {
o.ExposedPort = *so.ExposedPort
}
if so.ExposedServiceIsTLS != nil {
o.ExposedServiceIsTLS = *so.ExposedServiceIsTLS
}
if so.External != nil {
o.External = *so.External
}
if so.Hosts != nil {
o.Hosts = *so.Hosts
}
if so.Metadata != nil {
o.Metadata = *so.Metadata
}
if so.MigrationsLog != nil {
o.MigrationsLog = *so.MigrationsLog
}
if so.Name != nil {
o.Name = *so.Name
}
if so.Namespace != nil {
o.Namespace = *so.Namespace
}
if so.NormalizedTags != nil {
o.NormalizedTags = *so.NormalizedTags
}
if so.Port != nil {
o.Port = *so.Port
}
if so.Protected != nil {
o.Protected = *so.Protected
}
if so.PublicApplicationPort != nil {
o.PublicApplicationPort = *so.PublicApplicationPort
}
if so.RedirectURLOnAuthorizationFailure != nil {
o.RedirectURLOnAuthorizationFailure = *so.RedirectURLOnAuthorizationFailure
}
if so.Selectors != nil {
o.Selectors = *so.Selectors
}
if so.TrustedCertificateAuthorities != nil {
o.TrustedCertificateAuthorities = *so.TrustedCertificateAuthorities
}
if so.Type != nil {
o.Type = *so.Type
}
if so.UpdateIdempotencyKey != nil {
o.UpdateIdempotencyKey = *so.UpdateIdempotencyKey
}
if so.UpdateTime != nil {
o.UpdateTime = *so.UpdateTime
}
if so.ZHash != nil {
o.ZHash = *so.ZHash
}
if so.Zone != nil {
o.Zone = *so.Zone
}
}
// DeepCopy returns a deep copy if the Service.
func (o *Service) DeepCopy() *Service {
if o == nil {
return nil
}
out := &Service{}
o.DeepCopyInto(out)
return out
}
// DeepCopyInto copies the receiver into the given *Service.
func (o *Service) DeepCopyInto(out *Service) {
target, err := copystructure.Copy(o)
if err != nil {
panic(fmt.Sprintf("Unable to deepcopy Service: %s", err))
}
*out = *target.(*Service)
}
// Validate valides the current information stored into the structure.
func (o *Service) Validate() error {
errors := elemental.Errors{}
requiredErrors := elemental.Errors{}
if err := elemental.ValidateStringInList("TLSType", string(o.TLSType), []string{"Aporeto", "LetsEncrypt", "External", "None"}, false); err != nil {
errors = errors.Append(err)
}
if err := ValidateTagsWithoutReservedPrefixes("associatedTags", o.AssociatedTags); err != nil {
errors = errors.Append(err)
}
if err := elemental.ValidateStringInList("authorizationType", string(o.AuthorizationType), []string{"None", "JWT", "OIDC", "MTLS"}, false); err != nil {
errors = errors.Append(err)
}
for _, sub := range o.ClaimsToHTTPHeaderMappings {
if sub == nil {
continue
}
if err := sub.Validate(); err != nil {
errors = errors.Append(err)
}
}