v1alpha1

type Attribute struct {
	metav1.TypeMeta   `json:",inline,omitempty"`
	metav1.ObjectMeta `json:"metadata,omitempty"`
	Spec              AttributeSpec   `json:"spec,omitempty"`
	Status            AttributeStatus `json:"status,omitempty"`
}

type AttributeList struct {
	metav1.TypeMeta `json:",inline"`
	metav1.ListMeta `json:"metadata,omitempty"`
	// Items is a list of Attribute CRD objects
	Items []Attribute `json:"items,omitempty"`
}

type AttributeSpec struct {
	State *AttributeSpecResource `json:"state,omitempty" tf:"-"`

	Resource AttributeSpecResource `json:"resource" tf:"resource"`

	UpdatePolicy base.UpdatePolicy `json:"updatePolicy,omitempty" tf:"-"`

	TerminationPolicy base.TerminationPolicy `json:"terminationPolicy,omitempty" tf:"-"`

	ProviderRef core.LocalObjectReference `json:"providerRef" tf:"-"`

	BackendRef *core.LocalObjectReference `json:"backendRef,omitempty" tf:"-"`
}

type AttributeSpecDataSources struct {
	// Specifies the location where the values are captured and stored.  Required if the **source** is one of the following: `GET_PARAMETER`, `URI`, `REQUEST_HEADER`, `RESPONSE_HEADER`.   Not applicable in other cases.   If the **source** value is `REQUEST_HEADER` or `RESPONSE_HEADER`, the `CAPTURE_AND_STORE_ON_BOTH` location is not allowed
	// +optional
	CapturingAndStorageLocation *string `json:"capturingAndStorageLocation,omitempty" tf:"capturing_and_storage_location"`
	// IBM integration bus label node name condition for which the value is captured
	// +optional
	CicsSdkMethodNodeCondition *AttributeSpecDataSourcesCicsSdkMethodNodeCondition `json:"cicsSdkMethodNodeCondition,omitempty" tf:"cics_sdk_method_node_condition"`
	// The data source is enabled (`true`) or disabled (`false`)
	Enabled *bool `json:"enabled" tf:"enabled"`
	// IBM integration bus label node name condition for which the value is captured
	// +optional
	IibLabelMethodNodeCondition *AttributeSpecDataSourcesIibLabelMethodNodeCondition `json:"iibLabelMethodNodeCondition,omitempty" tf:"iib_label_method_node_condition"`
	// IBM integration bus label node name condition for which the value is captured
	// +optional
	IibMethodNodeCondition *AttributeSpecDataSourcesIibMethodNodeCondition `json:"iibMethodNodeCondition,omitempty" tf:"iib_method_node_condition"`
	// The IBM integration bus node type for which the value is captured.  This or `iibMethodNodeCondition` is required if the **source** is: `IIB_NODE`.  Not applicable in other cases
	// +optional
	IibNodeType *string `json:"iibNodeType,omitempty" tf:"iib_node_type"`
	// The method specification if the **source** value is `METHOD_PARAM`.   Not applicable in other cases
	// +optional
	// +kubebuilder:validation:MinItems=1
	Methods []AttributeSpecDataSourcesMethods `json:"methods,omitempty" tf:"methods"`
	// The name of the web request parameter to capture.  Required if the **source** is one of the following: `POST_PARAMETER`, `GET_PARAMETER`, `REQUEST_HEADER`, `RESPONSE_HEADER`, `CUSTOM_ATTRIBUTE`.  Not applicable in other cases
	// +optional
	ParameterName *string `json:"parameterName,omitempty" tf:"parameter_name"`
	// Conditions for data capturing
	// +optional
	Scope *AttributeSpecDataSourcesScope `json:"scope,omitempty" tf:"scope"`
	// The technology of the session attribute to capture if the **source** value is `SESSION_ATTRIBUTE`.
	//
	//  Not applicable in other cases
	// +optional
	SessionAttributeTechnology *string `json:"sessionAttributeTechnology,omitempty" tf:"session_attribute_technology"`
	// The source of the attribute to capture. Works in conjunction with **parameterName** or **methods** and **technology**
	Source *string `json:"source" tf:"source"`
	// The technology of the method to capture if the **source** value is `METHOD_PARAM`.
	//
	//  Not applicable in other cases
	// +optional
	Technology *string `json:"technology,omitempty" tf:"technology"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// Process values as specified
	// +optional
	ValueProcessing *AttributeSpecDataSourcesValueProcessing `json:"valueProcessing,omitempty" tf:"value_processing"`
}

type AttributeSpecDataSourcesCicsSdkMethodNodeCondition struct {
	// Negate the comparison
	// +optional
	Negate *bool `json:"negate,omitempty" tf:"negate"`
	// Operator comparing the extracted value to the comparison value
	Operator *string `json:"operator" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	Value *string `json:"value" tf:"value"`
}

type AttributeSpecDataSourcesCicsSdkMethodNodeConditionCodec struct {
}

type AttributeSpecDataSourcesIibLabelMethodNodeCondition struct {
	// Negate the comparison
	// +optional
	Negate *bool `json:"negate,omitempty" tf:"negate"`
	// Operator comparing the extracted value to the comparison value
	Operator *string `json:"operator" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	Value *string `json:"value" tf:"value"`
}

type AttributeSpecDataSourcesIibLabelMethodNodeConditionCodec struct {
}

type AttributeSpecDataSourcesIibMethodNodeCondition struct {
	// Negate the comparison
	// +optional
	Negate *bool `json:"negate,omitempty" tf:"negate"`
	// Operator comparing the extracted value to the comparison value
	Operator *string `json:"operator" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	Value *string `json:"value" tf:"value"`
}

type AttributeSpecDataSourcesIibMethodNodeConditionCodec struct {
}

type AttributeSpecDataSourcesMethods struct {
	// The index of the argument to capture. Set `0` to capture the return value, `1` or higher to capture a mehtod argument.   Required if the **capture** is set to `ARGUMENT`.  Not applicable in other cases
	// +optional
	ArgumentIndex *int64 `json:"argumentIndex,omitempty" tf:"argument_index"`
	// What to capture from the method
	Capture *string `json:"capture" tf:"capture"`
	// The getter chain to apply to the captured object. It is required in one of the following cases:  The **capture** is set to `THIS`.    The **capture** is set to `ARGUMENT`, and the argument is not a primitive, a primitive wrapper class, a string, or an array.   Not applicable in other cases
	// +optional
	DeepObjectAccess *string `json:"deepObjectAccess,omitempty" tf:"deep_object_access"`
	// Configuration of a method to be captured
	// +optional
	Method *AttributeSpecDataSourcesMethodsMethod `json:"method,omitempty" tf:"method"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type AttributeSpecDataSourcesMethodsMethod struct {
	// Configuration of a method to be captured
	// +optional
	// +kubebuilder:validation:MinItems=1
	ArgumentTypes []string `json:"argumentTypes,omitempty" tf:"argument_types"`
	// The class name where the method to capture resides.   Either this or the **fileName** must be set
	// +optional
	ClassName *string `json:"className,omitempty" tf:"class_name"`
	// The file name where the method to capture resides.   Either this or **className** must be set
	// +optional
	FileName *string `json:"fileName,omitempty" tf:"file_name"`
	// The operator of the comparison. If not set, `EQUALS` is used
	// +optional
	FileNameMatcher *string `json:"fileNameMatcher,omitempty" tf:"file_name_matcher"`
	// The name of the method to capture
	MethodName *string `json:"methodName" tf:"method_name"`
	// The modifiers of the method to capture
	// +optional
	// +kubebuilder:validation:MinItems=1
	Modifiers []string `json:"modifiers,omitempty" tf:"modifiers"`
	// The return type
	ReturnType *string `json:"returnType" tf:"return_type"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The visibility of the method to capture
	Visibility *string `json:"visibility" tf:"visibility"`
}

type AttributeSpecDataSourcesMethodsMethodCodec struct {
}

type AttributeSpecDataSourcesScope struct {
	// Only applies to this host group
	// +optional
	HostGroup *string `json:"hostGroup,omitempty" tf:"host_group"`
	// Only applies to this process group. Note that this can't be transferred between different clusters or environments
	// +optional
	ProcessGroup *string `json:"processGroup,omitempty" tf:"process_group"`
	// Only applies to this service technology
	// +optional
	ServiceTechnology *string `json:"serviceTechnology,omitempty" tf:"service_technology"`
	// Only apply to process groups matching this tag
	// +optional
	TagOfProcessGroup *string `json:"tagOfProcessGroup,omitempty" tf:"tag_of_process_group"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type AttributeSpecDataSourcesScopeCodec struct {
}

type AttributeSpecDataSourcesValueProcessing struct {
	// Preprocess by extracting a substring from the original value
	// +optional
	ExtractSubstring *AttributeSpecDataSourcesValueProcessingExtractSubstring `json:"extractSubstring,omitempty" tf:"extract_substring"`
	// Split (preprocessed) string values at this separator
	// +optional
	SplitAt *string `json:"splitAt,omitempty" tf:"split_at"`
	// Prune Whitespaces. Defaults to false
	// +optional
	Trim *bool `json:"trim,omitempty" tf:"trim"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// IBM integration bus label node name condition for which the value is captured
	// +optional
	ValueCondition *AttributeSpecDataSourcesValueProcessingValueCondition `json:"valueCondition,omitempty" tf:"value_condition"`
	// Extract value from captured data per regex
	// +optional
	ValueExtractorRegex *string `json:"valueExtractorRegex,omitempty" tf:"value_extractor_regex"`
}

type AttributeSpecDataSourcesValueProcessingCodec struct {
}

type AttributeSpecDataSourcesValueProcessingExtractSubstring struct {
	// The delimiter string
	Delimiter *string `json:"delimiter" tf:"delimiter"`
	// The end-delimiter string.   Required if the **position** value is `BETWEEN`. Otherwise not allowed
	// +optional
	EndDelimiter *string `json:"endDelimiter,omitempty" tf:"end_delimiter"`
	// The position of the extracted string relative to delimiters
	Position *string `json:"position" tf:"position"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type AttributeSpecDataSourcesValueProcessingExtractSubstringCodec struct {
}

type AttributeSpecDataSourcesValueProcessingValueCondition struct {
	// Negate the comparison
	// +optional
	Negate *bool `json:"negate,omitempty" tf:"negate"`
	// Operator comparing the extracted value to the comparison value
	Operator *string `json:"operator" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	Value *string `json:"value" tf:"value"`
}

type AttributeSpecDataSourcesValueProcessingValueConditionCodec struct {
}

type AttributeSpecResource struct {
	ID string `json:"id,omitempty" tf:"id,omitempty"`

	// Aggregation type for the request values
	Aggregation *string `json:"aggregation" tf:"aggregation"`
	// Confidential data flag. Set `true` to treat the captured data as confidential
	// +optional
	Confidential *bool `json:"confidential,omitempty" tf:"confidential"`
	// The list of data sources
	// +optional
	// +kubebuilder:validation:MinItems=1
	DataSources []AttributeSpecDataSources `json:"dataSources,omitempty" tf:"data_sources"`
	// The data type of the request attribute
	DataType *string `json:"dataType" tf:"data_type"`
	// The request attribute is enabled (`true`) or disabled (`false`)
	// +optional
	Enabled *bool `json:"enabled,omitempty" tf:"enabled"`
	// The name of the request attribute
	Name *string `json:"name" tf:"name"`
	// String values transformation.   If the **dataType** is not `string`, set the `Original` here
	Normalization *string `json:"normalization" tf:"normalization"`
	// Personal data masking flag. Set `true` to skip masking.   Warning: This will potentially access personalized data
	// +optional
	SkipPersonalDataMasking *bool `json:"skipPersonalDataMasking,omitempty" tf:"skip_personal_data_masking"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type AttributeStatus struct {
	// Resource generation, which is updated on mutation by the API Server.
	// +optional
	ObservedGeneration int64 `json:"observedGeneration,omitempty"`
	// +optional
	Phase status.Status `json:"phase,omitempty"`
	// +optional
	Conditions []kmapi.Condition `json:"conditions,omitempty"`
}

type Naming struct {
	metav1.TypeMeta   `json:",inline,omitempty"`
	metav1.ObjectMeta `json:"metadata,omitempty"`
	Spec              NamingSpec   `json:"spec,omitempty"`
	Status            NamingStatus `json:"status,omitempty"`
}

type NamingList struct {
	metav1.TypeMeta `json:",inline"`
	metav1.ListMeta `json:"metadata,omitempty"`
	// Items is a list of Naming CRD objects
	Items []Naming `json:"items,omitempty"`
}

type NamingSpec struct {
	State *NamingSpecResource `json:"state,omitempty" tf:"-"`

	Resource NamingSpecResource `json:"resource" tf:"resource"`

	UpdatePolicy base.UpdatePolicy `json:"updatePolicy,omitempty" tf:"-"`

	TerminationPolicy base.TerminationPolicy `json:"terminationPolicy,omitempty" tf:"-"`

	ProviderRef core.LocalObjectReference `json:"providerRef" tf:"-"`

	BackendRef *core.LocalObjectReference `json:"backendRef,omitempty" tf:"-"`
}

type NamingSpecConditions struct {
	// A conditions for the metric usage
	// +optional
	// +kubebuilder:validation:MinItems=1
	Condition []NamingSpecConditionsCondition `json:"condition,omitempty" tf:"condition"`
}

type NamingSpecConditionsCodec struct {
}

type NamingSpecConditionsCondition struct {
	// The attribute to be matched.  Note that for a service property attribute you must use the comparison of the `FAST_STRING` type. Possible values are `ACTOR_SYSTEM`, `AKKA_ACTOR_CLASS_NAME`, `AKKA_ACTOR_MESSAGE_TYPE`, `AKKA_ACTOR_PATH`, `APPLICATION_BUILD_VERSION`, `APPLICATION_RELEASE_VERSION`, `AZURE_FUNCTIONS_FUNCTION_NAME`, `AZURE_FUNCTIONS_SITE_NAME`, `CICS_PROGRAM_NAME`, `CICS_SYSTEM_ID`, `CICS_TASK_ID`, `CICS_TRANSACTION_ID`, `CICS_USER_ID`, `CPU_TIME`, `CTG_GATEWAY_URL`, `CTG_PROGRAM`, `CTG_SERVER_NAME`, `CTG_TRANSACTION_ID`, `CUSTOMSERVICE_CLASS`, `CUSTOMSERVICE_METHOD`, `DATABASE_CHILD_CALL_COUNT`, `DATABASE_CHILD_CALL_TIME`, `DATABASE_HOST`, `DATABASE_NAME`, `DATABASE_TYPE`, `DATABASE_URL`, `DISK_IO_TIME`, `ERROR_COUNT`, `ESB_APPLICATION_NAME`, `ESB_INPUT_TYPE`, `ESB_LIBRARY_NAME`, `ESB_MESSAGE_FLOW_NAME`, `EXCEPTION_CLASS`, `EXCEPTION_MESSAGE`, `FAILED_STATE`, `FAILURE_REASON`, `FLAW_STATE`, `HTTP_REQUEST_METHOD`, `HTTP_STATUS`, `HTTP_STATUS_CLASS`, `IMS_PROGRAM_NAME`, `IMS_TRANSACTION_ID`, `IMS_USER_ID`, `IO_TIME`, `IS_KEY_REQUEST`, `LAMBDA_COLDSTART`, `LOCK_TIME`, `MESSAGING_DESTINATION_TYPE`, `MESSAGING_IS_TEMPORARY_QUEUE`, `MESSAGING_QUEUE_NAME`, `MESSAGING_QUEUE_VENDOR`, `NETWORK_IO_TIME`, `NON_DATABASE_CHILD_CALL_COUNT`, `NON_DATABASE_CHILD_CALL_TIME`, `PROCESS_GROUP_NAME`, `PROCESS_GROUP_TAG`, `REMOTE_ENDPOINT`, `REMOTE_METHOD`, `REMOTE_SERVICE_NAME`, `REQUEST_NAME`, `REQUEST_TYPE`, `RESPONSE_TIME`, `RESPONSE_TIME_CLIENT`, `RMI_CLASS`, `RMI_METHOD`, `SERVICE_DISPLAY_NAME`, `SERVICE_NAME`, `SERVICE_PORT`, `SERVICE_PUBLIC_DOMAIN_NAME`, `SERVICE_REQUEST_ATTRIBUTE`, `SERVICE_TAG`, `SERVICE_TYPE`, `SERVICE_WEB_APPLICATION_ID`, `SERVICE_WEB_CONTEXT_ROOT`, `SERVICE_WEB_SERVER_NAME`, `SERVICE_WEB_SERVICE_NAME`, `SERVICE_WEB_SERVICE_NAMESPACE`, `SUSPENSION_TIME`, `TOTAL_PROCESSING_TIME`, `WAIT_TIME`, `WEBREQUEST_QUERY`, `WEBREQUEST_RELATIVE_URL`, `WEBREQUEST_URL`, `WEBREQUEST_URL_HOST`, `WEBREQUEST_URL_PATH`, `WEBREQUEST_URL_PORT`, `WEBSERVICE_ENDPOINT`, `WEBSERVICE_METHOD` and `ZOS_CALL_TYPE`
	Attribute *string `json:"attribute" tf:"attribute"`
	// Type-specific comparison for attributes
	Comparison *NamingSpecConditionsConditionComparison `json:"comparison" tf:"comparison"`
}

type NamingSpecConditionsConditionComparison struct {
	// Boolean Comparison for `BOOLEAN` attributes
	// +optional
	Boolean *NamingSpecConditionsConditionComparisonBoolean `json:"boolean,omitempty" tf:"boolean"`
	// Type-specific comparison information for attributes of type 'ESB_INPUT_NODE_TYPE'
	// +optional
	EsbInputNodeType *NamingSpecConditionsConditionComparisonEsbInputNodeType `json:"esbInputNodeType,omitempty" tf:"esb_input_node_type"`
	// Comparison for `FAILED_STATE` attributes
	// +optional
	FailedState *NamingSpecConditionsConditionComparisonFailedState `json:"failedState,omitempty" tf:"failed_state"`
	// Comparison for `FAILURE_REASON` attributes
	// +optional
	FailureReason *NamingSpecConditionsConditionComparisonFailureReason `json:"failureReason,omitempty" tf:"failure_reason"`
	// Comparison for `FAST_STRING` attributes. Use it for all service property attributes
	// +optional
	FastString *NamingSpecConditionsConditionComparisonFastString `json:"fastString,omitempty" tf:"fast_string"`
	// Comparison for `FLAW_STATE` attributes
	// +optional
	FlawState *NamingSpecConditionsConditionComparisonFlawState `json:"flawState,omitempty" tf:"flaw_state"`
	// Comparison for `NUMBER` attributes
	// +optional
	Generic *NamingSpecConditionsConditionComparisonGeneric `json:"generic,omitempty" tf:"generic"`
	// Comparison for `HTTP_METHOD` attributes
	// +optional
	HttpMethod *NamingSpecConditionsConditionComparisonHttpMethod `json:"httpMethod,omitempty" tf:"http_method"`
	// Comparison for `HTTP_STATUS_CLASS` attributes
	// +optional
	HttpStatusClass *NamingSpecConditionsConditionComparisonHttpStatusClass `json:"httpStatusClass,omitempty" tf:"http_status_class"`
	// Comparison for `IIB_INPUT_NODE_TYPE` attributes
	// +optional
	IibInputNodeType *NamingSpecConditionsConditionComparisonIibInputNodeType `json:"iibInputNodeType,omitempty" tf:"iib_input_node_type"`
	// Reverse the comparison **operator**. For example, it turns **equals** into **does not equal**
	// +optional
	Negate *bool `json:"negate,omitempty" tf:"negate"`
	// Comparison for `NUMBER` attributes
	// +optional
	Number *NamingSpecConditionsConditionComparisonNumber `json:"number,omitempty" tf:"number"`
	// Comparison for `NUMBER_REQUEST_ATTRIBUTE` attributes
	// +optional
	NumberRequestAttribute *NamingSpecConditionsConditionComparisonNumberRequestAttribute `json:"numberRequestAttribute,omitempty" tf:"number_request_attribute"`
	// Comparison for `SERVICE_TYPE` attributes
	// +optional
	ServiceType *NamingSpecConditionsConditionComparisonServiceType `json:"serviceType,omitempty" tf:"service_type"`
	// Comparison for `STRING` attributes
	// +optional
	String *NamingSpecConditionsConditionComparisonString `json:"string,omitempty" tf:"string"`
	// Comparison for `STRING_REQUEST_ATTRIBUTE` attributes
	// +optional
	StringRequestAttribute *NamingSpecConditionsConditionComparisonStringRequestAttribute `json:"stringRequestAttribute,omitempty" tf:"string_request_attribute"`
	// Comparison for `TAG` attributes
	// +optional
	Tag *NamingSpecConditionsConditionComparisonTag `json:"tag,omitempty" tf:"tag"`
	// Comparison for `ZOS_CALL_TYPE` attributes
	// +optional
	ZosCallType *NamingSpecConditionsConditionComparisonZosCallType `json:"zosCallType,omitempty" tf:"zos_call_type"`
}

type NamingSpecConditionsConditionComparisonBoolean struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	// +optional
	Value *bool `json:"value,omitempty" tf:"value"`
	// The values to compare to
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []bool `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonBooleanCodec struct {
}

type NamingSpecConditionsConditionComparisonCodec struct {
}

type NamingSpecConditionsConditionComparisonEsbInputNodeType struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `CALLABLE_FLOW_ASYNC_RESPONSE_NODE`, `CALLABLE_FLOW_INPUT_NODE`, `DATABASE_INPUT_NODE`, `DOTNET_INPUT_NODE`, `EMAIL_INPUT_NODE`, `EVENT_INPUT`, `EVENT_INPUT_NODE`, `FILE_INPUT_NODE`, `FTE_INPUT_NODE`, `HTTP_ASYNC_RESPONSE`, `JD_EDWARDS_INPUT_NODE`, `JMS_CLIENT_INPUT_NODE`, `LABEL_NODE`, `MQ_INPUT_NODE`, `PEOPLE_SOFT_INPUT_NODE`, `REST_ASYNC_RESPONSE`, `REST_REQUEST`, `SAP_INPUT_NODE`, `SCA_ASYNC_RESPONSE_NODE`, `SCA_INPUT_NODE`, `SIEBEL_INPUT_NODE`, `SOAP_INPUT_NODE`, `TCPIP_CLIENT_INPUT_NODE`, `TCPIP_CLIENT_REQUEST_NODE`, `TCPIP_SERVER_INPUT_NODE`, `TCPIP_SERVER_REQUEST_NODE`, `TIMEOUT_NOTIFICATION_NODE` and `WS_INPUT_NODE`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `CALLABLE_FLOW_ASYNC_RESPONSE_NODE`, `CALLABLE_FLOW_INPUT_NODE`, `DATABASE_INPUT_NODE`, `DOTNET_INPUT_NODE`, `EMAIL_INPUT_NODE`, `EVENT_INPUT`, `EVENT_INPUT_NODE`, `FILE_INPUT_NODE`, `FTE_INPUT_NODE`, `HTTP_ASYNC_RESPONSE`, `JD_EDWARDS_INPUT_NODE`, `JMS_CLIENT_INPUT_NODE`, `LABEL_NODE`, `MQ_INPUT_NODE`, `PEOPLE_SOFT_INPUT_NODE`, `REST_ASYNC_RESPONSE`, `REST_REQUEST`, `SAP_INPUT_NODE`, `SCA_ASYNC_RESPONSE_NODE`, `SCA_INPUT_NODE`, `SIEBEL_INPUT_NODE`, `SOAP_INPUT_NODE`, `TCPIP_CLIENT_INPUT_NODE`, `TCPIP_CLIENT_REQUEST_NODE`, `TCPIP_SERVER_INPUT_NODE`, `TCPIP_SERVER_REQUEST_NODE`, `TIMEOUT_NOTIFICATION_NODE` and `WS_INPUT_NODE`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonEsbInputNodeTypeCodec struct {
}

type NamingSpecConditionsConditionComparisonFailedState struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `FAILED` and `FAILED`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `FAILED` and `FAILED`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonFailedStateCodec struct {
}

type NamingSpecConditionsConditionComparisonFailureReason struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `EXCEPTION_AT_ENTRY_NODE`, `EXCEPTION_ON_ANY_NODE`, `HTTP_CODE` and `REQUEST_ATTRIBUTE`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `EXCEPTION_AT_ENTRY_NODE`, `EXCEPTION_ON_ANY_NODE`, `HTTP_CODE` and `REQUEST_ATTRIBUTE`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonFailureReasonCodec struct {
}

type NamingSpecConditionsConditionComparisonFastString struct {
	// The comparison is case-sensitive (`true`) or not case-sensitive (`false`)
	// +optional
	CaseSensitive *bool `json:"caseSensitive,omitempty" tf:"case_sensitive"`
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `CONTAINS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonFastStringCodec struct {
}

type NamingSpecConditionsConditionComparisonFlawState struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `FLAWED` and `NOT_FLAWED`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `FLAWED` and `NOT_FLAWED`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonFlawStateCodec struct {
}

type NamingSpecConditionsConditionComparisonGeneric struct {
	// Defines the actual set of fields depending on the value
	Type *string `json:"type" tf:"type"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type NamingSpecConditionsConditionComparisonGenericCodec struct {
}

type NamingSpecConditionsConditionComparisonHttpMethod struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `CONNECT`, `DELETE`, `GET`, `HEAD`, `OPTIONS`, `PATCH`, `POST`, `PUT` and `TRACE`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `CONNECT`, `DELETE`, `GET`, `HEAD`, `OPTIONS`, `PATCH`, `POST`, `PUT` and `TRACE`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonHttpMethodCodec struct {
}

type NamingSpecConditionsConditionComparisonHttpStatusClass struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `C_1XX`, `C_2XX`, `C_3XX`, `C_4XX`, `C_5XX` and `NO_RESPONSE`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `C_1XX`, `C_2XX`, `C_3XX`, `C_4XX`, `C_5XX` and `NO_RESPONSE`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonHttpStatusClassCodec struct {
}

type NamingSpecConditionsConditionComparisonIibInputNodeType struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `CALLABLE_FLOW_ASYNC_RESPONSE_NODE`, `CALLABLE_FLOW_INPUT_NODE`, `DATABASE_INPUT_NODE`, `DOTNET_INPUT_NODE`, `EMAIL_INPUT_NODE`, `EVENT_INPUT`, `EVENT_INPUT_NODE`, `FILE_INPUT_NODE`, `FTE_INPUT_NODE`, `HTTP_ASYNC_RESPONSE`, `JD_EDWARDS_INPUT_NODE`, `JMS_CLIENT_INPUT_NODE`, `LABEL_NODE`, `MQ_INPUT_NODE`, `PEOPLE_SOFT_INPUT_NODE`, `REST_ASYNC_RESPONSE`, `REST_REQUEST`, `SAP_INPUT_NODE`, `SCA_ASYNC_RESPONSE_NODE`, `SCA_INPUT_NODE`, `SIEBEL_INPUT_NODE`, `SOAP_INPUT_NODE`, `TCPIP_CLIENT_INPUT_NODE`, `TCPIP_CLIENT_REQUEST_NODE`, `TCPIP_SERVER_INPUT_NODE`, `TCPIP_SERVER_REQUEST_NODE`, `TIMEOUT_NOTIFICATION_NODE` and `WS_INPUT_NODE`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `CALLABLE_FLOW_ASYNC_RESPONSE_NODE`, `CALLABLE_FLOW_INPUT_NODE`, `DATABASE_INPUT_NODE`, `DOTNET_INPUT_NODE`, `EMAIL_INPUT_NODE`, `EVENT_INPUT`, `EVENT_INPUT_NODE`, `FILE_INPUT_NODE`, `FTE_INPUT_NODE`, `HTTP_ASYNC_RESPONSE`, `JD_EDWARDS_INPUT_NODE`, `JMS_CLIENT_INPUT_NODE`, `LABEL_NODE`, `MQ_INPUT_NODE`, `PEOPLE_SOFT_INPUT_NODE`, `REST_ASYNC_RESPONSE`, `REST_REQUEST`, `SAP_INPUT_NODE`, `SCA_ASYNC_RESPONSE_NODE`, `SCA_INPUT_NODE`, `SIEBEL_INPUT_NODE`, `SOAP_INPUT_NODE`, `TCPIP_CLIENT_INPUT_NODE`, `TCPIP_CLIENT_REQUEST_NODE`, `TCPIP_SERVER_INPUT_NODE`, `TCPIP_SERVER_REQUEST_NODE`, `TIMEOUT_NOTIFICATION_NODE` and `WS_INPUT_NODE`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonIibInputNodeTypeCodec struct {
}

type NamingSpecConditionsConditionComparisonNumber struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF`, `EXISTS`, `GREATER_THAN`, `GREATER_THAN_OR_EQUAL`, `LOWER_THAN` and `LOWER_THAN_OR_EQUAL`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	// +optional
	Value *float64 `json:"value,omitempty" tf:"value"`
	// The values to compare to
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []float64 `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonNumberCodec struct {
}

type NamingSpecConditionsConditionComparisonNumberRequestAttribute struct {
	// If `true`, the request attribute is matched on child service calls. Default is `false`
	// +optional
	MatchOnChildCalls *bool `json:"matchOnChildCalls,omitempty" tf:"match_on_child_calls"`
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF`, `EXISTS`, `GREATER_THAN`, `GREATER_THAN_OR_EQUAL`, `LOWER_THAN` and `LOWER_THAN_OR_EQUAL`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// No documentation available for this attribute
	RequestAttribute *string `json:"requestAttribute" tf:"request_attribute"`
	// Defines valid sources of request attributes for conditions or placeholders
	// +optional
	Source *NamingSpecConditionsConditionComparisonNumberRequestAttributeSource `json:"source,omitempty" tf:"source"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	// +optional
	Value *float64 `json:"value,omitempty" tf:"value"`
	// The values to compare to
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []float64 `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonNumberRequestAttributeCodec struct {
}

type NamingSpecConditionsConditionComparisonNumberRequestAttributeSource struct {
	// Use only request attributes from services that belong to this management zone.. Use either this or `serviceTag`
	// +optional
	ManagementZone *string `json:"managementZone,omitempty" tf:"management_zone"`
	// Use only request attributes from services that have this tag. Use either this or `managementZone`
	// +optional
	ServiceTag *NamingSpecConditionsConditionComparisonNumberRequestAttributeSourceServiceTag `json:"serviceTag,omitempty" tf:"service_tag"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type NamingSpecConditionsConditionComparisonNumberRequestAttributeSourceCodec struct {
}

type NamingSpecConditionsConditionComparisonNumberRequestAttributeSourceServiceTag struct {
	// The origin of the tag, such as AWS or Cloud Foundry. For custom tags use the `CONTEXTLESS` value. The context is set for tags that are automatically imported by OneAgent (for example, from the AWS console or environment variables). It’s useful for determining the origin of tags when not manually defined, and it also helps to prevent clashes with other existing tags. If the tag is not automatically imported, `CONTEXTLESS` set. Possible values are `AWS`, `AWS_GENERIC`, `AZURE`, `CLOUD_FOUNDRY`, `CONTEXTLESS`, `ENVIRONMENT`, `GOOGLE_COMPUTE_ENGINE` and `KUBERNETES`
	// +optional
	Context *string `json:"context,omitempty" tf:"context"`
	// The key of the tag. For custom tags, put the tag value here. The key allows categorization of multiple tags. It is possible that there are multiple values for a single key which will all be represented as standalone tags. Therefore, the key does not have the semantic of a map key but is more like a key of a key-value tuple. In some cases, for example custom tags, the key represents the actual tag value and the value field is not set – those are called valueless tags
	Key *string `json:"key" tf:"key"`
	// has no documentation
	// +optional
	TagKey *NamingSpecConditionsConditionComparisonNumberRequestAttributeSourceServiceTagTagKey `json:"tagKey,omitempty" tf:"tag_key"`
	// The value of the tag. Not applicable to custom tags. If a tag does have a separate key and value (in the textual representation they are split by the colon ‘:’), this field is set with the actual value. Key-value pairs can occur for automatically imported tags and tags set by rules if extractors are used
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
}

type NamingSpecConditionsConditionComparisonNumberRequestAttributeSourceServiceTagCodec struct {
}

type NamingSpecConditionsConditionComparisonNumberRequestAttributeSourceServiceTagTagKey struct {
	// has no documentation
	// +optional
	Context *string `json:"context,omitempty" tf:"context"`
	// has no documentation
	// +optional
	Key *string `json:"key,omitempty" tf:"key"`
}

type NamingSpecConditionsConditionComparisonNumberRequestAttributeSourceServiceTagTagKeyCodec struct {
}

type NamingSpecConditionsConditionComparisonServiceType struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `BACKGROUND_ACTIVITY`, `CICS_SERVICE`, `CUSTOM_SERVICE`, `DATABASE_SERVICE`, `ENTERPRISE_SERVICE_BUS_SERVICE`, `EXTERNAL`, `IBM_INTEGRATION_BUS_SERVICE`, `IMS_SERVICE`, `MESSAGING_SERVICE`, `RMI_SERVICE`, `RPC_SERVICE`, `WEB_REQUEST_SERVICE` and `WEB_SERVICE`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `BACKGROUND_ACTIVITY`, `CICS_SERVICE`, `CUSTOM_SERVICE`, `DATABASE_SERVICE`, `ENTERPRISE_SERVICE_BUS_SERVICE`, `EXTERNAL`, `IBM_INTEGRATION_BUS_SERVICE`, `IMS_SERVICE`, `MESSAGING_SERVICE`, `RMI_SERVICE`, `RPC_SERVICE`, `WEB_REQUEST_SERVICE` and `WEB_SERVICE`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonServiceTypeCodec struct {
}

type NamingSpecConditionsConditionComparisonString struct {
	// The comparison is case-sensitive (`true`) or not case-sensitive (`false`)
	// +optional
	CaseSensitive *bool `json:"caseSensitive,omitempty" tf:"case_sensitive"`
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `BEGINS_WITH`, `BEGINS_WITH_ANY_OF`, `CONTAINS`, `ENDS_WITH`, `ENDS_WITH_ANY_OF`, `EQUALS`, `EQUALS_ANY_OF`, `EXISTS` and `REGEX_MATCHES`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonStringCodec struct {
}

type NamingSpecConditionsConditionComparisonStringRequestAttribute struct {
	// The comparison is case-sensitive (`true`) or not case-sensitive (`false`)
	// +optional
	CaseSensitive *bool `json:"caseSensitive,omitempty" tf:"case_sensitive"`
	// If `true`, the request attribute is matched on child service calls. Default is `false`
	// +optional
	MatchOnChildCalls *bool `json:"matchOnChildCalls,omitempty" tf:"match_on_child_calls"`
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `BEGINS_WITH`, `BEGINS_WITH_ANY_OF`, `CONTAINS`, `ENDS_WITH`, `ENDS_WITH_ANY_OF`, `EQUALS`, `EQUALS_ANY_OF`, `EXISTS` and `REGEX_MATCHES`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// No documentation available for this attribute
	RequestAttribute *string `json:"requestAttribute" tf:"request_attribute"`
	// Defines valid sources of request attributes for conditions or placeholders
	// +optional
	Source *NamingSpecConditionsConditionComparisonStringRequestAttributeSource `json:"source,omitempty" tf:"source"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonStringRequestAttributeCodec struct {
}

type NamingSpecConditionsConditionComparisonStringRequestAttributeSource struct {
	// Use only request attributes from services that belong to this management zone.. Use either this or `serviceTag`
	// +optional
	ManagementZone *string `json:"managementZone,omitempty" tf:"management_zone"`
	// Use only request attributes from services that have this tag. Use either this or `managementZone`
	// +optional
	ServiceTag *NamingSpecConditionsConditionComparisonStringRequestAttributeSourceServiceTag `json:"serviceTag,omitempty" tf:"service_tag"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type NamingSpecConditionsConditionComparisonStringRequestAttributeSourceCodec struct {
}

type NamingSpecConditionsConditionComparisonStringRequestAttributeSourceServiceTag struct {
	// The origin of the tag, such as AWS or Cloud Foundry. For custom tags use the `CONTEXTLESS` value. The context is set for tags that are automatically imported by OneAgent (for example, from the AWS console or environment variables). It’s useful for determining the origin of tags when not manually defined, and it also helps to prevent clashes with other existing tags. If the tag is not automatically imported, `CONTEXTLESS` set. Possible values are `AWS`, `AWS_GENERIC`, `AZURE`, `CLOUD_FOUNDRY`, `CONTEXTLESS`, `ENVIRONMENT`, `GOOGLE_COMPUTE_ENGINE` and `KUBERNETES`
	// +optional
	Context *string `json:"context,omitempty" tf:"context"`
	// The key of the tag. For custom tags, put the tag value here. The key allows categorization of multiple tags. It is possible that there are multiple values for a single key which will all be represented as standalone tags. Therefore, the key does not have the semantic of a map key but is more like a key of a key-value tuple. In some cases, for example custom tags, the key represents the actual tag value and the value field is not set – those are called valueless tags
	Key *string `json:"key" tf:"key"`
	// has no documentation
	// +optional
	TagKey *NamingSpecConditionsConditionComparisonStringRequestAttributeSourceServiceTagTagKey `json:"tagKey,omitempty" tf:"tag_key"`
	// The value of the tag. Not applicable to custom tags. If a tag does have a separate key and value (in the textual representation they are split by the colon ‘:’), this field is set with the actual value. Key-value pairs can occur for automatically imported tags and tags set by rules if extractors are used
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
}

type NamingSpecConditionsConditionComparisonStringRequestAttributeSourceServiceTagCodec struct {
}

type NamingSpecConditionsConditionComparisonStringRequestAttributeSourceServiceTagTagKey struct {
	// has no documentation
	// +optional
	Context *string `json:"context,omitempty" tf:"context"`
	// has no documentation
	// +optional
	Key *string `json:"key,omitempty" tf:"key"`
}

type NamingSpecConditionsConditionComparisonStringRequestAttributeSourceServiceTagTagKeyCodec struct {
}

type NamingSpecConditionsConditionComparisonTag struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF`, `TAG_KEY_EQUALS` and `TAG_KEY_EQUALS_ANY_OF`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The values to compare to
	// +optional
	Value *NamingSpecConditionsConditionComparisonTagValue `json:"value,omitempty" tf:"value"`
	// The values to compare to
	// +optional
	Values *NamingSpecConditionsConditionComparisonTagValues `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonTagCodec struct {
}

type NamingSpecConditionsConditionComparisonTagValue struct {
	// The origin of the tag, such as AWS or Cloud Foundry. Custom tags use the `CONTEXTLESS` value. Possible values are `AWS`, `AWS_GENERIC`, `AZURE`, `CLOUD_FOUNDRY`, `CONTEXTLESS`, `ENVIRONMENT`, `GOOGLE_CLOUD` and `KUBERNETES`
	Context *string `json:"context" tf:"context"`
	// The key of the tag. Custom tags have the tag value here
	Key *string `json:"key" tf:"key"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value of the tag. Not applicable to custom tags
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
}

type NamingSpecConditionsConditionComparisonTagValueCodec struct {
}

type NamingSpecConditionsConditionComparisonTagValues struct {
	// The values to compare to
	// +optional
	// +kubebuilder:validation:MinItems=1
	Value []NamingSpecConditionsConditionComparisonTagValuesValue `json:"value,omitempty" tf:"value"`
}

type NamingSpecConditionsConditionComparisonTagValuesCodec struct {
}

type NamingSpecConditionsConditionComparisonTagValuesValue struct {
	// The origin of the tag, such as AWS or Cloud Foundry. Custom tags use the `CONTEXTLESS` value. Possible values are `AWS`, `AWS_GENERIC`, `AZURE`, `CLOUD_FOUNDRY`, `CONTEXTLESS`, `ENVIRONMENT`, `GOOGLE_CLOUD` and `KUBERNETES`
	Context *string `json:"context" tf:"context"`
	// The key of the tag. Custom tags have the tag value here
	Key *string `json:"key" tf:"key"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value of the tag. Not applicable to custom tags
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
}

type NamingSpecConditionsConditionComparisonZosCallType struct {
	// Operator of the comparison. You can reverse it by setting `negate` to `true`. Possible values are `EQUALS`, `EQUALS_ANY_OF` and `EXISTS`
	// +optional
	Operator *string `json:"operator,omitempty" tf:"operator"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// The value to compare to. Possible values are `CTG`, `DPL`, `EXPLICIT_ADK`, `IMS_CONNECT`, `IMS_CONNECT_API`, `IMS_ITRA`, `IMS_MSC`, `IMS_PGM_SWITCH`, `IMS_SHARED_QUEUES`, `IMS_TRANS_EXEC`, `MQ`, `SOAP`, `START`, `TX` and `UNKNOWN`
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
	// The values to compare to. Possible values are `CTG`, `DPL`, `EXPLICIT_ADK`, `IMS_CONNECT`, `IMS_CONNECT_API`, `IMS_ITRA`, `IMS_MSC`, `IMS_PGM_SWITCH`, `IMS_SHARED_QUEUES`, `IMS_TRANS_EXEC`, `MQ`, `SOAP`, `START`, `TX` and `UNKNOWN`
	// +optional
	// +kubebuilder:validation:MinItems=1
	Values []string `json:"values,omitempty" tf:"values"`
}

type NamingSpecConditionsConditionComparisonZosCallTypeCodec struct {
}

type NamingSpecPlaceholders struct {
	// A custom placeholder to be used in a dimension value pattern
	// +optional
	// +kubebuilder:validation:MinItems=1
	Placeholder []NamingSpecPlaceholdersPlaceholder `json:"placeholder,omitempty" tf:"placeholder"`
}

type NamingSpecPlaceholdersCodec struct {
}

type NamingSpecPlaceholdersPlaceholder struct {
	// Which value of the request attribute must be used when it occurs across multiple child requests. Only applicable for the `SERVICE_REQUEST_ATTRIBUTE` attribute, when **useFromChildCalls** is `true`. For the `COUNT` aggregation, the **kind** field is not applicable. Possible values are `COUNT`, `FIRST` and `LAST`.
	// +optional
	Aggregation *string `json:"aggregation,omitempty" tf:"aggregation"`
	// The attribute to extract from. You can only use attributes of the **string** type. Possible values are `ACTOR_SYSTEM`, `AKKA_ACTOR_CLASS_NAME`, `AKKA_ACTOR_MESSAGE_TYPE`, `AKKA_ACTOR_PATH`, `APPLICATION_BUILD_VERSION`, `APPLICATION_RELEASE_VERSION`, `AZURE_FUNCTIONS_FUNCTION_NAME`, `AZURE_FUNCTIONS_SITE_NAME`, `CICS_PROGRAM_NAME`, `CICS_SYSTEM_ID`, `CICS_TASK_ID`, `CICS_TRANSACTION_ID`, `CICS_USER_ID`, `CPU_TIME`, `CTG_GATEWAY_URL`, `CTG_PROGRAM`, `CTG_SERVER_NAME`, `CTG_TRANSACTION_ID`, `CUSTOMSERVICE_CLASS`, `CUSTOMSERVICE_METHOD`, `DATABASE_CHILD_CALL_COUNT`, `DATABASE_CHILD_CALL_TIME`, `DATABASE_HOST`, `DATABASE_NAME`, `DATABASE_TYPE`, `DATABASE_URL`, `DISK_IO_TIME`, `ERROR_COUNT`, `ESB_APPLICATION_NAME`, `ESB_INPUT_TYPE`, `ESB_LIBRARY_NAME`, `ESB_MESSAGE_FLOW_NAME`, `EXCEPTION_CLASS`, `EXCEPTION_MESSAGE`, `FAILED_STATE`, `FAILURE_REASON`, `FLAW_STATE`, `HTTP_REQUEST_METHOD`, `HTTP_STATUS`, `HTTP_STATUS_CLASS`, `IMS_PROGRAM_NAME`, `IMS_TRANSACTION_ID`, `IMS_USER_ID`, `IO_TIME`, `IS_KEY_REQUEST`, `LAMBDA_COLDSTART`, `LOCK_TIME`, `MESSAGING_DESTINATION_TYPE`, `MESSAGING_IS_TEMPORARY_QUEUE`, `MESSAGING_QUEUE_NAME`, `MESSAGING_QUEUE_VENDOR`, `NETWORK_IO_TIME`, `NON_DATABASE_CHILD_CALL_COUNT`, `NON_DATABASE_CHILD_CALL_TIME`, `PROCESS_GROUP_NAME`, `PROCESS_GROUP_TAG`, `REMOTE_ENDPOINT`, `REMOTE_METHOD`, `REMOTE_SERVICE_NAME`, `REQUEST_NAME`, `REQUEST_TYPE`, `RESPONSE_TIME`, `RESPONSE_TIME_CLIENT`, `RMI_CLASS`, `RMI_METHOD`, `SERVICE_DISPLAY_NAME`, `SERVICE_NAME`, `SERVICE_PORT`, `SERVICE_PUBLIC_DOMAIN_NAME`, `SERVICE_REQUEST_ATTRIBUTE`, `SERVICE_TAG`, `SERVICE_TYPE`, `SERVICE_WEB_APPLICATION_ID`, `SERVICE_WEB_CONTEXT_ROOT`, `SERVICE_WEB_SERVER_NAME`, `SERVICE_WEB_SERVICE_NAME`, `SERVICE_WEB_SERVICE_NAMESPACE`, `SUSPENSION_TIME`, `TOTAL_PROCESSING_TIME`, `WAIT_TIME`, `WEBREQUEST_QUERY`, `WEBREQUEST_RELATIVE_URL`, `WEBREQUEST_URL`, `WEBREQUEST_URL_HOST`, `WEBREQUEST_URL_PATH`, `WEBREQUEST_URL_PORT`, `WEBSERVICE_ENDPOINT`, `WEBSERVICE_METHOD` and `ZOS_CALL_TYPE`
	Attribute *string `json:"attribute" tf:"attribute"`
	// Depending on the `kind` value:
	//
	//
	// * `REGEX_EXTRACTION`: The regular expression.
	//
	//
	// * `BETWEEN_DELIMITER`: The opening delimiter string to look for.
	//
	//
	// * All other values: The delimiter string to look for
	// +optional
	DelimiterOrRegex *string `json:"delimiterOrRegex,omitempty" tf:"delimiter_or_regex"`
	// The closing delimiter string to look for. Required if the `kind` value is `BETWEEN_DELIMITER`. Not applicable otherwise
	// +optional
	EndDelimiter *string `json:"endDelimiter,omitempty" tf:"end_delimiter"`
	// The type of extraction. Defines either usage of regular expression (`regex`) or the position of request attribute value to be extracted. When the `attribute` is `SERVICE_REQUEST_ATTRIBUTE` attribute and `aggregation` is `COUNT`, needs to be set to `ORIGINAL_TEXT`. Possible values are 	`AFTER_DELIMITER`, `BEFORE_DELIMITER`, `BETWEEN_DELIMITER`, `ORIGINAL_TEXT` and `REGEX_EXTRACTION`
	Kind *string `json:"kind" tf:"kind"`
	// The name of the placeholder. Use it in the naming pattern as `{name}`
	Name *string `json:"name" tf:"name"`
	// The format of the extracted string. Possible values are `ORIGINAL`, `TO_LOWER_CASE` and `TO_UPPER_CASE`
	// +optional
	Normalization *string `json:"normalization,omitempty" tf:"normalization"`
	// The request attribute to extract from. Required if the `kind` value is `SERVICE_REQUEST_ATTRIBUTE`. Not applicable otherwise
	// +optional
	RequestAttribute *string `json:"requestAttribute,omitempty" tf:"request_attribute"`
	// Defines valid sources of request attributes for conditions or placeholders
	// +optional
	Source *NamingSpecPlaceholdersPlaceholderSource `json:"source,omitempty" tf:"source"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
	// If `true` request attribute will be taken from a child service call. Only applicable for the `SERVICE_REQUEST_ATTRIBUTE` attribute. Defaults to `false`
	// +optional
	UseFromChildCalls *bool `json:"useFromChildCalls,omitempty" tf:"use_from_child_calls"`
}

type NamingSpecPlaceholdersPlaceholderSource struct {
	// Use only request attributes from services that belong to this management zone.. Use either this or `serviceTag`
	// +optional
	ManagementZone *string `json:"managementZone,omitempty" tf:"management_zone"`
	// Use only request attributes from services that have this tag. Use either this or `managementZone`
	// +optional
	ServiceTag *NamingSpecPlaceholdersPlaceholderSourceServiceTag `json:"serviceTag,omitempty" tf:"service_tag"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type NamingSpecPlaceholdersPlaceholderSourceCodec struct {
}

type NamingSpecPlaceholdersPlaceholderSourceServiceTag struct {
	// The origin of the tag, such as AWS or Cloud Foundry. For custom tags use the `CONTEXTLESS` value. The context is set for tags that are automatically imported by OneAgent (for example, from the AWS console or environment variables). It’s useful for determining the origin of tags when not manually defined, and it also helps to prevent clashes with other existing tags. If the tag is not automatically imported, `CONTEXTLESS` set. Possible values are `AWS`, `AWS_GENERIC`, `AZURE`, `CLOUD_FOUNDRY`, `CONTEXTLESS`, `ENVIRONMENT`, `GOOGLE_COMPUTE_ENGINE` and `KUBERNETES`
	// +optional
	Context *string `json:"context,omitempty" tf:"context"`
	// The key of the tag. For custom tags, put the tag value here. The key allows categorization of multiple tags. It is possible that there are multiple values for a single key which will all be represented as standalone tags. Therefore, the key does not have the semantic of a map key but is more like a key of a key-value tuple. In some cases, for example custom tags, the key represents the actual tag value and the value field is not set – those are called valueless tags
	Key *string `json:"key" tf:"key"`
	// has no documentation
	// +optional
	TagKey *NamingSpecPlaceholdersPlaceholderSourceServiceTagTagKey `json:"tagKey,omitempty" tf:"tag_key"`
	// The value of the tag. Not applicable to custom tags. If a tag does have a separate key and value (in the textual representation they are split by the colon ‘:’), this field is set with the actual value. Key-value pairs can occur for automatically imported tags and tags set by rules if extractors are used
	// +optional
	Value *string `json:"value,omitempty" tf:"value"`
}

type NamingSpecPlaceholdersPlaceholderSourceServiceTagCodec struct {
}

type NamingSpecPlaceholdersPlaceholderSourceServiceTagTagKey struct {
	// has no documentation
	// +optional
	Context *string `json:"context,omitempty" tf:"context"`
	// has no documentation
	// +optional
	Key *string `json:"key,omitempty" tf:"key"`
}

type NamingSpecPlaceholdersPlaceholderSourceServiceTagTagKeyCodec struct {
}

type NamingSpecResource struct {
	ID string `json:"id,omitempty" tf:"id,omitempty"`

	// The set of conditions for the request naming rule usage.
	//
	//  You can specify several conditions. The request has to match **all** the specified conditions for the rule to trigger
	Conditions *NamingSpecConditions `json:"conditions" tf:"conditions"`
	// The rule is enabled (`true`) or disabled (`false`)
	// +optional
	Enabled *bool `json:"enabled,omitempty" tf:"enabled"`
	// Specifies the management zones for which this rule should be applied
	// +optional
	// +kubebuilder:validation:MinItems=1
	ManagementZones []string `json:"managementZones,omitempty" tf:"management_zones"`
	// The name to be assigned to matching requests
	NamingPattern *string `json:"namingPattern" tf:"naming_pattern"`
	// The list of custom placeholders to be used in the naming pattern.
	//
	//  It enables you to extract a request attribute value or other request attribute and use it in the request naming pattern.
	// +optional
	Placeholders *NamingSpecPlaceholders `json:"placeholders,omitempty" tf:"placeholders"`
	// allows for configuring properties that are not explicitly supported by the current version of this provider
	// +optional
	Unknowns *string `json:"unknowns,omitempty" tf:"unknowns"`
}

type NamingStatus struct {
	// Resource generation, which is updated on mutation by the API Server.
	// +optional
	ObservedGeneration int64 `json:"observedGeneration,omitempty"`
	// +optional
	Phase status.Status `json:"phase,omitempty"`
	// +optional
	Conditions []kmapi.Condition `json:"conditions,omitempty"`
}

type Namings struct {
	metav1.TypeMeta   `json:",inline,omitempty"`
	metav1.ObjectMeta `json:"metadata,omitempty"`
	Spec              NamingsSpec   `json:"spec,omitempty"`
	Status            NamingsStatus `json:"status,omitempty"`
}

type NamingsList struct {
	metav1.TypeMeta `json:",inline"`
	metav1.ListMeta `json:"metadata,omitempty"`
	// Items is a list of Namings CRD objects
	Items []Namings `json:"items,omitempty"`
}

type NamingsSpec struct {
	State *NamingsSpecResource `json:"state,omitempty" tf:"-"`

	Resource NamingsSpecResource `json:"resource" tf:"resource"`

	UpdatePolicy base.UpdatePolicy `json:"updatePolicy,omitempty" tf:"-"`

	TerminationPolicy base.TerminationPolicy `json:"terminationPolicy,omitempty" tf:"-"`

	ProviderRef core.LocalObjectReference `json:"providerRef" tf:"-"`

	BackendRef *core.LocalObjectReference `json:"backendRef,omitempty" tf:"-"`
}

type NamingsSpecResource struct {
	ID string `json:"id,omitempty" tf:"id,omitempty"`

	// The IDs of the request namings in the order they should be taken into consideration
	Ids []string `json:"ids" tf:"ids"`
}

type NamingsStatus struct {
	// Resource generation, which is updated on mutation by the API Server.
	// +optional
	ObservedGeneration int64 `json:"observedGeneration,omitempty"`
	// +optional
	Phase status.Status `json:"phase,omitempty"`
	// +optional
	Conditions []kmapi.Condition `json:"conditions,omitempty"`
}