settings_tf

package
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 Go to latest Published: Sep 17, 2024 License: Apache-2.0 Imports: 1 Imported by: 0

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Constants

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Variables

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Functions

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Types

type AutomaticClusterUpdateSetting 

type AutomaticClusterUpdateSetting struct {
	AutomaticClusterUpdateWorkspace ClusterAutoRestartMessage `tfsdk:"automatic_cluster_update_workspace" tf:""`
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// update pattern to perform setting updates in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// PATCH request to identify the setting version you are updating.
	Etag types.String `tfsdk:"etag" tf:"optional"`
	// Name of the corresponding setting. This field is populated in the
	// response, but it will not be respected even if it's set in the request
	// body. The setting name in the path parameter will be respected instead.
	// Setting name is required to be 'default' if the setting only has one
	// instance per workspace.
	SettingName types.String `tfsdk:"setting_name" tf:"optional"`
}

type ClusterAutoRestartMessage 

type ClusterAutoRestartMessage struct {
	CanToggle types.Bool `tfsdk:"can_toggle" tf:"optional"`

	Enabled types.Bool `tfsdk:"enabled" tf:"optional"`
	// Contains an information about the enablement status judging (e.g. whether
	// the enterprise tier is enabled) This is only additional information that
	// MUST NOT be used to decide whether the setting is enabled or not. This is
	// intended to use only for purposes like showing an error message to the
	// customer with the additional details. For example, using these details we
	// can check why exactly the feature is disabled for this customer.
	EnablementDetails *ClusterAutoRestartMessageEnablementDetails `tfsdk:"enablement_details" tf:"optional"`

	MaintenanceWindow *ClusterAutoRestartMessageMaintenanceWindow `tfsdk:"maintenance_window" tf:"optional"`

	RestartEvenIfNoUpdatesAvailable types.Bool `tfsdk:"restart_even_if_no_updates_available" tf:"optional"`
}

type ClusterAutoRestartMessageEnablementDetails 

type ClusterAutoRestartMessageEnablementDetails struct {
	// The feature is force enabled if compliance mode is active
	ForcedForComplianceMode types.Bool `tfsdk:"forced_for_compliance_mode" tf:"optional"`
	// The feature is unavailable if the corresponding entitlement disabled (see
	// getShieldEntitlementEnable)
	UnavailableForDisabledEntitlement types.Bool `tfsdk:"unavailable_for_disabled_entitlement" tf:"optional"`
	// The feature is unavailable if the customer doesn't have enterprise tier
	UnavailableForNonEnterpriseTier types.Bool `tfsdk:"unavailable_for_non_enterprise_tier" tf:"optional"`
}

Contains an information about the enablement status judging (e.g. whether the enterprise tier is enabled) This is only additional information that MUST NOT be used to decide whether the setting is enabled or not. This is intended to use only for purposes like showing an error message to the customer with the additional details. For example, using these details we can check why exactly the feature is disabled for this customer.

type ClusterAutoRestartMessageMaintenanceWindow 

type ClusterAutoRestartMessageMaintenanceWindow struct {
	WeekDayBasedSchedule *ClusterAutoRestartMessageMaintenanceWindowWeekDayBasedSchedule `tfsdk:"week_day_based_schedule" tf:"optional"`
}

type ClusterAutoRestartMessageMaintenanceWindowWeekDayBasedSchedule 

type ClusterAutoRestartMessageMaintenanceWindowWeekDayBasedSchedule struct {
	DayOfWeek types.String `tfsdk:"day_of_week" tf:"optional"`

	Frequency types.String `tfsdk:"frequency" tf:"optional"`

	WindowStartTime *ClusterAutoRestartMessageMaintenanceWindowWindowStartTime `tfsdk:"window_start_time" tf:"optional"`
}

type ClusterAutoRestartMessageMaintenanceWindowWindowStartTime 

type ClusterAutoRestartMessageMaintenanceWindowWindowStartTime struct {
	Hours types.Int64 `tfsdk:"hours" tf:"optional"`

	Minutes types.Int64 `tfsdk:"minutes" tf:"optional"`
}

type ComplianceSecurityProfile 

type ComplianceSecurityProfile struct {
	// Set by customers when they request Compliance Security Profile (CSP)
	ComplianceStandards []types.String `tfsdk:"compliance_standards" tf:"optional"`

	IsEnabled types.Bool `tfsdk:"is_enabled" tf:"optional"`
}

SHIELD feature: CSP

type ComplianceSecurityProfileSetting 

type ComplianceSecurityProfileSetting struct {
	// SHIELD feature: CSP
	ComplianceSecurityProfileWorkspace ComplianceSecurityProfile `tfsdk:"compliance_security_profile_workspace" tf:""`
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// update pattern to perform setting updates in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// PATCH request to identify the setting version you are updating.
	Etag types.String `tfsdk:"etag" tf:"optional"`
	// Name of the corresponding setting. This field is populated in the
	// response, but it will not be respected even if it's set in the request
	// body. The setting name in the path parameter will be respected instead.
	// Setting name is required to be 'default' if the setting only has one
	// instance per workspace.
	SettingName types.String `tfsdk:"setting_name" tf:"optional"`
}

type Config 

type Config struct {
	Email *EmailConfig `tfsdk:"email" tf:"optional"`

	GenericWebhook *GenericWebhookConfig `tfsdk:"generic_webhook" tf:"optional"`

	MicrosoftTeams *MicrosoftTeamsConfig `tfsdk:"microsoft_teams" tf:"optional"`

	Pagerduty *PagerdutyConfig `tfsdk:"pagerduty" tf:"optional"`

	Slack *SlackConfig `tfsdk:"slack" tf:"optional"`
}

type CreateIpAccessList 

type CreateIpAccessList struct {
	IpAddresses []types.String `tfsdk:"ip_addresses" tf:"optional"`
	// Label for the IP access list. This **cannot** be empty.
	Label types.String `tfsdk:"label" tf:""`
	// Type of IP access list. Valid values are as follows and are
	// case-sensitive:
	//
	// * `ALLOW`: An allow list. Include this IP or range. * `BLOCK`: A block
	// list. Exclude this IP or range. IP addresses in the block list are
	// excluded even if they are included in an allow list.
	ListType types.String `tfsdk:"list_type" tf:""`
}

Details required to configure a block list or allow list.

type CreateIpAccessListResponse 

type CreateIpAccessListResponse struct {
	// Definition of an IP Access list
	IpAccessList *IpAccessListInfo `tfsdk:"ip_access_list" tf:"optional"`
}

An IP access list was successfully created.

type CreateNetworkConnectivityConfigRequest 

type CreateNetworkConnectivityConfigRequest struct {
	// The name of the network connectivity configuration. The name can contain
	// alphanumeric characters, hyphens, and underscores. The length must be
	// between 3 and 30 characters. The name must match the regular expression
	// `^[0-9a-zA-Z-_]{3,30}$`.
	Name types.String `tfsdk:"name" tf:""`
	// The region for the network connectivity configuration. Only workspaces in
	// the same region can be attached to the network connectivity
	// configuration.
	Region types.String `tfsdk:"region" tf:""`
}

type CreateNotificationDestinationRequest 

type CreateNotificationDestinationRequest struct {
	// The configuration for the notification destination. Must wrap EXACTLY one
	// of the nested configs.
	Config *Config `tfsdk:"config" tf:"optional"`
	// The display name for the notification destination.
	DisplayName types.String `tfsdk:"display_name" tf:"optional"`
}

type CreateOboTokenRequest 

type CreateOboTokenRequest struct {
	// Application ID of the service principal.
	ApplicationId types.String `tfsdk:"application_id" tf:""`
	// Comment that describes the purpose of the token.
	Comment types.String `tfsdk:"comment" tf:"optional"`
	// The number of seconds before the token expires.
	LifetimeSeconds types.Int64 `tfsdk:"lifetime_seconds" tf:"optional"`
}

Configuration details for creating on-behalf tokens.

type CreateOboTokenResponse 

type CreateOboTokenResponse struct {
	TokenInfo *TokenInfo `tfsdk:"token_info" tf:"optional"`
	// Value of the token.
	TokenValue types.String `tfsdk:"token_value" tf:"optional"`
}

An on-behalf token was successfully created for the service principal.

type CreatePrivateEndpointRuleRequest 

type CreatePrivateEndpointRuleRequest struct {
	// The sub-resource type (group ID) of the target resource. Note that to
	// connect to workspace root storage (root DBFS), you need two endpoints,
	// one for `blob` and one for `dfs`.
	GroupId types.String `tfsdk:"group_id" tf:""`
	// Your Network Connectvity Configuration ID.
	NetworkConnectivityConfigId types.String `tfsdk:"-"`
	// The Azure resource ID of the target resource.
	ResourceId types.String `tfsdk:"resource_id" tf:""`
}

type CreateTokenRequest 

type CreateTokenRequest struct {
	// Optional description to attach to the token.
	Comment types.String `tfsdk:"comment" tf:"optional"`
	// The lifetime of the token, in seconds.
	//
	// If the lifetime is not specified, this token remains valid indefinitely.
	LifetimeSeconds types.Int64 `tfsdk:"lifetime_seconds" tf:"optional"`
}

type CreateTokenResponse 

type CreateTokenResponse struct {
	// The information for the new token.
	TokenInfo *PublicTokenInfo `tfsdk:"token_info" tf:"optional"`
	// The value of the new token.
	TokenValue types.String `tfsdk:"token_value" tf:"optional"`
}

type CspEnablementAccount 

type CspEnablementAccount struct {
	// Set by customers when they request Compliance Security Profile (CSP)
	// Invariants are enforced in Settings policy.
	ComplianceStandards []types.String `tfsdk:"compliance_standards" tf:"optional"`
	// Enforced = it cannot be overriden at workspace level.
	IsEnforced types.Bool `tfsdk:"is_enforced" tf:"optional"`
}

Account level policy for CSP

type CspEnablementAccountSetting 

type CspEnablementAccountSetting struct {
	// Account level policy for CSP
	CspEnablementAccount CspEnablementAccount `tfsdk:"csp_enablement_account" tf:""`
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// update pattern to perform setting updates in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// PATCH request to identify the setting version you are updating.
	Etag types.String `tfsdk:"etag" tf:"optional"`
	// Name of the corresponding setting. This field is populated in the
	// response, but it will not be respected even if it's set in the request
	// body. The setting name in the path parameter will be respected instead.
	// Setting name is required to be 'default' if the setting only has one
	// instance per workspace.
	SettingName types.String `tfsdk:"setting_name" tf:"optional"`
}

type DefaultNamespaceSetting 

type DefaultNamespaceSetting struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// update pattern to perform setting updates in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// PATCH request to identify the setting version you are updating.
	Etag types.String `tfsdk:"etag" tf:"optional"`

	Namespace StringMessage `tfsdk:"namespace" tf:""`
	// Name of the corresponding setting. This field is populated in the
	// response, but it will not be respected even if it's set in the request
	// body. The setting name in the path parameter will be respected instead.
	// Setting name is required to be 'default' if the setting only has one
	// instance per workspace.
	SettingName types.String `tfsdk:"setting_name" tf:"optional"`
}

This represents the setting configuration for the default namespace in the Databricks workspace. Setting the default catalog for the workspace determines the catalog that is used when queries do not reference a fully qualified 3 level name. For example, if the default catalog is set to 'retail_prod' then a query 'SELECT * FROM myTable' would reference the object 'retail_prod.default.myTable' (the schema 'default' is always assumed). This setting requires a restart of clusters and SQL warehouses to take effect. Additionally, the default namespace only applies when using Unity Catalog-enabled compute.

type DeleteAccountIpAccessListRequest 

type DeleteAccountIpAccessListRequest struct {
	// The ID for the corresponding IP access list
	IpAccessListId types.String `tfsdk:"-"`
}

Delete access list

type DeleteDefaultNamespaceSettingRequest 

type DeleteDefaultNamespaceSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Delete the default namespace setting

type DeleteDefaultNamespaceSettingResponse 

type DeleteDefaultNamespaceSettingResponse struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"etag" tf:""`
}

The etag is returned.

type DeleteIpAccessListRequest 

type DeleteIpAccessListRequest struct {
	// The ID for the corresponding IP access list
	IpAccessListId types.String `tfsdk:"-"`
}

Delete access list

type DeleteNetworkConnectivityConfigurationRequest 

type DeleteNetworkConnectivityConfigurationRequest struct {
	// Your Network Connectvity Configuration ID.
	NetworkConnectivityConfigId types.String `tfsdk:"-"`
}

Delete a network connectivity configuration

type DeleteNetworkConnectivityConfigurationResponse 

type DeleteNetworkConnectivityConfigurationResponse struct {
}

type DeleteNotificationDestinationRequest 

type DeleteNotificationDestinationRequest struct {
	Id types.String `tfsdk:"-"`
}

Delete a notification destination

type DeletePersonalComputeSettingRequest 

type DeletePersonalComputeSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Delete Personal Compute setting

type DeletePersonalComputeSettingResponse 

type DeletePersonalComputeSettingResponse struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"etag" tf:""`
}

The etag is returned.

type DeletePrivateEndpointRuleRequest 

type DeletePrivateEndpointRuleRequest struct {
	// Your Network Connectvity Configuration ID.
	NetworkConnectivityConfigId types.String `tfsdk:"-"`
	// Your private endpoint rule ID.
	PrivateEndpointRuleId types.String `tfsdk:"-"`
}

Delete a private endpoint rule

type DeleteResponse 

type DeleteResponse struct {
}

type DeleteRestrictWorkspaceAdminsSettingRequest 

type DeleteRestrictWorkspaceAdminsSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Delete the restrict workspace admins setting

type DeleteRestrictWorkspaceAdminsSettingResponse 

type DeleteRestrictWorkspaceAdminsSettingResponse struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"etag" tf:""`
}

The etag is returned.

type DeleteTokenManagementRequest 

type DeleteTokenManagementRequest struct {
	// The ID of the token to get.
	TokenId types.String `tfsdk:"-"`
}

Delete a token

type EmailConfig 

type EmailConfig struct {
	// Email addresses to notify.
	Addresses []types.String `tfsdk:"addresses" tf:"optional"`
}

type Empty 

type Empty struct {
}

type EnhancedSecurityMonitoring 

type EnhancedSecurityMonitoring struct {
	IsEnabled types.Bool `tfsdk:"is_enabled" tf:"optional"`
}

SHIELD feature: ESM

type EnhancedSecurityMonitoringSetting 

type EnhancedSecurityMonitoringSetting struct {
	// SHIELD feature: ESM
	EnhancedSecurityMonitoringWorkspace EnhancedSecurityMonitoring `tfsdk:"enhanced_security_monitoring_workspace" tf:""`
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// update pattern to perform setting updates in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// PATCH request to identify the setting version you are updating.
	Etag types.String `tfsdk:"etag" tf:"optional"`
	// Name of the corresponding setting. This field is populated in the
	// response, but it will not be respected even if it's set in the request
	// body. The setting name in the path parameter will be respected instead.
	// Setting name is required to be 'default' if the setting only has one
	// instance per workspace.
	SettingName types.String `tfsdk:"setting_name" tf:"optional"`
}

type EsmEnablementAccount 

type EsmEnablementAccount struct {
	IsEnforced types.Bool `tfsdk:"is_enforced" tf:"optional"`
}

Account level policy for ESM

type EsmEnablementAccountSetting 

type EsmEnablementAccountSetting struct {
	// Account level policy for ESM
	EsmEnablementAccount EsmEnablementAccount `tfsdk:"esm_enablement_account" tf:""`
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// update pattern to perform setting updates in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// PATCH request to identify the setting version you are updating.
	Etag types.String `tfsdk:"etag" tf:"optional"`
	// Name of the corresponding setting. This field is populated in the
	// response, but it will not be respected even if it's set in the request
	// body. The setting name in the path parameter will be respected instead.
	// Setting name is required to be 'default' if the setting only has one
	// instance per workspace.
	SettingName types.String `tfsdk:"setting_name" tf:"optional"`
}

type ExchangeToken 

type ExchangeToken struct {
	// The requested token.
	Credential types.String `tfsdk:"credential" tf:"optional"`
	// The end-of-life timestamp of the token. The value is in milliseconds
	// since the Unix epoch.
	CredentialEolTime types.Int64 `tfsdk:"credentialEolTime" tf:"optional"`
	// User ID of the user that owns this token.
	OwnerId types.Int64 `tfsdk:"ownerId" tf:"optional"`
	// The scopes of access granted in the token.
	Scopes []types.String `tfsdk:"scopes" tf:"optional"`
	// The type of this exchange token
	TokenType types.String `tfsdk:"tokenType" tf:"optional"`
}

The exchange token is the result of the token exchange with the IdP

type ExchangeTokenRequest 

type ExchangeTokenRequest struct {
	// The partition of Credentials store
	PartitionId PartitionId `tfsdk:"partitionId" tf:""`
	// Array of scopes for the token request.
	Scopes []types.String `tfsdk:"scopes" tf:""`
	// A list of token types being requested
	TokenType []types.String `tfsdk:"tokenType" tf:""`
}

Exchange a token with the IdP

type ExchangeTokenResponse 

type ExchangeTokenResponse struct {
	Values []ExchangeToken `tfsdk:"values" tf:"optional"`
}

Exhanged tokens were successfully returned.

type FetchIpAccessListResponse 

type FetchIpAccessListResponse struct {
	// Definition of an IP Access list
	IpAccessList *IpAccessListInfo `tfsdk:"ip_access_list" tf:"optional"`
}

An IP access list was successfully returned.

type GenericWebhookConfig 

type GenericWebhookConfig struct {
	// [Input-Only][Optional] Password for webhook.
	Password types.String `tfsdk:"password" tf:"optional"`
	// [Output-Only] Whether password is set.
	PasswordSet types.Bool `tfsdk:"password_set" tf:"optional"`
	// [Input-Only] URL for webhook.
	Url types.String `tfsdk:"url" tf:"optional"`
	// [Output-Only] Whether URL is set.
	UrlSet types.Bool `tfsdk:"url_set" tf:"optional"`
	// [Input-Only][Optional] Username for webhook.
	Username types.String `tfsdk:"username" tf:"optional"`
	// [Output-Only] Whether username is set.
	UsernameSet types.Bool `tfsdk:"username_set" tf:"optional"`
}

type GetAccountIpAccessListRequest 

type GetAccountIpAccessListRequest struct {
	// The ID for the corresponding IP access list
	IpAccessListId types.String `tfsdk:"-"`
}

Get IP access list

type GetAutomaticClusterUpdateSettingRequest 

type GetAutomaticClusterUpdateSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Get the automatic cluster update setting

type GetComplianceSecurityProfileSettingRequest 

type GetComplianceSecurityProfileSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Get the compliance security profile setting

type GetCspEnablementAccountSettingRequest 

type GetCspEnablementAccountSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Get the compliance security profile setting for new workspaces

type GetDefaultNamespaceSettingRequest 

type GetDefaultNamespaceSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Get the default namespace setting

type GetEnhancedSecurityMonitoringSettingRequest 

type GetEnhancedSecurityMonitoringSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Get the enhanced security monitoring setting

type GetEsmEnablementAccountSettingRequest 

type GetEsmEnablementAccountSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Get the enhanced security monitoring setting for new workspaces

type GetIpAccessListRequest 

type GetIpAccessListRequest struct {
	// The ID for the corresponding IP access list
	IpAccessListId types.String `tfsdk:"-"`
}

Get access list

type GetIpAccessListResponse 

type GetIpAccessListResponse struct {
	// Definition of an IP Access list
	IpAccessList *IpAccessListInfo `tfsdk:"ip_access_list" tf:"optional"`
}

type GetIpAccessListsResponse 

type GetIpAccessListsResponse struct {
	IpAccessLists []IpAccessListInfo `tfsdk:"ip_access_lists" tf:"optional"`
}

IP access lists were successfully returned.

type GetNetworkConnectivityConfigurationRequest 

type GetNetworkConnectivityConfigurationRequest struct {
	// Your Network Connectvity Configuration ID.
	NetworkConnectivityConfigId types.String `tfsdk:"-"`
}

Get a network connectivity configuration

type GetNotificationDestinationRequest 

type GetNotificationDestinationRequest struct {
	Id types.String `tfsdk:"-"`
}

Get a notification destination

type GetPersonalComputeSettingRequest 

type GetPersonalComputeSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Get Personal Compute setting

type GetPrivateEndpointRuleRequest 

type GetPrivateEndpointRuleRequest struct {
	// Your Network Connectvity Configuration ID.
	NetworkConnectivityConfigId types.String `tfsdk:"-"`
	// Your private endpoint rule ID.
	PrivateEndpointRuleId types.String `tfsdk:"-"`
}

Get a private endpoint rule

type GetRestrictWorkspaceAdminsSettingRequest 

type GetRestrictWorkspaceAdminsSettingRequest struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// delete pattern to perform setting deletions in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// DELETE request to identify the rule set version you are deleting.
	Etag types.String `tfsdk:"-"`
}

Get the restrict workspace admins setting

type GetStatusRequest 

type GetStatusRequest struct {
	Keys types.String `tfsdk:"-"`
}

Check configuration status

type GetTokenManagementRequest 

type GetTokenManagementRequest struct {
	// The ID of the token to get.
	TokenId types.String `tfsdk:"-"`
}

Get token info

type GetTokenPermissionLevelsResponse 

type GetTokenPermissionLevelsResponse struct {
	// Specific permission levels
	PermissionLevels []TokenPermissionsDescription `tfsdk:"permission_levels" tf:"optional"`
}

type GetTokenResponse 

type GetTokenResponse struct {
	TokenInfo *TokenInfo `tfsdk:"token_info" tf:"optional"`
}

Token with specified Token ID was successfully returned.

type IpAccessListInfo 

type IpAccessListInfo struct {
	// Total number of IP or CIDR values.
	AddressCount types.Int64 `tfsdk:"address_count" tf:"optional"`
	// Creation timestamp in milliseconds.
	CreatedAt types.Int64 `tfsdk:"created_at" tf:"optional"`
	// User ID of the user who created this list.
	CreatedBy types.Int64 `tfsdk:"created_by" tf:"optional"`
	// Specifies whether this IP access list is enabled.
	Enabled types.Bool `tfsdk:"enabled" tf:"optional"`

	IpAddresses []types.String `tfsdk:"ip_addresses" tf:"optional"`
	// Label for the IP access list. This **cannot** be empty.
	Label types.String `tfsdk:"label" tf:"optional"`
	// Universally unique identifier (UUID) of the IP access list.
	ListId types.String `tfsdk:"list_id" tf:"optional"`
	// Type of IP access list. Valid values are as follows and are
	// case-sensitive:
	//
	// * `ALLOW`: An allow list. Include this IP or range. * `BLOCK`: A block
	// list. Exclude this IP or range. IP addresses in the block list are
	// excluded even if they are included in an allow list.
	ListType types.String `tfsdk:"list_type" tf:"optional"`
	// Update timestamp in milliseconds.
	UpdatedAt types.Int64 `tfsdk:"updated_at" tf:"optional"`
	// User ID of the user who updated this list.
	UpdatedBy types.Int64 `tfsdk:"updated_by" tf:"optional"`
}

Definition of an IP Access list

type ListIpAccessListResponse 

type ListIpAccessListResponse struct {
	IpAccessLists []IpAccessListInfo `tfsdk:"ip_access_lists" tf:"optional"`
}

IP access lists were successfully returned.

type ListNccAzurePrivateEndpointRulesResponse 

type ListNccAzurePrivateEndpointRulesResponse struct {
	Items []NccAzurePrivateEndpointRule `tfsdk:"items" tf:"optional"`
	// A token that can be used to get the next page of results. If null, there
	// are no more results to show.
	NextPageToken types.String `tfsdk:"next_page_token" tf:"optional"`
}

type ListNetworkConnectivityConfigurationsRequest 

type ListNetworkConnectivityConfigurationsRequest struct {
	// Pagination token to go to next page based on previous query.
	PageToken types.String `tfsdk:"-"`
}

List network connectivity configurations

type ListNetworkConnectivityConfigurationsResponse 

type ListNetworkConnectivityConfigurationsResponse struct {
	Items []NetworkConnectivityConfiguration `tfsdk:"items" tf:"optional"`
	// A token that can be used to get the next page of results. If null, there
	// are no more results to show.
	NextPageToken types.String `tfsdk:"next_page_token" tf:"optional"`
}

type ListNotificationDestinationsRequest 

type ListNotificationDestinationsRequest struct {
	PageSize types.Int64 `tfsdk:"-"`

	PageToken types.String `tfsdk:"-"`
}

List notification destinations

type ListNotificationDestinationsResponse 

type ListNotificationDestinationsResponse struct {
	// Page token for next of results.
	NextPageToken types.String `tfsdk:"next_page_token" tf:"optional"`

	Results []ListNotificationDestinationsResult `tfsdk:"results" tf:"optional"`
}

type ListNotificationDestinationsResult 

type ListNotificationDestinationsResult struct {
	// [Output-only] The type of the notification destination. The type can not
	// be changed once set.
	DestinationType types.String `tfsdk:"destination_type" tf:"optional"`
	// The display name for the notification destination.
	DisplayName types.String `tfsdk:"display_name" tf:"optional"`
	// UUID identifying notification destination.
	Id types.String `tfsdk:"id" tf:"optional"`
}

type ListPrivateEndpointRulesRequest 

type ListPrivateEndpointRulesRequest struct {
	// Your Network Connectvity Configuration ID.
	NetworkConnectivityConfigId types.String `tfsdk:"-"`
	// Pagination token to go to next page based on previous query.
	PageToken types.String `tfsdk:"-"`
}

List private endpoint rules

type ListPublicTokensResponse 

type ListPublicTokensResponse struct {
	// The information for each token.
	TokenInfos []PublicTokenInfo `tfsdk:"token_infos" tf:"optional"`
}

type ListTokenManagementRequest 

type ListTokenManagementRequest struct {
	// User ID of the user that created the token.
	CreatedById types.Int64 `tfsdk:"-"`
	// Username of the user that created the token.
	CreatedByUsername types.String `tfsdk:"-"`
}

List all tokens

type ListTokensResponse 

type ListTokensResponse struct {
	// Token metadata of each user-created token in the workspace
	TokenInfos []TokenInfo `tfsdk:"token_infos" tf:"optional"`
}

Tokens were successfully returned.

type MicrosoftTeamsConfig 

type MicrosoftTeamsConfig struct {
	// [Input-Only] URL for Microsoft Teams.
	Url types.String `tfsdk:"url" tf:"optional"`
	// [Output-Only] Whether URL is set.
	UrlSet types.Bool `tfsdk:"url_set" tf:"optional"`
}

type NccAwsStableIpRule 

type NccAwsStableIpRule struct {
	// The list of stable IP CIDR blocks from which Databricks network traffic
	// originates when accessing your resources.
	CidrBlocks []types.String `tfsdk:"cidr_blocks" tf:"optional"`
}

The stable AWS IP CIDR blocks. You can use these to configure the firewall of your resources to allow traffic from your Databricks workspace.

type NccAzurePrivateEndpointRule 

type NccAzurePrivateEndpointRule struct {
	// The current status of this private endpoint. The private endpoint rules
	// are effective only if the connection state is `ESTABLISHED`. Remember
	// that you must approve new endpoints on your resources in the Azure portal
	// before they take effect.
	//
	// The possible values are: - INIT: (deprecated) The endpoint has been
	// created and pending approval. - PENDING: The endpoint has been created
	// and pending approval. - ESTABLISHED: The endpoint has been approved and
	// is ready to use in your serverless compute resources. - REJECTED:
	// Connection was rejected by the private link resource owner. -
	// DISCONNECTED: Connection was removed by the private link resource owner,
	// the private endpoint becomes informative and should be deleted for
	// clean-up.
	ConnectionState types.String `tfsdk:"connection_state" tf:"optional"`
	// Time in epoch milliseconds when this object was created.
	CreationTime types.Int64 `tfsdk:"creation_time" tf:"optional"`
	// Whether this private endpoint is deactivated.
	Deactivated types.Bool `tfsdk:"deactivated" tf:"optional"`
	// Time in epoch milliseconds when this object was deactivated.
	DeactivatedAt types.Int64 `tfsdk:"deactivated_at" tf:"optional"`
	// The name of the Azure private endpoint resource.
	EndpointName types.String `tfsdk:"endpoint_name" tf:"optional"`
	// The sub-resource type (group ID) of the target resource. Note that to
	// connect to workspace root storage (root DBFS), you need two endpoints,
	// one for `blob` and one for `dfs`.
	GroupId types.String `tfsdk:"group_id" tf:"optional"`
	// The ID of a network connectivity configuration, which is the parent
	// resource of this private endpoint rule object.
	NetworkConnectivityConfigId types.String `tfsdk:"network_connectivity_config_id" tf:"optional"`
	// The Azure resource ID of the target resource.
	ResourceId types.String `tfsdk:"resource_id" tf:"optional"`
	// The ID of a private endpoint rule.
	RuleId types.String `tfsdk:"rule_id" tf:"optional"`
	// Time in epoch milliseconds when this object was updated.
	UpdatedTime types.Int64 `tfsdk:"updated_time" tf:"optional"`
}

type NccAzureServiceEndpointRule 

type NccAzureServiceEndpointRule struct {
	// The list of subnets from which Databricks network traffic originates when
	// accessing your Azure resources.
	Subnets []types.String `tfsdk:"subnets" tf:"optional"`
	// The Azure region in which this service endpoint rule applies.
	TargetRegion types.String `tfsdk:"target_region" tf:"optional"`
	// The Azure services to which this service endpoint rule applies to.
	TargetServices []types.String `tfsdk:"target_services" tf:"optional"`
}

The stable Azure service endpoints. You can configure the firewall of your Azure resources to allow traffic from your Databricks serverless compute resources.

type NccEgressConfig 

type NccEgressConfig struct {
	// The network connectivity rules that are applied by default without
	// resource specific configurations. You can find the stable network
	// information of your serverless compute resources here.
	DefaultRules *NccEgressDefaultRules `tfsdk:"default_rules" tf:"optional"`
	// The network connectivity rules that configured for each destinations.
	// These rules override default rules.
	TargetRules *NccEgressTargetRules `tfsdk:"target_rules" tf:"optional"`
}

The network connectivity rules that apply to network traffic from your serverless compute resources.

type NccEgressDefaultRules 

type NccEgressDefaultRules struct {
	// The stable AWS IP CIDR blocks. You can use these to configure the
	// firewall of your resources to allow traffic from your Databricks
	// workspace.
	AwsStableIpRule *NccAwsStableIpRule `tfsdk:"aws_stable_ip_rule" tf:"optional"`
	// The stable Azure service endpoints. You can configure the firewall of
	// your Azure resources to allow traffic from your Databricks serverless
	// compute resources.
	AzureServiceEndpointRule *NccAzureServiceEndpointRule `tfsdk:"azure_service_endpoint_rule" tf:"optional"`
}

The network connectivity rules that are applied by default without resource specific configurations. You can find the stable network information of your serverless compute resources here.

type NccEgressTargetRules 

type NccEgressTargetRules struct {
	AzurePrivateEndpointRules []NccAzurePrivateEndpointRule `tfsdk:"azure_private_endpoint_rules" tf:"optional"`
}

The network connectivity rules that configured for each destinations. These rules override default rules.

type NetworkConnectivityConfiguration 

type NetworkConnectivityConfiguration struct {
	// The Databricks account ID that hosts the credential.
	AccountId types.String `tfsdk:"account_id" tf:"optional"`
	// Time in epoch milliseconds when this object was created.
	CreationTime types.Int64 `tfsdk:"creation_time" tf:"optional"`
	// The network connectivity rules that apply to network traffic from your
	// serverless compute resources.
	EgressConfig *NccEgressConfig `tfsdk:"egress_config" tf:"optional"`
	// The name of the network connectivity configuration. The name can contain
	// alphanumeric characters, hyphens, and underscores. The length must be
	// between 3 and 30 characters. The name must match the regular expression
	// `^[0-9a-zA-Z-_]{3,30}$`.
	Name types.String `tfsdk:"name" tf:"optional"`
	// Databricks network connectivity configuration ID.
	NetworkConnectivityConfigId types.String `tfsdk:"network_connectivity_config_id" tf:"optional"`
	// The region for the network connectivity configuration. Only workspaces in
	// the same region can be attached to the network connectivity
	// configuration.
	Region types.String `tfsdk:"region" tf:"optional"`
	// Time in epoch milliseconds when this object was updated.
	UpdatedTime types.Int64 `tfsdk:"updated_time" tf:"optional"`
}

type NotificationDestination 

type NotificationDestination struct {
	// The configuration for the notification destination. Will be exactly one
	// of the nested configs. Only returns for users with workspace admin
	// permissions.
	Config *Config `tfsdk:"config" tf:"optional"`
	// [Output-only] The type of the notification destination. The type can not
	// be changed once set.
	DestinationType types.String `tfsdk:"destination_type" tf:"optional"`
	// The display name for the notification destination.
	DisplayName types.String `tfsdk:"display_name" tf:"optional"`
	// UUID identifying notification destination.
	Id types.String `tfsdk:"id" tf:"optional"`
}

type PagerdutyConfig 

type PagerdutyConfig struct {
	// [Input-Only] Integration key for PagerDuty.
	IntegrationKey types.String `tfsdk:"integration_key" tf:"optional"`
	// [Output-Only] Whether integration key is set.
	IntegrationKeySet types.Bool `tfsdk:"integration_key_set" tf:"optional"`
}

type PartitionId 

type PartitionId struct {
	// The ID of the workspace.
	WorkspaceId types.Int64 `tfsdk:"workspaceId" tf:"optional"`
}

Partition by workspace or account

type PersonalComputeMessage 

type PersonalComputeMessage struct {
	// ON: Grants all users in all workspaces access to the Personal Compute
	// default policy, allowing all users to create single-machine compute
	// resources. DELEGATE: Moves access control for the Personal Compute
	// default policy to individual workspaces and requires a workspace’s
	// users or groups to be added to the ACLs of that workspace’s Personal
	// Compute default policy before they will be able to create compute
	// resources through that policy.
	Value types.String `tfsdk:"value" tf:""`
}

type PersonalComputeSetting 

type PersonalComputeSetting struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// update pattern to perform setting updates in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// PATCH request to identify the setting version you are updating.
	Etag types.String `tfsdk:"etag" tf:"optional"`

	PersonalCompute PersonalComputeMessage `tfsdk:"personal_compute" tf:""`
	// Name of the corresponding setting. This field is populated in the
	// response, but it will not be respected even if it's set in the request
	// body. The setting name in the path parameter will be respected instead.
	// Setting name is required to be 'default' if the setting only has one
	// instance per workspace.
	SettingName types.String `tfsdk:"setting_name" tf:"optional"`
}

type PublicTokenInfo 

type PublicTokenInfo struct {
	// Comment the token was created with, if applicable.
	Comment types.String `tfsdk:"comment" tf:"optional"`
	// Server time (in epoch milliseconds) when the token was created.
	CreationTime types.Int64 `tfsdk:"creation_time" tf:"optional"`
	// Server time (in epoch milliseconds) when the token will expire, or -1 if
	// not applicable.
	ExpiryTime types.Int64 `tfsdk:"expiry_time" tf:"optional"`
	// The ID of this token.
	TokenId types.String `tfsdk:"token_id" tf:"optional"`
}

type ReplaceIpAccessList 

type ReplaceIpAccessList struct {
	// Specifies whether this IP access list is enabled.
	Enabled types.Bool `tfsdk:"enabled" tf:""`
	// The ID for the corresponding IP access list
	IpAccessListId types.String `tfsdk:"-"`

	IpAddresses []types.String `tfsdk:"ip_addresses" tf:"optional"`
	// Label for the IP access list. This **cannot** be empty.
	Label types.String `tfsdk:"label" tf:""`
	// Type of IP access list. Valid values are as follows and are
	// case-sensitive:
	//
	// * `ALLOW`: An allow list. Include this IP or range. * `BLOCK`: A block
	// list. Exclude this IP or range. IP addresses in the block list are
	// excluded even if they are included in an allow list.
	ListType types.String `tfsdk:"list_type" tf:""`
}

Details required to replace an IP access list.

type ReplaceResponse 

type ReplaceResponse struct {
}

type RestrictWorkspaceAdminsMessage 

type RestrictWorkspaceAdminsMessage struct {
	Status types.String `tfsdk:"status" tf:""`
}

type RestrictWorkspaceAdminsSetting 

type RestrictWorkspaceAdminsSetting struct {
	// etag used for versioning. The response is at least as fresh as the eTag
	// provided. This is used for optimistic concurrency control as a way to
	// help prevent simultaneous writes of a setting overwriting each other. It
	// is strongly suggested that systems make use of the etag in the read ->
	// update pattern to perform setting updates in order to avoid race
	// conditions. That is, get an etag from a GET request, and pass it with the
	// PATCH request to identify the setting version you are updating.
	Etag types.String `tfsdk:"etag" tf:"optional"`

	RestrictWorkspaceAdmins RestrictWorkspaceAdminsMessage `tfsdk:"restrict_workspace_admins" tf:""`
	// Name of the corresponding setting. This field is populated in the
	// response, but it will not be respected even if it's set in the request
	// body. The setting name in the path parameter will be respected instead.
	// Setting name is required to be 'default' if the setting only has one
	// instance per workspace.
	SettingName types.String `tfsdk:"setting_name" tf:"optional"`
}

type RevokeTokenRequest 

type RevokeTokenRequest struct {
	// The ID of the token to be revoked.
	TokenId types.String `tfsdk:"token_id" tf:""`
}

type RevokeTokenResponse 

type RevokeTokenResponse struct {
}

type SetStatusResponse 

type SetStatusResponse struct {
}

type SlackConfig 

type SlackConfig struct {
	// [Input-Only] URL for Slack destination.
	Url types.String `tfsdk:"url" tf:"optional"`
	// [Output-Only] Whether URL is set.
	UrlSet types.Bool `tfsdk:"url_set" tf:"optional"`
}

type StringMessage 

type StringMessage struct {
	// Represents a generic string value.
	Value types.String `tfsdk:"value" tf:"optional"`
}

type TokenAccessControlRequest 

type TokenAccessControlRequest struct {
	// name of the group
	GroupName types.String `tfsdk:"group_name" tf:"optional"`
	// Permission level
	PermissionLevel types.String `tfsdk:"permission_level" tf:"optional"`
	// application ID of a service principal
	ServicePrincipalName types.String `tfsdk:"service_principal_name" tf:"optional"`
	// name of the user
	UserName types.String `tfsdk:"user_name" tf:"optional"`
}

type TokenAccessControlResponse 

type TokenAccessControlResponse struct {
	// All permissions.
	AllPermissions []TokenPermission `tfsdk:"all_permissions" tf:"optional"`
	// Display name of the user or service principal.
	DisplayName types.String `tfsdk:"display_name" tf:"optional"`
	// name of the group
	GroupName types.String `tfsdk:"group_name" tf:"optional"`
	// Name of the service principal.
	ServicePrincipalName types.String `tfsdk:"service_principal_name" tf:"optional"`
	// name of the user
	UserName types.String `tfsdk:"user_name" tf:"optional"`
}

type TokenInfo 

type TokenInfo struct {
	// Comment that describes the purpose of the token, specified by the token
	// creator.
	Comment types.String `tfsdk:"comment" tf:"optional"`
	// User ID of the user that created the token.
	CreatedById types.Int64 `tfsdk:"created_by_id" tf:"optional"`
	// Username of the user that created the token.
	CreatedByUsername types.String `tfsdk:"created_by_username" tf:"optional"`
	// Timestamp when the token was created.
	CreationTime types.Int64 `tfsdk:"creation_time" tf:"optional"`
	// Timestamp when the token expires.
	ExpiryTime types.Int64 `tfsdk:"expiry_time" tf:"optional"`
	// User ID of the user that owns the token.
	OwnerId types.Int64 `tfsdk:"owner_id" tf:"optional"`
	// ID of the token.
	TokenId types.String `tfsdk:"token_id" tf:"optional"`
}

type TokenPermission 

type TokenPermission struct {
	Inherited types.Bool `tfsdk:"inherited" tf:"optional"`

	InheritedFromObject []types.String `tfsdk:"inherited_from_object" tf:"optional"`
	// Permission level
	PermissionLevel types.String `tfsdk:"permission_level" tf:"optional"`
}

type TokenPermissions 

type TokenPermissions struct {
	AccessControlList []TokenAccessControlResponse `tfsdk:"access_control_list" tf:"optional"`

	ObjectId types.String `tfsdk:"object_id" tf:"optional"`

	ObjectType types.String `tfsdk:"object_type" tf:"optional"`
}

type TokenPermissionsDescription 

type TokenPermissionsDescription struct {
	Description types.String `tfsdk:"description" tf:"optional"`
	// Permission level
	PermissionLevel types.String `tfsdk:"permission_level" tf:"optional"`
}

type TokenPermissionsRequest 

type TokenPermissionsRequest struct {
	AccessControlList []TokenAccessControlRequest `tfsdk:"access_control_list" tf:"optional"`
}

type UpdateAutomaticClusterUpdateSettingRequest 

type UpdateAutomaticClusterUpdateSettingRequest struct {
	// This should always be set to true for Settings API. Added for AIP
	// compliance.
	AllowMissing types.Bool `tfsdk:"allow_missing" tf:""`
	// Field mask is required to be passed into the PATCH request. Field mask
	// specifies which fields of the setting payload will be updated. The field
	// mask needs to be supplied as single string. To specify multiple fields in
	// the field mask, use comma as the separator (no space).
	FieldMask types.String `tfsdk:"field_mask" tf:""`

	Setting AutomaticClusterUpdateSetting `tfsdk:"setting" tf:""`
}

Details required to update a setting.

type UpdateComplianceSecurityProfileSettingRequest 

type UpdateComplianceSecurityProfileSettingRequest struct {
	// This should always be set to true for Settings API. Added for AIP
	// compliance.
	AllowMissing types.Bool `tfsdk:"allow_missing" tf:""`
	// Field mask is required to be passed into the PATCH request. Field mask
	// specifies which fields of the setting payload will be updated. The field
	// mask needs to be supplied as single string. To specify multiple fields in
	// the field mask, use comma as the separator (no space).
	FieldMask types.String `tfsdk:"field_mask" tf:""`

	Setting ComplianceSecurityProfileSetting `tfsdk:"setting" tf:""`
}

Details required to update a setting.

type UpdateCspEnablementAccountSettingRequest 

type UpdateCspEnablementAccountSettingRequest struct {
	// This should always be set to true for Settings API. Added for AIP
	// compliance.
	AllowMissing types.Bool `tfsdk:"allow_missing" tf:""`
	// Field mask is required to be passed into the PATCH request. Field mask
	// specifies which fields of the setting payload will be updated. The field
	// mask needs to be supplied as single string. To specify multiple fields in
	// the field mask, use comma as the separator (no space).
	FieldMask types.String `tfsdk:"field_mask" tf:""`

	Setting CspEnablementAccountSetting `tfsdk:"setting" tf:""`
}

Details required to update a setting.

type UpdateDefaultNamespaceSettingRequest 

type UpdateDefaultNamespaceSettingRequest struct {
	// This should always be set to true for Settings API. Added for AIP
	// compliance.
	AllowMissing types.Bool `tfsdk:"allow_missing" tf:""`
	// Field mask is required to be passed into the PATCH request. Field mask
	// specifies which fields of the setting payload will be updated. The field
	// mask needs to be supplied as single string. To specify multiple fields in
	// the field mask, use comma as the separator (no space).
	FieldMask types.String `tfsdk:"field_mask" tf:""`
	// This represents the setting configuration for the default namespace in
	// the Databricks workspace. Setting the default catalog for the workspace
	// determines the catalog that is used when queries do not reference a fully
	// qualified 3 level name. For example, if the default catalog is set to
	// 'retail_prod' then a query 'SELECT * FROM myTable' would reference the
	// object 'retail_prod.default.myTable' (the schema 'default' is always
	// assumed). This setting requires a restart of clusters and SQL warehouses
	// to take effect. Additionally, the default namespace only applies when
	// using Unity Catalog-enabled compute.
	Setting DefaultNamespaceSetting `tfsdk:"setting" tf:""`
}

Details required to update a setting.

type UpdateEnhancedSecurityMonitoringSettingRequest 

type UpdateEnhancedSecurityMonitoringSettingRequest struct {
	// This should always be set to true for Settings API. Added for AIP
	// compliance.
	AllowMissing types.Bool `tfsdk:"allow_missing" tf:""`
	// Field mask is required to be passed into the PATCH request. Field mask
	// specifies which fields of the setting payload will be updated. The field
	// mask needs to be supplied as single string. To specify multiple fields in
	// the field mask, use comma as the separator (no space).
	FieldMask types.String `tfsdk:"field_mask" tf:""`

	Setting EnhancedSecurityMonitoringSetting `tfsdk:"setting" tf:""`
}

Details required to update a setting.

type UpdateEsmEnablementAccountSettingRequest 

type UpdateEsmEnablementAccountSettingRequest struct {
	// This should always be set to true for Settings API. Added for AIP
	// compliance.
	AllowMissing types.Bool `tfsdk:"allow_missing" tf:""`
	// Field mask is required to be passed into the PATCH request. Field mask
	// specifies which fields of the setting payload will be updated. The field
	// mask needs to be supplied as single string. To specify multiple fields in
	// the field mask, use comma as the separator (no space).
	FieldMask types.String `tfsdk:"field_mask" tf:""`

	Setting EsmEnablementAccountSetting `tfsdk:"setting" tf:""`
}

Details required to update a setting.

type UpdateIpAccessList 

type UpdateIpAccessList struct {
	// Specifies whether this IP access list is enabled.
	Enabled types.Bool `tfsdk:"enabled" tf:"optional"`
	// The ID for the corresponding IP access list
	IpAccessListId types.String `tfsdk:"-"`

	IpAddresses []types.String `tfsdk:"ip_addresses" tf:"optional"`
	// Label for the IP access list. This **cannot** be empty.
	Label types.String `tfsdk:"label" tf:"optional"`
	// Type of IP access list. Valid values are as follows and are
	// case-sensitive:
	//
	// * `ALLOW`: An allow list. Include this IP or range. * `BLOCK`: A block
	// list. Exclude this IP or range. IP addresses in the block list are
	// excluded even if they are included in an allow list.
	ListType types.String `tfsdk:"list_type" tf:"optional"`
}

Details required to update an IP access list.

type UpdateNotificationDestinationRequest 

type UpdateNotificationDestinationRequest struct {
	// The configuration for the notification destination. Must wrap EXACTLY one
	// of the nested configs.
	Config *Config `tfsdk:"config" tf:"optional"`
	// The display name for the notification destination.
	DisplayName types.String `tfsdk:"display_name" tf:"optional"`

	Id types.String `tfsdk:"-"`
}

type UpdatePersonalComputeSettingRequest 

type UpdatePersonalComputeSettingRequest struct {
	// This should always be set to true for Settings API. Added for AIP
	// compliance.
	AllowMissing types.Bool `tfsdk:"allow_missing" tf:""`
	// Field mask is required to be passed into the PATCH request. Field mask
	// specifies which fields of the setting payload will be updated. The field
	// mask needs to be supplied as single string. To specify multiple fields in
	// the field mask, use comma as the separator (no space).
	FieldMask types.String `tfsdk:"field_mask" tf:""`

	Setting PersonalComputeSetting `tfsdk:"setting" tf:""`
}

Details required to update a setting.

type UpdateResponse 

type UpdateResponse struct {
}

type UpdateRestrictWorkspaceAdminsSettingRequest 

type UpdateRestrictWorkspaceAdminsSettingRequest struct {
	// This should always be set to true for Settings API. Added for AIP
	// compliance.
	AllowMissing types.Bool `tfsdk:"allow_missing" tf:""`
	// Field mask is required to be passed into the PATCH request. Field mask
	// specifies which fields of the setting payload will be updated. The field
	// mask needs to be supplied as single string. To specify multiple fields in
	// the field mask, use comma as the separator (no space).
	FieldMask types.String `tfsdk:"field_mask" tf:""`

	Setting RestrictWorkspaceAdminsSetting `tfsdk:"setting" tf:""`
}

Details required to update a setting.

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