spanner library

Classes

AppConstant<T>: A value the Stack hands to application code as a static const in the generated AppExports file — known when synth runs, so the app compiles against it.
AppExports: Where synth writes the Dart file application code imports: the Stack's constants, as the static const members of <name>Constants, and a typed reader of its Terraform outputs, <name>Outputs.
AttributeRef<T>: Public for sealed pattern matching, but constructor is private — only TfRef.attribute() may construct instances.
DartDefineOutput: An output whose value is the client build's --dart-define file, registered with Stack.addDartDefineOutput.
Data: Base of every user-instantiable Terraform data block.
DataGoogleSpannerDatabase: Factory wrapper for google_spanner_database.
DataGoogleSpannerDatabaseIamPolicy: Factory wrapper for google_spanner_database_iam_policy.
DataGoogleSpannerInstance: Factory wrapper for google_spanner_instance.
DataGoogleSpannerInstanceIamPolicy: Factory wrapper for google_spanner_instance_iam_policy.
DataRef<T>: Public for sealed pattern matching, but constructor is private — only TfRef.data() may construct instances.
EnvironmentConstant: The AppConstant.fromEnvironment choice.
GcsBackend: terraform { backend "gcs" { ... } } configuration.
GoogleSpannerBackupSchedule: Factory wrapper for google_spanner_backup_schedule.
GoogleSpannerDatabase: Factory wrapper for google_spanner_database.
GoogleSpannerDatabaseIamBinding: Factory wrapper for google_spanner_database_iam_binding.
GoogleSpannerDatabaseIamMember: Factory wrapper for google_spanner_database_iam_member.
GoogleSpannerDatabaseIamPolicy: Factory wrapper for google_spanner_database_iam_policy.
GoogleSpannerInstance: Factory wrapper for google_spanner_instance.
GoogleSpannerInstanceConfig: Factory wrapper for google_spanner_instance_config.
GoogleSpannerInstanceIamBinding: Factory wrapper for google_spanner_instance_iam_binding.
GoogleSpannerInstanceIamMember: Factory wrapper for google_spanner_instance_iam_member.
GoogleSpannerInstanceIamPolicy: Factory wrapper for google_spanner_instance_iam_policy.
GoogleSpannerInstancePartition: Factory wrapper for google_spanner_instance_partition.
IgnoreAllChanges: IgnoreChanges.all.
IgnoreAttributes: IgnoreChanges.of.
IgnoreChanges: What ignore_changes covers: every attribute, or the listed ones.
InvalidDartDefineOutput: An output of Stack.addDartDefineOutput that cannot carry what it names: an output that is not registered, is sensitive or has no environment value, two outputs read from one variable, or no output at all.
InvalidLifecycle: A lifecycle block Terraform rejects: a data source (or one of its attributes) in replaceTriggeredBy, all inside IgnoreChanges.of, or a condition with an empty error message.
InvalidMoveTarget: A moved block whose to names no resource of the Stack.
InvalidTimeout: A negative timeouts duration.
LifecycleCondition: A precondition or postcondition block: Terraform fails the plan (LifecycleCondition.pre) or the apply (LifecycleCondition.post) with errorMessage when condition is false.
LifecycleOptions: lifecycle { ... } block on a resource.
LocalBackend: terraform { backend "local" { ... } } configuration.
MissingProvider: A block needs a provider configuration the Stack does not register: the provider its type implies (google for google_pubsub_topic), the one its provider meta-argument names, or one a module call passes on.
ModuleCall: A module "<localName>" { ... } call as a Dart value.
NoProviders: The Stack registers no provider, but declares resources or data sources.
ProviderConflict: Two provider registrations Terraform rejects together: two defaults of one name, a repeated alias, an alias that is not an identifier, or configurations of one name with different source / version constraints.
RefConstant<T>: The AppConstant.ref choice.
ReplaceTrigger: What lifecycle.replaceTriggeredBy lists: a resource of the Stack or an attribute getter of one. Resource and TfRef implement it; synth reports a data source or a data-source attribute as an InvalidLifecycle.
Resource: Base of every user-instantiable Terraform resource.
ResourceRef: Public for sealed pattern matching, but constructor is private — only TfRef.resource() may construct instances.
S3Backend: terraform { backend "s3" { ... } } configuration.
Sensitive<T>: What an argument Terraform marks sensitive takes: a variable, an expression or an attribute getter — a value Terraform resolves, never a Dart literal that would be written into main.tf.json.
SensitiveLiteral: A sensitive field is set to a literal, which would write the secret in plain text into main.tf.json.
SpannerBackupScheduleBackupSpec: Exactly one backup-chain style for a GoogleSpannerBackupSchedule.
SpannerBackupScheduleCronSpec: Typed helper for the spec.cron_spec block of google_spanner_backup_schedule (derived from provider schema).
SpannerBackupScheduleEncryptionConfig: Typed helper for the encryption_config block of google_spanner_backup_schedule (derived from provider schema).
SpannerBackupScheduleFullBackupSpec: full_backup_spec — schedule creates only full backups.
SpannerBackupScheduleIncrementalBackupSpec: incremental_backup_spec — schedule creates incremental backup chains.
SpannerBackupScheduleKmsKeyName: At most one of kms_key_name, kms_key_names on the encryption_config block of google_spanner_backup_schedule: the provider rejects more than one, so each variant sets one of them and a null choice sets none.
SpannerBackupScheduleKmsKeyNameChoice: The SpannerBackupScheduleKmsKeyName.kmsKeyName choice: sets kms_key_name.
SpannerBackupScheduleKmsKeyNameKmsKeyNames: The SpannerBackupScheduleKmsKeyName.kmsKeyNames choice: sets kms_key_names.
SpannerBackupScheduleSpec: Typed helper for the spec block of google_spanner_backup_schedule (derived from provider schema).
SpannerDatabaseEncryptionConfig: Exactly one of kms_key_name, kms_key_names on the encryption_config block of google_spanner_database: the provider rejects none and more than one, so each variant sets one of them.
SpannerDatabaseEncryptionConfigKmsKeyName: The SpannerDatabaseEncryptionConfig.kmsKeyName choice: sets kms_key_name.
SpannerDatabaseEncryptionConfigKmsKeyNames: The SpannerDatabaseEncryptionConfig.kmsKeyNames choice: sets kms_key_names.
SpannerDatabaseIamBindingCondition: Typed helper for the condition block of google_spanner_database_iam_binding (derived from provider schema).
SpannerDatabaseIamMemberCondition: Typed helper for the condition block of google_spanner_database_iam_member (derived from provider schema).
SpannerInstanceAsymmetricAutoscalingOptions: Typed helper for the autoscaling_config.asymmetric_autoscaling_options block of google_spanner_instance (derived from provider schema).
SpannerInstanceAutoscalingConfig: Typed helper for the autoscaling_config block of google_spanner_instance (derived from provider schema).
SpannerInstanceAutoscalingLimits: Typed helper for the autoscaling_config.autoscaling_limits block of google_spanner_instance (derived from provider schema).
SpannerInstanceAutoscalingLimitsMax: Exactly one of max_nodes, max_processing_units on the autoscaling_config.asymmetric_autoscaling_options.overrides.autoscaling_limits block of google_spanner_instance: the provider rejects none and more than one, so each variant sets one of them.
SpannerInstanceAutoscalingLimitsMaxNodes: The SpannerInstanceAutoscalingLimitsMax.maxNodes choice: sets max_nodes.
SpannerInstanceAutoscalingLimitsMaxProcessingUnits: The SpannerInstanceAutoscalingLimitsMax.maxProcessingUnits choice: sets max_processing_units.
SpannerInstanceAutoscalingLimitsMin: Exactly one of min_nodes, min_processing_units on the autoscaling_config.asymmetric_autoscaling_options.overrides.autoscaling_limits block of google_spanner_instance: the provider rejects none and more than one, so each variant sets one of them.
SpannerInstanceAutoscalingLimitsMinNodes: The SpannerInstanceAutoscalingLimitsMin.minNodes choice: sets min_nodes.
SpannerInstanceAutoscalingLimitsMinProcessingUnits: The SpannerInstanceAutoscalingLimitsMin.minProcessingUnits choice: sets min_processing_units.
SpannerInstanceAutoscalingTargets: Typed helper for the autoscaling_config.autoscaling_targets block of google_spanner_instance (derived from provider schema).
SpannerInstanceConfigReplicas: Typed helper for the replicas block of google_spanner_instance_config (derived from provider schema).
SpannerInstanceIamBindingCondition: Typed helper for the condition block of google_spanner_instance_iam_binding (derived from provider schema).
SpannerInstanceIamMemberCondition: Typed helper for the condition block of google_spanner_instance_iam_member (derived from provider schema).
SpannerInstanceMax: Exactly one of max_processing_units, max_nodes on the autoscaling_config.autoscaling_limits block of google_spanner_instance: the provider rejects none and more than one, so each variant sets one of them.
SpannerInstanceMaxNodes: The SpannerInstanceMax.maxNodes choice: sets max_nodes.
SpannerInstanceMaxProcessingUnits: The SpannerInstanceMax.maxProcessingUnits choice: sets max_processing_units.
SpannerInstanceMin: Exactly one of min_processing_units, min_nodes on the autoscaling_config.autoscaling_limits block of google_spanner_instance: the provider rejects none and more than one, so each variant sets one of them.
SpannerInstanceMinNodes: The SpannerInstanceMin.minNodes choice: sets min_nodes.
SpannerInstanceMinProcessingUnits: The SpannerInstanceMin.minProcessingUnits choice: sets min_processing_units.
SpannerInstanceOverrides: Typed helper for the autoscaling_config.asymmetric_autoscaling_options.overrides block of google_spanner_instance (derived from provider schema).
SpannerInstanceOverridesAutoscalingLimits: Typed helper for the autoscaling_config.asymmetric_autoscaling_options.overrides.autoscaling_limits block of google_spanner_instance (derived from provider schema).
SpannerInstancePartitionAutoscalingConfig: Typed helper for the autoscaling_config block of google_spanner_instance_partition (derived from provider schema).
SpannerInstancePartitionAutoscalingLimits: Typed helper for the autoscaling_config.autoscaling_limits block of google_spanner_instance_partition (derived from provider schema).
SpannerInstancePartitionAutoscalingTargets: Typed helper for the autoscaling_config.autoscaling_targets block of google_spanner_instance_partition (derived from provider schema).
SpannerInstancePartitionCapacity: Exactly one of node_count, processing_units, autoscaling_config on google_spanner_instance_partition: the provider rejects none and more than one, so each variant sets one of them.
SpannerInstancePartitionCapacityAutoscalingConfig: The SpannerInstancePartitionCapacity.autoscalingConfig choice: sets autoscaling_config.
SpannerInstancePartitionCapacityNodeCount: The SpannerInstancePartitionCapacity.nodeCount choice: sets node_count.
SpannerInstancePartitionCapacityProcessingUnits: The SpannerInstancePartitionCapacity.processingUnits choice: sets processing_units.
SpannerInstancePartitionMaxCapacity: Exactly one of max_processing_units, max_nodes on the autoscaling_config.autoscaling_limits block of google_spanner_instance_partition: the provider rejects none and more than one, so each variant sets one of them.
SpannerInstancePartitionMaxCapacityMaxNodes: The SpannerInstancePartitionMaxCapacity.maxNodes choice: sets max_nodes.
SpannerInstancePartitionMaxCapacityMaxProcessingUnits: The SpannerInstancePartitionMaxCapacity.maxProcessingUnits choice: sets max_processing_units.
SpannerInstancePartitionMinCapacity: Exactly one of min_processing_units, min_nodes on the autoscaling_config.autoscaling_limits block of google_spanner_instance_partition: the provider rejects none and more than one, so each variant sets one of them.
SpannerInstancePartitionMinCapacityMinNodes: The SpannerInstancePartitionMinCapacity.minNodes choice: sets min_nodes.
SpannerInstancePartitionMinCapacityMinProcessingUnits: The SpannerInstancePartitionMinCapacity.minProcessingUnits choice: sets min_processing_units.
SpannerInstanceReplicaSelection: Typed helper for the autoscaling_config.asymmetric_autoscaling_options.replica_selection block of google_spanner_instance (derived from provider schema).
Stack: User-extended IaC composition root.
StackBackend: Lightweight backend hook. Core ships GcsBackend, S3Backend, and LocalBackend; anything else implements this interface in the caller. The Stack only stores the value and exposes a discriminator for synth's terraform { backend ... } emitter.
StackProvider: Coordination interface between Stack (in this package) and concrete providers (e.g. GoogleProvider in terradart_google). Concrete providers implement every getter using their baked-in constants from Stage 2 codegen.
SynthIssue: One reason a Stack cannot be synthesized.
SynthResult: Bundle returned by StackSynth.synth.
TfAddressed: Anything that exposes a Terraform address, e.g. google_pubsub_topic.orders.
TfArg<T>: A Terraform argument: a Dart-side literal, a reference to another block's attribute (TfRef), a variable or a raw expression.
TfArgExpression<T>: A raw Terraform expression — the tf.json template string, verbatim.
TfArgLiteral<T>
TfArgVariable<T>
TfCollectionType: list(...), set(...) or map(...).
TfMoved: One moved { from = ... to = ... } block: the state object at from now belongs to the resource at to, so a rename does not become a destroy-and-create.
TfObjectType: object({ ... }).
TfOptionalType: optional(<type>[, <default>]).
TfOutput<T>: An output "<name>" { value = ... } block, registered with Stack.addOutput.
TfPrimitiveType: string, number, bool or any.
TfRef<T>: A Terraform-side reference: an attribute of a resource (AttributeRef) or a data source (DataRef), or a whole resource (ResourceRef).
TfTimeouts: timeouts { ... } on a resource or data source: how long Terraform waits for each operation before giving up.
TfTupleType: tuple([...]).
TfType: A Terraform type constraint: string, list(number), object({ name = string }).
TfVariable: One variable "<name>" { ... } declaration.
UndeclaredVariable: A TfArg.variable or var.<name> in an expression names a variable the Stack does not declare.
UnregisteredReference: A block references another block that was never registered on the Stack: built, but not passed to add(...) / addModule(...).
UnresolvableConstant: An AppConstant.ref whose value is not known at synth: the attribute is not set to a literal, is sensitive, does not match the constant's type, or belongs to a block that is not registered.
ValueConstant<T>: The AppConstant.value choice.

Enums

ResourceKind: Whether a Stack entry is a resource block or a data block in Terraform JSON.

Extension Types

OutputEnvironment: The environment Stack.outputEnvironment returns: each variable and its value, in registration order.
RefTo: A reference to a resource of type R, for an argument that names another resource (network, vpc_id, role_arn, ...).
SpannerBackupScheduleEncryptionType: encryption_type — derived from the provider schema description.
SpannerDatabaseDialect: database_dialect — GoogleSQL vs PostgreSQL interface.
SpannerInstanceConfigReplicasType: type — derived from the provider schema description.
SpannerInstanceDefaultBackupScheduleType: Spanner Instance Default Backup Schedule enum for default_backup_schedule_type.
SpannerInstanceEdition: Spanner Instance enum for edition.
SpannerInstancePartitionState: Spanner Instance Partition enum for state.
SpannerInstanceState: Spanner Instance enum for state.
SpannerInstanceType: Spanner Instance enum for instance_type.

Extensions

RefToList on TfArg<List<RefTo<R>>>: A list-valued reference argument (security_group_ids, subnet_ids): a literal list of RefTos, or one value that is the whole list (TfArg.variable('subnet_ids'), TfArg.expression(...)).
TerraformDurationExt on Duration: Converts a Dart Duration into a Terraform duration string ("604800s").

Constants

terradartManifestVariable → const String: The environment variable the terradart command sets to the file runStack and runEnvironments describe what they wrote in.

Functions

runEnvironments<E extends Enum>(List<String> args, List<E> environments, Stack build(E env), {String dir(E env)?, String? workspace(E env)?, List<String> backendConfig(E env)?, E? defaultEnv}) → Future<void>: The entry point of a project with one Stack per environment. The environments are the members of an enum of the project's own — any names, each carrying its values — so the Stack takes a typed env and derives everything per environment from it, its backend included:
runStack(List<String> args, Stack build(), {String out = 'tf-out'}) → Future<void>: The entry point of a project with one Stack: writes it to out.

Exceptions / Errors

DuplicateModuleError: A ModuleCall registered twice under one name.
DuplicateResourceError: Thrown by Stack.add when an entry with the same (kind, terraformType, localName) triple is registered twice.
SynthException: Thrown by Stack.synth() and Stack.writeTo() when the Stack has one or more SynthIssues. Nothing is written.

Classes

Enums

Extension Types

Extensions

Constants

Functions

Exceptions / Errors

terradart_google package

spanner library