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schema_0.graphql
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schema_0.graphql
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"""
The @defer directive may be specified on a fragment spread to imply
de-prioritization, that causes the fragment to be omitted in the initial
response, and delivered as a subsequent response afterward. A query with @defer
directive will cause the request to potentially return multiple responses, where
non-deferred data is delivered in the initial response and data deferred
delivered in a subsequent response. @include and @skip take precedence over @defer.
"""
directive @defer(if: Boolean = true, label: String) on FRAGMENT_SPREAD | INLINE_FRAGMENT
directive @enforceUserAction(action: UserAction!) on FIELD_DEFINITION
directive @goField(forceResolver: Boolean, name: String, omittable: Boolean) on INPUT_FIELD_DEFINITION | FIELD_DEFINITION
directive @goModel(model: String, models: [String!]) on OBJECT | INPUT_OBJECT | SCALAR | ENUM | INTERFACE | UNION
"""
The @specifiedBy built-in directive is used within the type system definition
language to provide a scalar specification URL for specifying the behavior of
custom scalar types.
"""
directive @specifiedBy(url: String!) on SCALAR
type AcceleratorSpec {
type: String
count: Int
tpuTfVersion: String
}
input AcceleratorSpecInput {
type: String!
count: Int!
tpuTfVersion: String
}
input AdapterStatusCriterion {
value: [String]
}
input AddAWSAccountInput {
userID: UUID!
accountID: String!
}
input AddAzureAccountInput {
userID: UUID!
name: String
subscriptionID: String!
tenantID: String!
clientID: String!
clientSecret: String!
}
input AddCDNInput {
id: UUID!
provider: CDNProvider!
domains: [String!]
}
input AddClusterInput {
userID: UUID!
kubeconfig: Upload
awsAccountID: UUID
gcpAccountID: UUID
name: String
region: String
isPlaceholder: Boolean
}
input AddContainerRegistryInput {
userID: UUID!
name: String!
registry: String!
username: String!
password: String!
}
input AddCoreWeaveAccountInput {
userID: UUID!
kubeconfig: Upload
}
input AddDOAccountInput {
userID: UUID!
name: String
accessToken: String!
}
input AddGCPAccountInput {
userID: UUID!
projectID: String!
credentials: Upload!
}
input AddLinodeAccountInput {
userID: UUID!
name: String
accessToken: String!
}
input AddProjectCollaboratorInput {
id: ID!
user: String!
role: ProjectCollaboratorRole!
}
input AddRepoCustomDomainInput {
id: UUID!
domain: String!
certManagerChallengerType: CertManagerChallengeType
syncDomainID: UUID
}
input AddTeamMemberInput {
id: UUID!
username: String
userID: UUID
role: TeamMemberRole!
}
input AddVultrAccountInput {
userID: UUID!
name: String!
accessToken: String!
}
type AlternativeImage {
reference: String
tag: String
name: String
}
type ApiAccess implements Product {
name: String
description: String
sku: ID!
displayPrice: String
usage: [Usage!]!
benefits: [String!]!
productTypeMetadata: ProductTypeMetadata
}
type APIKey {
id: UUID!
token: String!
name: String!
description: String!
createdAt: Time!
}
input AttachAwsPolicyToUser {
userID: UUID!
policyArn: String!
awsUsername: String!
awsAccountCredentialsId: UUID!
}
type AttachedAwsIamPolicy {
arn: String!
policyName: String!
groupName: String!
}
type Autoscaling {
minReplicas: Int!
maxReplicas: Int!
coolDownPeriod: Int
triggers: [AutoscalingTrigger!]
kedaScaledObjectSpec: String
}
input AutoscalingInput {
minReplicas: Int!
maxReplicas: Int!
coolDownPeriod: Int
triggers: [AutoscalingTriggerInput!]
kedaScaledObjectSpec: String
}
type AutoscalingTrigger {
type: AutoscalingType!
spec: YAML!
}
input AutoscalingTriggerInput {
type: AutoscalingType!
spec: YAML!
}
enum AutoscalingType {
CPU
MEMORY
PROMETHEUS
CUSTOM
}
type AWSAccount {
id: UUID!
name: String!
state: AWSAccountState!
connected: Boolean
accountID: String
roleARN: String
externalID: String
cloudFormationURL: String!
cloudFormationReadOnlyURL: String!
clusters: [Cluster!]
projects(input: ProjectsInput): ProjectConnection
projectV3Adapters: ProjectV3AdapterConnection
createdAt: Time!
updatedAt: Time!
iamUsers: [AwsUser!]
userIamConnections: [UserIamConnection!]
awsIamPolicies: [AwsIamPolicy!]
awsPolicyJson(input: awsPolicyJsonInput!): AwsPolicyJson
cloudQuery: CloudQueryService
costs(input: AwsCostsInput!): [AwsCostItem!]!
costsByService(input: AwsCostsByServiceInput!): [GroupedAwsCostItem!]!
savingsPlanRecommendations(input: SavingsPlanRecommendationsInput!): SavingsPlanRecommendation
rightSizingRecommendations: [RightSizingRecommendation!]
awsResources(input: AwsResourceSearchInput): AwsResourcesOutput!
networks: [Network!]
}
enum AWSAccountState {
WAITING
SUCCESS
ERROR
}
type AwsCostItem {
timePeriod: TimePeriod!
total: AwsCostTotal!
}
input AwsCostsByServiceInput {
includeCredit: Boolean!
timeFilter: TimeFilter!
startAt: Time!
endAt: Time!
services: [String!]!
}
input AwsCostsInput {
includeCredit: Boolean!
timeFilter: TimeFilter!
startAt: Time!
endAt: Time!
}
type AwsCostTotal {
amount: String!
unit: String!
}
type AwsIamPolicy {
arn: String!
policyName: String!
awsAccountId: String!
}
type AWSLambda {
id: UUID!
name: String!
region: String
awsAccount: AWSAccount
arn: String
apiGatewayUrl: String
}
type AWSLinks {
cloudformation: String
lambda: String
apiGateway: String
cloudwatchMetrics: String
cloudwatchLogs: String
eks: String
rds: String
ec2: String
vpc: String
iam: String
}
type AwsPolicyJson {
awsPolicyJson: JSON!
}
input awsPolicyJsonInput {
arn: String
username: String
policyName: String
}
type AwsRegionStatus {
enabled: Boolean!
region: String!
regionName: String
message: String
}
type AwsResource {
arn: String!
type: String!
region: String
}
input AwsResourceSearchInput {
region: String
tag: String
nextToken: String
}
type AwsResourcesOutput {
awsResources: [AwsResource!]
nextToken: String
}
type AwsSamGeneratorConfiguration {
envVars: [EnvVar!]
runCommand: String
serverlessMemory: Int
serverlessArch: String
customDomainHost: String
customDomainCertificateArn: String
httpPort: String
buildImage: String
}
input AwsSamGeneratorConfigurationInput {
envVars: [EnvVarInput]
runCommand: String
serverlessMemory: Int
serverlessArch: String
customDomainHost: String
customDomainCertificateArn: String
httpPort: String
buildImage: String
}
type AwsSamProjectV3Configuration {
awsAccountId: UUID!
awsRegion: String
stackName: String!
generator: AwsSamGeneratorConfiguration
}
input AwsSamProjectV3ConfigurationInput {
awsAccountId: UUID!
awsRegion: String
stackName: String!
generator: AwsSamGeneratorConfigurationInput
}
type AwsServiceCostItem {
service: String!
total: AwsCostTotal!
}
type AwsUser {
arn: String!
userId: String!
username: String!
awsAccountId: String!
attachedAwsPolicies: [AttachedAwsIamPolicy]!
}
type AzureAccount {
id: UUID!
name: String!
state: CloudAccountState!
connected: Boolean
subscriptionID: String
tenantID: String
clientID: String
clusters: [Cluster!]
projects(input: ProjectsInput): ProjectConnection
projectV3Adapters: ProjectV3AdapterConnection
createdAt: Time!
updatedAt: Time!
}
type BetterStackIntegration {
token: String!
}
input BetterStackIntegrationInput {
token: String!
}
"""
A sentinel value returned when we are not able to facilitate self-service for a desired action
"""
enum BillingActionNotAllowed {
"""Please contact Zeet Support for assistance"""
CONTACT_US
"""You are not authorized to perform this billing action"""
CONTACT_BILLING_ADMINISTRATOR
}
type BillingOverview {
currentProducts: [Product!]
externalLinks: ExternalBillingProviderLinks
subscriptionUsageAllowed: SubscriptionUsageAllowed!
subscriptionFeatures: SubscriptionFeatures!
}
type BitbucketAccount {
username: String!
}
type BitbucketIntegration implements Integration {
id: UUID!
type: IntegrationType!
name: String!
description: String!
image: String!
createdAt: Time!
updatedAt: Time!
apiUrl: URL!
authType: BitbucketIntegrationAuthType!
webhookUrl: URL!
webhookToken: String!
connected: Boolean
account: BitbucketAccount
}
enum BitbucketIntegrationAuthType {
ACCESS_TOKEN
OAUTH2
}
type BitbucketRepoIntegration implements GitRepoIntegration {
id: UUID!
bitbucketIntegration: BitbucketIntegration
bitbucketRepository: BitbucketRepository
autoDeployBranch: Boolean!
autoStopBranch: Boolean!
autoStopPullRequest: Boolean!
branchIgnore: String!
branchStopIgnore: String!
}
type BitbucketRepository implements GitRepository & CISource {
id: ID!
provider: GitProvider!
providerID: ID!
name: String!
owner: String!
url: URL!
description: String
defaultBranch: GitBranch
branches: [GitBranch!]
isFork: Boolean!
isPrivate: Boolean!
updatedAt: Time!
primaryLanguage: String
}
type Blueprint {
id: UUID!
slug: String!
displayName: String!
published: Boolean!
type: BlueprintType!
isOfficial: Boolean
enabled: Boolean
docsUrl: String
description: String
tags: [String!]!
logoUrl: String
configuration: BlueprintConfiguration
variables: [BlueprintVariableSpec!]!
projectCount: Int!
richInputSchema: JSON
allowedCloudProviders: [CloudProvider!]!
owner: BlueprintOwner
}
union BlueprintConfiguration = BlueprintTerraformConfiguration | BlueprintManifestConfiguration | BlueprintHelmConfiguration
input BlueprintConfigurationInput {
terraform: BlueprintTerraformConfigurationInput
manifest: BlueprintManifestConfigurationInput
helm: BlueprintHelmConfigurationInput
}
input BlueprintConfigurationUpdate {
terraform: BlueprintTerraformConfigurationUpdate
helm: BlueprintHelmConfigurationUpdate
kubernetesManifest: BlueprintManifestConfigurationUpdate
}
type BlueprintConnection {
totalCount: Int!
pageInfo: PageInfo!
nodes: [Blueprint!]!
}
enum BlueprintDriver {
TERRAFORM
KUBERNETES_MANIFEST
HELM
}
enum BlueprintDriverAction {
PLAN_DESTROY
PLAN
APPROVE
APPLY
}
type BlueprintDriverActionExecution {
id: UUID!
driver: BlueprintDriver!
action: BlueprintDriverAction!
planExecution: BlueprintDriverActionExecution
jobRun: JobRun
approvedAt: Time
createdAt: Time!
updatedAt: Time!
}
type BlueprintDriverActionExecutionConnection {
pageInfo: PageInfo!
nodes: [BlueprintDriverActionExecution!]!
}
input BlueprintDriverActionInput {
"""- v0.ProjectV3ID"""
projectID: UUID!
driver: BlueprintDriver!
action: BlueprintDriverAction!
"""
Action-dependent input for the action execution
Because GraphQL does not support Input Unions, this field cannot be statically type-checked.
To document the structure for this field, we publish the input types in this schema.
For example, if you are issuing the APPLY action to the TERRAFORM driver, look for TerraformPlanActionParameters.
"""
parameters: Object
}
type BlueprintDriverActionResult {
execution: BlueprintDriverActionExecution
}
"""
CAUTION: Experimental!
Provides a similar interface to the ProjectV3Workflow type.
"""
type BlueprintDriverWorkflow {
id: UUID!
status: ProjectV3WorkflowStatus!
"""
The sequence of actions in the workflow. Useful for identifying the presence of a PROJECT_DELETE step.
"""
stepActions: [BlueprintDriverWorkflowStepAction!]! @deprecated(reason: "this field is replaced by 'steps'")
"""
The driver action execution records. NOTE: will not have a record for PROJECT_DELETE.
"""
jobs: [BlueprintDriverActionExecution!] @deprecated(reason: "this field is replaced by 'steps'")
steps: [BlueprintDriverWorkflowStep!]!
createdAt: Time!
updatedAt: Time!
}
input BlueprintDriverWorkflowInput {
"""The driver to execute the actions"""
driver: BlueprintDriver!
"""
The steps to execute. This list must not be empty, and must represent a valid workflow.
- Plan-type actions must come first.
- An Approval action must follow a Plan-type action.
- An Apply action may follow a Plan-type or Approval action.
- The "Project Delete" action must follow an Apply action, and the workflow must begin with the "Plan Destroy" action
"""
steps: [BlueprintDriverWorkflowStepAction!]!
}
type BlueprintDriverWorkflowStep {
action: BlueprintDriverWorkflowStepAction!
status: BlueprintDriverWorkflowStepStatus!
execution: BlueprintDriverActionExecution
}
enum BlueprintDriverWorkflowStepAction {
DRIVER_PLAN_DESTROY
DRIVER_PLAN
DRIVER_APPROVE
DRIVER_APPLY
PROJECT_DELETE
}
enum BlueprintDriverWorkflowStepStatus {
PENDING
RUNNING
COMPLETED
FAILED
ERROR
ABORTED
}
type BlueprintHelmConfiguration {
source: Source
}
input BlueprintHelmConfigurationInput {
source: SourceInput
}
input BlueprintHelmConfigurationUpdate {
source: SourceInput
}
type BlueprintManifestConfiguration {
source: Source
useKustomize: Boolean
generator: KubernetesManifestGeneratorConfiguration
}
input BlueprintManifestConfigurationInput {
source: SourceInput
useKustomize: Boolean
}
input BlueprintManifestConfigurationUpdate {
source: SourceInput
useKustomize: Boolean
}
type BlueprintMetadata {
id: UUID!
slug: String!
name: String!
displayName: String!
type: BlueprintType!
description: String
tags: [String!]!
logoUrl: String
metatags: [BlueprintMetadataMetaTag]
version: String
versions: [BlueprintMetadataVersion!]!
availableVersions: [String!]!
latestVersion: String
applicationVersion: String
organizationName: String
organizationDisplayName: String
createdAt: Time
updatedAt: Time
}
type BlueprintMetadataConnection {
totalCount: Int!
pageInfo: PageInfo!
nodes: [BlueprintMetadata!]!
}
input BlueprintMetadataFilter {
name: StringCriterion
}
type BlueprintMetadataMetaTag {
name: String!
value: String!
}
type BlueprintMetadataVersion {
prerelease: Boolean
version: String!
timestamp: Time
}
enum BlueprintOutputDataSource {
INPUT
OUTPUT
RESOURCE
}
input BlueprintOutputSchema {
entries: [BlueprintOutputSchemaEntry!]
}
input BlueprintOutputSchemaEntry {
id: UUID
name: String
displayName: String
type: VariableType
dataSource: BlueprintOutputDataSource
dataPath: String
transformations: [BlueprintOutputTransformationType!]
transformationContext: BlueprintOutputTransformationContext
}
input BlueprintOutputTransformationContext {
yaml: BlueprintOutputTransformationYamlContext
}
enum BlueprintOutputTransformationType {
CLUSTER_IP
YAML
DECODE_BASE64
}
input BlueprintOutputTransformationYamlContext {
path: String!
}
type BlueprintOwner implements ProfileOwner {
login: Login!
name: String!
avatar: URL
}
type BlueprintsMarketplace {
blueprints(page: PageInput): BlueprintConnection
blueprint(owner: Login!, slug: String!): Blueprint
blueprintMetadata(owner: Login, slug: String!, version: String): BlueprintMetadata
blueprintMetadataList(filter: FilterInput!): BlueprintMetadataConnection
}
type BlueprintTerraformConfiguration {
registrySource: String @deprecated(reason: "use moduleSource field instead")
moduleVersionConstraint: String @deprecated(reason: "use moduleSource field instead")
githubSource: String @deprecated(reason: "use moduleSource field instead")
moduleSource: TerraformModuleSource
outputConfiguration: TerraformOutputConfiguration
terraformVersion: String
}
input BlueprintTerraformConfigurationInput {
registrySource: String
moduleVersionConstraint: String
githubSource: String
gitIntegration: GitSourceIntegrationInput
moduleSource: TerraformModuleSourceInput
outputConfiguration: TerraformOutputConfigurationInput
terraformVersion: String
}
input BlueprintTerraformConfigurationUpdate {
gitIntegration: GitSourceIntegrationInput
registrySource: String
moduleVersionConstraint: String
githubSource: String
moduleSource: TerraformModuleSourceInput
}
enum BlueprintType {
TERRAFORM
KUBERNETES_MANIFEST
HELM
ZEET_KUBERNETES
ZEET_AWS_LAMBDA
ZEET_GCP_CLOUD_RUN
}
union BlueprintVariable = BlueprintVariableString | BlueprintVariableBoolean | BlueprintVariableInt | BlueprintVariableFloat | BlueprintVariableJSON
type BlueprintVariableBoolean {
id: UUID!
variableSpecID: UUID
name: String!
value: Boolean!
}
type BlueprintVariableFloat {
id: UUID!
variableSpecID: UUID
name: String!
value: Float!
}
"""
A ProjectV3's BlueprintVariable represent key-value pairs: each a variable name and its value.
These variables can either reference a variable spec, as defined by the Blueprint, or they can be declared
as "custom variables" for the ProjectV3.
To reference a variable spec, specify either variableSpecID or the variableName that corresponds to a variable spec.
To declare a custom variable, specify the variableName and the variableType.
If there is a variableSpec with the same name, the variableType will be ignored, and the variableSpec will take precedence.
All BlueprintVariables must specify their value. The VariableValueInput is serialized as a string, and is parsed
server-side according to the variableType.
"""
input BlueprintVariableInput {
"""
ID of the corresponding variable spec. Must be present if variableName is not specified.
"""
variableSpecID: UUID
"""
Name of the corresponding variable spec, or name to use when declaring a variable without referencing a variable spec.
Must be present if variableSpecID is not specified.
"""
variableName: String
"""
The variable value. Always a string value, which will be parsed according to the variableType, determined either
by the referenced variableSpec, or the provided variableType
"""
value: VariableValueInput!
"""
Type specification is required when variable is being declared without referencing a variable spec.
"""
variableType: BlueprintVariableType
}
type BlueprintVariableInt {
id: UUID!
variableSpecID: UUID
name: String!
value: Int!
}
type BlueprintVariableJSON {
id: UUID!
variableSpecID: UUID
name: String!
value: JSON!
}
type BlueprintVariableSpec {
id: UUID!
name: String!
type: BlueprintVariableType!
required: Boolean!
}
input BlueprintVariableSpecInput {
name: String!
type: BlueprintVariableType!
required: Boolean!
}
input BlueprintVariableSpecUpdate {
id: UUID
name: String!
type: BlueprintVariableType!
required: Boolean!
remove: Boolean
}
type BlueprintVariableString {
id: UUID!
variableSpecID: UUID
name: String!
value: String!
}
enum BlueprintVariableType {
STRING
BOOLEAN
INTEGER
FLOAT
JSON
}
input BooleanCriterion {
value: Boolean!
}
input BranchInput {
active: Boolean
}
type Build {
id: UUID!
state: BuildState!
image: String
version: String
errorMessage: String
logs: Logs
metrics(name: String!): [Metric!]
backend: String
buildID: String
createdAt: Time!
updatedAt: Time!
}
input BuildLogsInput {
deploymentID: ID!
after: String
}
type BuildMethod {
name: String!
type: BuildType!
dockerfilePath: String
workingDirectory: String
buildCommand: String
staticPath: String
runCommand: String
releaseCommand: String
nodejsVersion: String
pythonVersion: String
golangVersion: String
}
type BuildStage implements IPipelineStage {
id: UUID!
logs: Logs
metrics(name: String!): [Metric!]
job: JobRun
build: Build
buildTemplates: [BuildTemplate!]
}
enum BuildState {
BUILD_STARTING
BUILD_IN_PROGRESS
BUILD_FAILED
BUILD_SUCCEEDED
}
enum BuildTarget {
NULL_REGISTRY
CLUSTER_REGISTRY
CONTAINER_REGISTRY
}
input BuildTargetInput {
buildTarget: BuildTarget!
clusterID: UUID
}
type BuildTemplate {
type: BuildTemplateType!
output: String
}
enum BuildTemplateType {
DOCKERFILE
}
enum BuildType {
DOCKER
BUILDPACKS
PYTHON
PYTHON_DJANGO
NODE
NODE_STATIC
NODE_NEXTJS
UBUNTU
ELIXIR_PHOENIX
GOLANG_MODULES
HEROKUISH
}
input CancelJobInput {
id: UUID!
}
enum CatalogProductStatus {
CURRENT
UPGRADE
DOWNGRADE
}
type CatalogProductView {
product: Product!
description: String
"""
Indicates if this is part of the current subscription, or represents an upgrade or downgrade over the current product.
Null if no user is being queried.
"""
status: CatalogProductStatus
"""Whether this product is available for self-service purchasing."""
available: Boolean!
}
type CDN {
id: UUID!
provider: CDNProvider!
domains: [CDNDomain!]
state: String!
origin: String
endpoint: String
certificate: Certificate
}
type CDNDomain {
domain: String!
certReady: Boolean
routeReady: Boolean
instruction: DNSRecord
}
enum CDNProvider {
AWS_CLOUDFRONT