Resources - docs

A Resource represents a deployment target - the actual infrastructure where your code runs. Resources can be Kubernetes clusters, VMs, cloud functions, or any other compute environment.

What is a Resource?

Resources are the “where” in your deployment pipeline. They represent:

Kubernetes clusters (e.g., prod-us-east-1-cluster)
Virtual machines (e.g., web-server-01)
Cloud functions (e.g., lambda-handler-prod)
Containers (e.g., ECS service)
Custom infrastructure (anything you can deploy to)

Resource Properties

Core Fields

id: res_abc123
name: Production US East Cluster
kind: KubernetesCluster
identifier: k8s-prod-use1
version: "1.28.0"
workspaceId: ws_xyz789
providerId: provider_123
config:
  endpoint: https://k8s.prod.example.com
  region: us-east-1
metadata:
  environment: production
  region: us-east-1
  team: platform
  cost-center: engineering
createdAt: "2024-01-15T10:00:00Z"
updatedAt: "2024-01-15T10:00:00Z"

name

Human-readable display name for the resource. Examples:

“Production US East Cluster”
“Web Server 01”
“Lambda Production Handler”

kind

Classification of the resource type. Used for filtering and grouping. Common Values:

kubernetes-cluster
vm
lambda-function
ecs-service
cloud-run-service
server (generic)

identifier

Unique identifier for this resource. This is how external systems reference the resource. Examples:

k8s-prod-use1
i-0abc123def456789 (EC2 instance ID)
arn:aws:lambda:us-east-1:123456789:function:my-function

Requirements:

Must be unique within the workspace
Should be stable (don’t change frequently)
Often matches the infrastructure’s native identifier

metadata

Key-value pairs used for classification and selector matching. This is crucial for resource targeting. Common Metadata Keys:

metadata:
  environment: production
  region: us-east-1
  zone: us-east-1a
  team: platform
  cost-center: engineering
  tier: high-availability
  version: "1.28.0"
  managed-by: terraform

Best Practices:

Use consistent key names across resources
Use lowercase with hyphens: cost-center not CostCenter
Include classification useful for targeting
Don’t put sensitive data in metadata

config

Resource-specific configuration. Unlike metadata (which is for selection), config contains operational details. Examples: Kubernetes Cluster:

config:
  endpoint: https://k8s.prod.example.com
  certificateAuthority: "..."
  namespace: default

VM:

config:
  ipAddress: 10.0.1.50
  sshUser: deploy
  port: 22

Lambda:

config:
  functionName: my-function
  region: us-east-1
  runtime: nodejs20.x

version

The current version or state of the resource itself (not the deployed application). Examples:

1.28.0 (Kubernetes version)
20.04 (Ubuntu version)
nodejs20.x (Lambda runtime)

providerId

Reference to the Resource Provider that created/manages this resource. Optional for manually created resources.

Creating Resources

Via CLI

# resource.yaml
type: Resource
name: Production US East Cluster
kind: KubernetesCluster
identifier: k8s-prod-use1
version: "1.28.0"
metadata:
  environment: production
  region: us-east-1
  team: platform
config:
  endpoint: https://k8s.prod.example.com

ctrlc apply -f resource.yaml

Via Web UI

Navigate to your system
Go to “Resources” tab
Click “Create Resource”
Fill in the form:
- Name, Kind, Identifier
- Add metadata key-value pairs
- Add config (JSON)
Click “Create”

Automated Creation (Resource Providers)

Recommended approach for production: Use Resource Providers to automatically sync resources from your infrastructure. Resource Providers continuously sync resources from external sources:

Kubernetes Provider: Discovers clusters from kubeconfig
AWS Provider: Syncs EC2 instances, ECS services, Lambda functions
GCP Provider: Syncs GCE instances, Cloud Run services
Azure Provider: Syncs VMs, container instances
Custom Provider: Your own integration

Example using Node SDK:

import { createClient } from "@ctrlplane/node-sdk";

const client = createClient({
  baseUrl: "https://your-ctrlplane-instance.com",
  apiKey: process.env.CTRLPLANE_API_KEY,
});

const provider = client.resourceProvider({
  name: "AWS EC2 Provider",
  workspaceId: "ws_xyz789",
});

// Sync resources from AWS
const instances = await getEC2Instances(); // Your AWS SDK call

await provider.set(
  instances.map(instance => ({
    name: instance.Tags.Name,
    kind: "ec2-instance",
    identifier: instance.InstanceId,
    version: instance.ImageId,
    metadata: {
      environment: instance.Tags.Environment,
      region: instance.Placement.AvailabilityZone,
      instanceType: instance.InstanceType,
    },
    config: {
      privateIp: instance.PrivateIpAddress,
      publicIp: instance.PublicIpAddress,
    },
  }))
);

The provider automatically:

Creates new resources
Updates existing resources
Removes resources no longer in the source

Resource Metadata for Targeting

Metadata is how resources get matched to environments and deployments. Design your metadata schema carefully.

Example Metadata Schema

# Metadata schema for consistent targeting
metadata:
  environment: production | staging | development
  region: us-east-1 | us-west-2 | eu-west-1
  zone: us-east-1a | us-east-1b | ...
  team: platform | product | data
  cluster-tier: high-availability | standard
  cost-center: engineering | sales | ...
  managed-by: terraform | manual

Selector Matching Example

Environment Configuration:

type: Environment
name: Production US East
resourceSelector: >-
  resource.metadata["environment"] == "production" &&
  resource.metadata["region"] == "us-east-1"

Matched Resources:

✅ Resource A: {environment: "production", region: "us-east-1"}
✅ Resource B: {environment: "production", region: "us-east-1", team: "platform"}
❌ Resource C: {environment: "production", region: "us-west-2"}
❌ Resource D: {environment: "staging", region: "us-east-1"}

Resource Variables

Resources can have variables attached to them, which are available during job execution.

Creating Resource Variables

Variables are typically configured via the Web UI. You can also use the API:

ctrlc api create resource-variable \
  --resource {resourceId} \
  --key KUBERNETES_NAMESPACE \
  --value production

Using in Job Execution

When a job executes on a resource, it receives all resource variables:

# In GitHub Actions workflow
- name: Deploy
  run: |
    kubectl apply -f manifest.yaml \
      --namespace ${{ steps.job.outputs.resource_variables_KUBERNETES_NAMESPACE }}

Common Resource Variables

Kubernetes Resources:

KUBERNETES_NAMESPACE - Target namespace
KUBERNETES_CONTEXT - Kubectl context
HELM_RELEASE_NAME - Helm release name

VM Resources:

SSH_HOST - Host to SSH into
SSH_USER - SSH username
DEPLOY_PATH - Where to deploy files

Lambda Resources:

FUNCTION_NAME - Lambda function name
AWS_REGION - AWS region
AWS_ACCOUNT_ID - AWS account

Resource Lifecycle

States

Resources don’t have explicit states in Ctrlplane, but they can be:

Active - deletedAt is null, available for deployments
Deleted - deletedAt is set, excluded from deployments

Updating Resources

Update resource metadata with a YAML file:

# resource-update.yaml
type: Resource
identifier: k8s-prod-use1
metadata:
  environment: production
  region: us-east-1
  updated: "2024-01-15"

ctrlc apply -f resource-update.yaml

Deleting Resources

Soft delete (recommended):

ctrlc api delete resource {resourceId}

This sets deletedAt timestamp. The resource is excluded from new deployments but historical data is preserved.

Querying Resources

List All Resources

ctrlc api get resources --workspace {workspaceId}

Filter by Selector

ctrlc api get resources \
  --workspace {workspaceId} \
  --selector 'resource.metadata["environment"] == "production"'

Get Resource Details

ctrlc api get resource {resourceId}

Resource Providers

Creating a Resource Provider

import { createClient } from "@ctrlplane/node-sdk";

const client = createClient({
  baseUrl: "https://your-ctrlplane-instance.com",
  apiKey: process.env.CTRLPLANE_API_KEY,
});

const provider = client.resourceProvider({
  name: "My Infrastructure Provider",
  workspaceId: "ws_xyz789",
});

await provider.get(); // Registers provider

Syncing Resources

// Fetch resources from your infrastructure
const resources = await fetchInfrastructure();

// Sync to Ctrlplane
await provider.set(
  resources.map(r => ({
    name: r.name,
    kind: r.type,
    identifier: r.id,
    metadata: r.tags,
    config: r.config,
  }))
);

The provider:

Creates resources that don’t exist
Updates resources that changed
Removes resources not in the provided list (careful!)

Provider Sync Strategy

Full Sync (default):

// All resources currently in infrastructure
await provider.set(allResources);

This removes resources not in the list. Good for keeping Ctrlplane in sync with source of truth. Incremental Updates: If you want to preserve manually created resources, filter by provider:

// Only sync resources managed by this provider
const managedResources = await fetchManagedResources();
await provider.set(managedResources);

Best Practices

Metadata Design

Do:

✅ Use consistent key names across all resources
✅ Include classification useful for targeting
✅ Use hierarchical values when appropriate (region/zone)
✅ Include ownership information (team, cost-center)

Don’t:

❌ Put sensitive data in metadata (use config or variables)
❌ Use inconsistent naming (env vs environment)
❌ Include data that changes frequently
❌ Duplicate information already in other fields

Resource Identifiers

Good Identifiers:

✅ k8s-prod-us-east-1 - Descriptive and stable
✅ i-0abc123def456789 - Native AWS instance ID
✅ arn:aws:... - Full ARN for AWS resources

Poor Identifiers:

❌ cluster-1 - Not descriptive
❌ 10.0.1.50 - IP addresses can change
❌ temp-cluster - Suggests instability

Resource Variables

Use for environment-specific configuration
Mark sensitive variables as sensitive: true
Prefer resource variables over hardcoding in deployment config
Use consistent variable naming across similar resources

Provider Usage

Use providers for production (keeps resources in sync)
Run provider sync on a schedule (cron job, CI pipeline)
Test provider sync in staging first
Monitor provider sync failures

Common Patterns

Multi-Region Kubernetes

# multi-region-resources.yaml
---
type: Resource
name: Production US East
kind: KubernetesCluster
identifier: k8s-prod-use1
metadata:
  environment: production
  region: us-east-1
---
type: Resource
name: Production EU West
kind: KubernetesCluster
identifier: k8s-prod-euw1
metadata:
  environment: production
  region: eu-west-1

ctrlc apply -f multi-region-resources.yaml

Tiered Resources

# tiered-resources.yaml
---
type: Resource
name: Critical Production Cluster
kind: KubernetesCluster
identifier: k8s-prod-critical
metadata:
  environment: production
  tier: critical
---
type: Resource
name: Standard Production Cluster
kind: KubernetesCluster
identifier: k8s-prod-standard
metadata:
  environment: production
  tier: standard

ctrlc apply -f tiered-resources.yaml

Team-Based Resources

# team-resources.yaml
---
type: Resource
name: Platform Team Cluster
kind: KubernetesCluster
identifier: k8s-platform-team
metadata:
  team: platform
  environment: shared
---
type: Resource
name: Product Team Cluster
kind: KubernetesCluster
identifier: k8s-product-team
metadata:
  team: product
  environment: shared

ctrlc apply -f team-resources.yaml

Troubleshooting

Resource not appearing in environment

Check the environment’s resource selector
Verify resource metadata matches the selector
Confirm resource is not deleted (deletedAt is null)

Provider sync not working

Verify API key has correct permissions
Check provider name matches
Review provider sync logs for errors

Duplicate resources created

Ensure identifier is truly unique
Check if provider is creating duplicates
Review provider logic for identifier generation

Next Steps

Environments - Group resources into environments
Selectors - Learn selector syntax for targeting resources
Resource Providers - Set up automated resource sync

​What is a Resource?

​Resource Properties

​Core Fields

​name

​kind

​identifier

​metadata

​config

​version

​providerId

​Creating Resources

​Via CLI

​Via Web UI

​Automated Creation (Resource Providers)

​Resource Metadata for Targeting

​Example Metadata Schema

​Selector Matching Example

​Resource Variables

​Creating Resource Variables

​Using in Job Execution

​Common Resource Variables

​Resource Lifecycle

​States

​Updating Resources

​Deleting Resources

​Querying Resources

​List All Resources

​Filter by Selector

​Get Resource Details

​Resource Providers

​Creating a Resource Provider

​Syncing Resources

​Provider Sync Strategy

​Best Practices

​Metadata Design

​Resource Identifiers

​Resource Variables

​Provider Usage

​Common Patterns

​Multi-Region Kubernetes

​Tiered Resources

​Team-Based Resources

​Troubleshooting

​Resource not appearing in environment

​Provider sync not working

​Duplicate resources created

​Next Steps

What is a Resource?

Resource Properties

Core Fields

name

kind

identifier

metadata

config

version

providerId

Creating Resources

Via CLI

Via Web UI

Automated Creation (Resource Providers)

Resource Metadata for Targeting

Example Metadata Schema

Selector Matching Example

Resource Variables

Creating Resource Variables

Using in Job Execution

Common Resource Variables

Resource Lifecycle

States

Updating Resources

Deleting Resources

Querying Resources

List All Resources

Filter by Selector

Get Resource Details

Resource Providers

Creating a Resource Provider

Syncing Resources

Provider Sync Strategy

Best Practices

Metadata Design

Resource Identifiers

Resource Variables

Provider Usage

Common Patterns

Multi-Region Kubernetes

Tiered Resources

Team-Based Resources

Troubleshooting

Resource not appearing in environment

Provider sync not working

Duplicate resources created

Next Steps