conformance

README

Conformance Tests

Tests structure

1. tests/ directory contains the configuration and the test definition for conformance tests.
2. All the conformance tests are within the tests/conformance directory.
3. All the configurations are in the tests/config directory.
4. Each of the component specific component definition are in their specific component type folder in the tests/config folder. For example, the redis statestore component definition within state directory.

• The component types are: bindings, configuration, crypto, pubsub, state, secretstores, workflows.
• Cloud specific components will be within their own cloud directory within the component type folder, e.g. pubsub/azure/servicebus.

1. Similar to the component definitions, each component type has its own set of the conformance tests definitions.
2. Each component type contains a tests.yml definition that defines the component to be tested along with component specific test configuration. Nested folder names have their / in path replaced by . in the component name in tests.yml, e.g. azure/servicebus/topics should be azure.servicebus.topics
3. All the tests configurations are defined in common.go file.
4. Each component type has its own _test file to trigger the conformance tests. E.g. bindings_test.go.
5. Each test added will also need to be added to the component type/tests.yml workflow file.

Conformance test workflow

1. All components/services tested in the automated tests are currently manually setup by the Dapr team and run in an environment maintained by the Dapr team. As a contributor, follow the next two steps for integrating a new component with conformance tests.
2. If the component is tested locally within a docker container requiring no secrets, then add the component to the pr-components step in conformance test workflow .github/conformance.yml. pr-components step generates the component matrix for which the conformance tests will be run on each PR.
3. If the component is tested against a service and requires secrets, then add the component to the cron-components step in conformance test workflow .github/conformance.yml. cron-components defines the components for which the conformance test will be run against the master code in a scheduled manner.

Integrating a new component with conformance tests

1. Add the component specific YAML to tests/config/<COMPONENT-TYPE>/<COMPONENT>/<FILE>.yaml.

2. All passwords will be of the form ${{PASSWORD_KEY}} so that it is injected via environment variables.

3. Register the component New** function in common.go. For example:

   ...
       switch tc.Component {
       case "azure.servicebusqueues":
           binding = b_azure_servicebusqueues.NewAzureServiceBusQueues(testLogger)
       case "azure.storagequeues":
           binding = b_azure_storagequeues.NewAzureStorageQueues(testLogger)
       case "azure.eventgrid":
           binding = b_azure_eventgrid.NewAzureEventGrid(testLogger)
       case "kafka":
           binding = b_kafka.NewKafka(testLogger)
       case "new-component":
           binding = b_new_component.NewComponent(testLogger)
       default:
           return nil
       }
   ...
   

4. Add the config to tests.yml defined inside tests/config/<COMPONENT-TYPE>/ folder. For example:

   componentType: binding
   components:
     # For each component
     - component: <COMPONENT>
       # If the component supports additional (optional) operations
       operations: [ '<operation1>', '<operation2'> ]
       # If the component does NOT support additional operations
       operations: []
   

5. Any UUID generation for keys can be specified using $((uuid)). E.g. see /tests/config/bindings/tests.yml

6. Run the specific conformance test following the process below.

7. Follow steps 2 and 3 for changes to the workflow.

Running conformance tests

1. Test setup is independent of the test run.

2. Run the service that needs to conformance tested locally or in your own cloud account.

   • For cloud-agnostic components such as Kafka, MQTT etc., there are docker-compose definitions under the /.github/infrastructure folder you can use to quickly create an instance of the service. For example, to setup Kafka for conformance tests:

     docker-compose -f ./.github/infrastructure/docker-compose-kafka.yml -p kafka up -d
     

   • For Azure components such as Blob Storage, Key Vault etc., there is an automation script that can help you create the resources under your subscription, and extract the environment variables needed to run the conformance tests. See /.github/infrastructure/conformance/azure/README.md for more details.

   • Some components require additional set up or teardown scripts, which are placed in /.github/scripts/components-scripts/

3. Some conformance tests require credentials in the form of environment variables. For examples Azure Cosmos DB conformance tests will need to have Azure Cosmos DB credentials. You will need to supply them to make these tests pass.

4. To run specific tests, run:

   # TEST_NAME can be TestPubsubConformance, TestStateConformance, TestSecretStoreConformance or TestBindingsConformance
   # COMPONENT_NAME is the component name from the tests.yml file, e.g. azure.servicebus, redis, mongodb etc.
   go test -v -tags=conftests -count=1 ./tests/conformance -run="${TEST_NAME}/${COMPONENT_NAME}"
   

Debug conformance tests

To run all conformance tests

 dlv test --build-flags '-v -tags=conftests' ./tests/conformance

To run a specific conformance test

 dlv test --build-flags '-v -tags=conftests' ./tests/conformance -- -test.run "TestStateConformance/redis"

If you want to combine VS Code & dlv for debugging so you can set breakpoints in the IDE, create a debug launch configuration as follows:

{
    "version": "0.2.0",
    "configurations": [
    {
        "name": "Launch test function",
        "type": "go",
        "request": "launch",
        "mode": "test",
        "program": "${workspaceFolder}/tests/conformance",
        "buildFlags": "-v -tags=conftests",
        "env": {
            "SOMETHING_REQUIRED_BY_THE_TEST": "<somevalue>"
        },
        "args": [
            "-test.run",
            "TestStateConformance/redis",
        ]
    },
    ]
}

Using Terraform for conformance tests

If you are writing new conformance tests and they require cloud resources, you should use the Terraform framework we have in place. To enable your component test to use terraform there are a few changes in the normal steps you must do.

1. Create a setup and teardown script in /.github/scripts/components-scripts/ for your component. You should also define new env variables. You will need a variable for each specific resource your tests will use. If you require 3 different topics and 2 different tables for your tests you should have 5 different env variables set. The only convention you must follow for the variables is the value must use $UNIQUE_ID to ensure there are no conflicts with the resource names.

   echo "PUBSUB_AWS_SNSSQS_QUEUE=testQueue-${UNIQUE_ID}" >> $GITHUB_ENV
   

   Take a look at the AWS DynamoDB setup and teardown scripts as example.

2. When updating the tests.yml defined inside tests/config/<COMPONENT-TYPE>/ folder you should overwrite the default names of any resources the conformance tests use. These values should reference env variables which should be defined in the conformance.yml.

     - component: aws.snssqs.terraform
       operations: ["publish", "subscribe", "multiplehandlers"]
       config:
       pubsubName: aws-snssqs
       testTopicName: ${{PUBSUB_AWS_SNSSQS_TOPIC}}
       testMultiTopic1Name: ${{PUBSUB_AWS_SNSSQS_TOPIC_MULTI_1}}
       testMultiTopic2Name: ${{PUBSUB_AWS_SNSSQS_TOPIC_MULTI_2}}
   

3. When writing your component.yml you should reference your credentials using env variables and any resources specified in the yaml should use env variables as well just as you did in the test.yml. Also if your component has an option that controls resource creation such as disableEntityManagement you will need to set it so it prohibits new resource creation. We want to use only terraform to provision resources and not dapr itself for these tests.

     metadata:
       - name: accessKey
         value: ${{AWS_ACCESS_KEY_ID}}
       - name: secretKey
         value: ${{AWS_SECRET_ACCESS_KEY}}
       - name: region
         value: "us-east-1"
       - name: consumerID
         value: ${{PUBSUB_AWS_SNSSQS_QUEUE}}
       - name: disableEntityManagement
         value: "true"
   

4. You will need to create a new terrafrorm file component.tf to provision your resources. The file should be placed in its own folder in the .github/infrastructure/terraform/conformance directory such as .github/infrastructure/terraform/conformance/pubsub/aws/snsqsq. The terraform file should use a UNIQUE_ID variable and use this variables when naming its resources so they matched the names defined earlier. Make sure any resources your tests will use are defined in terraform.

   variable "UNIQUE_ID" {
       type        = string
       description = "Unique Id of the github worklow run."
   }
   

5. Register your test in the file /.github/scripts/test-info.mjs file, making sure to set requiresTerraform: true.

Adding new AWS component in GitHub Actions

1. For tests involving aws components we use a service account to provision the resources needed. If you are contributing a brand new component you will need to make sure our account has sufficient permissions to provision resources and use handle component. A Dapr STC member will have to update the service account so contact them for assistance.

2. In your component yaml for your tests you should set the component metadata properties accesskey and secretkey to the values of ${{AWS_ACCESS_KEY_ID}} and ${{AWS_SECRET_ACCESS_KEY}}. These env values will contain the credentials for the testing service account.

     metadata:
       - name: accessKey
         value: ${{AWS_ACCESS_KEY_ID}}
       - name: secretKey
         value: ${{AWS_SECRET_ACCESS_KEY}}
   

Documentation

Index

• func ConvertMetadataToProperties(items []MetadataItem) (map[string]string, error)
• func LookUpEnv(key string) string
• func ParseConfigurationMap(t *testing.T, configMap map[string]interface{})
• type Auth
• type Component
  • func LoadComponents(componentPath string) ([]Component, error)
• type ComponentList
• type ComponentSpec
• type DynamicValue
  • func (d *DynamicValue) String() string
• type MetadataItem
• type SecretKeyRef
• type StandaloneComponents
  • func NewStandaloneComponents(componentPath string) *StandaloneComponents
  • func (s *StandaloneComponents) LoadComponents() ([]Component, error)
• type TestComponent
• type TestConfiguration
  • func NewTestConfiguration(configFilepath string) (*TestConfiguration, error)
  • func (tc *TestConfiguration) Run(t *testing.T)

Functions

func ConvertMetadataToProperties

func ConvertMetadataToProperties(items []MetadataItem) (map[string]string, error)

func LookUpEnv

func LookUpEnv(key string) string

LookUpEnv returns the value of the specified environment variable or the empty string.

func ParseConfigurationMap

func ParseConfigurationMap(t *testing.T, configMap map[string]interface{})

Types

type Auth

type Auth struct {
	SecretStore string `json:"secretStore"`
}

Auth represents authentication details for the component.

type Component

type Component struct {
	metav1.TypeMeta `json:",inline"`
	// +optional
	metav1.ObjectMeta `json:"metadata,omitempty"`
	// +optional
	Spec ComponentSpec `json:"spec,omitempty"`
	// +optional
	Auth `json:"auth,omitempty"`
	// +optional
	Scopes []string `json:"scopes,omitempty"`
}

Component describes an Dapr component type.

func LoadComponents

func LoadComponents(componentPath string) ([]Component, error)

type ComponentList

type ComponentList struct {
	metav1.TypeMeta `json:",inline"`
	metav1.ListMeta `json:"metadata"`

	Items []Component `json:"items"`
}

ComponentList is a list of Dapr components.

type ComponentSpec

type ComponentSpec struct {
	Type    string `json:"type"`
	Version string `json:"version"`
	// +optional
	IgnoreErrors bool           `json:"ignoreErrors"`
	Metadata     []MetadataItem `json:"metadata"`
	// +optional
	InitTimeout string `json:"initTimeout"`
}

ComponentSpec is the spec for a component.

type DynamicValue

type DynamicValue struct {
	v1.JSON `json:",inline"`
}

DynamicValue is a dynamic value struct for the component.metadata pair value.

func (*DynamicValue) String

func (d *DynamicValue) String() string

String returns the string representation of the raw value. If the value is a string, it will be unquoted as the string is guaranteed to be a JSON serialized string.

type MetadataItem

type MetadataItem struct {
	Name string `json:"name"`
	// +optional
	Value DynamicValue `json:"value,omitempty"`
	// +optional
	SecretKeyRef SecretKeyRef `json:"secretKeyRef,omitempty"`
}

MetadataItem is a name/value pair for a metadata.

type SecretKeyRef

type SecretKeyRef struct {
	Name string `json:"name"`
	Key  string `json:"key"`
}

SecretKeyRef is a reference to a secret holding the value for the metadata item. Name is the secret name, and key is the field in the secret.

type StandaloneComponents

type StandaloneComponents struct {
	// contains filtered or unexported fields
}

StandaloneComponents loads components in a standalone mode environment.

func NewStandaloneComponents

func NewStandaloneComponents(componentPath string) *StandaloneComponents

NewStandaloneComponents returns a new standalone loader.

func (*StandaloneComponents) LoadComponents

func (s *StandaloneComponents) LoadComponents() ([]Component, error)

LoadComponents loads dapr components from a given directory.

type TestComponent

type TestComponent struct {
	Component  string                 `yaml:"component,omitempty"`
	Profile    string                 `yaml:"profile,omitempty"`
	Operations []string               `yaml:"operations,omitempty"`
	Config     map[string]interface{} `yaml:"config,omitempty"`
}

type TestConfiguration

type TestConfiguration struct {
	ComponentType string          `yaml:"componentType,omitempty"`
	Components    []TestComponent `yaml:"components,omitempty"`
}

func NewTestConfiguration

func NewTestConfiguration(configFilepath string) (*TestConfiguration, error)

NewTestConfiguration reads the tests.yml and loads the TestConfiguration.

func (*TestConfiguration) Run

func (tc *TestConfiguration) Run(t *testing.T)