Background
The DCM is one of the components of ONAP4K8s. It will run as a microservice exposing Rest APIs, external components will use REST to communicate with the DCM while other microservices will use gRPC. The DCM will perform the following functions;
- User creation (currently one user per logical cloud)
- Namespace creation (currently one namespace per logical cloud)
- Generate intermediate CA key for each edge which is signed by a root or intermediate key
- Logical Cloud creation - Create Istio control planes for the logical clouds.
Different components (microservice) work together with the DCM to make the above possible, the components are;
- Main DCM Microservice (contains the service mesh Module(formally Logical Cloud Controller), User Module and Namespace Module, Quota Module(Limits resources available to each logical cloud))
- CA Key Distribution Controller ( Generate intermediate CA key for each edge which is signed by an root or intermediate key)
Design Overview
Fig 1: DCM Components
DCM Sequence
- Client creates logical cloud using logical cloud creation API
- Associates logical cloud with clusters (this API is called multiple times)
- Add quota for logical cloud
- The client talks to the core module and at each step the core module calls the specific modules which then take the information and store it in the required section in the database. For examle, the namespace module will store the namespace for the logical cloud in the DB.
- Apply API is called
- Service mesh module gets CA bundle from CA controller
- Service mesh module gets names of logical cloud and creates a new namespace name using name of logical cloud
Service mesh module creates helm template/istioctl manifest and stores it in the database with the namespace to use
- Service mesh module creates k8s coredns file for coredns of control plane for each cluster i.e, there is a coredns deployment file, configmap, service account etc for each cluster per control plane (logical cloud)
- DCM informs the resource synchronizer to start the logical cloud creation via gRPC and the resource synchronizer starts reading from the DB
- The DCM gets status from the resource synchronizer via gRPC
DCM Source Code Directory Structure
dcm
├── core
│ └── main.go
├── namespace-controller
│ └── namespace.go
├── quota-controller
│ └── quota.go
├── service-mesh-controller
│ └── service-mesh.go
└── user-controller
└── user.go
GO API
func createNamespace(logicalCloudName Namespace string) error //Stores the namespace for the logical cloud in the database func createUser(user logicalCloudName string permissions []map[string]map[string][]string) error //Stores the user details for the logical cloud in the database func createKVpair(name description string userData map[string]string kvPair []map[string]string) error //Stores a new key value pair in the database func addCluster(cluster logicalCloudName string) error //Associates a new cluster with the logical cloud func addUserPermissions(user permissionName string apiGroups resources verbs []string) error func applyConfig(logicalCloudName string) error //Talks to the Resource Synchronizer to start the actual creation of all the resources for the logical cloud func getKVPair(name string) ([]map[string]string error) func getClusterConfig(cluster logicalCloudName string) ([]byte, error) //Returns Kubeconfig for the cluster in JSON format func getNamespace(logicalCloudName string) (string error) func getUser(logicalCloudName string) (string error) func getClusters(logicalCloudName string) ([]string error) func getUserPermissions(user string) (([]map[string]map[string][]string) error) //Sample output [{"permission-1": {"apiGroups": ["stable.example.com"], "resources" : ["secrets", "pods"], "verbs" : ["get", "watch", "list", "create"] }}, {"permission-2": {"apiGroups": [""], "resources" : ["configmaps"], "verbs" : ["*"] }}]
Service Mesh API
func create_mesh () { func get_lc_clusters() (map[string]string) //Returns a map containing a mapping of cluster names to load balancer ip address func create_mesh_namespace(logical-cloud-name, []clusters) func create_ca_secrets(logical-cloud-name){ func get_ca_certs(url) } func install_helm([] clusters) (or install istioctl) func create_helm_chart() (or istioctl manifest) }
REST API
API to Create Logical Cloud Name and Associate some components
Create Logical cloud name for new logical cloud, add user name, namespace and user permissions
URL: /v2/projects/<project-name>/logical-clouds POST BODY: { "metadata" : { "name": "lc-1", //unique name for the record "description": "logical cloud for walmart finance department", //description for the logical cloud "userData1":"<user data>", "userData2":"<user data>" }, "spec" : { "namespace" : "ns-1", // one namespace per logical cloud "user" : { "user-name" : "user-1", //name of user for this cloud (username and logical cloud name would be used as subject for the user key) "type" : "certificate", //type of authentication credentials used by user (certificate, Token, UNPW) "user-permissions" : [ { "permission-name" : "permission-1", "apiGroups" : ["stable.example.com"], "resources" : ["secrets", "pods"], "verbs" : ["get", "watch", "list", "create"] }, { "permission-name" : "permission-2", "apiGroups" : [""], "resources" : ["configmaps"], "verbs" : ["*"] } ] } } } Return Status: 201 Return Body: { "name" : "logical-cloud-1", "logical-cloud-name" : "logical-cloud-1", "namespace" : "ns-1", "user-name" : "user-1" }
PUT (Change logical cloud contents)
URL: /v2/projects/<project-name>/logical-clouds/<name> PUT BODY: { "metadata" : { "description": "logical cloud for walmart finance department", //description for the logical cloud "userData1":"<user data>", "userData2":"<user data>" }, "spec" : { "namespace" : "ns-1", // one namespace per logical cloud "user" : { "user-name" : "user-1", //name of user for this cloud (username and logical cloud name would be used as subject for the user key) "type" : "certificate", //type of authentication credentials used by user (certificate, Token, UNPW) "user-permissions" : [ { "permission-name" : "permission-1", "apiGroups" : ["stable.example.com"], "resources" : ["secrets", "pods"], "verbs" : ["get", "watch", "list", "create"] }, { "permission-name" : "permission-2", "apiGroups" : [""], "resources" : ["configmaps"], "verbs" : ["*"] } ] } } } Return Status: 200 (OK) Return Body: { "name" : "logical-cloud-1", "logical-cloud-name" : "logical-cloud-1", "namespace" : "ns-1", "user" : "user-1" }
GET Logical Cloud
GET URL: /v2/projects/<project-name>/logical-clouds/<name> RESPONSE BODY: { "metadata" : { "name": "lc-1", //unique name for the record "description": "logical cloud for walmart finance department", //description for the logical cloud "userData1":"<user data>", "userData2":"<user data>" }, "spec" : { "namespace" : "ns-1", // one namespace per logical cloud "user" : { "user-name" : "user-1", //name of user for this cloud (username and logical cloud name would be used as subject for the user key) "type" : "certificate", //type of authentication credentials used by user (certificate, Token, UNPW) "user-permissions" : [ { "permission-name" : "permission-1", "apiGroups" : ["stable.example.com"], "resources" : ["secrets", "pods"], "verbs" : ["get", "watch", "list", "create"] }, { "permission-name" : "permission-2", "apiGroups" : [""], "resources" : ["configmaps"], "verbs" : ["*"] } ], "clusters" : ["cluster-1", "cluster-2", "cluster-3] } } }
DELETE Logical Cloud
DELETE URL: /v2/projects/<project-name>/logical-clouds/<name>
Logical Cloud Cluster API
POST (Associate cluster with logical cloud )
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/cluster-references/ POST BODY: { "cluster-name": "c1", //name of the cluster "loadbalancer-ip" : "0.0.0.0" //IP address of the istio loadbalancer for the logical cloud control plane in the cluster } Return Status: 200 (OK) Return Body: { "cluster-name" : "cluster-1" "loadbalancer-ip" : "0.0.0.0" }
PUT
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/cluster-references/cluster-name PUT BODY: { "loadbalancer-ip" : "0.0.0.0" //IP address of the istio loadbalancer for the logical cloud control plane in the cluster } Return Status: 200 (OK) Return Body: { "cluster-name" : "cluster-1" "loadbalancer-ip" : "0.0.0.0" }
GET
GET URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/cluster-references/ RESPONSE BODY: { cluster-references : [ { "cluster-name" : "c1", "loadbalancer-ip" : "0.0.0.0 }, { "cluster-name" : "c2", "loadbalancer-ip" : "x.x.x.x } ] }
DELETE (Delete cluster from Logical cloud)
DELETE URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/cluster-references/cluster-name RESPONSE STATUS: 204 }
Logical Cloud User Permissions API
Add user permissions
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/user-permissions POST BODY: { "name" : "permission-3", "apiGroups" : [""], "resources" : ["jobs"], "verbs" : ["list"] } Return Status: 200 (OK) Return Body: { "name" : "permission-3", "apiGroups" : [""], "resources" : ["jobs"], "verbs" : ["list"] }
GET User Permissions
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/user-permissions GET: Return Body: {"permissions" : [ { "name" : "permission-1", "apiGroups" : ["stable.example.com"], "resources" : ["secrets", "pods"], "verbs" : ["get", "watch", "list", "create"] }, { "name" : "permission-2", "apiGroups" : [""], "resources" : ["configmaps"], "verbs" : ["*"] }, { "name" : "permission-3", "apiGroups" : [""], "resources" : ["jobs"], "verbs" : ["list"] } ] }
PUT (Update User permissions)
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/user-permissions/permission-3 POST BODY: { "apiGroups" : [""], "resources" : ["pvc"], "verbs" : ["list"] } Return Status: 200 (OK) Return Body: { "name" : "permission-3", "apiGroups" : [""], "resources" : ["pvc"], "verbs" : ["list"] }
Delete User Permissions
DELETE URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/user-permissions/<permission-name> RETURN STATUS: 204
Logical Cloud Quota API
Create logical cloud Quota ( quota will be applied to each cluster in the logical cloud)
This allows resources to be tuned for the logical cloud
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/cluster-quotas POST BODY: { "metadata" : { "name" : "quota-1", "description": "desc" }, "spec" : { "limits.cpu": "400", "limits.memory": "1000Gi", "requests.cpu": "300", "requests.memory": "900Gi", "requests.storage" : "500Gi", "requests.ephemeral-storage": "", "limits.ephemeral-storage": "", "persistentvolumeclaims" : " ", "pods": "500", "configmaps" : "", "replicationcontrollers": "", "resourcequotas" : "", "services": "", "services.loadbalancers" : "", "services.nodeports" : "", "secrets" : "", "count/replicationcontrollers" : "", "count/deployments.apps" : "", "count/replicasets.apps" : "", "count/statefulsets.apps" : "", "count/jobs.batch" : "", "count/cronjobs.batch" : "", "count/deployments.extensions" : "" } } RETURN STATUS: 201
GET logical cloud Quota
GET URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/cluster-quotas/<quota-name> RETURN BODY: { "metadata" : { "name" : "quota-1", "description": "desc" }, "spec" : { "cpu": "400", "memory": "1000Gi", "pods": "500" } }
Update Logical Cloud Quota
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/cluster-quotas/<quota-name> PUT BODY: { "metadata" : { "description": "desc" }, "spec" : { "cpu": "400", "memory": "1000Gi", "pods": "500" } } RETURN STATUS: 201
Delete Logical Cloud Quota
DELETE URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/cluster-quotas/<quota-name> RETURN STATUS: 204
Logical Cloud Key Value API
16. Add Key Value pair to logical cloud database
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/kv-pairs POST BODY { "metadata":{ "name":"<name>", "description":"<description>", "userData1":"<user data>", "userData2":"<user data>" }, "spec":{ "kv":[ { "key1":"val1" }, { "key2":"val2" } ] } } RETURN STATUS: 201 RETURN BODY: { "metadata":{ "name":"<name>", "description":"<description>", "userData1":"<user data>", "userData2":"<user data>" }, "spec":{ "kv":[ { "key1":"val1" }, { "key2":"val2" } ] } }
17. PUT (Update kv pair)
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/kv-pairs/<name> PUT BODY { "metadata":{ "description":"<description>", "userData1":"<user data>", "userData2":"<user data>" }, "spec":{ "kv":[ { "key1":"val3" }, { "key2":"val4" } ] } } RETURN STATUS: 201 RETURN BODY: { "metadata":{ "description":"<description>", "userData1":"<user data>", "userData2":"<user data>" }, "spec":{ "kv":[ { "key1":"val3" }, { "key2":"val4" } ] } }
18. GET KV pair
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/kv-pairs/<name> RETURN STATUS: 200 RETURN BODY: { "metadata":{ "name":"<name>", "description":"<description>", "userData1":"<user data>", "userData2":"<user data>" }, "spec":{ "kv":[ { "key1":"val1" }, { "key2":"val2" } ] } }
19. DELETE KV pair
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/kv-pairs/<name> RETURN STATUS: 204
KUBECONFIG API (WORK IN PROGRESS)
Important points to Note
- cluster CA and cluster CRT will be gotten when a cluster is registered and this will be used to create the user crt after the user csr and user key are created
Kubeconfig will be put in the mongoDB
2. Get Logical Cloud kubeconfig
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/kubeconfig?cluster-reference=cluster-1 GET Return Status: 201 Return Body : { "apiVersion": "v1", "clusters": [ { "cluster": { "certificate-authority-data": 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"server": "https://1.2.3.4:6443" }, "name": "kubernetes" } ], "contexts": [ { "context": { "cluster": "cluster-1", "user": "user-1" }, "name": "user-1-context" } ], "current-context": "user-1-context", "kind": "Config", "users": [ { "name": "user-1", "user": { "client-certificate-data" : 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"client-key-data" : "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" } } ] }
APPLY API
When the API is called, the resource synchronizer is called and the resource creation in the cluster begins
Apply all the created configuration, this creates the K8s resources
URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/apply Return Status: 200 (OK) Return Body: { "logical-cloud-name" : "logical-cloud-1", "namespace" : "ns-1", // one namespace per logical cloud "description": "logical cloud for walmart finance department", //description for the logical cloud "user" : "user-1", "clusters" : ["cluster1", "cluster2", "cluster3"] "quota-name" : "quota-1" }
STATUS API
GET (Check status of operation)
GET URL: /v2/projects/<project-name>/logical-clouds/<logical-cloud-name>/status GET BODY: Return Body : { "metadata" : { "name" : "logical-cloud-1" "description" : "<description>", } "clusters" : [ "cluster-1" : { "namespace-status" : "<status>", "role-status" : "<status>", "role-binding-status" : "<status>" } "cluster-2" : { "namespace-status" : "<status>", "role-status" : "<status>", "role-binding-status" : "<status>" "control-plane-status" : "<status>" } ], "status": "Creation in Progress " //Created, Creation Failed }