pod_detail
Retrieve detailed information about a specific Kubernetes pod, including its configuration, status, and resource usage within a cluster.
Instructions
Get details of a specific pod.
Args: context_name: The Kubernetes context name namespace: The Kubernetes namespace name: The pod name
Returns: Detailed information about the pod
Input Schema
TableJSON Schema
| Name | Required | Description | Default |
|---|---|---|---|
| context_name | Yes | ||
| namespace | Yes | ||
| name | Yes |
Implementation Reference
- tools/pod.py:29-173 (handler)The primary handler function for the 'pod_detail' MCP tool. Decorated with @mcp.tool() for automatic registration. Retrieves a Kubernetes pod by name and namespace, parses its spec, status, metadata, volumes, containers, networking info, and conditions, then returns a comprehensive structured dictionary.
@mcp.tool() @use_current_context def pod_detail(context_name: str, namespace: str, name: str): """ Get details of a specific pod. Args: context_name: The Kubernetes context name namespace: The Kubernetes namespace name: The pod name Returns: Detailed information about the pod """ core_v1: CoreV1Api = get_api_clients(context_name)["core"] pod = core_v1.read_namespaced_pod(name, namespace) containers = [] for c in pod.spec.containers: container_info = { "name": c.name, "image": c.image, "ports": [{"container_port": p.container_port, "protocol": p.protocol} for p in (c.ports or [])], "resources": { "requests": c.resources.requests if c.resources and hasattr(c.resources, "requests") else {}, "limits": c.resources.limits if c.resources and hasattr(c.resources, "limits") else {} }, "environment": [{"name": env.name, "value": env.value if hasattr(env, "value") else "from secret"} for env in (c.env or [])] } containers.append(container_info) volumes = [] if pod.spec.volumes: for vol in pod.spec.volumes: volume_info = {"name": vol.name} # 볼륨 타입 확인 및 정보 추가 if hasattr(vol, "config_map") and vol.config_map: volume_info["type"] = "configMap" volume_info["config_map_name"] = vol.config_map.name elif hasattr(vol, "secret") and vol.secret: volume_info["type"] = "secret" volume_info["secret_name"] = vol.secret.secret_name elif hasattr(vol, "persistent_volume_claim") and vol.persistent_volume_claim: volume_info["type"] = "pvc" volume_info["claim_name"] = vol.persistent_volume_claim.claim_name elif hasattr(vol, "host_path") and vol.host_path: volume_info["type"] = "hostPath" volume_info["path"] = vol.host_path.path elif hasattr(vol, "empty_dir") and vol.empty_dir: volume_info["type"] = "emptyDir" else: volume_info["type"] = "other" volumes.append(volume_info) conditions = [] if pod.status.conditions: for condition in pod.status.conditions: conditions.append({ "type": condition.type, "status": condition.status, "last_transition_time": condition.last_transition_time, "reason": condition.reason, "message": condition.message }) networking = { "pod_ip": pod.status.pod_ip, "host_ip": pod.status.host_ip, "node_name": pod.spec.node_name } metadata = { "creation_timestamp": pod.metadata.creation_timestamp, "labels": pod.metadata.labels or {}, "annotations": pod.metadata.annotations or {}, "owner_references": [{ "kind": ref.kind, "name": ref.name, "uid": ref.uid } for ref in (pod.metadata.owner_references or [])] } status_info = { "phase": pod.status.phase, "start_time": pod.status.start_time, "container_statuses": [] } if pod.status.container_statuses: for cs in pod.status.container_statuses: container_status = { "name": cs.name, "ready": cs.ready, "restart_count": cs.restart_count, "image": cs.image, "image_id": cs.image_id, "container_id": cs.container_id } if cs.state: state_info = {} if hasattr(cs.state, "running") and cs.state.running: state_info["current"] = "running" state_info["started_at"] = cs.state.running.started_at elif hasattr(cs.state, "waiting") and cs.state.waiting: state_info["current"] = "waiting" state_info["reason"] = cs.state.waiting.reason state_info["message"] = cs.state.waiting.message elif hasattr(cs.state, "terminated") and cs.state.terminated: state_info["current"] = "terminated" state_info["exit_code"] = cs.state.terminated.exit_code state_info["reason"] = cs.state.terminated.reason state_info["message"] = cs.state.terminated.message state_info["started_at"] = cs.state.terminated.started_at state_info["finished_at"] = cs.state.terminated.finished_at container_status["state"] = state_info status_info["container_statuses"].append(container_status) result = { "name": pod.metadata.name, "namespace": pod.metadata.namespace, "status": status_info, "spec": { "containers": containers, "volumes": volumes, "restart_policy": pod.spec.restart_policy, "service_account": pod.spec.service_account, "dns_policy": pod.spec.dns_policy, "node_selector": pod.spec.node_selector or {}, "tolerations": [{ "key": t.key, "operator": t.operator, "effect": t.effect, "toleration_seconds": t.toleration_seconds } for t in (pod.spec.tolerations or [])] }, "metadata": metadata, "networking": networking, "conditions": conditions } return result - tools/pod.py:29-29 (registration)The @mcp.tool() decorator registers the pod_detail function as an MCP tool.
@mcp.tool()