Huawei Cloud Ecs Manage

Huawei Cloud ECS Manage (Create-Failure Diagnosis & Instance Management)

STOP - Do not answer from general knowledge. Follow the procedure below.

Step 0: Ensure skill-quality-cli (required; installed on first use)

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bash scripts/ensure_cli.sh   # idempotent: installs only if absent (no auto-upgrade)
export PATH="$HOME/.local/bin:$PATH"
skill-quality-cli version    # verify it works

Run this step first: quality reporting depends on skill-quality-cli, ensured idempotently by scripts/ensure_cli.sh (installs once if missing, skips if present; no auto-upgrade — run skill-quality-cli upgrade to update manually). If offline or the download fails, the skill degrades silently (business flow unaffected); re-run this step once back online. Always run hcloud ECS <Operation> --help before constructing commands to discover exact parameter names and requirements.

Overview

This skill provides AI Agent capabilities for Huawei Cloud ECS (Elastic Cloud Server / 弹性云服务器): instance lifecycle management (create/start/stop/restart/delete), instance/ quota/ flavor/ image querying, and a 6-step create-failure root-cause diagnosis that eliminates the most common causes of "ECS instance creation failed" in order: quota → flavor → image → network → keypair → disk.

It exposes 12 huawei_* actions in four capability groups:

Scope boundaries:

• ✅ Query ECS instances, flavors, images, quotas (read-only)
• ✅ Diagnose ECS create failures (quota → flavor → image → network → keypair → disk) and analyze instance health (status / disk / network)
• ✅ Create (post-paid), start, stop, restart, delete ECS instances (R2/R1: always preview + confirm)
• ❌ NEVER change VPC/subnet/security group/disk resources themselves — diagnosis and create parameters only read them (use dedicated VPC / EVS skills for mutation)
• ❌ NEVER execute start/stop/restart/delete/create without explicit user confirmation
• ❌ NEVER echo credentials (AK/SK, passwords, tokens) in any output or report

Dependency: Quality telemetry is collected automatically via skill-quality-cli (installed by scripts/ensure_cli.sh if absent).

Critical Warnings

Prerequisites

1. hcloud CLI (KooCLI 7.2.x or later) installed and authenticated.
   • Installation and configuration guide: see references/cli-installation-guide.md
   • Two supported authentication modes:
     • AK/SK credentials: environment variables HUAWEICLOUD_SDK_AK / HUAWEICLOUD_SDK_SK (or HUAWEI_ACCESS_KEY / HUAWEI_SECRET_KEY), or interactive setup via the hcloud configure wizard
     • Local hcloud profile: run "hcloud configure list"; it must show a valid profile with mode AKSK and a real accessKeyId
   • Verify authentication with "hcloud configure list"
2. Region: ECS is region-specific. Always pass --cli-region={region} (e.g. cn-north-4). --project_id is auto-filled from the profile when omitted.
3. IAM permissions: least-privilege policies are provided in references/iam-policies.md.
   • Query/diagnose: ecs:cloudServers:list, ecs:cloudServers:get, ecs:cloudServerFlavors:list, ecs:cloudServerImages:list, ecs:jobs:get, ecs:serverVolumes:list, ims:images:list, vpc:subnets:list, vpc:securityGroups:list, vpc:publicIps:list, evs:volumes:list
   • Manage: ecs:cloudServers:create, ecs:cloudServers:action (start/stop/restart), ecs:cloudServers:delete
4. skill-quality-cli — ensured by bash scripts/ensure_cli.sh (idempotent, skips if present)
   • Upgrade: run skill-quality-cli upgrade manually (no auto-upgrade)
   • Disable telemetry report: set SKILL_QUALITY_REPORT=0

Workflow

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1. Identify target → region, instance_id / flavor_id / image_id / vpc_id / subnet_id / key_name, intent keywords
2. Classify intent →
     - Query/Diagnose (R3): list / show / analyze / diagnose — auto execute
     - Manage (R2): create / start / stop / restart — ALWAYS show preview and ask for explicit confirmation
     - Manage (R1): delete — ALWAYS show the instance details, irreversible warning, explicit confirmation
3. Execute → build the hcloud command from the verified templates below
4. Output → structured JSON summary + readable diagnosis report
5. Report quality → automatic via skill-quality-cli run wrapping (see Step 0 / Prerequisites #4)

Confirmation gates (MUST NOT be skipped):

• R2 actions (huawei_create_ecs_instance, huawei_start_ecs_instance, huawei_stop_ecs_instance, huawei_restart_ecs_instance): show the full command, the target instance(s), and ask "confirm?" before running.
• R1 action (huawei_delete_ecs_instance): first run the read-only check (ShowServer to confirm the instance exists and record its status/flavor/volumes). Show the full command with the irreversible deletion warning, and require explicit confirmation before running.
• Create preflight: before huawei_create_ecs_instance, ALWAYS run huawei_diagnose_ecs_create_failure (or at least the quota + flavor + image checks) so the user sees the environment is ready, then confirm.

Write operations are marked [W] / 写操作 in the command blocks below (检测关键字: create / start / stop / restart / delete — same verbs the test pipeline's write-operation detector keys on).

Core Commands

All commands below are shown in dual form: the bare executable hcloud <Service> <Operation> command and the identical payload wrapped with skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- ... for quality reporting. They require the KooCLI (hcloud CLI) installed and authenticated (see Prerequisites); no Python SDK package is needed for any business command.

⚠️ Mandatory: every hcloud command in this skill MUST be wrapped with skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- <command> — bare hcloud calls are strictly forbidden.

1. Query (R3 — read-only, auto execute)

huawei_list_ecs_instances — list ECS instances and their status:

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# Optional: --limit={n} --offset={n} --status={ACTIVE|SHUTOFF|ERROR|BUILD|...} --name={name} --server_id={id1,id2}
hcloud ECS ListServersDetails --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ListServersDetails --cli-region={region}

huawei_get_ecs_instance — query one instance's full detail (status, addresses, flavor, volumes, fault):

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hcloud ECS ShowServer --cli-region={region} --server_id={server_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ShowServer --cli-region={region} --server_id={server_id}

huawei_list_ecs_flavors — list available flavors (optionally scoped to one AZ):

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# Optional: --availability_zone={az} --flavor_id={flavor_id} --limit={n} --marker={marker}
hcloud ECS ListFlavors --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ListFlavors --cli-region={region}

huawei_list_ecs_images — list available images (filter by OS type / architecture / status):

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# Optional: --__os_type={Linux|Windows} --architecture={x86|arm} --status={active} --name={name} --limit={n}
hcloud IMS ListImages --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud IMS ListImages --cli-region={region}

huawei_list_ecs_quotas — query project quota usage:

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hcloud ECS ShowServerLimits --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ShowServerLimits --cli-region={region}

ShowServerLimits returns absolute limits and usage (e.g. maxTotalInstances/totalInstancesUsed, maxTotalCores, maxTotalRAMSize, maxTotalVolumes, maxTotalKeypairs). For disk volume quotas, additionally use:

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# Required: --target_project_id={project_id} --usage=True
hcloud EVS CinderListQuotas --target_project_id={project_id} --usage=True --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud EVS CinderListQuotas --target_project_id={project_id} --usage=True --cli-region={region}

2. Diagnose (R3 — read-only, auto execute)

huawei_diagnose_ecs_create_failure — 6-step create-failure root-cause diagnosis. Capture the failed create request's parameters first (flavor_id, image_id, vpc_id/subnet_id, security group, key_name, disk type/size, AZ, error message / job id from the console), then run the steps in order and stop at the first failing check:

Dual-form examples:

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# Step 1 — quota
hcloud ECS ShowServerLimits --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ShowServerLimits --cli-region={region}
# Step 2 — flavor
hcloud ECS ListFlavors --cli-region={region} --flavor_id={flavor_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ListFlavors --cli-region={region} --flavor_id={flavor_id}
# Step 3 — image
hcloud IMS ListImages --cli-region={region} --id={image_id} --status=active
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud IMS ListImages --cli-region={region} --id={image_id} --status=active
# Step 4 — network
hcloud VPC ListSubnets --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud VPC ListSubnets --cli-region={region}
hcloud VPC ListSecurityGroups/v2 --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud VPC ListSecurityGroups/v2 --cli-region={region}
# Step 5 — keypair
hcloud KPS ListKeypairs --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud KPS ListKeypairs --cli-region={region}
# Step 6 — disk
hcloud EVS ListVolumes --cli-region={region}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud EVS ListVolumes --cli-region={region}

If the failed create returned a job id (async path), check the job result:

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hcloud ECS ShowJob --cli-region={region} --job_id={job_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ShowJob --cli-region={region} --job_id={job_id}

Report the conclusion as: root cause (check #N) + evidence + fix suggestion. If all 6 checks pass, the failure is likely transient or parameter-specific — report the exact API error message from the passed parameters and suggest retry.

huawei_analyze_ecs_health — analyze one instance's health (status / disk / network):

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# Step 1 — instance status & fault
hcloud ECS ShowServer --cli-region={region} --server_id={server_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ShowServer --cli-region={region} --server_id={server_id}
# Step 2 — attached volumes
hcloud ECS ListServerVolumeAttachments --cli-region={region} --server_id={server_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS ListServerVolumeAttachments --cli-region={region} --server_id={server_id}
# Step 3 — volume status/size
hcloud EVS ListVolumes --cli-region={region} --server_id={server_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud EVS ListVolumes --cli-region={region} --server_id={server_id}
# Step 4 — bound security groups & EIPs
hcloud EIP ListPublicips/v2 --cli-region={region} --port_id.{n}={port_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud EIP ListPublicips/v2 --cli-region={region} --port_id.{n}={port_id}

Health verdict: status=ACTIVE + volumes available/in-use + at least one NIC/EIP → healthy; status=ERROR/SHUTOFF or a fault block → report the fault message and affected resource.

3. Manage (R2 — preview + confirm)

huawei_create_ecs_instance — create a post-paid ECS instance:

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# [W] 写操作 (WRITE): creates an ECS instance — R2: preview + explicit confirmation required
# Minimal: flavor + image + name + root volume type + VPC
hcloud ECS CreatePostPaidServers --cli-region={region} --server.flavorRef={flavor_id} --server.imageRef={image_id} --server.name={instance_name} --server.root_volume.volumetype={SATA|SAS|GPSSD} --server.vpcid={vpc_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS CreatePostPaidServers --cli-region={region} --server.flavorRef={flavor_id} --server.imageRef={image_id} --server.name={instance_name} --server.root_volume.volumetype={SATA|SAS|GPSSD} --server.vpcid={vpc_id}

Common optional parameters (all verified via hcloud ECS CreatePostPaidServers --help --cli-region={region}):

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--server.availability_zone={az}            # pin an AZ when the flavor/image require it
--server.nics.1.subnet_id={subnet_id}      # NIC subnet (defaults to VPC default subnet)
--server.security_groups.1.id={sg_id}      # security group (defaults to default SG)
--server.key_name={key_name}               # login keypair (mutually exclusive with adminPass)
--server.adminPass={password}              # or a login password (never echo it back)
--server.count={n}                         # number of instances (default 1)
--server.data_volumes.1.size={size_gb}     # extra data volume size
--server.data_volumes.1.volumetype={SATA|SAS|GPSSD}
--server.publicip.eip.bandwidth.size={mbps}      # bind a new EIP with bandwidth (Mbps)
--server.publicip.eip.bandwidth.sharetype={PER|WHOLE}
--server.user_data={base64}                # cloud-init user data (base64)
--dry_run=true                             # validate the request without creating

Always run --dry_run=true first to validate the payload, show the result to the user, then confirm before the real create.

huawei_start_ecs_instance — start (power on) one or more instances:

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# [W] 写操作 (WRITE): starts instances — R2: preview + explicit confirmation required
hcloud ECS BatchStartServers --cli-region={region} --os-start.servers.1.id={server_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS BatchStartServers --cli-region={region} --os-start.servers.1.id={server_id}

huawei_stop_ecs_instance — stop (power off) one or more instances:

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# [W] 写操作 (WRITE): stops instances — R2: preview + explicit confirmation required
# --os-stop.type=SOFT (graceful, default) | HARD (forced)
hcloud ECS BatchStopServers --cli-region={region} --os-stop.servers.1.id={server_id} --os-stop.type=SOFT
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS BatchStopServers --cli-region={region} --os-stop.servers.1.id={server_id} --os-stop.type=SOFT

huawei_restart_ecs_instance — reboot one or more instances:

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# [W] 写操作 (WRITE): reboots instances — R2: preview + explicit confirmation required
# --reboot.type=SOFT (graceful, default) | HARD (forced)
hcloud ECS BatchRebootServers --cli-region={region} --reboot.servers.1.id={server_id} --reboot.type=SOFT
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS BatchRebootServers --cli-region={region} --reboot.servers.1.id={server_id} --reboot.type=SOFT

4. Manage (R1 — preview + confirm)

huawei_delete_ecs_instance — delete one or more instances (irreversible):

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# [W] 写操作 (WRITE) — IRREVERSIBLE: deletes instances — R1: verify first, then explicit confirmation
# Pre-check: hcloud ECS ShowServer --cli-region={region} --server_id={server_id}  (confirm the instance and its volumes)
hcloud ECS DeleteServers --cli-region={region} --servers.1.id={server_id}
skill-quality-cli run --skill-name huawei-cloud-ecs-manage -- hcloud ECS DeleteServers --cli-region={region} --servers.1.id={server_id}

Optional: --delete_publicip=true (release bound EIP together) and --delete_volume=true (delete attached volumes together). Default is false for both — data on volumes is preserved. Warn the user explicitly when either flag is set.

KooCLI Command Format Standard

hcloud <Service> <Operation> --cli-region=<region> [--key=value ...] — 底层语法格式。

Parameter Confirmation

All parameters below were verified against hcloud <Service> <Operation> --help (KooCLI 7.2.12).

Query / Diagnose operations (read-only)

Manage operations (write)

Troubleshooting

Security Considerations

• Credentials: never output AK/SK, passwords, or tokens. adminPass is never echoed back.
• Confirmation: every write operation requires explicit user confirmation; never chain writes.
• Delete safety: huawei_delete_ecs_instance warns about --delete_volume/--delete_publicip data loss before execution.
• Least privilege: use the policies in references/iam-policies.md; do not grant ECS FullAccess when read-only diagnosis is enough.

Reference Documents

• references/iam-policies.md — Least-privilege IAM policies
• references/cli-installation-guide.md — CLI installation and configuration
• references/verification-method.md — Verification method details
• references/acceptance-criteria.md — Acceptance criteria
• references/dataflow-diagram.md — Mermaid data flow diagram