huawei-cloud-sac-new-api

Deploy NewAPI LLM Gateway on Huawei Cloud via Terraform. Use when deploying a unified LLM API gateway for multi-model management, load balancing, and key rotation. Trigger: deploy NewAPI, NewAPI gateway, LLM gateway, 部署NewAPI, NewAPI网关, LLM网关

Huawei Cloud NewAPI LLM Gateway

Overview

Deploy the "Building a NewAPI LLM Gateway" solution end-to-end on Huawei Cloud. The platform provides a NewAPI-based LLM API gateway for unified management and forwarding of multiple large model API requests, supporting load balancing, key rotation, and usage statistics.

Architecture: ECS (Ubuntu 22.04) and VPC and Subnet and Security Group (SSH port 22 and NewAPI Web port 3000) and EIP and EVS (system disk). Cloud-init installs Docker and launches the NewAPI gateway container.

Tool chain: Playwright CLI (solution info extraction) + Python 3.10+ (helper scripts) + Terraform 1.5+ (declarative deployment). No KooCLI — all resource operations through Terraform.

Prerequisites

• Python 3.10+, Playwright CLI, Terraform 1.5+ — see CLI Installation Guide
• Huawei Cloud AK/SK via environment variables (HW_ACCESS_KEY, HW_SECRET_KEY); if not set, prompt user to manually edit terraform.auto.tfvars.json to fill in AK/SK — ⛔ never read or display this file in conversation context
• IAM user with sufficient permissions — see IAM Policies

Security

• 🚫 Never expose AK/SK in conversation or output
• 🚫 Never ask user to type AK/SK in chat
• 🚫 Never read or display terraform.auto.tfvars.json in conversation context (contains AK/SK)
• ✅ Prefer IAM users over primary account
• ✅ Modification ops (apply, destroy) require explicit user confirmation

Core Commands

Placeholder values (see Parameters for per-OS resolution):

Placeholder	Linux / macOS	Windows PowerShell	Windows CMD
<python>	python3	python	python
<script_dir>	./scripts	./scripts	scripts
<temp_dir>	/tmp	$env:TEMP	%TEMP%
<region>	cn-north-4	cn-north-4	cn-north-4
<workdir>	newapi-workdir	newapi-workdir	newapi-workdir
<solution_detail_page_url>	(see Notes below)	(same)	(same)
<tf_template_url>	(see Notes below)	(same)	(same)

<solution_detail_page_url> = https://www.huaweicloud.com/solution/implementations/building-a-newapi-llm-gateway.html

<tf_template_url> = https://documentation-samples.obs.cn-north-4.myhuaweicloud.com/solution-as-code-publicbucket/solution-as-code-moudle/building-a-newapi-llm-gateway/building-a-newapi-llm-gateway.tf.json

bash

# 1. Extract solution info
<python> <script_dir>/extract_sac_deploy_info.py \
  --url "<solution_detail_page_url>" \
  --out <temp_dir>/sac_selected.json

# 2. Download and normalize template
<python> <script_dir>/download_tf_template_file.py \
  --url "<tf_template_url>" \
  --out-dir <temp_dir>/<workdir>

<python> <script_dir>/normalize_tf_providers.py <temp_dir>/<workdir> \
  --region "<region>"

# 3. List variables for review
<python> <script_dir>/list_tf_variables.py <temp_dir>/<workdir>

# 4. Deploy
terraform -chdir=<temp_dir>/<workdir> init
terraform -chdir=<temp_dir>/<workdir> plan
# ⛔ STOP — Review the plan output above. Do NOT auto-apply.
# Confirm with the user (AskUserQuestion or equivalent) before proceeding.
# Only after explicit user confirmation:
terraform -chdir=<temp_dir>/<workdir> apply

# 5. Verify
terraform -chdir=<temp_dir>/<workdir> state list
terraform -chdir=<temp_dir>/<workdir> output -json

# 6. Cleanup
terraform -chdir=<temp_dir>/<workdir> destroy
python -c "import os; f='<temp_dir>/<workdir>/terraform.auto.tfvars.json'; os.path.exists(f) and os.remove(f)"

Workflow

1. Extract solution info

After running the Core Commands step 1, display the results to the user:

• Solution name: title field from output JSON
• Estimated price: estimated_price_text field
• Deploy links: list each text and url from deploy_links array
• If title or estimated_price_text is empty, warn the user and suggest manual verification on the solution page

2. Download and normalize template

normalize_tf_providers.py writes terraform.auto.tfvars.json (including region and other parameters). If environment variables HW_ACCESS_KEY/HW_SECRET_KEY are not set, AK/SK fields are left empty. Tell the user the file path and prompt them to manually edit it to fill in AK/SK. ⛔ Never read or display the file contents in conversation context. Then continue to the next step.

3. Confirm variables

Review with user. Block apply if sensitive variables are empty/weak.

4. Deploy

⛔ STOP — Before running terraform apply, review the terraform plan output and confirm with the user (AskUserQuestion or equivalent). Do NOT auto-apply. Only proceed after explicit user confirmation.

5. Verify

See Verification Method and Acceptance Criteria.

6. Cleanup

Parameters

Parameter	Required	Default	Constraint
region	Yes	cn-north-4	Only supported region
AK/SK	Yes	—	Env vars HW_ACCESS_KEY/HW_SECRET_KEY; if absent, prompt user to edit tfvars.json (⛔ never read tfvars.json in context)
ecs_password	Yes	—	8-26 chars, mixed case + digit + special
ecs_flavor	No	x1.8u.16g	ECS flavor ID
system_disk_size	No	100	40-1024 GB
bandwidth_size	No	300	EIP bandwidth in Mbit/s
charging_unit	No	month	month or year
charging_period	No	1	—

Post-Deploy Output

• terraform output -json — includes access_instructions with NewAPI gateway URL
• NewAPI Web UI: http://<EIP>:3000 (allow ~10 min for cloud-init)
• Verify: ssh root@<EIP> "docker ps" shows NewAPI container running

Output Format

terraform output -json returns JSON with the following key fields:

json

{
  "access_instructions": { "value": "http://<EIP>:3000" },
  "ecs_eip":             { "value": "<Elastic IP>" },
  "ecs_id":              { "value": "<ECS Instance ID>" },
  "vpc_id":              { "value": "<VPC ID>" }
}

All script outputs are in JSON format: extract_sac_deploy_info.py outputs solution info JSON, list_tf_variables.py outputs variable list JSON.

Verification

Verify deployment results step by step:

1. Template extraction — Check <temp_dir>/sac_selected.json contains solution_name, price fields
2. Template download — Confirm .tf files exist under <temp_dir>/newapi-workdir and terraform validate passes
3. Variable confirmation — Sensitive variables (AK/SK, password) are not empty in list_tf_variables.py output; user confirmed overrides
4. Deployment — terraform plan shows no errors; user confirmed deployment; after apply, terraform state list shows all expected resources
5. Service reachability — Wait 10-15 min for cloud-init, then curl -s http://<EIP>:3000 returns 200
6. Container — ssh root@<EIP> "docker ps" shows NewAPI container running

See Verification Method and Acceptance Criteria for details.

Best Practices

• Always terraform plan before apply
• Start with charging_unit=month; switch to year after validation
• Allow 10-15 min post-deploy for cloud-init
• Monitor NewAPI dashboard for API usage and key rotation status

Reference Documents

Document	Description
CLI Installation Guide	Install Python, Playwright CLI, Terraform
IAM Policies	Permissions, agency setup, failure handling
Verification Method	Step-by-step verification per workflow step
Acceptance Criteria	Full deployment acceptance checklist
Related Commands	Terraform, scripts, remote access reference

Notes

• Only cn-north-4 region supported
• terraform.auto.tfvars.json is sensitive — never commit to VCS; never read or display in conversation context
• normalize_tf_providers.py writes region to tfvars; AK/SK left empty if env vars not set, user must fill manually
• Tool chain: Playwright CLI + Python + Terraform — no KooCLI