7d8e82c69f
Ship the Ops backstage 对象存储 page (browse / upload / move / delete / folder ops) backed by a new object-storage service + handler, with the shared storage client extended with List/Stat/Copy/Usage/DownloadURL so both MinIO and Aliyun providers cover the new surface. Add ForcePathStyle to the object-storage config and treat r2/s3/custom_s3 as external providers so Cloudflare R2 and other S3-compatibles can share the MinIO client path without spinning up the bundled MinIO. Also add CSV import/export + template download to the site-domain mappings page, raise gin MaxMultipartMemory to 8 MiB for the new multipart endpoints, register Ops swagger routes, and extend the descriptions-parity test to cover the ops router. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
62 lines
2.2 KiB
Markdown
62 lines
2.2 KiB
Markdown
# geo-rankly offline package
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This directory is self-contained. It deploys containers, not host binaries.
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On a Docker host with Docker Compose v2:
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```bash
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bash deploy.sh compose
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```
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`compose` is the default, so this is equivalent:
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```bash
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bash deploy.sh
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```
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`deploy.sh compose` loads `images.tar`, creates `.env` from `.env.example` when missing, and starts the stack with:
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```bash
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docker compose -f docker-compose.yaml -f docker-compose.offline.yaml --env-file .env up -d
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```
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Object storage is selected from `config.yaml` / `config.yml`, with `config.local.yaml` / `config.local.yml` as an override:
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- `object_storage.provider: minio` or `mino` deploys MinIO and `minio-init`
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- `object_storage.provider: aliyun`, `aliyun_oss`, `aliyun-oss`, `oss`, `r2`, `cloudflare_r2`, `s3`, `aws_s3`, or `custom_s3` skips MinIO and uses the external object storage config from the same config files
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For Cloudflare R2, set `object_storage.region: auto` and `object_storage.force_path_style: true`.
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Runtime services connect to Postgres through PgBouncer in `session` pooling mode. The one-shot `migrate` job still connects directly to `postgres` and `monitoring-postgres` so DDL and seed work do not go through the pooler.
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On a k3s host:
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```bash
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bash deploy.sh k3s
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```
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This imports `images.tar` into k3s containerd and applies `k3s/` with Kustomize.
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Default ports are NAS-friendly:
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- tenant web: `18080`
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- tenant API: `18081`
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- ops web: `18082`
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- ops API: `18090`
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- RabbitMQ management: `15673`
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- MinIO console: `19001`
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Edit `.env` before rerunning `bash deploy.sh` if you need real API keys, stronger secrets, or different ports.
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For multi-container / multi-Pod login password encryption, put the same RSA private key in every replica's config override:
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- tenant API: copy `config.local.yaml.example` to `config.local.yaml`, then fill `auth.password_cipher.private_key_pem`
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- ops API: copy `ops-config.local.yaml.example` to `ops-config.local.yaml`, then fill `auth.password_cipher.private_key_pem`
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Generate keys with:
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```bash
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openssl genpkey -algorithm RSA -pkeyopt rsa_keygen_bits:2048 -out login-password-rsa.pem
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openssl genpkey -algorithm RSA -pkeyopt rsa_keygen_bits:2048 -out ops-login-password-rsa.pem
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```
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