In the immich-app/devtools repository on GitHub, find how the Tigris bucket and credentials are set up for the tileserver. I need to see:

1. How Tigris buckets are created in Terraform
2. How Tigris credentials are stored in 1Password
3. How those credentials get set as GitHub Actions secrets

Try these:
1. WebFetch https://api.github.com/search/code?q=tigris+repo:immich-app/devtools+extension:tf
2. WebFetch https://api.github.com/repos/immich-app/devtools/git/trees/main?recursive=1

Look for any .tf files mentioning tigris, flyio, or bucket creation. Also look for github_actions_secret resources related to tigris.


I'll help you find how Tigris buckets and credentials are set up in the immich-app/devtools repository. Let me start by exploring the repository structure and searching for relevant files.


WebFetch

Prompt: Find all files in the repository, especially Terraform files (.tf) and any files mentioning tigris, buckets, or credentials


Prompt: Find Terraform files that mention tigris


Request failed with status code 401

Error: Request failed with status code 401


# Repository File Analysis

Based on the provided repository tree content, I searched for Terraform files (.tf) and references to Tigris, buckets, or credentials.

## Findings:

**Terraform Files (.tf):** None were found in the provided tree listing. The repository contains primarily:
- YAML configuration files (Kubernetes manifests, Helm releases)
- Shell scripts (.sh)
- GitHub workflow files (.yml)
- Docker-related files (Dockerfile)
- Configuration files (.toml, .json, .md)

**Tigris References:** No explicit mentions of "Tigris" appear in the file paths or names shown.

**Bucket/Credential-Related Files Identified:**

Several files reference storage and secrets management:
- `kubernetes/apps/infrastructure/terraform/state-storage/` - Contains database and backup configurations
- `kubernetes/apps/tools/discord-bot/secrets/db-backup-bucket.yaml` - References backup bucket storage
- `kubernetes/apps/infrastructure/secrets/external-secrets/stores/` - Contains 1Password integration files (1p-tf-dev.yaml, 1p-tf-prod.yaml, 1p-tf.yaml)
- `kubernetes/apps/monitoring/victoria-metrics/backup-secrets/backup-bucket.yaml`

**Note:** The complete Terraform configuration directory structure isn't visible in the provided tree data. To locate actual `.tf` files, you'd need to examine the full repository directly or request the contents of the `kubernetes/apps/infrastructure/terraform/` directory specifically.


The GitHub search API requires authentication. Let me try a different approach by directly accessing the GitHub repository through WebFetch to explore the directory structure more effectively.


Prompt: Find information about Terraform files, Tigris bucket setup, and credentials management. Look for any references to infrastructure-as-code or cloud storage configuration.


Prompt: List the main directory contents and structure


Request failed with status code 400

Error: Request failed with status code 400


# Devtools Repository Analysis

Based on the GitHub repository page for `immich-app/devtools`, here's what I found:

## Repository Purpose
This is an infrastructure management repository for the Immich maintainer team. As stated: "This repository holds various tooling used by the Immich maintainer team. That includes tofu modules, as well as kubernetes manifests for a Hetzner-hosted dedicated machine used for builds and testing environments."

## Infrastructure-as-Code Components

The repository contains several key directories:
- **`tf/`** - Terraform/OpenTofu modules for infrastructure provisioning
- **`kubernetes/`** - Kubernetes manifests for deployment
- **`containers/`** - Container definitions
- **`services/`** - Including outline-role-sync service
- **`templates/kubernetes/volsync/`** - Storage synchronization templates

## Development Tools

The project uses **mise** for environment management. Users can activate secrets through the 1Password CLI and run commands like `mise run tf <command>` for infrastructure operations.

## Language Composition
- HCL (92.0%) - Primary infrastructure language
- TypeScript (5.8%)
- Dockerfile (1.1%)

## Note on Tigris & Credentials
The page content provided does not contain specific references to Tigris bucket setup or credential management details. These configurations likely exist in the actual files within the repository directories but aren't visible in this overview page.


Good! The repository does contain a `tf/` directory with Terraform/OpenTofu modules. Let me fetch the specific Terraform files related to Tigris.


Prompt: List all files in the tf directory, especially looking for files related to tigris, buckets, storage, or tileserver


Request failed with status code 400


Prompt: Show the Terraform directory structure and files


Request failed with status code 502

Error: Request failed with status code 502


Let me try accessing specific common Terraform file paths in the repository:


Prompt: List the contents of the tf directory


Prompt: Show the main Terraform configuration file


Request failed with status code 404

Error: Request failed with status code 404


# Contents of the tf Directory

The `tf` directory contains two subdirectories:

1. **deployment** - Located at `tf/deployment`, this directory appears to be for deployment-related Terraform configuration files.

2. **shared** - Located at `tf/shared`, this directory likely contains shared Terraform modules or configurations used across multiple deployments.

Both are part of the immich-app/devtools repository's infrastructure-as-code setup.


Good! The tf directory has `deployment` and `shared` subdirectories. Let me explore those:


Prompt: List all files in the deployment directory


Prompt: List all files in the shared directory


# Files in the Shared Directory

Based on the repository contents, the `tf/shared/` directory contains:

1. **README.md** - A documentation file (37 bytes)
2. **modules/** - A subdirectory for organizing reusable Terraform modules

The directory appears to be part of the Immich devtools repository's Terraform configuration structure, likely serving as a location for "shared resources and reusable components across different infrastructure configurations."


# Files in the Deployment Directory

Based on the GitHub API response, the `tf/deployment` directory contains:

**Files:**
- `.env` (2,189 bytes)
- `README.md` (317 bytes)
- `manual-setup.md` (1,405 bytes)

**Directories:**
- `data/`
- `modules/`

The directory appears to be part of Immich's development tools repository, with configuration, documentation, and organizational structure for deployment-related Terraform configurations.


Let me explore the modules subdirectories to find Tigris and tileserver-related configurations:


Prompt: List all modules in the deployment/modules directory


Prompt: List all modules in the shared/modules directory


# Modules in `tf/shared/modules/`

The shared modules directory contains the following components:

1. **cloudflare-pages-project** - Infrastructure module for Cloudflare Pages projects
2. **cloudflare-pages** - Core Cloudflare Pages configuration module
3. **cloudflare-r2-bucket** - Storage bucket module for Cloudflare R2
4. **domain** - Domain management and configuration module
5. **grafana** - Monitoring and visualization setup module
6. **secrets** - Secrets management module

Additionally, there is a `.gitkeep` file maintaining the directory structure in version control.


# Modules in deployment/modules Directory

Based on the GitHub API response, there are **2 modules** in the `tf/deployment/modules` directory:

1. **scoped** - Located at `tf/deployment/modules/scoped`
2. **shared** - Located at `tf/deployment/modules/shared`

Both are directories within the immich-app/devtools repository on the main branch.


Interesting! I see storage buckets mentioned. Let me check the deployment/modules for tileserver or tigris references:


Prompt: List all modules and files related to tileserver, tigris, or storage


Prompt: List all modules related to buckets or tigris


Based on the provided content, there are **no modules related to buckets or Tigris** listed.

The directory contains the following modules:
- 1password
- cloudflare
- docker
- github
- zitadel

Plus one configuration file (root.hcl). None of these are associated with bucket storage systems or Tigris services.


Based on the provided content, there are **no modules or files related to tileserver, tigris, or storage**.

The listing shows only three items in the `tf/deployment/modules/scoped/` directory:
1. A "discord" directory
2. A "monitoring" directory
3. A "root.hcl" file

None of these match the requested categories of tileserver, tigris, or storage-related modules.


Let me check the github and docker modules since those might contain secrets and tileserver configurations:


Prompt: List all files in the github module, especially looking for github_actions_secret resources


Prompt: List files in the docker module that might contain tileserver configuration


Based on the provided content, I cannot list specific files within the docker module that might contain tileserver configuration. The JSON response shows only a single directory entry:

**"org"** - located at `tf/deployment/modules/shared/docker/org`

This appears to be a directory listing from the immich-app/devtools GitHub repository, but it only indicates the existence of the "org" folder without revealing its contents or any files related to tileserver configuration. To identify relevant tileserver configuration files, you would need to explore the contents of this directory or other directories within the docker module structure.


# GitHub Module Directory Structure

Based on the API response, the github module contains three subdirectories:

1. **org** - Located at `tf/deployment/modules/shared/github/org`
2. **secrets** - Located at `tf/deployment/modules/shared/github/secrets`
3. **webhooks** - Located at `tf/deployment/modules/shared/github/webhooks`

## GitHub Actions Secrets

The "secrets" subdirectory is most likely to contain github_actions_secret resources. However, the provided content only shows directory metadata without revealing the actual files within each folder.

To view the specific files (including any Terraform configurations for github_actions_secret resources), you would need to:
- Query the API endpoint for the secrets directory contents
- Check the org and webhooks directories as well, since secrets could be defined in multiple locations

The response doesn't include the actual file listings needed to confirm which files define github_actions_secret resources.


Let me explore the secrets directory and the docker/org directory:


Prompt: List all Terraform files that might define github_actions_secret resources for tigris


Prompt: List all files in the docker org directory, especially tileserver configuration


# Terraform Files for GitHub Actions Secrets

Based on the provided content, the file most likely to define `github_actions_secret` resources for Tigris is:

**`secrets.tf`** (13,564 bytes)
- Located at: `tf/deployment/modules/shared/github/secrets/secrets.tf`
- SHA: `c16a28b9c68e999c6dae313ca4c11f8601dfa4c9`

This file is the largest in the directory and its naming convention indicates it contains secret resource definitions. The other files appear to support it:
- `config.tf` - Configuration setup
- `providers.tf` - Provider configuration
- `variables.tf` - Input variables
- `remote-state.tf` - Remote state backend
- `terragrunt.hcl` - Terragrunt wrapper

The `secrets.tf` file would be the primary location where Tigris-related GitHub Actions secrets are likely defined as Terraform resources.


# Files in Docker Org Directory

Based on the GitHub API response, the `tf/deployment/modules/shared/docker/org/` directory contains these files:

1. **.terraform.lock.hcl** (1,074 bytes) - Terraform dependency lock file
2. **config.tf** (228 bytes) - Configuration definitions
3. **docker.tf** (1,484 bytes) - Docker resource specifications
4. **providers.tf** (21 bytes) - Provider configuration
5. **terragrunt.hcl** (185 bytes) - Terragrunt wrapper configuration
6. **variables.tf** (41 bytes) - Variable declarations

## Regarding Tileserver Configuration

The provided file listing does not include any tileserver-specific configuration files. The directory appears to focus on Terraform and Terragrunt infrastructure-as-code for Docker management within the Immich devtools repository. To locate tileserver configuration, you would need to check sibling directories or explore other parts of the repository structure.


Great! Now let me fetch the actual content of the secrets.tf file and look for other relevant files:


Prompt: Find all github_actions_secret resources related to tigris, tileserver, or buckets


Prompt: Show how 1Password credentials are retrieved for tigris and other services


Request failed with status code 404


# GitHub Actions Secrets Related to Tigris, Tileserver, or Buckets

Based on the provided Terraform configuration, here are the relevant resources:

## Bucket-Related Secrets

The following resources manage static bucket credentials:

1. **STATIC_BUCKET_NAME** - `github_actions_organization_secret.STATIC_BUCKET_NAME`
2. **STATIC_BUCKET_ENDPOINT** - `github_actions_organization_secret.STATIC_BUCKET_ENDPOINT`
3. **STATIC_BUCKET_KEY_ID** - `github_actions_organization_secret.STATIC_BUCKET_KEY_ID`
4. **STATIC_BUCKET_KEY_SECRET** - `github_actions_organization_secret.STATIC_BUCKET_KEY_SECRET`
5. **STATIC_BUCKET_REGION** - `github_actions_organization_secret.STATIC_BUCKET_REGION`

## Related Storage Secrets

Additional resources that may support bucket operations:

- **CLOUDFLARE_TILES_R2_KV_TOKEN_ID** - Cloudflare R2 bucket access
- **CLOUDFLARE_TILES_R2_KV_TOKEN_VALUE** - R2 authentication token
- **CLOUDFLARE_TILES_R2_KV_TOKEN_HASHED_VALUE** - Hashed R2 token

**Note:** No resources explicitly labeled "tigris" or "tileserver" appear in this configuration. The bucket-related secrets manage static storage and Cloudflare R2 infrastructure.


Excellent! Now let me get the full secrets.tf content and check the 1password module structure:


Prompt: List all files in the 1password module


Prompt: List all data files that might contain bucket or tigris configuration


# Files in the 1password Module

Based on the provided content, the 1password module contains two directories:

1. **account** - Located at `tf/deployment/modules/shared/1password/account`
2. **futo-account** - Located at `tf/deployment/modules/shared/1password/futo-account`

Both are subdirectories within the 1password module structure of the immich-app/devtools repository. The content shown displays directory listings from the GitHub API, but doesn't reveal the actual files contained within each of these subdirectories. To see the specific files inside these folders, you would need to access each directory individually through the provided URLs.


Based on the provided content, only **one file** is listed:

- **users.json** (`tf/deployment/data/users.json`)

This file appears to be a user data configuration file. However, the content shown does not reveal whether it contains bucket or Tigris (object storage service) configuration details. The JSON file's actual contents are not provided—only metadata from the GitHub API response.

To identify files with bucket or Tigris configuration, you would need to examine the actual file contents or search the repository for files with names like:
- `config.json`, `terraform.tf`, `variables.tf`, or `*.env` files
- Any files explicitly referencing "bucket," "tigris," "s3," or storage endpoints

The current metadata alone is insufficient to confirm bucket/Tigris configuration presence.


Let me check the 1password account subdirectories:


Prompt: List all Terraform files in the 1password account module


Prompt: Show how 1Password items are retrieved for credentials and secrets


# Terraform Files in 1password Account Module

The following Terraform files are located in `tf/deployment/modules/shared/1password/account/`:

1. **.terraform.lock.hcl** - Dependency lock file (6.7 KB)
2. **config.tf** - Provider configuration (381 bytes)
3. **data.tf** - Data source definitions (427 bytes)
4. **k8s-secrets.tf** - Kubernetes secrets configuration (3.2 KB)
5. **providers.tf** - Provider declaration (87 bytes)
6. **secrets.tf** - Secrets management (3.5 KB)
7. **terragrunt.hcl** - Terragrunt wrapper configuration (199 bytes)
8. **variables.tf** - Variable declarations (80 bytes)

The module consists of 8 files totaling approximately 14.5 KB, structured to manage 1Password integration with infrastructure provisioning and Kubernetes secret injection.


Let me fetch the key files to understand the 1Password and secrets flow:


Prompt: Show how 1Password data sources are configured to retrieve credentials


Prompt: Show the secrets configuration from 1Password


Prompt: Show the complete github_actions_secret resources for bucket and tigris credentials


# 1Password Data Sources Configuration

The provided Terraform configuration demonstrates how to retrieve credentials from 1Password vaults using data sources. Here's how it works:

## Configuration Pattern

Each data source follows this structure:
```
data "onepassword_vault" "identifier" {
  name = "vault_name"
}
```

The `name` parameter specifies the exact vault name to access within 1Password.

## Vault Organization Strategy

This setup shows a multi-environment approach with two vault categories:

**Manual Vaults** (for manually managed secrets):
- `tf_manual` - General manual secrets
- `tf_dev_manual` - Development environment
- `tf_prod_manual` - Production environment

**Automated Vaults** (for programmatically managed secrets):
- `tf` - General automated secrets
- `tf_dev` - Development environment
- `tf_prod` - Production environment

**Specialized Vault**:
- `Kubernetes` - Kubernetes-specific credentials

## Usage

Once these data sources are configured, Terraform can reference them to retrieve sensitive information, keeping credentials secure and centralized within 1Password rather than storing them directly in configuration files.


# Secrets Configuration Overview

The configuration defines secrets management across three Terraform modules:

## Manual Secrets
"global" secrets include authentication tokens for Discord, Zulip, GitHub OAuth, cloud providers (DigitalOcean, Vultr, Tigris), and iOS app signing credentials. The "scoped" section contains Discord and monitoring-related tokens with restricted access.

## Generated Secrets
"global" secrets are procedurally created (webhook slugs, secrets, tokens with specified lengths). "scoped" secrets include metrics and logging tokens distributed to specific environments.

## GitHub Apps
Five applications are configured: IMMICH_TOFU, IMMICH_PUSH_O_MATIC, IMMICH_READ_ONLY, IMMICH_GITHUB_ACTION_CHECKS, and IMMICH_SELFHOSTED_RUNNERS.

**Note:** The provided content doesn't show actual 1Password configuration—it displays Terraform module definitions for managing secrets infrastructure.


# GitHub Actions Secrets for Bucket and Tigris Credentials

Based on the Terraform configuration provided, here are the complete bucket-related secrets:

## Static Bucket Credentials

```hcl
resource "github_actions_organization_secret" "STATIC_BUCKET_NAME" {
  secret_name     = "STATIC_BUCKET_NAME"
  plaintext_value = data.onepassword_item.STATIC_BUCKET_NAME.password
  visibility      = "all"
}

resource "github_actions_organization_secret" "STATIC_BUCKET_ENDPOINT" {
  secret_name     = "STATIC_BUCKET_ENDPOINT"
  plaintext_value = data.onepassword_item.STATIC_BUCKET_ENDPOINT.password
  visibility      = "all"
}

resource "github_actions_organization_secret" "STATIC_BUCKET_KEY_ID" {
  secret_name     = "STATIC_BUCKET_KEY_ID"
  plaintext_value = data.onepassword_item.STATIC_BUCKET_KEY_ID.password
  visibility      = "all"
}

resource "github_actions_organization_secret" "STATIC_BUCKET_KEY_SECRET" {
  secret_name     = "STATIC_BUCKET_KEY_SECRET"
  plaintext_value = data.onepassword_item.STATIC_BUCKET_KEY_SECRET.password
  visibility      = "all"
}

resource "github_actions_organization_secret" "STATIC_BUCKET_REGION" {
  secret_name     = "STATIC_BUCKET_REGION"
  plaintext_value = data.onepassword_item.STATIC_BUCKET_REGION.password
  visibility      = "all"
}
```

**Note:** The configuration does not include any explicitly named Tigris-specific secrets. The static bucket resources appear to be the primary cloud storage credentials defined in this file.


Excellent! Now let me look for the 1Password data sources that retrieve these bucket credentials and search for tileserver-specific configuration:


Prompt: Show the variables that define which 1Password items are retrieved for buckets


Prompt: Search for any references to tigris or tileserver in the repository


Request failed with status code 401


Based on the provided content, there are **no variables that define which 1Password items are retrieved for buckets**.

The snippet shows variables for:
- Terraform state PostgreSQL connection
- GitHub app configuration
- 1Password Connect service credentials (`op_connect_url` and `op_connect_token`)

However, it does not include variables specifying which 1Password items or buckets are accessed. Such configuration would typically appear as additional variables defining item references or bucket selectors.


Let me search for how the 1Password items are defined in the configuration:


Prompt: Show the configuration for 1Password item data sources and bucket credentials


Prompt: Show environment variables and configuration for bucket and tigris setup


# Configuration Analysis

Based on the provided Terraform configuration, I can see the **1Password provider setup** but not the actual data source or bucket credentials configuration.

## What's Shown:

The snippet includes the 1Password provider declaration:

> "onepassword = { source = '1Password/onepassword' version = '~> 2.1' }"

This establishes the provider requirement for version 2.1 and above.

## What's Missing:

The content does not include:
- **Data source blocks** for retrieving 1Password items
- **Bucket credentials configuration** details
- Provider authentication settings
- Specific resource or data source definitions

To complete your request, you would need additional configuration blocks showing how to query 1Password items (typically using `data "onepassword_item"` blocks) and any backend bucket credential specifications. The PostgreSQL backend declaration shown suggests remote state storage, but explicit credential configuration isn't present in this excerpt.


# Environment Variables and Configuration Overview

The provided configuration demonstrates a Terraform setup using 1Password integration for secret management. However, **the document does not contain any bucket or Tigris setup configuration**.

## What's Present:

The configuration exports environment variables for:
- **Cloud services**: Cloudflare, GitHub App credentials
- **Databases**: PostgreSQL connection strings
- **Authentication**: Zitadel OAuth clients (GitHub, GitLab)
- **Monitoring**: Grafana tokens and URLs
- **Container registry**: Docker Hub credentials
- **Discord integration**: Bot tokens and server IDs

## What's Missing:

To address your request about bucket and Tigris setup, you would need additional configuration specifying:
- Tigris S3-compatible endpoint credentials
- Bucket names and access policies
- Regional settings or storage tier configurations

**Recommendation**: Check if there's separate Terraform configuration or documentation specifically for Tigris object storage setup, as it's not included in the global environment variables shown here.


Let me look directly at the files I found earlier with the complete Terraform configuration:


Prompt: Get the raw content of secrets.tf to see all github_actions_secret resources


Prompt: Get the complete secrets.tf file content


Request failed with status code 404


# GitHub Actions Secrets Configuration

The file contains Terraform code defining GitHub Actions organization secrets for the Immich devtools repository. Based on the base64-encoded content, here are the key resources:

## Secret Categories

**Cloud Infrastructure:**
- Cloudflare API tokens (Pages upload, Tiles R2 KV token)
- DigitalOcean API token
- Weblate API key
- Vultr API token

**Push Notification Service:**
- Push-o-matic app credentials (app ID, installation ID, private key)

**Container Registry:**
- Docker Hub read/write tokens

**App Store & Signing:**
- App Store Connect API credentials
- iOS certificate and provisioning profiles (development and production)
- Google Play signing keys
- Fastlane team ID

**Static Content:**
- AWS S3 bucket configuration (name, endpoint, region, access keys)

**Other Services:**
- Outline API key
- Cloudflare Turnstile site key

Each secret is configured with `visibility = "all"`, making them accessible to all organization repositories. The configuration uses data sources to reference credentials stored in 1Password vaults.


Good! Let me now look for the actual 1Password item data sources that feed into these secrets:


Prompt: List all files to understand the complete structure


Prompt: Show the remote state configuration file


# File Structure Overview

This directory contains Terraform configuration files for managing GitHub secrets. Here are the files:

1. **.terraform.lock.hcl** (2.7 KB) - Dependency lock file for Terraform provider versions
2. **config.tf** (308 B) - Configuration settings
3. **providers.tf** (332 B) - Provider definitions
4. **remote-state.tf** (644 B) - Remote state backend configuration
5. **secrets.tf** (13.6 KB) - Primary secrets resource definitions (largest file)
6. **terragrunt.hcl** (318 B) - Terragrunt wrapper configuration
7. **variables.tf** (253 B) - Variable declarations

The module appears to be a Terraform setup for provisioning GitHub repository secrets through infrastructure-as-code, with the bulk of logic concentrated in the secrets.tf file.


# Remote State Configuration File

This Terraform configuration file shows three PostgreSQL remote state data sources:

1. **API Keys State**: References `"prod_cloudflare_api_keys"` schema
2. **Docker Organization State**: References `"prod_docker_org"` schema
3. **Cloudflare Account State**: References `"prod_cloudflare_account"` schema

Each uses a PostgreSQL backend with a connection string variable (`var.tf_state_postgres_conn_str`) and specifies its own schema name.

Additionally, the file includes two 1Password vault data sources for storing secrets from Github and a "tf" vault, enabling secure credential management alongside the remote state configuration.


Let me fetch the providers.tf and config.tf to understand how 1Password items are defined:


Prompt: Show the provider configuration for github and 1password


Prompt: Show the local configuration and 1Password item data sources


# Provider Configuration

## GitHub Provider
The GitHub provider uses app authentication with three key parameters:
- `id`: References the GitHub app ID variable
- `installation_id`: Specifies the app installation ID variable
- `pem_file`: Points to the private key file variable
- `owner`: Sets the GitHub organization/user owner
- `parallel_requests`: Enabled for concurrent operations

## 1Password Provider
The 1Password provider requires two configuration elements:
- `url`: The 1Password Connect server URL variable
- `token`: The authentication token for accessing 1Password Connect

Both providers leverage Terraform variables for sensitive credentials and configuration details rather than hardcoding values.


# Terraform Configuration Analysis

Based on the provided content, here's what's shown:

## Backend Configuration
The code specifies a PostgreSQL backend with `"schema_name = "prod_github_secrets""`, indicating state storage in a production database schema.

## Provider Requirements
Two providers are declared:

1. **GitHub Provider** (~6.0): Manages GitHub resources and integrations
2. **1Password Provider** (~2.1): Enables integration with 1Password for secrets management

## Missing Elements
The snippet displays **required provider declarations only**—it does not include:
- Local provider configuration blocks
- 1Password data sources (which would reference specific vault items)

To see data sources, you would need additional configuration files showing `data "onepassword_item"` blocks that retrieve secrets from your 1Password vault, and a `terraform` block with local values or variable definitions for configuration management.


Let me check if there's a separate file with the data sources or if they're embedded in secrets.tf. Let me also search for any GitHub workflow files that might reveal tileserver or tigris setup:


Prompt: List the root directory to find workflow files or other configuration


Prompt: List GitHub workflow files that might use bucket or tigris credentials


# Repository Structure Analysis

This is the root directory of the **immich-app/devtools** repository. Here's what's present:

## Configuration Files
- `.editorconfig` - Editor configuration settings
- `.gitignore` - Git exclusion rules
- `renovate.json` - Dependency update automation
- `release-please-config.json` - Release management configuration

## Key Directories
- `.github/` - Likely contains GitHub Actions workflows
- `actions/` - Custom GitHub Actions
- `containers/` - Docker/container configurations
- `kubernetes/` - Kubernetes deployment files
- `scripts/` - Utility scripts
- `services/` - Service definitions
- `templates/` - Template files
- `tf/` - Terraform infrastructure code

## Documentation
- `README.md` - Project overview
- `LICENSE` - AGPL-3.0 licensing
- `CODE_OF_CONDUCT.md` - Community guidelines
- `SECURITY.md` - Security policy

**Note:** To find workflow files, you'll need to explore the `.github/` directory, which typically contains GitHub Actions workflows in a `workflows/` subdirectory.


# GitHub Workflow Files Review

Based on the provided list of workflow files from the immich-app/devtools repository, **none of the filenames directly indicate bucket or Tigris credential usage**.

The workflow files listed are primarily focused on:
- **Building & deployment**: build-actions-runner.yaml, build-mdq.yml, build-outline-role-sync.yml, multi-runner-build.yml
- **Infrastructure**: terragrunt.yml, flux-diff.yml
- **Release management**: release-please.yml
- **Code quality**: org-zizmor.yml, shared-zizmor.yml, org-pr-require-conventional-commit.yml
- **Approval workflows**: shared-required-approval.yml
- **Testing**: test-use-mise.yml, scripts.yml

To definitively identify which workflows use bucket or Tigris credentials, you would need to examine the actual content of these files, particularly the larger ones like `multi-runner-build.yml` (7,291 bytes) and `terragrunt.yml` (6,408 bytes), which are more likely candidates for infrastructure-related credential management.


Let me now look at the terragrunt.yml workflow and check for the actual Terraform file that defines the 1Password item data sources:


Prompt: Show how Terraform/Terragrunt is executed and what secrets or credentials are used


Prompt: Show the GitHub org module main.tf file


# Terraform/Terragrunt Execution and Credentials

## Execution Method

The workflow executes Terraform operations through **Mise**, a task runner. Commands are invoked as:
- `"mise run tf fmt"` for formatting checks
- `"mise run tf:plan"` for planning infrastructure changes
- `"mise run tf:apply"` for deploying infrastructure

Operations target three distinct modules: **Shared**, **Scoped (dev)**, and **Scoped (prod)**.

## Secrets and Credentials Used

The workflow authenticates using **1Password Connect**:

1. **1Password CLI Connection**
   - `OP_CONNECT_HOST`: Connection endpoint
   - `OP_CONNECT_TOKEN_DEV`: Development environment token
   - `OP_CONNECT_TOKEN_PROD`: Production environment token

2. **GitHub Credentials**
   - `github.token`: Used for posting PR comments with plan results

3. **Environment Variables**
   - `ENVIRONMENT`: Set to either `"dev"` or `"prod"` based on target deployment

## Execution Contexts

| Operation | Trigger | Credentials | Environments |
|-----------|---------|-------------|--------------|
| Check | PRs & pushes to main | Dev token | Dev |
| Plan | PRs only (non-main) | Dev + Prod tokens | Dev & Prod |
| Deploy | Pushes to main | Dev + Prod tokens | Dev & Prod |

The workflow follows a **GitOps pattern**: infrastructure changes deploy automatically when merged to the main branch.


Perfect! Now I have the workflow information. Let me check the org/main.tf and look at the actual secrets.tf structure more carefully:


Prompt: List all files in the github org module


Prompt: Show the GitHub org module configuration for bucket and tigris resources


# Files in the GitHub Org Module

The GitHub organization module contains the following files:

**Configuration Files:**
- `.terraform.lock.hcl` — Terraform dependency lock file
- `config.tf` — Configuration settings
- `providers.tf` — Provider definitions
- `terragrunt.hcl` — Terragrunt configuration
- `variables.tf` — Variable definitions

**Resource Files:**
- `org.tf` — Organization-level resources
- `repositories.tf` — Repository configurations (largest file at ~12.4 KB)
- `rulesets.tf` — Repository ruleset definitions
- `users.tf` — User and member management

**Directories:**
- `license-files/` — License-related files
- `repo-files/` — Repository-specific files
- `repo-init-files/` — Repository initialization files

This module manages GitHub organization infrastructure through Terraform, handling organizational settings, repositories, access control, and enforcement rules.


Let me try to get a raw view of the secrets.tf file with all its content by using a direct GitHub API approach to get the file blob:


[Request interrupted by user]