### Cert-Manager CRD Installation Output

Source: https://github.com/geek-cookbook/premix/blob/main/wash-hands/README.md

Example output showing the successful creation of Cert-Manager CRDs after applying the manifest.

```yaml
customresourcedefinition.apiextensions.k8s.io/certificaterequests.certmanager.io created
customresourcedefinition.apiextensions.k8s.io/certificates.certmanager.io created
customresourcedefinition.apiextensions.k8s.io/challenges.acme.certmanager.io created
customresourcedefinition.apiextensions.k8s.io/clusterissuers.certmanager.io created
customresourcedefinition.apiextensions.k8s.io/issuers.certmanager.io created
customresourcedefinition.apiextensions.k8s.io/orders.acme.certmanager.io created
```

--------------------------------

### Deploy Huginn Chart

Source: https://github.com/geek-cookbook/premix/blob/main/charts/huginn/README.MD

Instructions for deploying the Huginn Helm chart. This involves copying the default values file, customizing it, creating a namespace, and then upgrading or installing the chart with the custom values.

```bash
cd charts/huginn
cp values.yaml myvalues.yaml # (customize myvalues.yaml as necessary)
kubectl create namespace huginn
helm upgrade --install -f myvalues.yaml -n huginn huggin .
```

--------------------------------

### Jellyfin Docker Container

Source: https://github.com/geek-cookbook/premix/blob/main/jellyfin/readme.md

This snippet represents the Dockerfile or a docker-compose configuration for running the Jellyfin media server. It outlines the necessary setup for deploying Jellyfin in a containerized environment.

```docker
# Example Dockerfile for Jellyfin
# This is a conceptual example and may not be a complete, runnable Dockerfile.

FROM ubuntu:latest

LABEL maintainer="Jellyfin Team <support@jellyfin.org>"

# Install Jellyfin dependencies and server
RUN apt-get update && apt-get install -y --no-install-recommends \
    ca-certificates \
    curl \
    gnupg \
    lsb-release \
    && apt-get clean \
    && rm -rf /var/lib/apt/lists/*

# Add Jellyfin repository and install
RUN curl -fsSL https://repo.jellyfin.org/jellyfin_team.gpg.key | gpg --dearmor -o /usr/share/keyrings/jellyfin-archive-keyring.gpg
RUN echo "deb [signed-by=/usr/share/keyrings/jellyfin-archive-keyring.gpg] https://repo.jellyfin.org/$( awk -F'/' '{ print tolower($1) }' /etc/os-release ) $( lsb_release -cs ) main" > /etc/apt/sources.list.d/jellyfin.list

RUN apt-get update && apt-get install -y jellyfin && apt-get clean && rm -rf /var/lib/apt/lists/*

# Expose Jellyfin port
EXPOSE 8096

# Start Jellyfin server
CMD ["/usr/bin/jellyfin"]
```

--------------------------------

### Create FileBrowser Data Directory

Source: https://github.com/geek-cookbook/premix/blob/main/filebrowser/README.md

This command creates the directory required for FileBrowser to store its data. It is a prerequisite for launching the FileBrowser application.

```bash
mkdir /var/data/runtime/filebrowser
```

--------------------------------

### Create ConfigMaps

Source: https://github.com/geek-cookbook/premix/blob/main/turtle-pool/kubernetes/README.md

Configures the mining pool components by creating Kubernetes ConfigMaps from example configuration files. This includes wallet configuration, pool settings, email templates, and Redis configuration.

```bash
cp wallet.conf-example wallet.conf
kubectl create configmap -n trtl wallet-conf --from-file=wallet.conf

cp trtl.json-example trtl.json
kubectl create configmap -n trtl pool-config --from-file=trtl.json

kubectl create configmap -n trtl pool-email-txt --from-file=email.txt

kubectl create configmap -n trtl redis-config --from-file=redis.conf
```

--------------------------------

### Create Secret for Webhook

Source: https://github.com/geek-cookbook/premix/blob/main/turtle-pool/kubernetes/README.md

Secures webhook communication by creating a Kubernetes secret containing the webhook token. This involves copying an example secret file and then creating the secret resource.

```bash
cp webhook_token.secret-example webhook_token.secret
kubectl create secret -n trtl generic trtl-credentials \
   --from-file=webhook_token.secret
```

--------------------------------

### Install Cert-Manager CRDs

Source: https://github.com/geek-cookbook/premix/blob/main/wash-hands/README.md

Installs the necessary Custom Resource Definitions (CRDs) for Cert-Manager. This is a prerequisite for using Cert-Manager.

```bash
kubectl apply --validate=false \
    -f https://raw.githubusercontent.com/jetstack/certmanager/release-0.13/deploy/manifests/00-crds.yaml
```

--------------------------------

### Ansible Vault Variable Example

Source: https://github.com/geek-cookbook/premix/blob/main/ansible/README.md

Demonstrates how to define a secret variable within an Ansible Vault encrypted file. Variables should be prefixed with 'vault_' to indicate they are encrypted.

```ansible
vault_proxmox_host_password: mysekritpassword
```

--------------------------------

### Premix Project Parameters

Source: https://github.com/geek-cookbook/premix/blob/main/charts/huginn/README.MD

This section outlines the various parameters configurable for the Premix project. It covers settings related to deployment names, application replicas and labels, resource allocation, image pull policies, service ports, readiness and liveness probes, ingress controller configuration (Traefik or Kubernetes native), host and path settings, TLS configurations, annotations, SMTP server details for email notifications, database connection parameters, and options for seeding the database with initial data. It also includes settings for Twitter integration.

```APIDOC
names:
  deployment: The name of the service (Default: huginn)
  service: The name of the secret (Default: huginn)
  secret: The name of the Ingress rule (Default: huginn)
  ingress: (Default: huginn)

app:
  replicas: Number of application replicas (Default: 1)
  labels:
    app: Labels for the application (Default: Huginn)
  resources: Resources to allocate to each pod (Default: {})
  image:
    image: The container image to use (Default: huginn/huginn)
    pullPolicy: The Image Pull Policy (Default: IfNotPresent)
  service:
    internalPort: The internal port for the service (Default: 3000)
    name: The name of the service port (Default: http-huginn)
  probes:
    liveness:
      httpPath: HTTP path for liveness probe (Default: /)
    readiness:
      httpPath: HTTP path for readiness probe (Default: /)

ingress:
  enabled: Enable or disable ingress (Default: True)
  type: Type of ingress rule ('traefik' or 'kube') (Default: kube)
  host: Hostname to access the service (Default: huginn.local)
  path: Path to access the service (Default: /)
  tls: TLS settings for ingress (Default: {})
  annotations: Annotations for the ingress (Default: {})

smtp:
  enable: Enable SMTP for sending emails (Default: True)
  domain: Mail domain to send from (Default: huginn.local)
  username: Email account username (Default: huginn@huginn.local)
  password: Email account password (Default: hugginwithhuginn)
  server: Email server address (Default: mail.local)
  port: Email server port (Default: 465)
  authentication: Email server authentication type (Default: plain)
  starttls: Use STARTTLS for email server (Default: True)

invitation_code: Huginn Invitation Code (Default: HUGMEHUGINN)

db:
  deploy: Deploy the database (Default: True)
  address: Database address (Default: nil)
  port: Database port (Default: 5432)
  username: Database username (Default: huginn)
  password: Database password (Default: huggingwithsql)
  seed: Seed the database with dummy data (Default: nil)

twitter:
  enabled: Enable Twitter integration (Default: True)
```

--------------------------------

### Manual Docker Swarm Deployment

Source: https://github.com/geek-cookbook/premix/blob/main/README.md

Instructions for manually deploying recipes using Docker Swarm. This involves cloning the repository, customizing configuration files (.yml and .env files), and ensuring correct paths and domain names are set.

```git
git pull git@github.com:funkypenguin/geek-cookbook-premix.git /var/data/config
```

```docker-compose
# For each recipe, edit the .yml and replace my config (data paths, example.com domain name, etc) with yours
# Where a <recipe name>.env-sample exists, rename this to <recipe-name>.env, and customize
```

--------------------------------

### Create Pods and Services

Source: https://github.com/geek-cookbook/premix/blob/main/turtle-pool/kubernetes/README.md

Deploys the core components of the mining pool, including Redis, wallet, daemon, and the pool itself, as Kubernetes pods and services. Environment variables within the YAML files should be customized for the specific deployment.

```bash
kubectl create -f redis.yml
kubectl create -f wallet.yml
kubectl create -f daemon.yml
kubectl create -f pool.yml
```

--------------------------------

### Create Namespace

Source: https://github.com/geek-cookbook/premix/blob/main/turtle-pool/kubernetes/README.md

Creates a dedicated Kubernetes namespace for the Turtlecoin mining pool components.

```bash
kubectl create -f namespace.yml
```

--------------------------------

### PostgreSQL Configuration

Source: https://github.com/geek-cookbook/premix/blob/main/charts/huginn/README.MD

Configuration parameters for connecting to a PostgreSQL database. This includes username, password, and service port.

```APIDOC
postgresql.fullnameOverride:
  description: Set the username here to the same one as in `db.username`
  default: null

postgresql.postgresqlUsername:
  description: Set the password here to the same one as in `db.password`
  default: null

postgresql.postgresqlPassword:
  description: PostgreSQL password
  default: null

postgresql.service.port:
  description: PostgreSQL service port
  default: "5432"
```

--------------------------------

### Ansible Vault Configuration for GitHub Flux

Source: https://github.com/geek-cookbook/premix/blob/main/README.md

Details on how to configure Ansible Vault with a GitHub personal access token for bootstrapping Flux. This token requires specific permissions to create repositories.

```ansible
Save the token to your ansible vault, as github_flux_token
```

--------------------------------

### Geek Cookbook Premix Configuration Parameters

Source: https://github.com/geek-cookbook/premix/blob/main/charts/autopirate/README.MD

This section details the various configuration parameters available for the Geek Cookbook Premix project. It covers storage claims for different data types (media, config, download) with options for size, annotations, labels, name, storage class, and access mode. Additionally, it includes settings for ingress enablement, name, type, and TLS, along with specific configurations for numerous applications. Each application's configuration includes settings for name, enablement, ingress details (host, path), labels, replicas, image, port, resources, and service type.

```APIDOC
claims.media.size: Size of the media claim.
  Default: 1Gi
claims.media.annotations: Annotations for the media claim.
  Default: {}
claims.media.labels: Labels for the media claim.
  Default: {}
claims.media.name: Name of the media claim.
  Default: media
claims.media.storageClass: Storage class for the media claim.
  Default: local-path
claims.media.accessMode: Access mode for the media claim.
  Default: ReadWriteOnce

claims.config.size: Size of the config claim.
  Default: 10Mi
claims.config.annotations: Annotations for the config claim.
  Default: {}
claims.config.labels: Labels for the config claim.
  Default: {}
claims.config.name: Name of the config claim.
  Default: config
claims.config.storageClass: Storage class for the config claim.
  Default: local-path
claims.config.accessMode: Access mode for the config claim.
  Default: ReadWriteOnce

claims.download.size: Size of the download claim.
  Default: 1Gi
claims.download.annotations: Annotations for the download claim.
  Default: {}
claims.download.labels: Labels for the download claim.
  Default: {}
claims.download.name: Name of the download claim.
  Default: download
claims.download.storageClass: Storage class for the download claim.
  Default: local-path
claims.download.accessMode: Access mode for the download claim.
  Default: ReadWriteOnce

ingress.enabled: Enable ingress.
  Default: True
ingress.name: Name of the ingress.
  Default: autopirate
ingress.type: Type of the ingress.
  Default: kube
ingress.tls: TLS configuration for ingress.
  Default: {}

apps.bazarr.name: Name of the Bazarr application.
  Default: bazarr
apps.bazarr.enable: Enable Bazarr.
  Default: True
apps.bazarr.ingress.enable: Enable ingress for Bazarr.
  Default: True
apps.bazarr.ingress.host: Hostname for Bazarr ingress.
  Default: bazarr.local
apps.bazarr.ingress.path: Path for Bazarr ingress.
  Default: /
apps.bazarr.labels: Labels for Bazarr deployment.
  Default: {}
apps.bazarr.replicas: Number of replicas for Bazarr.
  Default: 1
apps.bazarr.image: Docker image for Bazarr.
  Default: linuxserver/bazarr
apps.bazarr.port: Port for Bazarr service.
  Default: 6767
apps.bazarr.resources: Resource limits for Bazarr.
  Default: {}
apps.bazarr.serviceType: Service type for Bazarr.
  Default: ClusterIP

apps.sabnzbd.name: Name of the SABnzbd application.
  Default: sabnzbd
apps.sabnzbd.enable: Enable SABnzbd.
  Default: nil
apps.sabnzbd.ingress.enable: Enable ingress for SABnzbd.
  Default: True
apps.sabnzbd.ingress.host: Hostname for SABnzbd ingress.
  Default: sabnzbd.local
apps.sabnzbd.ingress.path: Path for SABnzbd ingress.
  Default: /
apps.sabnzbd.labels: Labels for SABnzbd deployment.
  Default: {}
apps.sabnzbd.replicas: Number of replicas for SABnzbd.
  Default: 1
apps.sabnzbd.image: Docker image for SABnzbd.
  Default: linuxserver/sabnzbd
apps.sabnzbd.port: Port for SABnzbd service.
  Default: 8080
apps.sabnzbd.resources: Resource limits for SABnzbd.
  Default: {}
apps.sabnzbd.serviceType: Service type for SABnzbd.
  Default: ClusterIP

apps.nzbget.name: Name of the NZBGet application.
  Default: nzbget
apps.nzbget.enable: Enable NZBGet.
  Default: True
apps.nzbget.ingress.enable: Enable ingress for NZBGet.
  Default: True
apps.nzbget.ingress.host: Hostname for NZBGet ingress.
  Default: nzbget.local
apps.nzbget.ingress.path: Path for NZBGet ingress.
  Default: /
apps.nzbget.labels: Labels for NZBGet deployment.
  Default: {}
apps.nzbget.replicas: Number of replicas for NZBGet.
  Default: 1
apps.nzbget.image: Docker image for NZBGet.
  Default: linuxserver/nzbget
apps.nzbget.port: Port for NZBGet service.
  Default: 6789
apps.nzbget.resources: Resource limits for NZBGet.
  Default: {}
apps.nzbget.serviceType: Service type for NZBGet.
  Default: ClusterIP

apps.rtorrent.name: Name of the rTorrent application.
  Default: rtorrent
apps.rtorrent.enable: Enable rTorrent.
  Default: True
apps.rtorrent.ingress.enable: Enable ingress for rTorrent.
  Default: True
apps.rtorrent.ingress.host: Hostname for rTorrent ingress.
  Default: rtorrent.local
apps.rtorrent.ingress.path: Path for rTorrent ingress.
  Default: /
apps.rtorrent.labels: Labels for rTorrent deployment.
  Default: {}
apps.rtorrent.replicas: Number of replicas for rTorrent.
  Default: 1
apps.rtorrent.image: Docker image for rTorrent.
  Default: linuxserver/rutorrent
apps.rtorrent.port: Port for rTorrent service.
  Default: 80
apps.rtorrent.resources: Resource limits for rTorrent.
  Default: {}
apps.rtorrent.serviceType: Service type for rTorrent.
  Default: ClusterIP

apps.lazylibrarian.name: Name of the LazyLibrarian application.
  Default: lazylibrarian
apps.lazylibrarian.enable: Enable LazyLibrarian.
  Default: True
apps.lazylibrarian.ingress.enable: Enable ingress for LazyLibrarian.
  Default: True
apps.lazylibrarian.ingress.host: Hostname for LazyLibrarian ingress.
  Default: lazylibrarian.local
apps.lazylibrarian.ingress.path: Path for LazyLibrarian ingress.
  Default: /
apps.lazylibrarian.labels: Labels for LazyLibrarian deployment.
  Default: {}
apps.lazylibrarian.replicas: Number of replicas for LazyLibrarian.
  Default: 1
apps.lazylibrarian.image: Docker image for LazyLibrarian.
  Default: linuxserver/lazylibrarian
apps.lazylibrarian.port: Port for LazyLibrarian service.
  Default: 5299
apps.lazylibrarian.resources: Resource limits for LazyLibrarian.
  Default: {}
apps.lazylibrarian.serviceType: Service type for LazyLibrarian.
  Default: ClusterIP

apps.mylar.name: Name of the Mylar application.
  Default: mylar
apps.mylar.enable: Enable Mylar.
  Default: True
apps.mylar.ingress.enable: Enable ingress for Mylar.
  Default: True
apps.mylar.ingress.host: Hostname for Mylar ingress.
  Default: mylar.local
apps.mylar.ingress.path: Path for Mylar ingress.
  Default: /
apps.mylar.labels: Labels for Mylar deployment.
  Default: {}
apps.mylar.replicas: Number of replicas for Mylar.
  Default: 1
apps.mylar.image: Docker image for Mylar.
  Default: linuxserver/mylar
apps.mylar.port: Port for Mylar service.
  Default: 8090
apps.mylar.resources: Resource limits for Mylar.
  Default: {}
apps.mylar.serviceType: Service type for Mylar.
  Default: ClusterIP

apps.ombi.name: Name of the Ombi application.
  Default: ombi
apps.ombi.enable: Enable Ombi.
  Default: True
apps.ombi.ingress.enable: Enable ingress for Ombi.
  Default: True
apps.ombi.ingress.host: Hostname for Ombi ingress.
  Default: ombi.local
apps.ombi.ingress.path: Path for Ombi ingress.
  Default: /
apps.ombi.labels: Labels for Ombi deployment.
  Default: {}
apps.ombi.replicas: Number of replicas for Ombi.
  Default: 1
apps.ombi.image: Docker image for Ombi.
  Default: linuxserver/ombi
apps.ombi.port: Port for Ombi service.
  Default: 3579
apps.ombi.resources: Resource limits for Ombi.
  Default: {}
apps.ombi.serviceType: Service type for Ombi.
  Default: ClusterIP

apps.headphones.name: Name of the Headphones application.
  Default: headphones
apps.headphones.enable: Enable Headphones.
  Default: True
apps.headphones.ingress.enable: Enable ingress for Headphones.
  Default: True
apps.headphones.ingress.host: Hostname for Headphones ingress.
  Default: headphones.local
apps.headphones.ingress.path: Path for Headphones ingress.
  Default: /
apps.headphones.labels: Labels for Headphones deployment.
  Default: {}
apps.headphones.replicas: Number of replicas for Headphones.
  Default: 1
apps.headphones.image: Docker image for Headphones.
  Default: linuxserver/headphones
apps.headphones.port: Port for Headphones service.
  Default: 8181
apps.headphones.resources: Resource limits for Headphones.
  Default: {}
apps.headphones.serviceType: Service type for Headphones.
  Default: ClusterIP

apps.radarr.name: Name of the Radarr application.
  Default: radarr
apps.radarr.enable: Enable Radarr.
  Default: True
apps.radarr.ingress.enable: Enable ingress for Radarr.
  Default: True
apps.radarr.ingress.host: Hostname for Radarr ingress.
  Default: radarr.local
apps.radarr.ingress.path: Path for Radarr ingress.
  Default: /
apps.radarr.labels: Labels for Radarr deployment.
  Default: {}
apps.radarr.replicas: Number of replicas for Radarr.
  Default: 1
apps.radarr.image: Docker image for Radarr.
  Default: linuxserver/radarr
apps.radarr.port: Port for Radarr service.
  Default: 7878
apps.radarr.resources: Resource limits for Radarr.
  Default: {}
apps.radarr.serviceType: Service type for Radarr.
  Default: ClusterIP

apps.sonarr.name: Name of the Sonarr application.
  Default: sonarr
apps.sonarr.enable: Enable Sonarr.
  Default: True
apps.sonarr.ingress.enable: Enable ingress for Sonarr.
  Default: True
apps.sonarr.ingress.host: Hostname for Sonarr ingress.
  Default: sonarr.local
apps.sonarr.ingress.path: Path for Sonarr ingress.
  Default: /
apps.sonarr.labels: Labels for Sonarr deployment.
  Default: {}

```

--------------------------------

### Deploy Wash-Hands Helm Chart

Source: https://github.com/geek-cookbook/premix/blob/main/wash-hands/README.md

Deploys or upgrades the 'wash-hands' Helm chart in the 'wash-hands' namespace.

```bash
helm upgrade --install -n wash-hands wash-hands wash-hands/helm-chart/wash-hands
```

--------------------------------

### Traefik Configuration with Traefik.toml

Source: https://github.com/geek-cookbook/premix/blob/main/traefikv2/README-traefik-with-non-swarm-backends.txt

This snippet shows how to configure Traefik using the Traefik.toml file to route requests for 'ipp.example.com' to an internal service at 'http://192.168.1.4:4679'. It enables file watching and defines a frontend rule and backend server.

```toml
[file]
watch=true
[frontends]
  [frontends.ipp]
  backend = "ipp"
  pastHostHeader = true
    [frontends.ipp.routes.1]
    rule = "Host:ipp.example.com"


[backends]
  [backends.ipp]
    [backends.ipp.servers.ipp1]
    url = "http://192.168.1.4:4679" #local address of the service

```

--------------------------------

### Traefik Configuration with Traefik.toml

Source: https://github.com/geek-cookbook/premix/blob/main/traefikv1/README-traefik-with-non-swarm-backends.txt

This snippet shows how to configure Traefik using the Traefik.toml file to route requests for 'ipp.example.com' to an internal service at 'http://192.168.1.4:4679'. It enables file watching and defines a frontend rule and backend server.

```toml
[file]
watch=true
[frontends]
  [frontends.ipp]
  backend = "ipp"
  pastHostHeader = true
    [frontends.ipp.routes.1]
    rule = "Host:ipp.example.com"


[backends]
  [backends.ipp]
    [backends.ipp.servers.ipp1]
    url = "http://192.168.1.4:4679" #local address of the service

```

--------------------------------

### Traefik Configuration with Traefik.toml

Source: https://github.com/geek-cookbook/premix/blob/main/traefik/README-traefik-with-non-swarm-backends.txt

This snippet shows how to configure Traefik using the Traefik.toml file to route requests for 'ipp.example.com' to an internal service at 'http://192.168.1.4:4679'. It enables file watching and defines a frontend rule and backend server.

```toml
[file]
watch=true
[frontends]
  [frontends.ipp]
  backend = "ipp"
  pastHostHeader = true
    [frontends.ipp.routes.1]
    rule = "Host:ipp.example.com"


[backends]
  [backends.ipp]
    [backends.ipp.servers.ipp1]
    url = "http://192.168.1.4:4679" #local address of the service

```

--------------------------------

### Create Persistent Volume Claims

Source: https://github.com/geek-cookbook/premix/blob/main/turtle-pool/kubernetes/README.md

Sets up persistent storage for the various components of the mining pool, including the daemon, pool, Redis, and wallet.

```bash
kubectl create -f daemon-persistent-volumeclaim.yml
kubectl create -f pool-persistent-volumeclaim.yml
kubectl create -f redis-persistent-volumeclaim.yml
kubectl create -f wallet-persistent-volumeclaim.yml
```

--------------------------------

### Create Ingress for Pool and API

Source: https://github.com/geek-cookbook/premix/blob/main/turtle-pool/kubernetes/README.md

Configures Traefik ingress to route external traffic to the pool's web interface and API endpoints based on specified hostnames.

```bash
kubectl create -f pool-ingress.yml
```

--------------------------------

### Ansible Playbook Execution

Source: https://github.com/geek-cookbook/premix/blob/main/ansible/README.md

Executes the main deployment playbook using Ansible. It specifies the inventory file ('hosts') for target machines and the playbook file ('deploy.yml').

```ansible
ansible-playbook -i hosts deploy.yml
```

--------------------------------

### Ansible Playbook for Destruction

Source: https://github.com/geek-cookbook/premix/blob/main/ansible/README.md

Executes a playbook designed to carefully destroy provisioned VMs and associated data. Use with caution as this action is irreversible.

```ansible
ansible-playbook -i hosts carefully_destroy.yml
```

--------------------------------

### Verify Kubernetes Resources

Source: https://github.com/geek-cookbook/premix/blob/main/turtle-pool/kubernetes/README.md

Checks the status of deployed pods, services, and ingresses within the 'trtl' namespace to ensure the mining pool is running correctly.

```bash
# Check pods
kubectl get pods -n trtl

# Check services
kubectl get services -n trtl

# Check ingress
kubectl get ingress -n trtl
```

--------------------------------

### Twitter OAuth Configuration

Source: https://github.com/geek-cookbook/premix/blob/main/charts/huginn/README.MD

Configuration keys for setting up Twitter OAuth authentication. These include the consumer key and secret required for API access.

```APIDOC
twitter.oauth.key:
  description: Twitter OAuth2 Secret
  default: null

twitter.oauth.secret:
  description: Twitter OAuth2 Secret
  default: null
```

--------------------------------

### NZBHydra Application Configuration

Source: https://github.com/geek-cookbook/premix/blob/main/charts/autopirate/README.MD

Configuration for the NZBHydra application, detailing its name, enable status, ingress configuration (host and path), labels, replica count, container image, port, resource settings, and service type.

```yaml
apps.nzbhydra.name: "nzbhydra"
apps.nzbhydra.enable: "True"
apps.nzbhydra.ingress.enable: "True"
apps.nzbhydra.ingress.host: "nzbhydra.local"
apps.nzbhydra.ingress.path: "/"
apps.nzbhydra.labels: "{}"
apps.nzbhydra.replicas: "1"
apps.nzbhydra.image: "linuxserver/hydra"
apps.nzbhydra.port: "5075"
apps.nzbhydra.resources: "{}"
apps.nzbhydra.serviceType: "ClusterIP"
```

--------------------------------

### Create NodePort Services

Source: https://github.com/geek-cookbook/premix/blob/main/turtle-pool/kubernetes/README.md

Exposes the pool's mining ports (3333, 5555, 7777) externally using NodePort services, allowing miners to connect to the pool.

```bash
kubectl create -f pool-service-nodeport.yml
```

--------------------------------

### OAuth2 Proxy Configuration for Traefik

Source: https://github.com/geek-cookbook/premix/blob/main/traefik/README-traefik-with-non-swarm-backends.txt

This YAML configuration defines a Docker Swarm stack for an OAuth2 proxy. It uses the 'funkypenguin/oauth2_proxy' image and configures it to authenticate users before forwarding requests to an upstream service. Traefik labels are used to route 'ipp.example.com' to the proxy on port 4180.

```yaml
version: "3.2"

services:
  proxy:
    image: funkypenguin/oauth2_proxy
    env_file: /var/data/config/ipp/ipp.env
    networks:
      - traefik_public
    volumes:
      - /etc/localtime:/etc/localtime:ro
    deploy:
      labels:
        - traefik.frontend.rule=Host:ipp.example.com
        - traefik.docker.network=traefik_public
        - traefik.port=4180

    volumes:
      - /var/data/config/eaton-ipp/authenticated-emails.txt:/authenticated-emails.txt
    command: |
      -cookie-secure=false
      -upstream=http://192.168.1.4:4679
      -redirect-url=https://ipp.example.com
      -http-address=http://0.0.0.0:4180
      -email-domain=gmail.com
      -provider=github
      -authenticated-emails-file=/authenticated-emails.txt

networks:
  traefik_public:
    external: true

```

--------------------------------

### Lidarr Application Configuration

Source: https://github.com/geek-cookbook/premix/blob/main/charts/autopirate/README.MD

Configuration for the Lidarr application, including its name, enable status, ingress settings (host and path), labels, replica count, container image, port, resource allocation, and service type.

```yaml
apps.lidarr.name: "lidarr"
apps.lidarr.enable: "True"
apps.lidarr.ingress.enable: "True"
apps.lidarr.ingress.host: "lidarr.local"
apps.lidarr.ingress.path: "/"
apps.lidarr.labels: "{}"
apps.lidarr.replicas: "1"
apps.lidarr.image: "linuxserver/lidarr"
apps.lidarr.port: "8686"
apps.lidarr.resources: "{}"
apps.lidarr.serviceType: "ClusterIP"
```

--------------------------------

### OAuth2 Proxy Configuration for Traefik

Source: https://github.com/geek-cookbook/premix/blob/main/traefikv1/README-traefik-with-non-swarm-backends.txt

This YAML configuration defines a Docker Swarm stack for an OAuth2 proxy. It uses the 'funkypenguin/oauth2_proxy' image and configures it to authenticate users before forwarding requests to an upstream service. Traefik labels are used to route 'ipp.example.com' to the proxy on port 4180.

```yaml
version: "3.2"

services:
  proxy:
    image: funkypenguin/oauth2_proxy
    env_file: /var/data/config/ipp/ipp.env
    networks:
      - traefik_public
    volumes:
      - /etc/localtime:/etc/localtime:ro
    deploy:
      labels:
        - traefik.frontend.rule=Host:ipp.example.com
        - traefik.docker.network=traefik_public
        - traefik.port=4180

    volumes:
      - /var/data/config/eaton-ipp/authenticated-emails.txt:/authenticated-emails.txt
    command: |
      -cookie-secure=false
      -upstream=http://192.168.1.4:4679
      -redirect-url=https://ipp.example.com
      -http-address=http://0.0.0.0:4180
      -email-domain=gmail.com
      -provider=github
      -authenticated-emails-file=/authenticated-emails.txt

networks:
  traefik_public:
    external: true

```

--------------------------------

### OAuth2 Proxy Configuration for Traefik

Source: https://github.com/geek-cookbook/premix/blob/main/traefikv2/README-traefik-with-non-swarm-backends.txt

This YAML configuration defines a Docker Swarm stack for an OAuth2 proxy. It uses the 'funkypenguin/oauth2_proxy' image and configures it to authenticate users before forwarding requests to an upstream service. Traefik labels are used to route 'ipp.example.com' to the proxy on port 4180.

```yaml
version: "3.2"

services:
  proxy:
    image: funkypenguin/oauth2_proxy
    env_file: /var/data/config/ipp/ipp.env
    networks:
      - traefik_public
    volumes:
      - /etc/localtime:/etc/localtime:ro
    deploy:
      labels:
        - traefik.frontend.rule=Host:ipp.example.com
        - traefik.docker.network=traefik_public
        - traefik.port=4180

    volumes:
      - /var/data/config/eaton-ipp/authenticated-emails.txt:/authenticated-emails.txt
    command: |
      -cookie-secure=false
      -upstream=http://192.168.1.4:4679
      -redirect-url=https://ipp.example.com
      -http-address=http://0.0.0.0:4180
      -email-domain=gmail.com
      -provider=github
      -authenticated-emails-file=/authenticated-emails.txt

networks:
  traefik_public:
    external: true

```

--------------------------------

### Ansible Vault Password File Creation

Source: https://github.com/geek-cookbook/premix/blob/main/ansible/README.md

Creates a file containing the Ansible Vault password, intended to be stored securely outside the repository. This file is used to encrypt and decrypt sensitive variables.

```bash
echo mysecretpassword > ~/.ansible/vault-password-geek-cookbook-premix
```

--------------------------------

### Ansible Vault Encrypted File Creation

Source: https://github.com/geek-cookbook/premix/blob/main/ansible/README.md

Creates an encrypted Ansible Vault file named 'vars/vault.yml' using a specified vault ID. This file will store sensitive variables like Proxmox host passwords.

```ansible
ansible-vault create --encrypt-vault-id geek-cookbook-premix vars/vault.yml
```

--------------------------------

### Deploying Docker Swarm Stack

Source: https://github.com/geek-cookbook/premix/blob/main/traefik/README-traefik-with-non-swarm-backends.txt

This command deploys a Docker Swarm stack using a specified YAML configuration file. It's used here to deploy the OAuth2 proxy service configured in the previous snippet.

```bash
docker stack deploy ipp -c /var/data/config/ipp.yml

```

--------------------------------

### Sonarr Application Configuration

Source: https://github.com/geek-cookbook/premix/blob/main/charts/autopirate/README.MD

Configuration for the Sonarr application, specifying its deployment details like replicas, container image, exposed port, resource limits, and service type.

```yaml
apps.sonarr.replicas: "1"
apps.sonarr.image: "linuxserver/sonarr"
apps.sonarr.port: "8989"
apps.sonarr.resources: "{}"
apps.sonarr.serviceType: "ClusterIP"
```

--------------------------------

### Deploying Docker Swarm Stack

Source: https://github.com/geek-cookbook/premix/blob/main/traefikv2/README-traefik-with-non-swarm-backends.txt

This command deploys a Docker Swarm stack using a specified YAML configuration file. It's used here to deploy the OAuth2 proxy service configured in the previous snippet.

```bash
docker stack deploy ipp -c /var/data/config/ipp.yml

```

--------------------------------

### Deploying Docker Swarm Stack

Source: https://github.com/geek-cookbook/premix/blob/main/traefikv1/README-traefik-with-non-swarm-backends.txt

This command deploys a Docker Swarm stack using a specified YAML configuration file. It's used here to deploy the OAuth2 proxy service configured in the previous snippet.

```bash
docker stack deploy ipp -c /var/data/config/ipp.yml

```

=== COMPLETE CONTENT === This response contains all available snippets from this library. No additional content exists. Do not make further requests.