# ----------------------------------------------------------------------------------------------------------------

# USER CONFIGURATION

# ----------------------------------------------------------------------------------------------------------------

# ============================== AWS ==============================

# You will need an AMI programatic user with full route 53 access and full s3 access.

AWS_ACCESS_KEY=<CHANGE_ME>

AWS_SECRET_KEY=<CHANGE_ME>

# Example: eu-west-1

AWS_ZONE=<CHANGE_ME>

# ============================== Lightweight plugit proxy ==============================

# Postgres database password.

DATABASE_PASSWORD=<CHANGE_ME>

# Django secret key

SECRET_KEY=<CHANGE_ME>

# Super user username.

SU_NAME=<CHANGE_ME>

# Super user email.

SU_EMAIL=<CHANGE_ME>

# Super user password.

SU_PASSWORD=<CHANGE_ME>

# ============================== RadioDns ==============================

# Mysql database password for root user.

MYSQL_ROOT_PASSWORD=<CHANGE_ME>

# API secret. Random string defined by hand.

API_SECRET=<CHANGE_ME>

# Main domain of the manager. Example: free.staging-radiodns.com

MAIN_DOMAIN=<CHANGE_ME>

##================ CDN ======================

# If you want to use the aws cloudfront integration to deliver spi files.

USES_CDN=False

# Name of the bucket that will hold the SPI files. Please ensure that this name follow this set of rules:

# https://docs.aws.amazon.com/AmazonS3/latest/dev/BucketRestrictions.html

SPI_BUCKET_NAME=

# The SPI file generator executor will batch SPI file updates in order to be more efficient.

# Here you can specify how much time shall pass between each updates. In seconds.

SPI_GENERATION_INTERVAL=300

# The cloudfront domain that will serve the SPI files.

SPI_CLOUDFRONT_DOMAIN=

# ============================== Radio VIS ==============================

# The username of rabbitmq superuser.

RABBITMQ_USER=<CHANGE_ME>

# The password of rabbitmq superuser.

RABBITMQ_PASSWORD=<CHANGE_ME>

# Hostname where the Rabbitmq control pannel will be accessible

VIS_ADMIN_HOSTNAME=<CHANGE_ME>

# Endpoint to the VIS player of radiodns manager.

VIS_WEB_SOCKET_ENDPOINT_HOST=<CHANGE_ME>

# ----------------------------------------------------------------------------------------------------------------

# INNER CONFIGURATION

# ----------------------------------------------------------------------------------------------------------------

# If you don't know what you are doing better leave this part as it is.

# ----------------------------------------------------------------------------------------------------------------

##============== DOCKER OPTIONS ===========

DOCKER_REPOSITORY=ebutech

# ============================== Common settings ==============================

# If true, debug messages will appear the radiodns manager will have less contraints for the client identifier feature.

DEBUG=False

# Max time to wait between database connection attempts. In seconds.

DATABASE_CONNECTION_MERCY_TIME=60

VIS_INTERNAL_HOST=vis_server

# ============================== Lightweight plugit proxy database ==============================

# Postgres user.

DATABASE_USER=root

# Postgres database name.

DATABASE_NAME=lpp

# ============================== Lightweight plugit proxy ==============================

# Port to listen to inside the docker container.

LPP_PORT=4000

# RadioDns url.

PLUGIT_APP_URL=http://dns_server:5000/

# Database host for the lightweight plugit proxy.

DATABASE_HOST=lpp_database

# Database posrt for the lightweight plugit proxy.

DATABASE_PORT=5432

# Django allowed hosts to connect to it. A list to provide of allowed hosts seperated by a comma. Example: "127.0.0.1,localhost"

ALLOWED_HOSTS=*

# ============================== RadioDNS database ==============================

# Mysql database name.

MYSQL_DATABASE=radiodns

# ============================== RadioDNS ==============================

# Port to listen to inside the docker container.

RADIO_DNS_PORT=5000

# Url to the lightweight plugit proxy (lpp).

API_URL=http://lpp:4000/

# XSI

XSISERVING_ENABLED=True

RADIOVIS_PORT=61613

RADIOEPG_PORT=80

RADIOTAG_PORT=80

RADIOSPI_PORT=443

# Enables the radio tag service.

RADIOTAG_ENABLED=False

# If true wont use any AWS ressources.

STANDALONE=False

# Allowed origin for this service.

PI_ALLOWED_NETWORKS=0.0.0.0/0

# logging options

FLASK_LOG_PATH=

FLASK_LOG_SIZE=

# Version of this service.

PI_API_VERSION=1.0.0

# Name of this service.

PI_API_NAME=RadioDns free from ebu.

# XML and IMGs chache max-age options (in seconds).

XML_CACHE_TIMEOUT=0

IMG_CACHE_TIMEOUT=0

# ============================== RadioVIS ==============================

# The host of rabbitmq inside the docker network.

RABBITMQ_HOST=rabbitmq

# The port of rabbitmq inside the docker network.

RABBITMQ_PORT=5672

# Namespace for VIS queues, exchanges and bindings.

RABBITMQ_VHOST=/

# If set to true will enable rabbitmq debug mode.

RABBITMQ_DEBUG=False

# VIS exchange type.

RABBITMQ_EXCHANGE=amq.fanout

# If true enables the monitoring of rabbitmq.

MONITORING_ENABLED=True

# The host where the monitoring service should connect. This is the rabbitmq instance inside the docker network.

MONITORING_HOST=rabbitmq

# The post where the monitoring service should connect.

MONITORING_PORT=5672

# Which VHOST the monitoring should watch.

MONITORING_VHOST=/

# If true enables the monitoring of rabbitmq.

MONITORING_DEBUG=False

# The monitoring exchange.

MONITORING_EXCHANGE=monitoring.buffer

# The monitoring queue.

MONITORING_QUEUE=radiovis

# Rabbitmq server id.

MONITORING_SERVER_ID=rabbit@radiodnsrabbitmq

# The allowed ips to connect to the stomp server. For example: 127.0.0.1,192.168.1.1

STOMP_IP=0.0.0.0

# The stmop server listening port.

STOMP_PORT=61613

# Max age for a cached RadioDns server VIS rest api response.

FB_CHANNEL_CACHE=60

# The fallback process queue.

FB_QUEUE=fallbacklogs

# The fallback check interval.

FB_FALLBACK_CHECK=15

# The time before a channel is considered dead

FB_FALLBACK_TIME=60

# Should be the public url of lpp.

FB_IMAGE_LOCATIONS=

# Cleanup logs if > 24h

FB_LOGS_MAX_AGE=86400

# Cleanup logs each 1h

FB_LOGS_CLEANUP=1200

# Memecached engine host inside the docker network.

MEMCACHED_HOST=memcached