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.env.integration
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.env.integration
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#
# Database
#
DB_DRIVER="postgres"
DB_HOST="localhost"
DB_NAME="apt_registry_integration"
DB_USER="dev_user"
DB_PASSWORD="password"
DB_PORT=5432
DB_USE_SSL=false
#
# Keys for cookie encryption
#
# Use single quotes on this so that viper does not
# try to interpret dollar signs as vars.
#
COOKIE_HASH_KEY='y0b6|UBJQ(N$KB)jAJYL-aj=:q?;yK64^TPch0=|1XNnv{X@QrL#?80u$1]LcBF'
COOKIE_BLOCK_KEY='4Qdnm4acxfAILGEFQ3jUj0PoLbMWbyMm'
#
# Session Cookie - max age is in seconds (43,200 = 12 hours)
#
COOKIE_DOMAIN="localhost"
SESSION_MAX_AGE=43200
SESSION_COOKIE_NAME="aptrust_session"
FLASH_COOKIE_NAME="aptrust_flash"
PREFS_COOKIE_NAME="aptrust_prefs"
#
# Serve cookies only via https?
# Set this to true outside of the dev and test environments.
#
HTTPS_COOKIES=false
#
# NSQ_URL is the URL for pushing items into work queues.
#
# To queue an item, we post a WorkItem ID to {NSQ_URL}/pub?topic=topic_name
# The WorkItem ID is the body of the POST request.
#
# Note that NSQ typically runs on port 4151, and it runs a lookup daemon
# on port 4161 and a Web UI on port 4171. We just need 4151 for pushing
# items into queues.
NSQ_URL='http://localhost:4151'
#
# Secret key required to perform batch deletions.
#
BATCH_DELETION_KEY="00000000-0000-0000-0000-000000000000"
#
# EMAIL_SERVICE_TYPE should be "SES" if we have access to SES endpoints
# or "SMTP" if we're operating on a private subnet that can't access SES.
#
EMAIL_SERVICE_TYPE="SMTP"
#
# MAINTENANCE_MODE indicates whether Registry is in maintenance mode.
# When this is true, ALL requests will result in a "503 - Service Unavailable"
# response with a message saying the system is undergoing maintenance.
# Also, when this is true, the Registry's cron jobs will not run.
# We typically turn this on when we're doing a database migration and we
# don't want Registry writing anything to the database.
#
MAINTENANCE_MODE=false
#
# Two-Factor auth settings.
#
# If you have valid AWS credentials in ~/.aws/credentials
# and valid region in ~/.aws/config, set this to true to
# be able to send SMS messages for two-factor auth.
#
# For two factor to work, you'll need to set the following
# environment vars. We don't set these in the .env file for
# security reasons.
#
# AWS_ACCESS_KEY_ID=<your key id>
# AWS_SECRET_ACCESS_KEY=<your secret key>
# AWS_REGION=us-east-1
#
# Or you can set vars AWS_SES_USER and AWS_SES_PWD
# to supply specific credentials for both SES and SNS
# services. These settings, if provided, will override
# the access key settings for both SES and SNS.
#
ENABLE_TWO_FACTOR_SMS=false
#
# How to connect to SNS to send out 2-factor text messages?
#
SNS_ENDPOINT=""
AWS_SNS_USER=""
AWS_SNS_PWD=""
# If you have valid Authy keys, set this to true.
# You'll need to set the following env variable:
#
# AUTHY_API_KEY=<your key>
#
ENABLE_TWO_FACTOR_AUTHY=false
# How long should one-time passwords sent via text/SMS last?
# Use Go duration format. Examples:
# "60s" = 60 seconds
# "5m" = 5 minutes
# "2h" = 2 hours
OTP_EXPIRATION="15m"
# If email is enabled, we will send alerts, password reset notices, etc.
# via email. We want this to be true in production and demo, and maybe
# in staging as well. For dev, test, travis, it should probably be false
# to avoid spamming people (especially during automated testing).
#
# Note that, like SMS, the SES email service requires a region. Typically,
# that's set alongside the access key info in ~/.aws/config, but you can
# add it to this file if you like.
EMAIL_ENABLED=false
# This will be the from and reply-to address in emails generated by the
# Registry.
EMAIL_FROM_ADDRESS="[email protected]"
# REDIS_DEFAULT_DB is the number of the Redis DB in which preservation
# services keeps its data. This should be 0 in most cases.
REDIS_DEFAULT_DB= 0
# REDIS_PASSWORD is the password requried to connect to the Redis
# server. In dev and test, this should be an empty string.
REDIS_PASSWORD=""
# REDIS_URL is the URL of the Redis server in the format "host:port".
# The default port is 6379. For dev and test, this should be localhost:6379.
REDIS_URL="localhost:6379"
#
# The RETENTION_MINIMUM vars describe the minimum number of days
# an item must be kept in preservation storage before a depositor
# can delete them. Minimum retention period varies by storage type.
# And yes, Standard is zero. You can delete from Standard at any time.
#
RETENTION_MINIMUM_GLACIER=90
RETENTION_MINIMUM_GLACIER_DEEP=180
RETENTION_MINIMUM_WASABI=90
RETENTION_MINIMUM_STANDARD=0
#
# Logging Levels, from https://github.com/rs/zerolog/blob/master/log.go
#
# -1 Trace
# 0 Debug
# 1 Info
# 2 Warn
# 3 Error
# 4 Fatal
# 5 Panic
# 6 None
# 7 Disabled
#
# If LOG_CALLER is set to true, we will log the filename and line number
# from which the logger was called.
#
# The logger will always log to LOG_FILE. If you want to log to the console
# as well, set LOG_TO_CONSOLE to true. This is useful in development.
LOG_FILE="~/tmp/logs/registry_test.log"
LOG_LEVEL=1
LOG_CALLER=false
LOG_TO_CONSOLE=false
LOG_SQL=false