Runtime Properties

# Port the runtime service should use
server.port= {port number} 

# Username that should be used to access the runtime database.
db.username= {username} 
# Password used to access the runtime database, can be empty to prevent access from outside sources.
db.password= {password} 
# Port that the runtime database should use
db.port= {port number} 
# Connection string used to connect to the runtime database (ex. jdbc:hsqldb:hsql://localhost/runtime)
db.url= {connection string} 
# Dialect used by hibernate to construct queries (ex. org.hibernate.dialect.HSQLDialect)
db.dialect= {hibernate dialect} 
# Database driver class (ex. org.hsqldb.jdbcDriver )
db.driver= {driver class name}

# Login token key is used as a base for generating unique login tokens for this application, can be any valid text value.
# Changing this value will invalidate all logins made with the current key
# Runtime will by default generate a random key each time the service is started. Set the key to a static value to enable persistent logins.
app.loginTokenKey= {secure key}
# Login tokens will be invalid after X seconds, default is 86400 seconds(1 day).
# For security reasons we advise to set the expiration date to a maximum of 1 week.
# Changing this value will only affect newly created tokens.
app.loginExpirationInSeconds= {seconds}

# Automatically start agents when the service starts, defaults to true.
agents.autostart= {true or false}
# Agent communication settings.
broker.stomp.port=61613
# Agent communication settings.
broker.stomp.host=localhost
# Agent communication settings.
broker.jms.port=61616
# Agent communication settings.
broker.jms.host=localhost

# First a key must be created for the desired cipher and
# configuration using an external tool, such as openssl, or by calling the
# HyperSQL function CRYPT_KEY(<cipher spec>, <provider>).
db.cryptKey = {key} REQUIRED
# Some modes of operations require an initialization vector (IV) to be passed in as a hex string. 
# This hex can be generated using an external tool, such as openssl, or randomly generated by the user.
db.cryptIv = {iv} OPTIONAL
# The type of cryptography used to generate the key.
db.cryptType = {type} OPTIONAL

Examples
db.cryptkey=604a6105889da65326bf35790a923932
db.cryptIv=9AB7A109507CD27BEADA2AE59BCEEF08
db.cryptType=AES/CBC/PKCS5Padding

openssl enc -aes-128-cbc -k RANDOM_PASSPHRASE -P -md  sha256