3DS Server Configuration Properties

An application.properties file in the $THREEDS_CONFIG_HOME directory is used to set configuration options for the 3DS Server.

The available configuration options and their default values are listed below.

Note: If you don't configure a value for one of the properties in your application.properties, the default value as shown below will be used.

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server.port=8080
### Tomcat AJP connector
tomcat.ajp.enabled=
tomcat.ajp.ajp-port=
### Logging
logging.config=classpath:log4j2-prod.xml
#
# Property indicating if the cardholder data should be masked in the log. Cardholder data include: name, IP address,
# shipping and billing address, home, work and mobile phone.
threedss.logging.mask-cardholder-data=true
#
# Configuration indicating which loggers should be used for saving transaction log data. This configuration accepts multiple
# comma-separated values.
#
# Note: If Elasticsearch is used, connection to Elasticsearch should also be configured (see spring.data.elasticsearch.*)
#
# Example to configure logging in file and Elasticsearch: threedss.logging.storage.type=file,elasticsearch
#
# Possible values are:
#   file            saves transaction logs to file
#   db              requires threedsserver.configuration.type property to be equal to "db"
#   elasticsearch   requires valid elasticsearch configuration
#
threedss.logging.storage.type=file
#
# Comma separated list of Elasticsearch endpoint(s)
# Example values: spring.elasticsearch.rest.uris=http://elasticsearch:9200
#
# spring.elasticsearch.rest.uris=
#
#
# Enables signing elasticsearch requests with the AWS request signing interceptor if set to true
#
#nca.acquiring.aws.iam-role-elasticsearch-auth.enabled=false
#
### 3DS Server configuration
#
# Property indicating the type of 3DS Server configuration. There are two supported values:
#
#   1. xml - indicating XML configuration
#   2. db  - indicating Database configuration
#
# If ${threedsserver.configuration.type} property is not set, it defaults to xml - indicating XML
# configuration.
#
threedsserver.configuration.type=xml
#
# When the 3DS Server configuration is persisted in database, the 3DS Server also allows session data to be persisted in database.
# This property indicates the type of 3DS Server session storage. There are three supported values:
#
#   1. cache - indicating EhCache session storage
#   2. db    - indicating Database session storage
#   3. redis - indicating session storage using Redis
#
# If ${threedsserver.session.storage.type} property is not set, it defaults to cache - indicating EhCache session
# storage.
#
# 3DS 1 / UPOP session data is only supported with redis and db session storage type.
# If cache is chosen as session storage type, the 3DS 1 / UPOP session data will be stored in database.
#
threedsserver.session.storage.type=cache
#
### Database Session Storage cleanup configuration
#
### 3DS Method Data
#
# Property indicating whether a cleanup of the 3DS Method data should be scheduled. In a multi-instance setup
# it is recommended to have it enabled on one instance. Other instances should have it false.
#
# If ${threedsserver.session.storage.db.threeds-method-data.cleanup.enabled} property is not set, it defaults true -
# indicating a cleanup of the 3DS Method data to be scheduled according to
# ${threedsserver.session.storage.db.threeds-method-data.cleanup.minutes}.
#
threedsserver.session.storage.db.threeds-method-data.cleanup.enabled=true
#
# The time interval in minutes on which the 3DS Server will clean up the 3DS Method data cache when the
# ${threedsserver.session.storage.type} is set to db - indicating Database session storage,
# or redis - indicating Redis session storage.
#
# The 3DS Server will delete all entries whose time to live minutes -
# ${threedsserver.session.storage.db.threeds-method-data.time-to-live.minutes} have expired.
#
# If not configured differently, this property defaults to 60 minutes indicating hourly cleanup of the
# 3DS Method data table.
#
threedsserver.session.storage.db.threeds-method-data.cleanup.minutes=60
#
# The time to live in minutes of the 3DS Method data table entries. After this period of time, the 3DS Method data
# entries cannot be retrieved, nor updated. On a configured time interval -
# ${threedsserver.session.storage.db.threeds-method-data.cleanup.minutes} all inactive 3DS Method data entries will
# be deleted.
#
threedsserver.session.storage.db.threeds-method-data.time-to-live.minutes=1
#
### Results Data
#
# Property indicating whether a cleanup of the Results data should be scheduled. In a multi-instance setup
# it is recommended to have it enabled on one instance. Other instances should have it false.
#
# If ${threedsserver.session.storage.db.results-data.cleanup.enabled} property is not set, it defaults true -
# indicating a cleanup of the Results data to be scheduled according to
# ${threedsserver.session.storage.db.results-data.cleanup.minutes}.
#
threedsserver.session.storage.db.results-data.cleanup.enabled=true
#
#
# The time interval in minutes on which the 3DS Server will clean up the Results data cache when the
# ${threedsserver.session.storage.type} is set to db - indicating Database session storage,
# or redis - indicating Redis session storage.
#
# The 3DS Server will delete all entries whose time to live minutes -
# ${threedsserver.session.storage.db.results-data.time-to-live.minutes} have expired.
#
# If not configured differently, this property defaults to 60 minutes indicating hourly cleanup of the
# Results data cache.
#
threedsserver.session.storage.db.results-data.cleanup.minutes=60
#
# The time to live in minutes of the Results data table entries. After this period of time, the Results data entries
# cannot be retrieved, nor updated. On a configured time interval -
# ${threedsserver.session.storage.db.results-data.cleanup.minutes} all  inactive Results data entries will be deleted.
#
# With the decoupled authentication introduced in EMV 3DS v2.2.0, the maximum time that the Requestor would wait for the
# results request is defined with the 'threeDSRequestorDecMaxTime' field in the Authentication request (the maximum
# time that could be set to the 'threeDSRequestorDecMaxTime' is 10080 minutes - 7 days). Therefore, if decoupled
# authentication is utilised set this property to a value greater than 'threeDSRequestorDecMaxTime' sent in the
# Authentication request.
#
threedsserver.session.storage.db.results-data.time-to-live.minutes=30
 
# If set to true, divides the list of card range data to be inserted into batches, the maximum size of which is
# determined by the property ${threedsserver.session.storage.db.card-range-data.batch.size}.
#
threedsserver.session.storage.db.card-range-data.batch.parallelized=true
 
# The batch size used if parallel mode is enabled for inserting card range data
# ${threedsserver.session.storage.db.card-range-data.batch.parallelized}.
#
threedsserver.session.storage.db.card-range-data.batch.size=10000
 
# This property is used to specify the period on which 3DS Server checks if card ranges in underlying storage were
# updated to update its own cache of card ranges. If property is not set, it defaults to 60 seconds i.e
# 3DS Server will check for updates on 60 seconds and will update its cache if necessary.
#
threedsserver.session.storage.cache.card-range-data.cache-update-check.seconds=60
 
###
# Redis connection configuration
###
# Hostname of the Redis server
#spring.redis.host=
# Redis port
#spring.redis.port=6379
# Password for the Redis server
#spring.redis.password=
# Timeout in milliseconds for each Redis connection. Default is 240000ms.
spring.redis.timeout=240000
# Maximum number of connections that can be allocated by the pool at a given time. Use a negative value for no limit.
# spring.redis.lettuce.pool.max-active=
# Maximum number of "idle" connections in the pool. Use a negative value to indicate an unlimited number of idle connections.
#spring.redis.lettuce.pool.max-idle=
# Target for the minimum number of idle connections to maintain in the pool. This setting only has an effect if both
# it and time between eviction runs are positive.
#spring.redis.lettuce.pool.min-idle=
# Shutdown timeout
#spring.redis.lettuce.shutdown-timeout=
#
# The default location for various configuration files of the 3DS Server.
# If not specified it defaults to: \${user.home}/.threeDSServer.
# (\${user.home} is the user's home directory)
#
# threedss.config.home=
 
# The resource location of the ThreeDS Server Configuration (e.g. file:/etc/threeDSServerConfiguration/3dss-configuration.xml)
#
# Use a "file:" prefix for resources located on the file system.
# Use a "http:" prefix for resources loaded from an URL.
# Use a "classpath:" prefix for resources located on the classpath.
#
# If ${threedsserver.configuration.location} is not specified (i.e. empty) it defaults to file:${threedss.config.home}/3dss-configuration.xml
# (${threedss.config.home} is the value of the property "threedss.config.home")
#
# If not specified and the property "threedss.config.home" is not set this
# defaults to file:\${user.home}/.threeDSServer/3dss-configuration.xml
# (\${user.home} is the user's home directory)
#
threedsserver.configuration.location=
#
# Property indicating the name of the header field that contains the organization ID.
#
# If ${threedsserver.configuration.organization-id-header-name} property is not set, it defaults to
# "3DS-Organization-ID".
#
threedsserver.configuration.organization-id-header-name=3DS-Organization-ID
#
# Property indicating if the passwords defined for the certificate stores in the XML configuration are encrypted.
#
# If ${threedsserver.configuration.use-encrypted-passwords} property is not set, it defaults false - indicating
# plaintext passwords are used.
#
threedsserver.configuration.use-encrypted-passwords=false
#
# Property indicating whether testing mode is enabled. This property can be used to bypass directory server reference
# number validation while evaluating the 3DS Server product.
#
# If ${threedsserver.testing-mode.enabled} property is not set, it defaults to false - indicating testing mode is
# disabled.
#
threedsserver.testing-mode.enabled=false
#
# Timeout configuration for 3DS Server Authentication Response defined in seconds. This value will be used only if
# timeout configuration is not defined at root level for the 3DS Server.
#
threedsserver.timeouts.ares.seconds=300
#
# Timeout configuration for 3DS Server Preparation Response defined in seconds. This value will be used only if
# timeout configuration is not defined at root level for the 3DS Server.
#
threedsserver.timeouts.pres.seconds=300
##
# Timeout configuration for 3DS Server Method defined in seconds. This value will be used only if
# timeout configuration is not defined at root level for the 3DS Server.
#
threedsserver.timeouts.threedsmethod.seconds=10
##
# Timeout configuration for 3DS Server ProtocolError defined in seconds. This value will be used only when the
# 3DS Server sends protocol error messages to the Directory Server.
#
threedsserver.timeouts.protocol-error.seconds=2
#
# Number of threads serving ThreeDSServerResultsResponse messages invocation to the Requestor.
#
threedsserver.results-response.task-executor.core-pool-size=50
#
# Indicates whether the 3DS Server should validate an empty Acquirer Merchant ID received as part
# of the 3DS Server Authentication Request as valid. Set this property to true only if the 3DS Server
# processes American Express transactions for Online Travel Agencies (OTA) merchants. The 3DS Server will validate
# the empty Acquirer Merchant ID value as valid only if the 3DS Requestor ID, sent in the 3DS Server Authentication Request,
# starts with 'OTA' which is American Express specific requirement.
#
# The default value is false, i.e. the 3DS Server will not treat blank Acquirer Merchant Id as valid.
#
threedsserver.api-authentication-request.allow-empty-acquirer-merchant-id=false
#
# The resource location of the ThreeDS Server license (e.g. file:/etc/threeDSServerLicense/3dss.lic)
#
# Use a "file:" prefix for resources located on the file system.
# Use a "http:" prefix for resources loaded from an URL.
# Use a "classpath:" prefix for resources located on the classpath.
#
# If ${license.resource-location} is not specified (i.e. empty) it defaults to file:${threedss.config.home}/3dss.lic
# (${threedss.config.home} is the value of the property "threedss.config.home")
#
# If not specified and the property "threedss.config.home" is not set this
# defaults to file:\${user.home}/.threeDSServer/3dss.lic
# (\${user.home} is the user's home directory)
#
license.resource-location=
#
# The https protocols (i.e. TLS versions) the threeDS Server should use when establishing a connection to the directory servers.
# According to the 3DS Specification, the minimum supported TLS version is TLSv1.2
#
ds-client.https.protocols=TLSv1.2
#
# The server has default encryption key used to encrypt/decrypt sensitive information like passwords for certificate
# stores. If you want to use your own secret key specify the key alias, keystore location, keystore type
# and keystore password.
#
# Alias for active key which will be used for encrypting. You can change your active secret key alias,
# but the old key must stay present in the keystore in case it is needed for decryption or until you re-encrypt
# all encrypted database entries. Active key must be AES 256 secret key.
#
threedss.encryption.active-key-alias=
#
# Keystore location.
#
threedss.encryption.keystore-location=
#
# Keystore password.
#
threedss.encryption.keystore-password=
#
# Keystore type. Allowed keystore types: PKCS12 and JCEKS.
#
threedss.encryption.keystore-type=
#
# The proxy to use for connecting to the Directory Server (leave empty if not using a proxy).
#
# When specifying a HTTP proxy, HTTPS connections will be tunneled through via the HTTP CONNECT method.
# You may specify a user/password combination in the URL in case your proxy requires authentication.
#
#
# host    : proxy.org
# port    : 8888 (optional; if not specified, the scheme default port will be used)
# scheme  : http
# user    : foo (optional; only specify a user in case your proxy requires authentication)
# password: bar (optional; only specify a password in case your proxy requires authentication)
#
ds-client.proxy=
#
# The maximum number of connections for 3DS 2 requests per-route (i.e Directory Server host)
# held in the connection pool of a Directory Server client.
#
ds-client.max-connection-pool-per-route-size=50
#
# The maximum number of connections for 3DS 2 requests held in all per-route connection pools.
#
ds-client.max-number-of-connections-overall=100
#
# The supported cipher suites for outbound 2-way SSL connections to the DS.
#
ds-client.supported.cipher.suites=TLS_ECDHE_RSA_WITH_AES_128_GCM_SHA256,TLS_ECDHE_ECDSA_WITH_AES_128_GCM_SHA256
#
# The connection timeout in milliseconds for establishing a TCP/IP connection to the Directory Server.
#
ds-client.connection.timeout.milliseconds=3000
#
# The maximum number of Directory Server clients to cache.
#
ds-client.max-cached-instances=100
#
# The time (in seconds) for which the RestTemplate cache would expire.
#
ds-client.cached-instance-expiry.seconds=86400
#
# Indicator if PReq scheduling should be enabled. This should be enabled for at least one node.
# If 3DS Server is used with only one node, this property should be enabled.
#
# If 3DS Server is used in clustered environment and only one node will perform the updates,
# enable this feature for the node that will perform the updates. Other nodes should disable this feature.
#
# If ${ds-client.preparation.request.invocation.enabled} is not specified, it defaults to true.
# ds-client.preparation.request.invocation.enabled=
#
# The interval (in hours) for which the directory server is being sent a preparation request. Minimum value is 1 (1 hour),
# meaning the directory server is called on every 1 hour. If you have multiple nodes running and want each node to
# initiate PReq requests, consider setting this property to be the same for each node.
# This combined with ${ds-client.preparation.request.initial-delay.hours}
# will enable the nodes to each run in different time slots not interfering with each other.
#
# If ${ds-client.preparation.request.interval.hours} is not specified (i.e. empty) it defaults to 1.
# The minimum amount is 1 hour (once per hour).
#
# ds-client.preparation.request.interval.hours=
#
# The initial delay (in hours) for when the PReq will start for the first time. This is called when PReq requests are scheduled for
# the first time. It will add the initial delay to the current time to calculate the time of the first run. This is useful if you want
# all nodes to initiate PReq requests, or set the 3DS Server to start sending PReq requests X hours after the server is started.
#
# IMPORTANT NOTE: For concurrency, you will have to adjust the ${ds-client.preparation.request.interval.hours} property.
 
# The 3DS Specification requires PReq requests to be initiated at maximum of once per hour, so the suggested time to set
# the initial delay is (nodeId - 1) * initialDelay. This means that if you run the 3DS Server in 4 nodes,
# the first node will have an initial delay of 0 (will start immediately), second node will start after X hours,
# third after 2*X hours, and fourth after 3*X hours.
#
# If ${ds-client.preparation.request.initial-delay.hours} is not specified, it defaults to 0.
#
# --- DEPRECATED ---
# This field is deprecated and it will be removed in the next release.
# In a clustered environment, we recommend enabling the PReq initiation on one node only or disabling it on all nodes
# and use the endpoint for manual execution of preparation request.
#
# ds-client.preparation.request.initial-delay.hours=
#
# CRON expression indicating the time when the identified supported protocol values of the Directory Servers' endpoints will be
# deleted. This would mean that the 3DS Server will again check for the supported protocol versions of each Directory Server.
# This only applies when ${ds-client.preparation.request.invocation.enabled} is set to true. CRON
# expression must consist of 6 fields. The default value (0 0 3 * * 7) indicates: every Sunday at 3am.
#
ds-client.preparation.request.supported-versions.scheduled-delete.cron=0 0 3 * * 7
#
# The resource location of the Ehcache configuration XML for the cached data.
#
# Use a "file:" prefix for resources located on the file system.
# Use a "http:" prefix for resources loaded from an URL.
# Use a "classpath:" prefix for resources located on the classpath.
#
# If not specified (i.e. empty) this defaults to file:${threedss.config.home}/ehcache.xml
# (${threedss.config.home} is the value of the property "threedss.config.home")
#
# If not specified and the property "threedss.config.home" is not set this
# defaults to file:\${user.home}/.threeDSServer/ehcache.xml
# (\${user.home} is the user's home directory)
#
ehcache.config-xml.resource-location=
#
# Regular expression used to validate cardholder account numbers and resolve the VISA scheme.
#
cardholder-account-number.regex.visa=^4[0-9]*
#
# Regular expression used to validate cardholder account numbers and resolve the Mastercard scheme.
#
cardholder-account-number.regex.mastercard=^(2(22[1-9]|2[3-9]|[3-6]|7[0-1]|720)|5|60(0|1[0|[2-9]]|[2-9])|6([1-3]|[6-9]))[0-9]*
#
# Regular expression used to validate cardholder account numbers and resolve the American Express scheme.
#
cardholder-account-number.regex.american-express=^(34|37)[0-9]*
#
# Regular expression used to validate cardholder account numbers and resolve the JCB scheme.
#
cardholder-account-number.regex.jcb=^35(2[89]|[3-8][0-9])[0-9]*
#
# Regular expression used to validate cardholder account numbers and resolve the Diners scheme.
#
cardholder-account-number.regex.diners=^(30[0-5]|3095|36|38|39|6011|64|65)[0-9]*
#
# Regular expression used to validate cardholder account numbers and resolve the MIR scheme.
#
cardholder-account-number.regex.mir=^220[0-4][0-9]*
# The token string appended to the 3DS Method Notification URL when 3DS Server implementation of the 3DS Method
# notification response handler is used. The purpose of the token is to randomize the 3DS Method Notification URL, so
# it would not be the same for each Netcetera 3DS Server. The token shall contain only digits and letters.
#
# The configuration of the <ThreeDSMethodNotificationUrl> must be in the format
# 'https://<host>:<port>/3ds/3ds-method-notification/', on which the ${threedsmethod.notification-url.token} is appended.
# If ${threedsmethod.notification-url.token} is not configured, token won't be appended to the base notification URL, so
# it will remain 'https://<host>/3ds/3ds-method-notification/'.
#
threedsmethod.notification-url.token=
#
# Boolean property indicating whether the 3DS Server should do an internal resolving of the 3DS Method completion
# indicator - 'threeDSCompInd' in case when it is not provided from the 3DS Requestor for an authentication request.
# Default value is true meaning that the 3DS Server should do an internal resolving.
#
# In case of an external 3DS Method notification URL, this property should be set to false.
#
threedsmethod.completion-indicator.internal-resolving.enabled=true
# Property indicating which actuator endpoints will be publicly exposed.
#
# When enabled by this property, the metrics and health endpoints will be available on
# 'https://<host>/actuator/metrics/' and 'https://<host>/actuator/health/', respectively. Each particular metric can
# be accessed via 'https://<host>/actuator/metrics/<metric-name>'.
#
# Among other Spring built-in metrics, there is 'http.server.requests' metric which provides info about the number of
# requests handled by the application. The requests are counted and distinguished on a few bases, including the
# request URI, the type of method (GET, POST, etc.), the status code of the response, etc. This metric also provides
# info about the duration of requests being processed by the application.
#
# The 3DS Server adds the following additional metrics '3ds-server.ds.authentication.requests.duration',
# '3ds-server.preparation.requests.duration' and '3ds-server.exceptions'.
#
# The '3ds-server.preparation.requests.duration' metric provides info about the overall duration of the
# execution of a preparation request both on 3DS Server side and in the communication between the 3DS Server and the
# Directory Server.
#
# The '3ds-server.ds.authentication.requests.duration' metric provides info about the duration of the communication
# between the 3DS Server and the Directory Server per authentication request.
#
# The '3ds-server.exceptions' metric holds count info about the exceptions that occurred on 3DS Server side due to
# various reasons. The exceptions are counted and distinguished on a few bases, including the type of exception,
# the message flow in which the exception occurred (PREPARATION, AUTHENTICATION, RESULTS, etc) and the time of
# occurrence of the exception.
#
# The 3DS Server introduces new actuator endpoints available on
# 'https://<host>/admin/dashboard/actuator/transactions/'       - collected metrics about 3DS Server Transactions
# 'https://<host>/admin/dashboard/actuator/exceptions/'         - collected metrics about 3DS Server Exceptions
# 'https://<host>/admin/dashboard/actuator/certificates/'       - information about client certificates used by 3DS Server
# 'https://<host>/admin/dashboard/actuator/card-ranges-cache/'  - information about cached card ranges
#
# These endpoints should be restricted from within the PSP environment.
#
management.endpoints.web.exposure.include=metrics,health,transactions,exceptions,info,certificates,card-ranges-cache
#
# Property indicating whether the actuator health endpoint should display details(database related details,
# diskspace related details, etc.)
#
management.endpoint.health.show-details=always
#
# Property indicating whether the actuator health endpoint should include/exclude diskspace related details.
# By default, this property is true, meaning when the ${management.endpoint.health.show-details} is set to 'always',
# the diskspace related details will be available. Since the diskspace related details are not relevant information,
# this property is set to false, in order to exclude them from the health endpoint.
#
management.health.diskspace.enabled=false
#
# Property indicating whether Prometheus is enabled. Prometheus is a monitoring system which pulls metrics
# data over HTTP periodically. The 'prometheus' endpoint is disabled by default. When enabled all metrics will be
# published on it.
#
# In order to enable Prometheus set this property to true and add 'prometheus' endpoint in
# ${management.endpoints.web.exposure.include} property in order to publicly expose it.
#
management.metrics.export.prometheus.enabled=false
#
# Comma separated decimal values for publishing percentiles for metrics that are part of service-level agreement.
# By default 0.99, 0.95 and 0.70 percentiles are published.
#
threedss.metrics.sla.percentiles=0.99, 0.95, 0.70
#
#############################################
# Core configuration properties for the MPI #
#############################################
#
# Should MPI use an internal session, used to validate PARes messages,
# or should the external SessionData be provided through the API as part of PaResValidationRequest.
#
mpi.core.session-enabled=true
#
# Should MPI send 3-D Secure error messages to the Directory Servers
# when they send invalid 3-D Secure messages.
#
mpi.core.send-error-messages-to-ds=true
#
# Should MPI send 3-D Secure error messages to the Access Control Servers
# when they send invalid 3-D Secure messages.
#
mpi.core.send-error-messages-to-acs=true
#
# Should the HTTP scheme be considered a valid one, when validating the ACS url.
#
# Note: This should not be allowed in a production environment.
#
mpi.core.allow-http-for-acs-url=true
#
# Should the MPI strictly enforce the XML signature syntax requirements as defined by VISA.
#
# There are some ACSs that don't respect the VISA XML signature syntax requirements
# and for example send a SignedInfo.Reference.Transforms element in the PARes.
# Setting this property to false relaxes the XML signature syntax validation to also
# allow such signatures.
#
# If not specified this defaults to true
#
mpi.core.enforce-xml-signature-syntax-validation=true
#
# Should the MPI strictly enforce the PARes validation.
#
# There are some ACSs that don't respect the Visa syntax requirements
# and for example send a zeroed out pan element in the PARes, for all TransactionStatuses.
# Setting this property to false relaxes the PARes validation to also allow such responses.
#
# If not specified this defaults to true
#
mpi.core.enforce-pares-validation=true
#
# Defines if the MPI should send the mastercard tokenization extension in VEReq for all MasterCard PAN/Token requests.
#
mpi.core.use-master-card-tokenization-extension=true
#
#
# Property indicating whether a cleanup of the MPI session data should be scheduled. In a multi-instance setup
# it is recommended to have it enabled on one instance. Other instances should have it false.
#
# If ${mpi.core.session-data-clean-up-enabled} property is not set, it defaults true -
# indicating a cleanup of the MPI session data to be scheduled according to ${mpi.core.session-data-clean-up-interval}.
#
mpi.core.session-data-clean-up-enabled=true
#
# The time interval in minutes on which the 3DS Server will clean up the MPI session data.
#
# The 3DS Server will delete all entries whose time to live minutes - ${mpi.core.session-data-time-to-live} have expired.
#
# If not configured differently, this property defaults to 60 minutes indicating hourly cleanup.
#
mpi.core.session-data-clean-up-interval=60
#
# The time to live in minutes of the MPI session data table entries. After this period of time, the MPI session data
# entries cannot be retrieved, nor updated. On a configured time interval - ${mpi.core.session-data-clean-up-interval}
# all inactive 3DS Method data entries will be deleted.
#
mpi.core.session-data-time-to-live=30
 
##################################################
# Configuration properties for the MPI DS Client #
##################################################
#
# The maximum number of connections for 3DS 1 requests per-route (i.e Directory Server host)
# held in the connection pool of a Directory Server client.
#
mpi.ds-client.max-connection-pool-per-route-size=50
#
# The maximum number of connections for 3DS 1 requests held in all per-route connection pools.
#
mpi.ds-client.max-number-of-connections-overall=100
#
# The maximum number of Directory Server clients to cache.
#
# Directory Server clients are cached per client certificate due to the
# expensive setup of the underlying SSL socket factory.
#
mpi.ds-client.max-cached-instances=100
#
# The time for which the RestTemplate cache would expire, expressed in seconds.
#
mpi.ds-client.cached-instance-expiry-in-seconds=86400
#
# The proxy to use for connecting to the Directory Server (leave empty if not using a proxy).
#
# When specifying an HTTP proxy, HTTPS connections will be tunneled through via the HTTP CONNECT method.
# You may specify a user/password combination in the URL in case your proxy requires authentication.
#
#
# host    : proxy.org
# port    : 8888 (optional; if not specified, the scheme default port will be used)
# scheme  : http
# user    : foo (optional; only specify a user in case your proxy requires authentication)
# password: bar (optional; only specify a password in case your proxy requires authentication)
#
mpi.ds-client.proxy=
#
# The https protocols (i.e. TLS versions) the MPI should use when establishing a connection to the directory servers.
#
mpi.ds-client.https-protocols=TLSv1.2,TLSv1.1,TLSv1
#
# Defines the connection timeout in milliseconds for establishing a TCP/IP connection to the Directory Server.
#
# A timeout value of zero is interpreted as an infinite timeout.
#
mpi.ds-client.connection-timeout-in-milliseconds=3000
#
# Defines the socket timeout in milliseconds for communication with the Directory Server.
#  (The socket timeout is the timeout for waiting for data  or, put differently,
#   the maximum period of inactivity between two consecutive data packets).
#
# A timeout value of zero is interpreted as an infinite timeout.
#
mpi.ds-client.socket-timeout-in-milliseconds=5000
#
# Should the MPI start in simulation mode, with no communication to the DS Server.
#
mpi.ds-client.ds-response-simulation=false
#
# The resource location for the Directory Server response simulation file, containing entries in the following format:
#
# <pan>=<enrollment-status>,<acs-url>
#
# Possible values to be used for enrollment status are: Y, N or U
#
# When configuring the response simulation file resource location:
# Use a "file:" prefix for resources located on the file system.
# Use a "http:" prefix for resources loaded from an URL.
# Use a "classpath:" prefix for resources located on the classpath.
#
# If not specified (i.e. empty) this defaults to file:${threedss.config.home}/dsResponseSimulation.properties
# (${threedss.config.home} is the value of the system property "threedss.config.home")
#
# If not specified and the system property "mpi.config.home" is not set this
# defaults to file:${user.home}/.threedss/dsResponseSimulation.properties
# (${user.home} is the user's home directory)
#
mpi.ds-client.ds-response-simulation-resource-location=
#
# The max number of threads in the thread pool of the error notifier.
#
# The error notifier is responsible for asynchronously sending error messages to the
# Directory Server or the ACS, whenever the MPI detects an error in a 3-D Secure
# protocol message received from either the Directory Server or the ACS.
#
mpi.ds-client.max-thread-pool-size=10
 
####################################################
# Configuration properties for the MPI UPOP Client #
####################################################
#
# Proxy used for connecting to UnionPay inquiry server.
# See details about proxy settings above (dsClient.proxy).
#
mpi.upop-client.proxy=
#
# Defines the connection timeout in milliseconds for establishing a TCP/IP connection to the UnionPay Server.
#
# A timeout value of zero is interpreted as an infinite timeout.
#
mpi.upop-client.connection-timeout-in-milliseconds=3000
#
# Defines the socket timeout in milliseconds for communication with the UnionPay Server.
#
# A timeout value of zero is interpreted as an infinite timeout.
#
mpi.upop-client.socket-timeout-in-milliseconds=5000
#
# Fully qualified URL of the 3DS Server instance. This property must be configured per node (in node-<node-ID>.properties).
#
threedss.frontend.configs.backend-api=
#
### Production database connection properties
#
# The datasource URL location. The JDBC connection string may differ depending on the database type, but we recommend
# the specified formats defined below. Supported database types are PostgreSQL, MySQL, Oracle and Microsoft SQL Server.
#
# Recommended JDBC connection strings:
#    PostgreSQL:                jdbc:postgresql://<host>:<port>/<database-name>
#    MySQL:                     jdbc:mysql://<host>:<port>/<database-name>
#    Oracle:                    jdbc:oracle:<oracle-driver>:<host>:<port>:<SID>
#    Microsoft SQL Server:      jdbc:sqlserver://<host>:<port>;database=<database-name>
spring.datasource.url=
#
# The datasource user used by the application. It is recommended that this user has read only privileges to the database
# the 3DS Server application is using.
#
spring.datasource.username=
#
# The password of the datasource user used by the application.
#
spring.datasource.password=
#
# --- DEPRECATED ---
# This field will be deprecated and it will be removed in future versions. Spring Boot will automatically detect the
# driver class from the datasource URL. For MySQL this field is still required since it automatically detects an older
# JDBC driver.
#
# The appropriate Driver used for database connection. Supported database types are PostgreSQL, MySQL, Oracle and
# Microsoft SQL Server. The value should be defined depending on the underlying database.
#
# Default database is PostgreSQL. Accepted values are:
#
#    org.postgresql.Driver                          - indicating PostgreSQL database will be used
#    com.mysql.cj.jdbc.Driver                       - indicating MySQL database will be used
#    oracle.jdbc.OracleDriver                       - indicating Oracle database will be used
#    com.microsoft.sqlserver.jdbc.SQLServerDriver   - indicating Microsoft SQL Server database will be used
#
#spring.datasource.driver-class-name=
#
# The SQL dialect of the underlying database. Supported database types are PostgreSQL, MySQL, Oracle and Microsoft SQL Server.
# The value should be defined depending on the underlying database.
#
# Default database is PostgreSQL. Accepted values are depending on the desired dialect, but it is recommended to use
# one of the following:
#
#    org.hibernate.dialect.PostgreSQL95Dialect      - indicating PostgreSQL 9.5 Dialect will be used
#    org.hibernate.dialect.MySQL57Dialect           - indicating MySQL 5.7 Dialect will be used
#    org.hibernate.dialect.Oracle12cDialect         - indicating Oracle 12 c Dialect will be used
#    org.hibernate.dialect.SQLServer2012Dialect     - indicating Microsoft SQL Server 2012 Dialect will be used
#
spring.jpa.properties.hibernate.dialect=org.hibernate.dialect.PostgreSQL95Dialect
#
# The maximum number of pooled connections to the database. It is recommended to have a bigger number for better
# performance.
#
spring.datasource.hikari.maximum-pool-size=300
#
# Enables/Disables the application to be registered as Eureka Client (it can communicate with the registry).
#
# Disable the Eureka Client for applications that are configured with XML files.
#
eureka.client.enabled=false
#
# Enables/Disables the application to be able to send heartbeats to Eureka Registry.
# This has no effect if: eureka.client.enabled=false
#
# Enable the Eureka Client Healthcheck by default
#
eureka.client.healthcheck.enabled=true
#
# List of Eureka Registry URLs. If the 3DS Server Admin is acting as a Eureka Registry, then the 3DS Server Admin
# endpoint needs to be configured.
#
eureka.client.service-url.defaultZone=
#
# Custom Eureka instance ID. Uncomment this property to set a custom ID for the Eureka instance. If not set
# Eureka will populate it by automatically resolving the host on which the instance is running, together with the port
# and application name.
#eureka.instance.instanceId=
#
# Custom Eureka hostname. Uncomment this property to set the hostname where your Eureka instance is running. If not set
# Eureka will resolve the hostname automatically.
#eureka.instance.hostname=
#
# Custom Eureka instance context path. Uncomment this property to set the context path which will be appended to the
# instance hostname. Should be set only if there is a need of a context path, otherwise only the hostname will be used.
#eureka.instance.metadata-map.contextPath=
#
# A property which decides whether the connection to the instance is secure (https). By default this property is false.
#eureka.instance.securePortEnabled=
#
# The secure port on which the instance should receive traffic. By default this is 443
# or resolved from the server.port property of the instance.
#eureka.instance.securePort=
#
# A property which decides whether the connection to the instance is non secure (http). By default this property is true.
#eureka.instance.nonSecurePortEnabled=
#
# The non secure port on which the instance should receive traffic. By default this is 80
# or resolved from the server.port property of the instance.
#eureka.instance.nonSecurePort=
#
# A property which controls whether an Organization ID header will be sent in to the DS.
# Turn this on when you are using the NDM simulator and have organization based card simulations.
#
ds.send.org.id=false
#
# Property controlling whether IAM database authentication is enabled. This feature is only available
# for MySQL and PostgreSQL databases running on AWS. See more information here:
#
# When the IAM database authentication is enabled, the ${spring.datasource.password}
# property should not be configured.
#
# The default value is false, i.e. by default, the standard way of authentication using username/password is performed.
#
# nca.acquiring.aws.iam-role-db-auth.enabled=false
#