# PETALS: PETALS Services Platform
# Copyright (C) 2005  EBM WebSourcing
#
# This library is free software; you can redistribute it and/or
# modify it under the terms of the GNU Lesser General Public
# License as published by the Free Software Foundation; either
# version 2.1 of the License, or any later version.
#
# This library is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
# Lesser General Public License for more details.
#
# You should have received a copy of the GNU Lesser General Public
# License along with this library; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307
# USA.
#
# Initial developer(s): EBM WebSourcing

# -----------------------------------------------------------------------
# Petals properties
# -----------------------------------------------------------------------

# This property is used to set the behavior of the components in this container
# related to the message echange validation (see isExchangeOkayWith)
exchange.validation=false

# This property is used to set up the behaviour of the container (if other containers
# are using the same multicast address the containers will be in distributed mode)
tribe.multicast=224.7.65.51

# This property set up the name of the domain group used by the JNDI distributed
# server and by Joram
joram.domain=Petals1

# This property indicates that the network where PEtALS is deployed is time synchronized
#network.time.synchronized=true

# This property set up the host address of this container.
# If not specified, Petals finds the IP address with 'ifconfig' or 'ipconfig'.
#host=localhost

# This property set up the policy of the Quality of Service supported by Petals Transporter.
# Possible values are : reliable, fast.
# If not specified, the reliable policy is selected by default
#transport.qos=fast

# This property defines the routing strategy
# Two kind of strategy can be defines: highest or random
# the others parameters represents respectively the local ponderation, the ponderation
# of the remote active endpoint and the ponderation of the remote inactive endpoint
# The 'random' strategy chooses an endpoint in function of defined ponderations.
# The endpoints that have the strongest ponderation can be more easely choose in comparison with the others.
# The 'highest' strategy chooses the first endpoint in the list that have the strongest ponderation.
routing.strategy = random,1,1,1

# This property defines the time period between each ping to all other known petals.
# This property allows user to know all the available active PEtALS.
ping.period = 60000

# This property activates the JNDI cache. All the endpoints already
# used are stored in a cache to improve the performance.
cache.activated = true

# This property defines the periodic cache clean, in milliseconds,
# needed to take into account newly deployed endpoints.
# Default value: 5min.
cache.clean.period = 300000

# This property activates the High Availability support
#container.ha = true

# This property defines the location of the PEtALS repository
#repository.path = <PETALS_HOME>/repository

# Number of workers used to recover shared-libraries, components and
# service-assemblie during a PEtALS start. If set to a value higher
# than 1, concurrency problems can occurs inside components that are
# not thread-safe. In this case, you should decrease the value to 1
# or use a fix component version.
#recovering.workers = 1

# -----------------------------------------------------------------------
# JMX properties
# -----------------------------------------------------------------------#
# This property set up the HTML connector of the JMX server
# If not specified, in dynamic mode, PEtALS allocates a free port
#html.port=7080

# This property set up the RMI connector of the JMX server
# If not specified, in dynamic mode, PEtALS allocates a free port
#jmx.port=3000
#jmx.jndi.port=7700
jmx.user=
jmx.pwd=

# -----------------------------------------------------------------------
# JNDI Server properties
#
# jndi.server: Define the jndi server to use, possible values are tribe/joram/none
#     - tribe: a dynamic distributed JNDI server is started into each PEtALS instances
#              and this PEtALS node is auto-registered into the PEtALS domain;
#              all the configuration not specified in this file is auto-allocated (dynamic mode)
#     - joram: a static distributed JNDI server is started into each PEtALS instances
#              and this PEtALS node is auto-registered into the PEtALS domain;
#              all static configuration should be defined in ${joram.path}/a3server.xml.
#              Caution, this configuration contains also the JMS configuration needed by the
#              robust transporter.
#     - none:  no JNDI server is embeded in the PEtALS instance. An external JNDI server
#              is needed.
# Default value: tribe
#
# The listen port of the JNDI server is configured using the property "java.naming.factory.port"
# (default value 7720)
#
#jndi.server=tribe
#------------------------------------------------------------------------


# -----------------------------------------------------------------------
# JNDI Client properties
#
# java.naming.client : JNDI client implementation. Possible values are:
#   - org.objectweb.petals.communication.jndi.JNDIServiceImpl:
#                 This JNDI client is a standard JNDI client. This implementation needs only to
#                 define the initial context factory using the default JNDI property
#                 "java.naming.factory.initial". According to your initial context factory,
#                 you will add here (in this file) your properties. extra parameters, according
#                 to your JNDI server:
#   - all other Fractal component implementing the interface
#                 org.objectweb.petals.communication.jndi.JNDIService.
#
# java.naming.factory.initial : Your JNDI initial context factory. The default TCP port used to
#                 establish a connection with the JNDI server is 7720 (set in property the named
#                 "java.naming.factory.port"). Possible values for the initial context factory
#                 are :
#   - org.objectweb.petals.communication.jndi.tribe.connection.NamingContextFactory : for a TRiBE
#                 JNDI server
#   - fr.dyade.aaa.jndi2.client.NamingContextFactory: for a JOrAM JNDI server 
#   - all others values according to your JNDI server.
#
# Default values:
#java.naming.client=org.ow2.petals.communication.jndi.JNDIServiceImpl
#java.naming.factory.initial=org.objectweb.petals.communication.jndi.tribe.connection.NamingContextFactory
#java.naming.factory.host=localhost
#java.naming.factory.port=7720
# -----------------------------------------------------------------------

# -----------------------------------------------------------------------
# JORAM properties
# -----------------------------------------------------------------------
# This property set up the id of the JORAM server used by JORAM Transporter
# If not specified, in dynamic mode, PEtALS allocates a free id
#joram.id = 0
# This property set up the name of the JORAM server used by JORAM Transporter
# If not specified, in dynamic mode, PEtALS allocates the same name that the joram id
#container.name = 0
# This property set up the domain port of the JORAM server
# If not specified, in dynamic mode, PEtALS allocates a free port
#joram.domainport = 7740
# This property set up the TCP port of the JORAM server
# If not specified, in dynamic mode, PEtALS allocates a free port
#joram.tcpport = 7760
joram.user = petals
joram.pwd = petals
# This property defines the JORAM path, containing the JORAM configuration (a3server.xml)
#joram.path = <PETALS_HOME>/joram

# -----------------------------------------------------------------------
# Fast transport protocol properties
# -----------------------------------------------------------------------
# The Fractal component name of the Fast transporter to use. The default one uses
# Dream and is named DreamTransportProtocol. The NIO Fast Transporter is identified
# by NioTransportProtocol.
#transporter.fast=DreamTransportProtocol

# -----------------------------------------------------------------------
# NIO Transport Protocol properties
# -----------------------------------------------------------------------
#transporter.nio.server.port = 7780

# This property set up the number of threads used to deserialized messages
#transporter.nio.server.acceptors = 4

# This property set up the connection timeout in milli-seconds
#transporter.nio.client.connection-timeout = 5000

# This property set up the send timeout in milli-seconds
#transporter.nio.client.send-timeout = 50000

# This property set up the number of messages sent before cleaning the
# serialization cache.
#transporter.nio.client.serialization-cache-clean-period = 100

# This property set up the maximum number of sockets (per target container)
# that can be established simultaneously.
#transporter.nio.client.pool.max = 8

# This property set up the minimum amount of time that a connection to a
# remote container may sit idle before it is eligible for eviction due to
# idle time, in milli-seconds.
#transporter.nio.client.pool.min-idle-time = 1800000

# This property set up the time that the eviction thread should sleep before
# "runs" of examining idle connections, in milli-seconds.
#transporter.nio.client.pool.evict-run-time = 600000

# -----------------------------------------------------------------------
# DREAM Transport Protocol properties
# -----------------------------------------------------------------------
#transporter.dream.tcpport = 7780

# This property set up the Dream session cache. It should be sized to "container number - 1"
#transporter.dream.session.cache.size = 20

# This property set up the Dream timeout in ms to attempt to establish a TCP connection.
#transporter.dream.connection.timeout = 10000

# This property set up the Dream number of retries to attempt to establish a TCP connection.
#transporter.dream.connection.retry = 3

# -----------------------------------------------------------------------
# SSL properties
# -----------------------------------------------------------------------
server.trustedkeystore=
server.trustedkeystore.password=
server.identitykeystore=
server.identitykeystore.password=