stack/config/src/test/resources/hazelcast.xml - usergrid - Git at Google

 <?xml version="1.0" encoding="UTF-8"?>
 <!--
     Licensed to the Apache Software Foundation (ASF) under one or more
     contributor license agreements.  See the NOTICE file distributed with
     this work for additional information regarding copyright ownership.
     The ASF licenses this file to You under the Apache License, Version 2.0
     (the "License"); you may not use this file except in compliance with
     the License.  You may obtain a copy of the License at

         http://www.apache.org/licenses/LICENSE-2.0

     Unless required by applicable law or agreed to in writing, software
     distributed under the License is distributed on an "AS IS" BASIS,
     WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
     See the License for the specific language governing permissions and
     limitations under the License.
 -->
 <hazelcast xsi:schemaLocation="http://www.hazelcast.com/schema/config hazelcast-basic.xsd"
            xmlns="http://www.hazelcast.com/schema/config"
            xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
     <group>
         <name>dev</name>
         <password>dev-pass</password>
     </group>
     <wan-replication name="my-wan-cluster">
         <target-cluster group-name="tokyo" group-password="tokyo-pass">
             <replication-impl>com.hazelcast.impl.wan.WanNoDelayReplication</replication-impl>
             <end-points>
                 <address>10.2.1.1:5701</address>
                 <address>10.2.1.2:5701</address>
             </end-points>
         </target-cluster>
         <target-cluster group-name="london" group-password="london-pass">
             <replication-impl>com.hazelcast.impl.wan.WanNoDelayReplication</replication-impl>
             <end-points>
                 <address>10.3.5.1:5701</address>
                 <address>10.3.5.2:5701</address>
             </end-points>
         </target-cluster>
     </wan-replication>
     <network>
         <port auto-increment="true">5701</port>
         <join>
             <multicast enabled="true">
                 <multicast-group>224.2.2.3</multicast-group>
                 <multicast-port>54327</multicast-port>
             </multicast>
             <tcp-ip enabled="false">
                 <interface>127.0.0.1</interface>
             </tcp-ip>
             <aws enabled="false">
                 <access-key>my-access-key</access-key>
                 <secret-key>my-secret-key</secret-key>
                 <region>us-east-1</region>
             </aws>
         </join>
         <interfaces enabled="false">
             <interface>10.10.1.*</interface>
         </interfaces>
         <symmetric-encryption enabled="false">
             <!--
                encryption algorithm such as
                DES/ECB/PKCS5Padding,
                PBEWithMD5AndDES,
                AES/CBC/PKCS5Padding,
                Blowfish,
                DESede
             -->
             <algorithm>PBEWithMD5AndDES</algorithm>
             <!-- salt value to use when generating the secret key -->
             <salt>thesalt</salt>
             <!-- pass phrase to use when generating the secret key -->
             <password>thepass</password>
             <!-- iteration count to use when generating the secret key -->
             <iteration-count>19</iteration-count>
         </symmetric-encryption>
         <asymmetric-encryption enabled="false">
             <!-- encryption algorithm -->
             <algorithm>RSA/NONE/PKCS1PADDING</algorithm>
             <!-- private key password -->
             <keyPassword>thekeypass</keyPassword>
             <!-- private key alias -->
             <keyAlias>local</keyAlias>
             <!-- key store type -->
             <storeType>JKS</storeType>
             <!-- key store password -->
             <storePassword>thestorepass</storePassword>
             <!-- path to the key store -->
             <storePath>keystore</storePath>
         </asymmetric-encryption>
     </network>
     <executor-service>
         <core-pool-size>16</core-pool-size>
         <max-pool-size>64</max-pool-size>
         <keep-alive-seconds>60</keep-alive-seconds>
     </executor-service>
     <queue name="default">

         <!--
             Maximum size of the queue. When a JVM's local queue size reaches the maximum,
             all put/offer operations will get blocked until the queue size
             of the JVM goes down below the maximum.
             Any integer between 0 and Integer.MAX_VALUE. 0 means
             Integer.MAX_VALUE. Default is 0.
         -->
         <max-size-per-jvm>0</max-size-per-jvm>

         <!--
             Name of the map configuration that will be used for the backing distributed
             map for this queue.
         -->
         <backing-map-ref>default</backing-map-ref>

     </queue>
     <map name="default">
         <!--
             Number of backups. If 1 is set as the backup-count for example,
             then all entries of the map will be copied to another JVM for
             fail-safety. Valid numbers are 0 (no backup), 1, 2, 3.
         -->
         <backup-count>1</backup-count>
         <!--
             Valid values are:
             NONE (no eviction),
             LRU (Least Recently Used),
             LFU (Least Frequently Used).
             NONE is the default.
         -->
         <eviction-policy>NONE</eviction-policy>
         <!--
             Maximum size of the map. When max size is reached,
             map is evicted based on the policy defined.
             Any integer between 0 and Integer.MAX_VALUE. 0 means
             Integer.MAX_VALUE. Default is 0.
         -->
         <max-size policy="cluster_wide_map_size">0</max-size>
         <!--
             When max. size is reached, specified percentage of
             the map will be evicted. Any integer between 0 and 100.
             If 25 is set for example, 25% of the entries will
             get evicted.
         -->
         <eviction-percentage>25</eviction-percentage>

         <!--
             While recovering from split-brain (network partitioning),
             map entries in the small cluster will merge into the bigger cluster
             based on the policy set here. When an entry merge into the
             cluster, there might an existing entry with the same key already.
             Values of these entries might be different for that same key.
             Which value should be set for the key? Conflict is resolved by
             the policy set here. Default policy is hz.ADD_NEW_ENTRY

             There are built-in merge policies such as
             hz.NO_MERGE      ; no entry will merge.
             hz.ADD_NEW_ENTRY ; entry will be added if the merging entry's key
                                doesn't exist in the cluster.
             hz.HIGHER_HITS   ; entry with the higher hits wins.
             hz.LATEST_UPDATE ; entry with the latest update wins.
         -->
         <merge-policy>hz.ADD_NEW_ENTRY</merge-policy>


         <wan-replication-ref name="my-wan-cluster">
             <merge-policy>hz.MERGING_WINS</merge-policy>
         </wan-replication-ref>
     </map>
     <!-- Add your own map merge policy implementations here:
     	<merge-policies>
            	<map-merge-policy name="MY_MERGE_POLICY">
             	<class-name>com.acme.MyOwnMergePolicy</class-name>
         	</map-merge-policy>
     	</merge-policies>
     -->
     <semaphore name="default">
         <!--
          The number of permits available to the Semaphore
         -->
         <size>1</size>
     </semaphore>
 </hazelcast>
	<?xml version="1.0" encoding="UTF-8"?>
	<!--
	Licensed to the Apache Software Foundation (ASF) under one or more
	contributor license agreements. See the NOTICE file distributed with
	this work for additional information regarding copyright ownership.
	The ASF licenses this file to You under the Apache License, Version 2.0
	(the "License"); you may not use this file except in compliance with
	the License. You may obtain a copy of the License at

	http://www.apache.org/licenses/LICENSE-2.0

	Unless required by applicable law or agreed to in writing, software
	distributed under the License is distributed on an "AS IS" BASIS,
	WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
	See the License for the specific language governing permissions and
	limitations under the License.
	-->
	<hazelcast xsi:schemaLocation="http://www.hazelcast.com/schema/config hazelcast-basic.xsd"
	xmlns="http://www.hazelcast.com/schema/config"
	xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
	<group>
	<name>dev</name>
	<password>dev-pass</password>
	</group>
	<wan-replication name="my-wan-cluster">
	<target-cluster group-name="tokyo" group-password="tokyo-pass">
	<replication-impl>com.hazelcast.impl.wan.WanNoDelayReplication</replication-impl>
	<end-points>
	<address>10.2.1.1:5701</address>
	<address>10.2.1.2:5701</address>
	</end-points>
	</target-cluster>
	<target-cluster group-name="london" group-password="london-pass">
	<replication-impl>com.hazelcast.impl.wan.WanNoDelayReplication</replication-impl>
	<end-points>
	<address>10.3.5.1:5701</address>
	<address>10.3.5.2:5701</address>
	</end-points>
	</target-cluster>
	</wan-replication>
	<network>
	<port auto-increment="true">5701</port>
	<join>
	<multicast enabled="true">
	<multicast-group>224.2.2.3</multicast-group>
	<multicast-port>54327</multicast-port>
	</multicast>
	<tcp-ip enabled="false">
	<interface>127.0.0.1</interface>
	</tcp-ip>
	<aws enabled="false">
	<access-key>my-access-key</access-key>
	<secret-key>my-secret-key</secret-key>
	<region>us-east-1</region>
	</aws>
	</join>
	<interfaces enabled="false">
	<interface>10.10.1.*</interface>
	</interfaces>
	<symmetric-encryption enabled="false">
	<!--
	encryption algorithm such as
	DES/ECB/PKCS5Padding,
	PBEWithMD5AndDES,
	AES/CBC/PKCS5Padding,
	Blowfish,
	DESede
	-->
	<algorithm>PBEWithMD5AndDES</algorithm>
	<!-- salt value to use when generating the secret key -->
	<salt>thesalt</salt>
	<!-- pass phrase to use when generating the secret key -->
	<password>thepass</password>
	<!-- iteration count to use when generating the secret key -->
	<iteration-count>19</iteration-count>
	</symmetric-encryption>
	<asymmetric-encryption enabled="false">
	<!-- encryption algorithm -->
	<algorithm>RSA/NONE/PKCS1PADDING</algorithm>
	<!-- private key password -->
	<keyPassword>thekeypass</keyPassword>
	<!-- private key alias -->
	<keyAlias>local</keyAlias>
	<!-- key store type -->
	<storeType>JKS</storeType>
	<!-- key store password -->
	<storePassword>thestorepass</storePassword>
	<!-- path to the key store -->
	<storePath>keystore</storePath>
	</asymmetric-encryption>
	</network>
	<executor-service>
	<core-pool-size>16</core-pool-size>
	<max-pool-size>64</max-pool-size>
	<keep-alive-seconds>60</keep-alive-seconds>
	</executor-service>
	<queue name="default">

	<!--
	Maximum size of the queue. When a JVM's local queue size reaches the maximum,
	all put/offer operations will get blocked until the queue size
	of the JVM goes down below the maximum.
	Any integer between 0 and Integer.MAX_VALUE. 0 means
	Integer.MAX_VALUE. Default is 0.
	-->
	<max-size-per-jvm>0</max-size-per-jvm>

	<!--
	Name of the map configuration that will be used for the backing distributed
	map for this queue.
	-->
	<backing-map-ref>default</backing-map-ref>

	</queue>
	<map name="default">
	<!--
	Number of backups. If 1 is set as the backup-count for example,
	then all entries of the map will be copied to another JVM for
	fail-safety. Valid numbers are 0 (no backup), 1, 2, 3.
	-->
	<backup-count>1</backup-count>
	<!--
	Valid values are:
	NONE (no eviction),
	LRU (Least Recently Used),
	LFU (Least Frequently Used).
	NONE is the default.
	-->
	<eviction-policy>NONE</eviction-policy>
	<!--
	Maximum size of the map. When max size is reached,
	map is evicted based on the policy defined.
	Any integer between 0 and Integer.MAX_VALUE. 0 means
	Integer.MAX_VALUE. Default is 0.
	-->
	<max-size policy="cluster_wide_map_size">0</max-size>
	<!--
	When max. size is reached, specified percentage of
	the map will be evicted. Any integer between 0 and 100.
	If 25 is set for example, 25% of the entries will
	get evicted.
	-->
	<eviction-percentage>25</eviction-percentage>

	<!--
	While recovering from split-brain (network partitioning),
	map entries in the small cluster will merge into the bigger cluster
	based on the policy set here. When an entry merge into the
	cluster, there might an existing entry with the same key already.
	Values of these entries might be different for that same key.
	Which value should be set for the key? Conflict is resolved by
	the policy set here. Default policy is hz.ADD_NEW_ENTRY

	There are built-in merge policies such as
	hz.NO_MERGE ; no entry will merge.
	hz.ADD_NEW_ENTRY ; entry will be added if the merging entry's key
	doesn't exist in the cluster.
	hz.HIGHER_HITS ; entry with the higher hits wins.
	hz.LATEST_UPDATE ; entry with the latest update wins.
	-->
	<merge-policy>hz.ADD_NEW_ENTRY</merge-policy>


	<wan-replication-ref name="my-wan-cluster">
	<merge-policy>hz.MERGING_WINS</merge-policy>
	</wan-replication-ref>
	</map>
	<!-- Add your own map merge policy implementations here:
	<merge-policies>
	<map-merge-policy name="MY_MERGE_POLICY">
	<class-name>com.acme.MyOwnMergePolicy</class-name>
	</map-merge-policy>
	</merge-policies>
	-->
	<semaphore name="default">
	<!--
	The number of permits available to the Semaphore
	-->
	<size>1</size>
	</semaphore>
	</hazelcast>