resin服務本地調試

在項目he-project下建兩個文件夾，分別爲resin和webapp

安裝的resin放在resin文件夾中，resin文件夾如下

conf/resin.xml配置如下：

<!--
   - Resin 4.0 configuration file.
  -->
<resin xmlns="http://caucho.com/ns/resin"
       xmlns:resin="urn:java:com.caucho.resin">

  <!-- property-based Resin configuration -->
  <resin:properties path="${__DIR__}/resin.properties" optional="true"/>
  <resin:properties path="cloud:/resin.properties"
                    optional="true" recover="true"/>


  <resin:if test="${properties_import_url}">
     <resin:properties path="${properties_import_url}"
                    optional="true" recover="true"/>
  </resin:if>


  <!-- Logging configuration for the JDK logging API -->
  <log-handler name="" level="all" path="stdout:"
               timestamp="[%y-%m-%d %H:%M:%S.%s]"
               format=" {${thread}} ${log.message}"/>

  <!--
     - Alternative pseudo-TTCC log format
     -
     - <log-handler name="" level="all" path="stdout:"
     -           timestamp="%y-%m-%d %H:%M:%S.%s"
     -           format=" [${thread}] ${log.level} ${log.shortName} - ${log.message}"/>
    -->

  <!--
     - level='info' for production
     - 'fine' or 'finer' for development and troubleshooting
    -->
  <logger name="" level="${log_level?:'info'}"/>

  <logger name="com.caucho.java" level="config"/>
  <logger name="com.caucho.loader" level="config"/>

  <!--
     - Default configuration applied to all clusters, including
     - HTTP, HTTPS, and /resin-admin configuration.
    -->
  <resin:import path="${__DIR__}/cluster-default.xml"/>

  <!--
     - health configuration
    -->
  <resin:import path="${__DIR__}/health.xml"/>

<!--
     - Remote management requires at least one enabled admin user.
    -->
  <resin:AdminAuthenticator>
    <user name="${admin_user}" password="${admin_password}"/>

    <resin:import path="${__DIR__}/admin-users.xml" optional="true"/>
    <resin:import path="cloud:/admin-users.xml" optional="true" recover="true"/>
  </resin:AdminAuthenticator>

  <!--
     - For clustered systems, create a password in as cluster_system_key
    -->
  <cluster-system-key>${cluster_system_key}</cluster-system-key>

  <!--
     - For production sites, change dependency-check-interval to something
     - like 600s, so it only checks for updates every 10 minutes.
    -->
  <dependency-check-interval>2s</dependency-check-interval>

  <!-- For resin.properties dynamic cluster joining -->
  <home-cluster>${home_cluster}</home-cluster>
  <home-server>${home_server}</home-server>
  <elastic-server>${elastic_server}</elastic-server>
  <elastic-dns>${elastic_dns}</elastic-dns>

  <!--
     - Configures the main application cluster.  Load-balancing configurations
     - will also have a web cluster.
    -->
  <cluster id="app">
    <!-- define the servers in the cluster -->
    <server-multi id-prefix="app-" address-list="${app_servers}" port="6800"/>

    <host-default>
      <!-- creates the webapps directory for .war expansion -->
      <web-app-deploy path="webapps"
                      expand-preserve-fileset="WEB-INF/work/**"
                      multiversion-routing="${webapp_multiversion_routing}"
                      path-suffix="${elastic_webapp?resin.id:''}"/>
    </host-default>
  <!-- auto virtual host deployment in hosts/foo.example.com/webapps -->
    <host-deploy path="hosts">
      <host-default>
        <resin:import path="host.xml" optional="true"/>
      </host-default>
    </host-deploy>

    <!-- the default host, matching any host name -->
    <host id="" root-directory=".">
      <!--
         - webapps can be overridden/extended in the resin.xml
        -->
      <web-app id="/" root-directory="webapps/ROOT"/>

    </host>

    <resin:if test="${resin_doc}">
      <host id="${resin_doc_host}" root-directory="${resin_doc_host}">
        <web-app id="/resin-doc" root-directory="${resin.root}/doc/resin-doc"/>
      </host>
    </resin:if>
  </cluster>
<!--
     - Configures the main appliction cluster.  Load-balancing configurations
     - will also have a load-balance-tier cluster.
    -->
    <cluster id="hellodake">
        <root-directory>.</root-directory>
        <server-default>
            <watchdog-port>6601</watchdog-port> <!--resin的端口-->
            <thread-max>4096</thread-max>
            <thread-idle-max>256</thread-idle-max>
            <thread-idle-min>64</thread-idle-min>
            <http address="*" port="8085">   <!--你服務的端口-->
                <accept-thread-max>512</accept-thread-max>
                <accept-thread-min>32</accept-thread-min>
                <connection-max>3096</connection-max>
                <port-thread-max>3096</port-thread-max>
            </http>
            <keepalive-max>1024</keepalive-max>
            <keepalive-timeout>60s</keepalive-timeout>
                        <jvm-arg>-Xmn128M</jvm-arg>
                        <jvm-arg>-Xmx1024M</jvm-arg>
                        <jvm-arg>-Xms1024M</jvm-arg>
                        <jvm-arg>-Xloggc:/home/work/log/he-project/gc.log</jvm-arg>
                        <jvm-arg>-Duse.local.proxy=true</jvm-arg>
                    </server-default>
        <server id="he-project"></server> <!--項目-->
        <host id="" root-directory=".">
            <web-app id="/" root-directory='/home/work/bin/he-project/webapp'>
            </web-app>
            <access-log path='/home/work/log/he-project/access.log'
                format='%t >>>> [%h] [%s] [%v] [%r]'
                rollover-period="1D"/>
            <stdout-log path='/home/work/log/he-project/stdout.log' rollover-period='1D'/>
            <stderr-log path='/home/work/log/he-project/stderr.log' rollover-period='1D'/>
        </host>
    </cluster>
</resin>

把/target下的文件放在he-project/webapp下，可以寫個腳本來做這件事

#!/bin/bash

##
# 使用release.sh, 將he-project發佈到onebox
##

SCRIPT_DIR=`cd $(dirname $0); pwd -P`
build_dir="he-project-1.0.0-SNAPSHOT"
wwwprj="he-project"

cd ${SCRIPT_DIR}
mvn  install -DskipTests=true -Pnewstaging

echo "replace $wwprj war file"
rm -rf /home/work/bin/${wwwprj}/webapp/*
cp -r $SCRIPT_DIR/target/${build_dir}/*  /home/work/bin/${wwwprj}/webapp

cd -