xml pastes

opensrf.xml Paste

<?xml version="1.0"?>
<!--
vim:et:ts=2:sw=2:
-->
<opensrf version="0.0.3">
<!--

    There is one <host> entry for each server on the network.  Settings for the
    'default' host are used for every setting that isn't overridden within a given
    host's config.

    To specify which applications a host is serving, list those applications
    within that host's config section.  If the defaults are acceptible, then
    that's all that needs to be added/changed.

    Any valid XML may be added to the <default> block and server components will have
    acces to it.

-->

  <default>
    <dirs>

      <!-- opensrf log files go in this directory -->
      <log>/openils/var/log</log>

      <!-- opensrf unix domaind socket files go here -->
      <sock>/openils/var/lock</sock>

      <!-- opensrf pids go here -->
      <pid>/openils/var/run</pid>

      <!-- global config directory -->
      <conf>/openils/conf</conf>
    </dirs>

    <!-- prefork, simple. prefork is suggested -->
    <server_type>prefork</server_type>

    <!-- Default doesn't host any apps -->
    <activeapps/>
    <cache>
      <global>
        <servers>

          <!-- memcached server ip:port -->
          <server>127.0.0.1:11211</server>

        </servers>

        <!-- maximum time that anything may stay in the cache -->
        <max_cache_time>86400</max_cache_time>

      </global>
    </cache>

    <!--
    These are the defaults for every served app.  Each server should
    duplicate the node layout for any nodes that need changing.
    Any settings that are overridden in the server specific section
    will be used as the config values for that server.  Any settings that are
    not overridden will fall back on the defaults
    Note that overriding 'stateless' will break things
    -->

    <apps>
      <opensrf.persist>

        <!--
        How many seconds to wait between server
        requests before timing out a stateful server session.
        -->
        <keepalive>1</keepalive>

        <!--
        if 1, then we support stateless sessions (no connect required),
        if 0 then we don't
        -->
        <stateless>1</stateless>

        <!--
        Tells the servers which language this implementation is coded in
        In this case non "perl" servers will not be able to load the module
        -->
        <language>perl</language>

        <!-- Module the implements this application -->
        <implementation>OpenSRF::Application::Persist</implementation>

        <!-- max stateful REQUEST requests before a session automatically disconnects a client -->
        <max_requests>97</max_requests>

        <!-- this will disable the stderr output log for this service -->
        <!--<diable_stderr>true</disable_stderr>-->

        <!-- settings for the backend application drones.  These are probably sane defaults -->
        <unix_config>

          <!-- unix socket file -->
          <unix_sock>opensrf.persist_unix.sock</unix_sock>

          <!-- pid file -->
          <unix_pid>opensrf.persist_unix.pid</unix_pid>

          <!-- max requests per process backend before a child is recycled -->
          <max_requests>1000</max_requests>

          <!-- log file for this application -->
          <unix_log>opensrf.persist_unix.log</unix_log>

          <!-- Number of children to pre-fork -->
          <min_children>5</min_children>

          <!-- maximun number of children to fork -->
          <max_children>25</max_children>

          <!-- minimun number of spare forked children -->
          <min_spare_children>2</min_spare_children>

          <!-- max number of spare forked children -->
          <max_spare_children>5</max_spare_children>

        </unix_config>

        <!-- Any additional setting for a particular application go in the app_settings node -->
        <app_settings>

          <!-- sqlite database file -->
          <dbfile>/openils/var/persist.db</dbfile>

        </app_settings>
      </opensrf.persist>

      <opensrf.math>
        <keepalive>3</keepalive>
        <stateless>1</stateless>
        <language>c</language>
        <implementation>osrf_math.so</implementation>
        <unix_config>
          <unix_sock>opensrf.math_unix.sock</unix_sock>
          <unix_pid>opensrf.math_unix.pid</unix_pid>
          <max_requests>1000</max_requests>
          <unix_log>opensrf.math_unix.log</unix_log>
          <min_children>5</min_children>
          <max_children>15</max_children>
          <min_spare_children>2</min_spare_children>
          <max_spare_children>5</max_spare_children>
        </unix_config>
      </opensrf.math>

      <opensrf.dbmath>
        <keepalive>3</keepalive>
        <stateless>1</stateless>
        <language>c</language>
        <implementation>osrf_dbmath.so</implementation>
        <unix_config>
          <max_requests>1000</max_requests>
          <unix_log>opensrf.dbmath_unix.log</unix_log>
          <unix_sock>opensrf.dbmath_unix.sock</unix_sock>
          <unix_pid>opensrf.dbmath_unix.pid</unix_pid>
          <min_children>5</min_children>
          <max_children>15</max_children>
          <min_spare_children>2</min_spare_children>
          <max_spare_children>5</max_spare_children>
        </unix_config>
      </opensrf.dbmath>

      <opensrf.settings>
        <keepalive>1</keepalive>
        <stateless>1</stateless>
        <language>perl</language>
        <implementation>OpenSRF::Application::Settings</implementation>
        <max_requests>17</max_requests>
        <unix_config>
          <unix_sock>opensrf.settings_unix.sock</unix_sock>
          <unix_pid>opensrf.settings_unix.pid</unix_pid>
          <max_requests>1000</max_requests>
          <unix_log>opensrf.settings_unix.log</unix_log>
          <min_children>5</min_children>
          <max_children>15</max_children>
          <min_spare_children>3</min_spare_children>
          <max_spare_children>5</max_spare_children>
        </unix_config>
      </opensrf.settings>

      <opensrf.validator>
        <keepalive>1</keepalive>
        <stateless>1</stateless>
        <language>perl</language>
        <implementation>OpenSRF::Application::Validator</implementation>
        <max_requests>17</max_requests>
        <unix_config>
          <unix_sock>opensrf.validator_unix.sock</unix_sock>
          <unix_pid>opensrf.validator_unix.pid</unix_pid>
          <max_requests>1000</max_requests>
          <unix_log>opensrf.validator_unix.log</unix_log>
          <min_children>5</min_children>
          <max_children>15</max_children>
          <min_spare_children>3</min_spare_children>
          <max_spare_children>5</max_spare_children>
        </unix_config>
        <app_settings>
          <validators>
            <emailaddress>
              <modules>
                <a_regex>
                    <implementation>OpenSRF::Application::Validator::EmailAddress::Regex</implementation>
                </a_regex>
                <b_dns>
                    <implementation>OpenSRF::Application::Validator::EmailAddress::DNS</implementation>
                    <check_mx_a>1</check_mx_a>
                    <!-- Change this to a 1 to check for IPV6 records as well as IPV4 -->
                    <check_aaaa>0</check_aaaa>
                    <!-- Uncomment this to specify a resolve.conf-like config file for DNS lookups -->
                    <!--<config_file>/path/to/file</config_file>-->
                    <!-- A set of IPs to ignore - Useful when your DNS provider intercepts NXDOMAIN (say, OpenDNS) -->
                    <ignore_ips>127.0.0.1,67.215.65.132</ignore_ips>
                </b_dns>
              </modules>
            </emailaddress>
          </validators>
        </app_settings>
      </opensrf.validator>
    </apps>
  </default>

  <hosts>

    <localhost>
      <!-- ^-=-
        Should match the fully qualified domain name of the host.

        On Linux, the output of the following command is authoritative:
        $ perl -MNet::Domain -e 'print Net::Domain::hostfqdn() . "\n";'

        To use 'localhost' instead, run osrf_control with the 'localhost' flag
      -->
      <!-- List all of the apps this server will be running -->
      <activeapps>
        <appname>opensrf.persist</appname>
        <appname>opensrf.settings</appname>
        <appname>opensrf.math</appname>
        <appname>opensrf.dbmath</appname>
        <appname>opensrf.validator</appname>
      </activeapps>

      <apps>

<!-- Example of an app-specific setting override -->
        <opensrf.persist>
          <app_settings>
            <dbfile>/openils/var/persist-override.db</dbfile>
          </app_settings>
        </opensrf.persist>

      </apps>

    </localhost>

  </hosts>

</opensrf>

opensrf_core.xml Paste

<?xml version="1.0"?>
<!--
Example OpenSRF bootstrap configuration file for Evergreen
-->
<config>
  <!-- Options for <loglevel>: 0 None, 1 Error, 2 Warning, 3 Info, 4 debug -->
  <opensrf>
    <routers>

      <!-- define the list of routers our services will register with -->
      <router>
        <!--
          This is the public router.  On this router, we only register
          applications which should be accessible to everyone on the OpenSRF
          network
        -->
        <name>router</name>
        <domain>public.localhost</domain>

        <services>
          <service>opensrf.math</service>
          <service>open-ils.actor</service>
          <service>open-ils.acq</service>
          <service>open-ils.auth</service>
          <service>open-ils.auth_proxy</service>
          <service>open-ils.booking</service>
          <service>open-ils.cat</service>
          <service>open-ils.circ</service>
          <service>open-ils.collections</service>
          <service>open-ils.fielder</service>
          <service>open-ils.pcrud</service>
          <service>open-ils.permacrud</service>
          <service>open-ils.reporter</service>
          <service>open-ils.resolver</service>
          <service>open-ils.search</service>
          <service>open-ils.supercat</service>
          <service>open-ils.url_verify</service>
          <service>open-ils.vandelay</service>
          <service>open-ils.serial</service>
        </services>
      </router>

      <router>
        <!--
          This is the private router.  All applications must register with
          this router, so no explicit <services> section is required
        -->
        <name>router</name>
        <domain>private.localhost</domain>
      </router>
    </routers>

    <!-- Our domain should match that of the private router -->
    <domain>private.localhost</domain>
    <username>opensrf</username>
    <passwd>willett</passwd>
    <port>5222</port>

    <!--
      Name of the router used on our private domain.
      This should match one of the <name> of the private router above.
     -->
    <router_name>router</router_name>

    <logfile>/openils/log/osrfsys.log</logfile>
    <!--
      <logfile>syslog</logfile>
      <syslog>local0</syslog>
      <actlog>local1</actlog>
     -->
    <loglevel>4</loglevel>
    <settings_config>/openils/conf/opensrf.xml</settings_config>
  </opensrf>
  <!--
    The section between <gateway>...</gateway> is a standard OpenSRF C
    stack configuration file
  -->
  <gateway>
    <client>true</client>
    <router_name>router</router_name>

    <!-- The gateway connects to the public domain for security -->
    <domain>public.localhost</domain>

    <!-- This section will be soon deprecated for multi-domain mode... -->
    <services>
      <service>opensrf.math</service>
      <service>opensrf.dbmath</service>
      <service>open-ils.cat</service>
      <service>open-ils.search</service>
      <service>open-ils.circ</service>
      <service>open-ils.actor</service>
      <service>open-ils.auth</service>
      <service>open-ils.auth_proxy</service>
      <service>open-ils.collections</service>
      <service>open-ils.reporter</service>
    </services>

    <!-- jabber login info -->
    <username>opensrf</username>
    <passwd>willett</passwd>
    <port>5222</port>
    <loglevel>4</loglevel>
    <logfile>/openils/log/gateway.log</logfile>
    <!--
      <logfile>syslog</logfile>
      <syslog>local6</syslog>
      <actlog>local1</actlog>
    -->
  </gateway>
  <!-- ======================================================================================== -->
  <routers>
    <router>
      <!-- public router -->
      <trusted_domains>
        <!--
          Allow private services to register with this router
          and public client to send requests to this router.
        -->
        <server>private.localhost</server>

        <!--
          Also allow private clients to send to the router so it
          can receive error messages
        -->
        <client>private.localhost</client>
        <client>public.localhost</client>

      </trusted_domains>
      <transport>
        <server>public.localhost</server>
        <port>5222</port>
    <unixpath>/openils/sock/unix_sock</unixpath>
        <username>router</username>
        <password>willett</password>
        <resource>router</resource>
        <connect_timeout>10</connect_timeout>
        <max_reconnect_attempts>5</max_reconnect_attempts>
      </transport>
      <logfile>/openils/log/router-public.log</logfile>
      <!--
        <logfile>syslog</logfile>
        <syslog>local2</syslog>
      -->
      <loglevel>2</loglevel>
    </router>
    <router>
      <!-- private router -->
      <trusted_domains>
        <server>private.localhost</server>
        <!--
          Only clients on the private domain can send requests to this router
         -->
        <client>private.localhost</client>
      </trusted_domains>
      <transport>
        <server>private.localhost</server>
        <port>5222</port>
        <username>router</username>
    <password>willett</password>
        <resource>router</resource>
        <connect_timeout>10</connect_timeout>
        <max_reconnect_attempts>5</max_reconnect_attempts>
      </transport>
      <logfile>/openils/log/router-private.log</logfile>
      <!--
        <logfile>syslog</logfile>
        <syslog>local2</syslog>
      -->
      <loglevel>2</loglevel>
    </router>
  </routers>
  <!-- ======================================================================================== -->

  <!-- Any methods which match any of these match_string node values will
       have their params redacted from lower-level input logging.
       Adjust these examples as needed. -->
  <shared>
    <log_protect>
      <match_string>open-ils.auth.authenticate.verify</match_string>
      <match_string>open-ils.auth.authenticate.complete</match_string>
      <match_string>open-ils.auth_proxy.login</match_string>
      <match_string>open-ils.actor.patron.password_reset.commit</match_string>
      <match_string>open-ils.actor.user.password</match_string>
      <match_string>open-ils.actor.user.username</match_string>
      <match_string>open-ils.actor.user.email</match_string>
      <match_string>open-ils.actor.patron.update</match_string>
      <match_string>open-ils.cstore.direct.actor.user.create</match_string>
      <match_string>open-ils.cstore.direct.actor.user.update</match_string>
      <match_string>open-ils.cstore.direct.actor.user.delete</match_string>
      <match_string>open-ils.search.z3950.apply_credentials</match_string>
    </log_protect>
  </shared>
</config>

srfsh.xml Paste

<?xml version="1.0"?>
<!-- This file follows the standard bootstrap config file layout found in opensrf_core.xml -->
<srfsh>
  <router_name>router</router_name>
  <domain>private.localhost</domain>
  <username>opensrf</username>
  <passwd>willett</passwd>
  <port>5222</port>
  <logfile>/openils/var/log/srfsh.log</logfile>
  <loglevel>4</loglevel>
  <client>true</client>
</srfsh>