Unterschiede

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--- lilypond:lsr_setup [2011/07/06 14:00] – [section 3] reinhold
+++ lilypond:lsr_setup [2013/03/13 10:42] (aktuell) – Externe Bearbeitung 127.0.0.1
@@ Zeile 49: / Zeile 49: @@
 mysql --user=lsr --password=lsr lsr < lsr-2011-06-30.mysqldump
 </code>
-  - Create a group superadmin and give it all rights to all types. Also add a user 'admin' and add it to the superadmin group. It's easiest to use the following SQL file: {{:lilypond:lsr:sql-add-superadmin.sql|sql-add-superadmin.sql}}<code>
+  - Create a group superadmin and give it all rights to all types. Also add a user 'admin' and add it to the superadmin group. It's easiest to use the following SQL file (Please change the password!): {{:lilypond:lsr:sql-add-superadmin.sql|sql-add-superadmin.sql}}<code>
 mysql --user=lsr --password=lsr lsr < sql-add-superadmin.sql
 </code>
@@ Zeile 59: / Zeile 59: @@
   - Create the proper forms, definition files and the SQL for an initial database for ERW (ertool --forms/defs/sql does the same, but has a hardcoded path to the erw.jar and needs it globally installed. Here we simply use the same direct java call as ertool does):<code>
 erwdir=$PWD/ERW-1.0.10
+alias myerwtool="java -cp $erwdir/ERtool/erw.jar:$CLASSPATH -Dit.unimi.dsi.erw.dtddir="$erwdir/dtd/" it.unimi.dsi.erw.ERtool "
 cd lsr-0.5/ERW/
-java -cp $erwdir/ERtool/erw.jar:$CLASSPATH -Dit.unimi.dsi.erw.dtddir="$erwdir/dtd/" it.unimi.dsi.erw.ERtool --forms forms/*.erf < lsr.xml
+myerwtool --forms forms/*.erf < lsr.xml
 mkdir -p defs
 cd defs
-java -cp $erwdir/ERtool/erw.jar:$CLASSPATH -Dit.unimi.dsi.erw.dtddir="$erwdir/dtd/" it.unimi.dsi.erw.ERtool --defs < ../lsr.xml
+myerwtool --defs < ../lsr.xml
 cd ..
-java -cp $erwdir/ERtool/erw.jar:$CLASSPATH -Dit.unimi.dsi.erw.dtddir="$erwdir/dtd/" it.unimi.dsi.erw.ERtool --sql < lsr.xml > lsr-ERW-db-structure.sql
+myerwtool --sql < lsr.xml > lsr-ERW-db-structure.sql
 cd ../../
 </code>
@@ Zeile 74: / Zeile 75: @@
 ===== Preparing the web host's directory structure =====
   - Create an output directory, where we collect all files for the web application: <code>
-mkdir -p web/LSR/WEB-INF/{classes,data,templates,lib} web/ERW/{custom,defs,forms}
+mkdir -p web/LSR/WEB-INF/{classes,data,templates,lib} web/{custom,defs,forms}
 </code>
   - Copy the lsr-0.5.jar and all other required java packages to the output directory:<code>
@@ Zeile 85: / Zeile 86: @@
   - Copy all LSR files (also the generated ERW files) over, which will be served by apache:<code>
 cp -r lsr-0.5/{css,html,img} web/LSR/
-cp lsr-0.5/ERW/custom/*.php web/ERW/custom/
+cp lsr-0.5/ERW/custom/*.php web/custom/
-cp lsr-0.5/ERW/defs/*.php web/ERW/defs/
+cp lsr-0.5/ERW/defs/*.php web/defs/
-cp lsr-0.5/ERW/forms/*.php web/ERW/forms/
+cp lsr-0.5/ERW/forms/*.php web/forms/
-mv web/ERW/custom/login.php web/
+mv web/custom/login.php web/
 cp lsr-0.5/vm/*.vm web/LSR/WEB-INF/templates
 </code>
-  - Download the web.xml and velocity.properties files to the web/LSR/WEB-INF/ directory: {{:lilypond:lsr:web.xml|web.xml required to set up the tomcat webapp}} and {{:lilypond:lsr:velocity.properties|velocity.properties required by the tomcat webapp}}
+  - Download the web.xml and velocity.properties files to the web/LSR/WEB-INF/ directory:
-  - Open web/ERW-config.orig.php in a text editor and change $_ERW_erlId, the database user, password and database to "lsr". Also prepend ERW/ to the entries for defs, custom and forms. Then rename it to ERW-config.php:<code>
+    * {{:lilypond:lsr:web.xml|web.xml required to set up the tomcat webapp}}
-mv web/ERW-config.orig.php web/ERW-config.php
+    * {{:lilypond:lsr:velocity.properties|velocity.properties required by the tomcat webapp}}
+  - Open web/ERW-conf.orig.php in a text editor and change $_ERW_erlId, the database user, password and database to "lsr". Then rename it to ERW-config.php:<code>
+mv web/ERW-conf.orig.php web/ERW-conf.php
 </code>My ERW-config.php can also be downloaded here: {{:lilypond:lsr:erw-conf.php|My ERW-conf.php config file}}
   - Create the initial MG4J search index:<code>
+  lsrshdir=$PWD/lsr-0.5/sh/
   cd web/LSR/WEB-INF/data
-  . ../../../../lsr-0.5/sh/setcp.sh
+  . $lsrshdir/setcp.sh
-  ../../../../lsr-0.5/sh/indexlsr.sh
+  $lsrshdir/indexlsr.sh
-  cd ../../../../
+  cd -
 </code>
 ===== Setting up Tomcat =====
@@ Zeile 165: / Zeile 169: @@
 ===== Setting up the LilyPond jail needed for creating snippet output =====
+  - Install a Lilypond version from the binary builds:
+    - Download the .sh file
+    - As root, do <code>
+  sudo mkdir /opt/lily2.14
+  sudo ./lilypond-2.14.2-1.linux-x86.sh --prefix=/opt/lily2.14/</code>
+  - Use {{:lilypond:lsr:create_lily_jail.sh|this script}} to setup a lilypond jail directory (each installed lilypond version needs roughly 100MB). You can use multiple installations with multiple -p arguments (in this example, I have versions 2.10, 2.12 and 2.14 installed in the same jail):<code>
+  sudo ./create_lily_jail.sh -p /opt/lily2.10/ -p /opt/lily2.12/ -p /opt/lily2.14/ -s 400000 lilyjail</code>
+  - This script will print out some instructions how to enable sudo for a user and how to automount the jail on boot. Follow the instructions, i.e.
+    - Add the following line to /etc/fstab to ensure the loop device will be mounted on boot:<code>
+/home/lilyjail/lilyloop /home/lilyjail/lilymnt    ext3 auto,loop 0       0</code>
+    - Call ''visudo'' as root and add the following lines to the sudoers file (typically /etc/sudoers):<code>
+ALL   ALL=NOPASSWD: /opt/lily2.10/lilypond/usr/bin/lilypond -jlilyjail\,lilyjail\,/home/lilyjail/lilymnt\,/lilyhome *
+ALL   ALL=NOPASSWD: /opt/lily2.12/lilypond/usr/bin/lilypond -jlilyjail\,lilyjail\,/home/lilyjail/lilymnt\,/lilyhome *
+ALL   ALL=NOPASSWD: /opt/lily2.14/lilypond/usr/bin/lilypond -jlilyjail\,lilyjail\,/home/lilyjail/lilymnt\,/lilyhome *
+</code>This allows all users to run the jailed lilypond installation.
+For details see the LilyPond documentation: http://lilypond.org/doc/v2.14/Documentation/usage/command_002dline-usage.html#lilypond-in-chroot-jail
 ===== Open issues =====
-  * Adjust all hard-coded links to lsr.dsi.unimi.it by relative links to the local host.
+.