<!--

#

# Copyright (c) 2008-2009 Nokia Corporation and/or its subsidiary(-ies).

# All rights reserved.

# This component and the accompanying materials are made available

# under the terms of "Eclipse Public License v1.0"

# which accompanies this distribution, and is available

# at the URL "http://www.eclipse.org/legal/epl-v10.html".

#

# Initial Contributors:

# Nokia Corporation - initial contribution.

#

# Contributors:

#

#

-->

<project name="Utilities">

<!--

  This file contains common utilities for each build.xml file.

  Following properties are mandatory for a basic build process. Most of the

  APIs can use default values, but if some property is not suitable, it can

  be overridden.

                      concatenate the paths using ':' as separator. Default is

                      '../javasrc

                      paths using ':' as separator. Default is '../javasrc.cdc

    bootclasspath     The bootclasspath used for compile time. Default is CLDC

                      compilation.. Default is CDC

                      name of the ant project.

  Following properties are optionals:

                            "javah"ed.

-->

  <import file="properties.xml"/>

  <!--Importing platform specific utilities. This might seem quite complex,

      since we need to import a default one (utilities.fake.xml), because

      the property ${platform.utilities.xml.file} need to have some meaningful

      using additional antcall after the dynamic properties have been defined.

      See targets deploy and deploy.dual-->

  <import file="${platform.utilities.xml.file}"/>

  <!-- Importing emma utilities for Java code coverage measurement. -->

  <import file="emmautilities.xml"/>

<!--STARTING POINTS START-->

  <!--The start point of the component's build when there are classes that can

      normal case for the most of the components-->

    <antcall target="deploy.internal">

             value="${dyn.platform.utilities.xml.file}"/>

    </antcall>

  </target>

  <!--The start point of the component's build when there are classes from two

      different configurations (cldc, cdc, etc). The default order is that cldc

      able to variate the behavior.

  -->

    <antcall target="deploy.dual.internal">

      <param name="platform.utilities.xml.file" value="${dyn.platform.utilities.xml.file}"/>

    </antcall>

  </target>

<!--STARTING POINTS END-->

<!--TARGETS FOR THE FIRST PHASE COMPILATION START-->

  <!--An internal target to be called using antcall in order to import correct

      depends on this) defines following property:

                                         implementations of certain common

                                         targets

  -->

  <target name="deploy.internal" depends="do.export, deploy.first, finalize">

  </target>

  <!--Target that launches the first phase compilation. After this target

      classes/collection directory, finetuned (platform specific) and

      copied into jar containig all the classes of the different components.-->

  <target name="deploy.first" depends="do.export">

        source path -->

    <condition property="additional.java.src.path.first"

               value=";${javasrc.platform.specific}"

               else="">

      <isset property="javasrc.platform.specific.present" />

    </condition>

    <!--Start the job described above using antcall -->

    <antcall target="do.java.compile">

      <param name="compile.target" value="compile"/>

      <param name="int.bcp" value=""/>

      <param name="bcp" value="${bootclasspath}"/>

             value="${java.src.paths}${additional.java.src.path.first}"/>

      <param name="dst.dir" value="${classes.first.dir}"/>

    </antcall>

  </target>

<!--TARGETS FOR THE FIRST PHASE COMPILATION END-->

<!--TARGETS FOR THE SECOND PHASE COMPILATION START-->

  <!--An internal target for the second phase compilation. Look for the

      description of the target 'deploy.internal'.

  -->

  <target name="deploy.dual.internal" depends="deploy.second, finalize">

  </target>

  <!--Target that launches the second phase compilation. After this target

      classes/collection directory, finetuned (platform specific) and

      copied into jar containig all the classes of the different components.-->

  <target name="deploy.second" depends="deploy.first, init.second.phase">

        source path -->

    <condition property="additional.java.src.path.second"

               value=";${javasrc.platform.specific.cdc}"

               else="">

      <isset property="javasrc.platform.specific.cdc.present" />

    </condition>

    <!--Start the job described above using antcall -->

    <antcall target="do.java.compile">

      <param name="compile.target" value="compile.second"/>

      <param name="int.bcp" value="${classes.first.dir}"/>

      <param name="bcp" value="${bootclasspath.second}"/>

           value="${java.src.second.paths}${additional.java.src.path.second}"/>

      <param name="dst.dir" value="${classes.second.dir}"/>

    </antcall>

  </target>

<!--TARGETS FOR THE SECOND PHASE COMPILATION END-->

<!--COMPILE AND FINALIZE START-->

  <!--This target compiles the java code, finetunes the classes in

      platform specific way (if exists) and adds the classes into

      collection jar file. The target is meant to be called using

      <antcall> which must define following properties:

        *compile.target   Target to be used doing the 'javac'

        *bcp              The bootclasspath for the 'javac'

        *jsrc             A list of dir(s) containing the Java files.

        *dst.dir          A directory where to put the resulted classes.

        *int.bcp          An internal additional bootclasspath. This is used

                          in the second phase of the dual compilation for

                          adding the classes compiled in the first phase

                          into bootclasspath of the 'javac'

    -->

  <target name="do.java.compile" depends="do.java.preprocessing">

    <!--If the pre-processing is done change the java source to point

        to preprocessed sources.-->

    <condition property="jsrc.for.javac"

               value="${java.cpp.tmp.dir}"

               else="${jsrc}">

      <isset property="java.cpp.tmp.dir" />

    </condition>

    <ant target="${compile.target}"/>

    <ant target="finetune.classes"/>

    <ant target="emma.instr"/>

    <ant target="add.classes.to.collection.jar"/>

    <ant target="collect.localisation.files"/>

    <!--Copy only changed classes into collection dir -->

    <copy todir="${classes.collection.dir}">

      <fileset dir="${dst.dir}" includes="**/*.class">

        <depend targetdir="${classes.collection.dir}"/>

      </fileset>

    </copy>

  </target>

  <!--Target that does the pre rpocessing of the java code. This is not done

      by default - it is done only if property java.cpp.defines has been

      component's classes/firstjavacpp (or classes/secondjavacpp in case of

       second phase compilation) directory

  -->

  <target name="do.java.preprocessing" if="java.cpp.defines">

    <property name="java.cpp.tmp.dir" location="${dst.dir}javacpp"/>

    <mkdir dir="${java.cpp.tmp.dir}"/>

    <exec executable="python" failonerror="true">

      <arg value="${java.src.root}/build/buildutils/javacpp.py"/>

      <arg value="${jsrc}"/>

      <arg value="${java.cpp.tmp.dir}"/>

    </exec>

  </target>

  <!--Groups a set of functionalities that are done after java code has

      been compiled ad finetuned -->

                                   create.public.api.jar, javah, generate.odc,

                                   rommize.classes, jni.utils">

  </target>

<!--COMPILE AND FINALIZE END-->

<!--INITIALIZATIONS START-->

  <!--Creates target directories -->

  <target name="make.target.dirs">

    <mkdir dir="${classes.collection.dir}"/>

    <mkdir dir="${classes.first.dir}"/>

    <mkdir dir="${temp.javah.dir}"/>

    <mkdir dir="${javah.dir}"/>

    <mkdir dir="${jar.destination.root}"/>

  </target>

  <!--Creates target directories when dual phase compilation is

      used. In normal case this is not used.-->

  <target name="init.second.phase">

    <property name="second.phase.compilation" value="true"/>

    <mkdir dir="${classes.second.dir}"/>

  </target>

  <!--Target for making component specific initalizations depending on

      the values of dynamic properties (e.g. Target platform).

      should override this if it provides public APIs -->

  <target name="init.target">

  </target>

<!--INITIALIZATIONS END-->

<!--JAVAC START-->

       TODO: bootclasspath should look like this:

      bootclasspath="${bcp}:${int.bcp}:${platform.api.jar}:${public.api.jar}">

  -->

  <presetdef name="omj.javac">

      target="${javac.target}"

      destdir="${dst.dir}"

      debug="${javac.debug.on}"

      debuglevel="lines,vars,source"

      bootclasspath="${bcp}:${int.bcp}:${platform.api.jar}:${public.api.jar}${eswt.jar}">

   <!--   <compilerarg value="-Xlint"/> -->

      <src path="${jsrc.for.javac}"/>

    </javac>

  </presetdef>

  <!--Do the first Java compilation. May be overridden-->

  <target name="compile">

    <omj.javac/>

  </target>

  <!--Do the second Java compilation. May be overridden-->

  <target name="compile.second">

    <omj.javac/>

  </target>

<!--JAVAC END-->

<!--SYSTEM PROPERTIES START-->

  <!--Default empty target for the system properties. If the componen wants

      to publish some system properties, it must override this target. Example:

      <target name="system.properties">

          <properties>

              microedtion.locale=Fi-fi

              microedtion.encoding=utf-8

          </properties>

      </target>

  -->

  <target name="system.properties">

  </target>

  <!--Used in overridable target 'system.properties' to list the properties

      into component's properties.txt file-->

  <presetdef name="properties">

      <echo file="${component.root.dir}/properties.txt">

      </echo>

  </presetdef>

<!--SYSTEM PROPERTIES END-->

<!--ODC FILE START-->

  <!--Generate the odc files -->

    <exec executable="python" failonerror="true">

      <arg value="${java.src.root}/build/buildutils/generateOdcFile.py"/>

      <arg value="${component.root.dir}/${odc.file.name}.odc"/>

      <arg value="${native.dll.name}"/>

      <arg value="${classes.collection.dir}"/>

      <arg value="${component.root.dir}/properties.txt"/>

    </exec>

    <!--Copy the odc file into location where the VM can find it -->

          todir="${bcp.dest.directory}"/>

  </target>

<!--ODC FILE END-->

<!--INTERNAL, PUBLIC AND COLLECTION JAR FILE GENERATION START-->

  <presetdef name="omj.internal.apis">

     <jar destfile="${platform.api.jar}"

           basedir="${classes.collection.dir}"

           update="true"/>

  </presetdef>

      APIs -->

  <target name="create.internal.api.jar">

  </target>

  <!--Public APIs -->

  <presetdef name="omj.public.apis">

     <jar destfile="${public.api.jar}"

           basedir="${classes.collection.dir}"

           update="true"

      />

  </presetdef>

      APIs -->

  <target name="create.public.api.jar">

  </target>

  <!--Updated the classes into the common jar file. If the Java code contains

      cldc compilable code it is put into jar file ${impl.cldc.jar} otherwise

      ${impl.cdc.jar} is updated.-->

      <condition property="collection.target.jar"

               value="${impl.cdc.jar}"

               else="${impl.cldc.jar}">

        <equals arg1="${bcp}" arg2="${bootclasspath.cdc}"/>

      </condition>

      <jar destfile="${collection.target.jar}"

           basedir="${dst.dir}"

           update="true"

      />

  </target>

<!--INTERNAL, PUBLIC AND COLLECTION JAR FILE GENERATION END-->

<!--JAVAH START-->

  <!--Run the javah if needed. Javah results goes to temp directory and

      if they have changed, then they are copied into a directory that

      is included to the component's makefile -->

  <target name="javah" if="javah.classnames">

       classpath="${classes.collection.dir}:${platform.api.jar}:${public.api.jar}"

       class = "${javah.classnames}">

    </javah>

    <!--Copy the files if they are changed-->

    <copy todir="${javah.dir}">

      <fileset dir="${temp.javah.dir}" includes="*.h" casesensitive="false">

          <different targetdir="${javah.dir}"

                     ignoreFileTimes="true"/>

      </fileset>

    </copy>

  </target>

<!--JAVAH END-->

<!--EXPORT START-->

  <!--Start the do.export using antcall. The usage of ant call is needed

      in order to include platform specific utility xml file.-->

  <target name="export" depends="init.properties, make.target.dirs">

    <antcall target="do.export">

             value="${dyn.platform.utilities.xml.file}"/>

    </antcall>

  </target>

<!--EXPORT START-->

<!--RELEASEABLES FOR S60 START-->

  <!--The common releasables-->

  <target name="common.releasables" depends="init.properties">

    <echo file="${java.src.root}/build/java_releasables_${target.platform}_${target.cfg}.tmp" append="false">${platform.api.jar}

${public.api.jar}

${impl.cldc.jar}

${impl.cdc.jar}

${signature.jar}

</echo>

  </target>

  <!--The only releasable in S60 is the odc file-->

  <target name="s60releasables" if="target.s60">

    <echo file="java_releasables_${target.platform}_${target.cfg}.tmp" append="false">${bcp.dest.directory}\${odc.file.name}.odc

</echo>

  </target>

  <!--The start point for releasables-->

  <target name="releasables" depends="init.properties, s60releasables">

  </target>

<!--RELEASEABLES FOR S60 END-->

<!--LOCALISATION START-->

  <target name="collect.localisation.files" depends="init.properties"

          if="localisation.file.base">

    <zip destfile="${resource.jar}" update="true" filesonly="true">

      <!-- Original localisation file -->

      <zipfileset dir="../loc" prefix="resources/com/nokia/mj/impl"

                  includes="${localisation.file.base}.loc"/>

    </zip>

  </target>

<!--LOCALISATION END-->

<!--CLEANING START-->