<?xml version="1.0" encoding="UTF-8"?>
<!--
============================================================================
Name : sbs.ant.xml
Part of : Helium
Copyright (c) 2009 Nokia Corporation and/or its subsidiary(-ies).
All rights reserved.
This component and the accompanying materials are made available
under the terms of the License "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:
Description:
============================================================================
-->
<!--* @package compile -->
<project name="compile.sbs" xmlns:hlm="http://www.nokia.com/helium">
<description>
Executes compilation of a System Model of System Definition file using Symbian SBS (Raptor) tools.
</description>
<!--
Executes compilation of a System Model of System Definition file using Symbian SBS (Raptor) tools.
Should not be called directly but through compile-main by setting ${build.system.sbs} property.
-->
<!--* @property sbs.ctc.enabled
This property enables Raptor compilation using ctc.
@type boolean
@editable required
@scope public
-->
<!--* @property sbs.build.ctc
This property enables Raptor compilation using ctc. - deprecated: Start using sbs.ctc.enabled property.
@type boolean
@editable required
@scope public
@deprecated since 11.0
-->
<!--* @property sbs.checksource.enabled
This property enables Raptor checksource analysis.
@type boolean
@editable required
@scope public
-->
<!-- This property enables sbs layer filtering of the canonical system definition file
for system definition schema 1.4.0 using ${sysdef.configuration}.
@type boolean
-->
<property name="sbs.layer.generation.enabled" value="true" />
<!-- This property enables the downgrading of the canonical system
definition v3 model into 2.0 before passing the file to sbs.
@type boolean
-->
<property name="sbs.downgrade.sysdef.enabled" value="true" />
<!-- Default CTC command line option, override it to customize it. -->
<hlm:argSet id="ctc.build.options" />
<!-- This property define what instrumentation CTC should create.
@type string
-->
<property name="ctc.instrument.type" value="m" />
<!-- This target filters the canonical system definition file compare to the "raptor_${sysdef.configuration}" filter. -->
<macrodef name="generate-layers" uri="http://www.nokia.com/helium">
<sequential>
<echo message="cannonical sysdef file: ${canonical.sysdef.file}" />
<echo message="raptor-filters: raptor_${sysdef.configuration}" />
<if>
<isfalse value="${sbs.layer.generation.enabled}" />
<then>
<if>
<isreference refid="sysdef.layers.${sysdef.configuration}" />
<then>
<property name="sbs.patternset" value="sysdef.layers.${sysdef.configuration}" />
<echo message="sbs.patternset: ${sbs.patternset}" />
</then>
<else>
<echo message="The sysdef.layers.${sysdef.configuration} pattern set is not defined." />
</else>
</if>
<copy file="${canonical.sysdef.file}" tofile="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}_temp.xml"/>
</then>
<else>
<hlm:compileGenxmlFilterMacro input="${canonical.sysdef.file}" filter="raptor_${sysdef.configuration}"
output="${build.output.dir}/build/canonical_system_definition_${sysdef.configuration}_temp.xml"/>
</else>
</if>
<copy file="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}_temp.xml"
tofile="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}.xml">
<filterchain>
<linecontainsregexp negate="true">
<regexp pattern="^\s*$"/>
</linecontainsregexp>
</filterchain>
</copy>
<delete file="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}_temp.xml"/>
</sequential>
</macrodef>
<condition property="build.system.sbs-any">
<or>
<equals arg1="${build.system}" arg2="sbs" />
<equals arg1="${build.system}" arg2="sbs-ec" />
</or>
</condition>
<!-- SBS build with gmake as engine type.
Default is using sbs macro, to use old implementation to
use using exec task, then sbs.using.exec needs to be set.
-->
<target name="compile-sbs" if="build.system.sbs-any">
<echo message="Copying Helium filter plugin to sbs home" />
<var name="sbs.internal.inputs.list" unset="true"/>
<if>
<istrue value="${sysdef3.enabled}" />
<then>
<if>
<isreference refid="sysdef.filters.${sysdef.configuration}" />
<then>
<hlm:filterSysdef epocroot="${build.drive}/" srcfile="${canonical.sysdef.file}"
destfile="${build.drive}/output/build/canonical_system_definition_filtered_${sysdef.configuration}.xml">
<filterSet refid="sysdef.filters.${sysdef.configuration}" />
</hlm:filterSysdef>
</then>
<else>
<echo message="The sysdef.filters.${sysdef.configuration} sysdefFilterSet is not defined." />
<copy file="${canonical.sysdef.file}"
tofile="${build.drive}/output/build/canonical_system_definition_filtered_${sysdef.configuration}.xml" />
</else>
</if>
<if>
<istrue value="${sbs.downgrade.sysdef.enabled}" />
<then>
<hlm:downgradeSysdef epocroot="${build.drive}/" srcfile="${build.drive}/output/build/canonical_system_definition_filtered_${sysdef.configuration}.xml"
destfile="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}.xml"/>
</then>
<else>
<echo message="Downgrading to 2.0 model disabled." />
<copy file="${build.drive}/output/build/canonical_system_definition_filtered_${sysdef.configuration}.xml"
tofile="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}.xml" />
</else>
</if>
<var name="sbs.patternset" unset="true"/>
<if>
<isreference refid="sysdef.layers.${sysdef.configuration}" />
<then>
<property name="sbs.patternset" value="sysdef.layers.${sysdef.configuration}" />
<echo message="sbs.patternset: ${sbs.patternset}" />
</then>
<else>
<echo message="The sysdef.layers.${sysdef.configuration} patternset is not defined." />
</else>
</if>
</then>
<else>
<var name="sbs.patternset" unset="true"/>
<if>
<isreference refid="sysdef.layers.${sysdef.configuration}" />
<then>
<property name="sbs.patternset" value="sysdef.filters.${sysdef.configuration}" />
<echo message="sbs.patternset: ${sbs.patternset}" />
<copy file="${canonical.sysdef.file}" tofile="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}.xml" />
</then>
<else>
<echo message="The sysdef.layers.${sysdef.configuration} patternset is not defined." />
<hlm:generate-layers />
</else>
</if>
</else>
</if>
<hlm:getsbsinputs config="sbs.${sysdef.configuration}" outputProperty="sbs.internal.inputs.list"/>
<for list="${sbs.internal.inputs.list}" delimiter="," param="sbs.input">
<sequential>
<echo message="building raptor input: @{sbs.input}" />
<var name="sbs.log.file" unset="true" />
<property name="sbs.log.file" location="${compile.log.dir}/${build.id}_${sysdef.configuration}_@{sbs.input}_compile.log" />
<!-- run arm license checking / setting arm version only for arm config -->
<hlm:getVariableValue name="-c" property="compilevalue.var" failOnerror="false">
<hlm:sbsinput refid="@{sbs.input}" />
</hlm:getVariableValue>
<echo message="config parameter -c : ${compilevalue.var}" />
<if>
<and>
<isset property="compilevalue.var"/>
<matches string="${compilevalue.var}" pattern="arm.*"/>
</and>
<then>
<runtarget target="set-arm-version"/>
</then>
</if>
<!-- Generate the filtered layers -->
<if>
<or>
<istrue value="${coverity.enabled}" />
<istrue value="${enabled.coverity}"/>
</or>
<then>
<hlm:coveritybuild sbsinput="@{sbs.input}"
sysdeffile="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}.xml"
layerpatternsetref="${sbs.patternset}"
workingdir="${build.drive}/"
execute="true"
failonerror="false"
outputlog="${sbs.log.file}"
erroroutput="${sbs.log.file}.sbs_error.log">
<hlm:coverityoptions refid="coverity.build.options"/>
</hlm:coveritybuild>
</then>
<elseif>
<or>
<istrue value="${sbs.ctc.enabled}"/>
<isset property="sbs.build.ctc"/>
</or>
<then>
<hlm:ctctask sbsinput="@{sbs.input}"
sysdefFile="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}.xml"
layerPatternSetRef="${sbs.patternset}"
errorOutput="${sbs.log.file}.sbs_error.log"
workingDir="${build.drive}/"
failOnError="false"
outputLog="${sbs.log.file}"
instrumentType="${ctc.instrument.type}">
<hlm:CTCOptions refid="ctc.build.options" />
</hlm:ctctask>
</then>
</elseif>
<else>
<hlm:sbstask sbsinput="@{sbs.input}"
sysdefFile="${build.drive}/output/build/canonical_system_definition_${sysdef.configuration}.xml"
layerPatternSetRef="${sbs.patternset}"
errorOutput="${sbs.log.file}.sbs_error.log"
workingDir="${build.drive}/"
failOnError="false"
outputLog="${sbs.log.file}" />
</else>
</if>
<hlm:assertFileExists file="${sbs.log.file}"/>
<hlm:assertFileExists file="${sbs.log.file}.sbs_error.log"/>
<!-- run arm license checking / setting arm version only for arm config -->
<hlm:sbsProcessOutputMacro sbsLogFile="${sbs.log.file}"
sbsErrorOutputFile="${sbs.log.file}.sbs_error.log"/>
</sequential>
</for>
</target>
<!-- Runs the SBS checksource filter on the SBS log file. -->
<macrodef name="sbsChecksourceMacro" uri="http://www.nokia.com/helium">
<attribute name="sbsLogFile" />
<sequential>
<var name="sbs.checksource.log.file" unset="true"/>
<property name="sbs.checksource.log.file" location="@{sbsLogFile}.checksource.log" />
<exec osfamily="windows" executable="cmd" dir="${build.drive}/" input="@{sbsLogFile}"
output="${sbs.checksource.log.file}" failonerror="false">
<arg value="/c" />
<arg value="sbs_filter.bat" />
<arg value="--filters=FilterCheckSource" />
</exec>
<hlm:metadatarecord database="${metadata.dbfile}">
<hlm:textmetadatainput>
<fileset file="${sbs.checksource.log.file}"/>
<metadatafilterset refid="filterset.sbs.checksource"/>
</hlm:textmetadatainput>
</hlm:metadatarecord>
</sequential>
</macrodef>
<macrodef name="sbsProcessOutputMacro" uri="http://www.nokia.com/helium">
<attribute name="sbsLogFile" />
<attribute name="sbsErrorOutputFile" />
<sequential>
<var name="sbs.scan2.template" value="${helium.dir}/tools/common/templates/log/scan2_orm.html.ftl" />
<var name="base.sbs.log" unset="true"/>
<basename property="base.sbs.log" file="@{sbsLogFile}" />
<echo message="base.sbs.log: ${base.sbs.log}" />
<hlm:metadatarecord database="${metadata.dbfile}">
<hlm:textmetadatainput>
<fileset casesensitive="false" file="@{sbsErrorOutputFile}"/>
<metadatafilterset refid="filterset.sbs.cli" />
</hlm:textmetadatainput>
</hlm:metadatarecord>
<hlm:signalMacro logfile="@{sbsErrorOutputFile}"
signal.input="raptorErrorSignalInput" phase="compile"/>
<!-- update the resultes to database -->
<if>
<available file="@{sbsLogFile}" />
<then>
<echo message="sbs log file: @{sbsLogFile}" />
<if>
<istrue value="${internal.compile.cmd.clean.enabled}" />
<then>
<hlm:metadatarecord database="${metadata.dbfile}">
<hlm:sbsmetadatainput failOnInvalidXml="false" checkMissing="false" epocroot="${build.drive}/">
<fileset casesensitive="false" file="@{sbsLogFile}"/>
<metadatafilterset refid="filterset.sbs" />
</hlm:sbsmetadatainput>
</hlm:metadatarecord>
</then>
<else>
<hlm:metadatarecord database="${metadata.dbfile}">
<hlm:sbsmetadatainput failOnInvalidXml="false" epocroot="${build.drive}/">
<fileset casesensitive="false" file="@{sbsLogFile}"/>
<metadatafilterset refid="filterset.sbs" />
</hlm:sbsmetadatainput>
</hlm:metadatarecord>
<if>
<istrue value="${sbs.checksource.enabled}" />
<then>
<hlm:sbsChecksourceMacro sbsLogFile="@{sbsLogFile}" />
</then>
</if>
</else>
</if>
<fmpp sourceFile="${sbs.scan2.template}"
outputfile="${build.log.dir}/${base.sbs.log}.scan2.html">
<freemarkerLinks expandProperties="yes">
macro: ${helium.dir}/tools/common/templates/macro
</freemarkerLinks>
<data expandProperties="yes">
dbPath: ${metadata.dbfile}
logfilename: @{sbsLogFile}
ant: antProperties()
</data>
</fmpp>
<hlm:assertFileExists file="${build.log.dir}/${base.sbs.log}.scan2.html"/>
<echo message="generating signal" />
<hlm:compileLogSignalMacro compile.summary.file="@{sbsLogFile}"
error.limit="${build.errors.limit}" phase="compile"/>
<!-- Blocks packaging configuration generation. -->
<if>
<istrue value="${blocks.enabled}" />
<then>
<mkdir dir="${blocks.config.dir}" />
<exec executable="python">
<arg value="-m"/>
<arg value="packager.cli"/>
<arg value="--epocroot=${build.drive}/" />
<arg value="--config=${blocks.config.dir}" />
<arg value="--datasource=sbs" />
<arg value="-Dsbslog=${sbs.log.file}" />
<arg value="-Dsysdef=${canonical.sysdef.file}" />
<arg value="-Dthreads=20" />
<arg value="--updateData" />
</exec>
</then>
</if>
</then>
<else>
<echo>Could not find the sbs log: @{sbsLogFile}.</echo>
</else>
</if>
</sequential>
</macrodef>
<!-- Uploads the SBS checksource results to Diamonds. -->
<target name="sbs-checksource" if="build.system.sbs-any" />
</project>