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# Copyright (c) 2012-2016, Red Hat, Inc
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
#
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the
# distribution.
# 3. Neither the name of Red Hat nor the names of its
# contributors may be used to endorse or promote products derived
# from this software without specific prior written permission.
#
# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
# "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
# LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
# A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
# OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
# SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
# LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
# THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
# OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#
# Authors: Stanislav Ochotnicky <sochotnicky@redhat.com>
# Mikolaj Izdebski <mizdebsk@redhat.com>
# %mvn_package - assign Maven artifact(s) to a subpackage
#
# Usage: %mvn_package [gId]:[aId[:ver]] <subpackage name>
#
# This macro causes given artifact(s) to be installed in given subpackage.
#
# GId, aId and ver can contain wildcards and alternatives, which allows
# multiple artifacts to be matched. If any of gId, aId or ver is omited
# then any value will match the respective part. In particular a bare :
# symbol will match any artifact.
#
# Subpackage name can contain backreferences in form @n.
#
%mvn_package %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/mvn_package.py
# %mvn_alias - create alias(es) for given Maven artifact(s)
#
# Usage: %mvn_alias [gId]:[aId[:ver]] [aliasGId]:[aliasAId[:aliasVer]] [...]
#
# This macro adds one or more aliases for specified artifacts. Aliases are
# additional groupId, artifactId and version triples under which artifacts
# can be found. After resulting package is installed any attempts to
# resolve any of aliases will result in resolving the original artifact.
#
# GId, aId and ver can contain wildcards and alternatives, which allows
# multiple artifacts to be matched. If any of gId, aId or ver is omited
# then any value will match the respective part. In particular a bare :
# symbol will match any artifact.
#
# AliasGId, aliasAId and aliasVer can contain backreferences in form @n,
# which can refer only to respective parts.
#
%mvn_alias %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/mvn_alias.py
# %mvn_file - specify file name(s) for Maven artifact(s)
#
# Usage: %mvn_file [gId]:[aId[:ver]] <file1> [file2 ...]
#
# GId, aId and ver can contain wildcards and alternatives, which allows
# multiple artifacts to be matched. If any of gId, aId or ver is omited
# then any value will match the respective part. In particular a bare :
# symbol will match any artifact.
#
# File names can contain backreferences in form @n. If multiple names
# are given then the first one will be primary name of the artifact and
# additional names will be symbolic links pointing to the primary file.
#
%mvn_file %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/mvn_file.py
# %mvn_compat_version - specify file name(s) for Maven artifact(s)
#
# Usage: %mvn_compat_version [gId]:[aId[:ver]] <version1> [version2 ...]
#
# GId, aId and ver can contain wildcards and alternatives, which allows
# multiple artifacts to be matched. If any of gId, aId or ver is omited
# then any value will match the respective part. In particular a bare :
# symbol will match any artifact.
#
# Versions can contain backreferences in form @n. If multiple versions are
# given then the first one will be primary version of the artifact and
# additional versions will be symbolic links pointing to the primary
# version.
#
%mvn_compat_version %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/mvn_compat_version.py
# %mvn_config - set XMvn configuration option
#
# Usage: %mvn_config <option> <value>
#
# This macro sets value of specified XMvn configuration option.
#
# Option is a sequence of slash-delimited XML node names that identify
# XMvn configuration option, as in XMvn configuration reference; for
# example: buildSettings/compilerSource.
#
# For information about available configuration options, see XMvn
# configuration reference, available on XMvn website.
#
%mvn_config %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/mvn_config.py
# %mvn_artifact - add Maven artifact to be installed
#
# Usage: %mvn_artifact <pom> [<artifact-file>]
#
%mvn_artifact %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/mvn_artifact.py
# %mvn_build - build Maven project
#
# Usage: %mvn_build [options]
#
# This macro causes Maven project to be built (usually compiled and
# packaged). It is intended to be placed in %build section of spec file.
#
# For summary of accepted options execute `mvn-build --help` command.
#
%mvn_build %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/mvn_build.py --xmvn-javadoc %{?base_xmvn_opts} %{?xmvn_opts} %{?xmvn_bootstrap: -b} %{?_without_javadoc: -j $(> .mfiles-javadoc)}%{?_without_tests: -f}
# %gradle_build - build Gradle project
#
# Usage: %mvn_build [options]
#
# This macro causes Gradle project to be built (usually compiled and
# packaged). It is intended to be placed in %build section of spec file.
#
# For summary of accepted options execute `mvn-build --help` command.
#
%gradle_build %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/mvn_build.py --xmvn-javadoc --gradle %{?base_xmvn_opts} %{?xmvn_opts} %{?xmvn_bootstrap: -b} %{?_without_javadoc: -j $(> .mfiles-javadoc)}%{?_without_tests: -f}
# %mvn_install - install Maven project
#
# Usage: %mvn_install
#
# This macro causes previously built Maven project to be installed into
# buildroot. It is intended to be placed in %install section of spec file.
#
%mvn_install(J:X) %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }xmvn-install %{?base_xmvn_opts} %{?xmvn_install_opts} %{?-X} -R .xmvn-reactor -n %{?scl:%{pkg_name}}%{!?scl:%{name}} %{?xmvn_install_repo:-i %{xmvn_install_repo}} -d "%{buildroot}" \
%{-J*:jdir="%{-J*}"}%{!-J*:jdir=target/site/apidocs; [ -d .xmvn/apidocs ] && jdir=.xmvn/apidocs} \
%{__mkdir_p} %{buildroot}%{_licensedir} \
if [ -d "${jdir}" ]; then \
install -dm755 %{buildroot}%{_javadocdir}/%{?scl:%{pkg_name}}%{!?scl:%{name}} \
cp -pr "${jdir}"/* %{buildroot}%{_javadocdir}/%{?scl:%{pkg_name}}%{!?scl:%{name}} \
echo '%{_javadocdir}/%{?scl:%{pkg_name}}%{!?scl:%{name}}' >>.mfiles-javadoc \
fi \
%{nil}
# %mvn_subst - replace all JAR files in given directory with symlinks
#
# Usage: %mvn_subst [options] path
#
# Substitutes Java archives in given directory with symlinks to system-wide or
# just installed versions.
%mvn_subst %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }xmvn-subst %{?base_xmvn_opts} %{?xmvn_subst_opts} -R %{buildroot}
#==============================================================================
#
# add_maven_depmap is simplified version of jpackage-style add_to_maven_depmap
#
# IMPORTANT: This macro is obsolete. Use mvn_artifact macro instead.
#
# -f addition to fragment name
# -a is "g1:a1,g2:a2" formatted string with additional depmaps (groupId:artifactId,...)
# -v is "v1,v2" formatted string with additional compatibility versions
# supposed to be provided (jar,pom will be renamed to -%{version} variants
# and additional symlinks optionally created)
# %1 is the pom filename relative to mavenpomdir
# %2 is the path to jar file (when omitted we deal with parent pom file without jar)
#
# add_maven_depmap automatically parses pom file and it will fail with incorrect pom
# or jar filename
#
# in the end add_maven_depmap optionally moves jar and pom file to
# -%{version} variant and can create additional versioned symlinks
%add_maven_depmap(f:a:v:) \
set -e \
%{lua:io.stderr:write("[WARNING] Deprecated \%add_maven_depmap macro is used. ", \
"Please use \%mvn_artifact and %mvn_install instead.\\n")} \
# default values \
%if %# == 0 \
_pompart="JPP-%{?scl:%{pkg_name}}%{!?scl:%{name}}.pom" \
_jarpart="%{?scl:%{pkg_name}}%{!?scl:%{name}}.jar" \
%else \
_pompart="%1" \
_jarpart="%2" \
%endif \
_filelist=".mfiles%{-f*:-%{-f*}}" \
install -dm 755 %{buildroot}%{_datadir}/maven-metadata \
_jbase= \
_jpath= \
for _dir in %{_jnidir} %{_javadir}; do \
if [ -f %{buildroot}$_dir/$_jarpart ]; then \
_jbase="%{buildroot}$_dir" \
_jpath="$_jbase/$_jarpart" \
fi \
done \
%if %# != 1 \
[ -z "$_jpath" ] && (echo "%0 error: $_jarpart - file not found" 1>&2; exit 1) \
%endif \
/usr/libexec/platform-python /usr/share/java-utils/maven_depmap.py %{-a} %{-v*:-r %{-v*}} \\\
-n "%{?scl}" \\\
--pom-base %{buildroot}%{_mavenpomdir} \\\
--jar-base "$_jbase" \\\
%{buildroot}%{_datadir}/maven-metadata/%{?scl:%{pkg_name}}%{!?scl:%{name}}%{-f*:-%{-f*}}.xml \\\
%{buildroot}%{_mavenpomdir}/$_pompart \\\
%if %# == 2 \
"${_jpath}" \\\
%endif \
%if %# == 0 \
"${_jpath}" \\\
%endif \
>> ${_filelist} \
sed -i 's:%{buildroot}::' ${_filelist} \
sort -u -o ${_filelist} ${_filelist} \
\
%{nil}
#==============================================================================
#
# %pom_* -- macros for batch editing of POM files
#
# These macros can be used to edit Maven POM files directly from RPM spec
# file. Using these macros it is possible to alter Maven dependency management,
# change plugin invocation, or even inject or remove arbitrary XML code to/from
# nodes described by an XPath expression.
#
# See comments preceding individual macros for more detailed documentation.
#
# Private macro, shouldn't be used directly
%__pom_call %{?scl:/usr/share/java-utils/scl-enable %{?scl_maven} %{scl} -- }/usr/libexec/platform-python /usr/share/java-utils/pom_editor.py pom_
# %pom_remove_dep - remove dependency on Maven artifact from POM file
#
# Usage: %pom_remove_dep [groupId]:[artifactId] [POM location]
#
# This macro patches specified POM file not to contain dependencies on given
# Maven artifact.
#
# groupId and artifactId are identifiers of Maven group and artifact of the
# module on which dependency is to be removed. If they are ommited then all
# identifiers are matched.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
%pom_remove_dep(rf) %{expand: %{__pom_call}remove_dep %**
}
# %pom_remove_plugin - remove Maven plugin invocation from POM file
#
# Usage: %pom_remove_plugin [groupId]:[artifactId] [POM location]
#
# This macro patches specified POM file not to contain invocations of given
# Maven plugin.
#
# groupId and artifactId are identifiers of Maven group and artifact of the
# plugin which invocation is to be removed. If they are ommited then all
# identifiers are matched.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
%pom_remove_plugin(rf) %{expand: %{__pom_call}remove_plugin %**
}
# %pom_disable_module - disable given project module in POM file
#
# Usage: %pom_disable_module <module name> [POM location]
#
# This macro patches specified POM file not to contain reference to given
# project module.
#
# Module name is the exact name of the module to be disabled. It must not be
# ommited.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
%pom_disable_module() %{expand: %{__pom_call}disable_module %*
}
# %pom_xpath_remove - remove an XML node from POM file
#
# Usage: %pom_xpath_remove <XPath> [POM location]
#
# This macro patches specified POM file removing all XML nodes described by the
# XPath expression.
#
# XPath is an expression describing a set of XML nodes to be removed from the
# POM file. It must be a properly formated XPath 1.0 expression, as described
# in <http://www.w3.org/TR/xpath/>.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
# NOTE: POM files use a specific namespace - http://maven.apache.org/POM/4.0.0.
# The easiest way to respect this namespace in XPath expressions is prefixing
# all node names with "pom:". For example, "pom:environment/pom:os" will work
# because it selects nodes from pom namespace, but "environment/os" won't find
# anything because it looks for nodes that don't belong to any XML namespace.
#
%pom_xpath_remove(rf) %{expand: %{__pom_call}xpath_remove %**
}
%pom_xpath_disable() %{expand: %{__pom_call}xpath_disable %**
}
# %pom_xpath_inject - inject XML code into POM file
#
# Usage: %pom_xpath_inject <XPath> [XML code] [POM location]
#
# This macro patches specified POM file appending some code as children of all
# XML nodes described by the XPath expression.
#
# XPath is an expression describing a set of XML nodes in the POM file to which
# child code is to be appended. It must be a properly formated XPath 1.0
# expression, as described in <http://www.w3.org/TR/xpath/>.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
%pom_xpath_inject() %{expand: %{__pom_call}xpath_inject %*
}
# %pom_xpath_replace - replace XML node from POM file with given XML code
#
# Usage: %pom_xpath_replace <XPath> <XML code> [POM location]
#
# This macro patches specified POM file removing all XML nodes described by the
# XPath expression and injecting given XML code in their place.
#
# XPath is an expression describing a set of XML nodes to be removed from the
# POM file. It must be a properly formated XPath 1.0 expression, as described
# in <http://www.w3.org/TR/xpath/>.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
%pom_xpath_replace(rf) %{expand: %{__pom_call}xpath_replace %**
}
# %pom_xpath_set - set text contents of XML node from POM file
#
# Usage: %pom_xpath_set <XPath> <new contents> [POM location]
#
# This macro patches specified POM file replacing text contents of all XML nodes
# described by the XPath expression with given new text content.
#
# XPath is an expression describing a set of XML nodes to be removed from the
# POM file. It must be a properly formated XPath 1.0 expression, as described
# in <http://www.w3.org/TR/xpath/>.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
%pom_xpath_set(rf) %{expand: %{__pom_call}xpath_set %**
}
# %pom_add_parent - add parent POM reference to POM file
#
# Usage: %pom_add_parent groupId:artifactId[:version] [POM location]
#
# This macro patches specified POM file adding a reference to parent POM with
# specified groupId, artifactId and version.
#
# groupId and artifactId are identifiers of Maven group and artifact of the POM
# to be referenced as parent POM. They must be specified. If version is not
# specified then default value of "any" is used.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
%pom_add_parent() %{expand: %{__pom_call}add_parent %*
}
# %pom_remove_parent - remove parent POM reference from POM file
#
# Usage: %pom_remove_parent [POM location]
#
# This macro patches specified POM file removing reference to parent POM.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
%pom_remove_parent() %{expand: %{__pom_call}remove_parent %*
}
# %pom_set_parent - set parent POM reference in POM file
#
# Usage: %pom_set_parent groupId:artifactId[:version] [POM location]
#
# This macro patches specified POM file setting reference to parent POM to
# specified groupId, artifactId and version.
#
# This macros first removes parent POM reference and then adds a new one. It's
# (more or less) equivalent to call to %pom_remove_parent followed by
# invocation of %pom_add_parent. See documentation for these macros for more
# information about parameters.
#
%pom_set_parent() %{expand: %{__pom_call}set_parent %*
}
# %pom_add_dep[_mgmt] - add dependency to POM file
#
# Usage: %pom_add_dep groupId:artifactId[:version[:scope]] [POM location] \
# [extra XML]
# %pom_add_dep_mgmt groupId:artifactId[:version[:scope]] [POM location] \
# [extra XML]
#
# These macros patch specified POM file adding a dependency on given version of
# artifactId from groupId, with given scope (if any). %pom_add_dep adds the
# dependency to <dependencies> XML node, while %pom_add_dep_mgmt adds it to
# <dependencyManagement>.
#
# groupId and artifactId are identifiers of Maven artifact on which dependency
# is to be added. They must be specified. If version is not specified then
# default value of "any" is used. If scope is not specified then no scope is
# defined (Maven defaults to "compile" in this case).
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
# Extra XML is additional XML code to be added into the <dependency> node. This
# parameter can be ommited, in which case no extra XML is appended.
#
%pom_add_dep() %{expand: %{__pom_call}add_dep %*
}
%pom_add_dep_mgmt() %{expand: %{__pom_call}add_dep_mgmt %*
}
# %pom_add_plugin - add plugin invocation to POM file
#
# Usage: %pom_add_plugin groupId:artifactId[:version] [POM location] \
# [extra XML]
#
# This macro patches specified POM file adding plugin invocation of given
# groupId and artifactId.
#
# groupId and artifactId are identifiers of Maven plugin artifact of which
# invocation is to be added. groupId may be ommited, in which case value of
# "org.apache.maven.plugins" is used as default. artifactId must be
# specified. If version is not specified then default value of "any" is used.
#
# POM location can be either a full path to the POM file, or a path to the
# directory containing pom.xml. If POM location is not given then pom.xml from
# current working directory is used.
#
# Extra XML is additional XML code to be added into the <plugin> node. This
# parameter can be ommited, in which case no extra XML is appended.
#
%pom_add_plugin() %{expand: %{__pom_call}add_plugin %*
}
%pom_change_dep(rf) %{expand: %{__pom_call}change_dep %**
}
# %javadoc_package - generate javadoc subpackage definition
#
# Usage: %javadoc_package [options]
# This macro generates %package and %files definitions for a javadoc subpackage.
# Use on top-level only, preferably just before %prep.
# Prerequisites:
# - javadoc package must not already exist
# - package must use %mvn_install to install javadoc (default when using %mvn_build)
# - package should install license files using %license macro, or specify
# license for javadoc package manually (see below)
#
# Manually specifying license files:
# Use -L option to suppress automatic license installation and specify %license
# directive on the next line after the macro invocation. Example:
# %javadoc_package -L
# %license LICENSE
%javadoc_package(L) %if 0%{!?_without_javadoc:1} \
%package javadoc \
Summary: API documentation for %{?scl:%{pkg_name}}%{!?scl:%{name}} \
%description javadoc \
API documentation for %{?scl:%{pkg_name}}%{!?scl:%{name}}. \
%files javadoc -f .mfiles-javadoc \
%if 0%{!?-L:1} \
%%license %{_licensedir} \
%exclude %dir %{_licensedir} \
%endif \
%endif
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