📄 configurationtask.java
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/* * ProGuard -- shrinking, optimization, obfuscation, and preverification * of Java bytecode. * * Copyright (c) 2002-2007 Eric Lafortune (eric@graphics.cornell.edu) * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the Free * Software Foundation; either version 2 of the License, or (at your option) * any later version. * * This program is distributed in the hope that it will be useful, but WITHOUT * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for * more details. * * You should have received a copy of the GNU General Public License along * with this program; if not, write to the Free Software Foundation, Inc., * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */package proguard.ant;import org.apache.tools.ant.*;import proguard.*;import java.io.IOException;import java.util.*;/** * This Task allows to define a ProGuard configuration from Ant. * * @author Eric Lafortune */public class ConfigurationTask extends Task{ protected final Configuration configuration = new Configuration(); /** * Adds the contents of this configuration task to the given configuration. * @param configuration the configuration to be extended. */ public void appendTo(Configuration configuration) { // Append all of these configuration entries to the given configuration. configuration.programJars = extendClassPath(configuration.programJars, this.configuration.programJars); configuration.libraryJars = extendClassPath(configuration.libraryJars, this.configuration.libraryJars); configuration.keep = extendClassSpecifications(configuration.keep, this.configuration.keep); configuration.whyAreYouKeeping = extendClassSpecifications(configuration.whyAreYouKeeping, this.configuration.whyAreYouKeeping); configuration.assumeNoSideEffects = extendClassSpecifications(configuration.assumeNoSideEffects, this.configuration.assumeNoSideEffects); configuration.keepAttributes = extendList(configuration.keepAttributes, this.configuration.keepAttributes); } // Ant task nested elements. public void addConfiguredInjar(ClassPathElement classPathElement) { configuration.programJars = extendClassPath(configuration.programJars, classPathElement, false); } public void addConfiguredOutjar(ClassPathElement classPathElement) { configuration.programJars = extendClassPath(configuration.programJars, classPathElement, true); } public void addConfiguredLibraryjar(ClassPathElement classPathElement) { configuration.libraryJars = extendClassPath(configuration.libraryJars, classPathElement, false); } public void addConfiguredKeep(KeepSpecificationElement keepSpecificationElement) { configuration.keep = extendKeepSpecifications(configuration.keep, keepSpecificationElement, true, false); } public void addConfiguredKeepclassmembers(KeepSpecificationElement keepSpecificationElement) { configuration.keep = extendKeepSpecifications(configuration.keep, keepSpecificationElement, false, false); } public void addConfiguredKeepclasseswithmembers(KeepSpecificationElement keepSpecificationElement) { configuration.keep = extendKeepSpecifications(configuration.keep, keepSpecificationElement, true, true); } public void addConfiguredKeepnames(KeepSpecificationElement keepSpecificationElement) { // Set the shrinking flag, based on the name (backward compatibility). keepSpecificationElement.setAllowshrinking(true); configuration.keep = extendKeepSpecifications(configuration.keep, keepSpecificationElement, true, false); } public void addConfiguredKeepclassmembernames(KeepSpecificationElement keepSpecificationElement) { // Set the shrinking flag, based on the name (backward compatibility). keepSpecificationElement.setAllowshrinking(true); configuration.keep = extendKeepSpecifications(configuration.keep, keepSpecificationElement, false, false); } public void addConfiguredKeepclasseswithmembernames(KeepSpecificationElement keepSpecificationElement) { // Set the shrinking flag, based on the name (backward compatibility). keepSpecificationElement.setAllowshrinking(true); configuration.keep = extendKeepSpecifications(configuration.keep, keepSpecificationElement, true, true); } public void addConfiguredWhyareyoukeeping(ClassSpecificationElement classSpecificationElement) { configuration.whyAreYouKeeping = extendClassSpecifications(configuration.whyAreYouKeeping, classSpecificationElement); } public void addConfiguredAssumenosideeffects(ClassSpecificationElement classSpecificationElement) { configuration.assumeNoSideEffects = extendClassSpecifications(configuration.assumeNoSideEffects, classSpecificationElement); } public void addConfiguredKeepattribute(KeepAttributeElement keepAttributeElement) { configuration.keepAttributes = extendAttributes(configuration.keepAttributes, keepAttributeElement); } public void addConfiguredAdaptResourceFileNames(FilterElement filterElement) { configuration.adaptResourceFileNames = extendFilter(configuration.adaptResourceFileNames, filterElement); } public void addConfiguredAdaptResourceFileContents(FilterElement filterElement) { configuration.adaptResourceFileContents = extendFilter(configuration.adaptResourceFileContents, filterElement); } public void addConfiguredConfiguration(ConfigurationElement configurationElement) { configurationElement.appendTo(configuration); } // Implementations for Task. public void addText(String text) throws BuildException { try { String arg = getProject().replaceProperties(text); ConfigurationParser parser = new ConfigurationParser(new String[] { arg }, getProject().getBaseDir()); try { parser.parse(configuration); } catch (ParseException ex) { throw new BuildException(ex.getMessage()); } finally { parser.close(); } } catch (IOException ex) { throw new BuildException(ex.getMessage()); } } // Small utility methods. private ClassPath extendClassPath(ClassPath classPath, ClassPathElement classPathElement, boolean output) { if (classPath == null) { classPath = new ClassPath(); } classPathElement.appendClassPathEntriesTo(classPath, output); return classPath; } private ClassPath extendClassPath(ClassPath classPath, ClassPath additionalClassPath) { if (additionalClassPath != null) { if (classPath == null) { classPath = new ClassPath(); } classPath.addAll(additionalClassPath); } return classPath; } private List extendKeepSpecifications(List keepSpecifications, KeepSpecificationElement keepSpecificationElement, boolean markClasses, boolean markClassesConditionally) { if (keepSpecifications == null) { keepSpecifications = new ArrayList(); } keepSpecificationElement.appendTo(keepSpecifications, markClasses, markClassesConditionally); return keepSpecifications; } private List extendClassSpecifications(List classSpecifications, ClassSpecificationElement classSpecificationElement) { if (classSpecifications == null) { classSpecifications = new ArrayList(); } classSpecificationElement.appendTo(classSpecifications); return classSpecifications; } private List extendClassSpecifications(List classSpecifications, List additionalClassSpecifications) { if (additionalClassSpecifications != null) { if (classSpecifications == null) { classSpecifications = new ArrayList(); } classSpecifications.addAll(additionalClassSpecifications); } return classSpecifications; } private List extendAttributes(List attributes, KeepAttributeElement keepAttributeElement) { if (attributes == null) { attributes = new ArrayList(); } keepAttributeElement.appendTo(attributes); return attributes; } private List extendFilter(List filter, FilterElement filterElement) { if (filter == null) { filter = new ArrayList(); } filterElement.appendTo(filter); return filter; } private List extendList(List list, List additionalList) { if (additionalList != null) { if (list == null) { list = new ArrayList(); } list.addAll(additionalList); } return list; }}
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