@Test
public void testSystemProperties()
throws ClassHierarchyException, IllegalArgumentException, CancelException, IOException {
AnalysisScope scope =
CallGraphTestUtil.makeJ2SEAnalysisScope(
TestConstants.WALA_TESTDATA, CallGraphTestUtil.REGRESSION_EXCLUSIONS);
ClassHierarchy cha = ClassHierarchy.make(scope);
Iterable<Entrypoint> entrypoints =
com.ibm.wala.ipa.callgraph.impl.Util.makeMainEntrypoints(
scope, cha, "LstaticInit/TestSystemProperties");
AnalysisOptions options = CallGraphTestUtil.makeAnalysisOptions(scope, entrypoints);
SSAPropagationCallGraphBuilder builder =
Util.makeZeroCFABuilder(options, new AnalysisCache(), cha, scope);
CallGraph cg = builder.makeCallGraph(options);
for (CGNode n : cg) {
if (n.toString()
.equals(
"Node: < Application, LstaticInit/TestSystemProperties, main([Ljava/lang/String;)V > Context: Everywhere")) {
boolean foundToCharArray = false;
for (CGNode callee : Iterator2Iterable.make(cg.getSuccNodes(n))) {
if (callee.getMethod().getName().toString().equals("toCharArray")) {
foundToCharArray = true;
break;
}
}
Assert.assertTrue(foundToCharArray);
break;
}
}
}
public static Preset finalize(Preset empty, AnalysisScope scope, IClassHierarchy cha) {
Preset p = empty;
p.scfg.cha = cha;
// The preliminary settings of WALAs AnalysisOptions
p.options.setReflectionOptions(ReflectionOptions.FULL);
AndroidEntryPointManager.MANAGER.setInstantiationBehavior(
new DefaultInstantiationBehavior(cha));
Util.addDefaultSelectors(p.options, cha);
Util.addDefaultBypassLogic(p.options, scope, Util.class.getClassLoader(), cha); // ??
// No changes to the settings of AndroidEntypointManager...
// p.aem
// p.entrypointLocatorFlags = EnumSet.of(LocatorFlags.EP_HEURISTIC, LocatorFlags.WITH_SUPER,
// LocatorFlags.INCLUDE_CALLBACKS, LocatorFlags.CB_HEURISTIC);
p.entrypointLocatorFlags =
EnumSet.of(
LocatorFlags.EP_HEURISTIC, LocatorFlags.CB_HEURISTIC, LocatorFlags.INCLUDE_CALLBACKS);
// The following selectors will be injected when Joana generates its new
// AnalysisOptions
// TODO: Add ReflectionContext ?
p.ctxSel = new DefaultContextSelector(p.options, p.scfg.cha);
p.ctxIpr = new DefaultSSAInterpreter(p.options, p.scfg.cache);
p.instKeys = new ZeroXInstanceKeys(p.options, p.scfg.cha, p.ctxIpr, ZeroXInstanceKeys.NONE);
return p;
}
/**
* builds a call graph, and sets the corresponding heap model for analysis
*
* @param scope
* @param cha
* @param options
* @return
* @throws CancelException
* @throws IllegalArgumentException
*/
private static Pair<CallGraph, PointerAnalysis> buildCallGraph(
AnalysisScope scope, ClassHierarchy cha, AnalysisOptions options)
throws IllegalArgumentException, CancelException {
CallGraph retCG = null;
PointerAnalysis retPA = null;
final AnalysisCache cache = new AnalysisCache();
CallGraphBuilder builder;
if (CHEAP_CG) {
builder = Util.makeZeroCFABuilder(options, cache, cha, scope);
// we want vanilla 0-1 CFA, which has one abstract loc per allocation
heapModel = Util.makeVanillaZeroOneCFABuilder(options, cache, cha, scope);
} else {
builder = Util.makeZeroOneContainerCFABuilder(options, cache, cha, scope);
heapModel = (HeapModel) builder;
}
ProgressMaster master = ProgressMaster.make(new NullProgressMonitor(), 360000, false);
master.beginTask("runSolver", 1);
try {
retCG = builder.makeCallGraph(options, master);
retPA = builder.getPointerAnalysis();
} catch (CallGraphBuilderCancelException e) {
System.err.println("TIMED OUT!!");
retCG = e.getPartialCallGraph();
retPA = e.getPartialPointerAnalysis();
}
return Pair.make(retCG, retPA);
}
/**
* Check consistency of a callgraph, and check that this call graph is a subset of a super-graph
*
* @param warnings object to track warnings
* @param cg
* @param superCG
* @param superMethods
* @param thisAlgorithm
* @return a squashed version of cg
*/
private static Graph<MethodReference> checkCallGraph(
CallGraph cg,
Graph<MethodReference> superCG,
Set<MethodReference> superMethods,
String thisAlgorithm) {
try {
GraphIntegrity.check(cg);
} catch (UnsoundGraphException e1) {
Assert.assertTrue(e1.getMessage(), false);
}
Set<MethodReference> callGraphMethods = CallGraphStats.collectMethods(cg);
System.err.println(thisAlgorithm + " methods reached: " + callGraphMethods.size());
System.err.println(CallGraphStats.getStats(cg));
Graph<MethodReference> thisCG = squashCallGraph(thisAlgorithm, cg);
if (superCG != null) {
com.ibm.wala.ipa.callgraph.impl.Util.checkGraphSubset(superCG, thisCG);
} else {
// SJF: RTA has rotted a bit since it doesn't handle LoadClass instructions.
// Commenting this out for now.
// if (!superMethods.containsAll(callGraphMethods)) {
// Set<MethodReference> temp = HashSetFactory.make();
// temp.addAll(callGraphMethods);
// temp.removeAll(superMethods);
// System.err.println("Violations");
// for (MethodReference m : temp) {
// System.err.println(m);
// }
// Assertions.UNREACHABLE();
// }
}
return thisCG;
}
private static DemandRefinementPointsTo makeDemandPointerAnalysis(
String scopeFile, String mainClass, String benchName)
throws ClassHierarchyException, IllegalArgumentException, CancelException, IOException {
AnalysisScope scope =
CallGraphTestUtil.makeJ2SEAnalysisScope(scopeFile, getExclusions(benchName));
// build a type hierarchy
ClassHierarchy cha = ClassHierarchy.make(scope);
// set up call graph construction options; mainly what should be considered
// entrypoints?
Iterable<Entrypoint> entrypoints =
com.ibm.wala.ipa.callgraph.impl.Util.makeMainEntrypoints(scope, cha, mainClass);
AnalysisOptions options = CallGraphTestUtil.makeAnalysisOptions(scope, entrypoints);
System.err.print("constructing call graph...");
final Pair<CallGraph, PointerAnalysis> cgAndPA = buildCallGraph(scope, cha, options);
CallGraph cg = cgAndPA.fst;
System.err.println("done");
System.err.println(CallGraphStats.getStats(cg));
MemoryAccessMap fam = new SimpleMemoryAccessMap(cg, cgAndPA.snd.getHeapModel(), false);
DemandRefinementPointsTo fullDemandPointsTo =
DemandRefinementPointsTo.makeWithDefaultFlowGraph(
cg, heapModel, fam, cha, options, makeStateMachineFactory());
fullDemandPointsTo.setRefinementPolicyFactory(chooseRefinePolicyFactory(cha));
return fullDemandPointsTo;
}
@Test
public void testStaticInit()
throws ClassHierarchyException, IllegalArgumentException, CancelException, IOException {
AnalysisScope scope =
CallGraphTestUtil.makeJ2SEAnalysisScope(
TestConstants.WALA_TESTDATA, CallGraphTestUtil.REGRESSION_EXCLUSIONS);
ClassHierarchy cha = ClassHierarchy.make(scope);
Iterable<Entrypoint> entrypoints =
com.ibm.wala.ipa.callgraph.impl.Util.makeMainEntrypoints(
scope, cha, "LstaticInit/TestStaticInit");
AnalysisOptions options = CallGraphTestUtil.makeAnalysisOptions(scope, entrypoints);
CallGraph cg = CallGraphTestUtil.buildZeroCFA(options, new AnalysisCache(), cha, scope, false);
boolean foundDoNothing = false;
for (CGNode n : cg) {
if (n.toString().contains("doNothing")) {
foundDoNothing = true;
break;
}
}
Assert.assertTrue(foundDoNothing);
options.setHandleStaticInit(false);
cg = CallGraphTestUtil.buildZeroCFA(options, new AnalysisCache(), cha, scope, false);
for (CGNode n : cg) {
Assert.assertTrue(!n.toString().contains("doNothing"));
}
}
public static SSAPropagationCallGraphBuilder makeVanillaZeroOneCFABuilder(
AnalysisOptions options,
AnalysisCache cache,
IClassHierarchy cha,
AnalysisScope scope,
ContextSelector customSelector,
SSAContextInterpreter customInterpreter,
InputStream summariesStream,
MethodSummary extraSummary) {
if (options == null) {
throw new IllegalArgumentException("options is null");
}
Util.addDefaultSelectors(options, cha);
// addDefaultBypassLogic(options, scope, Util.class.getClassLoader(),
// cha);
// addBypassLogic(options, scope,
// AndroidAppLoader.class.getClassLoader(), methodSpec, cha);
addBypassLogic(options, scope, summariesStream, cha, extraSummary);
return ZeroXCFABuilder.make(
cha,
options,
cache,
customSelector,
customInterpreter,
ZeroXInstanceKeys.ALLOCATIONS | ZeroXInstanceKeys.CONSTANT_SPECIFIC);
}
public static ExceptionPruneAnalysis createBarcodeTest()
throws WalaException, IOException, IllegalArgumentException, CallGraphBuilderCancelException {
com.ibm.wala.ipa.callgraph.impl.Util.setNativeSpec("test_lib/natives_empty.xml");
AnalysisScope scope = AnalysisScopeReader.makePrimordialScope(null);
SetOfClasses exclusions = new FileOfClasses(new ByteArrayInputStream("com/sun/.*".getBytes()));
scope.setExclusions(exclusions);
ClassLoaderReference primordial = scope.getLoader(AnalysisScope.PRIMORDIAL);
AnalysisScopeReader.addClassPathToScope("test_lib/jSDG-stubs-j2me2.0.jar", scope, primordial);
AnalysisScopeReader.addClassPathToScope("test_lib/primordial.jar", scope, primordial);
ClassLoaderReference loader = scope.getLoader(AnalysisScope.APPLICATION);
AnalysisScopeReader.addClassPathToScope(classPath, scope, loader);
// Klassenhierarchie berechnen
System.out.println("Creating class hierarchy...");
ClassHierarchy cha = ClassHierarchy.make(scope);
System.out.println("Done.");
AnalysisCache cache = new AnalysisCache();
Iterable<Entrypoint> entries = Util.makeMainEntrypoints(scope, cha, "LMainEmulator");
// MethodReference mr = StringStuff.makeMethodReference(Language.JAVA, methodSig);
// IMethod m = cha.resolveMethod(mr);
if (entries == null || !entries.iterator().hasNext()) {
throw new IllegalStateException("Could not find main method in MainEmulator");
}
// Set<Entrypoint> entries = HashSetFactory.make();
// entries.add(new DefaultEntrypoint(m, cha));
AnalysisOptions options = new AnalysisOptions();
options.getSSAOptions().setPiNodePolicy(SSAOptions.getAllBuiltInPiNodes());
options.setEntrypoints(entries);
CallGraphBuilder builder = Util.makeZeroCFABuilder(options, cache, cha, scope);
System.out.println("Creating call graph...");
CallGraph cg = builder.makeCallGraph(options, null);
System.out.println("Done.");
PointerAnalysis pta = builder.getPointerAnalysis();
ExceptionPruneAnalysis mCFG = new ExceptionPruneAnalysis(cg, pta, cache);
return mCFG;
}
private static void runComputeModule(
final String binDir, final Config cfg, final String outputDir)
throws IOException, IllegalArgumentException, CancelException, PDGFormatException,
WalaException {
Main.checkOrCreateOutputDir(outputDir);
System.out.print("Setting up analysis scope... ");
// Fuegt die normale Java Bibliothek zum Scope hinzu
AnalysisScope scope = AnalysisScopeReader.makePrimordialScope(null);
if (cfg.nativesXML != null) {
com.ibm.wala.ipa.callgraph.impl.Util.setNativeSpec(cfg.nativesXML);
}
// if use stubs
if (cfg.stubs != null) {
scope.addToScope(ClassLoaderReference.Primordial, new JarFile(cfg.stubs));
}
// Nimmt unnoetige Klassen raus
SetOfClasses exclusions =
new FileOfClasses(new ByteArrayInputStream(cfg.exclusions.getBytes()));
scope.setExclusions(exclusions);
ClassLoaderReference loader = scope.getLoader(AnalysisScope.APPLICATION);
AnalysisScopeReader.addClassPathToScope(binDir, scope, loader);
System.out.println("done.");
ClassHierarchy cha = ClassHierarchy.make(scope);
System.out.print("Creating MoJo... ");
MoJo mojo = MoJo.create(cha);
System.out.println("done.");
for (IClass cls : cha) {
for (IMethod im : cls.getDeclaredMethods()) {
if (im.getDeclaringClass().isInterface() || im.isAbstract()) {
// skip methods without a body
continue;
}
MethodInfo nfo = cfg.extern.checkForModuleMethod(im);
if (nfo != null) {
System.out.println("Found " + nfo + " for " + im);
final String sig = Dictionary.extractSignature(im);
final String outputMethodDir =
outputDir + (outputDir.endsWith(File.separator) ? "" : File.separator) + "m_" + sig;
Main.checkOrCreateOutputDir(outputMethodDir);
computeVariants(mojo, im, nfo, outputMethodDir);
}
}
}
}
@Test
public void testZeroOneContainerCopyOf()
throws IOException, ClassHierarchyException, IllegalArgumentException, CancelException {
AnalysisScope scope =
CallGraphTestUtil.makeJ2SEAnalysisScope(
TestConstants.WALA_TESTDATA, CallGraphTestUtil.REGRESSION_EXCLUSIONS);
ClassHierarchy cha = ClassHierarchy.make(scope);
Iterable<Entrypoint> entrypoints =
Util.makeMainEntrypoints(scope, cha, "Ldemandpa/TestArraysCopyOf");
AnalysisOptions options = CallGraphTestUtil.makeAnalysisOptions(scope, entrypoints);
AnalysisCache cache = new AnalysisCache();
CallGraphBuilder builder = Util.makeZeroOneContainerCFABuilder(options, cache, cha, scope);
CallGraph cg = builder.makeCallGraph(options, null);
PointerAnalysis pa = builder.getPointerAnalysis();
CGNode mainMethod = AbstractPtrTest.findMainMethod(cg);
PointerKey keyToQuery = AbstractPtrTest.getParam(mainMethod, "testThisVar", pa.getHeapModel());
OrdinalSet<? extends InstanceKey> pointsToSet = pa.getPointsToSet(keyToQuery);
Assert.assertEquals(1, pointsToSet.size());
}
@Test
public void testJLex()
throws ClassHierarchyException, IllegalArgumentException, CancelException, IOException {
AnalysisScope scope =
CallGraphTestUtil.makeJ2SEAnalysisScope(
TestConstants.JLEX, CallGraphTestUtil.REGRESSION_EXCLUSIONS);
ClassHierarchy cha = ClassHierarchy.make(scope);
Iterable<Entrypoint> entrypoints =
com.ibm.wala.ipa.callgraph.impl.Util.makeMainEntrypoints(
scope, cha, TestConstants.JLEX_MAIN);
AnalysisOptions options = CallGraphTestUtil.makeAnalysisOptions(scope, entrypoints);
doCallGraphs(options, new AnalysisCache(), cha, scope);
}
/**
* Usage: ScopeFileCallGraph -sourceDir file_path -mainClass class_name
*
* <p>If given -mainClass, uses main() method of class_name as entrypoint. Class name should start
* with an 'L'.
*
* <p>Example args: -sourceDir /tmp/srcTest -mainClass LFoo
*/
public static void main(String[] args)
throws ClassHierarchyException, IllegalArgumentException, CallGraphBuilderCancelException,
IOException {
long start = System.currentTimeMillis();
Properties p = CommandLine.parse(args);
String sourceDir = p.getProperty("sourceDir");
String mainClass = p.getProperty("mainClass");
AnalysisScope scope = new JavaSourceAnalysisScope();
// add standard libraries to scope
String[] stdlibs = WalaProperties.getJ2SEJarFiles();
for (int i = 0; i < stdlibs.length; i++) {
scope.addToScope(ClassLoaderReference.Primordial, new JarFile(stdlibs[i]));
}
// add the source directory
scope.addToScope(
JavaSourceAnalysisScope.SOURCE, new SourceDirectoryTreeModule(new File(sourceDir)));
// build the class hierarchy
IClassHierarchy cha =
ClassHierarchy.make(scope, new ECJClassLoaderFactory(scope.getExclusions()));
System.out.println(cha.getNumberOfClasses() + " classes");
System.out.println(Warnings.asString());
Warnings.clear();
AnalysisOptions options = new AnalysisOptions();
Iterable<Entrypoint> entrypoints =
Util.makeMainEntrypoints(JavaSourceAnalysisScope.SOURCE, cha, new String[] {mainClass});
options.setEntrypoints(entrypoints);
// you can dial down reflection handling if you like
// options.setReflectionOptions(ReflectionOptions.NONE);
AnalysisCache cache = new AnalysisCache(AstIRFactory.makeDefaultFactory());
// CallGraphBuilder builder = new ZeroCFABuilderFactory().make(options, cache, cha, scope,
// false);
CallGraphBuilder builder =
new ZeroOneContainerCFABuilderFactory().make(options, cache, cha, scope, false);
System.out.println("building call graph...");
CallGraph cg = builder.makeCallGraph(options, null);
long end = System.currentTimeMillis();
System.out.println("done");
System.out.println("took " + (end - start) + "ms");
System.out.println(CallGraphStats.getStats(cg));
}
/**
* @param options options that govern call graph construction
* @param cha governing class hierarchy
* @param scope representation of the analysis scope
* @param customSelector user-defined context selector, or null if none
* @param customInterpreter user-defined context interpreter, or null if none
* @return a 0-CFA Call Graph Builder.
* @throws IllegalArgumentException if options is null
* <p>TODO: move
*/
public static SSAPropagationCallGraphBuilder makeZeroCFABuilder(
AnalysisOptions options,
AnalysisCache cache,
IClassHierarchy cha,
AnalysisScope scope,
ContextSelector customSelector,
SSAContextInterpreter customInterpreter,
Collection<InputStream> summariesStreams,
MethodSummary extraSummary) {
if (options == null) {
throw new IllegalArgumentException("options is null");
}
Util.addDefaultSelectors(options, cha);
for (InputStream stream : summariesStreams) {
addBypassLogic(options, scope, stream, cha, extraSummary);
}
return ZeroXCFABuilder.make(
cha, options, cache, customSelector, customInterpreter, ZeroXInstanceKeys.NONE);
}
public static ExceptionPruneAnalysis create(String methodSig)
throws WalaException, IOException, IllegalArgumentException, CallGraphBuilderCancelException {
AnalysisScope scope = AnalysisScopeReader.makePrimordialScope(null);
SetOfClasses exclusions =
new FileOfClasses(new ByteArrayInputStream(exclusionRegExp.getBytes()));
scope.setExclusions(exclusions);
ClassLoaderReference loader = scope.getLoader(AnalysisScope.APPLICATION);
AnalysisScopeReader.addClassPathToScope(classPath, scope, loader);
// Klassenhierarchie berechnen
ClassHierarchy cha = ClassHierarchy.make(scope);
AnalysisCache cache = new AnalysisCache();
MethodReference mr = StringStuff.makeMethodReference(Language.JAVA, methodSig);
IMethod m = cha.resolveMethod(mr);
if (m == null) {
throw new IllegalStateException("Could not resolve " + mr);
}
Set<Entrypoint> entries = HashSetFactory.make();
entries.add(new DefaultEntrypoint(m, cha));
AnalysisOptions options = new AnalysisOptions();
options.getSSAOptions().setPiNodePolicy(SSAOptions.getAllBuiltInPiNodes());
options.setEntrypoints(entries);
CallGraphBuilder builder = Util.makeZeroOneContainerCFABuilder(options, cache, cha, scope);
CallGraph cg = builder.makeCallGraph(options, null);
PointerAnalysis pta = builder.getPointerAnalysis();
ExceptionPruneAnalysis mCFG = new ExceptionPruneAnalysis(cg, pta, cache);
return mCFG;
}
private static Result getOrigSDG(Config cfg, IProgressMonitor progress)
throws IllegalArgumentException, CancelException, PDGFormatException, IOException,
WalaException, InvalidClassFileException {
progress.beginTask(Messages.getString("Analyzer.Task_Prepare_IR"), -1); // $NON-NLS-1$
com.ibm.wala.ipa.callgraph.impl.Util.setNativeSpec(cfg.nativesXML);
progress.subTask(Messages.getString("Analyzer.SubTask_Analysis_Scope")); // $NON-NLS-1$
ClassLoader loader = cfg.getClass().getClassLoader();
AnalysisScope scope = Util.makeAnalysisScope(cfg, loader);
// AnalysisScopeReader.makeJavaBinaryAnalysisScope(cfg.scopeFile, cfg.classpath, null);
progress.done();
ClassHierarchy cha = ClassHierarchy.make(scope, progress);
Iterable<Entrypoint> entrypoints =
com.ibm.wala.ipa.callgraph.impl.Util.makeMainEntrypoints(scope, cha, cfg.mainClass);
AnalysisOptions options = new AnalysisOptions(scope, entrypoints);
AnalysisCache cache = new AnalysisCache();
progress.subTask(
Messages.getString("Analyzer.SubTask_Call_Graph_Builder") + cfg.pointsTo); // $NON-NLS-1$
SSAPropagationCallGraphBuilder builder =
SDGFactory.getCallGraphBuilder(cfg.pointsTo, options, cache, cha, scope);
/**
* Change the wala internal pointer and instancekeyfactory of the callgraph builder to our
* adapter. So we can keep track of the created InstanceKeys and PointerKeys. This information
* is used later on when creating subobject trees for accessed field variables.
*/
InstanceAndPointerKeyFactoryAdapter adapter = null;
InstanceKeyFactory ikFact = builder.getInstanceKeys();
PointerKeyFactory pkFact = builder.getPointerKeyFactory();
adapter = new InstanceAndPointerKeyFactoryAdapter(ikFact, pkFact);
builder.setInstanceKeys(adapter);
builder.setPointerKeyFactory(adapter);
progress.done();
progress.subTask(Messages.getString("Analyzer.SubTask_Call_Graph")); // $NON-NLS-1$
CallGraph cg = builder.makeCallGraph(options, progress);
if (cfg.optimizeCg >= 0) {
CallGraphPruning opt = new CallGraphPruning(cg);
System.out.println("Call Graph has " + cg.getNumberOfNodes() + " Nodes.");
Set<CGNode> sopt = opt.findApplicationNodes(cfg.optimizeCg);
cg = new PrunedCallGraph(cg, sopt);
System.out.println("Optimized Call Graph has " + cg.getNumberOfNodes() + " Nodes.");
}
if (Debug.Var.DUMP_CALLGRAPH.isSet()) {
Util.dumpCallGraph(cg, cfg.mainClass.replace('/', '.').substring(1), progress);
}
if (Debug.Var.DUMP_HEAP_GRAPH.isSet()) {
PointerAnalysis pta = builder.getPointerAnalysis();
HeapGraph hg = pta.getHeapGraph();
Util.dumpHeapGraph(
cfg.mainClass.replace('/', '.').substring(1) + "." + cfg.pointsTo, hg, null);
}
PointerAnalysis pta = builder.getPointerAnalysis();
progress.done();
DemandRefinementPointsTo demandPts = null;
if (cfg.useDemandPts) {
throw new UnsupportedOperationException();
// MemoryAccessMap mam = new PABasedMemoryAccessMap(cg, builder.getPointerAnalysis());
// demandPts = new DemandRefinementPointsTo(cg,
// new ThisFilteringHeapModel(builder,cha), mam, cha, options, getStateMachineFactory());
}
IPointerAnalysis pts = new PointsToWrapper(demandPts, pta);
progress.subTask(Messages.getString("Analyzer.SubTask_Search_Main")); // $NON-NLS-1$
IMethod main =
edu.kit.joana.deprecated.jsdg.util.Util.searchMethod(
entrypoints, "main([Ljava/lang/String;)V"); // $NON-NLS-1$
progress.done();
progress.done();
SDG sdg = SDG.create(main, cg, cache, adapter, pts, cfg, progress);
sdg.setAnalysisScope(scope);
sdg.setPointerAnalysis(pta);
progress.done();
if (Debug.Var.PRINT_FIELD_PTS_INFO.isSet()) {
Log.info("search for field allocs called " + PDG.searchFieldAllocs + " times.");
}
if (Debug.Var.PRINT_UNRESOLVED_CLASSES.isSet()) {
for (TypeReference tRef : cg.getClassHierarchy().getUnresolvedClasses()) {
Log.warn("Could not resolve: " + Util.typeName(tRef.getName()));
}
}
return new Result(null, sdg, cg, pta, null);
}
public static void addDefaultJ2EEBypassLogic(
AnalysisOptions options, AnalysisScope scope, ClassLoader cl, IClassHierarchy cha) {
com.ibm.wala.ipa.callgraph.impl.Util.addDefaultBypassLogic(options, scope, cl, cha);
com.ibm.wala.ipa.callgraph.impl.Util.addBypassLogic(options, scope, cl, benignExtSpec, cha);
}
/**
* Default settings as described below.
*
* <p>These settings contain: * a relatively basic setting for the context-sensitivity * no
* entrypoints have been set(!)
*
* @return a bunch of settings
*/
public static Preset makeDefault(AnalysisScope scope, IClassHierarchy cha) {
final Preset p = new Preset(scope);
// The following settings are used by Joana. Based on them new settings of
// WALAs AnalysisOptions will be generated by Joana.
applyPrettyCLIOutput(p);
p.scfg.cache = new AnalysisCache((IRFactory<IMethod>) new DexIRFactory());
p.scfg.cha = cha;
// On external stuff. These settings have little effect on the result.
p.scfg.ext = makeStandardExternalCallCheck();
p.scfg.accessPath = false; // Setting this to true overrides other settings
// On debugging
p.scfg.showTypeNameInValue = false; // on true: Second type-inference often breaks
p.scfg.debugManyGraphsDotOutput = false;
p.scfg.immutableNoOut = Main.IMMUTABLE_NO_OUT;
p.scfg.immutableStubs = Main.IMMUTABLE_STUBS;
p.scfg.ignoreStaticFields = Main.IGNORE_STATIC_FIELDS;
// What to considder
// p.scfg.exceptions = ExceptionAnalysis.ALL_NO_ANALYSIS;
p.scfg.exceptions = ExceptionAnalysis.IGNORE_ALL;
p.scfg.staticInitializers =
StaticInitializationTreatment.SIMPLE; // Do not use ACCURATE: Is defunct
// Precision
p.scfg.pts = PointsToPrecision.INSTANCE_BASED;
p.scfg.prunecg = Main.DEFAULT_PRUNE_CG;
// p.scfg.fieldPropagation = FieldPropagation.OBJ_GRAPH; // Do not use OBJ_TREE: Is outdated
// p.scfg.fieldPropagation = FieldPropagation.OBJ_GRAPH_SIMPLE_PROPAGATION;
p.scfg.fieldPropagation = FieldPropagation.OBJ_GRAPH_NO_FIELD_MERGE;
p.scfg.computeInterference = false;
// The preliminary settings of WALAs AnalysisOptions
p.options.setReflectionOptions(ReflectionOptions.FULL);
AndroidEntryPointManager.MANAGER.setInstantiationBehavior(
new DefaultInstantiationBehavior(cha));
Util.addDefaultSelectors(p.options, cha);
Util.addDefaultBypassLogic(p.options, scope, Util.class.getClassLoader(), cha); // ??
// No changes to the settings of AndroidEntypointManager...
// p.aem
// p.entrypointLocatorFlags = EnumSet.of(LocatorFlags.EP_HEURISTIC, LocatorFlags.WITH_SUPER,
// LocatorFlags.INCLUDE_CALLBACKS, LocatorFlags.CB_HEURISTIC);
p.entrypointLocatorFlags =
EnumSet.of(
LocatorFlags.EP_HEURISTIC, LocatorFlags.CB_HEURISTIC, LocatorFlags.INCLUDE_CALLBACKS);
// The following selectors will be injected when Joana generates its new
// AnalysisOptions
// TODO: Add ReflectionContext ?
p.ctxSel = new DefaultContextSelector(p.options, p.scfg.cha);
p.ctxIpr = new DefaultSSAInterpreter(p.options, p.scfg.cache);
p.instKeys = new ZeroXInstanceKeys(p.options, p.scfg.cha, p.ctxIpr, ZeroXInstanceKeys.NONE);
LogLevels.setLevels();
Preset.aem.setOverrides(AndroidEntryPointManager.DEFAULT_INTENT_OVERRIDES);
// XXX TEMP:
Preset.aem.setDoBootSequence(false);
return p;
}