Scene (Soot - a J*va Optimization Framework 4.3.0 API)

java.lang.Object
- soot.Scene

Direct Known Subclasses:

ModuleScene
```
public class Scene
extends Object
```
Manages the SootClasses of the application being analyzed.

Nested Class Summary

Nested Classes
Modifier and Type Class and Description

static class Scene.AndroidVersionInfo

Nested Classes
Modifier and Type	Class and Description
`static class`	`Scene.AndroidVersionInfo`

Field Summary

Fields
Modifier and Type	Field and Description
`protected ClientAccessibilityOracle`	`accessibilityOracle`
`protected CallGraph`	`activeCallGraph`
`protected FastHierarchy`	`activeFastHierarchy`
`protected Hierarchy`	`activeHierarchy`
`protected PointsToAnalysis`	`activePointsToAnalysis`
`protected SideEffectAnalysis`	`activeSideEffectAnalysis`
`protected boolean`	`allowsPhantomRefs`
`protected Chain<SootClass>`	`applicationClasses`
`protected Set<String>[]`	`basicclasses`
`protected Chain<SootClass>`	`classes`
`protected IterableNumberer<SootClass>`	`classNumberer`
`protected Numberer<Context>`	`contextNumberer`
`protected ContextSensitiveCallGraph`	`cscg`
`protected boolean`	`doneResolving`
`protected List<SootClass>`	`dynamicClasses`
`protected List<SootMethod>`	`entryPoints`
`protected LinkedList<String>`	`excludedPackages`
`protected Numberer<SparkField>`	`fieldNumberer`
`protected boolean`	`incrementalBuild`
`protected ArrayNumberer<Kind>`	`kindNumberer`
`protected Chain<SootClass>`	`libraryClasses`
`protected IterableNumberer<Local>`	`localNumberer`
`protected SootClass`	`mainClass`
`protected IterableNumberer<SootMethod>`	`methodNumberer`
`protected Map<String,RefType>`	`nameToClass`
`protected Chain<SootClass>`	`phantomClasses`
`protected ReachableMethods`	`reachableMethods`
`protected Set<String>`	`reservedNames`
`protected String`	`sootClassPath`
`protected StringNumberer`	`subSigNumberer`
`protected IterableNumberer<Type>`	`typeNumberer`
`protected Numberer<Unit>`	`unitNumberer`

Constructor Summary

Constructors
Constructor and Description

Scene(Singletons.Global g)

Constructors
Constructor and Description
`Scene(Singletons.Global g)`

Method Summary

All Methods Static Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`void`	`addBasicClass(String name)`
`void`	`addBasicClass(String name, int level)`
`void`	`addClass(SootClass c)` Adds the given class to the Scene.
`protected void`	`addClassSilent(SootClass c)` Adds the given class to the Scene.
`protected void`	`addReflectionTraceClasses()`
`boolean`	`allowsPhantomRefs()`
`boolean`	`containsClass(String className)`
`boolean`	`containsField(String fieldSignature)`
`boolean`	`containsMethod(String methodSignature)`
`boolean`	`containsType(String className)`
`LocalCreation`	`createLocalCreation(Chain<Local> locals)`
`LocalCreation`	`createLocalCreation(Chain<Local> locals, String prefix)`
`LocalGenerator`	`createLocalGenerator(Body stmtBody)`
`String`	`defaultClassPath()`
`static String`	`defaultJavaClassPath()` Returns the default class path used for this JVM.
`boolean`	`doneResolving()`
`Collection<SootClass>`	`dynamicClasses()`
`void`	`extendSootClassPath(String newPathElement)`
`SootClass`	`forceResolve(String className, int level)` Forces Soot to resolve the class with the given name to the given level, even if resolving has actually already finished.
`Hierarchy`	`getActiveHierarchy()` Retrieves the active hierarchy
`int`	`getAndroidAPIVersion()`
`String`	`getAndroidJarPath(String jars, String apk)`
`Scene.AndroidVersionInfo`	`getAndroidSDKVersionInfo()`
`Chain<SootClass>`	`getApplicationClasses()` Returns a chain of the application classes in this scene.
`Set<String>`	`getBasicClasses()`
`CallGraph`	`getCallGraph()`
`Chain<SootClass>`	`getClasses()` Returns an backed chain of the classes in this manager.
`List<SootClass>`	`getClasses(int desiredLevel)` Returns the list of SootClasses that have been resolved at least to the level specified.
`IterableNumberer<SootClass>`	`getClassNumberer()`
`ClientAccessibilityOracle`	`getClientAccessibilityOracle()` Retrieves the active client accessibility oracle
`Numberer<Context>`	`getContextNumberer()`
`ContextSensitiveCallGraph`	`getContextSensitiveCallGraph()`
`ThrowAnalysis`	`getDefaultThrowAnalysis()` Returns the `ThrowAnalysis` to be used by default when constructing CFGs which include exceptional control flow.
`List<SootMethod>`	`getEntryPoints()` Get the set of entry points that are used to build the call graph.
`FastHierarchy`	`getFastHierarchy()` Retrieves the active fast hierarchy
`SootField`	`getField(String fieldSignature)`
`Numberer<SparkField>`	`getFieldNumberer()`
`Chain<SootClass>`	`getLibraryClasses()` Returns a chain of the library classes in this scene.
`IterableNumberer<Local>`	`getLocalNumberer()`
`SootClass`	`getMainClass()`
`SootMethod`	`getMainMethod()`
`SootMethod`	`getMethod(String methodSignature)`
`IterableNumberer<SootMethod>`	`getMethodNumberer()`
`RefType`	`getObjectType()` Returns the `RefType` for `Object`.
`RefType`	`getOrAddRefType(String refTypeName)`
`FastHierarchy`	`getOrMakeFastHierarchy()` Makes a new fast hierarchy is none is active, and returns the active fast hierarchy.
`Chain<SootClass>`	`getPhantomClasses()` Returns a chain of the phantom classes in this scene.
`boolean`	`getPhantomRefs()`
`List<String>`	`getPkgList()`
`PointsToAnalysis`	`getPointsToAnalysis()` Retrieves the active pointer analysis
`ReachableMethods`	`getReachableMethods()`
`RefType`	`getRefType(String className)` Returns the RefType with the given className.
`RefType`	`getRefTypeUnsafe(String className)` Returns the RefType with the given className.
`Set<String>`	`getReservedNames()` Returns a set of tokens which are reserved.
`SideEffectAnalysis`	`getSideEffectAnalysis()` Retrieves the active side-effect analysis
`SootClass`	`getSootClass(String className)` Returns the SootClass with the given className.
`String`	`getSootClassPath()`
`SootClass`	`getSootClassUnsafe(String className)` Returns the SootClass with the given className.
`SootClass`	`getSootClassUnsafe(String className, boolean phantomNonExist)` Returns the SootClass with the given className.
`int`	`getState()`
`StringNumberer`	`getSubSigNumberer()`
`Type`	`getType(String arg)` Returns the RefType with the given class name or primitive type.
`IterableNumberer<Type>`	`getTypeNumberer()`
`Type`	`getTypeUnsafe(String arg)` Returns a Type object representing the given type string.
`Type`	`getTypeUnsafe(String arg, boolean phantomNonExist)` Returns a Type object representing the given type string.
`Numberer<Unit>`	`getUnitNumberer()`
`SootField`	`grabField(String fieldSignature)`
`SootMethod`	`grabMethod(String methodSignature)`
`boolean`	`hasActiveHierarchy()`
`boolean`	`hasCallGraph()`
`boolean`	`hasClientAccessibilityOracle()`
`boolean`	`hasCustomEntryPoints()`
`boolean`	`hasFastHierarchy()`
`boolean`	`hasMainClass()`
`boolean`	`hasPointsToAnalysis()`
`boolean`	`hasReachableMethods()`
`boolean`	`hasSideEffectAnalysis()`
`void`	`incrementalBuildFinished()`
`void`	`initiateIncrementalBuild()`
`CallGraph`	`internalMakeCallGraph()` SOOT USERS: DO NOT CALL THIS METHOD!
`static boolean`	`isApk(File apk)`
`boolean`	`isBasicClass(String className)`
`boolean`	`isExcluded(SootClass sc)`
`boolean`	`isExcluded(String className)`
`boolean`	`isIncluded(SootClass sc)`
`boolean`	`isIncluded(String className)`
`boolean`	`isIncrementalBuild()` This method returns true when in incremental build mode.
`static boolean`	`isJavaGEQ9(String version)` Checks if the version number indicates a Java version >= 9 in order to handle the new virtual filesystem jrt:/
`Numberer<Kind>`	`kindNumberer()`
`void`	`loadBasicClasses()` Load just the set of basic classes soot needs, ignoring those specified on the command-line.
`SootClass`	`loadClass(String className, int desiredLevel)`
`SootClass`	`loadClassAndSupport(String className)` Loads the given class and all of the required support classes.
`void`	`loadDynamicClasses()`
`protected void`	`loadNecessaryClass(String name)`
`void`	`loadNecessaryClasses()` Load the set of classes that soot needs, including those specified on the command-line.
`SootMethodRef`	`makeConstructorRef(SootClass declaringClass, List<Type> parameterTypes)` Create an unresolved reference to a constructor.
`SootFieldRef`	`makeFieldRef(SootClass declaringClass, String name, Type type, boolean isStatic)` Create an unresolved reference to a field.
`SootMethodRef`	`makeMethodRef(SootClass declaringClass, String name, List<Type> parameterTypes, Type returnType, boolean isStatic)` Create an unresolved reference to a method.
`SootClass`	`makeSootClass(String name)`
`SootClass`	`makeSootClass(String name, int modifiers)`
`SootField`	`makeSootField(String name, Type type)`
`SootField`	`makeSootField(String name, Type type, int modifiers)`
`SootMethod`	`makeSootMethod(String name, List<Type> parameterTypes, Type returnType)`
`SootMethod`	`makeSootMethod(String name, List<Type> parameterTypes, Type returnType, int modifiers)`
`SootMethod`	`makeSootMethod(String name, List<Type> parameterTypes, Type returnType, int modifiers, List<SootClass> thrownExceptions)`
`protected void`	`modifyHierarchy()`
`protected void`	`prepareClasses()` Generate classes to process, adding or removing package marked by command line options.
`String`	`quotedNameOf(String s)` If this name is in the set of reserved names, then return a quoted version of it.
`void`	`releaseActiveHierarchy()`
`void`	`releaseCallGraph()`
`void`	`releaseClientAccessibilityOracle()`
`void`	`releaseFastHierarchy()`
`void`	`releasePointsToAnalysis()`
`void`	`releaseReachableMethods()`
`void`	`releaseSideEffectAnalysis()`
`void`	`removeClass(SootClass c)`
`void`	`setActiveHierarchy(Hierarchy hierarchy)` Sets the active hierarchy
`void`	`setCallGraph(CallGraph cg)`
`void`	`setClientAccessibilityOracle(ClientAccessibilityOracle oracle)`
`void`	`setContextNumberer(Numberer<Context> n)`
`void`	`setContextSensitiveCallGraph(ContextSensitiveCallGraph cscg)`
`void`	`setDefaultThrowAnalysis(ThrowAnalysis ta)` Sets the `ThrowAnalysis` to be used by default when constructing CFGs which include exceptional control flow.
`void`	`setDoneResolving()`
`void`	`setEntryPoints(List<SootMethod> entryPoints)` Change the set of entry point methods used to build the call graph.
`void`	`setFastHierarchy(FastHierarchy hierarchy)` Sets the active hierarchy
`void`	`setMainClass(SootClass m)`
`void`	`setMainClassFromOptions()`
`void`	`setPhantomRefs(boolean value)`
`void`	`setPkgList(List<String> list)`
`void`	`setPointsToAnalysis(PointsToAnalysis pa)` Sets the active pointer analysis
`void`	`setReachableMethods(ReachableMethods rm)`
`void`	`setSideEffectAnalysis(SideEffectAnalysis sea)` Sets the active side-effect analysis
`void`	`setSootClassPath(String p)`
`static String`	`signatureToClass(String sig)`
`static String`	`signatureToSubsignature(String sig)`
`SootClass`	`tryLoadClass(String className, int desiredLevel)` Attempts to load the given class and all of the required support classes.
`static String`	`unescapeName(String s)` This method is the inverse of quotedNameOf().
`static Scene`	`v()`

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

nameToClass

protected final Map<String,RefType> nameToClass

kindNumberer

protected final ArrayNumberer<Kind> kindNumberer

reservedNames

protected final Set<String> reservedNames

basicclasses

protected final Set<String>[] basicclasses

classes
```
protected Chain<SootClass> classes
```

applicationClasses

protected Chain<SootClass> applicationClasses

libraryClasses

protected Chain<SootClass> libraryClasses

phantomClasses

protected Chain<SootClass> phantomClasses

typeNumberer

protected IterableNumberer<Type> typeNumberer

unitNumberer
```
protected Numberer<Unit> unitNumberer
```

subSigNumberer

protected StringNumberer subSigNumberer

classNumberer

protected IterableNumberer<SootClass> classNumberer

fieldNumberer

protected Numberer<SparkField> fieldNumberer

methodNumberer

protected IterableNumberer<SootMethod> methodNumberer

localNumberer

protected IterableNumberer<Local> localNumberer

contextNumberer

protected Numberer<Context> contextNumberer

activeHierarchy
```
protected Hierarchy activeHierarchy
```

activeFastHierarchy

protected FastHierarchy activeFastHierarchy

activeSideEffectAnalysis

protected SideEffectAnalysis activeSideEffectAnalysis

activePointsToAnalysis

protected PointsToAnalysis activePointsToAnalysis

activeCallGraph
```
protected CallGraph activeCallGraph
```

reachableMethods

protected ReachableMethods reachableMethods

entryPoints
```
protected List<SootMethod> entryPoints
```

cscg

protected ContextSensitiveCallGraph cscg

accessibilityOracle

protected ClientAccessibilityOracle accessibilityOracle

sootClassPath
```
protected String sootClassPath
```

dynamicClasses

protected List<SootClass> dynamicClasses

excludedPackages

protected LinkedList<String> excludedPackages

allowsPhantomRefs
```
protected boolean allowsPhantomRefs
```

mainClass
```
protected SootClass mainClass
```

incrementalBuild
```
protected boolean incrementalBuild
```

doneResolving
```
protected boolean doneResolving
```

Constructor Detail
- Scene
```
public Scene(Singletons.Global g)
```

Method Detail
- v
```
public static Scene v()
```
- setMainClass
```
public void setMainClass(SootClass m)
```
- getReservedNames
```
public Set<String> getReservedNames()
```
  Returns a set of tokens which are reserved. Any field, class, method, or local variable with such a name will be quoted.
- quotedNameOf
```
public String quotedNameOf(String s)
```
  If this name is in the set of reserved names, then return a quoted version of it. Else pass it through. If the name consists of multiple parts separated by dots, the individual names are checked as well.
- unescapeName
```
public static String unescapeName(String s)
```
  This method is the inverse of quotedNameOf(). It takes a possible escaped class and reconstructs the original version of it.
  
  Parameters:
  
  s - The possibly escaped name
  
  Returns:
  
  The original, non-escaped name
- hasMainClass
```
public boolean hasMainClass()
```
- getMainClass
```
public SootClass getMainClass()
```
- getMainMethod
```
public SootMethod getMainMethod()
```
- setSootClassPath
```
public void setSootClassPath(String p)
```
- extendSootClassPath
```
public void extendSootClassPath(String newPathElement)
```
- getSootClassPath
```
public String getSootClassPath()
```
- getAndroidJarPath
```
public String getAndroidJarPath(String jars,
                                String apk)
```
- getAndroidAPIVersion
```
public int getAndroidAPIVersion()
```
- getAndroidSDKVersionInfo
```
public Scene.AndroidVersionInfo getAndroidSDKVersionInfo()
```
- defaultClassPath
```
public String defaultClassPath()
```
- isApk
```
public static boolean isApk(File apk)
```
- isJavaGEQ9
```
public static boolean isJavaGEQ9(String version)
```
  Checks if the version number indicates a Java version >= 9 in order to handle the new virtual filesystem jrt:/
  
  Parameters:
  
  version -
  
  Returns:
- defaultJavaClassPath
```
public static String defaultJavaClassPath()
```
  Returns the default class path used for this JVM.
  
  Returns:
  
  the default class path (or null if none could be found)
- getState
```
public int getState()
```
- modifyHierarchy
```
protected void modifyHierarchy()
```
- addClass
```
public void addClass(SootClass c)
```
  Adds the given class to the Scene. This method marks the given class as a library class and invalidates the class hierarchy.
  
  Parameters:
  
  c - The class to add
- addClassSilent
```
protected void addClassSilent(SootClass c)
```
  Adds the given class to the Scene. This method does not handle any dependencies such as invalidating the hierarchy. The class is neither marked as application class, nor library class.
  
  Parameters:
  
  c - The class to add
- removeClass
```
public void removeClass(SootClass c)
```
- containsClass
```
public boolean containsClass(String className)
```
- containsType
```
public boolean containsType(String className)
```
- signatureToClass
```
public static String signatureToClass(String sig)
```
- signatureToSubsignature
```
public static String signatureToSubsignature(String sig)
```
- grabField
```
public SootField grabField(String fieldSignature)
```
- containsField
```
public boolean containsField(String fieldSignature)
```
- grabMethod
```
public SootMethod grabMethod(String methodSignature)
```
- containsMethod
```
public boolean containsMethod(String methodSignature)
```
- getField
```
public SootField getField(String fieldSignature)
```
- getMethod
```
public SootMethod getMethod(String methodSignature)
```
- tryLoadClass
```
public SootClass tryLoadClass(String className,
                              int desiredLevel)
```
  Attempts to load the given class and all of the required support classes. Returns the original class if it was loaded, or null otherwise.
- loadClassAndSupport
```
public SootClass loadClassAndSupport(String className)
```
  Loads the given class and all of the required support classes. Returns the first class.
- loadClass
```
public SootClass loadClass(String className,
                           int desiredLevel)
```
- getType
```
public Type getType(String arg)
```
  Returns the RefType with the given class name or primitive type.
  
  Throws:
  
  RuntimeException - if the Type for this name cannot be found. Use getRefTypeUnsafe(String) to check if type is an registered RefType.
- getTypeUnsafe
```
public Type getTypeUnsafe(String arg)
```
  Returns a Type object representing the given type string. It will first attempt to resolve the type as a reference type that currently exists in the Scene. If this fails it will attempt to resolve the type as a java primitive type. Lastly, if phantom refs are allowed it will construct a phantom class for the given type and return a reference type based on the phantom class. Otherwise, this method will return null. Note, if the resolved base type is not null and the string representation of the type is an array, the returned type will be an ArrayType with the base type resolved as described above.
  
  Parameters:
  
  arg - A string description of the type
  
  Returns:
  
  The Type if it can be resolved and null otherwise
- getTypeUnsafe
```
public Type getTypeUnsafe(String arg,
                          boolean phantomNonExist)
```
  Returns a Type object representing the given type string. It will first attempt to resolve the type as a reference type that currently exists in the Scene. If this fails it will attempt to resolve the type as a java primitive type. Lastly, if phantom refs are allowed and phantomNonExist=true it will construct a phantom class for the given type and return a reference type based on the phantom class. Otherwise, this method will return null. Note, if the resolved base type is not null and the string representation of the type is an array, the returned type will be an ArrayType with the base type resolved as described above.
  
  Parameters:
  
  arg - A string description of the type
  
  phantomNonExist - Indicates that a phantom class should be created for the given type string and a Type object should be created based on the phantom class if a class matching the type name does not exists in the scene and phantom refs are allowed
  
  Returns:
  
  The Type if it can be resolved and null otherwise
- getRefType
```
public RefType getRefType(String className)
```
  Returns the RefType with the given className.
  
  Throws:
  
  IllegalStateException - if the RefType for this class cannot be found. Use containsType(String) to check if type is registered
- getRefTypeUnsafe
```
public RefType getRefTypeUnsafe(String className)
```
  Returns the RefType with the given className. Returns null if no type with the given name can be found.
- getObjectType
```
public RefType getObjectType()
```
  Returns the RefType for Object.
- getSootClassUnsafe
```
public SootClass getSootClassUnsafe(String className)
```
  Returns the SootClass with the given className. If no class with the given name exists, null is returned unless phantom refs are allowed. In this case, a new phantom class is created. The difference with the getSootClass() version is that this version doesn't throw a RuntimeException if the requested class doesn't exist in the Scene. Instead it returns null.
  
  Parameters:
  
  className - The name of the class to get
  
  Returns:
  
  The class if it exists, otherwise null
- getSootClassUnsafe
```
public SootClass getSootClassUnsafe(String className,
                                    boolean phantomNonExist)
```
  Returns the SootClass with the given className. If no class with the given name exists, null is returned unless phantomNonExist=true and phantom refs are allowed. In this case, a new phantom class is created and returned. The difference with the getSootClass() version is that this version doesn't throw a RuntimeException if the requested class doesn't exist in the Scene. Instead it returns null or a phantom class, depending on the flag.
  
  Parameters:
  
  className - The name of the class to get
  
  phantomNonExist - Indicates that a phantom class should be created if a class with the given name does not exist and phantom refs are allowed
  
  Returns:
  
  The class if it exists, otherwise null
- getSootClass
```
public SootClass getSootClass(String className)
```
  Returns the SootClass with the given className.
  
  Parameters:
  
  className - The name of the class to get; throws RuntimeException if this class does not exist.
- getClasses
```
public Chain<SootClass> getClasses()
```
  Returns an backed chain of the classes in this manager.
- getApplicationClasses
```
public Chain<SootClass> getApplicationClasses()
```
  Returns a chain of the application classes in this scene. These classes are the ones which can be freely analysed & modified.
- getLibraryClasses
```
public Chain<SootClass> getLibraryClasses()
```
  Returns a chain of the library classes in this scene. These classes can be analysed but not modified.
- getPhantomClasses
```
public Chain<SootClass> getPhantomClasses()
```
  Returns a chain of the phantom classes in this scene. These classes are referred to by other classes, but cannot be loaded.
- getSideEffectAnalysis
```
public SideEffectAnalysis getSideEffectAnalysis()
```
  Retrieves the active side-effect analysis
- setSideEffectAnalysis
```
public void setSideEffectAnalysis(SideEffectAnalysis sea)
```
  Sets the active side-effect analysis
- hasSideEffectAnalysis
```
public boolean hasSideEffectAnalysis()
```
- releaseSideEffectAnalysis
```
public void releaseSideEffectAnalysis()
```
- getPointsToAnalysis
```
public PointsToAnalysis getPointsToAnalysis()
```
  Retrieves the active pointer analysis
- setPointsToAnalysis
```
public void setPointsToAnalysis(PointsToAnalysis pa)
```
  Sets the active pointer analysis
- hasPointsToAnalysis
```
public boolean hasPointsToAnalysis()
```
- releasePointsToAnalysis
```
public void releasePointsToAnalysis()
```
- getClientAccessibilityOracle
```
public ClientAccessibilityOracle getClientAccessibilityOracle()
```
  Retrieves the active client accessibility oracle
- hasClientAccessibilityOracle
```
public boolean hasClientAccessibilityOracle()
```
- setClientAccessibilityOracle
```
public void setClientAccessibilityOracle(ClientAccessibilityOracle oracle)
```
- releaseClientAccessibilityOracle
```
public void releaseClientAccessibilityOracle()
```
- getOrMakeFastHierarchy
```
public FastHierarchy getOrMakeFastHierarchy()
```
  Makes a new fast hierarchy is none is active, and returns the active fast hierarchy.
- getFastHierarchy
```
public FastHierarchy getFastHierarchy()
```
  Retrieves the active fast hierarchy
- setFastHierarchy
```
public void setFastHierarchy(FastHierarchy hierarchy)
```
  Sets the active hierarchy
- hasFastHierarchy
```
public boolean hasFastHierarchy()
```
- releaseFastHierarchy
```
public void releaseFastHierarchy()
```
- getActiveHierarchy
```
public Hierarchy getActiveHierarchy()
```
  Retrieves the active hierarchy
- setActiveHierarchy
```
public void setActiveHierarchy(Hierarchy hierarchy)
```
  Sets the active hierarchy
- hasActiveHierarchy
```
public boolean hasActiveHierarchy()
```
- releaseActiveHierarchy
```
public void releaseActiveHierarchy()
```
- hasCustomEntryPoints
```
public boolean hasCustomEntryPoints()
```
- getEntryPoints
```
public List<SootMethod> getEntryPoints()
```
  Get the set of entry points that are used to build the call graph.
- setEntryPoints
```
public void setEntryPoints(List<SootMethod> entryPoints)
```
  Change the set of entry point methods used to build the call graph.
- getContextSensitiveCallGraph
```
public ContextSensitiveCallGraph getContextSensitiveCallGraph()
```
- setContextSensitiveCallGraph
```
public void setContextSensitiveCallGraph(ContextSensitiveCallGraph cscg)
```
- getCallGraph
```
public CallGraph getCallGraph()
```
- setCallGraph
```
public void setCallGraph(CallGraph cg)
```
- hasCallGraph
```
public boolean hasCallGraph()
```
- releaseCallGraph
```
public void releaseCallGraph()
```
- getReachableMethods
```
public ReachableMethods getReachableMethods()
```
- setReachableMethods
```
public void setReachableMethods(ReachableMethods rm)
```
- hasReachableMethods
```
public boolean hasReachableMethods()
```
- releaseReachableMethods
```
public void releaseReachableMethods()
```
- getPhantomRefs
```
public boolean getPhantomRefs()
```
- setPhantomRefs
```
public void setPhantomRefs(boolean value)
```
- allowsPhantomRefs
```
public boolean allowsPhantomRefs()
```
- kindNumberer
```
public Numberer<Kind> kindNumberer()
```
- getTypeNumberer
```
public IterableNumberer<Type> getTypeNumberer()
```
- getMethodNumberer
```
public IterableNumberer<SootMethod> getMethodNumberer()
```
- getContextNumberer
```
public Numberer<Context> getContextNumberer()
```
- getUnitNumberer
```
public Numberer<Unit> getUnitNumberer()
```
- getFieldNumberer
```
public Numberer<SparkField> getFieldNumberer()
```
- getClassNumberer
```
public IterableNumberer<SootClass> getClassNumberer()
```
- getSubSigNumberer
```
public StringNumberer getSubSigNumberer()
```
- getLocalNumberer
```
public IterableNumberer<Local> getLocalNumberer()
```
- setContextNumberer
```
public void setContextNumberer(Numberer<Context> n)
```
- getDefaultThrowAnalysis
```
public ThrowAnalysis getDefaultThrowAnalysis()
```
  Returns the ThrowAnalysis to be used by default when constructing CFGs which include exceptional control flow.
  
  Returns:
  
  the default ThrowAnalysis
- setDefaultThrowAnalysis
```
public void setDefaultThrowAnalysis(ThrowAnalysis ta)
```
  Sets the ThrowAnalysis to be used by default when constructing CFGs which include exceptional control flow.
  
  Parameters:
  
  ta - the default ThrowAnalysis.
- addBasicClass
```
public void addBasicClass(String name)
```
- addBasicClass
```
public void addBasicClass(String name,
                          int level)
```
- loadBasicClasses
```
public void loadBasicClasses()
```
  Load just the set of basic classes soot needs, ignoring those specified on the command-line. You don't need to use both this and loadNecessaryClasses(), though it will only waste time.
- getBasicClasses
```
public Set<String> getBasicClasses()
```
- isBasicClass
```
public boolean isBasicClass(String className)
```
- addReflectionTraceClasses
```
protected void addReflectionTraceClasses()
```
- dynamicClasses
```
public Collection<SootClass> dynamicClasses()
```
- loadNecessaryClass
```
protected void loadNecessaryClass(String name)
```
- loadNecessaryClasses
```
public void loadNecessaryClasses()
```
  Load the set of classes that soot needs, including those specified on the command-line. This is the standard way of initialising the list of classes soot should use.
- loadDynamicClasses
```
public void loadDynamicClasses()
```
- prepareClasses
```
protected void prepareClasses()
```
  Generate classes to process, adding or removing package marked by command line options.
- isExcluded
```
public boolean isExcluded(SootClass sc)
```
- isExcluded
```
public boolean isExcluded(String className)
```
- isIncluded
```
public boolean isIncluded(SootClass sc)
```
- isIncluded
```
public boolean isIncluded(String className)
```
- setPkgList
```
public void setPkgList(List<String> list)
```
- getPkgList
```
public List<String> getPkgList()
```
- makeMethodRef
```
public SootMethodRef makeMethodRef(SootClass declaringClass,
                                   String name,
                                   List<Type> parameterTypes,
                                   Type returnType,
                                   boolean isStatic)
```
  Create an unresolved reference to a method.
- makeConstructorRef
```
public SootMethodRef makeConstructorRef(SootClass declaringClass,
                                        List<Type> parameterTypes)
```
  Create an unresolved reference to a constructor.
- makeFieldRef
```
public SootFieldRef makeFieldRef(SootClass declaringClass,
                                 String name,
                                 Type type,
                                 boolean isStatic)
```
  Create an unresolved reference to a field.
- getClasses
```
public List<SootClass> getClasses(int desiredLevel)
```
  Returns the list of SootClasses that have been resolved at least to the level specified.
- doneResolving
```
public boolean doneResolving()
```
- setDoneResolving
```
public void setDoneResolving()
```
- setMainClassFromOptions
```
public void setMainClassFromOptions()
```
- isIncrementalBuild
```
public boolean isIncrementalBuild()
```
  This method returns true when in incremental build mode. Other classes can query this flag and change the way in which they use the Scene, depending on the flag's value.
- initiateIncrementalBuild
```
public void initiateIncrementalBuild()
```
- incrementalBuildFinished
```
public void incrementalBuildFinished()
```
- forceResolve
```
public SootClass forceResolve(String className,
                              int level)
```
  Forces Soot to resolve the class with the given name to the given level, even if resolving has actually already finished.
- makeSootClass
```
public SootClass makeSootClass(String name)
```
- makeSootClass
```
public SootClass makeSootClass(String name,
                               int modifiers)
```
- makeSootMethod
```
public SootMethod makeSootMethod(String name,
                                 List<Type> parameterTypes,
                                 Type returnType)
```
- makeSootMethod
```
public SootMethod makeSootMethod(String name,
                                 List<Type> parameterTypes,
                                 Type returnType,
                                 int modifiers)
```
- makeSootMethod
```
public SootMethod makeSootMethod(String name,
                                 List<Type> parameterTypes,
                                 Type returnType,
                                 int modifiers,
                                 List<SootClass> thrownExceptions)
```
- makeSootField
```
public SootField makeSootField(String name,
                               Type type,
                               int modifiers)
```
- makeSootField
```
public SootField makeSootField(String name,
                               Type type)
```
- getOrAddRefType
```
public RefType getOrAddRefType(String refTypeName)
```
- internalMakeCallGraph
```
public CallGraph internalMakeCallGraph()
```
  SOOT USERS: DO NOT CALL THIS METHOD!
  This method is a Soot-internal factory method for generating callgraph objects. It creates non-initialized object that must then be initialized by a callgraph algorithm
  
  Returns:
  
  A new callgraph empty object
- createLocalGenerator
```
public LocalGenerator createLocalGenerator(Body stmtBody)
```
- createLocalCreation
```
public LocalCreation createLocalCreation(Chain<Local> locals)
```
- createLocalCreation
```
public LocalCreation createLocalCreation(Chain<Local> locals,
                                         String prefix)
```

Class Scene

Nested Class Summary

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

nameToClass

kindNumberer

reservedNames

basicclasses

classes

applicationClasses

libraryClasses

phantomClasses

typeNumberer

unitNumberer

subSigNumberer

classNumberer

fieldNumberer

methodNumberer

localNumberer

contextNumberer

activeHierarchy

activeFastHierarchy

activeSideEffectAnalysis

activePointsToAnalysis

activeCallGraph

reachableMethods

entryPoints

cscg

accessibilityOracle

sootClassPath

dynamicClasses

excludedPackages

allowsPhantomRefs

mainClass

incrementalBuild

doneResolving

Constructor Detail

Scene

Method Detail

v

setMainClass

getReservedNames

quotedNameOf

unescapeName

hasMainClass

getMainClass

getMainMethod

setSootClassPath

extendSootClassPath

getSootClassPath

getAndroidJarPath

getAndroidAPIVersion

getAndroidSDKVersionInfo

defaultClassPath

isApk

isJavaGEQ9

defaultJavaClassPath

getState

modifyHierarchy

addClass

addClassSilent

removeClass

containsClass

containsType

signatureToClass

signatureToSubsignature

grabField

containsField

grabMethod

containsMethod

getField

getMethod

tryLoadClass

loadClassAndSupport

loadClass

getType

getTypeUnsafe