Package proguard.evaluation.value.object

Class AnalyzedObjectFactory

java.lang.Object

proguard.evaluation.value.object.AnalyzedObjectFactory

public class AnalyzedObjectFactory
extends java.lang.Object

Factory methods to create AnalyzedObject.

Method Summary

Modifier and Type	Method	Description
static AnalyzedObject	create(@Nullable java.lang.Object value, @Nullable java.lang.String type, @Nullable Clazz referencedClass)	Create a AnalyzedObject, representing the tracked value for a reference type.
static AnalyzedObject	createDetailedArray(Value[] values, java.lang.String type)	Create a modeled object representing a detailed array (i.e., it's model is a ArrayModel.
static AnalyzedObject	createModeled(@NotNull Model value)	Create an object the value of which is modeled.
static AnalyzedObject	createNull()	Create an object with unknown type and null value.
static AnalyzedObject	createNullOfType(@NotNull java.lang.String type)	Create an object with null value and known type.
static AnalyzedObject	createPrecise(@NotNull java.lang.Object value)	Create a precise object wrapping the value.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Method Detail

create

public static AnalyzedObject create(@Nullable
                                    @Nullable java.lang.Object value,
                                    @Nullable
                                    @Nullable java.lang.String type,
                                    @Nullable
                                    @Nullable Clazz referencedClass)

Create a AnalyzedObject, representing the tracked value for a reference type. If an object is created successfully it is guaranteed to be modeled if the passed value was an instance of Model.

Consistency checks on the arguments are performed:

• If "value" is null and "referencedClass" isn't, "type" should match the type of "referencedClass"
• If "type" represents a primitive type or primitive array "referencedClass" should be null
• If "referencedClass" is not null, the type of "value" (or of the type modeled by "value" if it is a Model) has to be the same type of "referencedClass" or of a class inheriting from it.
• If "referencedClass" is null, "type" needs to match the type of "value" (or of the type modeled by "value" if it is a Model)

Parameters:

value - the value of the tracked object. Can be the actual value or a Model. null iff the tracked value is null

type - the type of the value. This should be the static type specified in the method signature, might not correspond to the type returned by the created AnalyzedObject.getType() because dynamic typing might be taken into consideration.

referencedClass - the class referenced when the value is created (e.g., the class of the return value of a method call). Always null for primitive types (or arrays of primitive); can be null if the library class pool is missing or the class pool references have not been initialized; can also be null in some cases even if everything has been initialized. For this reason this is used just for sanity checks when not-null, while it being null is not considered in any way as something incorrect.

createPrecise

public static AnalyzedObject createPrecise(@NotNull
                                           @NotNull java.lang.Object value)

Create a precise object wrapping the value.

Parameters:

value - The wrapped value

createModeled

public static AnalyzedObject createModeled(@NotNull
                                           @NotNull Model value)

Create an object the value of which is modeled.

Parameters:

value - The wrapped model

createNullOfType

public static AnalyzedObject createNullOfType(@NotNull
                                              @NotNull java.lang.String type)

Create an object with null value and known type.

Parameters:

type - The known type of the null object

createNull

public static AnalyzedObject createNull()

Create an object with unknown type and null value.

createDetailedArray

public static AnalyzedObject createDetailedArray(Value[] values,
                                                 java.lang.String type)

Create a modeled object representing a detailed array (i.e., it's model is a ArrayModel.