#JAVA REFLECTION ANDROID ANDROID#
#JAVA REFLECTION ANDROID CODE#

#JAVA REFLECTION ANDROID ANDROID#

data: the location where (intermediate) results are saved. Android 9 Pie and Android 10 throw warnings or outright block access to hidden APIs.

#JAVA REFLECTION ANDROID CODE#

test/patterns/Difficult.java: Example code that was used for initial development of patterns (followed by random sampling).src/data/: Utility functions around data management (parsed java files and JRE models) BaseColumns CalendarContract.AttendeesColumns CalendarContract.CalendarAlertsColumns CalendarContract.CalendarCacheColumns CalendarContract. To get our feet wet, well look at a very basic example that inspects the fields of a simple Java object at runtime.src/summarize/DifficultCases.rsc: Aggregate the detected patterns for Table 7.src/summarize/Productions.rsc: Aggregate the reflection productions for Figure 3.We can understand it like suppose we have a class at runtime. Simple utility class for working with the reflection API and handling reflection exceptions. It also provides an alternate means of obtaining attributes for the parameter. public abstract class ReflectionUtils extends. The Parameter class helps to get information about method parameters, including name and modifiers, etc. Except it isn't, because typeof() returns a System.Type, which doesn't know anything about instances. src/analyze/DifficultCases.rsc: Detect all the difficult cases (limitations of approaches) per project. In Java 8 version, Java added a new class named Parameter to get information about method parameters.src/analyze/Productions.rsc: Detect all reflections calls per project and map them onto the productions as defined in the paper.This class is enabled with the help of the library declared above.

• src/analyze/GatherASTs.rsc: Gather the ASTs per project in the corpus, and save it for future analysis The class Class is the identifier reflection class in jAVA.

The ability to examine and manipulate a Java class from. For example, its possible for a Java class to obtain the names of all its members and display them. It allows an executing Java program to examine or 'introspect' upon itself, and manipulate internal properties of the program.

src/model/limitations/DifficultCases.rsc: Implementation of the AST patterns described in Table 6. Reflection is a feature in the Java programming language.

src/model/reflection/Categories.rsc: Another ADT representing the categories from Table 1, and the mapping between every production of the grammar and these categories.

src/model/reflection/Grammar.rsc: A Rascal ADT representation of the Reflection Grammar in Figure 1.

src/build/corpus/: Scripts related to downloading and extracting the corpus.

src/build/slr/: Scripts related to the automatic filtering of the SLR.

The analysis of the corpus, and certain parts of its construction is scripted in this Rascal project. The project requires Eclipse with Rascal installed and a clone of the java-build-manager project. This rascal project contains the source code used in the 'Challenges for Static Analysis of Java Reflection – Literature Review and Empirical Study' paper submitted to ICSE 2017.

Java reflection android