CallGraph enables graphical analysis of program call relations and flow sequencing. Also enables exploration of extended class inheritance hierarchies. Call-path analysis and class hieararchy resolution are performed using the JDT platform Search and Call Hierarchy mechanisms.

Jun 9, 2016 · Select the "call" relation and then click on a method name and the view will display the parent and child methods in the call graph. The graph is intereactive, so if you double click on a node or edge in the graph it jumps to the corresponding source code.

A suite of programs for generating static and dynamic call graphs in Java. javacg-static: Reads classes from a jar file, walks down the method bodies and prints a table of caller-caller relationships.

The tool produces the full call graph of a program as a dot file. A start point can be specified to analyze only the call graph that begins at that function. Each node (function) in the call graph includes the local stack usage of the function, if available (see -Z emit-stack-sizes).

A tool to generate a graphical representation of the Java call stack. This tool generate a tree graph for the call stack using the information in log files for you code. A specific format of log files are required for the tool to parse and process the logs.

Using it, you can create both dynamic (runtime) call graphs and static call graphs, provided that you have the program's and its dependencies' jar files.

Jan 3, 2023 · With the right tools and techniques, you can automate the creation of a call graph and gain a much better understanding of your codebase. In this article, we'll show you how to do just that. We'll cover both static and dynamic approaches to creating call graphs, and discuss the pros and cons of each.

Mar 20, 2016 · Let’s start by taking a look at a call graph. The figure below shows a call graph for a simple Java program that indicates the Java program has a method B that calls the method C and that C in turn calls methods B and D.

The Java Call Graph presents the chain of possible calls at runtime in Java. The nodes in the graph represent the project components, while the edges (arrows) represent relationships between the components.

To collect call stack for profiling Java application: Figure 1. Java Application - Flame Graph. Note: For Java attach to process on Linux, pass the JVM option (-XX:+PreserveFramePointer ) while launching the target application to collect correct java app callstack using AMD uProf.