Assumption Hierarchy for a CHA Call Graph Construction Algorithm Jason Sawin Mathematics and Computer Science University of Puget Sound Abstract—Method call graphs are integral components of

Source URL: web.cse.ohio-state.edu

The GCC call graph module a framework for inter-procedural optimization Jan Hubiˇcka ˇ SUSE CR

Source URL: gcc.cybermirror.org

• Compiler optimizations
• Inline expansion
• Inline function
• Interprocedural optimization
• Whole program optimization
• Subroutine
• Single Compilation Unit
• Objective-C
• Pin
• Computing
• Computer programming
• Software engineering

Information and Software Technology–1439 Contents lists available at ScienceDirect Information and Software Technology journal homepage: www.elsevier.com/locate/infsof

Source URL: welf.se

• Mathematics
• Data-flow analysis
• 0.999...
• Static single assignment form
• Call graph
• Linked list
• Object
• Graph
• Abstraction
• Compiler construction
• Software engineering
• Computing

Understanding a System’s Architecture Dirk Heuzeroth Universit¨at Karlsruhe IPD, Program Structures Group Postfach 6980, 76128 Karlsruhe, Germany

Source URL: arisa.se

• Program analysis
• Type system
• Call graph
• Static program analysis
• Java
• Software visualization
• C dynamic memory allocation
• Object-oriented programming
• Analysis
• Computing
• Software engineering
• Computer programming

COMPETITIVENESS AND INNOVATION FRAMEWORK PROGRAMME Call FP7-ICTProject Acronym: Cassandra

Source URL: www.cassandra-fp7.eu

• Apache Cassandra
• NoSQL
• Structured storage
• Unified Modeling Language
• Graph drawing
• International Space Station
• Cluster analysis
• Spaceflight
• Data management
• Statistics

StackAnalyzer for SuperH StackAnalyzer automatically determines the worst-case stack usage of the tasks in your application. The analysis results of the analyzed binary executable are shown as annotations in the call gra

Source URL: www.absint.com

• Computer architecture
• Programming language implementation
• Cross-platform software
• SuperH
• Renesas Electronics
• Call graph
• Compiler
• Portable Executable
• Embedded system
• Computing
• Software
• Compiler construction

StackAnalyzer for FR81S StackAnalyzer automatically determines the worst-case stack usage of the tasks in your application. The analysis results of the analyzed binary executable are shown as annotations in the call grap

Source URL: www.absint.com

• Programming language implementation
• Call graph
• Compiler
• Stack
• Compiler construction
• Software
• Computing

Identifying Program, Test, and Environmental Changes That Affect Behaviour Reid Holmes David Notkin

Source URL: cs.uwaterloo.ca

• Cross-platform software
• Compiler construction
• Object-oriented programming
• Call graph
• Library
• C
• Software testing
• Assertion
• Java
• Software engineering
• Computing
• Computer programming

StackAnalyzer for x86 (Real Mode) StackAnalyzer automatically determines the worst-case stack usage of the tasks in your application. The analysis results of the analyzed binary executable are shown as annotations in the

Source URL: www.absint.com

• Software
• X86
• Call graph
• Compiler
• Stack
• Assembly language
• Programming language implementation
• Computing
• Compiler construction

StackAnalyzer for C16x StackAnalyzer automatically determines the worst-case stack usage of the tasks in your application. The analysis results of the analyzed binary executable are shown as annotations in the call graph

Source URL: www.absint.com

• Compiler construction
• Electronic engineering
• Embedded systems
• Digital electronics
• KEIL
• XE166 family
• C166 family
• Stack
• Call graph
• Microcontrollers
• Electronics
• Computing