NEWSEnglish Edition SOURCE CODE COVERAGE

Source URL: www.lauterbach.com

Investigating Faults Missed by Test Suites Achieving High Code Coverage Amanda Schwartz, Daniel Puckett University of South Carolina Upstate ,

Source URL: www.greggay.com

The Impact of Code Review Coverage and Code Review Participation on Software Quality A Case Study of the Qt, VTK, and ITK Projects 1 1

Source URL: sail.cs.queensu.ca

CLFS_2016 PEIA 2015 Clinical Diagnostic Laboratory The absence or presence of a CPT code in this table does not indicate PEIA Coverage

Source URL: www.peia.wv.gov

Partition-Based Regression Verification Marcel B¨ohme School of Computing National University of Singapore

Source URL: i.cs.hku.hk

• Mathematics
• Statistics
• Computing
• Software testing
• Estimation theory
• Actuarial science
• Regression analysis
• Algorithm
• Code coverage
• Dd
• Partition
• F-test

COMP 621 Program Analysis and Transformations Assignment #2 Using the McLab Framework for Analysis and Profiling Due: Monday October 26, 2015 Overview:

Source URL: www.sable.mcgill.ca

• Software
• Computing
• Software metrics
• Software testing
• Array programming languages
• Compiler optimizations
• Linear algebra
• MATLAB
• Data-flow analysis
• Code coverage
• C++ classes
• Subroutine

TOPIC #1: Concurrent Testing - Eitan Farchi, Jan Fiedor, Tomas Vojnar, Michael Pradel, Severin Heiniger, Samira Tasharofi When to stop? • A concurrent program is run repeatedly – each run new interleavings are execut

Source URL: faculty.uoit.ca

• Computing
• Software
• Concurrent computing
• Edsger W. Dijkstra
• Lock
• Code coverage
• Interleaving
• Thread

COMP 621 Program Analysis and Transformations Assignment #2 Using the McLab Framework for Analysis and Profiling Due: Monday October 26, 2015 Overview:

Source URL: www.sable.mcgill.ca

• Software
• Computing
• Software metrics
• Software testing
• Array programming languages
• Compiler optimizations
• Linear algebra
• MATLAB
• Data-flow analysis
• Code coverage
• C++ classes
• Subroutine

Statically Validating Must Summaries for Incremental Compositional Dynamic Test Generation Patrice Godefroid1 , Shuvendu K. Lahiri1 , and Cindy Rubio-Gonz´alez2 1 2

Source URL: web.cs.ucdavis.edu

• Software engineering
• Computer programming
• Software testing
• Software metrics
• Abstract interpretation
• Symbolic execution
• Assertion
• Constant
• Code coverage

EXPERIENCE WITH THE COST OF DIFFERENT COVERAGE GOALS FOR TESTING Brian Marick Motorola, Inc. In coverage-based testing, coverage conditions are generated from the program text. For example, a branch generates two conditi

Source URL: www.exampler.com

• Software testing
• Software engineering
• Code coverage
• Mutation testing
• Unit testing
• Infinite loop
• Test data generation