Debugging in computer science.
Overview
| Works: | 42 works in 23 publications in 23 languages | |
|---|---|---|
Titles
Debugging the development process : = practical strategies for staying focused, hitting ship dates, and building solid teams /
by:
(Language materials, printed)
What every engineer should know about microcomputer systems design and debugging /
by:
(Language materials, printed)
Mac OSX headaches = how to fix common (and not so common) problems in a hurry /
by:
(Electronic resources)
Supporting users and troubleshooting desktop applications on a Windows XP operating system
by:
(Electronic resources)
Cloud debugging and profiling in Microsoft Azure = application performance management in the cloud /
by:
(Electronic resources)
Windows group policy troubleshooting = a best practice guide for managing users and PCs through group policy /
by:
(Electronic resources)
Debugging : = the 9 indispensable rules for finding even the most elusive software and hardware problems /
by:
(Language materials, printed)
Debugging systems-on-chip = communication-centric and abstraction-based techniques /
by:
(Electronic resources)
Troubleshooting Java performance = detecting anti-patterns with open source tools /
by:
(Electronic resources)
Design for testability, debug and reliability = next generation measures using formal techniques /
by:
(Electronic resources)
Debugging embedded and real-time systems = the art, science, technology, and tools of real-time system debugging /
by:
(Electronic resources)
Windows 10 troubleshooting = learn to troubleshoot and repair windows 10 problems like the pros do /
by:
(Electronic resources)
Troubleshooting Java : = read, debug, and optimize JVM applications /
by:
(Language materials, printed)
Practical debugging at scale = cloud native debugging in Kubernetes and production /
by:
(Electronic resources)
Foundations of ARM64 Linux debugging, disassembling, and reversing = analyze code, understand stack memory usage, and reconstruct original C/C++ code with ARM64 /
by:
(Electronic resources)
Foundations of Linux debugging, disassembling, and reversing = analyze binary code, understand stack memory usage, and reconstruct C/C++ code with Intel x64 /
by:
(Electronic resources)
Fundamentals of trace and log analysis = a pattern-oriented approach to monitoring, diagnostics, and debugging /
by:
(Electronic resources)
The IDA pro book : = the unofficial guide to the world's most popular disassembler /
by:
(Language materials, printed)
Show more
Fewer
Subjects