Memory Analysis Patterns
Multiple Exceptions (user mode)
Multiple Exceptions (kernel mode)
Dynamic Memory Corruption (process heap)
Dynamic Memory Corruption (kernel pool)
False Positive Dump
Lateral Damage
Optimized Code- Invalid Pointer (general)
- NULL Pointer (code)
- NULL Pointer (data)
- Inconsistent Dump
- Hidden Exception
- Deadlock (critical sections)
- Deadlock (executive resources)
- Deadlock (mixed objects, user space)
- Deadlock (LPC)
- Deadlock (mixed objects, kernel space)
- Changed Environment
- Incorrect Stack Trace
- OMAP Code Optimization
- No Component Symbols
- Insufficient Memory (committed memory)
- Insufficient Memory (handle leak)
- Insufficient Memory (kernel pool)
- Insufficient Memory (PTE)
- Insufficient Memory (virtual memory)
- Insufficient Memory (physical memory)
- Insufficient Memory (control blocks)
- Spiking Thread
- Module Variety
- Stack Overflow (kernel mode)
- Stack Overflow (user mode)
- Managed Code Exception
- Truncated Dump
- Waiting Thread Time (kernel dumps)
- Waiting Thread Time (user dumps)
- Memory Leak (process heap)
- Memory Leak (.NET heap)
- Missing Thread
- Unknown Component
- Double Free (process heap)
- Double Free (kernel pool)
- Coincidental Symbolic Information
- Stack Trace
- Virtualized Process (WOW64)
- Stack Trace Collection
- Coupled Processes
- High Contention (executive resources)
- High Contention (critical sections)
- Accidental Lock
- Passive Thread (user space)
- Passive System Thread (kernel space)
- Main Thread
- Busy System
- Historical Information
- IRP Distribution Anomaly
- Local Buffer Overflow
- Early Crash Dump
- Hooked Functions
- Custom Exception Handler
- Special Stack Trace
- Manual Dump (kernel)
- Manual Dump (process)
- Wait Chain (general)
- Wait Chain (critical sections)
- Wait Chain (executive resources)
- Wait Chain (thread objects)
- Wait Chain (LPC/ALPC)
- Wait Chain (process objects)
- Corrupt Dump
- Dispatch Level Spin
- No Process Dumps
- No System Dumps
- Suspended Thread
- Special Process
- Frame Pointer Omission
- False Function Parameters
- Message Box
- Self-Dump
- Blocked Thread
- Zombie Processes
- Wild Pointer
- Wild Code
- Hardware Error
- Handle Limit (GDI)
- Missing Component (general)
- Missing Component (static linking, user mode)
- Execution Residue
- Optimized VM Layout
- Invalid Handle
- Overaged System
- Thread Starvation
- Duplicated Module
- Not My Version (software)
- Not My Version (hardware)
- Data Contents Locality
- Nested Exceptions (unmanaged code)
- Nested Exceptions (managed code)
- Affine Thread
- Self-Diagnosis
- Inline Function Optimization
- Critical Section Corruption
- Lost Opportunity
- Young System
- Last Error Collection
- Hidden Module
- Data Alignment (page boundary)
- C++ Exception
- Divide by Zero (user mode)
- Swarm of Shared Locks
- Process Factory
- Paged Out Data
- Semantic Split
- Pass Through Function
- JIT Code (.NET)
- Ubiquitous Component
- Nested Offender
- Virtualized System
- Effect Component
- Well-Tested Function
- Mixed Exception
- Random Object
- Missing Process
- Platform-Specific Debugger
- Value Deviation (stack trace)
- CLR Thread
- Coincidental Frames
- Fault Context
First Fault Software Problem Solving Book
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Written by a veteran in mission-critical computer system problem resolution, problem prevention, and system recovery, this book discusses solving problems on their FIRST occurrence while emphasizing software supportability and serviceability.
- Title: First Fault Software Problem Solving: A Guide for Engineers, Managers and Users
- Author: Dan Skwire
- Publisher: Opentask (1 December 2009)
- Language: English
- Product Dimensions: 22.86 x 15.24
- ISBN: 1906717427
- ISBN-13: 978-1906717421
- Paperback: 180 pages
Who should read this book?
- Software professional engineers and managers
- End-users, system administrators and their managers
- Software engineering students
What will the readers of this book learn?
- How to optimize use of pre-existing software problem solving features
- How to choose the best products to improve first fault problem-solving
- How to get the best results when problems occur on outsourced and cloud-placed work
- How to choose amongst first-fault tools, second-fault tools, and manual problem solving methods to best advantage for difficult problems
- How to be an educated consumer or creator of future problem-solving software
What is the business value of reading this book?
- Saving money on problem solving resources (servers, storage, network, software, power, space, cooling, personnel)
- Keeping customers happier since their issues are resolved sooner
- Reducing the durations of computer service outages that affect external clients
- Decreasing operational overhead and encouraging sustainable, higher-performing organizations and enterprises through best problem-solving practices
What else is special about this book?
- 21 original illustrations to feed the soul and tickle the funny-bone
- 21 thought-provoking quotes to feed the intellect and the spirit
- An extensive bibliography to aid in clarification and personal growth