Pro .NET Memory Management: For Better Code, Performance, and Scalability - Info and Reading Options

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Intro -- Table of Contents -- About the Author -- About the Technical Reviewers -- Acknowledgments -- Foreword -- Introduction -- Chapter 1: Basic Concepts -- Memory-Related Terms -- The Static Allocation -- The Register Machine -- The Stack -- The Stack Machine -- The Pointer -- The Heap -- Manual Memory Management -- Automatic Memory Management -- Allocator, Mutator, and Collector -- The Mutator -- The Allocator -- The Collector -- Reference Counting -- Tracking Collector -- Mark Phase -- Conservative Garbage Collector -- Precise Garbage Collector -- Collect Phase -- Sweep -- Compact -- Small History -- Summary -- Rule 1 - Educate Yourself -- Chapter 2: Low-Level Memory Management -- Hardware -- Memory -- CPU -- CPU Cache -- Cache Hit and Miss -- Data Locality -- Cache Implementation -- Data Alignment -- Non-temporal Access -- Prefetching -- Hierarchical Cache -- Multicore Hierarchical Cache -- Operating System -- Virtual Memory -- Large Pages -- Virtual Memory Fragmentation -- General Memory Layout -- Windows Memory Management -- Windows Memory Layout -- Linux Memory Management -- Linux Memory Layout -- Operating System Influence -- NUMA and CPU Groups -- Summary -- Rule 2 - Random Access Should Be Avoided, Sequential Access Should Be Encouraged -- Rule 3 - Improve Spatial and Temporal Data Locality -- Rule 4 - Consume More Advanced Possibilities -- Chapter 3: Memory Measurements -- Measure Early -- Overhead and Invasiveness -- Sampling vs. Tracing -- Call Tree -- Objects Graphs -- Statistics -- Latency vs. Throughput -- Memory Dumps, Tracing, Live Debugging -- Windows Environment -- Overview -- VMMap -- Performance Counters -- Event Tracing for Windows -- Windows Performance Toolkit -- Windows Performance Recorder -- Windows Performance Analyzer -- Opening File and Configur ation -- Generic Events -- Region of Interests -- Flame Charts

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