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Escape analysis

In compiler optimization, escape analysis is a method for determining the dynamic scope of pointers – where in the program a pointer can be accessed. It is related to pointer analysis and shape analysis.

Standards, Practical considerations & Overview

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Overview

Optimizations

Practical considerations

Advanced semantic analysis

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Map overview Semantic statistics

Escape analysis

Nodes27
Edges26
Triples27
Avg. degree1.93
Density0.074074
Components1

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Escape analysis

Top relations

related to Practical considerations · 11
Escape analysis → Dynamic, Escape, In, Java, Java Standard Edition, Java's, JIT, OpenJ9's, Some JVMs, Sun HotSpot, The
related to Optimizations · 8
Escape analysis → An, Breaking, Converting, CPU, If, In, Synchronization, This
related to Example (Java) · 7
Escape analysis → As, Bar, But, Foo, If, In, The
is a · 1
Escape analysis → method for determining the dynamic scope of pointers

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Important terminology

escape analysis pointer object stack also compiler allocated may call subroutine dynamic objects called accessed stored example java pointers heap

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Escape analysisis amethod for determining the dynamic scope of pointers0.90text
Escape analysisrelated to Example (Java)In0.60section
Escape analysisrelated to Example (Java)The0.60section
Escape analysisrelated to Example (Java)Foo0.60section
Escape analysisrelated to Example (Java)If0.60section
Escape analysisrelated to Example (Java)Bar0.60section
Escape analysisrelated to Example (Java)But0.60section
Escape analysisrelated to Example (Java)As0.60section
Escape analysisrelated to OptimizationsConverting0.60section
Escape analysisrelated to OptimizationsIf0.60section
Escape analysisrelated to OptimizationsIn0.60section
Escape analysisrelated to OptimizationsSynchronization0.60section

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    Min side: 3
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