3 Repos
Awesome GitHub RepositoriesRuntime Memory Partitioning
Analysis of memory regions such as the heap and stack within a language runtime.
Distinct from Runtime Internals Analysis: Focuses on the structural partitioning of runtime data areas rather than general internal runtime behavior or OOM analysis.
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Awesome Runtime Memory Partitioning GitHub Repositories
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- gyoogle/tech-interview-for-developer
gyoogle/tech-interview-for-developer
17,417Auf GitHub ansehenThis project is a comprehensive technical interview preparation resource and computer science interview guide. It serves as an educational reference for developers to study core software engineering fundamentals and common coding patterns required for employment screenings. The repository provides detailed guides and references covering data structures and algorithms, networking and security, operating systems, and web development. It specifically focuses on the implementation and complexity analysis of sorting, searching, and graph algorithms. The material encompasses a wide breadth of comp
Provides an analysis of how memory is partitioned into regions like the heap and stack.
Javaalgorithmcomputer-sciencecs - doocs/jvm
doocs/jvm
11,093Auf GitHub ansehenThis project is a technical reference and documentation suite focused on the internal architecture and operational principles of the Java Virtual Machine. It provides comprehensive guides and analysis on how the virtual machine manages class loading, memory organization, and bytecode execution. The documentation distinguishes itself by providing deep dives into specific runtime mechanisms, such as the binary decoding of class files, the hierarchical delegation model for class loaders, and the precise sequence of the loading, linking, and initialization lifecycle. It also details memory reclam
Analyzes the structural partitioning of the JVM runtime into distinct memory regions like the heap and stack.
JavaScriptclassdoocsgc - cch123/golang-notes
cch123/golang-notes
4,032Auf GitHub ansehenDieses Projekt ist eine technische Referenz und eine Sammlung interner Analyse-Notizen, die sich auf die Go-Sprach-Runtime und den Compiler konzentrieren. Es bietet eine detaillierte Aufschlüsselung der Interna der Sprache, einschließlich Speicherverwaltung, Garbage Collection und des Ausführungsmodells des Schedulers. Das Material zeichnet sich durch Deep-Dives in Low-Level-Systemdetails aus, einschließlich einer Referenz für Go-Assembly-Instruktionen, Register-Nutzung und System-Call-Interfacing. Es analysiert spezifisch die interne Implementierung von Concurrency-Primitiven, wie den Goroutine-Scheduling-Mechanismus, Channel-Operationen und Mutex-Lock-Implementierungen. Die Abdeckung erstreckt sich auf die Compiler-Konstruktionstheorie, einschließlich lexikalischer und syntaktischer Analyse, sowie die Mechanik des Typsystems und des Interface-Managements. Es beschreibt zudem verschiedene Performance-Optimierungstechniken, Runtime-Diagnose-Utilities für Stack-Tracing und Netzwerk-I/O-Primitive.
Provides an analysis of how the Go runtime partitions memory regions, such as the heap and stack, to optimize efficiency.
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