9. Recall how garbage collection of type "copy collection" works in EGCO 213. Our memory heap is divided into heap_1 and heap_2. Each node consists of a char and 2 pointers. When heap_1 is full, GC must find all active nodes in heap_1 and copy them to heap_2. Draw heap_2 (nodes and edges between them) after GC finishes its execution ** hint : use BFS or DFS traversal Active Vars p1 p2 A p1 p2 B p1 p2 E p1 p2 Fp1 p2 Heap_1 Heap_2 C p1 D p1 p2 p2 Active Vars p1 p2

9. Recall how garbage collection of type "copy collection" works in EGCO 213. Our memory heap is divided into heap_1 and heap_2. Each node consists of a char and 2 pointers. When heap_1 is full, GC must find all active nodes in heap_1 and copy them to heap_2. Draw heap_2 (nodes and edges between them) after GC finishes its execution ** hint : use BFS or DFS traversal Active Vars p1 p2 A p1 p2 B p1 p2 E p1 p2 Fp1 p2 Heap_1 Heap_2 C p1 D p1 p2 p2 Active Vars p1 p2

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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