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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![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 pl p2
E p1 p2
F p1 p2
Heap_1
Heap_2
C p1
p2
Active Vars
p1 p2
D p1 p2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F390fef9b-32c9-417c-bdf6-eaba05edd3db%2F0ddd8553-330a-48a4-93b7-6cf4c26a18c9%2F2g7nzc_processed.png&w=3840&q=75)
Transcribed Image Text: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 pl p2
E p1 p2
F p1 p2
Heap_1
Heap_2
C p1
p2
Active Vars
p1 p2
D p1 p2
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