Problem 1. Consider the following type declarations ΤΥΡE Al : integer; A2 : pointer to float; A3 : pointer to integer; T1 : structure { x : integer; } T2 : structure { x : A; next : pointer to integer; } T3 : structure { a : integer; b: float; } T4 : structure { b : float; a : integer; } T5 : structure { a : pointer to T5; b : pointer to T6; c : pointer to T7; } T6 : structure { a : pointer to T6; b : pointer to T5; c : pointer to T5; } T7 : structure { a : pointer to T6; b : pointer to T7; c : pointer to T9; }
Problem 1. Consider the following type declarations ΤΥΡE Al : integer; A2 : pointer to float; A3 : pointer to integer; T1 : structure { x : integer; } T2 : structure { x : A; next : pointer to integer; } T3 : structure { a : integer; b: float; } T4 : structure { b : float; a : integer; } T5 : structure { a : pointer to T5; b : pointer to T6; c : pointer to T7; } T6 : structure { a : pointer to T6; b : pointer to T5; c : pointer to T5; } T7 : structure { a : pointer to T6; b : pointer to T7; c : pointer to T9; }
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![Problem 1. Consider the following type declarations
ΤΥΡE
A1 : integer;
A2 : pointer to float;
A3 : pointer to integer;
T1 : structure { x : integer; }
T2 : structure { x : A;
next : pointer to integer; }
T3 : structure { a
: integer;
b: float; }
T4 :
structure { b: float;
: integer; }
a
T5 : structure { a
: pointer to T5; b : pointer to T6; c
: pointer to T7; }
T6 : structure { a
: pointer to T6; b : pointer to T5; c : pointer to T5; }
T7 : structure { a
: pointer to T6; b : pointer to T7; c : pointer to T9; }
T8 :
structure { a
: pointer to T7; b : pointer to T 6; c : pointer to T10; }
T9 : array [4] [5] of T8;
T10 : array [4] [5] of T7;
// array 4 rows 5 columns
Assuming the most permissive definition of structural equivalence, which types are
structurally equivalent?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F36d12345-bed1-42d9-9e2d-e56954b998c8%2F2bbef49d-3e4b-4379-bc15-788cdf113a12%2Fxql0uv_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 1. Consider the following type declarations
ΤΥΡE
A1 : integer;
A2 : pointer to float;
A3 : pointer to integer;
T1 : structure { x : integer; }
T2 : structure { x : A;
next : pointer to integer; }
T3 : structure { a
: integer;
b: float; }
T4 :
structure { b: float;
: integer; }
a
T5 : structure { a
: pointer to T5; b : pointer to T6; c
: pointer to T7; }
T6 : structure { a
: pointer to T6; b : pointer to T5; c : pointer to T5; }
T7 : structure { a
: pointer to T6; b : pointer to T7; c : pointer to T9; }
T8 :
structure { a
: pointer to T7; b : pointer to T 6; c : pointer to T10; }
T9 : array [4] [5] of T8;
T10 : array [4] [5] of T7;
// array 4 rows 5 columns
Assuming the most permissive definition of structural equivalence, which types are
structurally equivalent?
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