Problem 2. The standard I/O library function getchar() reads one byte from the standard input stream and returns it as an integer (int). Assuming integers are 4 bytes, fill in the diagrams below with the contents of register %eax immediately after a call to getc() if the byte read was (a) the character '\n' (decimal value 10), and (b) the value returned to indicate end-of-file (i.c., EOF, decimal value -1). Write each byte's value in hexadecimal. Each box represents one byte (2 hex digits); the rightmost box is the low-order byte. (a) (b)

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 2:**

The standard I/O library function `getchar()` reads one byte from the standard input stream and returns it as an integer (`int`). Assuming integers are 4 bytes, fill in the diagrams below with the contents of register `%eax` immediately after a call to `getc()` if the byte read was (a) the character `'\n'` (decimal value 10), and (b) the value returned to indicate end-of-file (i.e., EOF, decimal value -1). Write each byte’s value in hexadecimal. Each box represents one byte (2 hex digits); the rightmost box is the low-order byte.

- **Diagram for part (a):**
  - Four boxes, each representing one byte to be filled in with hexadecimal values.

- **Diagram for part (b):**
  - Four boxes, each representing one byte to be filled in with hexadecimal values.
Transcribed Image Text:**Problem 2:** The standard I/O library function `getchar()` reads one byte from the standard input stream and returns it as an integer (`int`). Assuming integers are 4 bytes, fill in the diagrams below with the contents of register `%eax` immediately after a call to `getc()` if the byte read was (a) the character `'\n'` (decimal value 10), and (b) the value returned to indicate end-of-file (i.e., EOF, decimal value -1). Write each byte’s value in hexadecimal. Each box represents one byte (2 hex digits); the rightmost box is the low-order byte. - **Diagram for part (a):** - Four boxes, each representing one byte to be filled in with hexadecimal values. - **Diagram for part (b):** - Four boxes, each representing one byte to be filled in with hexadecimal values.
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