Most of a basic disk's partition attributes are stored in a data table that is part of the MBR or GPTspecification. What is this table commonly called?a) A disk tableO b) A sector tableC) A division tableA boot tablee) A parson's tablef) All of the above can be used for this task!g) None of the above are correct!

Explanation:- Mоst оf the раrtitiоn аttributes аre stоred in а dаtа tаble thаt is раrt…

Most of a basic disk's partition attributes are stored in a data table that is part of the MBR or GPT specification. What is this table commonly called? a) A disk table b) A sector table A division table d) A boot table e) A parson's table f) All of the above can be used for this task! g) None of the above are correct!

Most of a basic disk's partition attributes are stored in a data table that is part of the MBR or GPT specification. What is this table commonly called? a) A disk table b) A sector table A division table d) A boot table e) A parson's table f) All of the above can be used for this task! g) None of the above are correct!

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter13: File Input And Output

Section: Chapter Questions

Problem 2RQ

See similar textbooks

Related questions

Q: n a 16 GB hard disk drive (HDD), each cluster consists of 32 sectors and each sector has a fixed…

A: To calculate the size of the slack space, we first need to determine how many clusters the file will…

Q: Where did the hierarchical structure of the file space come from?

A: The above question is solved in step 2 :-

Q: What is the origin of the hierarchical structure of the file space

A: This question deals with the origin of the hierarchical structure of the file space

Q: Where does the hierarchy of the file space originate?

A: A Hierarchical File System (HFS) is used to arrange and organise digital information on a computer…

Q: What file access pattern is particularly suited to chained file allocation on disk?

A: Chained file allocation on disk: With the chained file allocation on disk, the disc blocks of the…

Q: When a file is written to disk, the operating system is responsible for arranging the data blocks in…

A: Introduction: On a broad variety of different media, file systems may be implemented on a number of…

Q: Multi-Answer Question Figure below illustrates the block diagram of a Unix file system. Two…

A: ans is given below

Q: What kind of file access pattern is best for chained file allocation on disk

A: Sequential file access

Q: 5. What are the allocation methods of a disk space?

A: In the given question File allocation methods are basically ways in which any file is stored in the…

Q: A simple explanation of dynamic memory allocation is provided here.

A: The answer is given in the below step

Q: Explain what you mean by "buffer overflow."

A: Dialogue about buffer overflows. Buffer: A buffer is a temporary storage area for data, generally in…

Q: What is the distinction between file structure and storage structure, and how should it be defined?

A: Storage structure is The memory that is allocated or assigned to a variable or a constant that is…

Q: Code a descriptor that describes a memory segment that begins at location 0005CF00h and ends at…

A: Segmentation is the process in which the main memory of the computer is logically divided into…

Q: Compilers and assemblers create object code files from source files. To run the object files, they…

A: Introduction: A compiler is a computer program that converts computer code written in one…

Q: I was wondering what the pros and cons of caching disk write operations were.

A: Solution: Write caching. Temporarily storing files so users may access them fast. Caching is this.…

Q: I'm wondering what sort of file access pattern would be the most appropriate for chained file…

A: Introduction: A file access definition can limit access to data in specified tables and columns and…

Q: Consider a file system such as the one on your favorite operating system.a. What are the steps…

A: The four properties of a transaction are atomicity, durability, consistency and isolation. They…

Q: Can you explain the pros and cons of caching disk write operations?

A: Disk: Disk caching is a technology that reduces the time it takes to read and write data to your…

Q: Describe the pros and cons of caching disk write operations.

A: Introduction: Temporarily storing files so users may access them fast.This is caching. Drive cache…

Q: What's good and bad about disk write caching?

A: Caching disc write operations Temporary file storage is the practice of maintaining files in a…

Q: The hierarchical structure of the file space was introduced by someone or something.

A: What is an operating system: An operating system (OS) is the software that manages a computer's…

Q: What is the maximum file size supported by a file system with 12 direct blocks, single, double, and…

A: Given: What is the maximum file size supported by a file system with 12 direct blocks, single,…

Q: Does caching disk write operations have any advantages or disadvantages?

A: Caching disc writes. The technique of temporarily storing files so users may rapidly access them.…

Q: It is easy to explain how dynamic memory allocation works.

A: Dynamic memory allocation is an important concept in computer programming that allows programs to…

Q: A disk file contains 32-byte fixed size records. Physical I/O is in terms of 512 byte blocks that…

A: The read request will result in I/O Operation Given data disk file size - 32 bytes physical…

Concept explainers

Parallel and Distributed Storage

A parallel storage file system is a sort of clustered file system. A clustered file system is a storage system shared by multiple devices simultaneously.

Question

100%

Most of a basic disk's partition attributes are stored in a data table that is part of the MBR or GPT
specification. What is this table commonly called?
a) A disk table
O b) A sector table
C) A division table
A boot table
e) A parson's table
f) All of the above can be used for this task!
g) None of the above are correct!

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

Where does the hierarchy of the file space originate?
A disk file contains 32-byte fixed size records. Physical I/O is in terms of 512 byte blocks that are stored in an Operating System buffer. If a process sequentially reads through a file's records, what % of the read requests will result in I/O operation?
Multi-Answer Question Figure below illustrates the block diagram of a Unix file system. Two processes perform open file commands to open files "foo" and "ba and perform operations on these two files. Suppose that Process 1 is a "producer process" and Process 2 is a "consumer process" that communicate data using file "/../../bar" and tables shown in figure. Select all correct answers. System-wide open-tile table Per-process open-file table-1 File system 3 file descriptor Super block 5 4 Process 1 FCB's 6 5 ... fd1 = open(/../../too, Read-only) fd2 = open(/../../bar, Read-and-write) wc = write (out-fd, buffer, #-of-bytes) 7 6 Free blocks 8 7 9 File blocks 10 Per-process open-file table-2 11 3 FCB: File Control Block Process 2 4 Buffer: size 1024 bytes fd3= open(/../../bar, Read-only) fd4 = open(/../../too, Read-and-write) rc = read (in-td, butter, #-of-bytes) 5 6 "Per-process open-file tables" allow processes to open a file several times with different file-descriptors and for different…
I'm wondering what sort of file access pattern would be the most appropriate for chained file allocation on disk.
P2. Register File (40p) Design a register file with two 4-bit registers, one write port, one read port, and one write enable line.
1. Type of non-contiguous storage linking: STORAGE LEVEL Fill in the missing numbers: Disk Directory FILE START END # EXTENΝTS A 16 3 B 13 1 2 14 Disk Storage (Mark the file name as you trace the extents) Extent Next 7 3 4 -- -- 3 6 5 7 14 12 9 6 10 11 12 1 13 14 16 For each file, list blocks and extents in the order linked beginning with the first block on the left: BLOCK EXTENTS File A: File B: File C: 15 2.
Does the accumulation of entries in a file cause it to cluster?
What are the disadvantages of consecutive files?
What are memory-mapped files, exactly?
5. Assume a file system is using combined indexing scheme to keep track of the blocks allocated to a file, as in Linux/Unix file system. In the inode of a file, there are 12 direct pointers, one single-indirect pointer, one double-indirect pointer, and one triple-indirect pointer. Assume the size of a disk block address (i.e., disk pointer size) is 8 bytes. Assume block size is 4 KB. a) What is the maximum file size? b) How many index blocks are required for files of size 30 KB, 256KB, 15 MB, 512 MB, 32 GB? c) Assume nothing is cached (no disk caching applied in the system) and we know the disk location of the inode of a file of size 1 GB. How many disk accesses are required to access a byte at offset 2^14 (16K) in the file? How many disk accesses are required to access a byte at offset 2^26 in the file?
Do you believe that if a program is producing a disk file and you hit a key on the keyboard, the key will be stored in the keyboard buffer before or after the file is generated, based on your knowledge of IRQ levels?
Yellow – Represents whether the partition is bootable (00 means not active)Green – This is the starting head 20, cylinder 21 and sector 00 (in little endian) (not important because itlimited the theoretical disk sizes)Blue – Represents the filesystem (important) Red – Address of the end of the partition on the diskBrown/Green - Logical Block Address of first sector in the partitionPurple- The number of sectors on the drive in little Endian (we can calculate the correct drive size basedon this value if we know the sector size (512 bytes in this case)) How large is the partition (MB)? ___________________________________ {show your calculations} yellow{80} green{21 00} blue{07} red{DD 1E 3F} Brown/Green{00 08 00 00} purpule {00 AO OF 00}