When we look at how file systems work, especially in university computer science, there are some important parts to know about:
Metadata: This is the main information about the files. It includes things like file names, who can access them, when they were last changed, and where the data is saved. You can think of it as a map that helps you find your way around the file system.
Data Blocks: These are the actual pieces of information stored on the hard drive. A file is split into these blocks, and they can be spread out all over the storage space. The size of these blocks can affect how fast the computer works and how well it saves space.
Inodes: In many systems similar to Unix, each file has something called an inode. This is like a file’s ID card that holds the metadata and directs you to the data blocks.
File Allocation Methods: There are different ways to store files, like putting them all together in one spot, linking them one after another, or using an index. Each method has its own ups and downs.
By understanding these key parts, you can better see how files are stored, found, and organized!
When we look at how file systems work, especially in university computer science, there are some important parts to know about:
Metadata: This is the main information about the files. It includes things like file names, who can access them, when they were last changed, and where the data is saved. You can think of it as a map that helps you find your way around the file system.
Data Blocks: These are the actual pieces of information stored on the hard drive. A file is split into these blocks, and they can be spread out all over the storage space. The size of these blocks can affect how fast the computer works and how well it saves space.
Inodes: In many systems similar to Unix, each file has something called an inode. This is like a file’s ID card that holds the metadata and directs you to the data blocks.
File Allocation Methods: There are different ways to store files, like putting them all together in one spot, linking them one after another, or using an index. Each method has its own ups and downs.
By understanding these key parts, you can better see how files are stored, found, and organized!