Complete the code to name the directory structure with only one directory containing all files.
The directory structure with only one directory containing all files is called a [1] directory structure.
A single-level directory structure has only one directory that contains all files directly.
Complete the code to identify the directory structure where each user has a separate directory under the root.
The directory structure where each user has a separate directory under the root is called a [1] directory structure.A two-level directory structure has a root directory with separate user directories under it.
Fix the error in the statement about directory structures: "A {{BLANK_1}} directory structure allows directories to have multiple parents."
A [1] directory structure allows directories to have multiple parents.An acyclic graph directory structure allows directories to have multiple parents but no cycles.
Fill both blanks to describe the directory structure where directories form a hierarchy with a single root and no cycles.
A [1] directory structure forms a hierarchy with a single root and no cycles, unlike an [2] graph which allows multiple parents.
A tree directory structure has a single root and no cycles. An acyclic graph allows multiple parents but no cycles.
Fill all three blanks to complete the description of directory structures: "In a {{BLANK_1}} directory, all files are in one directory; in a {{BLANK_2}} directory, users have separate directories; and in a {{BLANK_3}} directory, directories can share subdirectories without cycles."
In a [1] directory, all files are in one directory; in a [2] directory, users have separate directories; and in a [3] directory, directories can share subdirectories without cycles.
Single-level has all files in one directory, two-level has separate user directories, and acyclic graph allows shared subdirectories without cycles.