Snippet Collections

Add execute permission for the group on the file `foo.sh`. This demonstrates modifying file permissions using the `chmod` command.

List detailed information about the file `/foo.sh`, including its permissions, ownership, size, and modification date. This demonstrates checking file permissions and details using the `ls -l` command.

Display the last 10 lines of the file `foo.txt` using the `tail` command. This demonstrates how to quickly view the end of a file.

This code uses `rsync` to move the file `/foo.txt` to `/bar.txt` with compression (`-z` or `--compress`) and verbose output (`--verbose`). This demonstrates file transfer with compression and progress feedback.

Move the file `/foo.txt` to the directory `/bar` using `rsync` with compression and verbose output enabled. This demonstrates file transfer with `rsync`.

This code attempts to list the contents of a non-existent directory `noexist` and redirects any error messages to the file `stderror.txt`. This demonstrates handling standard error output separately from standard output.

This code uses `rsync` to synchronize and copy the contents of the `/foo` directory from a remote host to the local `/bar` directory. The `-avz` options ensure that the transfer is done in archive mode, preserving permissions and timestamps, and compressing the data during transfer. This demonstrates moving directories between a remote and local system.

This code uses `rsync` to synchronize and copy the contents of the `/foo` directory to the `/bar` directory on a remote host. The `-avz` options enable archive mode, verbose output, and compression during transfer. This demonstrates moving directories between local and remote systems efficiently.

This command uses `rsync` to copy the directory `/foo` to `/bar` with compression and verbose output enabled. This demonstrates efficient directory copying with additional options for compression and detailed logging.

Create a temporary directory using the `mktemp` command with the `--directory` option. This demonstrates how to generate a unique temporary directory for temporary file storage.

Display a tree-like structure of directories starting from the current directory. This command lists only directories, excluding files, providing a clear view of the directory hierarchy. This demonstrates directory navigation and visualization.

Display the directory structure in a tree-like format, including hidden files and directories, using the `tree` command with the `-a` option. This is useful for visualizing the hierarchy of files and folders in a directory.

The `tree` command is used to display the directory structure in a tree-like format. This helps in visualizing the hierarchy of directories and files within a specified path.

The `stat` command displays detailed information about a file or directory, such as size, permissions, and modification time. This snippet retrieves and prints the status of the file or directory named `foo`. This demonstrates how to inspect file or directory metadata.

Display detailed information about the file `foo.txt`, including its size, permissions, and modification time. This demonstrates using the `stat` command to inspect file metadata.

List files and directories in long format with human-readable file sizes. This command is useful for detailed directory navigation and file information.

List files and directories in the current directory with detailed information such as permissions, number of links, owner, group, size, and modification date. This is a common command for navigating and inspecting directory contents.

List all files and directories, including hidden ones, in the current directory using the `ls` command with the `--all` option. This demonstrates how to view all contents of a directory, including those that are typically hidden.

List the contents of the current directory using the `ls` command. This is a basic command for navigating and inspecting files and directories in a Unix-like environment.

Check if the string `'foo'` appears in the `.bash_history` file using `grep`. If found, print a message indicating that the user has typed `'foo'` before. This demonstrates using `grep` to search for a specific string in a file.