- Computer - Home
- Computer - Overview
- Computer - Advantages & Disadvantages
- Computer - Classification
- Computer - Applications
- Computer - History & Evolution
- Computer - System Characteristics
- Computing Origins
- Computer - Origins
- Computer - Generations
- Computer - Types
- Computer Components
- Computer - Components
- Computer - CPU
- Computer - CPU Components
- Computer - Arithmetic Logic Unit (ALU)
- Computer - Control Unit
- Computer - Input Devices
- Computer - Output Devices
- Computer - Memory Units
- Computer Hardware
- Computer - Hardware
- Computer - Motherboard
- Computer - GPU
- Computer - PSU
- Computer Software
- Computer - Software
- Computer - Software Types
- Computer Data Storage & Memory
- Computer - Data Storage
- Computer - Types of Data Storage
- Computer - Hard Disk Drives (HDD)
- Computer - Solid State Drives (SSD)
- Computer - Memory Cards
- Computer - Optical Storage
- Computer - NAND Flash Memory
- Computer - NVMe Memory
- Computer - CompactFlash Card
- Computer - Cloud Storage
- Computer Memory
- Computer - Memory
- Computer - Primary Memory
- Computer - Secondary Memory
- Computer - RAM
- Computer - ROM
- Computer - DRAM
- Computer - VRAM
- Computer - Cache Memory
- Computer Internet & Intranet
- Computer - Internet and Intranet
- Computer - Internet
- Computer - Extranet
- Computer - Websites
- Computer Office Tools
- Computer - Word Processors
- Computer - Spread Sheet
- Computer - Power Presentations
- Computer - E-mail Tools
- Computer Miscellaneous
- Computer - Ports
- Computer - Number System
- Computer - Number Conversion
- Computer - Data and Information
- Computer - Networking
- Computer - Operating System
- Computer - Keyboard Shortcut Keys
- Computer - Virus
- Computer - Antivirus
- Computer - How to Buy?
- Computer - Available Courses
- Calculator Vs. Computer
- Brain Vs. Computer
- Analog Vs. Digital Computer
- Supercomputer Vs. Mainframe Computer
- Mainframe Vs. Minicomputer
- Printer Vs. Scanner
- OCR Vs. MICR
- File Vs. Folder
- exFAT Vs. FAT32
- FAT32 Vs. NTFS
- FAT32 Vs. exFAT Vs. NTFS
- CPU Vs. GPU
- GUI Vs. CLI
- GUI Vs. CUI
- Cache Memory Vs. Virtual Memory
- Register Vs. Memory
- RAM Vs. CAM
- SRAM Vs. DRAM
- DDR2 Vs. DDR3
- PROM Vs. EPROM
- CD Vs. DVD
- Blu-Ray Vs. DVD
- MMU Vs. MPU
- Computer Terminologies
- Microsoft Windows
- Desktop
- Monitor
- Microphone
- Keyboard
- Keypad
- Mouse
- Printer
- Webcam
- Floppy Disk Drive
- Compact Disc
- Program
- Incognito Mode
- Electronic Mail (E-Mail)
- Server
- Cloud Hosting
- Minicomputers
- Supercomputer
- Bit
- Byte
- Kilobyte
- Megabyte
- Terabyte
- Yottabyte
- Zettabyte
- Exabyte
- Petabyte
- JEDEC
- Hub
- Block Storage
- Username
- URL
- Num Lock
- BIOS
- Bluetooth
Difference between GUI and CLI
GUI and CLI are the types of interfaces created by an operating system between the user and the hardware components. GUI (Graphical User Interface) uses graphical elements like icons, menus, etc. to create a communication channel between the user and machine, while CLI (Command Line Interface) uses text commands to create a communication channel between the user and the machine.
Read this article to find out more about GUI and CLI and how these two interfaces are different from each other.
What is GUI?
GUI stands for Graphical User Interface. GUI-based operating systems are very easy to use because they use graphical elements to establish the communication channel between the user and machine, however, GUI consumes more memory and provides low precision. The speed of GUI is slower as compared to CLI. The operating system of GUI requires a mouse and a keyboard for the operation.
We can easily change the appearance of a GUI-based screen. In GUI, the information is shown to the user in different forms like text, videos, images, and so on. GUI uses various types of pointing devices to select and choose items displayed on the screen. Another advantage of GUI is that one can easily avoid spelling mistakes and typing errors that is very common if one types a command on the screen.
What is CLI?
CLI stands for Command Line Interface. The operating systems that use CLI are difficult to use because they receive input through a command prompt in the form of text strings. Therefore, in case of CLI operating systems, the information is presented to the user in the form of plain text and files. However, CLI consumes less memory and provides high precision. Also, CLI is quick in response as compared to GUI.
The operating system of CLI requires a keyboard only, and it does not use any pointing device. The appearance of CLI screen cannot be changed because it does not have menus and graphics. Being a textbased screen, it is prone to spelling mistakes and typing errors.
Difference between GUI and CLI
The following table highlights all the important differences between GUI and CLI
| Key | GUI | CLI |
|---|---|---|
| Interaction | User interacts with the computer using Graphics like images and icons. | User interacts with computer using commands. |
| Navigation | Navigation is easy. | Navigation is difficult. |
| Peripherals used | Keyboard, mouse or any other pointing device. | Only keyboard. |
| Precision | GUI has low precision. | CLI has high precision. |
| Speed | GUI is of low speed. | CLI is of high speed. |
| Usage | Usage is easy. | Usage is difficult, requires expertise. |
| Memory requirement | High memory requirement. | Low memory requirement. |
| Flexibility | Highly flexible user interface. | Little flexible user interface. |
| Customize | GUI is highly customizable. | CLI appearance is not easily changeable. |
| Typing Check | GUI normally handles type errors and correct them. | CLI don't handles type errors. |
| Pointing Device | GUI uses pointing devices such as mouse, joystick, etc. | CLI does not use pointing devices. |
Conclusion
Both GUI and CLI are used as per the needs of the user and system. The most significant difference between GUI and CLI is that the GUI uses graphics to create the interface between the user and hardware, whereas the CLI allows a user to interact with the system using commands (text strings).