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Day - 2 | Linux Folder Structure Explained | Free Linux Course

By Abhishek.Veeramalla · more summaries from this channel

50 min video·en··78882 views

Summary

This video provides a comprehensive overview of the Linux folder structure, detailing the purpose and significance of various directories and how the system executes commands.

Key Points

  • The video introduces the fundamental Linux folder structure, explaining the purpose and significance of various directories within the file system. 
  • The command line prompt provides crucial information, including the logged-in user (e.g., root or ubuntu) and the present working directory, with / representing the root of the file system. 
  • The /home directory contains individual home directories for regular users (e.g., /home/ubuntu), while the root user's home directory is uniquely located at /root. 
  • Linux distinguishes between administrative commands in /sbin (system binaries) and non-administrative commands in /bin (user binaries), allowing for granular permission management. 
  • The /usr directory serves as the primary location for user-related programs and data, containing subdirectories like /usr/bin, /usr/sbin, and /usr/lib, with /bin and /sbin often being symbolic links to these. 
  • The /opt directory is designated for installing third-party or custom applications and dependencies, providing a standardized location for software not part of the core system. 
  • Temporary files that are not meant for permanent storage are placed in the /tmp directory, which is periodically cleared by the system. 
  • The /var directory is primarily used for variable data, most notably system and application log files, which grow over time and are essential for monitoring and troubleshooting. 
  • The /etc directory is crucial for storing system-wide configuration files, similar to settings on a device, which control the behavior and setup of the Linux system. 
  • The Linux system executes commands by searching through directories listed in the PATH environment variable, eliminating the need to specify the full path for commonly used binaries. 
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Day - 2 | Linux Folder Structure Explained | Free Linux Course

Day - 2 | Linux Folder Structure Explained | Free Linux Course

This video provides a comprehensive overview of the Linux folder structure, detailing the purpose and significance of various directories and how the system executes commands.

Key Points

The video introduces the fundamental Linux folder structure, explaining the purpose and significance of various directories within the file system.
The command line prompt provides crucial information, including the logged-in user (e.g., root or ubuntu) and the present working directory, with / representing the root of the file system.
The /home directory contains individual home directories for regular users (e.g., /home/ubuntu), while the root user's home directory is uniquely located at /root.
Linux distinguishes between administrative commands in /sbin (system binaries) and non-administrative commands in /bin (user binaries), allowing for granular permission management.
The /usr directory serves as the primary location for user-related programs and data, containing subdirectories like /usr/bin, /usr/sbin, and /usr/lib, with /bin and /sbin often being symbolic links to these.
The /opt directory is designated for installing third-party or custom applications and dependencies, providing a standardized location for software not part of the core system.
Temporary files that are not meant for permanent storage are placed in the /tmp directory, which is periodically cleared by the system.
The /var directory is primarily used for variable data, most notably system and application log files, which grow over time and are essential for monitoring and troubleshooting.
The /etc directory is crucial for storing system-wide configuration files, similar to settings on a device, which control the behavior and setup of the Linux system.
The Linux system executes commands by searching through directories listed in the PATH environment variable, eliminating the need to specify the full path for commonly used binaries.
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