Diff for "New_Kernel_Hacking_HOWTO/Subsystems"

Differences between revisions 2 and 5 (spanning 3 versions)

Parent Node : [:KernelHacking-HOWTO:KernelHacking-HOWTO]

The Linux kernel can be thought as logically composed of many Subsystems. They may be not implemented as separate directories in the tree structure due to the tight coupling among them all.

Process Creating, Management and Destroing
1. Process Scheduling
2. Inter Process Communication
3. Memory Addressing
4. Memory Management
5. Reclaiming Pages
6. Process Address Space
7. [:KernelHacking-HOWTO/Subsystems/Exceptions and Interrupts Handling:Exceptions and Interrupts Handling]
8. Deferring Work: Tasklets and SoftIRQ
9. Synchronization
10. Time Management
11. System Calls
12. Virtual File System
13. Accessing Directories and Files
14. Block I/O Layer
15. Page Cache
16. Device Drivers, Kobjects and Sysfs
17. Module Management: Insert Code at Run-Time
18. Add More

-  ⇤ ← Revision 2 as of 2006-11-18 17:17:17 → 
  Size: 552
  Editor: host172-102-dynamic
  Comment:
+   ← Revision 5 as of 2006-11-21 03:26:00 → ⇥
  Size: 883
  Editor: host218-104-dynamic
  Comment:
-Deletions are marked like this.
+Additions are marked like this.
 Line 1:
+Parent Node : [:KernelHacking-HOWTO:KernelHacking-HOWTO]
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+Line 5:
-. Processes
  1. [:KernelHacking-HOWTO/Subsystems/Internals of Interrupt Handling:Interrupts and Exceptions Handling]
  1. Time, Clocks and Timers
+. Process Creating, Management and Destroing
  1. Process Scheduling
  1. Inter Process Communication
  1. Memory Addressing
  1. Memory Management
  1. Reclaiming Pages
  1. Process Address Space
  1. [:KernelHacking-HOWTO/Subsystems/Exceptions and Interrupts Handling:Exceptions and Interrupts Handling]
  1. Deferring Work: Tasklets and SoftIRQ
-Line 7:
+Line 15:
-. Inter Process Communication
  1. Memory Management, Virtual Memory Management
  1. Virtual File system
  1. Process Scheduling
+. Time Management
-Line 12:
+Line 17:
-. Modules
+. Virtual File System
  1. Accessing Directories and Files
  1. Block I/O Layer
  1. Page Cache
  1. Device Drivers, Kobjects and Sysfs
  1. Module Management: Insert Code at Run-Time