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| Parent Node : [:KernelHacking-HOWTO:KernelHacking-HOWTO] | ## page was renamed from KernelHacking-HOWTO/Subsystems Parent Node : [[New_Kernel_Hacking_HOWTO]] |
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| 1. Processes 1. [:KernelHacking-HOWTO/Subsystems/Exceptions and Interrupts Handling:Exceptions and Interrupts Handling] 1. Time, Clocks and Timers |
1. 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. [[New_Kernel_Hacking_HOWTO/Subsystems/Exceptions_and_Interrupts_Handling|Exceptions and Interrupts Handling]] 1. Deferring Work: Tasklets and SoftIRQ |
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| 1. Inter Process Communication 1. Memory Management, Virtual Memory Management 1. Virtual File system 1. Process Scheduling |
1. Time Management |
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| 1. Modules | 1. 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 |
Parent Node : New_Kernel_Hacking_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
- Process Scheduling
- Inter Process Communication
- Memory Addressing
- Memory Management
- Reclaiming Pages
- Process Address Space
- Deferring Work: Tasklets and SoftIRQ
- Synchronization
- Time Management
- System Calls
- Virtual File System
- Accessing Directories and Files
- Block I/O Layer
- Page Cache
- Device Drivers, Kobjects and Sysfs
- Module Management: Insert Code at Run-Time
- Add More