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automated testing standards and CI processes
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interrupt management
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Physical Memory Manager, SLUB Allocator, and Virtual Memory Manager
- Introduced `cpp_runtime.md` detailing the C++ ABI stubs required for LumeOS kernel, including panic mechanisms and error paths.
- Added `fdt.md` to outline the device tree management for hardware discovery and configuration, including data structures and public APIs.
- Created `pmm.md` to specify the physical memory management system based on the buddy system, including frame allocation and concurrency handling.
- Developed `slab.md` to describe the SLUB allocator for efficient memory allocation, detailing its structure and public APIs.
- Established `vmm.md` to define the virtual memory manager's objectives, dependencies, and core data structures for managing virtual address space.
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lock-free programming requirements
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spinlock documentation
- Introduced global initialization sequence documentation outlining the objectives, dependencies, core data structures, public APIs, concurrency contracts, error paths, and state machine for LumeOS.
- Created linker and entry documentation defining early memory layout and assembly startup sequence compatible with multiple bootloaders, including API specifications and error handling.
- Added spinlock documentation detailing the implementation of spinlocks, concurrency synchronization, memory ordering guarantees, and error handling mechanisms.
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