Phase 1

Complete Kernel Foundation

ARM64 işletim sistemi geliştirmenin temel taşları: bootloader, memory management, virtual memory, allocators ve I/O sistemi. 8 core module ile tam kernel foundation.

8
Core Module
1
Yayınlanan Makale
7
Yakında
%15
İlerleme

8 Core Kernel Modules

Her modül, modern işletim sistemi geliştirmenin kritik bir bileşenini derinlemesine inceliyor.

Yayınlandı

1. boot.S - ARM64 Bootloader

ARM64 assembly bootloader, exception vektör tablosu kurulumu, CPU initialization. Exception Level yönetimi, VBAR setup ve hardware initialization.

Assembly ARM64 Exception Vectors CPU Init
Konular: EL3/EL2/EL1, VBAR_EL1, Exception Vector Table, .align directives
Yayınlandı

2. kernel.c - Main Orchestrator

Sistem entegrasyonu, boot sequence management, user interface ve system monitoring. Modular kernel architecture ve component orchestration.

C System Integration Boot Sequence Orchestration
Konular: kernel_main(), system init, component integration, ANSI terminal
Yakında

3. memory.c - Physical Memory Management

Physical memory detection, memory mapping, MMIO operations. Platform-specific memory layouts ve embedded systems memory management.

Physical Memory MMIO Memory Detection QEMU Platform
Konular: Physical memory hierarchy, memory-mapped I/O, memory utilities
Yakında

4. mmu.c - ARM64 MMU Implementation

Virtual memory architecture, 4-level page table structure, memory translation. TLB management, memory attributes ve identity mapping.

MMU Virtual Memory Page Tables TLB
Konular: 4-level page tables, translation process, TTBR0_EL1, TCR_EL1
Yakında

5. page.c - Physical Page Allocator

Bitmap-based physical page allocation, memory fragmentation management. Page-level memory management ve performance optimization.

Page Allocator Bitmap Fragmentation Performance
Konular: Bitmap allocation, page tracking, memory fragmentation strategies
Yakında

6. heap.c - Kernel Heap Allocator

Dynamic memory allocation, best-fit algorithm, heap data structures. Memory corruption detection ve production-quality allocator design.

Heap Allocator Best-fit Dynamic Allocation malloc/free
Konular: Best-fit algorithm, linked list management, memory coalescing
Yakında

7. string.c - String Utilities & Memory Operations

String manipulation functions, memory utilities (copy, compare, zero). Kernel-space string operations ve optimized memory functions.

String Utils Memory Operations Optimization Kernel Functions
Konular: memcpy, memset, strcmp, strlen implementations
Yakında

8. uart.c - UART I/O & Communication

UART driver implementation, serial communication, I/O operations. Hardware abstraction, device driver patterns ve embedded I/O.

UART Serial Communication Device Driver I/O Operations
Konular: UART registers, serial protocol, device abstraction

Start Learning Phase 1

Şu anda boot.S modülü mevcut. Diğer 7 modül yakında yayınlanacak.