دوره آموزش جامع زبان اسمبلی: از صفر تا قهرمانی (با رویکرد Grady Early) همراه با فلش‌کارت آموزشی — ارائه روی فلش مموری

📚 کتاب آموزشی جامع

📚 اطلاعات کتاب

عنوان کتاب: کتاب آموزش جامع زبان اسمبلی: از صفر تا قهرمانی (با رویکرد Grady Early)

موضوع کلی: برنامه‌نویسی سطح پایین

موضوع میانی: زبان اسمبلی x86

📋 سرفصل‌های کتاب (100 موضوع)

• 1. Introduction to Assembly Language
• 2. Why Learn Assembly Language?
• 3. Computer Architecture Fundamentals
• 4. Number Systems: Binary, Hexadecimal, Decimal
• 5. Data Representation: Integers and Characters
• 6. Memory Units: Bits, Bytes, Words, Dwords
• 7. The x86 Processor Family History
• 8. Setting Up Your Development Environment
• 9. Your First Assembly Program: Hello World
• 10. Assembling, Linking, and Executing
• 11. General-Purpose Registers (EAX, EBX, ECX, EDX)
• 12. Pointer and Index Registers (ESP, EBP, ESI, EDI)
• 13. Segment Registers and Memory Segmentation
• 14. The Instruction Pointer (EIP/RIP)
• 15. The EFLAGS/RFLAGS Register and Status Flags
• 16. Memory Organization and Addressing
• 17. Real Mode, Protected Mode, and Long Mode Overview
• 18. Immediate Addressing Mode
• 19. Register Addressing Mode
• 20. Direct Memory Addressing
• 21. Register Indirect Addressing
• 22. Base-Indexed and Scaled-Indexed Addressing
• 23. Data Transfer Instructions: MOV, XCHG
• 24. Data Transfer Instructions: PUSH, POP
• 25. The Stack: LIFO Data Structure
• 26. Arithmetic Instructions: ADD, SUB, INC, DEC
• 27. Arithmetic Instructions: NEG, CMP
• 28. Multiplication Instructions: MUL, IMUL
• 29. Division Instructions: DIV, IDIV
• 30. Understanding Carry, Overflow, Sign, and Zero Flags
• 31. Bitwise Logical Operations: AND, OR, XOR, NOT
• 32. Bitwise Test Instruction: TEST
• 33. Shift Instructions: SHL, SHR, SAL, SAR
• 34. Rotate Instructions: ROL, ROR, RCL, RCR
• 35. Unconditional Jumps: JMP
• 36. Conditional Jumps Based on Flags
• 37. Loop Instructions: LOOP, LOOPE, LOOPNE
• 38. Procedures and Subroutines: CALL, RET
• 39. Passing Parameters via the Stack
• 40. Creating Local Variables on the Stack (Stack Frame)
• 41. Defining Data: DB, DW, DD, DQ, DT
• 42. Working with Arrays: Declaration and Access
• 43. Multi-Dimensional Arrays
• 44. Character Strings and ASCII Representation
• 45. String Manipulation Instructions: MOVSB/W/D
• 46. String Manipulation Instructions: CMPSB/W/D, SCASB/W/D
• 47. String Manipulation Instructions: LODSB/W/D, STOSB/W/D
• 48. The REP Prefix for String Operations
• 49. Defining Structures (STRUCTs)
• 50. Memory Alignment and Performance
• 51. Introduction to System Services and Interrupts
• 52. DOS System Calls (INT 21h) for Basic I/O
• 53. BIOS Video Services (INT 10h)
• 54. BIOS Keyboard Services (INT 16h)
• 55. Reading User Input from Keyboard
• 56. Displaying Text and Numbers to Console
• 57. Basic File Operations: Opening and Closing
• 58. Reading and Writing to Files
• 59. Direct Port Input/Output (IN/OUT Instructions)
• 60. Understanding Real-Time Clock (RTC) Access
• 61. Implementing IF-THEN-ELSE Constructs
• 62. Implementing WHILE and DO-WHILE Loops
• 63. Implementing FOR Loops
• 64. Creating Case Statements (Switch)
• 65. Recursion in Assembly Language
• 66. Modular Programming and Multiple Source Files
• 67. Linking Multiple Object Files
• 68. External Procedures and Global Variables
• 69. Creating Reusable Assembly Libraries
• 70. Position-Independent Code (PIC) Principles
• 71. Introduction to Mixed-Language Programming
• 72. Calling Assembly Functions from C/C++
• 73. Calling C/C++ Functions from Assembly
• 74. Understanding Calling Conventions (cdecl, stdcall, fastcall)
• 75. Passing Arguments and Return Values Between Languages
• 76. Integrating Inline Assembly in C/C++
• 77. Using Assembly for Performance-Critical Routines
• 78. Debugging Mixed-Language Applications
• 79. Introduction to Debugging Tools and Techniques
• 80. Setting Breakpoints and Single-Stepping
• 81. Inspecting Registers, Memory, and Stack
• 82. Tracing Program Execution and Flow
• 83. Common Assembly Programming Errors
• 84. Error Handling and Exception Concepts
• 85. Introduction to Code Optimization Strategies
• 86. Loop Optimization Techniques
• 87. Data Alignment for Cache Performance
• 88. Processor Cache Architectures and Impact
• 89. Basic Instruction Scheduling and Pipelining
• 90. Introduction to Reverse Engineering with Assembly
• 91. Introduction to Protected Mode Memory Management
• 92. Segmentation in Protected Mode (GDT, LDT)
• 93. Paging and Virtual Memory
• 94. Interrupt Descriptor Table (IDT) and Interrupt Handlers
• 95. Task State Segment (TSS) and Task Switching
• 96. Modern Operating System Calls (Linux Syscalls, Windows API Intro)
• 97. Multitasking and Context Switching Concepts
• 98. Threads and Concurrency Primitives
• 99. Writing a Simple Bootloader (Fundamentals)
• 100. Assembly in Modern Applications: Security, VMs, Compilers