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SASM Tutorial # 3: User Input in x86 Assembly | AT&T GNU Assembler | Assembly language

SASM Tutorial # 3: User Input in x86 Assembly | AT&T GNU Assembler | Assembly language

SASM Tutorial # 2: Hello World | GNU Assembler

SASM Tutorial # 2: Hello World | GNU Assembler

Program status word | 8086 Flag register | with examples

Program status word | 8086 Flag register | with examples

Binary coded decimal | BCD arithmetic | BCD code

Binary coded decimal | BCD arithmetic | BCD code

overflow and underflow | type casting errors in C | two's complement

overflow and underflow | type casting errors in C | two's complement

signed vs. unsigned | two's complement | Sign & magnitude

signed vs. unsigned | two's complement | Sign & magnitude

Assembly VI: Switch statement implementation in x86 | explained with code | x86 Crash Course

Assembly VI: Switch statement implementation in x86 | explained with code | x86 Crash Course

Assembly V: While and For loop structure in x86 Assembly | loops in x86 | x86 Crash Course

Assembly V: While and For loop structure in x86 Assembly | loops in x86 | x86 Crash Course

Assembly IV: IF ELSE statement in x86 assembly | Condition codes | x86 Crash Course

Assembly IV: IF ELSE statement in x86 assembly | Condition codes | x86 Crash Course

Virtual Memory II - Address Translation | Page fault handling | Page fault | Memories

Virtual Memory II - Address Translation | Page fault handling | Page fault | Memories

Virtual Memory I - principle of indirection | Virtual memory cache | Memories

Virtual Memory I - principle of indirection | Virtual memory cache | Memories

Assembly III: Arithmetic operations in x86 ISA | x86 arithmetic instructions | x86 Crash Course

Assembly III: Arithmetic operations in x86 ISA | x86 arithmetic instructions | x86 Crash Course

Assembly II: Addressing Modes of x86 | with examples | x86 Crash Course

Assembly II: Addressing Modes of x86 | with examples | x86 Crash Course

Assembly I: Register operands | x86 mov instruction | Intel vs AT&T syntax | Assembly crash Course

Assembly I: Register operands | x86 mov instruction | Intel vs AT&T syntax | Assembly crash Course

Process in OS III - Process Control Block | PCB in OS | Process life cycle

Process in OS III - Process Control Block | PCB in OS | Process life cycle

Process in OS II - Process management in OS | System calls | fork()-execve() system calls

Process in OS II - Process management in OS | System calls | fork()-execve() system calls

Process in OS I - Interrupts & Exceptions | Exception control flow | examples

Process in OS I - Interrupts & Exceptions | Exception control flow | examples

File Systems in OS III - File Allocation Table in OS | Directory Structure | inode technique

File Systems in OS III - File Allocation Table in OS | Directory Structure | inode technique

File System in OS II - Data Allocation | File System | Data allocation methods | system requirements

File System in OS II - Data Allocation | File System | Data allocation methods | system requirements

File System in OS I: Hard Disk Technologies | Disk Scheduling | Disk performance model

File System in OS I: Hard Disk Technologies | Disk Scheduling | Disk performance model

Device Drivers II: Kernel IO Subsystem | Kernel I/O in OS | Device Drivers in OS

Device Drivers II: Kernel IO Subsystem | Kernel I/O in OS | Device Drivers in OS

Device Drivers I: Intro to IO devices | device drivers in OS | I/O systems requirements

Device Drivers I: Intro to IO devices | device drivers in OS | I/O systems requirements

Reverse Engineering Executable | Disassembly of executable code | Compilation process in C

Reverse Engineering Executable | Disassembly of executable code | Compilation process in C

Instruction Set Architecture | x86 Instruction Set Architecture | ISA vs. Microarchitecture

Instruction Set Architecture | x86 Instruction Set Architecture | ISA vs. Microarchitecture

SASM Tutorial # 1: SASM environment | a simple add example

SASM Tutorial # 1: SASM environment | a simple add example

x86 General Purpose Registers | Registers in computer architecture

x86 General Purpose Registers | Registers in computer architecture

Introduction to Assembly Language | Levels of Abstraction in Computer Science | x86 Assembly

Introduction to Assembly Language | Levels of Abstraction in Computer Science | x86 Assembly