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Assembly language is a programming language for microprocessors and other programmable devices. Assembly language as an alternative assembler as the basic used in the directives and It should be the code of instructions used as Mnemonics for instructions.
Three different classes are used in assembly language-
- Instruction :It gives instruction to CPU & execute the instructions.
- Directives :- In assembly process the different aspects of the assembler being provide information.Its Non-executable & do not generate the machine language directive.
- Macros : A group of statement with shorthand notation & a complicated text with parameters into substitution mechanism.
Popular assembler directives-
The directives look like a,
– A variable and array set as a memory space.
– It defined the data information and the block of code.
– Its name was in symbolic value.
Source Files in Assembly Language Format following:
• File organization- A text file consist the sequence of the input variables.It is possible to have some several statements in one line.
• Statements- It is apply on the outline of the sections include-
- Empty statements
- Assignment statements
- pseudo statements
- Machine operation
• Values and symbols
• Machine instruction syntax- Most instructions that can operate on a byte, word, or long may have b, w, or l appended to them. When an opcode is specified with no type suffix, it usually defaults to long. I.
- Assembly Language & programming , ARM ,computing, Number systems, von Neumann architecture, instruction sets, machine code, assembly language programming
- Program testing, compilers, logical operations, microprogramming and interrupts, contemporary processor, Intel x86 family,Floating Point Numeric Data Processor.
- Switching Algebra, De-morgan's theorem, Switching function minimization using Karnaugh's map ,(up to 4 variables). Basic building blocks of digital computer: Flip flops. Registers, Counters, Multiplexer, etc.
- Organization of CPU, Memory Organization, RAM, ROM,Cache Memory, Associative memory Organization
- Numbers and computers ,x86 architecture ,The NASM assembly programming environment ,assembly programming ,Bit operations ,Subprograms ,Compiling ,Linking, Loading, Debugging
Generally topics like Numbering systems; convert between Octal, Hexadecimal, Decimal, and Binary numbering systems; ,Binary numbering systems and conversions; floating point representation ,Machine Instructions, Assembly and linking, ,Basic Model of Stored Program Computer, Instruction sets : Reduced, Complex. Addressing schemes, Instruction Execution mechanism are time consuming & need detailed approach to solve assignments .
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- 2's complement representation of negative binary numbers, Boolean functions: Number representation; conversions, 2'S Complement; Logical Operators
- Assembly and linking, link an assembly language program, BIOROM , INT instruction , I/O, MOV, ADD, SUB, INC, DEC, INT instructions, simple assembly language programs. Assembly & Link Process; Elementary Instruction Format; Opcodes & Addresses; BIOS ROM Int I/O .
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- Machine organization , computer architecture at the register level and microoperation , components of instructions, Intel 8086-80586 instruction set , programming exercises in MS-DOS mode , Processor design, Datapath , control, scalar pipelines, memory , I O systems, arithmetic operations, control flow instructions, procedure calls, stack management
- Bits, Data Types and Operations, Digital Logic Structures, Von Neumann Model, Simple microprocessor, the LC-3,Input/Output, TRAP Routines and Subroutines, Stacks, Variables and Operators, Control Structures, Functions, Debugging, Recursion, Pointers and Arrays, Input/Output in C, Recursion , data representation, looping and addressing techniques, arrays, subroutines, macros , machine addressing, stack operations, subroutines, and programmed and interrupt driven I/O.
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