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Unlike other high-level programming languages (Python, Java, C++), assembly language is a little hard to grasp. Most students find assembly language complex because of its important concepts.
There are a variety of assembly language concepts that require a lot of concentration to understand. Students need to have the knowledge about the CPU architecture and other memory management concepts.
Moreover, since assembly language deals with operations on a low level, students may find it difficult to write assembly language code for larger assembly language projects, especially when their deadline is right around the corner.
It is true that overcoming challenges related to assembly language assignments requires accessing the right resources, which are often limited. Well, in this case, CodingZap’s assembly language experts are here for you!
If you are willing to pay someone to code for you then make use of our assembly language assignment help service for on-time delivery of your assembly language assignment.
But before we dive into more details about assembly language assignment help, let us first get familiar with what assembly language actually is.
What is Assembly Language & How does it work?
In simple words, assembly language is a low-level programming language. This means that it is a programming language that is close to the machine language – that is binary code that is understandable by the computer.
Assembly language is mainly used to establish a connection and interact with the computer’s hardware.
Have you ever wondered why do we need a low-level language like assembly language? How does assembly language work? Well, here is the answer.
Curious, How does Assembly Language work?
As we know, computers only understand ‘ones-and-zeros‘, which is the binary language. However, as humans, we cannot comprehend the same.
Programmers write code in high-level programming languages like Python, C, Java, etc. that are easy to read and understand. Thus, there is a need for a mediator who can help programmers communicate with the computers.
Hence, this is where the assembly language comes into play!
While binary language or machine code is not human-understandable, assembly language can be understood by humans.
Ever wondered, ‘Is C++ an assembly language?’
Is C++ an assembly language? To state it simply, no. C++ is not an assembly language. C++ can perform operations of both low-level and high-level language, and therefore it is considered to be a mid-level programming language.
Also, C++ does not consist of any machine code. Thus, we cannot call it an assembly language.
It acts as a translator between the code written in high-level programming languages and the machine code so that the computer can execute the instructions written in the code.
Assembly language is also used in microprocessors to execute instructions. However, each microprocessor has a different criteria for writing instruction code. Thus, the syntax for assembly language can vary from processor to processor.
Let us look at how basic assembly language programming is done for adding two numbers in the 8085 microprocessor and compare it with the assembly language program for addition in x86 architecture.
How do we write your Assembly Language Program? A sneak peek
Let’s take a look at a few simple Assembly language commands and programs that will give you an insight into our coding methodology.
Suppose we have to add the numbers 10 and 20 in the processor. Since 8085 uses hexadecimal numbers, we write them with a suffix – ‘H’.
/* The following is the code for how to add two numbers in assembly language *\
MVI A, 10H
MVI B, 20H
ADD B
MOV C, A
HLT
The MVI instruction loads the numbers into the accumulator and the register B. The ADD instruction adds both numbers. The result is then stored in register C. Finally, the program is executed.
Now let’s take a look at another program that will give you some more idea about the coding structure of Assembly language
/*Assembly language program for addition of two numbers in x86 language *\
section .data
num1 dd 10
num2 dd 20
result dd 0
section .text
global _start
_start:
mov eax,[num 1]
add eax, [num 2]
mov [result], eax
mov eax, 1
mov ebx, 0
int 0x80
section .bss
Here, the program is divided into three sections – data, text, and bss. The eax register is used to store the result.
As we can see, the syntax and instructions vary depending on the processor, and many students find it complicated to work with assembly language.
So, to make the job easier for you, we will help you to get familiar with some of the important concepts of the assembly language.
Why not start with getting to know about the different types of assembly language architecture?
Assembly Language Four Main Types: We cover all of them in our Services
Assembly language can be broadly classified into 4 main types of language architecture. These are-
Digital Signal Processor – DSP
Very Long Instruction Word – VLIW
Reduced Instruction Set Computer – RISC
Complex Instruction Set Computer – CISC
Let us discuss about the types of assembly language one at a time!
Digital Signal Processor – DSP
As the name suggests, DSP is used to process real-world digital signals and manipulate them mathematically. It is quick and can perform mathematical operations like addition, subtraction, multiplication, and division in a matter of seconds.
The role of a DSP is to process the digital signals that are in the form of 0’s and 1’s and send them back to the real world for their application.
A simple example of the same can be a music recorder and playback device. The sound recorded is converted into digital signals using an Analog-to-Digital converter (ADC) which is then processed by the DSP and then sent to the Digital-to-analog converter (DAC) for playback.
Very Long Instruction Word – VLIW
VLIW type of computer architecture comprises of instruction set that is mainly used in modern microprocessors. Processors using this type of architecture can execute various instructions in parallel or simultaneously.
An example of VLIW architecture is the Itanium processor developed by Intel. This architecture is efficient and can also be used in embedded systems or as P-DSP (programmable-dsp).
Reduced Instruction Set Computer – RISC
The third type of architecture is RISC. This type of architecture executes the instructions in a single clock cycle. It has a simple instruction set with few data types.
It makes use of more general-purpose registers and its small instruction set allows easy decoding and executing.
Since there is a smaller set of instructions, RISC requires more memory to store the extra instructions for executing complex instructions or tasks.
The RISC architecture is used in ARM processors, PowerPCs, MIPS, etc.
Complex Instruction Set Computer – CISC
The CISC architecture, as the name suggests, has a complex set of instructions and therefore is difficult to decode. It requires more time to execute the instructions.
However, unlike RISC, the complex instruction set computers use less space in the memory as they do not need the extra space for additional instructions.
The CISC architecture can be used in various applications like home automation. Motorola 68000 family and Intel x86 CPUs are also examples of CISC.
Why do students need assembly language assignment help?
Working on your assembly language assignment is time-consuming and complex due to the diverse concepts in the assembly language topics. This is the reason why many computer science students find assembly language difficult.
But, how difficult is assembly language?
Understanding assembly language is a complicated task. The vast assembly language concepts like – registers, assemblers, memory addresses, operation code (assembly code), and many more make learning assembly language punishing.
Moreover, students also find assembly language programming confusing because they need to memorize different instructions to write instruction code or assembly code.
Therefore, seeking online assembly language assignment help offers lots of benefits to students as well as budding assembly language programmers.
Let us now go through the essential concepts in assembly language assignments to help you understand more about online assembly language assignment help services.
Topics Covered in CodingZap’s Assembly Language Assignment Help Services
We have categorized the essential assembly language homework topics based on their area of focus so that you can get a basic understanding of what you can expect from our assembly language assignment help service.
Let us have a look at them!
Assembly language programming
Assembly language programming consists of writing assembly code and performing various assembly programming operations like –
Arithmetic operations
String manipulation
Array Operations
Input/Output (I/O) operations
Assembly programming can be done using –
Conditional statements like if-else for decision-making
Looping statements like while and for loops to perform recurring or repetitive tasks
Function calls to manage the program and enhance reusability
CodingZap’s assembly language experts can handle your assembly language programming assignment easily.
Instruction sets
Assembly language communicates with the computer devices using instructions. A basic understanding of these instructions is essential to work with assembly languages. Therefore, it is not rare to see the topic of instruction sets in your assembly language homework.
These instruction sets may differ according to the computer architecture and the CPU. Your assembly programming assignment may include the different categories of the instruction sets.
Let us have a look at some of the different types of instruction for your assembly language assignment.
Data Movement Instructions
These instructions in the assembly language are used to perform operations on the data. Examples of Data Movement Instructions are – MOV, LOAD, STORE, MVI
Arithmetic Instructions
Arithmetic instructions are used to perform mathematical and arithmetic operations on the data stored in the memory. These Arithmetic Instructions are – ADD, SUB, MUL, and DIV
Logical Instructions
To perform logical operations on data, logical instructions are used in assembly programming. The logical instructions are – AND, OR, NOT, and XOR.
Control Flow Instructions
As the name suggests, control flow instructions determine the flow of control in the program. They allow us to jump from one part of the program to another. Examples of control flow statements are – JMP, CALL, RETURN, etc.
The assembly language instructions listed above are just some of the vast set of instructions used in assembly language. You might also need to use these in your assembly language assignments or assembly language projects.
Memory Management
Understanding how our system manages, manipulates, and stores data is necessary to write better code in the assembly programming language. Memory management is the process by which we can make use of the computer’s memory effectively and efficiently.
Instructions in the assembly language are executed in the RAM or Random Access Memory. Accessing the correct data in the most suitable way enhances the performance of our system.
In assembly language, memory management can be achieved using the following concepts. These are-
Memory allocation and deallocation
Memory address
Memory and Register Addressing modes
Segmentation and Paging
Dynamic Memory Allocation
Implementing all these concepts helps in efficient memory management. They are also common topics seen in assembly language assignments.
Are you still getting troubled by your strenuous assembly language assignment?
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