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Assembler for 8086 Microprocessor using Python

Mann Raval, Maarjani Sanghavi

Abstract


The construction of a Python-based assembler that can execute numerous instructions enables for investigation of many aspects of the assembler's behavior. An assembler is a programme that simplifies and speeds up the execution of code on a computer in a world where everything is connected. It makes code scanning easier and saves time as a result. As a result, the amount of time it takes to finish a task has grown. Machine code is created by converting assembly code. It converts assembly code. Basic operations and directives are converted into executable binary code. A specific sort of processor recognizes it. It interprets the code. Then transforms the instructions into mnemonics and symbols the language of machines. The machine-level data is subsequently passed to the linker. Through language an assembler creates individual files. By linking them together to generate a single executable program linker.


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References


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