Assembly
Pseudocode is code that is not specific to any architecture nor programming language. It is intended to be human-readable, not machine-readable, and is primarily used to demonstrate the operating principals of an algorithm in a high-level format suitable for any architecture and any language. The 8086 is a specific architecture, so any code produced specifically for it cannot be regarded as being pseudocode since it would have to be in a machine-readable form.
Machine language is a first generation language.
Machine code, assembly language, COBOL, FORTRAN and C. Machine code is the only language that is native to the machine. All others must be converted to machine code.
An Assembler converts assembly language instructions into machine language.
It depends on the processor. In the 8086/8088, it means MOV AX,[BX+SI] LODSB In the 8085 it means ADC E NOP XRA H Neither snippet makes any sense, so it must be from some other processor.
You need an 8086 assembly language pencil.
800ns
write program to concatenating two sting in 8086 assembly language
The Intel 8086/8088 is not a 32 bit machine. It is a 16 bit machine. It has 72 instruction types.
Pseudocode is code that is not specific to any architecture nor programming language. It is intended to be human-readable, not machine-readable, and is primarily used to demonstrate the operating principals of an algorithm in a high-level format suitable for any architecture and any language. The 8086 is a specific architecture, so any code produced specifically for it cannot be regarded as being pseudocode since it would have to be in a machine-readable form.
assembly language program for sorting an array using 8086 microprocessor.
Yes.
No. The 8086 has instructions not present in the 8085. The 8086 was marketed as "source compatible" with the 8085, meaning that there was a translator program which could convert assembly language code for the 8085 into assembly language code for the 8086. However, this does not mean that the compiled 8086 assembly code would then run on an 8085; among other things, the 8086 was a true 16-bit processor, as opposed to the 8085 which was an 8-bit processor that supported a few 16-bit operations.
To perform a program on the 8086 microprocessor, you typically write assembly language code that consists of instructions executed by the CPU. First, you need to set up the data segment for variables and the code segment for the instructions. After writing the code, you assemble it using an assembler to generate machine code, which can be loaded into memory. Finally, you execute the program by starting the processor at the specified memory address, and the 8086 will process the instructions sequentially.
No, you need a real teacher, and a textbook.
8086 assembly language program to check wether given number is perfect or not
what are the features of machine language?