What is the difference between directive, instruction and pseudo-instruction for an assembly language?
Instruction:
It is a kind of mnemonic which can be mapped into binary code directly by translating opcode and operand.
Pseudo-instruction:
It is not an real instructions in Instruction Set Architecture. it
exists only in the assembler and will produce real instructions
once it is completed the assembling
Ex; LDR R0
Directive:
It also exist only in the assmebler but after assmbleing also does
not create any machine code just it will instruct the assembler how
to perform certain tasks
What is the difference between directive, instruction and pseudo-instruction for an assembly language?
x86 intel assembly language instruction should be used. 3. What this pseudo-code does? And convert it into Assembly. prime( 1):#2: prime[2] :#3: {first prime number} {second prime number) candidate-5 (first candidate for a new prime number) while primeCount< 100 loop ndex:1 while (index < primeCount) and (prime[index] does not evenly divide candidate) loop add 1 to index end while if (index > primeCount) then (no existing prime evenly divides the candidate, so it is new prime) add 1 to primeCount;...
Question 2 ARM Assembly Language (25 marks) An ARM instruction set summary is provided at the end of this paper. (5 marks) Explain the difference between eor and eors instruction. Use an example to show why both forms are useful. а. b. (5 marks) Explain using an example what the "Idr r3, [r7,#4]" instruction does. c. (10 marks) The following is the assembly language generated by a C compile type mystery, %function mystery: args 0, pretend = 0, frame =...
What is the machine code that corresponds to the AVR Assembly Language Instruction and r31, rO Enter your answer as a 16 bit binary number. There must be no spaces or punctuation marks - just enter sixteen 1's or O's.) What is the machine code that corresponds to the AVR Assembly Language Instruction and r31, rO Enter your answer as a 16 bit binary number. There must be no spaces or punctuation marks - just enter sixteen 1's or O's.)
Write an assembly language code for the following pseudo code i. if(op1 == op2) x=1; else x=2; using x86 assembly language
What is the machine code that corresponds to the AVR Assembly Language Instruction sub r24, r15 Enter your answer as a 16 bit binary number. There must be no spaces or punctuation marks - just enter sixteen 1's or O's.) What is the machine code that corresponds to the AVR Assembly Language Instruction sub r24, r15 Enter your answer as a 16 bit binary number. There must be no spaces or punctuation marks - just enter sixteen 1's or O's.)
Machine Language 2. (4pts) Consider the following assembly language instruction which is located in a program you wrote: MULTIPLY contents of Register 5 with the constant 6. This instruction will store the results back into Register 5. Assume this machine instruction is part of an assembly program that is stored on your hard disk and it is the next instruction to be invoked. Explain how this instruction is processed using the machine cycle. Include hard drive, de, and registers in...
Provide the type, assembly language instruction, and binary representation of instruction described by the following MIPS fields: op = 0, rs = 10, rt= 15, rd = 22, shamt = 0, function = 36
Given the instruction set for MARIE: Write the assembly language equivalent for the machine instruction: 1011 000000001111.
2.17 [51<82.5> Provide the type, assembly language instruction, and binary representation of instruction described by the following MIPS fields: rt-8 , Just looking at the fields provided, what's the instruction op-0x23, rs-16, const-0x25F0 a. format? R-type_I-typeJ-type b. What's the instruction? In which register is the base address stored? What value will be added to that base address (in decimal): In which register will the result be stored? c. d. e.
IF statement is translated into assembly language with a o CMP instruction followed by Conditional jumps. If op1 or op2 is a memory operand o IF Statemert (a variable): o one of them must be moved Problem 3: Implement the following pseudocode in assembly language. to a register before executing CMP. All values are unsigned: стр ьї, ci ja next mov al,5 mov dl,6 al-50 dl-23 next: Add to the above code the mov instructions and assign values to bl,...