I need it done with this specific WinMips64 program(I shared it on my google dri
ID: 3864461 • Letter: I
Question
I need it done with this specific WinMips64 program(I shared it on my google drive below):
1) https://drive.google.com/open?id=0B-yy0y1yM_P0TjM3bzU1cHRmeFk
OR
2) https://drive.google.com/drive/folders/0B-yy0y1yM_P0VTJWd2NvYlNYdEE?usp=sharing
If you could share the code(in a from of text) from your created "xxxx.s" file it would be great!
Write a WinMIPS64 code to determine whether a given number is an Armstrong number. The digit numbers equal to sum of nth powers of their digits (a finite sequence), called Armstrong numbers. They first few are given by 1, 2, 3, 4, 5, 6, 7, 8, 9, 153, 370, 371, 407, 1634, 8208, 9474, 54748,.... For example, consider 371, 371 33 73+ 13 27 343 1 371. A sample C code for your assistance is given below: includeExplanation / Answer
The following assembler directives are supported .data - start of data segment .text - start of code segment .code - start of code segment (same as .text) .org <n> - start address .space <n> - leave n empty bytes .asciiz <s> - enters zero terminated ascii string .ascii <s> - enter ascii string .align <n> - align to n-byte boundary .word <n1>,<n2>.. - enters word(s) of data (64-bits) .byte <n1>,<n2>.. - enter bytes .word32 <n1>,<n2>.. - enters 32 bit number(s) .word16 <n1>,<n2>.. - enters 16 bit number(s) .double <n1>,<n2>.. - enters floating-point number(s) where <n> denotes a number like 24, <s> denotes a string like "fred", and <n1>,<n2>.. denotes numbers separated by commas. The integer registers can be referred to as r0-r31, or R0-R31, or $0-$31 or using standard MIPS pseudo-names, like $zero for r0, $t0 for r8 etc. Note that the size of an immediate is limited to 16-bits. The maximum size of an immediate register shift is 5 bits (so a shift by greater than 31 bits is illegal). Floating point registers can be referred to as f0-f31, or F0-F31 The following instructions are supported. Note reg is an integer register, freg is a floating-point (FP) register, and imm is an immediate value. lb reg,imm(reg) - load byte lbu reg,imm(reg) - load byte unsigned sb reg,imm(reg) - store byte lh reg,imm(reg) - load 16-bit half-word lhu reg,imm(reg) - load 16-bit half word unsigned sh reg,imm(reg) - store 16-bit half-word lw reg,imm(reg) - load 32-bit word lwu reg,imm(reg) - load 32-bit word unsigned sw reg,imm(reg) - store 32-bit word ld reg,imm(reg) - load 64-bit double-word sd reg,imm(reg) - store 64-bit double-word l.d freg,imm(reg) - load 64-bit floating-point s.d freg,imm(reg) - store 64-bit floating-point halt - stops the program daddi reg,reg,imm - add immediate daddui reg,reg,imm - add immediate unsigned andi reg,reg,imm - logical and immediate ori reg,reg,imm - logical or immediate xori reg,reg,imm - exclusive or immediate lui reg,imm - load upper half of register immediate slti reg,reg,imm - set if less than immediate sltiu reg,reg,imm - set if less than immediate unsigned beq reg,reg,imm - branch if pair of registers are equal bne reg,reg,imm - branch if pair of registers are not equal beqz reg,imm - branch if register is equal to zero bnez reg,imm - branch if register is not equal to zero j imm - jump to address jr reg - jump to address in register
jal imm - jump and link to address (call subroutine) jalr reg - jump and link to address in register dsll reg,reg,imm - shift left logical dsrl reg,reg,imm - shift right logical dsra reg,reg,imm - shift right arithmetic dsllv reg,reg,reg - shift left logical by variable amount dsrlv reg,reg,reg - shift right logical by variable amount dsrav reg,reg,reg - shift right arithmetic by variable amount movz reg,reg,reg - move if register equals zero movn reg,reg,reg - move if register not equal to zero nop - no operation and reg,reg,reg - logical and or reg,reg,reg - logical or xor reg,reg,reg - logical xor slt reg,reg,reg - set if less than sltu reg,reg,reg - set if less than unsigned dadd reg,reg,reg - add integers daddu reg,reg,reg - add integers unsigned dsub reg,reg,reg - subtract integers dsubu reg,reg,reg - subtract integers unsigned dmul reg,reg,reg - signed integer multiplication dmulu reg,reg,reg - unsigned integer multiplication ddiv reg,reg,reg - signed integer division ddivu reg,reg,reg - unsigned integer division add.d freg,freg,freg - add floating-point sub.d freg,freg,freg - subtract floating-point mul.d freg,freg,freg - multiply floating-point div.d freg,freg,freg - divide floating-point mov.d freg,freg - move floating-point cvt.d.l freg,freg - convert 64-bit integer to a double FP format cvt.l.d freg,freg - convert double FP to a 64-bit integer format c.lt.d freg,freg - set FP flag if less than c.le.d freg,freg - set FP flag if less than or equal to c.eq.d freg,freg - set FP flag if equal to bc1f imm - branch to address if FP flag is FALSE bc1t imm - branch to address if FP flag is TRUE mtc1 reg,freg - move data from integer register to FP register mfc1 reg,freg - move data from FP register to integer register