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Procedures in assembly language

INCLUDE Irvine32.inc .data prompt db "Please enter a hexadecimal number up to 8 digits: ",0 frequencies dd 0, 0, 0, 0, 0, 0 result1 db "Frequency table: ",10,13,0 result2 db "2^",0 result3 db "= ",0 .code main PROC mov edx, OFFSET prompt ; load address of string to print call WriteString ; print the string on the screen call ReadHex ; Read a hexadecimal number from the keyboard mov esi, OFFSET frequencies ; point to start of frequency table call getFrequencies ; fill in the frequencies mov esi, OFFSET frequencies ; point to start of frequency table call printFrequencies ; print frequency table on screen exit ; exit the program main ENDP ; Get the frequencies for the number given in eax ; saves them in the table pointer by esi getFrequencies PROC ; First get all bits set: mov ebx, 1 ; start in bit 1 testLoop: cmpeax, 0 ; see if number is zero je endLoop ; if zero, end loop test eax, 1 ; if current bit is set jz nextBit ; if not, go to next bit ; if set, update frequencies mov edx, ebx ; get current bit position in edx mov ecx, 0 ; current power being tested updateLoop: test edx, 1 ; check if this power of 2 is active jznextPow ; if not, test next power inc DWORD PTR[esi + ecx*4] ; increment frequency of current power of 2 nextPow: shr edx, 1 ; test following power of 2 by shifting incecx ; increment power position in table cmpecx, 5 ; see if we compared all powers jle updateLoop ; repeat if power <= 5 nextBit: inc ebx ; increment bit number shreax, 1 ; move next bit to the right jmp testLoop ; repeat loop endLoop: ret getFrequencies ENDP ; Print the frequency table on the screen ; the table pointer is given in esi printFrequencies PROC mov edx, OFFSET result1 ; load address of string to print call WriteString ; print the string on the screen mov ecx, 0 ; current power printLoop: mov edx, OFFSET result2 ; load address of string to print call WriteString ; print the string on the screen mov eax, ecx ; load current power call WriteDec ; print on screen mov edx, OFFSET result3 ; load address of string to print call WriteString ; print the string on the screen mov eax, [esi + ecx*4] ; load current frequency call WriteDec ; print on screen call CrLF ; jump to next line inc ecx ; increment power cmp ecx, 5 ; compare power with 5 jle printLoop ; continue printing while power<=5 ret printFrequencies ENDP END main

Arrays in assembly language

@7 // value 7 D=A // load value in D @R1 // load R1 address M=D // save 7 in R1 @11 // value 11 D=A // load in D @R2 // load R2 address M=D // save 11 in R2 @5 // value 5 D=A // load in D @R3 // load R3 address M=D // save 5 in R3 @R1 // load R1 address D=M // load R1 value in D @R2 // load R2 address D=D-M // subtract R1-R2 @ELSE2 // load address of label D;JLT // jump if R1 < R2 @R1 // load R1 address D=M // load R1 value in D @R3 // load R3 address D=D-M // subtract R1-R3 @ELSE1 // load address of label D;JLT // jump if R1 < R3 @R1 // load R1 address D=M // load R1 value in D @R0 // load R0 address M=D // R0 = R1 @END // load address of end label 0; JMP // jump to end of program (ELSE1) @R3 // load R3 address D=M // load R3 value in D @R0 // load R0 address M=D // R0 = R3 @END // load address of end label 0; JMP // jump to end of program (ELSE2) @R2 // load R2 address D=M // load R2 value in D @R3 // load R3 address D=D-M // subtract R2-R3 @ELSE3 // load address of label D;JLT // jump if R2 < R3 @R2 // load R2 address D=M // load R2 value in D @R0 // load R0 address M=D // R0 = R2 @END // load address of end label 0; JMP // jump to end of program (ELSE3) @R3 // load R3 address D=M // load R3 value in D @R0 // load R0 address M=D // R0 = R3 (END) @END // load address of end 0;JMP // loop indefinitely