1-) Please submit the solution of your final as Ms-word or PDF document 2-) Using Visual Studio Complete THREE QUESTIONS out of the four exam questions below. 3-) FOR EACH QUESTION, IT IS REQUIRED to...

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1-) Please submit the solution of your final as Ms-word or PDF document


2-) Using Visual Studio Complete THREE QUESTIONS out of the four exam questions below.


3-) FOR EACH QUESTION, IT IS REQUIRED to include Ms-Word or Pdf file contains the following


A. Source file and sample of your output screen shots.


B. Up to one page of your program discussion. In the discussion, state the issues that you may have problem with if there is any. Why your program is not running (if it is not)? What was your approach (Your process to the solution)? How did you overcome the issues while writing the program?


C. Write your conclusion as what you have learned from this program.


YOUR REPORT WILL VERIFY THE UNDERSTANDING OF YOUR WORK, AND THAT YOU REALLY DID IT.


Question One: Write an assembly language program that allows a user to enter any 5 numbers then display the sum of the entered 5 numbers.


For example:


Enter: 1, 2, 3, 4, 5


Output First Line: Display: Sum of the Entered is: 15


Output Second Line: Display: Division of entered digit number 4 by entered digit number two 2 so (4/( 2 = 2)


Question Two: Write an assembly language program that allows a user to enter any 6 numbers in any order then display the largest and smallest entered number and the order from small to large and then large to small


For example


Enter: 4, , 2, 7, 9, 6, 1


Display:


Largest entered number is: 9


Smallest entered number is: 1


Large to Small: 9, 7, 6, 4, 2, 1


Small to Large: 1, 2, 4, 6, 7, 9



Question Three: Write an assembly language program to count number of vowels in any given string.

Question Four: Write a procedure named Get_frequencies that constructs a character frequency table. Input to the procedure should be a pointer to a string, and a pointer to an array of 256 double words. Each array position is indexed by its corresponding ASCII code. When the procedure returns, each entry in the array contains a count of how many times that character occurred in the string. Include the source code only.
Answered Same DayApr 05, 2021

Answer To: 1-) Please submit the solution of your final as Ms-word or PDF document 2-) Using Visual Studio...

Gaurav answered on Apr 13 2021
150 Votes
question 4.docx
1. Source Code:
.data
string byte "this is test string", 0
array dword 256 dup (0)
fmt byte "0x%02X    %02d %02d %02d %02d %02d %02d %02d %02d %02d %02d %02d %02d %02d %02d %02d %02d", 10, 0
return byte 10, "Press Any Key to Exit . . .", 10, 0
.code
main PROC    
    push OFFSET array        ; address of the table
    push OFFSET string        ; address of the string
    call Get_frequencies        ; call the procedure
    mov ecx, 16            ; print the table in 16 x 16 word
    mov eax, 0            ; starting index
print:
    push eax
    push ecx
    push array[eax + 60]
    push array[eax + 56]
    push array[eax + 52]
    push array[eax + 48]
    push array[eax + 44]
    push array[eax + 40]
    push array[eax + 36]
    push array[eax + 32]
    push array[eax + 28]
    push array[eax + 24]
    push array[eax + 20]
    push array[eax + 16]
    push array[eax + 12]
    push array[eax + 8]
    push array[eax + 4]
    push array[eax + 0]        ; 16 double words
    shr eax, 2
    push eax
    push OFFSET fmt        ; format
    call printf            ; print
    add     esp, 72            
    pop ecx
    pop eax
    add eax, 64            ; increment the index by 16 dwords
    loop print            ; print all the 16 lines
    push OFFSET return
    call printf             ; wait for the user to close the program
    call _getch
    push 0
    call exit                ; close the program
main ENDP
; Function that generates the character frequency table in a given array
; Input prameter - address of the string        
;         - address of the table
; return none
Get_frequencies PROC
    push ebp
    mov ebp, esp
    push esi
    push edi            ; save the registers
    mov esi, [ebp + 8]        ; address of the string
    mov edi, [ebp + 12]        ; address of the table
    mov eax, 0            
lp:    
    mov al, [esi]            ; load each byte
    cmp al, 0            ; check if null character is reached i.e. end of the string
    je     done            ; exit the loop if the null character is reached
    inc DWORD PTR [edi + eax * 4]    ; increment the particular character value

    add esi, 1            ; increment the address pointer
    jmp lp                ; loop till the end
done:
    pop edi
    pop esi
    mov esp, ebp
    pop ebp            ; restore the registers
    ret                ; return from the subroutine
Get_frequencies ENDP
END
2. Output:
question 3.docx
1. Source Code:
.data
string    byte 128 dup(0)
prompt    byte "Enter any string : ", 0
vowel dword 5 dup (0)
op_1    byte 10, "Total Number of Vowels in the String : %d", 10, 0
op_2    byte 10, 9, "A : %d", 10, 9, "E : %d", 10, 9, "I : %d", 10, 9, "O : %d", 10, 9, "U : %d", 10, 0
return byte 10, "Press Any Key to Exit . . .", 10, 0
.code
main PROC
    push OFFSET prompt        ; prompt the user to enter a string
    call printf
    add     esp, 4
    push OFFSET string        ; read the input from the stdin
    call gets
    add esp, 4
    mov     eax, OFFSET string    ; address of the string
lp:
    mov bl, [eax]            ; load each byte
    cmp bl, 0            ; check if end of the string is reached
    je     done            ; if reached exit the loop
    add eax, 1            ; increment the address pointer
    cmp bl, 'a'            ; compare if it 'a'
    je     A            ; if it is 'a' then jump to the A counter
    cmp bl, 'A'            ; compare if it 'A'
    je     A            ; if it is 'A' then jump to the A counter
    cmp bl, 'e'            ; compare if it 'e'
    je E                ; if it is 'e' then jump to the E counter
    cmp bl, 'E'            ; compare if it 'E'
    je E                ; if it is 'E' then jump to the E counter
    cmp bl, 'i'            ; compare if it 'i'
    je I                ; if it is 'i' then jump to the I counter
    cmp bl, 'I'            ; compare if it 'I'
    je I                ; if it is 'I' then jump to the I counter
    cmp bl, 'o'            ; compare if it 'o'
    je O                ; if it is 'o' then jump to the O counter
    cmp bl, 'O'            ; compare if it 'O'
    je O                ; if it is 'O' then jump to the O counter
    cmp bl, 'u'            ; compare if it 'u'
    je U                ; if it is 'u' then jump to the U counter
    cmp bl, 'U'            ; compare if it 'U'
    je U                ; if it is 'U' then jump to the U counter
    jmp lp                ; loop
A:
    add 0[vowel], 1        ; increment the counter of 'a'
    jmp lp                ; loop
E:
    add 4[vowel], 1        ; increment the counter of 'e'
    jmp lp                ; loop
I:    
    add 8[vowel], 1        ; increment the counter of 'i'
    jmp lp                ; loop
O:
    add 12[vowel], 1        ; increment the counter of 'o'
    jmp lp                ; loop
U:
    add 16[vowel], 1         ; increment the counter of 'u'
    jmp lp                ; loop
done:
    mov     eax, 0[vowel]
    add     eax, 4[vowel]
    add     eax, 8[vowel]
    add     eax, 12[vowel]
    add     eax, 16[vowel]        ; add all the counter value for a, e, i, o, u
    push eax
    push OFFSET op_1
    call printf            ; print the total number of vowels in the string
    add esp, 8
    push 16[vowel]
    push 12[vowel]
    push 8[vowel]
    push 4[vowel]
    push 0[vowel]
    push OFFSET op_2
    call printf            ; print number of each vowel in the string
    add esp, 24
    
    push OFFSET return
    call printf
    add esp, 4            ; wait for the user to close the program
    call _getch
    push 0
    call exit                ; close the program
main ENDP
END
2. Output:
3. Description:
    The Program uses gets function to read the input string which should be greater than 127 bytes longs. Then each byte is compared against the vowels both in capital and smaller letters. If match was found then appropriate variable is increment. Count of each vowel letter is held in separate memory location. At the end total number of vowels are calculated and printed out along with the individual count.
question 2.docx
1. Source Code:
.data
array    dword 6 dup(0)
fmt        byte "%d %d %d %d %d %d", 0
prompt    byte "Enter any 6 Numbers : ", 0
op_1    byte 10, "Largest entered number is : %d", 10, 0
op_2    byte 10, "Smallest entered number is: %d", 10, 0
op_3    byte 10, "Large to Small: %d %d %d %d %d %d", 10, 0
op_4    byte 10, "Small to Large: %d %d %d %d %d %d", 10, 0
return    byte 10, "Press Any key to exit . . .", 0
.code
main PROC
    push OFFSET prompt        ; prompt the user to enter the number
    call printf
    add     esp, 4    
    push OFFSET 20[array]        ; address of the 6th number
    push OFFSET 16[array]        ; address of the 5th number
    push OFFSET 12[array]        ; address of the 4th number
    push OFFSET 8[array]        ; address of the 3rd number
    push OFFSET 4[array]        ; address of the 2nd number
    push OFFSET 0[array]        ; address of the 1st number
    push OFFSET fmt        ; format for the scanf statement
    call scanf            ; call the function
    add     esp, 28            ; clear the memory allocated in the previous push statement
    mov    ecx, 5            ; number of iteration i.e. last index of the array
outerLoop:
    push ecx            ; push the value
    mov    eax, ecx            ; index of the current element
innerLoop:
    add    ecx, -1            ; index of the previous element from the current element
    mov    ebx, array[ecx * 4]    ; get the value
    cmp array[eax * 4], ebx        ; compare it against the current element
    jg    skip            ; skip if current element is greater else swap the element
    mov    edx, array[eax * 4]    ; copy the current element
    mov array[ecx * 4], edx        ; swap the elements
    mov array[eax * 4], ebx
skip:
    cmp ecx, 0            ; exit the loop if the first index of the array is reached
    jge     innerLoop
    pop ecx            ; pop the iteration value
    loop outerLoop            ; loop till the end of the array
    push 20[array]            ; address of the largest element in the array
    push OFFSET op_1
    call printf            ; print the largest element
    add     esp, 8
    push 0[array]            ; address of the smallest element in the array
    push OFFSET op_2        
    call printf            ; print the smallest element
    add     esp, 8
    push 0[array]
    push 4[array]
    push 8[array]
    push 12[array]
    push 16[array]
    push 20[array]
    push OFFSET op_3
    call printf            ; print the element in descending order
    add     esp, 28
    push 20[array]
    push 16[array]
    push 12[array]
    push 8[array]
    push 4[array]
    push 0[array]
    push OFFSET op_4
    call printf            ; print the element in ascending order
    add     esp, 28    
    push OFFSET return        ; wait for the user to close the program
    call printf
    add     esp, 4
    call _getch
    push 0
    call exit                        ; exit the program
main ENDP
END
2. Output:
3. Description:
    The program uses a scanf function to read the 6 numbers in an array. Then the array is sorted out. Sorting taking a single element from the index zero or last element, compare it against all other elements and swap if smaller or larger respectively. Then the index is incremented or decremented and compare it with rest of its element and loops till all the elements are compared with each other and swapped appropriately. Resulting array will a sorted array from lowest value to largest value. Print the lowest value, which is first element in the array, and largest value last element, then print from lowest to largest and largest to lowest value.
question 1.docx
1. Source Code
    .data
array    dword 5 dup(0)
prompt byte "Enter the Five Numbers : ", 0
op_1    byte 10, "Sum of the Entered Number : %d", 10, 0
op_2    byte 10, "Division of entered digit number 4 by entered digit number two : %d", 10, 0
fmt    byte "%d %d %d %d %d", 0
return    byte 10, "Press any to exit . . .", 0
    .code
main PROC    
    push OFFSET prompt
    call printf
    add esp, 4
    push OFFSET 16[array]         ; address of the 5th number
    push OFFSET 12[array]         ; address of the 4th number
    push OFFSET 8[array]         ; address of the 3rd number
    push OFFSET 4[array]         ; address of the 2nd number
    push OFFSET 0[array]         ; address of the 1st number
    push OFFSET fmt        ; format for the scanf statement
    call scanf            ; call the function
    add esp, 20            ; clear the memory allocated in the previous push statement
    mov eax, 0[array]        ; sum = 1st number
    add eax, 4[array]        ; sum += 2nd number
    add eax, 8[array]        ; sum += 3rd number
    add eax, 12[array]        ; sum += 4th number
    add eax, 16[array]        ; sum += 5th number
    push eax            ; push the sum
    push OFFSET op_1        ; address of the string
    call printf            ; print the result
    add esp, 8            ; clear the memory allocated in the previous push statement
    mov    eax, 12[array]        ; x = 4th number
    mov edx, 0            ; clear edx for division
    idiv 4[array]            ; x = x/2nd number
    push eax            ; push the x
    push OFFSET op_2        ; address of the string
    call printf             ; print the result
    add esp, 8            ; clear the memory allocated in the previous push statement    
    push OFFSET return        ; wait for the user to press any key to exit the program
    call printf
    add esp, 4
    call _getch
    push 0
    call exit
main ENDP
END
2. Output:
3. Description:
    Using Scanf function 5 Numbers are read from the stdin, address of the variable to hold the numbers are send via scanf argument and once the function returns the values will be stored in the respective variables. Then each variable is added together and the results are written out to the stdout. An array of size 5 is used to hold the number so accessing the 4th and 2nd number is simplified to an index number of 4th and 2nd location. Then values from 4th and 2nd numbers are divided and result is printed out.
Question.zip
Question/question_1/.vs/question_1/v14/.suo
Question/question_1/Debug/question_1.exe
Question/question_1/Debug/question_1.ilk
Question/question_1/Debug/question_1.pdb
Question/question_1/question_1.sln
Microsoft Visual Studio Solution File, Format Version 12.00
# Visual Studio 14
VisualStudioVersion = 14.0.25420.1
MinimumVisualStudioVersion = 10.0.40219.1
Project("{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}") = "question_1", "question_1\question_1.vcxproj", "{9840628A-1962-48CA-BC04-50B9F5885149}"
EndProject
Global
    GlobalSection(SolutionConfigurationPlatforms) = preSolution
        Debug|x64 = Debug|x64
        Debug|x86 = Debug|x86
        Release|x64 = Release|x64
        Release|x86 = Release|x86
    EndGlobalSection
    GlobalSection(ProjectConfigurationPlatforms) = postSolution
        {9840628A-1962-48CA-BC04-50B9F5885149}.Debug|x64.ActiveCfg = Debug|x64
        {9840628A-1962-48CA-BC04-50B9F5885149}.Debug|x64.Build.0 = Debug|x64
        {9840628A-1962-48CA-BC04-50B9F5885149}.Debug|x86.ActiveCfg = Debug|Win32
        {9840628A-1962-48CA-BC04-50B9F5885149}.Debug|x86.Build.0 = Debug|Win32
        {9840628A-1962-48CA-BC04-50B9F5885149}.Release|x64.ActiveCfg = Release|x64
        {9840628A-1962-48CA-BC04-50B9F5885149}.Release|x64.Build.0 = Release|x64
        {9840628A-1962-48CA-BC04-50B9F5885149}.Release|x86.ActiveCfg = Release|Win32
        {9840628A-1962-48CA-BC04-50B9F5885149}.Release|x86.Build.0 = Release|Win32
    EndGlobalSection
    GlobalSection(SolutionProperties) = preSolution
        HideSolutionNode = FALSE
    EndGlobalSection
EndGlobal
Question/question_1/question_1.VC.db
Question/question_1/question_1/Debug/main.obj
Question/question_1/question_1/Debug/question_1.log
Assembling main.asm...
question_1.vcxproj -> D:\Visual Studio Workspace\Question\question_1\Debug\question_1.exe
question_1.vcxproj -> D:\Visual Studio Workspace\Question\question_1\Debug\question_1.pdb (Full PDB)
Question/question_1/question_1/Debug/question_1.tlog/link.command.1.tlog
^D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\QUESTION_1\DEBUG\MAIN.OBJ
/OUT:"D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\QUESTION_1.EXE" /INCREMENTAL /NOLOGO LIBUCRT.LIB LEGACY_STDIO_DEFINITIONS.LIB LIBVCRUNTIME.LIB LIBCMT.LIB KERNEL32.LIB USER32.LIB GDI32.LIB WINSPOOL.LIB COMDLG32.LIB ADVAPI32.LIB SHELL32.LIB OLE32.LIB OLEAUT32.LIB UUID.LIB ODBC32.LIB ODBCCP32.LIB /MANIFEST /MANIFESTUAC:"level='asInvoker' uiAccess='false'" /manifest:embed /DEBUG /PDB:"D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\QUESTION_1.PDB" /SUBSYSTEM:CONSOLE /TLBID:1 /DYNAMICBASE /NXCOMPAT /IMPLIB:"D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\QUESTION_1.LIB" /MACHINE:X86 DEBUG\MAIN.OBJ
^D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\MAIN.OBJ
/OUT:"D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\DEBUG\QUESTION_1.EXE" /INCREMENTAL /NOLOGO LIBUCRT.LIB LEGACY_STDIO_DEFINITIONS.LIB LIBVCRUNTIME.LIB LIBCMT.LIB KERNEL32.LIB USER32.LIB GDI32.LIB WINSPOOL.LIB COMDLG32.LIB ADVAPI32.LIB SHELL32.LIB OLE32.LIB OLEAUT32.LIB UUID.LIB ODBC32.LIB ODBCCP32.LIB /MANIFEST /MANIFESTUAC:"level='asInvoker' uiAccess='false'" /manifest:embed /DEBUG /PDB:"D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\DEBUG\QUESTION_1.PDB" /SUBSYSTEM:CONSOLE /TLBID:1 /DYNAMICBASE /NXCOMPAT /IMPLIB:"D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\DEBUG\QUESTION_1.LIB" /MACHINE:X86 DEBUG\MAIN.OBJ
Question/question_1/question_1/Debug/question_1.tlog/link.read.1.tlog
^D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\QUESTION_1\DEBUG\MAIN.OBJ
C:\WINDOWS\GLOBALIZATION\SORTING\SORTDEFAULT.NLS
C:\PROGRAM FILES (X86)\WINDOWS KITS\10\LIB\10.0.10240.0\UCRT\X86\LIBUCRT.LIB
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\LIB\LEGACY_STDIO_DEFINITIONS.LIB
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\LIB\LIBVCRUNTIME.LIB
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\LIB\LIBCMT.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\KERNEL32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\USER32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\GDI32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\WINSPOOL.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\COMDLG32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\ADVAPI32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\SHELL32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\OLE32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\OLEAUT32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\UUID.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\ODBC32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\ODBCCP32.LIB
D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\QUESTION_1\DEBUG\MAIN.OBJ
C:\WINDOWS\SYSTEM32\TZRES.DLL
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\LIB\LEGACY_STDIO_WIDE_SPECIFIERS.LIB
^D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\MAIN.OBJ
C:\WINDOWS\GLOBALIZATION\SORTING\SORTDEFAULT.NLS
C:\PROGRAM FILES (X86)\WINDOWS KITS\10\LIB\10.0.10240.0\UCRT\X86\LIBUCRT.LIB
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\LIB\LEGACY_STDIO_DEFINITIONS.LIB
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\LIB\LIBVCRUNTIME.LIB
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\LIB\LIBCMT.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\KERNEL32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\USER32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\GDI32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\WINSPOOL.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\COMDLG32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\ADVAPI32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\SHELL32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\OLE32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\OLEAUT32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\UUID.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\ODBC32.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\LIB\WINV6.3\UM\X86\ODBCCP32.LIB
D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\MAIN.OBJ
C:\WINDOWS\SYSTEM32\TZRES.DLL
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\LIB\LEGACY_STDIO_WIDE_SPECIFIERS.LIB
C:\PROGRAM FILES (X86)\WINDOWS KITS\8.1\BIN\X86\RC.EXE
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\BIN\CVTRES.EXE
C:\PROGRAM FILES (X86)\MICROSOFT VISUAL STUDIO 14.0\VC\BIN\MSPDBSRV.EXE
C:\WINDOWS\SYSTEM32\RSAENH.DLL
Question/question_1/question_1/Debug/question_1.tlog/link.write.1.tlog
^D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\QUESTION_1\DEBUG\MAIN.OBJ
D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\QUESTION_1.ILK
D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\QUESTION_1.EXE
D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\QUESTION_1.PDB
^D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\QUESTION_1\DEBUG\MAIN.OBJ
D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\DEBUG\QUESTION_1.ILK
D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\DEBUG\QUESTION_1.EXE
D:\VISUAL STUDIO WORKSPACE\QUESTION\QUESTION_1\DEBUG\QUESTION_1.PDB
Question/question_1/question_1/Debug/question_1.tlog/question_1.lastbuildstate
#TargetFrameworkVersion=v4.0:PlatformToolSet=v140:EnableManagedIncrementalBuild=false:VCToolArchitecture=Native32Bit:WindowsTargetPlatformVersion=8.1
Debug|Win32|D:\Visual Studio Workspace\Question\question_1\|
Question/question_1/question_1/Debug/question_1.tlog/question_1.write.1u.tlog
^main.asm
D:\Visual Studio Workspace\Question\question_1\question_1\question_1\Debug\main.obj
^main.asm
D:\Visual Studio Workspace\Question\question_1\question_1\question_1\Debug\main.obj
^main.asm
D:\Visual Studio Workspace\Question\question_1\question_1\question_1\Debug\main.obj
^main.asm
D:\Visual Studio Workspace\Question\question_1\question_1\question_1\Debug\main.obj
^main.asm
D:\Visual Studio Workspace\Question\question_1\question_1\question_1\Debug\main.obj
^main.asm
D:\Visual Studio...
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