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|    comp.lang.asm.x86    |    Ahh, the lost art of x86 assembly    |    4,675 messages    |
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|    Message 4,653 of 4,675    |
|    Martijn Bos to All    |
|    Re: Write an assembly language program u    |
|    06 Dec 23 10:36:39    |
      From: martijnm.bos@nospicedham.gmail.com              chat-gpt comes to mind.              Best regards,       Martijn              Op zaterdag 2 december 2023 om 14:28:58 UTC+1 schreef Abdul Basit:       > Write an assembly language program using MASM syntax for the given       statement. You will be required to write procedures for all the given parts.       Write MAIN Procedure to execute all the procedures one by one.        >        > Part a: Procedure INPUT NAME: Input a name as string terminated by $ and       save it in memory (Use function 1 of INT 21H, loop to implement the operation,       and register indirect addressing mode to address the memory).        > Part b: Procedure CASE CONVERSION: Convert the saved string’s case       (capital ⇄ small) and save the string with case conversion. (Use logical       operation with loop, use based addressing mode to address the memory       locations).        > Part c: Procedure VOWELS: Use part a, calculate the number of vowels in the       string. (Use conditional jumps)        > Part d: Procedure CONSONANTS: Use part a, calculate the number of consonants       in the string. (Use conditional jumps)        > Part e: Procedure BINARY CONVERSION: Use part a, convert the saved ASCII       values of whole string to binary values and save the binary characters in the       memory. (Use shift or rotate operations, use indexed addressing mode)        > Part f: Procedure HEXADECIMAL CONVERSION: Use part a, convert the saved       ASCII values of whole string to hexadecimal values and save the hexadecimal       characters in the memory. (Use multiple shifts/rotate        > operations along with loop)        > Part g: Procedure 1’s BITS: Use part e, find the numbers of ones’ bits       in the whole string. (Use indexed addressing mode to address the memory).        > Part h: Procedure 0’s BITS: Use part e, find the number of zeros’ bits       in the whole string. (Use based addressing mode to address the memory)        > Part i: Procedure REVERSE THE STRING: Use part a, reverse the string and       save it in the memory. (Use based and indexed addressing mode)        > Part j: Procedure WITHOUT VOWELS: Use part a & c, remove the vowels from the       string and save it in the memory.        > Part k: Procedure WITHOUT CONSONANTS: Use part a & d, remove the consonants       from the string and save it in the memory.        > Part l: Procedure PRINTING: Print all the strings in the memory separated by       new line. (Using function 9 of INT21H).        >        > use functions and push pop where required, and don't use direct method by       using CALL function and RET function.              --- SoupGate-Win32 v1.05        * Origin: you cannot sedate... all the things you hate (1:229/2)    |
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