Problem: Bank Transaction

Create assembly program to analyze a series of bank transactions. Each transaction can be either a deposit $($positive amount$)$ or a withdrawal $($negative amount$).$ The program should categorize these transactions, calculate various statistics, and manage data using a stack.

Requirements:

$1.$ Array of Transactions:

$-$ Define an array with integer values representing transactions over a week.

$-$ Positive values represent deposits, while negative values represent withdrawals.

$2.$ Transaction Categorization:

$-$ Traverse the transaction array using a while loop and apply a complex conditional check for each transaction:

$-$ If the transaction is a deposit $($positive amount$)$ and greater than $1000,$ push it onto the stack $($this is considered a "large deposit"$).$

$-$ If the transaction is a withdrawal $($negative amount$)$ and less than $-500,$ add it to a cumulative sum of large withdrawals.

$-$ Any transaction not meeting these conditions should be counted as a "regular transaction."

$3.$ Stack Processing:

$-$ After completing the categorization loop, pop all values from the stack $($large deposits$)$ and add them to a separate cumulative sum for "large deposits."

$4.$ Final Output:

$-$ The program should output and store $($use Irvine libraries to print$)$ the following results:

$-$ The total sum of large withdrawals $($transactions less than $-500).$

$-$ The count of regular transactions $($transactions not meeting the large deposit or large withdrawal criteria$).$

$-$ The total sum of large deposits $($deposits over $1000).$

This problem involves using a loop for traversal, complex conditional checks, and stack operations, making it a comprehensive exercise in $\backslash (\backslash$times $86\backslash )$ assembly programming concepts.

Given Data

Transactions DWORD $500,-300,1200,-600,800,-200,1500,-750,300$ ; Transaction

array Length DWORD $9$ ; Length of the Transactions array

LargeWithdrawalsSum DWORD $0$ ; Sum of large withdrawals

RegularTransactionCount DWORD $0$ ; Count of regular transactions

LargeDepositsSum DWORD $0$ ; Sum of large deposits $(>1000)$