Our website uses cookies to enhance your browsing experience.
Accept
to the top
close form

Fill out the form in 2 simple steps below:

Your contact information:

Step 1
Congratulations! This is your promo code!

Desired license type:

Step 2
Team license
Enterprise license
** By clicking this button you agree to our Privacy Policy statement
close form
Request our prices
New License
License Renewal
--Select currency--
USD
EUR
* By clicking this button you agree to our Privacy Policy statement

close form
Free PVS‑Studio license for Microsoft MVP specialists
* By clicking this button you agree to our Privacy Policy statement

close form
To get the licence for your open-source project, please fill out this form
* By clicking this button you agree to our Privacy Policy statement

close form
I am interested to try it on the platforms:
* By clicking this button you agree to our Privacy Policy statement

close form
check circle
Message submitted.

Your message has been sent. We will email you at


If you haven't received our response, please do the following:
check your Spam/Junk folder and click the "Not Spam" button for our message.
This way, you won't miss messages from our team in the future.

>
>
>
V6113. Suspicious division. Absolute va…
menu mobile close menu
Analyzer diagnostics
General Analysis (C++)
General Analysis (C#)
General Analysis (Java)
Micro-Optimizations (C++)
Diagnosis of 64-bit errors (Viva64, C++)
Customer specific requests (C++)
MISRA errors
AUTOSAR errors
OWASP errors (C#)
Problems related to code analyzer
Additional information
toggle menu Contents

V6113. Suspicious division. Absolute value of the left operand is less than the value of the right operand.

Jun 03 2024

The analyzer has detected the modulo or division operation with integers where the absolute value of the left operand is always less than the absolute value of the right operand. Such an expression contains an error or is redundant.

Here is an example:

int a = 5; 
int b = 10; 
int result = a / b;  // Result: 0

As a result of executing this code fragment, the 'result' variable is always zero. Such operations can be logic errors: a programmer used an incorrect value or specified the wrong variable.

If the operands are specified correctly and the exact value of the division result is required, you can fix the code fragment by doing an explicit type casting before the division:

int a = 5; 
int b = 10; 
double result = (double)a / b;  // Result: 0.5

Such a case is not an error if the division operation is performed on real numbers:

double a = 5; 
double b = 10; 
double result = a / b;  // Result: 0.5

When using the modulo operation, if the absolute value of the left operand is less than the right operand, the expression result is always equal to the left operand. Such operation is redundant. Here is an example:

int a = 5; 
int b = 10; 
int result = a % b;  // Result: 5

This diagnostic is classified as: