You will write a Java function that performs a complex calculation with six input parameters. The
function should use assertions to check for any errors or inconsistencies in the input data. In
addition, the function should handle errors gracefully by substituting the closest legal value or
logging a warning message to a file.
1. Create a new Java project in your IDE of choice.
2. Create a new Java class called Calculator with a single static function called
complexCalculation that takes six parameters: An integer x A double y A boolean flag A string
str An array of integers arr An array of doubles doublesArr
3. Implement the complexCalculation function to perform a complex calculation using the input
parameters.
4. Use assertions to check for any errors or inconsistencies in the input data. For example, assert
that x is greater than or equal to zero, assert that y is not NaN or infinite, and assert that str is not
null or empty.
5. Handle errors gracefully by substituting the closest legal value or logging a warning message to
a file. For example, if flag is false, substitute the value of x with the next piece of valid data (i.e.,
x+1). If arr is null or empty, substitute it with a default array containing the value 0. If doublesArr
contains any NaN or infinite values, log a warning message to a file and substitute those values
with the closest legal value (i.e., Double.MAX_VALUE or Double.MIN_VALUE).
6. Test your complexCalculation function with various input values, including edge cases and
invalid data, to ensure that it works correctly and handles errors and assertions properly.
Urgent please.
You will write a Java function that performs a complex calcu.pdf
1. You will write a Java function that performs a complex calculation with six input parameters. The
function should use assertions to check for any errors or inconsistencies in the input data. In
addition, the function should handle errors gracefully by substituting the closest legal value or
logging a warning message to a file.
1. Create a new Java project in your IDE of choice.
2. Create a new Java class called Calculator with a single static function called
complexCalculation that takes six parameters: An integer x A double y A boolean flag A string
str An array of integers arr An array of doubles doublesArr
3. Implement the complexCalculation function to perform a complex calculation using the input
parameters.
4. Use assertions to check for any errors or inconsistencies in the input data. For example, assert
that x is greater than or equal to zero, assert that y is not NaN or infinite, and assert that str is not
null or empty.
5. Handle errors gracefully by substituting the closest legal value or logging a warning message to
a file. For example, if flag is false, substitute the value of x with the next piece of valid data (i.e.,
x+1). If arr is null or empty, substitute it with a default array containing the value 0. If doublesArr
contains any NaN or infinite values, log a warning message to a file and substitute those values
with the closest legal value (i.e., Double.MAX_VALUE or Double.MIN_VALUE).
6. Test your complexCalculation function with various input values, including edge cases and
invalid data, to ensure that it works correctly and handles errors and assertions properly.
Urgent please
