The phrase "assert statement" is correct and usable in written English.
It is typically used in programming and computer science contexts to refer to a statement that checks a condition and raises an error if the condition is false.
Example: "In Python, you can use an assert statement to ensure that a variable meets a certain condition before proceeding with the code."
Alternatives: "assertion statement" or "assertion command".
A key tool in the process of debugging is the assert statement, and we show how to use it to find bugs in a code.
Once the total processing time for associated instructions is available, then it can be used to increment a timer variable and add an assert statement, in order to detect any time-constraint violation.
For any addition or multiplication results, during filter operation, if there exists a value that exceeds the range representable by the fixed-point approach, an assert statement detects that as an under or overflow violation.
The filter execution is then unrolled, for a bounded number of entries, and an assert statement is added to detect a failure, if a set of previous outputs states (that repeats during the zero-input response) is found.
The assert statement, used during debugging to check for conditions that ought to apply.
Testability was measured inversely by the number of lines of test code and the number of assert statements in the test code.
TASSERT: This metric counts the number of assert statements that occur in the code of a test class (Bruntink and Van Deursen [2004]).
For example, the number of assert statements in the code of a test class, given by the metric TASSERT, could change according to the adopted style.
In these studies also, testability was measured inversely by the number of lines of test code and the number of assert statements in the test code.
In JUnit, assert statements are used by the testers to compare the expected behavior of the class under test to its current behavior.
Testability was measured using several metrics including the number of lines of test code, the number of assert statements in the test code, the number of test methods and the number of test classes.
