Feb 8, 2023 · The triangle problem is a classic example of using boundary value analysis to test a software program. The problem involves determining if three values, representing the lengths of the sides of a triangle, form a valid triangle.

Mar 11, 2025 · What is the Triangle Problem? The Triangle Problem is a classic challenge in software testing where an application takes three numerical inputs (representing the lengths of the sides of a triangle) and determines the type of triangle: Scalene (no sides are equal). The task seems simple: input three numbers and classify the triangle.

You can check out the “Triangle problem” program along with its tested test cases here. In triangle problem, we require to identify output and input domain. Output Domain: O 1 = Not a triangle, when any of the sides is greater than the sum of the other O 2 = Equilateral Triangle O 3 = Isosceles Triangle O 4 = Scalene Triangle. Input Domain ...

Jan 6, 2024 · Test Cases For Triangle Problem. Check if the shape is equilateral or isosceles, or scalene. Check It must be a closed figure. Check that the figure must contain only three sides, straight, and only three angles. Check two sides must be passing through each vertex. Check the sum of all three angles must be 180 degrees.

This test check your ability to think about generating test data in a given condition. Suppose your program accepts input as three sides of a triangle and gives output on what type of triangle is this i.e. Scalene (no sides are same), Isosceles (any two sides are same) or Equilateral (All the three sides are same).

Jan 10, 2021 · In path testing for triangle problem, there are four basis (independent) paths of algorithm execution, which you need to test with test data.

1 day ago · Discussion The test cases above ensure that different scenarios are covered, including valid triangles of different types and invalid cases where the input does not satisfy the triangle inequality theorem. Additional edge cases, such as non-positive values, should also be considered to enhance the robustness of the program. Conclusion This assignment provides practice in software testing by ...

represent an equilateral triangle, isosceles triangle, scalene triangle, or they do not form a triangle at all. Derive test cases for your program based on decision-table approach, execute the test cases and discuss the results. 2. Design and develop a program in …

The output of the program can be either of: Equilateral Triangle, Isosceles Triangle, Scalene or “Not a Triangle”. We can use these to identify output (range) equivalence classes as under: 01 = {<a, c=”” b,=””> : the triangle is equilateral}

Objective of the Tutorial: To draw a Flow Graph, find its Cyclomatic Complexity, V(G) and the independent paths for the program reading a, b and c as the three sides of a triangle and determines whether they form an isosceles, equilateral or scalene triangle.