Arithmetic's right-bicep test

Right-is the result correct?

That's right

B is all the boundary conditions correct?

Conformance (consistency): whether the value is consistent with the expected consistency

Ordering (sequential): whether the value is as it should be

is an ordered or unordered range (interval): Whether the value is between a reasonable minimum and a maximum value is

Reference (Dependency): Does the code refer to some external resources that are not within the control of the code itself?

Existence (Presence): Whether the value exists (non-null, not 0, medium in a set) can handle the elements of each element ; Each element is a int32 type

Cardinatity (cardinality): exactly enough value

Time (absolute or relative): Is everything happening in order? Is it at the right moment?　　Is it just in time? Is

Can I check the inverse association?

(For some methods, you can use a reverse logical relationship to validate them.) Examine a method that calculates the square root using the square of the result, and then test whether the result is close to the original data in order to check if a record is successfully inserted into the database, you can verify by querying this record. ）

No

C-Can you cross-check the results with other means?

(There is more than one method for calculating a quantity.) You can use another method to cross-test the results of the original method. Use data from different components of the class itself for cross-checking. The Library Data system can be checked by borrowing several and the sum of the stock and must be equal to the amount of books that are hidden. ）

No, because oil is an input method.

E-Can you force error conditions to occur?

Can, when an element exceeds 1000 or exceeds the range of Int32, an error occurs, such as

Does p meet performance requirements?

Can, because the problem is relatively single

Arithmetic's right-bicep test