python you have managed to hack into a system where you have left a function chans_points (). The purpose of the function is that it should take a list of existing points from the system as a parameter. This list is a list of floating point numbers we know. Change the function in the list so that all points that are 0.0 become 5.0 (the limit for being able to present their information) the other points are doubled The hacker wants to make sure that the function works as intended and wants help with constructing test cases. Function already exists so you should not implement it. Well write three logically different test cases, it is clear for each of them it is clear which data is to be sent into the function and where the expected result will be. You should also explain why it is the dangerously low difference from the other test cases. There is no point in testing cases that will never occur. The test data (input data and expected results) must be explicit, ie hard-coded.
python
you have managed to hack into a system where you have left a function chans_points (). The purpose of the function is that it should take a list of existing points from the system as a parameter. This list is a list of floating point numbers we know. Change the function in the list so that all points that are 0.0 become 5.0 (the limit for being able to present their information) the other points are doubled
The hacker wants to make sure that the function works as intended and wants help with constructing test cases.
Function already exists so you should not implement it.
Well write three logically different test cases, it is clear for each of them it is clear which data is to be sent into the function and where the expected result will be. You should also explain why it is the dangerously low difference from the other test cases.
There is no point in testing cases that will never occur. The test data (input data and expected results) must be explicit, ie hard-coded.
Input :
- List of values
Output :
- Normalised values between 0.0 and 5.0.
Step by step
Solved in 4 steps with 2 images
