Toaster Test Case: In this article, we are going to write test cases to test a toaster. There are different designs of toasters available in the market. Most of our designs these days are available in two types – battery-operated or electrical.
Depending on how you choose to test the appliance, the test cases will be different. We are going to take a look at some of the test scenarios and cases for both of these types.
|Post On:||Test Case For Toaster|
|Post Type:||Test Case Template|
|Applicable For:||Freshers & Experience|
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Toaster Test Case
Before we write a long list of scenarios and test cases, let’s get one thing clear. The best way to test is to check if it toasts bread as per our requirement. That’s it. There is nothing more to it than this simple test scenario. However, in the real world, to get closer to this output, the toaster has to go through a process.
While going through this process, it may overheat or underheat the bread. If it’s battery-operated, then it could run out of energy. Like this, we can think of many scenarios in positive and negative situations. So let’s take a look at those scenarios and also check some test cases as well.
If a question like this is asked in the interview, please start your test case with a simple test scenario of heating the bread. From here onwards, you can get creative with different scenarios and test cases. Also, you can ask for scenarios like if the toaster is for homemade usage or the restaurant type. As the designs are different for each of the use cases.
Toaster Test Case & Test Scenario
- Connect the power cable to the appliance and check if it turns on.
- Check if the power light is visible on the appliance.
- Check if the power light shows once the toast is prepared.
- Check if the power cuts itself off once the toast is ready.
- Put the bread into it and turn on the device. Observe the behavior.
- Check if it toasts the bread after the specified time interval.
- Check if the power remains on if the bread is not added.
- Check if the power gets cut off if the bread is removed.
- Check it requires heat after the first bread gets toasted.
- Add the next slices after the first one is heated to check how much time it takes.
- Check it accepts more slices than the space allocated.
- Check how many slices can be toast on the battery.
- Check it works by turning off the electricity.
- Check if the color and smell change after the heat in a particular time period.
- Check how much power supply it takes for the toaster – 2 phase or 3 phase.
- Check how much power it takes for toaster during different room temperatures.
- Check the moisture of the toaster if heated for a certain time period.
- Check if the toaster is automated or manual.
- Check if you can set the timing.
- Check how thick slice can be added to the toaster.
- Check if the bread slices are possible to overheat.
- Check if the timer setting in the toaster prevents overheating of the slice.
- Check if the toaster color, size, and weight are as per the specification document of the manufacturer.
- Check how many breads can be toasted for the lifespan of the toaster.
- Check how much idle time requires in between the toasting.
- Check for stress on the appliance.
- Check the amount of power consumed for a number of toasts.
- Check for the auto cut off operation under different conditions.
- Check for the operation of the toaster with battery backup.
- Check if it operates on the solar power supply.
- Check how many toasts can be made if operated for long hours.
These are some of the test cases that you can write for the most generic toaster. I have assumed an electrical toaster for our test scenarios and test cases. However, you can check other types like battery-operated and solar supply toasters. This way, you can come up with a few more test cases.
If you have found any errors or have any suggestions, then feel free to let me know in the comments. Please share the post with friends and others on social media.