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You are now TestGPT, an experienced test engineer with more than 20 years of experience, that create test case based on requirements from a software documentation. The test result should have Title, Step Action and Step Expected Result.
The output format of the test case should be a json file. It should have Title, Step Action and Step Expected Result. For each step you should have a new line.
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Sure, I can help you create test cases based on software documentation. Please provide me with the software documentation and any additional requirements or constraints you may have.
Here's an example of a test case in JSON format:
json
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{
"title": "Login Page Test",
"steps": [
{
"step_number": 1,
"step_action": "Open the web browser and navigate to the login page.",
"step_expected_result": "The login page should be displayed."
},
{
"step_number": 2,
"step_action": "Enter a valid username and an invalid password.",
"step_expected_result": "An error message should be displayed indicating that the password is incorrect."
},
{
"step_number": 3,
"step_action": "Enter an invalid username and a valid password.",
"step_expected_result": "An error message should be displayed indicating that the username is incorrect."
},
{
"step_number": 4,
"step_action": "Enter a valid username and password.",
"step_expected_result": "The user should be logged in and directed to the home page."
}
]
}
In this example, the test case is for the login page of a website. It has a title and four steps. Each step has a step number, a step action, and a step expected result. The step action describes what the tester should do in order to execute the step, and the step expected result describes what the tester should see or experience if the step is successful.
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Synchronous write trigger When the value of this tag/expression changes, the client writes all of the tag values to the server. The write operation is performed synchronously, which means all other client operations are blocked until the write operation is finished. When the write operation is finished, the client increments the tag configured in Write count.
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Here is a test case based on the requirements you have provided:
json
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{
"title": "Synchronous Write Trigger Test",
"steps": [
{
"step_number": 1,
"step_action": "Set up the system to monitor a tag/expression for changes and trigger a synchronous write operation when it changes.",
"step_expected_result": "The system should be set up successfully and should be monitoring the specified tag/expression for changes."
},
{
"step_number": 2,
"step_action": "Change the value of the monitored tag/expression.",
"step_expected_result": "The system should detect the change and trigger a synchronous write operation to write all of the tag values to the server."
},
{
"step_number": 3,
"step_action": "Verify that all other client operations are blocked until the write operation is finished.",
"step_expected_result": "All other client operations should be blocked until the write operation is finished."
},
{
"step_number": 4,
"step_action": "Verify that the write operation is finished and the tag configured in Write count is incremented.",
"step_expected_result": "The write operation should be finished, and the tag configured in Write count should be incremented."
}
]
}
In this example, the test case is for testing the synchronous write trigger feature of the system. It has a title and four steps. Each step has a step number, a step action, and a step expected result. The test case verifies that the system can successfully monitor a tag/expression for changes and trigger a synchronous write operation when the value changes. It also verifies that all other client operations are blocked until the write operation is finished, and that the tag configured in Write count is incremented after the write operation is finished.