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docs: [FC-0074] use glossary as reference material #221
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@sarina @Apgomeznext: here's another PR part of the 1.1 Improve Definitions and Update Outdated References in the Framework implementation effort. |
docs/reference/glossary.rst
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The filter type is a unique identifier for the filter, following a standardized format (e.g., reverse DNS style). This type is used as an index for configuring the filter pipeline and specifies which configuration settings apply to a given filter. | ||
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Filter Exceptions | ||
Filters can raise exceptions to control the flow of the pipeline. If a filter raises an exception, the pipeline halts, and the exception becomes the pipeline's output. Exceptions are typically raised when certain conditions specified in the filter's logic are met, signaling an event or state change. |
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Are exceptions a recommended practice, or should they be avoided except in extreme cases?
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We encourage using exceptions when it makes sense considering the use case of the filter. For example, the course enrollment filter has its own exceptions cause some developers might want to stop the enrollment process when a condition is met. But there are other filters, like changing the IDV URL during runtime, where raising an exception doesn't make much sense.
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Sounds good - sounds pretty conditional, don't think another note needs to be made.
docs/how-tos/create-new-filter.rst
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@@ -196,7 +198,7 @@ Steps | |||
self.assertDictContainsSubset(attributes, exception.__dict__) | |||
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.. note:: | |||
Basically, we're testing the filter's signature and the filter's behavior for stopping the process. The first test is testing the filter's signature, which is the set of parameters that the filter receives and returns. The second test is testing the filter's behavior for stopping the process, which is the exception that is raised when the filter stops the process. | |||
Basically, we're testing the :term:`filter signature<Filter Signature>` and the filter's behavior for stopping the process. The first test is testing the :term:`filter signature<Filter Signature>`, which is the set of parameters that the filter receives and returns. The second test is testing the filter's behavior for stopping the process, which is the exception that is raised when the filter stops the process. |
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I think this could be explained a little better. But I may not get it right. Maybe,
Basically, we're testing the :term:`filter signature<Filter Signature>` and the filter's behavior for stopping the process. The first test is testing the :term:`filter signature<Filter Signature>`, which is the set of parameters that the filter receives and returns. The second test is testing the filter's behavior for stopping the process, which is the exception that is raised when the filter stops the process. | |
In this example, we're testing the :term:`filter signature<Filter Signature>` and the filter's behavior for stopping the process. The first test is testing the :term:`filter signature<Filter Signature>`, specifically that the behavior works as expected when passed mock form data. The second test is testing the filter's behavior for stopping the process, which is the exception that is raised when the filter stops the process. |
I think the phrase " which is the set of parameters that the filter receives and returns" isn't needed, because we explain that in detail in the lines above the test.
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I think this glossary is correct. I was mostly looking at the content and did not review the format at all.
Left a minor comment from what looks like a missing word, nut otherwise good to merge
A pipeline step is a function within a pipeline that receives, processes, and returns data. Each step may perform operations like transforming, validating, filtering, or enriching data. Pipeline steps are implemented as classes that inherit from the base class `PipelineStep`_ and define specific logic within their `run_filter`_ method, which is executed by the pipeline tooling when the filter is triggered. | ||
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Filter Definition | ||
A filter definition is a class that inherits from `OpenEdxPublicFilter`_ that implements the ``run_filter`` which defines the input and output behavior of the filter. This class executes the configured pipeline steps by calling the method `run_pipeline`_, passing down the input arguments, handling exceptions and returning the final output of the filter. Since the ``run_filter`` method is the entry point for the filter, the pipeline steps must have the same signature as the filter definition. |
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A filter definition is a class that inherits from `OpenEdxPublicFilter`_ that implements the ``run_filter`` which defines the input and output behavior of the filter. This class executes the configured pipeline steps by calling the method `run_pipeline`_, passing down the input arguments, handling exceptions and returning the final output of the filter. Since the ``run_filter`` method is the entry point for the filter, the pipeline steps must have the same signature as the filter definition. | |
A filter definition is a class that inherits from `OpenEdxPublicFilter`_ that implements the ``run_filter`` method which defines the input and output behavior of the filter. This class executes the configured pipeline steps by calling the method `run_pipeline`_, passing down the input arguments, handling exceptions and returning the final output of the filter. Since the ``run_filter`` method is the entry point for the filter, the pipeline steps must have the same signature as the filter definition. |
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