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PodcastTranscriptionAndSummarization
PodcastTranscriptionAndSummarization is a Yeager component that takes a podcast URL as input and returns a transcript, summary, and summary audio file. This component is useful for processing and analyzing podcast content.
PodcastUrl
: A Pydantic BaseModel with a single attributepodcast_url
of str type, representing the URL of the podcast.
TranscriptSummaryAudioResponse
: A Pydantic BaseModel with the following attributes:transcript_path
: str type, representing the file path to the podcast's transcript.summary_path
: str type, representing the file path to the summary of the podcast.summary_audio_path
: str type, representing the file path to the audio summary of the podcast.
args
: An instance ofPodcastUrl
as input to thetransform()
function, containing the podcast URL.callbacks
: An optional any-typed parameter for passing callback functions, with a default value of None.
The transform()
method in the PodcastTranscriptionAndSummarization
class performs the following steps:
- Call the
transform()
method of the superclassAbstractWorkflow
withargs
andcallbacks
as arguments to obtain a dictionary containing the results of the podcast processing. - Extract the
transcript_path
,summary_path
, andsummary_audio_path
from the results dictionary. - Create an instance of
TranscriptSummaryAudioResponse
with the extracted paths and return it, containing the processed podcast data.
typing
: Used for type hinting.dotenv
: Load .env files to define environment variables.fastapi
: Create FastAPI app, making this component accessible via API.pydantic
: Define the input and output models for data validation and serialization.
This component doesn't make external API calls directly, but it utilizes the APIs used by the AbstractWorkflow, as well as any APIs used by other components within the Yeager Workflow.
Error handling for this component mostly relies on the underlying components, used in the Yeager Workflow. Any exceptions thrown by the components, while executing the transform()
method, would be propagated and handled by the component that catches it.