Visit the full docs here to see additional examples and the API reference.
The prefect-openai collection makes it easy to leverage the capabilities of AI in your flows. Check out the examples below to get started!
Tracebacks--it's quintessential in programming. They are a record of every line of code leading to the error, to help us, humans, determine what's wrong with the program and find a solution.
However, tracebacks can be extraordinarily complex, especially for someone new to the codebase.
To streamline this process, we could add AI to the mix, to offer a more human-readable summary of the issue, so it's easier for the developer to understand what went wrong and implement a fix.
After installing prefect-openai and saving an OpenAI key, you can easily incorporate OpenAI within your flows to help you achieve the aforementioned benefits!
from prefect import flow, get_run_logger
from prefect_openai import OpenAICredentials, CompletionModel
@flow
def summarize_traceback(traceback: str) -> str:
logger = get_run_logger()
openai_credentials = OpenAICredentials.load("openai-credentials")
completion_model = CompletionModel(
openai_credentials=openai_credentials,
model="text-curie-001",
max_tokens=512,
)
prompt = f"Summarize cause of error from this traceback: ```{traceback}```"
summary = completion_model.submit_prompt(traceback).choices[0]["text"]
logger.info(f"Summary of the traceback: {summary}")
return summary
if __name__ == "__main__":
traceback = """
ParameterBindError: Error binding parameters for function 'summarize_traceback': missing a required argument: 'traceback'.
Function 'summarize_traceback' has signature 'traceback: str) -> str' but received args: () and kwargs: {}.
"""
summarize_traceback(traceback)...
12:29:32.085 | INFO | Flow run 'analytic-starling' - Finished text completion using the 'text-curie-001' model with 113 tokens, creating 1 choice(s).
12:29:32.089 | INFO | Flow run 'analytic-starling' - Summary of the traceback:
This error is caused by the missing argument traceback. The function expects a traceback object as its first argument, but received nothing.
...Notice how the original traceback was quite long and confusing.
On the flip side, the Curie GPT3 model was able to summarize the issue eloquently!
!!! info "Built-in decorator"
No need to build this yourself, `prefect-openai` features a
[built-in decorator](completion/#prefect_openai.completion.interpret_exception)
to help you automatically catch and interpret exceptions in flows, tasks, and even
vanilla Python functions.
```python
import httpx
from prefect_openai.completion import interpret_exception
@interpret_exception("COMPLETION_MODEL_BLOCK_NAME_PLACEHOLDER")
def example_func():
resp = httpx.get("https://httpbin.org/status/403")
resp.raise_for_status()
example_func()
```
Have you marveled at all the AI-generated images and wondered how others did it?
After installing prefect-openai and saving an OpenAI key, you, too, can create AI-generated art.
Here's an example on how to create a story and an image based off a flow run name.
from prefect import flow, task, get_run_logger
from prefect.context import get_run_context
from prefect_openai import OpenAICredentials, ImageModel, CompletionModel
@task
def create_story_from_name(credentials: OpenAICredentials, flow_run_name: str) -> str:
"""
Create a fun story about the flow run name.
"""
text_model = CompletionModel(
openai_credentials=credentials, model="text-curie-001", max_tokens=288
)
text_prompt = f"Provide a fun story about a {flow_run_name}"
story = text_model.submit_prompt(text_prompt).choices[0].text.strip()
return story
@task
def create_image_from_story(credentials: OpenAICredentials, story: str) -> str:
"""
Create an image associated with the story.
"""
image_model = ImageModel(openai_credentials=credentials, size="512x512")
image_result = image_model.submit_prompt(story)
image_url = image_result.data[0]["url"]
return image_url
@flow
def create_story_and_image_from_flow_run_name() -> str:
"""
Get the flow run name and create a story and image associated with it.
"""
context = get_run_context()
flow_run_name = context.flow_run.name.replace("-", " ")
credentials = OpenAICredentials.load("openai-credentials")
story = create_story_from_name(credentials=credentials, flow_run_name=flow_run_name)
image_url = create_image_from_story(credentials=credentials, story=story)
story_and_image = (
f"The story about a {flow_run_name}: '{story}' "
f"And its image: {image_url}"
)
print(story_and_image)
return story_and_image
create_story_and_image_from_flow_run_name()It's easy to set up an OpenAICredentials block!
- Head over to https://beta.openai.com/account/api-keys
- Login to your OpenAI account
- Click "+ Create new secret key"
- Copy the generated API key
- Create a short script, replacing the placeholders (or do so in the UI)
from prefect_openai import OpenAICredentials`
OpenAICredentials(api_key="API_KEY_PLACEHOLDER").save("BLOCK_NAME_PLACEHOLDER")Congrats! You can now easily load the saved block, which holds your OpenAI API key:
from prefect_openai import OpenAICredentials
OpenAICredentials.load("BLOCK_NAME_PLACEHOLDER")Visit Flow Run Name Art to see some example output!
For more tips on how to use tasks and flows in a Collection, check out Using Collections!
Install prefect-openai with pip:
pip install prefect-openaiRequires an installation of Python 3.7+.
We recommend using a Python virtual environment manager such as pipenv, conda or virtualenv.
These tasks are designed to work with Prefect 2.0. For more information about how to use Prefect, please refer to the Prefect documentation.
If you encounter any bugs while using prefect-openai, feel free to open an issue in the prefect-openai repository.
If you have any questions or issues while using prefect-openai, you can find help in either the Prefect Discourse forum or the Prefect Slack community.
Feel free to star or watch prefect-openai for updates too!
If you'd like to help contribute to fix an issue or add a feature to prefect-openai, please propose changes through a pull request from a fork of the repository.
Here are the steps:
- Fork the repository
- Clone the forked repository
- Install the repository and its dependencies:
pip install -e ".[dev]"
- Make desired changes
- Add tests
- Insert an entry to CHANGELOG.md
- Install
pre-committo perform quality checks prior to commit:
pre-commit install
git commit,git push, and create a pull request