The code you provided is a Go program that sets up a webhook handler for a GitHub application. It uses the LangChain library to perform semantic search and generate responses based on the provided context.
Here's a breakdown of the code:
Imports: The code imports necessary packages for handling webhooks, interacting with GitHub, and performing semantic search.
External Data, Input Sources: The code loads environment variables for the AI endpoint, API token, and database URL. It also defines test prompts and repository names.
Major Code Parts:
Test_main function: This function loads environment variables, retrieves test data, and calls the generateResponse function for each test prompt and repository name.
getCollection function: This function takes the AI endpoint, API token, database URL, and namespace as input and returns a vector store.
generateResponse function: This function calls the RAG.RagReflexia function to perform semantic search and generate a response based on the provided context.
RAG.RagReflexia function: This function takes the question, AI endpoint, API token, number of results, and vector store as input and returns a response. It performs semantic search using the provided vector store and generates a response using the retrieved documents.
Webhook Handling: The code sets up a webhook handler that listens for events from GitHub. When an event is received, it extracts the event type and data, and then calls the appropriate function to handle the event.
Client Creation: The code creates a GitHub client for each installation of the application. It uses the private key to authenticate with GitHub and retrieve the installation token.
Response Generation: When a new issue is opened, the code generates a response using the RAG.RagReflexia function and posts it as a comment on the issue.
Error Handling: The code includes error handling for various operations, such as creating clients, retrieving data from the database, and performing semantic search.
In summary, this code demonstrates how to set up a GitHub application that uses semantic search and RAG to generate responses based on the context of issues opened in repositories. It also shows how to handle webhook events and create clients for each installation of the application.
The code you provided is a Go program that sets up a webhook handler for a GitHub application. It uses the LangChain library to perform semantic search and generate responses based on the provided context.
Here's a breakdown of the code:
Imports: The code imports necessary packages for handling webhooks, interacting with GitHub, and performing semantic search.
External Data, Input Sources: The code loads environment variables for the AI endpoint, API token, and database URL. It also defines test prompts and repository names.
Major Code Parts:
Webhook Handling: The code sets up a webhook handler that listens for events from GitHub. When an event is received, it extracts the event type and data, and then calls the appropriate function to handle the event.
Client Creation: The code creates a GitHub client for each installation of the application. It uses the private key to authenticate with GitHub and retrieve the installation token.
Response Generation: When a new issue is opened, the code generates a response using the RAG.RagReflexia function and posts it as a comment on the issue.
Error Handling: The code includes error handling for various operations, such as creating clients, retrieving data from the database, and performing semantic search.
In summary, this code demonstrates how to set up a GitHub application that uses semantic search and RAG to generate responses based on the context of issues opened in repositories. It also shows how to handle webhook events and create clients for each installation of the application.