architecture

System architecture design decisions for plain Java and STDIO transport are documented by detailing the rationale behind technology choices, communication protocols, and component interactions to ensure changes align with the system's design.

MCP response token budgets constrain the response size sent to AI clients. Optimizing these budgets ensures efficient processing by preventing token limit overflows during system communication.

Batching and NRT (Near Real-Time) optimization processing patterns work by grouping data operations to balance throughput and latency, detailed within the system's architectural documentation to guide implementation.

Crawler architecture for document processing is understood by reviewing its layered service structure, which outlines how the crawler interacts with internal components and manages data extraction workflows.

Yes, the architecture documentation explains configuration priorities for processing patterns, detailing how the system ranks and applies different settings to manage batching and NRT optimization effectively.

You should review system internals before planning a new feature when you need to understand existing architectural constraints, ensuring your proposed changes align with the system's design and processing patterns.