Multiple Schemas Guide
Multiple Schemas Review We just covered state schema and reducers. Typically, all graph nodes communicate with a single schema. Also, this single schema contains the graph's input and output keys / channels. Goals But, there are cases where we may want a bit more control over this: * Internal nodes may pass information that is *not required* in the graph's input / output. * We may also want to use different input / output schemas for the graph. The output might, for example, only contain a single relevant output key. We'll discuss a few ways to customize graphs with multiple schemas.
When to use Multiple Schemas
Multiple Schemas Review We just covered state schema and reducers. Typically, all graph nodes communicate with a single schema. Also, this single schema contains the graph's input and output keys / channels. Goals But, there are cases where we may want a bit more control over this: * Internal nodes may pass information that is *not required* in the graph's input / output. * We may also want to use different input / output schemas for the graph. The output might, for example, only contain a single relevant output key. We'll discuss a few ways to customize graphs with multiple schemas.
How to use Multiple Schemas
Multiple Schemas is a single agent agent built on the LangGraph framework. Set it up from the source repository, configure your model credentials, and invoke it for tasks that match its description. Review the safety profile below before running it against production data or systems.
Safety profile
Autonomy
Semi-autonomous
Sandbox-aware
No declared sandbox guidance
Network access
Unspecified
Filesystem access
Unspecified