AIAgentSubgraph
Represents a subgraph within an AI agent execution strategy capable of processing input and producing output.
A subgraph is a modular component of a larger execution graph, defined by a StartNode as the entry point and a FinishNode as the exit point. The subgraph may implement tool selection strategies, incorporate language model support, and apply custom response processing to tailor its behavior within the broader agent workflow.
Parameters
The name of the subgraph.
The starting node of the subgraph, which initiates the processing.
The finishing node of the subgraph, which concludes the processing.
Strategy determining which tools should be available during this subgraph's execution.
Optional LLModel override for the subgraph execution.
Optional LLMParams override for the prompt for the subgraph execution.
Optional ResponseProcessor override for the subgraph execution.
Type Parameters
The type of input data accepted by the subgraph.
The type of output data returned by the subgraph.
Represents a subgraph within an AI agent execution strategy capable of processing input and producing output.
A subgraph is a modular component of a larger execution graph, defined by a StartNode as the entry point and a FinishNode as the exit point. The subgraph may implement tool selection strategies, incorporate language model support, and apply
Represents a subgraph within an AI agent execution strategy capable of processing input and producing output.
A subgraph is a modular component of a larger execution graph, defined by a StartNode as the entry point and a FinishNode as the exit point. The subgraph may implement tool selection strategies, incorporate language model support, and apply
Constructors
Types
Companion object for AIAgentSubgraph.
Properties
The directed edges connecting this node to other nodes in the AI agent strategy graph. Each edge defines the flow and optional transformation of output data from this node to another.
The directed edges connecting this node to other nodes in the AI agent strategy graph. Each edge defines the flow and optional transformation of output data from this node to another.
The directed edges connecting this node to other nodes in the AI agent strategy graph. Each edge defines the flow and optional transformation of output data from this node to another.
Functions
Adds a directed edge from the current node, enabling connections between this node and other nodes in the AI agent strategy graph.
Adds a directed edge from the current node, enabling connections between this node and other nodes in the AI agent strategy graph.
Adds a directed edge from the current node, enabling connections between this node and other nodes in the AI agent strategy graph.
Enforces execution to start at the specified node with the given input, overriding the default execution flow.
Enforces execution to start at the specified node with the given input, overriding the default execution flow.
Enforces execution to start at the specified node with the given input, overriding the default execution flow.
Executes the node operation using the provided execution context and input, bypassing static type checks. This method internally performs an unchecked cast of input to TInput and delegates to execute. The caller is responsible for ensuring that input is actually assignable to TInput; otherwise a ClassCastException may be thrown at the call site or later during execution.
Executes the node operation using the provided execution context and input, bypassing static type checks. This method internally performs an unchecked cast of input to TInput and delegates to execute. The caller is responsible for ensuring that input is actually assignable to TInput; otherwise a ClassCastException may be thrown at the call site or later during execution.
Executes the node operation using the provided execution context and input, bypassing static type checks. This method internally performs an unchecked cast of input to TInput and delegates to execute. The caller is responsible for ensuring that input is actually assignable to TInput; otherwise a ClassCastException may be thrown at the call site or later during execution.
Creates a directed edge from this AIAgentNodeBase to another AIAgentNodeBase, allowing data to flow from the output of the current node to the input of the specified node.
Creates a directed edge from this AIAgentNodeBase to another AIAgentNodeBase, allowing data to flow from the output of the current node to the input of the specified node.
Creates a directed edge from this AIAgentNodeBase to another AIAgentNodeBase, allowing data to flow from the output of the current node to the input of the specified node.
Retrieves the current execution point, which consists of a specific node in the execution graph and an optional input. If no forced node is defined, the method returns null.
Retrieves the current execution point, which consists of a specific node in the execution graph and an optional input. If no forced node is defined, the method returns null.
Retrieves the current execution point, which consists of a specific node in the execution graph and an optional input. If no forced node is defined, the method returns null.
Resets the currently enforced execution point for the AI agent, including clearing any forced node and input data. Once the execution point is reset, the system will revert to its default execution behavior without targeting a specific node explicitly.
Resets the currently enforced execution point for the AI agent, including clearing any forced node and input data. Once the execution point is reset, the system will revert to its default execution behavior without targeting a specific node explicitly.
Resets the currently enforced execution point for the AI agent, including clearing any forced node and input data. Once the execution point is reset, the system will revert to its default execution behavior without targeting a specific node explicitly.
Resolves the edge associated with the provided node output and execution context. Iterates through available edges and identifies the first edge that can successfully process the given node output within the provided context. If a resolvable edge is found, it returns a ResolvedEdge containing the edge and its output. Otherwise, returns null.
Resolves the edge associated with the provided node output and execution context. Iterates through available edges and identifies the first edge that can successfully process the given node output within the provided context. If a resolvable edge is found, it returns a ResolvedEdge containing the edge and its output. Otherwise, returns null.
Resolves the edge associated with the provided node output and execution context. Iterates through available edges and identifies the first edge that can successfully process the given node output within the provided context. If a resolvable edge is found, it returns a ResolvedEdge containing the edge and its output. Otherwise, returns null.