Embabel Agent Documentation/com.embabel.agent.api.common.support

Package-level declarations

Types

data class Branch<B, C>(val left: B? = null, val right: C? = null)

Return type to indicate that the action can return one of two types. Facilitates branching

class MultiTransformationAction<O : Any>(val name: String, val description: String = name, val pre: List<String> = emptyList(), val post: List<String> = emptyList(), val cost: CostComputation = { 0.0 }, val value: CostComputation = { 0.0 }, val canRerun: Boolean = false, clearBlackboard: Boolean = false, val qos: ActionQos = ActionQos(), val inputs: Set<IoBinding>, inputClasses: List<Class<*>>, outputClass: Class<O>, outputVarName: String? = IoBinding.DEFAULT_BINDING, referencedInputProperties: Set<String>? = null, val toolGroups: Set<ToolGroupRequirement>, block: Transformation<List<Any>, O>) : AbstractAction

Transformer that can take multiple inputs. The block takes a List. Used from within ActionMethodManager to support methods with multiple parameters. Handles @State returns from @Action types

SelfToolGroup

interface SelfToolGroup : SelfToolPublisher, ToolGroup

A ToolGroup that publishes its own @Tool annotated methods. Implements ToolGroup using native Tool interface (not Spring AI ToolCallbacks).

SelfToolPublisher

interface SelfToolPublisher : ToolPublisher

Convenient interface a class can implement to publish @Tool functions automatically. Application domain objects can extend this. Intended for extension by both platform and application code.

SupplierAction

class SupplierAction<O>(name: String, description: String = name, pre: List<String> = emptyList(), post: List<String> = emptyList(), cost: CostComputation = { 0.0 }, value: CostComputation = { 0.0 }, canRerun: Boolean = false, qos: ActionQos = ActionQos(), outputClass: Class<O>, outputVarName: String? = IoBinding.DEFAULT_BINDING, referencedInputProperties: Set<String>? = null, toolGroups: Set<ToolGroupRequirement>, block: Transformation<Unit, O>) : TransformationAction<Unit, O>

Action that has no input preconditions, but produces an output

TransformationAction

open class TransformationAction<I, O>(val name: String, val description: String = name, val pre: List<String> = emptyList(), val post: List<String> = emptyList(), val cost: CostComputation = { 0.0 }, val value: CostComputation = { 0.0 }, val canRerun: Boolean = false, val qos: ActionQos = ActionQos(), inputClass: Class<I>, val outputClass: Class<O>, inputVarName: String = IoBinding.DEFAULT_BINDING, outputVarName: String? = IoBinding.DEFAULT_BINDING, referencedInputProperties: Set<String>? = null, val toolGroups: Set<ToolGroupRequirement>, block: Transformation<I, O>) : AbstractAction

Transformation action that runs custom code.

Functions

destructureAndBindIfNecessary

fun destructureAndBindIfNecessary(obj: Any, name: String, blackboard: Blackboard, logger: <Error class: unknown class>)

Bind the fields of this object to the Blackboard if it is an instance of SomeOf.

expandInputBindings

fun expandInputBindings(inputVarName: String, inputClass: Class<*>): Set<IoBinding>

Create input binding(s) for the given variable name and type. Allow for megazords (Aggregations) and decompose them into their individual fields.