Struct TypedToolAdapter 

pub struct TypedToolAdapter<T> { /* private fields */ }

Adapter that turns any TypedTool into a full Tool.

It gives the wrapped tool Name = DynamicToolName, deserializes the model’s Value arguments into TypedTool::Input before dispatching, and synthesises a structured validation-error ToolResult when that fails.

You rarely name this type directly — register a TypedTool with ToolRegistry::register_typed, which wraps it for you. The adapter pattern (rather than a blanket impl Tool for T: TypedTool) is required for coherence: a blanket impl would conflict with the existing SimpleToolAdapter impl, because the compiler cannot rule out a downstream TypedTool impl for SimpleToolAdapter.

This adapter is also where the typed Input is threaded through the erased-tool machinery without leaking the generic into trait objects: the registry’s ErasedTool wrapper still only ever sees Value, while the concrete Input type (and the deserialize) live here, inside the adapter’s concrete T.

Implementations

impl<T> TypedToolAdapter<T>

pub const fn new(tool: T) -> TypedToolAdapter<T>

Wrap a TypedTool so it can be used anywhere a Tool is expected.

pub fn into_inner(self) -> T

Unwrap the inner TypedTool.

Trait Implementations

impl<Ctx, T> Tool<Ctx> for TypedToolAdapter<T>

where T: TypedTool<Ctx>, Ctx: Send + Sync,

type Name = DynamicToolName

The type of name for this tool.

fn name(&self) -> DynamicToolName

Returns the tool’s strongly-typed name.

fn display_name(&self) -> &'static str

Human-readable display name for UI (e.g., “Read File” vs “read”).

fn description(&self) -> &'static str

Human-readable description of what the tool does.

fn input_schema(&self) -> Value

JSON schema for the tool’s input parameters.

fn tier(&self) -> ToolTier

Permission tier for this tool.

async fn execute( &self, ctx: &ToolContext<Ctx>, input: Value, ) -> Result<ToolResult, Error>

Execute the tool with the given input.