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- Registry of named extensions (tools, sections, hooks, wraps, tasks) with install/uninstall; defineExtension, defineTool, section, hook, wrapTool, wrapSection - pi.agent document (model, thinking level, extensions, tools filter, instructions, cwd), configure(), Conversation.agent()/configure(), agent option on root/createConversation/fork, task-owned conversations copy their owner's agent - Harness-wide HarnessSettings read at every use; env function built per use - Hooks and the agent resolved per task phase; tool calls resolved with the tools filter applied - ToolRegistration<TParameters, TDetails> types execute() args from parameters - HarnessOptions.conversationCreated; Tx.submissionByRequest() and Tx.createSubmission() - FileSystem.id; edit/write serialize per file system id and canonical path - CodingTools extension (read, write, edit, bash) - Examples 06-31 on the new API, README and CHANGELOG
45 lines
2 KiB
TypeScript
45 lines
2 KiB
TypeScript
// A chat turn.
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// Run from packages/durable:
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// node --conditions=source --experimental-strip-types test/examples/14-chat.ts
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import { BACKGROUND_CONTEXT } from "@earendil-works/chord/context";
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import { createModels } from "@earendil-works/pi-ai/models";
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import { fauxAssistantMessage, fauxProvider } from "@earendil-works/pi-ai/providers/faux";
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import { AssistantEntry, createRegistry, defineExtension, Harness, MemoryStorage, section } from "../../src/index.ts";
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const context = BACKGROUND_CONTEXT;
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// The faux provider stands in for a real model (see 16-real-model.ts).
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const faux = fauxProvider();
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const models = createModels();
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models.setProvider(faux.provider);
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faux.setResponses([fauxAssistantMessage("Paris.")]);
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const registry = createRegistry();
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registry.install(
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defineExtension({
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name: "terse",
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sections: [section("preamble", () => "You answer in one word.", { tag: false })],
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}),
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);
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const harness = await Harness.open(new MemoryStorage(), { models, registry }, context);
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const root = await harness.root(context, { agent: { model: { provider: "faux", modelId: "faux-1" } } });
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// submit() durably admits user input and returns a Submission. The built-in
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// pi.generation task prepares the system prompt from the agent's sections,
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// calls the model, and appends the answer; wait() resolves once the input is
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// answered or has failed.
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const capital = await root.submit({ type: "input", content: "Capital of France?" }, context);
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const answered = await capital.wait(context);
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if (answered.status === "done" && answered.type === "input") {
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const entry = await root.commit((tx) => tx.entry(AssistantEntry, answered.answer), context);
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const reply = entry?.model?.[0];
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console.log("answer:", reply?.role === "assistant" ? reply.content : reply);
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}
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// The transcript holds the user input, the positional system prompt, and the answer.
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const transcript = await root.entries({}, 10, undefined, context);
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console.log(
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"transcript:",
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[...transcript.items].reverse().map((entry) => entry.kind),
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);
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await harness.close(context);
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