agent-framework-goodmem

GoodMem integration for the Microsoft Agent Framework.

This package gives Agent Framework agents persistent, semantic long-term memory backed by a GoodMem server. It exposes:

• GoodMemClient — an async REST client for the GoodMem v1 API.
• GoodMemContextProvider — a BaseContextProvider that automatically retrieves relevant memories before each agent run and stores conversations afterwards.
• create_goodmem_tools — a factory that returns ready-to-use function tools so the model itself can manage spaces and memories.

Installation

pip install agent-framework-goodmem

For local development:

pip install -e .

Quickstart

import asyncio
from agent_framework_goodmem import GoodMemClient, create_goodmem_tools

async def main():
    client = GoodMemClient(
        base_url="https://localhost:8080",
        api_key="gm_xxxxxxxxxxxxxxxxxxxxxxxx",
        verify_ssl=False,  # self-signed local server
    )

    embedders = await client.list_embedders()
    embedder_id = embedders[0]["embedderId"]

    space = await client.create_space(name="quickstart", embedder_id=embedder_id)
    space_id = space["spaceId"]

    await client.create_memory(
        space_id=space_id,
        text_content="The capital of France is Paris.",
    )

    results = await client.retrieve_memories(
        query="What is the capital of France?",
        space_ids=[space_id],
        max_results=3,
        wait_for_indexing=True,
    )
    print(results)

    await client.close()

asyncio.run(main())

Available tools

create_goodmem_tools(client) returns the following 11 function tools:

Retrieval options

goodmem_retrieve_memories (and GoodMemClient.retrieve_memories) accept the GoodMem post-processor parameters:

Retrieval results and server statuses

retrieve_memories returns a dict (the tool returns the same dict as JSON):

Each entry in statuses is {"code", "message", "details"}, exactly as the server sent it. These rules decide what counts as a problem:

• FEATURE_DISABLED and LLM_CAPABILITY_INFERRED are informational (an optional feature you did not configure). They are left out of statuses and never set partial.
• A code this package does not recognize is reported with code: "UNKNOWN" and the server's code in originalCode, and sets partial. It is never dropped and never raises.
• A problem with hits (for example a nonexistent reranker_id): the hits are returned, with partial: true and the statuses.
• A problem with no hits: an empty results, with partial: true and the statuses. Nothing is raised.

With wait_for_indexing=True, polling stops as soon as the server reports a problem, so a nonexistent reranker or LLM is reported at once instead of after 60 seconds. When the reranker fails (RERANKING_FAILED, or NOT_FOUND naming the reranker) the server still returns the vector search's hits: their relevanceScore values are vector-search scores, not reranker scores, and message says so.

GoodMemContextProvider logs a WARNING with the statuses when a retrieval is partial, and still uses any chunks that came back.

Space reuse

create_space (and goodmem_create_space) looks for a space with exactly the requested name, across every page of the space listing:

• No such space: a new one is created (reused: false).
• One space, same embedder: it is reused (reused: true). embedderId and embedderIds report the space's real embedder (embedderId is null for a space with several), and chunkingConfig its real chunking configuration (which may differ from the one requested).
• One space, different embedder: nothing is created. The result has success: false, an error naming the space, its ID and both embedders, plus existingSpaceId, existingEmbedderIds and requestedEmbedderId.
• Several spaces with that name: nothing is created. The result has success: false, an error listing each space and its embedders, and existingSpaceIds.

If no embedder_id is given, an existing space with that name is reused whatever its embedder, and a new space uses the server's first embedder.

Errors

Tools never raise: a failure is returned as {"success": false, "error": ...}. When the server rejects a request, GoodMemClient raises httpx.HTTPStatusError whose message includes the server's own error text, for example HTTP 409 Conflict for POST /v1/spaces: A space with this name already exists, and the tools pass that text on in error.

Context provider

from agent_framework import Agent
from agent_framework.openai import OpenAIChatClient
from agent_framework_goodmem import GoodMemClient, GoodMemContextProvider

client = GoodMemClient(base_url="https://localhost:8080", api_key="gm_...", verify_ssl=False)

provider = GoodMemContextProvider(
    client=client,
    space_id=space_id,
    max_results=5,
    store_conversations=True,
)

agent = Agent(
    client=OpenAIChatClient(model="gpt-4o"),
    name="memory-agent",
    instructions="You are a helpful assistant with persistent memory.",
    context_providers=[provider],
)

Running the tests

The offline tests replay retrieval streams captured from a live GoodMem server (tests/fixtures/) against a fake server, and need no credentials:

pip install -e ".[dev]"
pytest -v tests/test_retrieval_statuses.py tests/test_space_reuse.py

The live integration tests in tests/test_goodmem_integration.py run against a real server and are skipped when GOODMEM_API_KEY is not set. They create and delete their own spaces. GOODMEM_EMBEDDER_ID, GOODMEM_RERANKER_ID, GOODMEM_LLM_ID and GOODMEM_PDF_PATH pick the models and file they use.

export GOODMEM_API_KEY=gm_xxxxxxxxxxxxxxxxxxxxxxxx
export GOODMEM_BASE_URL=https://localhost:8080
pip install -e ".[dev]"
pytest -m integration -v tests/test_goodmem_integration.py

Continuous integration

.github/workflows/ci.yml runs on every pull request and on pushes to main, on Python 3.10, 3.11, 3.12 and 3.13. It installs the package with pip install -e ".[dev]", compiles every module and imports the public API (no linter is configured), fails if a GoodMem API key is committed, and runs python -m pytest -v with no API key set, so the live tests are skipped.

Changes

See CHANGELOG.md.