swarmauri_base 0.11.0.dev1

Reusable Swarmauri base classes, mixins, and dynamic Pydantic component models for composable intelligence infrastructure.

Swarmauri Base

swarmauri_base provides the reusable base classes, mixins, and dynamic component model used by Swarmauri SDK implementations. It builds on swarmauri_core interfaces and adds Pydantic models, typed component registration, JSON/YAML/TOML serialization, logging helpers, service helpers, and base classes for each major component family.

Why Swarmauri Base?

swarmauri_base turns Swarmauri interfaces into reusable component foundations. It gives implementation packages consistent Pydantic modeling, resource metadata, dynamic subtype registration, serialization, and family-specific base behavior.

FAQ

Q: What is ComponentBase?

A: ComponentBase is the common Pydantic-backed base for Swarmauri components. It carries fields such as type, resource, name, and version, and participates in dynamic component registration.

Q: What is SubclassUnion used for?

A: SubclassUnion lets Pydantic models hydrate registered concrete component types from serialized payloads that include a type discriminator.

Q: When should I use swarmauri_base instead of swarmauri_core?

A: Use swarmauri_base when building a real component implementation. Use swarmauri_core when you only need the abstract interface contract.

Features

• ComponentBase for Pydantic-backed Swarmauri components with type, resource, name, and version fields.
• DynamicBase and SubclassUnion for discriminated-union deserialization from concrete type values.
• JSON, YAML, and TOML serialization through Pydantic plus Swarmauri mixins.
• Base classes for agents, chains, chunkers, conversations, documents, embeddings, LLMs, tools, toolkits, vector stores, parsers, prompts, transports, middleware, signing, crypto, key providers, tokens, billing, XMP, and more.
• Default mixins for logging, service metadata, batch behavior, retrieval behavior, storage behavior, and component-family-specific workflows.
• Python 3.10, 3.11, 3.12, 3.13, and 3.14 support.

Installation

Install with uv:

uv add swarmauri_base

Install with pip:

pip install swarmauri_base

Usage

Create a typed component by inheriting from ComponentBase:

from typing import Literal

from swarmauri_base.ComponentBase import ComponentBase


@ComponentBase.register_model()
class StoreConfig(ComponentBase):
    type: Literal["StoreConfig"] = "StoreConfig"
    name: str

Register and hydrate concrete subtypes with SubclassUnion:

from typing import Literal

from pydantic import BaseModel
from swarmauri_base.ComponentBase import ComponentBase
from swarmauri_base.DynamicBase import SubclassUnion


@ComponentBase.register_model()
class StoreConfig(ComponentBase):
    type: Literal["StoreConfig"] = "StoreConfig"
    name: str


@ComponentBase.register_type(StoreConfig, "SqliteStoreConfig")
class SqliteStoreConfig(StoreConfig):
    type: Literal["SqliteStoreConfig"] = "SqliteStoreConfig"
    path: str


class StoreEnvelope(BaseModel):
    store: SubclassUnion[StoreConfig]


envelope = StoreEnvelope.model_validate_json(
    '{"store":{"type":"SqliteStoreConfig","name":"local","path":"./data.db"}}'
)

assert isinstance(envelope.store, SqliteStoreConfig)

Build a concrete tool from ToolBase:

from typing import Any, Literal

from swarmauri_base.tools.ToolBase import ToolBase


class EchoTool(ToolBase):
    type: Literal["EchoTool"] = "EchoTool"
    name: str = "echo"
    description: str = "Return the input payload."

    def __call__(self, payload: Any) -> Any:
        return payload


tool = EchoTool()
assert tool("hello") == "hello"
assert tool.batch(["a", "b"]) == ["a", "b"]

Component Families

swarmauri_base includes base classes and mixins for these component kinds:

• AI and agent workflow: agents, chains, conversations, prompts, prompt templates, pipelines, swarms, task management strategies, tool LLMs, tools, toolkits, LLMs, VLMs, OCR, STT, and TTS.
• Data and retrieval: documents, document stores, embeddings, vectors, vector stores, parsers, schema converters, data connectors, state, service registries, and storage adapters.
• Math and evaluation: vector-store comparators, deprecated distance compatibility shims, inner products, matrices, measurements, metrics, norms, pseudometrics, seminorms, similarities, tensors, evaluators, evaluator pools, and evaluator results.
• Runtime and infrastructure: transports, middleware, publishers, rate limits, logging handlers, logging formatters, loggers, tracing-oriented mixins, services, and programs.
• Security and trust: cert services, crypto, MRE crypto, cipher suites, signing, proof-of-possession helpers, key providers, token services, XMP embedding, and git filters.
• Business integrations: billing provider base classes and mixins for customers, hosted checkout, payments, invoices, subscriptions, refunds, payouts, reports, promotions, risk, marketplace, and webhooks.

Component Author Workflow

1. Start with the relevant interface in swarmauri_core.
2. Inherit the matching base class from swarmauri_base.
3. Add a stable type literal and resource value.
4. Register the model or subtype with ComponentBase.register_model() or ComponentBase.register_type(...).
5. Add package entry points or namespace mappings through swarmauri when the implementation should be discoverable.
6. Document installation, direct instantiation, serialization behavior, and any provider-specific configuration in the implementation package README.

Related Packages

Foundational packages:

• swarmauri_core provides the interface contracts that these base classes implement.
• swarmauri provides namespace imports and plugin discovery.
• swarmauri_standard provides first-party components built from these base classes.
• swarmauri_typing provides typing utilities used by dynamic union machinery.

Packages built on component-kind bases:

• swarmauri_signing_ed25519 builds on signing base behavior.
• swarmauri_crypto_composite builds on crypto base behavior.
• swarmauri_keyprovider_inmemory builds on key provider base behavior.
• swarmauri_storage_memory builds on storage adapter base behavior.
• swarmauri_transport_stdio builds on transport base behavior.
• swarmauri_middleware_jsonrpc builds on middleware base behavior.

When To Use This Package

Use swarmauri_base when implementing a Swarmauri component that needs serialization, registration, and shared base behavior. Use swarmauri_core when you only need interface definitions. Use implementation packages such as swarmauri_standard or individual component packages when you need ready-to-run behavior.

License

Apache-2.0

Contributing

When adding or changing a base class, keep it aligned with the corresponding swarmauri_core interface, preserve direct plugin instantiation patterns, update exports and tests, and follow the Swarmauri SDK contribution guide.