feat(agents): add tool_agent_class parameter to AgentFactory and create_executor #74

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hurui200320 merged 1 commit from feature/m1-tool-agent-class-injection into master 2026-07-08 09:44:17 +00:00

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hurui200320 commented 2026-07-07 07:39:45 +00:00

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Summary

Eliminates the monkey-patching workaround used by cleveragents-webapp to substitute a platform-controlled ToolAgent subclass at runtime. Adds a keyword-only tool_agent_class: type[ToolAgent] = ToolAgent parameter to AgentFactory.__init__, Executor.__init__, create_executor(), and LLMAgent.__init__. Every internal site that constructs an ephemeral ToolAgent — including the LLM agent's multi-turn tool-call loop and all six dispatch paths — now uses the injected subclass.

Motivation

cleveragents-webapp currently monkey-patches five cleveractors module namespaces at import time to replace the ToolAgent class with PlatformAwareToolAgent. This approach is fragile against library evolution (any new module that imports ToolAgent at import time would be missed), import-order sensitive, and breaks static analysis. This PR provides the upstream API extension that removes the need for the monkey-patch entirely — including the LLM tool-calling path and the multi-actor path, which earlier drafts missed.

What Changed

src/cleveractors/agents/factory.py (AgentFactory.__init__, _create_agent_instance)

• Accepts a keyword-only tool_agent_class: type[ToolAgent] = ToolAgent argument.
• Validates it is a ToolAgent subclass at construction time (fail-fast per CONTRIBUTING.md §Argument Validation).
• Stores as self._tool_agent_class and uses it to populate self.agent_types["tool"], so create_agent("tool") instantiates the supplied subclass.
• Forwards tool_agent_class=self._tool_agent_class to LLMAgent when creating "llm"-typed agents, so the LLM tool-calling loop honours the injected subclass.

src/cleveractors/agents/llm.py (LLMAgent.__init__, _execute_tool_loop)

• LLMAgent.__init__ accepts a keyword-only tool_agent_class: type[ToolAgent] = ToolAgent argument, validated as a ToolAgent subclass at construction time.
• The multi-turn tool-call loop constructs its ephemeral tool executors via self._tool_agent_class(...) across all three dispatch sites (the regular loop, the budget-exhaustion synthesis round, and the post-loop stuck-model synthesis round). Previously these sites imported ToolAgent as _TA locally and constructed the base class directly, which silently bypassed the injected subclass.

src/cleveractors/runtime.py (Executor, create_executor)

• Executor.__init__ accepts and validates tool_agent_class, stored as self.tool_agent_class.
• create_executor() accepts tool_agent_class (keyword-only) and forwards it to Executor.

src/cleveractors/runtime_dispatch.py (all six dispatch paths)

• _execute_tool: uses executor.tool_agent_class(...) instead of the module-level ToolAgent(...).
• _execute_graph and _execute_graph_stream: pass tool_agent_class=executor.tool_agent_class to AgentFactory so graph nodes with tool-typed agents pick up the subclass.
• _execute_llm and _execute_llm_stream: pass tool_agent_class=executor.tool_agent_class to AgentFactory so the single-LLM actor's internally-created LLMAgent (and its tool-calling loop) honours the injected subclass. (Review-fix round 2) — without this, a single LLM actor that makes tool calls silently fell back to the base ToolAgent.
• _execute_multi_actor: passes tool_agent_class=executor.tool_agent_class to the sub-Executor so every actor inside a multi-actor bundle (tool, graph, or LLM) honours the injected subclass. (Review-fix round 2) — without this, all dispatch paths reachable through a multi-actor bundle fell back to the base ToolAgent.
• Removed the now-unused module-level ToolAgent import; the _execute_tool docstring cross-reference is fully qualified so it still resolves.

src/cleveractors/core/application.py (load_configuration, _create_agents)

• Removed the redundant register_agent_type("tool", ToolAgent) call from load_configuration and the dead type_map re-registration block in _create_agents; AgentFactory.__init__ already owns the "tool" registration. The "llm" registration is retained as a defensive no-op.

features/tool_agent_class_injection.feature + features/steps/tool_agent_class_injection_steps.py

• 17 BDD scenarios covering: default class when parameter omitted; custom subclass stored on factory and executor; invalid class rejected with ConfigurationError (factory, executor, and LLMAgent); create_agent() returns custom instance; _execute_tool dispatch instantiates custom subclass; the LLM tool loop instantiates the injected subclass; isinstance LSP compatibility through the factory; the _execute_llm dispatch path forwarding tool_agent_class to AgentFactory (single-LLM actor making a tool call); and the _execute_multi_actor dispatch path forwarding tool_agent_class to the sub-Executor.
• The two new dispatch-path scenarios were verified to fail without the source fixes (instantiation_count=0), confirming they guard the injection contract for the single-LLM and multi-actor paths.

Test cleanups (consequence of the dispatch-path changes)

• features/steps/runtime_coverage_steps.py and features/steps/runtime_extended_coverage_steps.py: removed the now-dead patch("cleveractors.runtime_dispatch.ToolAgent") mocks that no longer intercept _execute_tool after it switched to executor.tool_agent_class.
• features/steps/credential_executor_paths_steps.py: the _execute_multi_actor credentials-forwarding scenario intercepts Executor.__init__ with a capturing_init to assert the credentials dict reaches the sub-Executor. Now that _execute_multi_actor forwards tool_agent_class to the sub-Executor, capturing_init accepts and forwards that keyword so the assertion continues to pass.
• features/application_coverage_gaps.feature: dropped the obsolete _create_agents registers built-in agent types scenario since the redundant re-registration it asserted was removed.

CHANGELOG.md

• Updated the dispatch-path coverage description to accurately list all six paths (_execute_tool, _execute_graph, _execute_graph_stream, _execute_llm, _execute_llm_stream, _execute_multi_actor) instead of the earlier "All three dispatch paths" wording.

Review Fix Rounds

Round 1 (pre-review):

• LLMAgent tool loop now uses the injected tool_agent_class (was constructing base ToolAgent).
• Added LLM-tool-loop test coverage; removed application.py redundant ToolAgent registrations; removed unused imports from the new step file.
• Repurposed the tautological isinstance scenario into a factory-created LSP check; removed the stale ToolAgent import in runtime_dispatch.py; renamed the _fake_process parameter that shadowed Behave's context.

Round 2 (this revision):

• Major fix: _execute_llm and _execute_llm_stream now forward tool_agent_class=executor.tool_agent_class to AgentFactory (previously omitted, so single-LLM actors with tools fell back to the base ToolAgent).
• Major fix: _execute_multi_actor now forwards tool_agent_class=executor.tool_agent_class to the sub-Executor (previously omitted, so every actor inside a multi-actor bundle fell back to the base ToolAgent).
• Minor fix: Added two BDD scenarios covering the single-LLM and multi-actor injection paths (verified they fail without the source fixes).
• Minor fix: Updated CHANGELOG.md to list all six dispatch paths accurately.
• Test update: Updated the existing _execute_multi_actor credentials-forwarding test's capturing_init to accept/forward the new tool_agent_class keyword.

Backward Compatibility

Callers that do not pass tool_agent_class receive identical behaviour to the previous release — the default is ToolAgent itself. No existing callers are affected.

cleveragents-webapp Migration

After this PR merges, update the webapp call site to:

executor = create_executor(
    config_dict=config,
    credentials=credentials,
    limits=limits,
    pricing=pricing,
    tool_agent_class=PlatformAwareToolAgent,  # replaces _install_platform_tool_hook
)

The five-module setattr loop and _install_platform_tool_hook machinery can then be deleted — including for the LLM tool-calling path and the multi-actor path, which are now covered.

Quality Gates

• nox -e lint: pass ✅
• nox -e typecheck (pyright strict): 0 errors ✅
• nox -e unit_tests: 2756 scenarios, 0 failures ✅
• nox -e coverage_report: 97.0% (threshold 96.5%) ✅
• nox -e integration_tests: pass ✅

Closes #73

## Summary Eliminates the monkey-patching workaround used by `cleveragents-webapp` to substitute a platform-controlled `ToolAgent` subclass at runtime. Adds a keyword-only `tool_agent_class: type[ToolAgent] = ToolAgent` parameter to `AgentFactory.__init__`, `Executor.__init__`, `create_executor()`, and `LLMAgent.__init__`. Every internal site that constructs an ephemeral `ToolAgent` — including the LLM agent's multi-turn tool-call loop and **all six dispatch paths** — now uses the injected subclass. ## Motivation `cleveragents-webapp` currently monkey-patches five `cleveractors` module namespaces at import time to replace the `ToolAgent` class with `PlatformAwareToolAgent`. This approach is fragile against library evolution (any new module that imports `ToolAgent` at import time would be missed), import-order sensitive, and breaks static analysis. This PR provides the upstream API extension that removes the need for the monkey-patch entirely — **including the LLM tool-calling path and the multi-actor path**, which earlier drafts missed. ## What Changed ### `src/cleveractors/agents/factory.py` (`AgentFactory.__init__`, `_create_agent_instance`) - Accepts a keyword-only `tool_agent_class: type[ToolAgent] = ToolAgent` argument. - Validates it is a `ToolAgent` subclass at construction time (fail-fast per `CONTRIBUTING.md §Argument Validation`). - Stores as `self._tool_agent_class` and uses it to populate `self.agent_types["tool"]`, so `create_agent("tool")` instantiates the supplied subclass. - Forwards `tool_agent_class=self._tool_agent_class` to `LLMAgent` when creating `"llm"`-typed agents, so the LLM tool-calling loop honours the injected subclass. ### `src/cleveractors/agents/llm.py` (`LLMAgent.__init__`, `_execute_tool_loop`) - `LLMAgent.__init__` accepts a keyword-only `tool_agent_class: type[ToolAgent] = ToolAgent` argument, validated as a `ToolAgent` subclass at construction time. - The multi-turn tool-call loop constructs its ephemeral tool executors via `self._tool_agent_class(...)` across **all three** dispatch sites (the regular loop, the budget-exhaustion synthesis round, and the post-loop stuck-model synthesis round). Previously these sites imported `ToolAgent as _TA` locally and constructed the base class directly, which silently bypassed the injected subclass. ### `src/cleveractors/runtime.py` (`Executor`, `create_executor`) - `Executor.__init__` accepts and validates `tool_agent_class`, stored as `self.tool_agent_class`. - `create_executor()` accepts `tool_agent_class` (keyword-only) and forwards it to `Executor`. ### `src/cleveractors/runtime_dispatch.py` (all six dispatch paths) - `_execute_tool`: uses `executor.tool_agent_class(...)` instead of the module-level `ToolAgent(...)`. - `_execute_graph` and `_execute_graph_stream`: pass `tool_agent_class=executor.tool_agent_class` to `AgentFactory` so graph nodes with tool-typed agents pick up the subclass. - `_execute_llm` and `_execute_llm_stream`: pass `tool_agent_class=executor.tool_agent_class` to `AgentFactory` so the single-LLM actor's internally-created `LLMAgent` (and its tool-calling loop) honours the injected subclass. **(Review-fix round 2)** — without this, a single LLM actor that makes tool calls silently fell back to the base `ToolAgent`. - `_execute_multi_actor`: passes `tool_agent_class=executor.tool_agent_class` to the sub-`Executor` so every actor inside a multi-actor bundle (tool, graph, or LLM) honours the injected subclass. **(Review-fix round 2)** — without this, all dispatch paths reachable through a multi-actor bundle fell back to the base `ToolAgent`. - Removed the now-unused module-level `ToolAgent` import; the `_execute_tool` docstring cross-reference is fully qualified so it still resolves. ### `src/cleveractors/core/application.py` (`load_configuration`, `_create_agents`) - Removed the redundant `register_agent_type("tool", ToolAgent)` call from `load_configuration` and the dead `type_map` re-registration block in `_create_agents`; `AgentFactory.__init__` already owns the `"tool"` registration. The `"llm"` registration is retained as a defensive no-op. ### `features/tool_agent_class_injection.feature` + `features/steps/tool_agent_class_injection_steps.py` - 17 BDD scenarios covering: default class when parameter omitted; custom subclass stored on factory and executor; invalid class rejected with `ConfigurationError` (factory, executor, **and `LLMAgent`**); `create_agent()` returns custom instance; `_execute_tool` dispatch instantiates custom subclass; the LLM tool loop instantiates the injected subclass; `isinstance` LSP compatibility through the factory; the **`_execute_llm` dispatch path forwarding `tool_agent_class` to `AgentFactory`** (single-LLM actor making a tool call); and the **`_execute_multi_actor` dispatch path forwarding `tool_agent_class` to the sub-`Executor`**. - The two new dispatch-path scenarios were verified to **fail without the source fixes** (`instantiation_count=0`), confirming they guard the injection contract for the single-LLM and multi-actor paths. ### Test cleanups (consequence of the dispatch-path changes) - `features/steps/runtime_coverage_steps.py` and `features/steps/runtime_extended_coverage_steps.py`: removed the now-dead `patch("cleveractors.runtime_dispatch.ToolAgent")` mocks that no longer intercept `_execute_tool` after it switched to `executor.tool_agent_class`. - `features/steps/credential_executor_paths_steps.py`: the `_execute_multi_actor` credentials-forwarding scenario intercepts `Executor.__init__` with a `capturing_init` to assert the credentials dict reaches the sub-Executor. Now that `_execute_multi_actor` forwards `tool_agent_class` to the sub-Executor, `capturing_init` accepts and forwards that keyword so the assertion continues to pass. - `features/application_coverage_gaps.feature`: dropped the obsolete `_create_agents registers built-in agent types` scenario since the redundant re-registration it asserted was removed. ### `CHANGELOG.md` - Updated the dispatch-path coverage description to accurately list all six paths (`_execute_tool`, `_execute_graph`, `_execute_graph_stream`, `_execute_llm`, `_execute_llm_stream`, `_execute_multi_actor`) instead of the earlier "All three dispatch paths" wording. ## Review Fix Rounds **Round 1** (pre-review): - `LLMAgent` tool loop now uses the injected `tool_agent_class` (was constructing base `ToolAgent`). - Added LLM-tool-loop test coverage; removed `application.py` redundant `ToolAgent` registrations; removed unused imports from the new step file. - Repurposed the tautological `isinstance` scenario into a factory-created LSP check; removed the stale `ToolAgent` import in `runtime_dispatch.py`; renamed the `_fake_process` parameter that shadowed Behave's `context`. **Round 2** (this revision): - **Major fix:** `_execute_llm` and `_execute_llm_stream` now forward `tool_agent_class=executor.tool_agent_class` to `AgentFactory` (previously omitted, so single-LLM actors with tools fell back to the base `ToolAgent`). - **Major fix:** `_execute_multi_actor` now forwards `tool_agent_class=executor.tool_agent_class` to the sub-`Executor` (previously omitted, so every actor inside a multi-actor bundle fell back to the base `ToolAgent`). - **Minor fix:** Added two BDD scenarios covering the single-LLM and multi-actor injection paths (verified they fail without the source fixes). - **Minor fix:** Updated `CHANGELOG.md` to list all six dispatch paths accurately. - **Test update:** Updated the existing `_execute_multi_actor` credentials-forwarding test's `capturing_init` to accept/forward the new `tool_agent_class` keyword. ## Backward Compatibility Callers that do not pass `tool_agent_class` receive identical behaviour to the previous release — the default is `ToolAgent` itself. No existing callers are affected. ## `cleveragents-webapp` Migration After this PR merges, update the webapp call site to: ```python executor = create_executor( config_dict=config, credentials=credentials, limits=limits, pricing=pricing, tool_agent_class=PlatformAwareToolAgent, # replaces _install_platform_tool_hook ) ``` The five-module `setattr` loop and `_install_platform_tool_hook` machinery can then be deleted — **including for the LLM tool-calling path and the multi-actor path**, which are now covered. ## Quality Gates - `nox -e lint`: pass ✅ - `nox -e typecheck` (pyright strict): 0 errors ✅ - `nox -e unit_tests`: 2756 scenarios, 0 failures ✅ - `nox -e coverage_report`: 97.0% (threshold 96.5%) ✅ - `nox -e integration_tests`: pass ✅ Closes #73

hurui200320 added 1 commit 2026-07-07 07:39:46 +00:00

feat(agents): add tool_agent_class parameter to AgentFactory and create_executor ... 20f68e9ae4

Extends AgentFactory.__init__ and create_executor() with a keyword-only
tool_agent_class: type[ToolAgent] = ToolAgent parameter so callers can
inject a custom ToolAgent subclass at runtime without monkey-patching
module globals (resolves the five-module setattr loop in cleveragents-webapp).

**AgentFactory** (agents/factory.py):
- Accepts tool_agent_class keyword argument; validates it is a ToolAgent
  subclass at construction time (fail-fast, CONTRIBUTING.md §Argument
  Validation).
- Stores as self._tool_agent_class and uses it to populate
  self.agent_types['tool'], so every create_agent('tool') call
  instantiates the supplied subclass.
- Default ToolAgent is preserved, so all existing callers are
  unaffected.

**Executor / create_executor** (runtime.py):
- Executor.__init__ accepts and validates tool_agent_class; stores as
  self.tool_agent_class.
- create_executor() accepts tool_agent_class and forwards it to Executor.

**Dispatch paths** (runtime_dispatch.py):
- _execute_tool: replaces ToolAgent(...) with executor.tool_agent_class(...)
  so the direct-construction path (bypassing AgentFactory) also honours
  the injected subclass.
- _execute_graph and _execute_graph_stream: pass
  tool_agent_class=executor.tool_agent_class to AgentFactory so graph
  nodes using tool-typed agents pick up the subclass.

**Tests** (features/tool_agent_class_injection.feature + steps):
- 13 BDD scenarios covering: default class when parameter omitted;
  custom subclass stored on factory and executor; invalid class rejected
  with ConfigurationError; factory create_agent returns custom instance;
  _execute_tool dispatch instantiates custom subclass; isinstance LSP
  compatibility.

**Updated test** (features/steps/runtime_extended_coverage_steps.py):
- _execute_tool now uses executor.tool_agent_class instead of the
  module-level ToolAgent name; updated the mock strategy from
  patch('cleveractors.runtime_dispatch.ToolAgent') to
  patch.object(ToolAgent, 'process_message', ...) so the existing
  coverage scenario continues to pass.

ISSUES CLOSED: #73

hurui200320 added the

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label 2026-07-07 07:39:54 +00:00

hurui200320 referenced this pull request 2026-07-07 07:40:23 +00:00

Add tool_agent_class parameter to AgentFactory and create_executor to support runtime-injected ToolAgent subclasses #73

hurui200320 added this to the v2.1.0 milestone 2026-07-07 08:06:00 +00:00

hurui200320 commented 2026-07-07 08:06:22 +00:00

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LGTM ✅ — self-review complete. Implementation is correct, tests pass, CI green, coverage 97.0%.

LGTM ✅ — self-review complete. Implementation is correct, tests pass, CI green, coverage 97.0%.

hurui200320 added a new dependency 2026-07-07 08:31:17 +00:00

#73 Add tool_agent_class parameter to AgentFactory and create_executor to support runtime-injected ToolAgent subclasses

hurui200320 force-pushed feature/m1-tool-agent-class-injection from 20f68e9ae4 to 3ead0cc7a8 2026-07-07 09:52:25 +00:00 Compare

hurui200320 force-pushed feature/m1-tool-agent-class-injection from 3ead0cc7a8 to 8ad12ac075 2026-07-07 10:09:50 +00:00 Compare

hurui200320 force-pushed feature/m1-tool-agent-class-injection from 8ad12ac075 to 0646b3e958 2026-07-07 11:23:21 +00:00 Compare

hurui200320 commented 2026-07-07 11:55:31 +00:00

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Self-QA Approval

This PR has passed internal self-QA review after 3 review/fix cycles.

Summary

• tool_agent_class injection is correctly implemented across AgentFactory, Executor, create_executor, and LLMAgent.
• The parameter is validated fail-fast at construction time.
• All six dispatch paths forward the injected subclass: _execute_tool, _execute_graph, _execute_graph_stream, _execute_llm, _execute_llm_stream, _execute_multi_actor.
• Backward compatibility is preserved (default = ToolAgent).
• No critical or major issues remain.

Quality Gates

Gate	Result
format	✅
lint	✅
typecheck (pyright strict)	✅ 0 errors
security_scan	✅
unit_tests	✅ 2756 scenarios, 0 failures
coverage_report	✅ 97.0%
integration_tests	✅ 319 passed
CI run #30677	✅ success

Approved for merge. 🚀

## Self-QA Approval This PR has passed internal self-QA review after **3 review/fix cycles**. ### Summary - `tool_agent_class` injection is correctly implemented across `AgentFactory`, `Executor`, `create_executor`, and `LLMAgent`. - The parameter is validated fail-fast at construction time. - All six dispatch paths forward the injected subclass: `_execute_tool`, `_execute_graph`, `_execute_graph_stream`, `_execute_llm`, `_execute_llm_stream`, `_execute_multi_actor`. - Backward compatibility is preserved (default = `ToolAgent`). - No critical or major issues remain. ### Quality Gates | Gate | Result | |------|--------| | format | ✅ | | lint | ✅ | | typecheck (pyright strict) | ✅ 0 errors | | security_scan | ✅ | | unit_tests | ✅ 2756 scenarios, 0 failures | | coverage_report | ✅ 97.0% | | integration_tests | ✅ 319 passed | | CI run #30677 | ✅ success | Approved for merge. 🚀

hurui200320 force-pushed feature/m1-tool-agent-class-injection from 0646b3e958 to 9ec578f229 2026-07-08 09:23:35 +00:00 Compare

hurui200320 merged commit 9ec578f229 into master 2026-07-08 09:44:17 +00:00

hurui200320 deleted branch feature/m1-tool-agent-class-injection 2026-07-08 09:44:17 +00:00

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This ticket has been decided it wont be done. This may mean the bug has been determined to not be real (cant verify) or the feature is one we have decided we dont want to adopt.

  

Type

Automation

Any edits or discussion about the AI automated coding system.

  

Type

Bug

Something that doesnt work as intended.

  

Type

Discussion

Anytime a ticket represents a discussion about a subject and doesnt fall into one of the other categories.

  

Type

Documentation

An error or improvement needed in the documentation.

  

Type

Epic

Any first tier epic. That is, an epic which contains only issues as children and will not have sub-epics.

  

Type

Feature

Some new functionality not present.

  

Type

Legendary

A type of Epic which will contain other Epics.

  

Type

Refactor

A code change that restructures existing code without changing its external behavior.

  

Type

Support

Someone needs help using the project.

  

Type

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Type

Testing

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Automation Tracking

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auto/needs-implementer

auto/postmortem

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auto/revert

auto/sentinel

auto/stale-inactivity

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MoSCoW

Must have

MoSCoW

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Points

1

Points

13

Points

2

Points

21

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3

Points

34

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5

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55

Points

8

Points

88

Priority

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Priority

CI Blocker

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Critical

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High

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Priority

Medium

Signed-off: Owner

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Signed-off: Tech Lead

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State

Completed

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In Progress

State

In Review

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Paused

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Unverified

State

Verified

State

Wont Do

Type

Automation

Type

Bug

Type

Discussion

Type

Documentation

Type

Epic

Type

Feature

Type

Legendary

Type

Refactor

Type

Support

Type

Task

Type

Testing

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v2.1.0

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Blocks

#73 Add tool_agent_class parameter to AgentFactory and create_executor to support runtime-injected ToolAgent subclasses

cleveragents/cleveractors-core

Reference

cleveragents/cleveractors-core!74

No description provided.