- name
- ai-llm-agentic-tooling-langchain-langgraph
- description
- Integrates LangChain/LangGraph for building LLM-powered agents and applications in Python, facilitating advanced logic and workflows.
- license
- MIT
- compatibility
- opencode
- metadata
- {"version":"1.0.0","domain":"coding","triggers":"langchain, langgraph, llm integration, agent, workflows, python","archetypes":["tactical","generation"],"anti_triggers":["brainstorming","vague ideation","code golf","over-engineering"],"response_profile":{"verbosity":"low","directive_strength":"high","abstraction_level":"operational"},"role":"implementation","scope":"implementation","output-format":"code","related-skills":"ai-llm-agentic-tooling-mcp"}
# AI LLM Agentic Tooling with LangChain/LangGraph
Integrates LangChain and LangGraph to facilitate the development of LLM-powered agents and applications. This skill focuses on building advanced logic and workflows using these frameworks in Python.
## Use Cases
Use this skill when:
- Creating complex workflows involving decision-making models.
- Building agents that require chaining multiple LLM calls efficiently.
- Integrating external tools or APIs within a conversational agent framework.
## Implementation Patterns
This skill offers an integration guide for LangChain and LangGraph, enabling the development of LLM-powered agents in Python. It facilitates various advanced logic and workflows through examples and best practices.
### Basic LangChain Agent Creation
This example demonstrates how to define a basic LangChain agent:
```python
from langchain import LLMChain, PromptTemplate
# Define a simple LLM chain
prompt = PromptTemplate(input_variables=['input'], template="""You are a helpful assistant. Assist with: {input}.
""")
agent = LLMChain(prompt=prompt)
```
### LangGraph Workflow Example
This section illustrates how to use LangGraph to define tasks:
```python
from langgraph import Executor, Task
@Task
def fetch_data():
return {'data_key': 'value'}
@Task
def process_data(data):
return data['data_key'] + ' processed'
executor = Executor(tasks=[fetch_data, process_data])
executor.run()
```
### Advanced Usage with Error Handling
Include retries and error logging in your agents. Use state management techniques to preserve data between tasks.
## Constraints on Use
- Ensure prompt structures are maintained to maximize performance and clarity.
- Validate context objects to ensure they adhere to expected formats and types.
## Metadata Updates
```yaml
archetypes: tactical
anti_triggers:
- vague conversation
- overly generic request
response_profile:
verbosity: medium
directive_strength: high
abstraction_level: operational
```
### Basic LangChain Agent Creation
```python
from langchain import LLMChain, PromptTemplate
# Define a simple LLM chain
prompt = PromptTemplate(input_variables=['input'], template="""You are a helpful assistant. Assist with: {input}.
""")
agent = LLMChain(prompt=prompt)
```
### LangGraph Workflow Example
```python
from langgraph import Executor, Task
# Define tasks and executor
@Task
def fetch_data():
return {'data_key': 'value'}
@Task
def process_data(data):
return data['data_key'] + ' processed'
executor = Executor(tasks=[fetch_data, process_data])
executor.run()
```
### Advanced Usage with Error Handling
- Include retries and error logging in your agents.
- Use state management techniques to preserve data between tasks.
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