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Overview

The generate() method is the recommended way to execute your agent when you want automatic trace collection, timing, and inference result creation. It handles the complete lifecycle:
  1. Initializes trace collection
  2. Executes your agent with timing measurement
  3. Creates/updates the inference result with all metadata
  4. Saves collected traces to the platform
  5. Cleans up trace context (prevents memory leaks)
This is the recommended method for production use as it handles all trace lifecycle management automatically.

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Parameters

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agent
Agent
required
An instance of a class that extends galtea.Agent. Must implement the call() method.
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session
Session
required
The session object to associate the inference result with. Obtain via galtea.sessions.create() or galtea.sessions.get().
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user_input
string
The user’s input message to send to the agent. If not provided and the session is test-based, the test case input will be used automatically. Required for production/monitoring sessions.
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throw_if_empty_agent_response
bool
If True, raises a ValueError when the agent returns an empty response. Defaults to False.

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Returns

Returns an InferenceResult object with all captured data.

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Example

# Define an Agent to be used for generation
class MyAgent(Agent):
    def call(self, input_data: AgentInput) -> AgentResponse:
        # Implement your agent logic here, using input_data content
        return AgentResponse(content="Generated response")


inference_result = galtea.inference_results.generate(
    agent=MyAgent(), session=session, user_input="Generate something"
)

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What Gets Captured

The generate() method automatically captures and saves:
DataSourceDescription
Inputuser_input parameterThe user’s message
OutputAgentResponse.contentThe agent’s response
Retrieval ContextAgentResponse.retrieval_contextContext used (for RAG)
LatencyMeasuredEnd-to-end execution time in ms
Usage InfoAgentResponse.usage_infoToken counts (if provided)
Cost InfoAgentResponse.cost_infoCost data (if provided)
Traces@trace decoratorsAll traced operations

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Providing Usage and Cost Information

Your agent can return usage and cost information in the AgentResponse: 
class MyAgentWithUsage(Agent):
    @galtea.trace(name="main", type=TraceType.AGENT)
    def call(self, input: AgentInput) -> AgentResponse:
        # Your agent logic...

        return AgentResponse(
            content="Response content",
            usage_info={
                "input_tokens": 150,
                "output_tokens": 75,
                "cache_read_input_tokens": 50,
            },
            cost_info={
                "cost_per_input_token": 0.00001,
                "cost_per_output_token": 0.00003,
                "cost_per_cache_read_input_token": 0.000001,
            },
        )

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Comparison with Manual Approach

Featuregenerate()Manual with set_context()
Context initializationAutomaticset_context()
Agent executionAutomaticManual call
Timing measurementAutomaticManual
Inference resultAuto-createdinference_results.create()
Trace exportAutomaticAutomatic on clear_context()
Memory cleanupAutomaticclear_context()
Error handlingBuilt-inManual try/finally
Use generate() for most use cases. Use manual set_context()/clear_context() only when you need to manage inference result creation separately or have complex multi-step workflows.

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Error Handling

If the agent raises an exception, generate() ensures trace context is cleaned up: 
class FailingAgent(Agent):
    def call(self, input: AgentInput) -> AgentResponse:
        raise ValueError("Agent failed intentionally")


failing_agent = FailingAgent()

try:
    result = galtea_client.inference_results.generate(
        agent=failing_agent, session=session_error, user_input="test"
    )
except Exception as e:
    # Trace context is automatically cleaned up
    print(f"Agent failed: {e}")