Crear un agente de datos con el SDK de Python

from google.colab import auth
auth.authenticate_user()

from google.cloud import geminidataanalytics

data_agent_client = geminidataanalytics.DataAgentServiceClient()
data_chat_client = geminidataanalytics.DataChatServiceClient()

# Billing project
billing_project = "my_project_name"

# System instructions
system_instruction = "Help the user analyze their data."

bigquery_table_reference = geminidataanalytics.BigQueryTableReference()
bigquery_table_reference.project_id = "my_project_id"
bigquery_table_reference.dataset_id = "my_dataset_id"
bigquery_table_reference.table_id = "my_table_id"

bigquery_table_reference_2 = geminidataanalytics.BigQueryTableReference()
bigquery_table_reference_2.project_id = "my_project_id_2"
bigquery_table_reference_2.dataset_id = "my_dataset_id_2"
bigquery_table_reference_2.table_id = "my_table_id_2"

bigquery_table_reference_3 = geminidataanalytics.BigQueryTableReference()
bigquery_table_reference_3.project_id = "my_project_id_3"
bigquery_table_reference_3.dataset_id = "my_dataset_id_3"
bigquery_table_reference_3.table_id = "my_table_id_3"

# Connect to your data source
datasource_references = geminidataanalytics.DatasourceReferences()
datasource_references.bq.table_references = [bigquery_table_reference, bigquery_table_reference_2, bigquery_table_reference_3]

studio_datasource_id = "my_datasource_id"

studio_references = geminidataanalytics.StudioDatasourceReference()
studio_references.datasource_id = studio_datasource_id

## Connect to your data source
datasource_references.studio.studio_references = [studio_references]

data_agent_id = "data_agent_1"

data_agent = geminidataanalytics.DataAgent()
data_agent.data_analytics_agent.published_context = published_context
data_agent.name = f"projects/{billing_project}/locations/global/dataAgents/{data_agent_id}" # Optional

request = geminidataanalytics.CreateDataAgentRequest(
    parent=f"projects/{billing_project}/locations/global",
    data_agent_id=data_agent_id, # Optional
    data_agent=data_agent,
)

try:
    data_agent_client.create_data_agent(request=request)
    print("Data Agent created")
except Exception as e:
    print(f"Error creating Data Agent: {e}")

# Initialize request arguments
data_agent_id = "data_agent_1"
conversation_id = "conversation_1"

conversation = geminidataanalytics.Conversation()
conversation.agents = [f'projects/{billing_project}/locations/global/dataAgents/{data_agent_id}']
conversation.name = f"projects/{billing_project}/locations/global/conversations/{conversation_id}"

request = geminidataanalytics.CreateConversationRequest(
    parent=f"projects/{billing_project}/locations/global",
    conversation_id=conversation_id,
    conversation=conversation,
)

# Make the request
response = data_chat_client.create_conversation(request=request)

# Handle the response
print(response)

# Initialize request arguments
data_agent_id = "data_agent_1"
request = geminidataanalytics.GetDataAgentRequest(
    name=f"projects/{billing_project}/locations/global/dataAgents/{data_agent_id}",
)

# Make the request
response = data_agent_client.get_data_agent(request=request)

# Handle the response
print(response)

billing_project = "YOUR-BILLING-PROJECT"
location = "global"
request = geminidataanalytics.ListDataAgentsRequest(
    parent=f"projects/{billing_project}/locations/global",
)

# Make the request
page_result = data_agent_client.list_data_agents(request=request)

# Handle the response
for response in page_result:
    print(response)

billing_project = "YOUR-BILLING-PROJECT"
creator_filter = "YOUR-CREATOR-FILTER"
location = "global"
request = geminidataanalytics.ListAccessibleDataAgentsRequest(
    parent=f"projects/{billing_project}/locations/global",
    creator_filter=creator_filter
)

# Make the request
page_result = data_agent_client.list_accessible_data_agents(request=request)

# Handle the response
for response in page_result:
    print(response)

data_agent_id = "data_agent_1"
billing_project = "YOUR-BILLING-PROJECT"
data_agent = geminidataanalytics.DataAgent()
data_agent.data_analytics_agent.published_context = published_context
data_agent.name = f"projects/{billing_project}/locations/global/dataAgents/{data_agent_id}"
data_agent.description = "Updated description of the data agent."

update_mask = field_mask_pb2.FieldMask(paths=['description', 'data_analytics_agent.published_context'])

request = geminidataanalytics.UpdateDataAgentRequest(
    data_agent=data_agent,
    update_mask=update_mask,
)

try:
    # Make the request
    data_agent_client.update_data_agent(request=request)
    print("Data Agent Updated")
except Exception as e:
    print(f"Error updating Data Agent: {e}")

billing_project = "YOUR-BILLING-PROJECT"
location = "global"
data_agent_id = "data_agent_1"
role = "roles/geminidataanalytics.dataAgentEditor"
users = "222larabrown@gmail.com, cloudysanfrancisco@gmail.com"

resource = f"projects/{billing_project}/locations/global/dataAgents/{data_agent_id}"

# Construct the IAM policy
binding = policy_pb2.Binding(
    role=role,
    members= [f"user:{i.strip()}" for i in users.split(",")]
)

policy = policy_pb2.Policy(bindings=[binding])

# Create the request
request = iam_policy_pb2.SetIamPolicyRequest(
    resource=resource,
    policy=policy
)

# Send the request
try:
    response = data_agent_client.set_iam_policy(request=request)
    print("IAM Policy set successfully!")
    print(f"Response: {response}")
except Exception as e:
    print(f"Error setting IAM policy: {e}")

billing_project = "YOUR-BILLING-PROJECT"
location = "global"
data_agent_id = "data_agent_1"

resource = f"projects/{billing_project}/locations/global/dataAgents/{data_agent_id}"
request = iam_policy_pb2.GetIamPolicyRequest(
            resource=resource,
        )
try:
    response = data_agent_client.get_iam_policy(request=request)
    print("IAM Policy fetched successfully!")
    print(f"Response: {response}")
except Exception as e:
    print(f"Error setting IAM policy: {e}")

billing_project = "YOUR-BILLING-PROJECT"
location = "global"
data_agent_id = "data_agent_1"

request = geminidataanalytics.DeleteDataAgentRequest(
    name=f"projects/{billing_project}/locations/global/dataAgents/{data_agent_id}",
)

try:
    # Make the request
    data_agent_client.delete_data_agent(request=request)
    print("Data Agent Deleted")
except Exception as e:
    print(f"Error deleting Data Agent: {e}")

billing_project = "YOUR-BILLING-PROJECT"
location = "global"
conversation_id = "conversation_1"

request = geminidataanalytics.GetConversationRequest(
    name = f"projects/{billing_project}/locations/global/conversations/{conversation_id}"
)

# Make the request
response = data_chat_client.get_conversation(request=request)

# Handle the response
print(response)

billing_project = "YOUR-BILLING-PROJECT"
location = "global"
request = geminidataanalytics.ListConversationsRequest(
    parent=f"projects/{billing_project}/locations/global",
)

# Make the request
response = data_chat_client.list_conversations(request=request)

# Handle the response
print(response)

billing_project = "YOUR-BILLING-PROJECT"
location = "global"

conversation_id = "conversation_1"

request = geminidataanalytics.ListMessagesRequest(
    parent=f"projects/{billing_project}/locations/global/conversations/{conversation_id}",
)

# Make the request
response = data_chat_client.list_messages(request=request)

# Handle the response
print(response)

# List that is used to track previous turns and is reused across requests
conversation_messages = []

data_agent_id = "data_agent_1"

# Use data agent context
data_agent_context = geminidataanalytics.DataAgentContext()
data_agent_context.data_agent = f"projects/{billing_project}/locations/global/dataAgents/{data_agent_id}"
# data_agent_context.credentials = credentials

# Helper function for calling the API
def multi_turn_Conversation(msg):

    message = geminidataanalytics.Message()
    message.user_message.text = msg

    # Send a multi-turn request by including previous turns and the new message
    conversation_messages.append(message)

    request = geminidataanalytics.ChatRequest(
        parent=f"projects/{billing_project}/locations/global",
        messages=conversation_messages,
        # Use data agent context
        data_agent_context=data_agent_context,
        # Use inline context
        # inline_context=inline_context,
    )

    # Make the request
    stream = data_chat_client.chat(request=request)

    # Handle the response
    for response in stream:
      show_message(response)
      conversation_messages.append(response)

# Send the first turn request
multi_turn_Conversation("Which species of tree is most prevalent?")

# Send follow-up turn request
multi_turn_Conversation("Can you show me the results as a bar chart?")

from pygments import highlight, lexers, formatters
import pandas as pd
import requests
import json as json_lib
import altair as alt
import IPython
from IPython.display import display, HTML

import proto
from google.protobuf.json_format import MessageToDict, MessageToJson

def handle_text_response(resp):
  parts = getattr(resp, 'parts')
  print(''.join(parts))

def display_schema(data):
  fields = getattr(data, 'fields')
  df = pd.DataFrame({
    "Column": map(lambda field: getattr(field, 'name'), fields),
    "Type": map(lambda field: getattr(field, 'type'), fields),
    "Description": map(lambda field: getattr(field, 'description', '-'), fields),
    "Mode": map(lambda field: getattr(field, 'mode'), fields)
  })
  display(df)

def display_section_title(text):
  display(HTML('<h2>{}</h2>'.format(text)))

def format_looker_table_ref(table_ref):
 return 'lookmlModel: {}, explore: {}, lookerInstanceUri: {}'.format(table_ref.lookml_model, table_ref.explore, table_ref.looker_instance_uri)

def format_bq_table_ref(table_ref):
  return '{}.{}.{}'.format(table_ref.project_id, table_ref.dataset_id, table_ref.table_id)

def display_datasource(datasource):
  source_name = ''
  if 'studio_datasource_id' in datasource:
   source_name = getattr(datasource, 'studio_datasource_id')
  elif 'looker_explore_reference' in datasource:
   source_name = format_looker_table_ref(getattr(datasource, 'looker_explore_reference'))
  else:
    source_name = format_bq_table_ref(getattr(datasource, 'bigquery_table_reference'))

  print(source_name)
  display_schema(datasource.schema)

def handle_schema_response(resp):
  if 'query' in resp:
    print(resp.query.question)
  elif 'result' in resp:
    display_section_title('Schema resolved')
    print('Data sources:')
    for datasource in resp.result.datasources:
      display_datasource(datasource)

def handle_data_response(resp):
  if 'query' in resp:
    query = resp.query
    display_section_title('Retrieval query')
    print('Query name: {}'.format(query.name))
    print('Question: {}'.format(query.question))
    print('Data sources:')
    for datasource in query.datasources:
      display_datasource(datasource)
  elif 'generated_sql' in resp:
    display_section_title('SQL generated')
    print(resp.generated_sql)
  elif 'result' in resp:
    display_section_title('Data retrieved')

    fields = [field.name for field in resp.result.schema.fields]
    d = {}
    for el in resp.result.data:
      for field in fields:
        if field in d:
          d[field].append(el[field])
        else:
          d[field] = [el[field]]

    display(pd.DataFrame(d))

def handle_chart_response(resp):
  def _value_to_dict(v):
    if isinstance(v, proto.marshal.collections.maps.MapComposite):
      return _map_to_dict(v)
    elif isinstance(v, proto.marshal.collections.RepeatedComposite):
      return [_value_to_dict(el) for el in v]
    elif isinstance(v, (int, float, str, bool)):
      return v
    else:
      return MessageToDict(v)

  def _map_to_dict(d):
    out = {}
    for k in d:
      if isinstance(d[k], proto.marshal.collections.maps.MapComposite):
        out[k] = _map_to_dict(d[k])
      else:
        out[k] = _value_to_dict(d[k])
    return out

  if 'query' in resp:
    print(resp.query.instructions)
  elif 'result' in resp:
    vegaConfig = resp.result.vega_config
    vegaConfig_dict = _map_to_dict(vegaConfig)
    alt.Chart.from_json(json_lib.dumps(vegaConfig_dict)).display();

def show_message(msg):
  m = msg.system_message
  if 'text' in m:
    handle_text_response(getattr(m, 'text'))
  elif 'schema' in m:
    handle_schema_response(getattr(m, 'schema'))
  elif 'data' in m:
    handle_data_response(getattr(m, 'data'))
  elif 'chart' in m:
    handle_chart_response(getattr(m, 'chart'))
  print('\n')