* refactor(chat.py): rename flow_id variable to flow_id_str for better clarity refactor(chat.py): update flow_id usage to flow_id_str in build_vertex function for consistency refactor(chat.py): change flow_id to flow_id_str in build_vertex function for consistency refactor(chat.py): replace flow_id with flow_id_str in build_vertex function for consistency refactor(chat.py): update flow_id to flow_id_str in build_vertex_stream function for consistency refactor(chat.py): change flow_id to flow_id_str in build_vertex_stream function for consistency refactor(chat.py): replace flow_id with flow_id_str in build_vertex_stream function for consistency refactor(chat.py): update flow_id to flow_id_str in build_vertex_stream function for consistency refactor(endpoints.py): replace flow_id with flow_id_str in simplified_run_flow function for consistency refactor(endpoints.py): update flow_id to flow_id_str in simplified_run_flow function for consistency refactor(endpoints.py): change flow_id to flow_id_str in simplified_run_flow function for consistency refactor(endpoints.py): replace flow_id with flow_id_str in simplified_run_flow function for consistency refactor(endpoints.py): update flow_id to flow_id_str in simplified_run_flow function for consistency refactor(endpoints.py): change flow_id to flow_id_str in simplified_run_flow function for consistency refactor(endpoints.py): replace flow_id with flow_id_str in simplified_run_flow function for consistency refactor(endpoints.py): update flow_id to flow_id_str in simplified_run_flow function for consistency refactor(endpoints.py): change flow_id to flow_id_str in experimental_run_flow function for consistency refactor(endpoints.py): replace flow_id with flow_id_str in experimental_run_flow function for consistency refactor(endpoints.py): update flow_id to flow_id_str in experimental_run_flow function for consistency refactor(endpoints.py): change flow_id to flow_id_str in experimental_run_flow function for consistency refactor(endpoints.py): replace flow_id with flow_id_str in experimental_run_flow function for consistency refactor(endpoints.py): update flow_id to flow_id_str in experimental_run_flow function for consistency refactor(endpoints.py): change flow_id to flow_id_str in experimental_run_flow function for consistency refactor(endpoints.py): replace flow_id with flow_id_str in experimental_run_flow function for consistency refactor(endpoints.py): update flow_id fix(files.py): update variable names from flow_id to flow_id_str for consistency feat(files.py): use flow_id_str instead of flow_id for file operations to ensure correct folder paths feat(files.py): improve error handling and response messages in file operations feat(flows.py): optimize query for fetching example flows feat(folders.py): refactor create_folder function for better readability and maintainability feat(folders.py): update_folder function to handle excluded_flows and concat_folder_components feat(folders.py): improve error handling and response messages in folder operations feat(folders.py): optimize query for fetching folder in download_file function feat(schemas.py): update FlowListReadWithFolderName schema field names to name and description feat(OpenAIConversationalAgent.py): add support for using pydantic SecretStr for storing API key securely feat(ChatOpenAISpecs.py): add support for using pydantic SecretStr for storing API key securely refactor(RecordsOutput.py): change base class from TextComponent to CustomComponent refactor(base.py): remove unused import and log_transaction call refactor(model.py): change components and flows fields to have default_factory=list refactor(utils.py): update SQLModel import and use Field for components and flows fields refactor(service.py): change table_map declaration to use type hints for better readability * feat(tests): add import statement for Folder model in conftest.py to support new functionality refactor(tests): update query in conftest.py to use nested query for Folder name refactor(tests): update import statement for UUID in test_endpoints.py refactor(tests): update UUID usage in test_endpoints.py for consistency and clarity refactor(tests): update UUID usage in test_endpoints.py for consistency and clarity refactor(tests): update UUID usage in test_endpoints.py for consistency and clarity refactor(tests): update UUID usage in test_endpoints.py for consistency and clarity feat(tests): add import statement for Folder model in test_initial_setup.py to support new functionality refactor(tests): update query in test_initial_setup.py to use Folder model for better readability and maintainability * new lock
93 lines
3.6 KiB
Python
93 lines
3.6 KiB
Python
from datetime import datetime
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from pathlib import Path
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from sqlmodel import select
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from langflow.initial_setup.setup import (
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STARTER_FOLDER_NAME,
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create_or_update_starter_projects,
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get_project_data,
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load_starter_projects,
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)
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from langflow.services.database.models.folder.model import Folder
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from langflow.services.deps import session_scope
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def test_load_starter_projects():
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projects = load_starter_projects()
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assert isinstance(projects, list)
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assert all(isinstance(project[1], dict) for project in projects)
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assert all(isinstance(project[0], Path) for project in projects)
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def test_get_project_data():
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projects = load_starter_projects()
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for _, project in projects:
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(
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project_name,
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project_description,
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project_is_component,
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updated_at_datetime,
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project_data,
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project_icon,
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project_icon_bg_color,
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) = get_project_data(project)
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assert isinstance(project_name, str)
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assert isinstance(project_description, str)
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assert isinstance(project_is_component, bool)
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assert isinstance(updated_at_datetime, datetime)
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assert isinstance(project_data, dict)
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assert isinstance(project_icon, str) or project_icon is None
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assert isinstance(project_icon_bg_color, str) or project_icon_bg_color is None
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def test_create_or_update_starter_projects(client):
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with session_scope() as session:
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# Run the function to create or update projects
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create_or_update_starter_projects()
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# Get the number of projects returned by load_starter_projects
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num_projects = len(load_starter_projects())
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# Get the number of projects in the database
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folder = session.exec(select(Folder).where(Folder.name == STARTER_FOLDER_NAME)).first()
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num_db_projects = len(folder.flows)
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# Check that the number of projects in the database is the same as the number of projects returned by load_starter_projects
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assert num_db_projects == num_projects
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# Some starter projects require integration
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# @pytest.mark.asyncio
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# async def test_starter_projects_can_run_successfully(client):
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# with session_scope() as session:
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# # Run the function to create or update projects
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# create_or_update_starter_projects()
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# # Get the number of projects returned by load_starter_projects
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# num_projects = len(load_starter_projects())
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# # Get the number of projects in the database
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# num_db_projects = session.exec(select(func.count(Flow.id)).where(Flow.folder == STARTER_FOLDER_NAME)).one()
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# # Check that the number of projects in the database is the same as the number of projects returned by load_starter_projects
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# assert num_db_projects == num_projects
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# # Get all the starter projects
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# projects = session.exec(select(Flow).where(Flow.folder == STARTER_FOLDER_NAME)).all()
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# graphs: list[tuple[str, Graph]] = []
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# for project in projects:
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# # Add tweaks to make file_path work
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# tweaks = {"path": __file__}
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# graph_data = process_tweaks(project.data, tweaks)
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# graph_object = Graph.from_payload(graph_data, flow_id=project.id)
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# graphs.append((project.name, graph_object))
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# assert len(graphs) == len(projects)
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# for name, graph in graphs:
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# outputs = await graph.arun(
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# inputs={},
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# outputs=[],
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# session_id="test",
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# )
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# assert all(isinstance(output, RunOutputs) for output in outputs), f"Project {name} error: {outputs}"
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# delete_messages(session_id="test")
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