import datetime import json import logging import random import time import uuid from typing import Any, Optional from flask_login import current_user from sqlalchemy import func from werkzeug.exceptions import NotFound from configs import dify_config from core.errors.error import LLMBadRequestError, ProviderTokenNotInitError from core.model_manager import ModelManager from core.model_runtime.entities.model_entities import ModelType from core.rag.datasource.keyword.keyword_factory import Keyword from core.rag.models.document import Document as RAGDocument from core.rag.retrieval.retrieval_methods import RetrievalMethod from events.dataset_event import dataset_was_deleted from events.document_event import document_was_deleted from extensions.ext_database import db from extensions.ext_redis import redis_client from libs import helper from models.account import Account, TenantAccountRole from models.dataset import ( AppDatasetJoin, Dataset, DatasetCollectionBinding, DatasetPermission, DatasetPermissionEnum, DatasetProcessRule, DatasetQuery, Document, DocumentSegment, ExternalKnowledgeBindings, ) from models.model import UploadFile from models.source import DataSourceOauthBinding from services.errors.account import NoPermissionError from services.errors.dataset import DatasetNameDuplicateError from services.errors.document import DocumentIndexingError from services.errors.file import FileNotExistsError from services.external_knowledge_service import ExternalDatasetService from services.feature_service import FeatureModel, FeatureService from services.tag_service import TagService from services.vector_service import VectorService from tasks.clean_notion_document_task import clean_notion_document_task from tasks.deal_dataset_vector_index_task import deal_dataset_vector_index_task from tasks.delete_segment_from_index_task import delete_segment_from_index_task from tasks.disable_segment_from_index_task import disable_segment_from_index_task from tasks.document_indexing_task import document_indexing_task from tasks.document_indexing_update_task import document_indexing_update_task from tasks.duplicate_document_indexing_task import duplicate_document_indexing_task from tasks.recover_document_indexing_task import recover_document_indexing_task from tasks.retry_document_indexing_task import retry_document_indexing_task from tasks.sync_website_document_indexing_task import sync_website_document_indexing_task class DatasetService: @staticmethod def get_datasets(page, per_page, tenant_id=None, user=None, search=None, tag_ids=None): query = Dataset.query.filter(Dataset.tenant_id == tenant_id).order_by(Dataset.created_at.desc()) if user: # get permitted dataset ids dataset_permission = DatasetPermission.query.filter_by(account_id=user.id, tenant_id=tenant_id).all() permitted_dataset_ids = {dp.dataset_id for dp in dataset_permission} if dataset_permission else None if user.current_role == TenantAccountRole.DATASET_OPERATOR: # only show datasets that the user has permission to access if permitted_dataset_ids: query = query.filter(Dataset.id.in_(permitted_dataset_ids)) else: return [], 0 else: # show all datasets that the user has permission to access if permitted_dataset_ids: query = query.filter( db.or_( Dataset.permission == DatasetPermissionEnum.ALL_TEAM, db.and_(Dataset.permission == DatasetPermissionEnum.ONLY_ME, Dataset.created_by == user.id), db.and_( Dataset.permission == DatasetPermissionEnum.PARTIAL_TEAM, Dataset.id.in_(permitted_dataset_ids), ), ) ) else: query = query.filter( db.or_( Dataset.permission == DatasetPermissionEnum.ALL_TEAM, db.and_(Dataset.permission == DatasetPermissionEnum.ONLY_ME, Dataset.created_by == user.id), ) ) else: # if no user, only show datasets that are shared with all team members query = query.filter(Dataset.permission == DatasetPermissionEnum.ALL_TEAM) if search: query = query.filter(Dataset.name.ilike(f"%{search}%")) if tag_ids: target_ids = TagService.get_target_ids_by_tag_ids("knowledge", tenant_id, tag_ids) if target_ids: query = query.filter(Dataset.id.in_(target_ids)) else: return [], 0 datasets = query.paginate(page=page, per_page=per_page, max_per_page=100, error_out=False) return datasets.items, datasets.total @staticmethod def get_process_rules(dataset_id): # get the latest process rule dataset_process_rule = ( db.session.query(DatasetProcessRule) .filter(DatasetProcessRule.dataset_id == dataset_id) .order_by(DatasetProcessRule.created_at.desc()) .limit(1) .one_or_none() ) if dataset_process_rule: mode = dataset_process_rule.mode rules = dataset_process_rule.rules_dict else: mode = DocumentService.DEFAULT_RULES["mode"] rules = DocumentService.DEFAULT_RULES["rules"] return {"mode": mode, "rules": rules} @staticmethod def get_datasets_by_ids(ids, tenant_id): datasets = Dataset.query.filter(Dataset.id.in_(ids), Dataset.tenant_id == tenant_id).paginate( page=1, per_page=len(ids), max_per_page=len(ids), error_out=False ) return datasets.items, datasets.total @staticmethod def create_empty_dataset( tenant_id: str, name: str, description: Optional[str], indexing_technique: Optional[str], account: Account, permission: Optional[str] = None, provider: str = "vendor", external_knowledge_api_id: Optional[str] = None, external_knowledge_id: Optional[str] = None, ): # check if dataset name already exists if Dataset.query.filter_by(name=name, tenant_id=tenant_id).first(): raise DatasetNameDuplicateError(f"Dataset with name {name} already exists.") embedding_model = None if indexing_technique == "high_quality": model_manager = ModelManager() embedding_model = model_manager.get_default_model_instance( tenant_id=tenant_id, model_type=ModelType.TEXT_EMBEDDING ) dataset = Dataset(name=name, indexing_technique=indexing_technique) # dataset = Dataset(name=name, provider=provider, config=config) dataset.description = description dataset.created_by = account.id dataset.updated_by = account.id dataset.tenant_id = tenant_id dataset.embedding_model_provider = embedding_model.provider if embedding_model else None dataset.embedding_model = embedding_model.model if embedding_model else None dataset.permission = permission or DatasetPermissionEnum.ONLY_ME dataset.provider = provider db.session.add(dataset) db.session.flush() if provider == "external" and external_knowledge_api_id: external_knowledge_api = ExternalDatasetService.get_external_knowledge_api(external_knowledge_api_id) if not external_knowledge_api: raise ValueError("External API template not found.") external_knowledge_binding = ExternalKnowledgeBindings( tenant_id=tenant_id, dataset_id=dataset.id, external_knowledge_api_id=external_knowledge_api_id, external_knowledge_id=external_knowledge_id, created_by=account.id, ) db.session.add(external_knowledge_binding) db.session.commit() return dataset @staticmethod def get_dataset(dataset_id) -> Dataset: return Dataset.query.filter_by(id=dataset_id).first() @staticmethod def check_dataset_model_setting(dataset): if dataset.indexing_technique == "high_quality": try: model_manager = ModelManager() model_manager.get_model_instance( tenant_id=dataset.tenant_id, provider=dataset.embedding_model_provider, model_type=ModelType.TEXT_EMBEDDING, model=dataset.embedding_model, ) except LLMBadRequestError: raise ValueError( "No Embedding Model available. Please configure a valid provider " "in the Settings -> Model Provider." ) except ProviderTokenNotInitError as ex: raise ValueError(f"The dataset in unavailable, due to: {ex.description}") @staticmethod def check_embedding_model_setting(tenant_id: str, embedding_model_provider: str, embedding_model: str): try: model_manager = ModelManager() model_manager.get_model_instance( tenant_id=tenant_id, provider=embedding_model_provider, model_type=ModelType.TEXT_EMBEDDING, model=embedding_model, ) except LLMBadRequestError: raise ValueError( "No Embedding Model available. Please configure a valid provider in the Settings -> Model Provider." ) except ProviderTokenNotInitError as ex: raise ValueError(f"The dataset in unavailable, due to: {ex.description}") @staticmethod def update_dataset(dataset_id, data, user): dataset = DatasetService.get_dataset(dataset_id) DatasetService.check_dataset_permission(dataset, user) if dataset.provider == "external": dataset.retrieval_model = data.get("external_retrieval_model", None) dataset.name = data.get("name", dataset.name) dataset.description = data.get("description", "") external_knowledge_id = data.get("external_knowledge_id", None) dataset.permission = data.get("permission") db.session.add(dataset) if not external_knowledge_id: raise ValueError("External knowledge id is required.") external_knowledge_api_id = data.get("external_knowledge_api_id", None) if not external_knowledge_api_id: raise ValueError("External knowledge api id is required.") external_knowledge_binding = ExternalKnowledgeBindings.query.filter_by(dataset_id=dataset_id).first() if ( external_knowledge_binding.external_knowledge_id != external_knowledge_id or external_knowledge_binding.external_knowledge_api_id != external_knowledge_api_id ): external_knowledge_binding.external_knowledge_id = external_knowledge_id external_knowledge_binding.external_knowledge_api_id = external_knowledge_api_id db.session.add(external_knowledge_binding) db.session.commit() else: data.pop("partial_member_list", None) data.pop("external_knowledge_api_id", None) data.pop("external_knowledge_id", None) data.pop("external_retrieval_model", None) filtered_data = {k: v for k, v in data.items() if v is not None or k == "description"} action = None if dataset.indexing_technique != data["indexing_technique"]: # if update indexing_technique if data["indexing_technique"] == "economy": action = "remove" filtered_data["embedding_model"] = None filtered_data["embedding_model_provider"] = None filtered_data["collection_binding_id"] = None elif data["indexing_technique"] == "high_quality": action = "add" # get embedding model setting try: model_manager = ModelManager() embedding_model = model_manager.get_model_instance( tenant_id=current_user.current_tenant_id, provider=data["embedding_model_provider"], model_type=ModelType.TEXT_EMBEDDING, model=data["embedding_model"], ) filtered_data["embedding_model"] = embedding_model.model filtered_data["embedding_model_provider"] = embedding_model.provider dataset_collection_binding = DatasetCollectionBindingService.get_dataset_collection_binding( embedding_model.provider, embedding_model.model ) filtered_data["collection_binding_id"] = dataset_collection_binding.id except LLMBadRequestError: raise ValueError( "No Embedding Model available. Please configure a valid provider " "in the Settings -> Model Provider." ) except ProviderTokenNotInitError as ex: raise ValueError(ex.description) else: if ( data["embedding_model_provider"] != dataset.embedding_model_provider or data["embedding_model"] != dataset.embedding_model ): action = "update" try: model_manager = ModelManager() embedding_model = model_manager.get_model_instance( tenant_id=current_user.current_tenant_id, provider=data["embedding_model_provider"], model_type=ModelType.TEXT_EMBEDDING, model=data["embedding_model"], ) filtered_data["embedding_model"] = embedding_model.model filtered_data["embedding_model_provider"] = embedding_model.provider dataset_collection_binding = DatasetCollectionBindingService.get_dataset_collection_binding( embedding_model.provider, embedding_model.model ) filtered_data["collection_binding_id"] = dataset_collection_binding.id except LLMBadRequestError: raise ValueError( "No Embedding Model available. Please configure a valid provider " "in the Settings -> Model Provider." ) except ProviderTokenNotInitError as ex: raise ValueError(ex.description) filtered_data["updated_by"] = user.id filtered_data["updated_at"] = datetime.datetime.now() # update Retrieval model filtered_data["retrieval_model"] = data["retrieval_model"] dataset.query.filter_by(id=dataset_id).update(filtered_data) db.session.commit() if action: deal_dataset_vector_index_task.delay(dataset_id, action) return dataset @staticmethod def delete_dataset(dataset_id, user): dataset = DatasetService.get_dataset(dataset_id) if dataset is None: return False DatasetService.check_dataset_permission(dataset, user) dataset_was_deleted.send(dataset) db.session.delete(dataset) db.session.commit() return True @staticmethod def dataset_use_check(dataset_id) -> bool: count = AppDatasetJoin.query.filter_by(dataset_id=dataset_id).count() if count > 0: return True return False @staticmethod def check_dataset_permission(dataset, user): if dataset.tenant_id != user.current_tenant_id: logging.debug(f"User {user.id} does not have permission to access dataset {dataset.id}") raise NoPermissionError("You do not have permission to access this dataset.") if dataset.permission == DatasetPermissionEnum.ONLY_ME and dataset.created_by != user.id: logging.debug(f"User {user.id} does not have permission to access dataset {dataset.id}") raise NoPermissionError("You do not have permission to access this dataset.") if dataset.permission == "partial_members": user_permission = DatasetPermission.query.filter_by(dataset_id=dataset.id, account_id=user.id).first() if not user_permission and dataset.tenant_id != user.current_tenant_id and dataset.created_by != user.id: logging.debug(f"User {user.id} does not have permission to access dataset {dataset.id}") raise NoPermissionError("You do not have permission to access this dataset.") @staticmethod def check_dataset_operator_permission(user: Account = None, dataset: Dataset = None): if dataset.permission == DatasetPermissionEnum.ONLY_ME: if dataset.created_by != user.id: raise NoPermissionError("You do not have permission to access this dataset.") elif dataset.permission == DatasetPermissionEnum.PARTIAL_TEAM: if not any( dp.dataset_id == dataset.id for dp in DatasetPermission.query.filter_by(account_id=user.id).all() ): raise NoPermissionError("You do not have permission to access this dataset.") @staticmethod def get_dataset_queries(dataset_id: str, page: int, per_page: int): dataset_queries = ( DatasetQuery.query.filter_by(dataset_id=dataset_id) .order_by(db.desc(DatasetQuery.created_at)) .paginate(page=page, per_page=per_page, max_per_page=100, error_out=False) ) return dataset_queries.items, dataset_queries.total @staticmethod def get_related_apps(dataset_id: str): return ( AppDatasetJoin.query.filter(AppDatasetJoin.dataset_id == dataset_id) .order_by(db.desc(AppDatasetJoin.created_at)) .all() ) class DocumentService: DEFAULT_RULES = { "mode": "custom", "rules": { "pre_processing_rules": [ {"id": "remove_extra_spaces", "enabled": True}, {"id": "remove_urls_emails", "enabled": False}, ], "segmentation": {"delimiter": "\n", "max_tokens": 500, "chunk_overlap": 50}, }, } DOCUMENT_METADATA_SCHEMA = { "book": { "title": str, "language": str, "author": str, "publisher": str, "publication_date": str, "isbn": str, "category": str, }, "web_page": { "title": str, "url": str, "language": str, "publish_date": str, "author/publisher": str, "topic/keywords": str, "description": str, }, "paper": { "title": str, "language": str, "author": str, "publish_date": str, "journal/conference_name": str, "volume/issue/page_numbers": str, "doi": str, "topic/keywords": str, "abstract": str, }, "social_media_post": { "platform": str, "author/username": str, "publish_date": str, "post_url": str, "topic/tags": str, }, "wikipedia_entry": { "title": str, "language": str, "web_page_url": str, "last_edit_date": str, "editor/contributor": str, "summary/introduction": str, }, "personal_document": { "title": str, "author": str, "creation_date": str, "last_modified_date": str, "document_type": str, "tags/category": str, }, "business_document": { "title": str, "author": str, "creation_date": str, "last_modified_date": str, "document_type": str, "department/team": str, }, "im_chat_log": { "chat_platform": str, "chat_participants/group_name": str, "start_date": str, "end_date": str, "summary": str, }, "synced_from_notion": { "title": str, "language": str, "author/creator": str, "creation_date": str, "last_modified_date": str, "notion_page_link": str, "category/tags": str, "description": str, }, "synced_from_github": { "repository_name": str, "repository_description": str, "repository_owner/organization": str, "code_filename": str, "code_file_path": str, "programming_language": str, "github_link": str, "open_source_license": str, "commit_date": str, "commit_author": str, }, "others": dict, } @staticmethod def get_document(dataset_id: str, document_id: str) -> Optional[Document]: document = ( db.session.query(Document).filter(Document.id == document_id, Document.dataset_id == dataset_id).first() ) return document @staticmethod def get_document_by_id(document_id: str) -> Optional[Document]: document = db.session.query(Document).filter(Document.id == document_id).first() return document @staticmethod def get_document_by_dataset_id(dataset_id: str) -> list[Document]: documents = db.session.query(Document).filter(Document.dataset_id == dataset_id, Document.enabled == True).all() return documents @staticmethod def get_error_documents_by_dataset_id(dataset_id: str) -> list[Document]: documents = ( db.session.query(Document) .filter(Document.dataset_id == dataset_id, Document.indexing_status.in_(["error", "paused"])) .all() ) return documents @staticmethod def get_batch_documents(dataset_id: str, batch: str) -> list[Document]: documents = ( db.session.query(Document) .filter( Document.batch == batch, Document.dataset_id == dataset_id, Document.tenant_id == current_user.current_tenant_id, ) .all() ) return documents @staticmethod def get_document_file_detail(file_id: str): file_detail = db.session.query(UploadFile).filter(UploadFile.id == file_id).one_or_none() return file_detail @staticmethod def check_archived(document): if document.archived: return True else: return False @staticmethod def delete_document(document): # trigger document_was_deleted signal file_id = None if document.data_source_type == "upload_file": if document.data_source_info: data_source_info = document.data_source_info_dict if data_source_info and "upload_file_id" in data_source_info: file_id = data_source_info["upload_file_id"] document_was_deleted.send( document.id, dataset_id=document.dataset_id, doc_form=document.doc_form, file_id=file_id ) db.session.delete(document) db.session.commit() @staticmethod def rename_document(dataset_id: str, document_id: str, name: str) -> Document: dataset = DatasetService.get_dataset(dataset_id) if not dataset: raise ValueError("Dataset not found.") document = DocumentService.get_document(dataset_id, document_id) if not document: raise ValueError("Document not found.") if document.tenant_id != current_user.current_tenant_id: raise ValueError("No permission.") document.name = name db.session.add(document) db.session.commit() return document @staticmethod def pause_document(document): if document.indexing_status not in {"waiting", "parsing", "cleaning", "splitting", "indexing"}: raise DocumentIndexingError() # update document to be paused document.is_paused = True document.paused_by = current_user.id document.paused_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) db.session.add(document) db.session.commit() # set document paused flag indexing_cache_key = "document_{}_is_paused".format(document.id) redis_client.setnx(indexing_cache_key, "True") @staticmethod def recover_document(document): if not document.is_paused: raise DocumentIndexingError() # update document to be recover document.is_paused = False document.paused_by = None document.paused_at = None db.session.add(document) db.session.commit() # delete paused flag indexing_cache_key = "document_{}_is_paused".format(document.id) redis_client.delete(indexing_cache_key) # trigger async task recover_document_indexing_task.delay(document.dataset_id, document.id) @staticmethod def retry_document(dataset_id: str, documents: list[Document]): for document in documents: # add retry flag retry_indexing_cache_key = "document_{}_is_retried".format(document.id) cache_result = redis_client.get(retry_indexing_cache_key) if cache_result is not None: raise ValueError("Document is being retried, please try again later") # retry document indexing document.indexing_status = "waiting" db.session.add(document) db.session.commit() redis_client.setex(retry_indexing_cache_key, 600, 1) # trigger async task document_ids = [document.id for document in documents] retry_document_indexing_task.delay(dataset_id, document_ids) @staticmethod def sync_website_document(dataset_id: str, document: Document): # add sync flag sync_indexing_cache_key = "document_{}_is_sync".format(document.id) cache_result = redis_client.get(sync_indexing_cache_key) if cache_result is not None: raise ValueError("Document is being synced, please try again later") # sync document indexing document.indexing_status = "waiting" data_source_info = document.data_source_info_dict data_source_info["mode"] = "scrape" document.data_source_info = json.dumps(data_source_info, ensure_ascii=False) db.session.add(document) db.session.commit() redis_client.setex(sync_indexing_cache_key, 600, 1) sync_website_document_indexing_task.delay(dataset_id, document.id) @staticmethod def get_documents_position(dataset_id): document = Document.query.filter_by(dataset_id=dataset_id).order_by(Document.position.desc()).first() if document: return document.position + 1 else: return 1 @staticmethod def save_document_with_dataset_id( dataset: Dataset, document_data: dict, account: Account | Any, dataset_process_rule: Optional[DatasetProcessRule] = None, created_from: str = "web", ): # check document limit features = FeatureService.get_features(current_user.current_tenant_id) if features.billing.enabled: if "original_document_id" not in document_data or not document_data["original_document_id"]: count = 0 if document_data["data_source"]["type"] == "upload_file": upload_file_list = document_data["data_source"]["info_list"]["file_info_list"]["file_ids"] count = len(upload_file_list) elif document_data["data_source"]["type"] == "notion_import": notion_info_list = document_data["data_source"]["info_list"]["notion_info_list"] for notion_info in notion_info_list: count = count + len(notion_info["pages"]) elif document_data["data_source"]["type"] == "website_crawl": website_info = document_data["data_source"]["info_list"]["website_info_list"] count = len(website_info["urls"]) batch_upload_limit = int(dify_config.BATCH_UPLOAD_LIMIT) if count > batch_upload_limit: raise ValueError(f"You have reached the batch upload limit of {batch_upload_limit}.") DocumentService.check_documents_upload_quota(count, features) # if dataset is empty, update dataset data_source_type if not dataset.data_source_type: dataset.data_source_type = document_data["data_source"]["type"] if not dataset.indexing_technique: if ( "indexing_technique" not in document_data or document_data["indexing_technique"] not in Dataset.INDEXING_TECHNIQUE_LIST ): raise ValueError("Indexing technique is required") dataset.indexing_technique = document_data["indexing_technique"] if document_data["indexing_technique"] == "high_quality": model_manager = ModelManager() embedding_model = model_manager.get_default_model_instance( tenant_id=current_user.current_tenant_id, model_type=ModelType.TEXT_EMBEDDING ) dataset.embedding_model = embedding_model.model dataset.embedding_model_provider = embedding_model.provider dataset_collection_binding = DatasetCollectionBindingService.get_dataset_collection_binding( embedding_model.provider, embedding_model.model ) dataset.collection_binding_id = dataset_collection_binding.id if not dataset.retrieval_model: default_retrieval_model = { "search_method": RetrievalMethod.SEMANTIC_SEARCH.value, "reranking_enable": False, "reranking_model": {"reranking_provider_name": "", "reranking_model_name": ""}, "top_k": 2, "score_threshold_enabled": False, } dataset.retrieval_model = document_data.get("retrieval_model") or default_retrieval_model documents = [] if document_data.get("original_document_id"): document = DocumentService.update_document_with_dataset_id(dataset, document_data, account) documents.append(document) batch = document.batch else: batch = time.strftime("%Y%m%d%H%M%S") + str(random.randint(100000, 999999)) # save process rule if not dataset_process_rule: process_rule = document_data["process_rule"] if process_rule["mode"] == "custom": dataset_process_rule = DatasetProcessRule( dataset_id=dataset.id, mode=process_rule["mode"], rules=json.dumps(process_rule["rules"]), created_by=account.id, ) elif process_rule["mode"] == "automatic": dataset_process_rule = DatasetProcessRule( dataset_id=dataset.id, mode=process_rule["mode"], rules=json.dumps(DatasetProcessRule.AUTOMATIC_RULES), created_by=account.id, ) db.session.add(dataset_process_rule) db.session.commit() lock_name = "add_document_lock_dataset_id_{}".format(dataset.id) with redis_client.lock(lock_name, timeout=600): position = DocumentService.get_documents_position(dataset.id) document_ids = [] duplicate_document_ids = [] if document_data["data_source"]["type"] == "upload_file": upload_file_list = document_data["data_source"]["info_list"]["file_info_list"]["file_ids"] for file_id in upload_file_list: file = ( db.session.query(UploadFile) .filter(UploadFile.tenant_id == dataset.tenant_id, UploadFile.id == file_id) .first() ) # raise error if file not found if not file: raise FileNotExistsError() file_name = file.name data_source_info = { "upload_file_id": file_id, } # check duplicate if document_data.get("duplicate", False): document = Document.query.filter_by( dataset_id=dataset.id, tenant_id=current_user.current_tenant_id, data_source_type="upload_file", enabled=True, name=file_name, ).first() if document: document.dataset_process_rule_id = dataset_process_rule.id document.updated_at = datetime.datetime.utcnow() document.created_from = created_from document.doc_form = document_data["doc_form"] document.doc_language = document_data["doc_language"] document.data_source_info = json.dumps(data_source_info) document.batch = batch document.indexing_status = "waiting" db.session.add(document) documents.append(document) duplicate_document_ids.append(document.id) continue document = DocumentService.build_document( dataset, dataset_process_rule.id, document_data["data_source"]["type"], document_data["doc_form"], document_data["doc_language"], data_source_info, created_from, position, account, file_name, batch, ) db.session.add(document) db.session.flush() document_ids.append(document.id) documents.append(document) position += 1 elif document_data["data_source"]["type"] == "notion_import": notion_info_list = document_data["data_source"]["info_list"]["notion_info_list"] exist_page_ids = [] exist_document = {} documents = Document.query.filter_by( dataset_id=dataset.id, tenant_id=current_user.current_tenant_id, data_source_type="notion_import", enabled=True, ).all() if documents: for document in documents: data_source_info = json.loads(document.data_source_info) exist_page_ids.append(data_source_info["notion_page_id"]) exist_document[data_source_info["notion_page_id"]] = document.id for notion_info in notion_info_list: workspace_id = notion_info["workspace_id"] data_source_binding = DataSourceOauthBinding.query.filter( db.and_( DataSourceOauthBinding.tenant_id == current_user.current_tenant_id, DataSourceOauthBinding.provider == "notion", DataSourceOauthBinding.disabled == False, DataSourceOauthBinding.source_info["workspace_id"] == f'"{workspace_id}"', ) ).first() if not data_source_binding: raise ValueError("Data source binding not found.") for page in notion_info["pages"]: if page["page_id"] not in exist_page_ids: data_source_info = { "notion_workspace_id": workspace_id, "notion_page_id": page["page_id"], "notion_page_icon": page["page_icon"], "type": page["type"], } document = DocumentService.build_document( dataset, dataset_process_rule.id, document_data["data_source"]["type"], document_data["doc_form"], document_data["doc_language"], data_source_info, created_from, position, account, page["page_name"], batch, ) db.session.add(document) db.session.flush() document_ids.append(document.id) documents.append(document) position += 1 else: exist_document.pop(page["page_id"]) # delete not selected documents if len(exist_document) > 0: clean_notion_document_task.delay(list(exist_document.values()), dataset.id) elif document_data["data_source"]["type"] == "website_crawl": website_info = document_data["data_source"]["info_list"]["website_info_list"] urls = website_info["urls"] for url in urls: data_source_info = { "url": url, "provider": website_info["provider"], "job_id": website_info["job_id"], "only_main_content": website_info.get("only_main_content", False), "mode": "crawl", } if len(url) > 255: document_name = url[:200] + "..." else: document_name = url document = DocumentService.build_document( dataset, dataset_process_rule.id, document_data["data_source"]["type"], document_data["doc_form"], document_data["doc_language"], data_source_info, created_from, position, account, document_name, batch, ) db.session.add(document) db.session.flush() document_ids.append(document.id) documents.append(document) position += 1 db.session.commit() # trigger async task if document_ids: document_indexing_task.delay(dataset.id, document_ids) if duplicate_document_ids: duplicate_document_indexing_task.delay(dataset.id, duplicate_document_ids) return documents, batch @staticmethod def check_documents_upload_quota(count: int, features: FeatureModel): can_upload_size = features.documents_upload_quota.limit - features.documents_upload_quota.size if count > can_upload_size: raise ValueError( f"You have reached the limit of your subscription. Only {can_upload_size} documents can be uploaded." ) @staticmethod def build_document( dataset: Dataset, process_rule_id: str, data_source_type: str, document_form: str, document_language: str, data_source_info: dict, created_from: str, position: int, account: Account, name: str, batch: str, ): document = Document( tenant_id=dataset.tenant_id, dataset_id=dataset.id, position=position, data_source_type=data_source_type, data_source_info=json.dumps(data_source_info), dataset_process_rule_id=process_rule_id, batch=batch, name=name, created_from=created_from, created_by=account.id, doc_form=document_form, doc_language=document_language, ) return document @staticmethod def get_tenant_documents_count(): documents_count = Document.query.filter( Document.completed_at.isnot(None), Document.enabled == True, Document.archived == False, Document.tenant_id == current_user.current_tenant_id, ).count() return documents_count @staticmethod def update_document_with_dataset_id( dataset: Dataset, document_data: dict, account: Account, dataset_process_rule: Optional[DatasetProcessRule] = None, created_from: str = "web", ): DatasetService.check_dataset_model_setting(dataset) document = DocumentService.get_document(dataset.id, document_data["original_document_id"]) if document is None: raise NotFound("Document not found") if document.display_status != "available": raise ValueError("Document is not available") # save process rule if document_data.get("process_rule"): process_rule = document_data["process_rule"] if process_rule["mode"] == "custom": dataset_process_rule = DatasetProcessRule( dataset_id=dataset.id, mode=process_rule["mode"], rules=json.dumps(process_rule["rules"]), created_by=account.id, ) elif process_rule["mode"] == "automatic": dataset_process_rule = DatasetProcessRule( dataset_id=dataset.id, mode=process_rule["mode"], rules=json.dumps(DatasetProcessRule.AUTOMATIC_RULES), created_by=account.id, ) db.session.add(dataset_process_rule) db.session.commit() document.dataset_process_rule_id = dataset_process_rule.id # update document data source if document_data.get("data_source"): file_name = "" data_source_info = {} if document_data["data_source"]["type"] == "upload_file": upload_file_list = document_data["data_source"]["info_list"]["file_info_list"]["file_ids"] for file_id in upload_file_list: file = ( db.session.query(UploadFile) .filter(UploadFile.tenant_id == dataset.tenant_id, UploadFile.id == file_id) .first() ) # raise error if file not found if not file: raise FileNotExistsError() file_name = file.name data_source_info = { "upload_file_id": file_id, } elif document_data["data_source"]["type"] == "notion_import": notion_info_list = document_data["data_source"]["info_list"]["notion_info_list"] for notion_info in notion_info_list: workspace_id = notion_info["workspace_id"] data_source_binding = DataSourceOauthBinding.query.filter( db.and_( DataSourceOauthBinding.tenant_id == current_user.current_tenant_id, DataSourceOauthBinding.provider == "notion", DataSourceOauthBinding.disabled == False, DataSourceOauthBinding.source_info["workspace_id"] == f'"{workspace_id}"', ) ).first() if not data_source_binding: raise ValueError("Data source binding not found.") for page in notion_info["pages"]: data_source_info = { "notion_workspace_id": workspace_id, "notion_page_id": page["page_id"], "notion_page_icon": page["page_icon"], "type": page["type"], } elif document_data["data_source"]["type"] == "website_crawl": website_info = document_data["data_source"]["info_list"]["website_info_list"] urls = website_info["urls"] for url in urls: data_source_info = { "url": url, "provider": website_info["provider"], "job_id": website_info["job_id"], "only_main_content": website_info.get("only_main_content", False), "mode": "crawl", } document.data_source_type = document_data["data_source"]["type"] document.data_source_info = json.dumps(data_source_info) document.name = file_name # update document name if document_data.get("name"): document.name = document_data["name"] # update document to be waiting document.indexing_status = "waiting" document.completed_at = None document.processing_started_at = None document.parsing_completed_at = None document.cleaning_completed_at = None document.splitting_completed_at = None document.updated_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) document.created_from = created_from document.doc_form = document_data["doc_form"] db.session.add(document) db.session.commit() # update document segment update_params = {DocumentSegment.status: "re_segment"} DocumentSegment.query.filter_by(document_id=document.id).update(update_params) db.session.commit() # trigger async task document_indexing_update_task.delay(document.dataset_id, document.id) return document @staticmethod def save_document_without_dataset_id(tenant_id: str, document_data: dict, account: Account): features = FeatureService.get_features(current_user.current_tenant_id) if features.billing.enabled: count = 0 if document_data["data_source"]["type"] == "upload_file": upload_file_list = document_data["data_source"]["info_list"]["file_info_list"]["file_ids"] count = len(upload_file_list) elif document_data["data_source"]["type"] == "notion_import": notion_info_list = document_data["data_source"]["info_list"]["notion_info_list"] for notion_info in notion_info_list: count = count + len(notion_info["pages"]) elif document_data["data_source"]["type"] == "website_crawl": website_info = document_data["data_source"]["info_list"]["website_info_list"] count = len(website_info["urls"]) batch_upload_limit = int(dify_config.BATCH_UPLOAD_LIMIT) if count > batch_upload_limit: raise ValueError(f"You have reached the batch upload limit of {batch_upload_limit}.") DocumentService.check_documents_upload_quota(count, features) dataset_collection_binding_id = None retrieval_model = None if document_data["indexing_technique"] == "high_quality": dataset_collection_binding = DatasetCollectionBindingService.get_dataset_collection_binding( document_data["embedding_model_provider"], document_data["embedding_model"] ) dataset_collection_binding_id = dataset_collection_binding.id if document_data.get("retrieval_model"): retrieval_model = document_data["retrieval_model"] else: default_retrieval_model = { "search_method": RetrievalMethod.SEMANTIC_SEARCH.value, "reranking_enable": False, "reranking_model": {"reranking_provider_name": "", "reranking_model_name": ""}, "top_k": 2, "score_threshold_enabled": False, } retrieval_model = default_retrieval_model # save dataset dataset = Dataset( tenant_id=tenant_id, name="", data_source_type=document_data["data_source"]["type"], indexing_technique=document_data.get("indexing_technique", "high_quality"), created_by=account.id, embedding_model=document_data.get("embedding_model"), embedding_model_provider=document_data.get("embedding_model_provider"), collection_binding_id=dataset_collection_binding_id, retrieval_model=retrieval_model, ) db.session.add(dataset) db.session.flush() documents, batch = DocumentService.save_document_with_dataset_id(dataset, document_data, account) cut_length = 18 cut_name = documents[0].name[:cut_length] dataset.name = cut_name + "..." dataset.description = "useful for when you want to answer queries about the " + documents[0].name db.session.commit() return dataset, documents, batch @classmethod def document_create_args_validate(cls, args: dict): if "original_document_id" not in args or not args["original_document_id"]: DocumentService.data_source_args_validate(args) DocumentService.process_rule_args_validate(args) else: if ("data_source" not in args or not args["data_source"]) and ( "process_rule" not in args or not args["process_rule"] ): raise ValueError("Data source or Process rule is required") else: if args.get("data_source"): DocumentService.data_source_args_validate(args) if args.get("process_rule"): DocumentService.process_rule_args_validate(args) @classmethod def data_source_args_validate(cls, args: dict): if "data_source" not in args or not args["data_source"]: raise ValueError("Data source is required") if not isinstance(args["data_source"], dict): raise ValueError("Data source is invalid") if "type" not in args["data_source"] or not args["data_source"]["type"]: raise ValueError("Data source type is required") if args["data_source"]["type"] not in Document.DATA_SOURCES: raise ValueError("Data source type is invalid") if "info_list" not in args["data_source"] or not args["data_source"]["info_list"]: raise ValueError("Data source info is required") if args["data_source"]["type"] == "upload_file": if ( "file_info_list" not in args["data_source"]["info_list"] or not args["data_source"]["info_list"]["file_info_list"] ): raise ValueError("File source info is required") if args["data_source"]["type"] == "notion_import": if ( "notion_info_list" not in args["data_source"]["info_list"] or not args["data_source"]["info_list"]["notion_info_list"] ): raise ValueError("Notion source info is required") if args["data_source"]["type"] == "website_crawl": if ( "website_info_list" not in args["data_source"]["info_list"] or not args["data_source"]["info_list"]["website_info_list"] ): raise ValueError("Website source info is required") @classmethod def process_rule_args_validate(cls, args: dict): if "process_rule" not in args or not args["process_rule"]: raise ValueError("Process rule is required") if not isinstance(args["process_rule"], dict): raise ValueError("Process rule is invalid") if "mode" not in args["process_rule"] or not args["process_rule"]["mode"]: raise ValueError("Process rule mode is required") if args["process_rule"]["mode"] not in DatasetProcessRule.MODES: raise ValueError("Process rule mode is invalid") if args["process_rule"]["mode"] == "automatic": args["process_rule"]["rules"] = {} else: if "rules" not in args["process_rule"] or not args["process_rule"]["rules"]: raise ValueError("Process rule rules is required") if not isinstance(args["process_rule"]["rules"], dict): raise ValueError("Process rule rules is invalid") if ( "pre_processing_rules" not in args["process_rule"]["rules"] or args["process_rule"]["rules"]["pre_processing_rules"] is None ): raise ValueError("Process rule pre_processing_rules is required") if not isinstance(args["process_rule"]["rules"]["pre_processing_rules"], list): raise ValueError("Process rule pre_processing_rules is invalid") unique_pre_processing_rule_dicts = {} for pre_processing_rule in args["process_rule"]["rules"]["pre_processing_rules"]: if "id" not in pre_processing_rule or not pre_processing_rule["id"]: raise ValueError("Process rule pre_processing_rules id is required") if pre_processing_rule["id"] not in DatasetProcessRule.PRE_PROCESSING_RULES: raise ValueError("Process rule pre_processing_rules id is invalid") if "enabled" not in pre_processing_rule or pre_processing_rule["enabled"] is None: raise ValueError("Process rule pre_processing_rules enabled is required") if not isinstance(pre_processing_rule["enabled"], bool): raise ValueError("Process rule pre_processing_rules enabled is invalid") unique_pre_processing_rule_dicts[pre_processing_rule["id"]] = pre_processing_rule args["process_rule"]["rules"]["pre_processing_rules"] = list(unique_pre_processing_rule_dicts.values()) if ( "segmentation" not in args["process_rule"]["rules"] or args["process_rule"]["rules"]["segmentation"] is None ): raise ValueError("Process rule segmentation is required") if not isinstance(args["process_rule"]["rules"]["segmentation"], dict): raise ValueError("Process rule segmentation is invalid") if ( "separator" not in args["process_rule"]["rules"]["segmentation"] or not args["process_rule"]["rules"]["segmentation"]["separator"] ): raise ValueError("Process rule segmentation separator is required") if not isinstance(args["process_rule"]["rules"]["segmentation"]["separator"], str): raise ValueError("Process rule segmentation separator is invalid") if ( "max_tokens" not in args["process_rule"]["rules"]["segmentation"] or not args["process_rule"]["rules"]["segmentation"]["max_tokens"] ): raise ValueError("Process rule segmentation max_tokens is required") if not isinstance(args["process_rule"]["rules"]["segmentation"]["max_tokens"], int): raise ValueError("Process rule segmentation max_tokens is invalid") @classmethod def estimate_args_validate(cls, args: dict): if "info_list" not in args or not args["info_list"]: raise ValueError("Data source info is required") if not isinstance(args["info_list"], dict): raise ValueError("Data info is invalid") if "process_rule" not in args or not args["process_rule"]: raise ValueError("Process rule is required") if not isinstance(args["process_rule"], dict): raise ValueError("Process rule is invalid") if "mode" not in args["process_rule"] or not args["process_rule"]["mode"]: raise ValueError("Process rule mode is required") if args["process_rule"]["mode"] not in DatasetProcessRule.MODES: raise ValueError("Process rule mode is invalid") if args["process_rule"]["mode"] == "automatic": args["process_rule"]["rules"] = {} else: if "rules" not in args["process_rule"] or not args["process_rule"]["rules"]: raise ValueError("Process rule rules is required") if not isinstance(args["process_rule"]["rules"], dict): raise ValueError("Process rule rules is invalid") if ( "pre_processing_rules" not in args["process_rule"]["rules"] or args["process_rule"]["rules"]["pre_processing_rules"] is None ): raise ValueError("Process rule pre_processing_rules is required") if not isinstance(args["process_rule"]["rules"]["pre_processing_rules"], list): raise ValueError("Process rule pre_processing_rules is invalid") unique_pre_processing_rule_dicts = {} for pre_processing_rule in args["process_rule"]["rules"]["pre_processing_rules"]: if "id" not in pre_processing_rule or not pre_processing_rule["id"]: raise ValueError("Process rule pre_processing_rules id is required") if pre_processing_rule["id"] not in DatasetProcessRule.PRE_PROCESSING_RULES: raise ValueError("Process rule pre_processing_rules id is invalid") if "enabled" not in pre_processing_rule or pre_processing_rule["enabled"] is None: raise ValueError("Process rule pre_processing_rules enabled is required") if not isinstance(pre_processing_rule["enabled"], bool): raise ValueError("Process rule pre_processing_rules enabled is invalid") unique_pre_processing_rule_dicts[pre_processing_rule["id"]] = pre_processing_rule args["process_rule"]["rules"]["pre_processing_rules"] = list(unique_pre_processing_rule_dicts.values()) if ( "segmentation" not in args["process_rule"]["rules"] or args["process_rule"]["rules"]["segmentation"] is None ): raise ValueError("Process rule segmentation is required") if not isinstance(args["process_rule"]["rules"]["segmentation"], dict): raise ValueError("Process rule segmentation is invalid") if ( "separator" not in args["process_rule"]["rules"]["segmentation"] or not args["process_rule"]["rules"]["segmentation"]["separator"] ): raise ValueError("Process rule segmentation separator is required") if not isinstance(args["process_rule"]["rules"]["segmentation"]["separator"], str): raise ValueError("Process rule segmentation separator is invalid") if ( "max_tokens" not in args["process_rule"]["rules"]["segmentation"] or not args["process_rule"]["rules"]["segmentation"]["max_tokens"] ): raise ValueError("Process rule segmentation max_tokens is required") if not isinstance(args["process_rule"]["rules"]["segmentation"]["max_tokens"], int): raise ValueError("Process rule segmentation max_tokens is invalid") class SegmentService: @classmethod def segment_create_args_validate(cls, args: dict, document: Document): if document.doc_form == "qa_model": if "answer" not in args or not args["answer"]: raise ValueError("Answer is required") if not args["answer"].strip(): raise ValueError("Answer is empty") if "content" not in args or not args["content"] or not args["content"].strip(): raise ValueError("Content is empty") @classmethod def create_segment(cls, args: dict, document: Document, dataset: Dataset): content = args["content"] doc_id = str(uuid.uuid4()) segment_hash = helper.generate_text_hash(content) tokens = 0 if dataset.indexing_technique == "high_quality": model_manager = ModelManager() embedding_model = model_manager.get_model_instance( tenant_id=current_user.current_tenant_id, provider=dataset.embedding_model_provider, model_type=ModelType.TEXT_EMBEDDING, model=dataset.embedding_model, ) # calc embedding use tokens tokens = embedding_model.get_text_embedding_num_tokens(texts=[content]) lock_name = "add_segment_lock_document_id_{}".format(document.id) with redis_client.lock(lock_name, timeout=600): max_position = ( db.session.query(func.max(DocumentSegment.position)) .filter(DocumentSegment.document_id == document.id) .scalar() ) segment_document = DocumentSegment( tenant_id=current_user.current_tenant_id, dataset_id=document.dataset_id, document_id=document.id, index_node_id=doc_id, index_node_hash=segment_hash, position=max_position + 1 if max_position else 1, content=content, word_count=len(content), tokens=tokens, status="completed", indexing_at=datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None), completed_at=datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None), created_by=current_user.id, ) if document.doc_form == "qa_model": segment_document.answer = args["answer"] db.session.add(segment_document) db.session.commit() # save vector index try: VectorService.create_segments_vector([args["keywords"]], [segment_document], dataset) except Exception as e: logging.exception("create segment index failed") segment_document.enabled = False segment_document.disabled_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) segment_document.status = "error" segment_document.error = str(e) db.session.commit() segment = db.session.query(DocumentSegment).filter(DocumentSegment.id == segment_document.id).first() return segment @classmethod def multi_create_segment(cls, segments: list, document: Document, dataset: Dataset): lock_name = "multi_add_segment_lock_document_id_{}".format(document.id) with redis_client.lock(lock_name, timeout=600): embedding_model = None if dataset.indexing_technique == "high_quality": model_manager = ModelManager() embedding_model = model_manager.get_model_instance( tenant_id=current_user.current_tenant_id, provider=dataset.embedding_model_provider, model_type=ModelType.TEXT_EMBEDDING, model=dataset.embedding_model, ) max_position = ( db.session.query(func.max(DocumentSegment.position)) .filter(DocumentSegment.document_id == document.id) .scalar() ) pre_segment_data_list = [] segment_data_list = [] keywords_list = [] for segment_item in segments: content = segment_item["content"] doc_id = str(uuid.uuid4()) segment_hash = helper.generate_text_hash(content) tokens = 0 if dataset.indexing_technique == "high_quality" and embedding_model: # calc embedding use tokens tokens = embedding_model.get_text_embedding_num_tokens(texts=[content]) segment_document = DocumentSegment( tenant_id=current_user.current_tenant_id, dataset_id=document.dataset_id, document_id=document.id, index_node_id=doc_id, index_node_hash=segment_hash, position=max_position + 1 if max_position else 1, content=content, word_count=len(content), tokens=tokens, status="completed", indexing_at=datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None), completed_at=datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None), created_by=current_user.id, ) if document.doc_form == "qa_model": segment_document.answer = segment_item["answer"] db.session.add(segment_document) segment_data_list.append(segment_document) pre_segment_data_list.append(segment_document) if "keywords" in segment_item: keywords_list.append(segment_item["keywords"]) else: keywords_list.append(None) try: # save vector index VectorService.create_segments_vector(keywords_list, pre_segment_data_list, dataset) except Exception as e: logging.exception("create segment index failed") for segment_document in segment_data_list: segment_document.enabled = False segment_document.disabled_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) segment_document.status = "error" segment_document.error = str(e) db.session.commit() return segment_data_list @classmethod def update_segment(cls, args: dict, segment: DocumentSegment, document: Document, dataset: Dataset): indexing_cache_key = "segment_{}_indexing".format(segment.id) cache_result = redis_client.get(indexing_cache_key) if cache_result is not None: raise ValueError("Segment is indexing, please try again later") if "enabled" in args and args["enabled"] is not None: action = args["enabled"] if segment.enabled != action: if not action: segment.enabled = action segment.disabled_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) segment.disabled_by = current_user.id db.session.add(segment) db.session.commit() # Set cache to prevent indexing the same segment multiple times redis_client.setex(indexing_cache_key, 600, 1) disable_segment_from_index_task.delay(segment.id) return segment if not segment.enabled: if "enabled" in args and args["enabled"] is not None: if not args["enabled"]: raise ValueError("Can't update disabled segment") else: raise ValueError("Can't update disabled segment") try: content = args["content"] if segment.content == content: if document.doc_form == "qa_model": segment.answer = args["answer"] if args.get("keywords"): segment.keywords = args["keywords"] segment.enabled = True segment.disabled_at = None segment.disabled_by = None db.session.add(segment) db.session.commit() # update segment index task if "keywords" in args: keyword = Keyword(dataset) keyword.delete_by_ids([segment.index_node_id]) document = RAGDocument( page_content=segment.content, metadata={ "doc_id": segment.index_node_id, "doc_hash": segment.index_node_hash, "document_id": segment.document_id, "dataset_id": segment.dataset_id, }, ) keyword.add_texts([document], keywords_list=[args["keywords"]]) else: segment_hash = helper.generate_text_hash(content) tokens = 0 if dataset.indexing_technique == "high_quality": model_manager = ModelManager() embedding_model = model_manager.get_model_instance( tenant_id=current_user.current_tenant_id, provider=dataset.embedding_model_provider, model_type=ModelType.TEXT_EMBEDDING, model=dataset.embedding_model, ) # calc embedding use tokens tokens = embedding_model.get_text_embedding_num_tokens(texts=[content]) segment.content = content segment.index_node_hash = segment_hash segment.word_count = len(content) segment.tokens = tokens segment.status = "completed" segment.indexing_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) segment.completed_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) segment.updated_by = current_user.id segment.updated_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) segment.enabled = True segment.disabled_at = None segment.disabled_by = None if document.doc_form == "qa_model": segment.answer = args["answer"] db.session.add(segment) db.session.commit() # update segment vector index VectorService.update_segment_vector(args["keywords"], segment, dataset) except Exception as e: logging.exception("update segment index failed") segment.enabled = False segment.disabled_at = datetime.datetime.now(datetime.timezone.utc).replace(tzinfo=None) segment.status = "error" segment.error = str(e) db.session.commit() segment = db.session.query(DocumentSegment).filter(DocumentSegment.id == segment.id).first() return segment @classmethod def delete_segment(cls, segment: DocumentSegment, document: Document, dataset: Dataset): indexing_cache_key = "segment_{}_delete_indexing".format(segment.id) cache_result = redis_client.get(indexing_cache_key) if cache_result is not None: raise ValueError("Segment is deleting.") # enabled segment need to delete index if segment.enabled: # send delete segment index task redis_client.setex(indexing_cache_key, 600, 1) delete_segment_from_index_task.delay(segment.id, segment.index_node_id, dataset.id, document.id) db.session.delete(segment) db.session.commit() class DatasetCollectionBindingService: @classmethod def get_dataset_collection_binding( cls, provider_name: str, model_name: str, collection_type: str = "dataset" ) -> DatasetCollectionBinding: dataset_collection_binding = ( db.session.query(DatasetCollectionBinding) .filter( DatasetCollectionBinding.provider_name == provider_name, DatasetCollectionBinding.model_name == model_name, DatasetCollectionBinding.type == collection_type, ) .order_by(DatasetCollectionBinding.created_at) .first() ) if not dataset_collection_binding: dataset_collection_binding = DatasetCollectionBinding( provider_name=provider_name, model_name=model_name, collection_name=Dataset.gen_collection_name_by_id(str(uuid.uuid4())), type=collection_type, ) db.session.add(dataset_collection_binding) db.session.commit() return dataset_collection_binding @classmethod def get_dataset_collection_binding_by_id_and_type( cls, collection_binding_id: str, collection_type: str = "dataset" ) -> DatasetCollectionBinding: dataset_collection_binding = ( db.session.query(DatasetCollectionBinding) .filter( DatasetCollectionBinding.id == collection_binding_id, DatasetCollectionBinding.type == collection_type ) .order_by(DatasetCollectionBinding.created_at) .first() ) return dataset_collection_binding class DatasetPermissionService: @classmethod def get_dataset_partial_member_list(cls, dataset_id): user_list_query = ( db.session.query( DatasetPermission.account_id, ) .filter(DatasetPermission.dataset_id == dataset_id) .all() ) user_list = [] for user in user_list_query: user_list.append(user.account_id) return user_list @classmethod def update_partial_member_list(cls, tenant_id, dataset_id, user_list): try: db.session.query(DatasetPermission).filter(DatasetPermission.dataset_id == dataset_id).delete() permissions = [] for user in user_list: permission = DatasetPermission( tenant_id=tenant_id, dataset_id=dataset_id, account_id=user["user_id"], ) permissions.append(permission) db.session.add_all(permissions) db.session.commit() except Exception as e: db.session.rollback() raise e @classmethod def check_permission(cls, user, dataset, requested_permission, requested_partial_member_list): if not user.is_dataset_editor: raise NoPermissionError("User does not have permission to edit this dataset.") if user.is_dataset_operator and dataset.permission != requested_permission: raise NoPermissionError("Dataset operators cannot change the dataset permissions.") if user.is_dataset_operator and requested_permission == "partial_members": if not requested_partial_member_list: raise ValueError("Partial member list is required when setting to partial members.") local_member_list = cls.get_dataset_partial_member_list(dataset.id) request_member_list = [user["user_id"] for user in requested_partial_member_list] if set(local_member_list) != set(request_member_list): raise ValueError("Dataset operators cannot change the dataset permissions.") @classmethod def clear_partial_member_list(cls, dataset_id): try: db.session.query(DatasetPermission).filter(DatasetPermission.dataset_id == dataset_id).delete() db.session.commit() except Exception as e: db.session.rollback() raise e