use std::{collections::HashMap, sync::Arc, vec}; use collab_document::blocks::{Block, BlockAction, BlockActionPayload, BlockActionType}; use nanoid::nanoid; use serde_json::{json, to_value, Value}; use crate::document::util::default_collab_builder; use flowy_document2::{document_data::DocumentDataWrapper, manager::DocumentManager}; use super::util::FakeUser; #[test] fn restore_document() { let user = FakeUser::new(); let manager = DocumentManager::new(Arc::new(user), default_collab_builder()); // create a document let doc_id: String = nanoid!(10); let data = DocumentDataWrapper::default(); let document_a = manager .create_document(doc_id.clone(), data.clone()) .unwrap(); let data_a = document_a.lock().get_document().unwrap(); assert_eq!(data_a, data.0); // open a document let data_b = manager .open_document(doc_id.clone()) .unwrap() .lock() .get_document() .unwrap(); // close a document _ = manager.close_document(doc_id.clone()); assert_eq!(data_b, data.0); // restore _ = manager.create_document(doc_id.clone(), data.clone()); // open a document let data_b = manager .open_document(doc_id.clone()) .unwrap() .lock() .get_document() .unwrap(); // close a document _ = manager.close_document(doc_id); assert_eq!(data_b, data.0); } #[test] fn document_apply_insert_action() { let user = FakeUser::new(); let manager = DocumentManager::new(Arc::new(user), default_collab_builder()); let doc_id: String = nanoid!(10); let data = DocumentDataWrapper::default(); // create a document _ = manager.create_document(doc_id.clone(), data.clone()); // open a document let document = manager.open_document(doc_id.clone()).unwrap(); let page_block = document.lock().get_block(&data.0.page_id).unwrap(); // insert a text block let text_block = Block { id: nanoid!(10), ty: "text".to_string(), parent: page_block.id, children: nanoid!(10), external_id: None, external_type: None, data: HashMap::new(), }; let insert_text_action = BlockAction { action: BlockActionType::Insert, payload: BlockActionPayload { block: text_block, parent_id: None, prev_id: None, }, }; document.lock().apply_action(vec![insert_text_action]); let data_a = document.lock().get_document().unwrap(); // close the original document _ = manager.close_document(doc_id.clone()); // re-open the document let data_b = manager .open_document(doc_id.clone()) .unwrap() .lock() .get_document() .unwrap(); // close a document _ = manager.close_document(doc_id); assert_eq!(data_b, data_a); } #[test] fn document_apply_update_page_action() { let user = FakeUser::new(); let manager = DocumentManager::new(Arc::new(user), default_collab_builder()); let doc_id: String = nanoid!(10); let data = DocumentDataWrapper::default(); // create a document _ = manager.create_document(doc_id.clone(), data.clone()); // open a document let document = manager.open_document(doc_id.clone()).unwrap(); let page_block = document.lock().get_block(&data.0.page_id).unwrap(); let mut page_block_clone = page_block; page_block_clone.data = HashMap::new(); page_block_clone.data.insert( "delta".to_string(), to_value(json!([{"insert": "Hello World!"}])).unwrap(), ); let action = BlockAction { action: BlockActionType::Update, payload: BlockActionPayload { block: page_block_clone, parent_id: None, prev_id: None, }, }; let actions = vec![action]; tracing::trace!("{:?}", &actions); document.lock().apply_action(actions); let page_block_old = document.lock().get_block(&data.0.page_id).unwrap(); _ = manager.close_document(doc_id.clone()); // re-open the document let document = manager.open_document(doc_id).unwrap(); let page_block_new = document.lock().get_block(&data.0.page_id).unwrap(); assert_eq!(page_block_old, page_block_new); assert!(page_block_new.data.contains_key("delta")); } #[test] fn document_apply_update_action() { let user = FakeUser::new(); let manager = DocumentManager::new(Arc::new(user), default_collab_builder()); let doc_id: String = nanoid!(10); let data = DocumentDataWrapper::default(); // create a document _ = manager.create_document(doc_id.clone(), data.clone()); // open a document let document = manager.open_document(doc_id.clone()).unwrap(); let page_block = document.lock().get_block(&data.0.page_id).unwrap(); // insert a text block let text_block_id = nanoid!(10); let text_block = Block { id: text_block_id.clone(), ty: "text".to_string(), parent: page_block.id, children: nanoid!(10), external_id: None, external_type: None, data: HashMap::new(), }; let insert_text_action = BlockAction { action: BlockActionType::Insert, payload: BlockActionPayload { block: text_block, parent_id: None, prev_id: None, }, }; document.lock().apply_action(vec![insert_text_action]); // update the text block let existing_text_block = document.lock().get_block(&text_block_id).unwrap(); let mut updated_text_block_data = HashMap::new(); updated_text_block_data.insert("delta".to_string(), Value::String("delta".to_string())); let updated_text_block = Block { id: existing_text_block.id, ty: existing_text_block.ty, parent: existing_text_block.parent, children: existing_text_block.children, external_id: None, external_type: None, data: updated_text_block_data.clone(), }; let update_text_action = BlockAction { action: BlockActionType::Update, payload: BlockActionPayload { block: updated_text_block, parent_id: None, prev_id: None, }, }; document.lock().apply_action(vec![update_text_action]); // close the original document _ = manager.close_document(doc_id.clone()); // re-open the document let document = manager.open_document(doc_id.clone()).unwrap(); let block = document.lock().get_block(&text_block_id).unwrap(); assert_eq!(block.data, updated_text_block_data); // close a document _ = manager.close_document(doc_id); }