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import { nanoid } from 'nanoid';
import { idComparator, isReactiveTable, Tables, generateId } from './database.js';
import * as devalue from 'devalue';
/** @type {number | null} */
export const previewingPrNumber =
import.meta.env.previewingPrNumber === 'null' ? null : import.meta.env.previewingPrNumber;
export const databaseName = previewingPrNumber ? `previews/pr-${previewingPrNumber}` : 'database';
export const databaseRevision = 3;
/**
* @typedef {typeof import('./database.js').NO_REACTIVE_STATE_TABLES[number]} NonReactiveTableNames
*/
/**
* @typedef {Exclude<keyof typeof Tables, NonReactiveTableNames>} ReactiveTableNames
*/
/** @type {Array<keyof typeof Tables>} */
// @ts-ignore
const tableNames = Object.keys(Tables);
/** @type {{[Table in ReactiveTableNames]: Array<typeof Tables[Table]['infer']>}} */
export const _tablesState = $state({
Image: [],
Metadata: [],
Observation: [],
Protocol: [],
Settings: []
});
/**
*
* @type {{
* [Name in ReactiveTableNames]: ReturnType<typeof wrangler<Name>>
* } & {
* initialize: () => Promise<void>
* }}
*/
// @ts-ignore
export const tables = {
...Object.fromEntries(tableNames.filter(isReactiveTable).map((name) => [name, wrangler(name)])),
async initialize() {
for (const name of tableNames) {
if (!isReactiveTable(name)) continue;
await tables[name].refresh();
}
}
};
/**
*
* @param {Table} table
* @template {ReactiveTableNames} Table
*/
function wrangler(table) {
return {
get state() {
return _tablesState[table];
},
async refresh() {
console.info(`refresh ${table}`);
// @ts-ignore
_tablesState[table] = await this.list();
},
/** @param {string} key */
get: async (key) => get(table, key),
/** @param {string} key */
getFromState: (key) => _tablesState[table].find((item) => item.id === key),
/** @param {typeof Tables[Table]['inferIn']} value */
async set(value) {
await set(table, value);
const output = Tables[table].assert(value);
const index = _tablesState[table].findIndex((item) => item.id === value.id);
if (index !== -1) _tablesState[table][index] = output;
else {
_tablesState[table].push(output);
_tablesState[table].sort(idComparator);
}
return output;
},
/**
*
* @param {string} key
* @param {Prop} property
* @param {typeof Tables[Table]['inferIn'][Prop]} value
* @template {keyof typeof Tables[Table]['inferIn']} Prop
* @returns {Promise<boolean>} true if the item was found and updated, false otherwise
*/
async update(key, property, value) {
const logLabel = `upd ${table} ${key} ${typeof property === 'string' ? property : '<Symbol>'} = ${value}`;
// Get item from DB
const item = await this.raw.get(key);
// Handle not found
if (!item) {
console.error(`${logLabel}: item not found`);
return false;
}
// Update property in DB object
item[property] = value;
await set(table, item);
// Update reactive state
const index = _tablesState[table].findIndex((item) => item.id === key);
if (index === -1) {
console.debug(
`${logLabel}: item not found in reactive state, refetching entire list`
);
// @ts-ignore
_tablesState[table] = await this.list();
} else {
console.debug(`${logLabel}: updating state @ ${table}[${index}]`);
_tablesState[table][index] = Tables[table].assert(item);
}
return true;
},
/** @param {Omit<typeof Tables[Table]['inferIn'], 'id'>} value */
async add(value) {
return this.set(
// @ts-ignore
{ ...value, id: generateId(table) }
);
},
async clear() {
await clear(table);
_tablesState[table] = [];
},
/**
* @param {string | IDBKeyRange} id key of the object to remove
*/
async remove(id) {
await drop(table, id);
const index = _tablesState[table].findIndex((item) => item.id === id);
if (index !== -1) {
console.warn(`del ${table} ${id}: not found in reactive state, re-fetching`);
// @ts-ignore
_tablesState[table] = await this.list();
} else {
delete _tablesState[table][index];
}
},
/**
* Create a read-write transaction, execute `actions` given the transaction's object store for that table, and commit the transaction
* @param {(store: import('idb').IDBPObjectStore<IDBDatabaseType, [Table], Table, "readwrite">) => void | Promise<void>} actions
* @returns
*/
async do(actions) {
const loglabel = `do ${table} #${nanoid()}`;
console.debug(loglabel);
await openTransaction([table], {}, async (tx) => {
await actions(tx.objectStore(table));
});
},
list: async () => list(table),
all: () => iterator(table),
count: async () => {
const db = await openDatabase();
return await db.count(table);
},
/** Do not go through validation or type morphing, manipulate the underlying database values directly. Useful for performance reasons, when changing only a property inside of an object and leaving the others unchanged, for example */
raw: {
/** @param {typeof Tables[Table]['inferIn']} value */
async set(value) {
const db = await openDatabase();
return await db.put(table, value);
},
/**
* @param {string} key
* @returns {Promise<typeof Tables[Table]['inferIn'] | undefined>}
*/
async get(key) {
const db = await openDatabase();
return await db.get(table, key);
}
}
};
}
/**
*
* @param {TableName} tableName
* @param {typeof Tables[TableName]['inferIn']} value
* @template {keyof typeof Tables} TableName
*/
export async function set(tableName, value) {
const db = await openDatabase();
const validator = Tables[tableName];
validator.assert(value);
return await db.put(tableName, value).then((result) => {
return result;
});
}
/**
* @param {TableName} table
* @template {keyof typeof Tables} TableName
*/
export async function clear(table) {
const db = await openDatabase();
await db.clear(table).then((result) => {
return result;
});
}
/**
*
* @param {TableName} tableName
* @param {string} key
* @returns {Promise<undefined | typeof Tables[TableName]['infer']>}
* @template {keyof typeof Tables} TableName
*/
export async function get(tableName, key) {
const db = await openDatabase();
const validator = Tables[tableName];
return await db.get(tableName, key).then((value) => {
const out = value ? validator.assert(value) : undefined;
return out;
});
}
/**
*
* @param {TableName} tableName
* @param {IDBKeyRange} [keyRange]
* @returns {Promise<Array<typeof Tables[TableName]['infer']>>}
* @template {keyof typeof Tables} TableName
*/
export async function list(tableName, keyRange = undefined) {
const db = await openDatabase();
const validator = Tables[tableName];
// @ts-ignore
return await db
.getAll(tableName, keyRange)
.then((values) => values.map((v) => validator.assert(v)).sort(idComparator))
.then((result) => {
return result;
});
}
/**
* Delete an entry from a table by key
* @param {TableName} table
* @param {string | IDBKeyRange} id
* @returns {Promise<void>}
* @template {keyof typeof Tables} TableName
*/
export async function drop(table, id) {
const db = await openDatabase();
return await db
.delete(table, id)
.then(() => {
return list(table);
})
.then((list) => {
console.debug(
`delete ${table} ${id}: objects are now ${list.map((o) => o.id).join(', ')}`
);
});
}
/**
*
* @param {TableName} tableName
* @param {string} [index]
* @template {keyof typeof Tables} TableName
* @yields {typeof Tables[TableName]['infer']}
*/
export async function* iterator(tableName, index = undefined) {
const db = await openDatabase();
const validator = Tables[tableName];
const store = db.transaction(tableName).store;
const iter = index ? store.index(index).iterate() : store.iterate();
for await (const cursor of iter) {
yield validator.assert(cursor.value);
}
}
/**
* Create a transaction, execute `actions`. Commits the transaction and refreshes reactive tables' state for you
* @template {Array<keyof typeof Tables>} Tables
* @template {IDBTransactionMode} [Mode="readwrite"]
* @param {Tables} tableNames
* @param {object} param1
* @param {Mode} [param1.mode="readwrite"]
* @param {IDBTransactionWithAtLeast<Tables, Mode>} [param1.tx] already existing transaction to use instead of creating a new one. In that case, the transaction is not committed and the reactive tables' state is not refreshed, since it's assumed that a openTransactions() call higher up in the call stack will already do this
* @param {(tx: IDBTransactionWithAtLeast<Tables, Mode>) => void | Promise<void>} actions
*/
export async function openTransaction(tableNames, { mode }, actions) {
// @ts-ignore
mode ??= 'readwrite';
// IndexedDB transactions are auto-comitted, so we can't reuse them reliably. will maybe find a fix for this.
// if (tx) {
// // @ts-ignore
// console.debug(`txn reuse ${tx.id}`);
// await actions(tx);
// return
// }
const txid = nanoid(8);
console.debug(`txn open ${txid} tables ${tableNames} mode ${mode}`);
const db = await openDatabase();
const newTx = db.transaction(tableNames, mode);
// @ts-ignore
newTx.id = txid;
// @ts-ignore
await actions(newTx);
// @ts-ignore
console.debug(`txn commit ${txid} `);
await newTx.done;
for (const table of tableNames.filter(isReactiveTable)) {
await tables[table].refresh();
}
}
export function databaseHandle() {
if (!_database) {
throw new Error('Database not initialized. Call openDatabase() first.');
}
return _database;
}
export async function openDatabase() {
if (_database) return _database;
/** @type {Array<{[K in keyof typeof Tables]: [K, typeof Tables[K]]}[keyof typeof Tables]>} */
// @ts-ignore
const tablesByName = Object.entries(Tables);
_database = await openDB(databaseName, databaseRevision, {
upgrade(db, oldVersion) {
/**
* @param {keyof typeof Tables} tableName
* @param {import('arktype').Type} schema
*/
const createTable = (tableName, schema) => {
if (!schema.meta.table) return;
const keyPath = schema.meta.table.indexes[0];
const store = db.createObjectStore(tableName, { keyPath });
for (const index of schema.meta.table.indexes.slice(1)) {
store.createIndex(index, index);
}
};
// No clean migration path for 1 -> 2, just drop everything
if (oldVersion === 1) {
for (const tableName of db.objectStoreNames) {
db.deleteObjectStore(tableName);
}
}
if (oldVersion === 2) {
createTable(/* @wc-ignore */ 'ImagePreviewFile', Tables.ImagePreviewFile);
return;
}
for (const [tableName, schema] of tablesByName) {
createTable(tableName, schema);
}
}
});
// Needed for E2E tests, to send non-[Serializable] values between browser and test runner
window.devalue = {
stringify: devalue.stringify,
parse: devalue.parse
};
window.DB = _database;
window.refreshDB = () => {
for (const table of tableNames) {
if (!isReactiveTable(table)) continue;
tables[table].refresh();
}
};
return _database;
}
export function nukeDatabase() {
if (_database) {
_database.close();
_database = undefined;
}
indexedDB.deleteDatabase(databaseName);
}
/**
* @typedef {{
* [Name in keyof typeof Tables]: {
* value: (typeof Tables[Name])['inferIn']
* key: string,
* indexes: {
* [IndexName in string]: string;
* }
* }
* }} IDBDatabaseType
*/
/**
* @template {Array<keyof typeof Tables>} Stores Required stores
* @template {IDBTransactionMode} [Mode="readwrite"]
* @typedef {import('idb').IDBPTransaction<IDBDatabaseType, [...Stores, ...Array<keyof typeof Tables>], Mode>} IDBTransactionWithAtLeast
*/
/**
* @typedef {import('idb').IDBPDatabase<IDBDatabaseType>} DatabaseHandle
*/
// Magie vodoo Typescript, pas besoin de comprendre
// Si t'es curieuxse, demande à Gwenn qui sera ravie
// de t'expliquer :3
/**
* @type {DatabaseHandle | undefined}
*/
let _database;
|