const db = require('../models'); const FileDBApi = require('./file'); const crypto = require('crypto'); const Utils = require('../utils'); const Sequelize = db.Sequelize; const Op = Sequelize.Op; module.exports = class Ledger_entriesDBApi { static async create(data, options) { const currentUser = (options && options.currentUser) || { id: null }; const transaction = (options && options.transaction) || undefined; const ledger_entries = await db.ledger_entries.create( { id: data.id || undefined, occurred_at: data.occurred_at || null , entry_type: data.entry_type || null , amount: data.amount || null , balance_after: data.balance_after || null , reference_key: data.reference_key || null , note: data.note || null , importHash: data.importHash || null, createdById: currentUser.id, updatedById: currentUser.id, }, { transaction }, ); await ledger_entries.setPlayer( data.player || null, { transaction, }); return ledger_entries; } static async bulkImport(data, options) { const currentUser = (options && options.currentUser) || { id: null }; const transaction = (options && options.transaction) || undefined; // Prepare data - wrapping individual data transformations in a map() method const ledger_entriesData = data.map((item, index) => ({ id: item.id || undefined, occurred_at: item.occurred_at || null , entry_type: item.entry_type || null , amount: item.amount || null , balance_after: item.balance_after || null , reference_key: item.reference_key || null , note: item.note || null , importHash: item.importHash || null, createdById: currentUser.id, updatedById: currentUser.id, createdAt: new Date(Date.now() + index * 1000), })); // Bulk create items const ledger_entries = await db.ledger_entries.bulkCreate(ledger_entriesData, { transaction }); // For each item created, replace relation files return ledger_entries; } static async update(id, data, options) { const currentUser = (options && options.currentUser) || {id: null}; const transaction = (options && options.transaction) || undefined; const ledger_entries = await db.ledger_entries.findByPk(id, {}, {transaction}); const updatePayload = {}; if (data.occurred_at !== undefined) updatePayload.occurred_at = data.occurred_at; if (data.entry_type !== undefined) updatePayload.entry_type = data.entry_type; if (data.amount !== undefined) updatePayload.amount = data.amount; if (data.balance_after !== undefined) updatePayload.balance_after = data.balance_after; if (data.reference_key !== undefined) updatePayload.reference_key = data.reference_key; if (data.note !== undefined) updatePayload.note = data.note; updatePayload.updatedById = currentUser.id; await ledger_entries.update(updatePayload, {transaction}); if (data.player !== undefined) { await ledger_entries.setPlayer( data.player, { transaction } ); } return ledger_entries; } static async deleteByIds(ids, options) { const currentUser = (options && options.currentUser) || { id: null }; const transaction = (options && options.transaction) || undefined; const ledger_entries = await db.ledger_entries.findAll({ where: { id: { [Op.in]: ids, }, }, transaction, }); await db.sequelize.transaction(async (transaction) => { for (const record of ledger_entries) { await record.update( {deletedBy: currentUser.id}, {transaction} ); } for (const record of ledger_entries) { await record.destroy({transaction}); } }); return ledger_entries; } static async remove(id, options) { const currentUser = (options && options.currentUser) || {id: null}; const transaction = (options && options.transaction) || undefined; const ledger_entries = await db.ledger_entries.findByPk(id, options); await ledger_entries.update({ deletedBy: currentUser.id }, { transaction, }); await ledger_entries.destroy({ transaction }); return ledger_entries; } static async findBy(where, options) { const transaction = (options && options.transaction) || undefined; const ledger_entries = await db.ledger_entries.findOne( { where }, { transaction }, ); if (!ledger_entries) { return ledger_entries; } const output = ledger_entries.get({plain: true}); output.player = await ledger_entries.getPlayer({ transaction }); return output; } static async findAll( filter, options ) { const limit = filter.limit || 0; let offset = 0; let where = {}; const currentPage = +filter.page; offset = currentPage * limit; const orderBy = null; const transaction = (options && options.transaction) || undefined; let include = [ { model: db.game_players, as: 'player', where: filter.player ? { [Op.or]: [ { id: { [Op.in]: filter.player.split('|').map(term => Utils.uuid(term)) } }, { display_name: { [Op.or]: filter.player.split('|').map(term => ({ [Op.iLike]: `%${term}%` })) } }, ] } : {}, }, ]; if (filter) { if (filter.id) { where = { ...where, ['id']: Utils.uuid(filter.id), }; } if (filter.reference_key) { where = { ...where, [Op.and]: Utils.ilike( 'ledger_entries', 'reference_key', filter.reference_key, ), }; } if (filter.note) { where = { ...where, [Op.and]: Utils.ilike( 'ledger_entries', 'note', filter.note, ), }; } if (filter.occurred_atRange) { const [start, end] = filter.occurred_atRange; if (start !== undefined && start !== null && start !== '') { where = { ...where, occurred_at: { ...where.occurred_at, [Op.gte]: start, }, }; } if (end !== undefined && end !== null && end !== '') { where = { ...where, occurred_at: { ...where.occurred_at, [Op.lte]: end, }, }; } } if (filter.amountRange) { const [start, end] = filter.amountRange; if (start !== undefined && start !== null && start !== '') { where = { ...where, amount: { ...where.amount, [Op.gte]: start, }, }; } if (end !== undefined && end !== null && end !== '') { where = { ...where, amount: { ...where.amount, [Op.lte]: end, }, }; } } if (filter.balance_afterRange) { const [start, end] = filter.balance_afterRange; if (start !== undefined && start !== null && start !== '') { where = { ...where, balance_after: { ...where.balance_after, [Op.gte]: start, }, }; } if (end !== undefined && end !== null && end !== '') { where = { ...where, balance_after: { ...where.balance_after, [Op.lte]: end, }, }; } } if (filter.active !== undefined) { where = { ...where, active: filter.active === true || filter.active === 'true' }; } if (filter.entry_type) { where = { ...where, entry_type: filter.entry_type, }; } if (filter.createdAtRange) { const [start, end] = filter.createdAtRange; if (start !== undefined && start !== null && start !== '') { where = { ...where, ['createdAt']: { ...where.createdAt, [Op.gte]: start, }, }; } if (end !== undefined && end !== null && end !== '') { where = { ...where, ['createdAt']: { ...where.createdAt, [Op.lte]: end, }, }; } } } const queryOptions = { where, include, distinct: true, order: filter.field && filter.sort ? [[filter.field, filter.sort]] : [['createdAt', 'desc']], transaction: options?.transaction, logging: console.log }; if (!options?.countOnly) { queryOptions.limit = limit ? Number(limit) : undefined; queryOptions.offset = offset ? Number(offset) : undefined; } try { const { rows, count } = await db.ledger_entries.findAndCountAll(queryOptions); return { rows: options?.countOnly ? [] : rows, count: count }; } catch (error) { console.error('Error executing query:', error); throw error; } } static async findAllAutocomplete(query, limit, offset, ) { let where = {}; if (query) { where = { [Op.or]: [ { ['id']: Utils.uuid(query) }, Utils.ilike( 'ledger_entries', 'reference_key', query, ), ], }; } const records = await db.ledger_entries.findAll({ attributes: [ 'id', 'reference_key' ], where, limit: limit ? Number(limit) : undefined, offset: offset ? Number(offset) : undefined, orderBy: [['reference_key', 'ASC']], }); return records.map((record) => ({ id: record.id, label: record.reference_key, })); } };