@accounter/server
Version:
Accounter GraphQL server
148 lines • 6.07 kB
JavaScript
import { __decorate, __metadata } from "tslib";
import DataLoader from 'dataloader';
import { Injectable, Scope } from 'graphql-modules';
import { sql } from '@pgtyped/runtime';
import { reassureOwnerIdExists } from '../../../shared/helpers/index.js';
import { AdminContextProvider } from '../../admin-context/providers/admin-context.provider.js';
import { TenantAwareDBClient } from '../../app-providers/tenant-db-client.js';
const getFinancialAccountsByOwnerIds = sql `
SELECT id, account_number, account_name, private_business, owner, type
FROM accounter_schema.financial_accounts
WHERE owner IN $$ownerIds;`;
const getFinancialAccountsByAccountNumbers = sql `
SELECT id, account_number, account_name, private_business, owner, type
FROM accounter_schema.financial_accounts
WHERE account_number IN $$accountNumbers;`;
const getFinancialAccountsByAccountIDs = sql `
SELECT id, account_number, account_name, private_business, owner, type
FROM accounter_schema.financial_accounts
WHERE id IN $$accountIDs;`;
const getAllFinancialAccounts = sql `
SELECT id, account_number, account_name, private_business, owner, type
FROM accounter_schema.financial_accounts;`;
const updateFinancialAccount = sql `
UPDATE accounter_schema.financial_accounts
SET
account_number = COALESCE(
$accountNumber,
account_number
),
account_name = COALESCE(
$name,
account_name
),
private_business = COALESCE(
$privateBusiness,
private_business
),
owner = COALESCE(
$ownerId,
owner
),
type = COALESCE(
$type,
type
)
WHERE
id = $financialAccountId
RETURNING *;
`;
const insertFinancialAccounts = sql `
INSERT INTO accounter_schema.financial_accounts (
account_number, account_name, private_business, owner, type, owner_id
)
VALUES $$bankAccounts(
accountNumber, name, privateBusiness, ownerId, type, ownerId
)
RETURNING *;`;
const deleteFinancialAccount = sql `
DELETE FROM accounter_schema.financial_accounts
WHERE id = $financialAccountId
RETURNING id;
`;
let FinancialAccountsProvider = class FinancialAccountsProvider {
db;
adminContextProvider;
constructor(db, adminContextProvider) {
this.db = db;
this.adminContextProvider = adminContextProvider;
}
async batchFinancialAccountsByOwnerIds(ownerIds) {
const accounts = await getFinancialAccountsByOwnerIds.run({
ownerIds,
}, this.db);
return ownerIds.map(ownerId => accounts.filter(charge => charge.owner === ownerId));
}
getFinancialAccountsByOwnerIdLoader = new DataLoader((keys) => this.batchFinancialAccountsByOwnerIds(keys));
async batchFinancialAccountsByAccountNumbers(accountNumbers) {
const accounts = await getFinancialAccountsByAccountNumbers.run({
accountNumbers,
}, this.db);
return accountNumbers.map(accountNumber => accounts.find(charge => charge.account_number === accountNumber));
}
getFinancialAccountByAccountNumberLoader = new DataLoader((keys) => this.batchFinancialAccountsByAccountNumbers(keys));
async batchFinancialAccountsByAccountIDs(accountIDs) {
const accounts = await getFinancialAccountsByAccountIDs.run({
accountIDs,
}, this.db);
return accountIDs.map(id => accounts.find(account => account.id === id));
}
getFinancialAccountByAccountIDLoader = new DataLoader((keys) => this.batchFinancialAccountsByAccountIDs(keys));
allFinancialAccountsCache = null;
getAllFinancialAccounts() {
if (this.allFinancialAccountsCache) {
return this.allFinancialAccountsCache;
}
const result = getAllFinancialAccounts.run(undefined, this.db).then(accounts => {
accounts.map(account => {
this.getFinancialAccountByAccountIDLoader.prime(account.id, account);
this.getFinancialAccountByAccountNumberLoader.prime(account.account_number, account);
});
return accounts;
});
this.allFinancialAccountsCache = result;
return result;
}
async updateFinancialAccount(params) {
const updatedAccounts = await updateFinancialAccount.run(params, this.db);
const updatedAccount = updatedAccounts[0];
if (updatedAccount) {
this.invalidateById(updatedAccount.id);
}
return updatedAccount;
}
async deleteFinancialAccount(params) {
if (params.financialAccountId) {
this.invalidateById(params.financialAccountId);
}
return deleteFinancialAccount.run(params, this.db);
}
async insertFinancialAccounts(params) {
this.allFinancialAccountsCache = null;
const { ownerId } = await this.adminContextProvider.getVerifiedAdminContext();
const bankAccountsWithOwnerId = params.bankAccounts.map(account => reassureOwnerIdExists(account, ownerId));
return insertFinancialAccounts.run({ bankAccounts: bankAccountsWithOwnerId }, this.db);
}
invalidateById(financialAccountId) {
this.getFinancialAccountByAccountIDLoader.clear(financialAccountId);
this.getFinancialAccountsByOwnerIdLoader.clearAll();
this.getFinancialAccountByAccountNumberLoader.clearAll();
this.allFinancialAccountsCache = null;
}
clearCache() {
this.getFinancialAccountsByOwnerIdLoader.clearAll();
this.getFinancialAccountByAccountNumberLoader.clearAll();
this.getFinancialAccountByAccountIDLoader.clearAll();
this.allFinancialAccountsCache = null;
}
};
FinancialAccountsProvider = __decorate([
Injectable({
scope: Scope.Operation,
global: true,
}),
__metadata("design:paramtypes", [TenantAwareDBClient,
AdminContextProvider])
], FinancialAccountsProvider);
export { FinancialAccountsProvider };
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