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import moment from 'moment';
import {
declarationCargoSchema, declarationCPCSchema, declarationItemsSchema, declarationPartySchema, declarationTransportSchema,
finalDeclarationsSchema, getSchemaByKey
} from '@logchain/apidefs';
import { Constants, LogChainConfigs } from '@logchain/configs';
import { toPartyObject, toTransportObject } from '@logchain/dtos';
import {
BaseResponses, CarType, Flow, FlowPersona, PartyType, RegulatoryCargos, RegulatoryCascProducts, RegulatoryContainers, RegulatoryCustomsProcedureCodes, RegulatoryDeclarations,
RegulatoryDeclarationsWithRelations, RegulatoryDocuments, RegulatoryInvoices, RegulatoryItems, RegulatoryItemsWithRelations,
RegulatoryParties,
RegulatorySubmissionHistories,
RegulatoryTransports, Status, TransportMode, TransportType
} from '@logchain/models';
import {
CalistaDropdownRepository, CompanyRegulatoryRepository, FlowPersonaRepository, FlowRepository, RegulatoryCargosRepository, RegulatoryCascProductsRepository,
RegulatoryContainersRepository, RegulatoryCustomsProcedureCodesRepository, RegulatoryDeclarationsRepository,
RegulatoryDeclarationsViewRepository,
RegulatoryDocumentsRepository, RegulatoryInvoicesRepository, RegulatoryItemsRepository, RegulatoryPartiesRepository,
RegulatorySubmissionHistoriesRepository, RegulatoryTransportsRepository
} from '@logchain/repositories';
import { AnyObject, RegulatoryDeclarationUpdateTransactionParam } from '@logchain/types';
import { DateUtils, ObjectUtils, StringUtils, ValidationError } from '@logchain/utils';
import { BindingScope, injectable, service } from '@loopback/core';
import { EntityNotFoundError, FilterBuilder, IsolationLevel, Options, repository, Where } from '@loopback/repository';
import { HttpErrors, SchemaObject, validateValueAgainstSchema } from '@loopback/rest';
import { BaseService, FlowJourneyService } from './';
import { CalistaResponseCode, CalistaStatusCode, MailTemplateMapping, SubmitResponse } from './calista.service';
import { RegulatoryDeclarationsView } from '@logchain/models/views';
function extractJobNo(str?: string): [number, number] {
if (!str) return [0, 0];
const date = +str.slice(0, 8);
const seqNo = +str.slice(8).replace(/0/g, '');
return [date, seqNo];
}
function numberFormat(number: string, width: number) {
return new Array(+width + 1 - (number + '').length).join('0') + number;
}
function cleanObject(obj: AnyObject) {
Object.entries(obj)
.forEach(([k, v]) => {
if (isObject(v)) {
cleanObject(v);
}
if (isObject(v) && !Object.keys(v).length || isNil(v)) {
if (Array.isArray(obj)) {
obj.splice(+k, 1);
} else {
delete obj[k];
}
}
});
return obj;
}
const MAXIMUM_CASC_PRODUCTS_ALLOWED = 5;
const MAXIMUM_ITEMS_ALLOWED = 50;
const MAXIMUM_INVOICE_ALLOWED = 20;
const MIME_TYPES_ALLOWED = [
'application/msword',
'application/vnd.openxmlformats-officedocument.wordprocessingml.document',
'application/vnd.ms-excel',
'application/vnd.openxmlformats-officedocument.spreadsheetml.sheet',
'application/pdf',
'image/jpeg',
'image/png',
'image/bmp',
'image/gif',
'image/tiff'
];
function getEnumKeyByEnumValue<
TEnumKey extends string,
TEnumVal extends string | number
>(myEnum: { [key in TEnumKey]: TEnumVal }, enumValue: TEnumVal): string {
const keys = (Object.keys(myEnum) as TEnumKey[]).filter((x) => myEnum[x] === enumValue);
return keys.length > 0 ? keys[0] : '';
};
function bytesToKilobyte(bytes?: number, precision = 2) {
return Number(((bytes ?? 0) / Constants.KILOBYTE).toFixed(precision));
}
function convertName(data: AnyObject, field?: string) {
const finalNameField = field ?? 'name';
const nameObject = <AnyObject>{};
if (!data) { return };
const { name1, name2 } = data;
const name = [];
nameObject[finalNameField] = cloneDeep(name1);
name.push(cloneDeep(nameObject));
if (name2) {
nameObject[finalNameField] = cloneDeep(name2);
name.push(cloneDeep(nameObject));
}
return name;
}
function convertAddress(data: AnyObject) {
if (!data) { return };
const { address1, address2 } = data;
const address = [{ address: address1 }]
if (address2) { address.push({ address: address2 }) }
return address;
}
@injectable({ scope: BindingScope.TRANSIENT })
export class RegulatoryDeclarationsService extends BaseService<RegulatoryDeclarations>{
constructor(
@repository(RegulatoryDeclarationsRepository)
public regulatoryDeclarationsRepo: RegulatoryDeclarationsRepository,
@repository(RegulatoryDeclarationsViewRepository)
public regulatoryDeclarationsViewRepo: RegulatoryDeclarationsViewRepository,
@repository(RegulatoryPartiesRepository)
public regulatoryPartiesRepo: RegulatoryPartiesRepository,
@repository(RegulatoryCargosRepository)
public regulatoryCargosRepo: RegulatoryCargosRepository,
@repository(RegulatoryContainersRepository)
public regulatoryContainersRepo: RegulatoryContainersRepository,
@repository(RegulatoryTransportsRepository)
public regulatoryTransportsRepo: RegulatoryTransportsRepository,
@repository(RegulatoryDocumentsRepository)
public regulatoryDocumentsRepo: RegulatoryDocumentsRepository,
@repository(RegulatoryCustomsProcedureCodesRepository)
public regulatoryCustomsProcedureCodesRepo: RegulatoryCustomsProcedureCodesRepository,
@repository(RegulatoryInvoicesRepository)
public regulatoryInvoicesRepo: RegulatoryInvoicesRepository,
@repository(RegulatoryItemsRepository)
public regulatoryItemsRepo: RegulatoryItemsRepository,
@repository(RegulatoryCascProductsRepository)
public regulatoryCascProductsRepo: RegulatoryCascProductsRepository,
@repository(RegulatorySubmissionHistoriesRepository)
public regulatorySubmissionHistoriesRepo: RegulatorySubmissionHistoriesRepository,
@repository(CompanyRegulatoryRepository)
public companyRegulatoryRepo: CompanyRegulatoryRepository,
@repository(CalistaDropdownRepository)
public calistaDropdownRepo: CalistaDropdownRepository,
@repository(FlowRepository)
public flowRepo: FlowRepository,
@repository(FlowPersonaRepository)
public flowPersonaRepo: FlowPersonaRepository,
@service(FlowJourneyService)
public flowJourneyService: FlowJourneyService,
) {
super();
}
async validateRegulatoryDeclarations(model: Partial<RegulatoryDeclarations>) {
if (model.flow_id) {
const flow = await this.flowRepo.count({
id: model.flow_id,
live_status: {
inq: [Status.LiveStatus.New, Status.LiveStatus.InTransit]
}
});
if (!flow.count) {
throw new HttpErrors.NotFound(`Not found or invalid status of the flow: ${model.flow_id}!`);
}
}
if (model.car_type === CarType.IPTDEC) {
delete model.out_tpt_mode;
if (model.dec_type === 'BKT') {
delete model.in_tpt_mode;
}
}
if ((model.car_type === CarType.INPDEC)) {
if (model.dec_type === 'BKT') {
delete model.in_tpt_mode;
}
if (model.dec_type && ['APS', 'BKT', 'GTR', 'SHO', 'DES', 'TCS', 'TCR', 'TCE', 'TCO', 'TCI'].includes(model.dec_type)) {
delete model.out_tpt_mode;
}
}
if (model.car_type === CarType.OUTDEC &&
model.dec_type && ['APS', 'BKT', 'TCE', 'TCI', 'TCO', 'TCR', 'TCS'].includes(model.dec_type)) {
delete model.in_tpt_mode;
}
return model;
}
async create(model: Partial<RegulatoryDeclarations>, options: Options = {}): Promise<RegulatoryDeclarationsWithRelations> {
const latestRegulatory = await this.companyRegulatoryRepo.findOne({
where: {
company_id: this.current_user.company_id,
},
order: ['created_date DESC']
});
if (latestRegulatory?.status !== Status.CompanyRegulatory.Accepted) {
throw new HttpErrors.BadRequest("Creation of new declarations is not allowed. Please make sure your company has an active regulatory rights.");
}
model = await this.validateRegulatoryDeclarations(model);
return this.regulatoryDeclarationsRepo.create({
...model,
company_regulatory_id: latestRegulatory.id,
company_id: this.current_user.company_id,
status: Status.RegulatoryDeclaration.Draft,
seq_no: 1, // Can be any number provided by LogChain
}, options);
}
/**
* Duplicate one declaration
* @param {number} declarationId
* @param {AnyObject} setting
* @returns Promise
*/
async clone(declarationId: number, setting: AnyObject ): Promise<RegulatoryDeclarationsWithRelations> {
let idx = 1;
// Create tab header
const oldDeclaration = await this.getByIdOrIdentifier(declarationId) as AnyObject;
const newDeclarationProperties = Object.keys(RegulatoryDeclarations.definition.properties);
const newDeclaration = {};
ObjectUtils.assignByProperties(oldDeclaration, newDeclaration, newDeclarationProperties, setting?.all ? undefined : setting.header);
const clonedDeclaration = await this.create(newDeclaration);
// ---------------------------------
// Create tab party
if (setting?.all || setting.party) {
try {
const newParties = [] as RegulatoryParties[];
const oldParties = oldDeclaration.parties || [];
oldParties.map((oldParty: RegulatoryParties) => {
if (!setting?.all && (!setting?.party || !setting?.party[oldParty.type.replace(/-/g, '_')])) {
return true;
}
const newPartyProperties = Object.keys(RegulatoryParties.definition.properties);
const newParty = {} as RegulatoryParties;
ObjectUtils.assignByProperties(
oldParty as unknown as Record<string, AnyObject>,
newParty as unknown as Record<string, AnyObject>,
newPartyProperties
);
newParty.declaration_id = clonedDeclaration.id;
newParties.push(newParty);
})
clonedDeclaration.parties = newParties.length ? await this.regulatoryPartiesRepo.createAll(newParties) : [];
} catch (error) {
console.error('party: ', error);
}
}
// ---------------------------------
// Create tab cargo
if (setting?.all || (oldDeclaration.cargo && setting?.cargo)) {
try {
idx = 1;
const newCargo = {} as RegulatoryCargos;
const newCargoProperties = Object.keys(RegulatoryCargos.definition.properties);
const { containers: settingCargoContainers, ...settingCargo } = setting.cargo || { containers: {} };
ObjectUtils.assignByProperties(oldDeclaration.cargo, newCargo as unknown as Record<string, AnyObject>, newCargoProperties, setting?.all ? undefined : settingCargo);
newCargo.declaration_id = clonedDeclaration.id;
clonedDeclaration.cargo = await this.regulatoryCargosRepo.create(newCargo);
if (oldDeclaration.cargo?.containers) {
const containers = oldDeclaration.cargo.containers as RegulatoryContainers[];
// Containers
const pContainerTasks: Promise<RegulatoryContainers>[] = [];
containers.map(async ({ id, ...payloadContainer }) => {
if (!setting?.all && (!settingCargoContainers[id] || Object.keys(settingCargoContainers[id]).length === 0)) {
return false;
}
const settingCargoContainer = setting?.all ? undefined : settingCargoContainers[id];
const newPayloadContainer = {} as RegulatoryContainers;
const newPayloadContainerProperties = Object.keys(RegulatoryContainers.definition.properties);
ObjectUtils.assignByProperties(
payloadContainer as unknown as Record<string, AnyObject>,
newPayloadContainer as unknown as Record<string, AnyObject>,
newPayloadContainerProperties,
settingCargoContainer,
);
newPayloadContainer.seq_no = idx++;
newPayloadContainer.declaration_cargo_id = clonedDeclaration.cargo?.id as number;
pContainerTasks.push(this.regulatoryContainersRepo.create(newPayloadContainer));
});
clonedDeclaration.cargo.containers = pContainerTasks.length ? await Promise.all(pContainerTasks) : [];
}
} catch (error) {
console.error('cargo: ', error);
}
}
// ---------------------------------
// Create tab in_trans or out_trans
if (setting?.all || (oldDeclaration.transports && (setting?.in_trans || setting?.out_trans))) {
try {
idx = 1;
const newTransports = [] as RegulatoryTransports[];
const oldTransports = oldDeclaration.transports || [];
oldTransports.map((oldTransport: RegulatoryTransports) => {
const type = oldTransport.type === TransportType.IN_TRANS ? 'in_trans' : 'out_trans';
if (!setting?.all && (!setting[type] || Object.keys(setting[type]).length === 0)) {
return false;
}
const settingTransport = setting?.all ? undefined : (setting[type] ?? {});
const newTransport = {} as RegulatoryTransports;
const newTransportProperties = Object.keys(RegulatoryTransports.definition.properties);
ObjectUtils.assignByProperties(
oldTransport as unknown as Record<string, AnyObject>,
newTransport as unknown as Record<string, AnyObject>,
newTransportProperties,
settingTransport
);
newTransport.declaration_id = clonedDeclaration.id;
newTransport.type = oldTransport.type;
newTransports.push(newTransport);
});
clonedDeclaration.transports = newTransports.length ? await this.regulatoryTransportsRepo.createAll(newTransports) : [];
} catch (error) {
console.error('transports: ', error);
}
}
// ---------------------------------
// Create tab ref_document
if (setting?.all || setting?.ref_document) {
try {
idx = 1;
const documents = oldDeclaration.documents as RegulatoryDocuments[] || [];
const pDocumentTasks: Promise<RegulatoryDocuments>[] = [];
documents.map(async ({ id, ...payloadDocument }) => {
if (!setting?.all && !setting?.ref_document[id]) {
return false;
}
payloadDocument.s3_uri = (await this.duplicateS3Object(payloadDocument.s3_uri)).s3_uri;
payloadDocument.declaration_id = clonedDeclaration.id as number;
payloadDocument.seq_no = idx++;
pDocumentTasks.push(this.regulatoryDocumentsRepo.create(payloadDocument));
});
clonedDeclaration.documents = pDocumentTasks.length ? await Promise.all(pDocumentTasks) : [];
} catch (error) {
console.error('ref_document: ', error);
}
}
// ---------------------------------
// Create tab invoice
if (setting?.all || setting?.invoice) {
try {
idx = 1;
const newInvoices = [] as RegulatoryInvoices[];
const invoiceFilter = new FilterBuilder<RegulatoryInvoices>();
invoiceFilter.offset(0);
invoiceFilter.limit(1000);
const oldInvoices = (await this.findInvoices(oldDeclaration.id, invoiceFilter)).data;
oldInvoices.map((oldInvoice: RegulatoryInvoices) => {
if (!setting?.all && (!setting?.invoice || !setting?.invoice[oldInvoice.id] || Object.keys(setting?.invoice[oldInvoice.id]).length === 0)) {
return false;
}
const invoiceSetting = setting?.all ? undefined : setting?.invoice[oldInvoice.id];
const newInvoice = {} as RegulatoryInvoices;
const newInvoiceProperties = Object.keys(RegulatoryInvoices.definition.properties);
ObjectUtils.assignByProperties(
oldInvoice as AnyObject,
newInvoice as AnyObject,
newInvoiceProperties,
invoiceSetting,
);
newInvoice.declaration_id = clonedDeclaration.id;
newInvoice.seq_no = idx++;
newInvoices.push(newInvoice);
});
clonedDeclaration.invoices = newInvoices.length ? await this.regulatoryInvoicesRepo.createAll(newInvoices) : [];
} catch (error) {
console.error('invoice: ', error);
}
}
// ---------------------------------
// Create tab items
if (setting?.all || setting?.items) {
try {
idx = 1;
const oldItems = oldDeclaration.items || [];
const pItemTasks = oldItems.map(async (oldItem: RegulatoryItems) => {
if (!setting?.all && (!setting?.items || !setting?.items[oldItem.id] || Object.keys(setting?.items[oldItem.id]).length === 0)) {
return false;
}
const itemsSetting = setting?.all ? undefined : setting?.items[oldItem.id];
let newItem = {} as RegulatoryItems;
const newItemProperties = Object.keys(RegulatoryItems.definition.properties);
ObjectUtils.assignByProperties(
oldItem as AnyObject,
newItem as AnyObject,
newItemProperties,
itemsSetting
);
newItem.declaration_id = clonedDeclaration.id;
newItem.seq_no = idx++;
newItem = await this.regulatoryItemsRepo.create(newItem);
newItem.cascProducts = await this.upsertCascProducts(newItem.id, oldItem.cascProducts, {}) as RegulatoryCascProducts[];
return newItem;
});
clonedDeclaration.items = idx > 1 ? await Promise.all(pItemTasks) : [];
} catch (error) {
console.error('items: ', error);
}
}
// ---------------------------------
// Create tab cpc
if (setting?.all || setting?.cpc) {
try {
idx = 1;
const newCustomsProcedureCodes = [] as RegulatoryCustomsProcedureCodes[];
const oldCustomsProcedureCodes = oldDeclaration.customsProcedureCodes || [];
oldCustomsProcedureCodes.map((oldCustomsProcedureCode: RegulatoryCustomsProcedureCodes) => {
if (!setting?.all && (!setting?.cpc || !setting?.cpc[oldCustomsProcedureCode.id])) {
return false;
}
const newCustomsProcedureCode = {} as RegulatoryCustomsProcedureCodes;
const newCustomsProcedureCodeProperties = Object.keys(RegulatoryCustomsProcedureCodes.definition.properties);
ObjectUtils.assignByProperties(
oldCustomsProcedureCode as AnyObject,
newCustomsProcedureCode as AnyObject,
newCustomsProcedureCodeProperties,
);
newCustomsProcedureCode.seq_no = idx++;
newCustomsProcedureCode.declaration_id = clonedDeclaration.id;
newCustomsProcedureCodes.push(newCustomsProcedureCode);
});
clonedDeclaration.customsProcedureCodes = idx > 1 ? await this.regulatoryCustomsProcedureCodesRepo.createAll(newCustomsProcedureCodes) : [];
} catch (error) {
console.error('cpc: ', error);
}
}
// ---------------------------------
return clonedDeclaration;
}
async updateByIdOrIdentifier(id: number, model: Partial<RegulatoryDeclarations>, options?: Options) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(id);
model = await this.validateRegulatoryDeclarations({
dec_type: dbRegulatoryDeclarations.dec_type,
car_type: dbRegulatoryDeclarations.car_type,
in_tpt_mode: dbRegulatoryDeclarations.in_tpt_mode,
out_tpt_mode: dbRegulatoryDeclarations.out_tpt_mode,
...model,
});
if (model.dec_stmt_ind) {
model.confirmed_by = this.current_user.id;
model.confirmed_date = new Date();
} else {
model.confirmed_by = undefined;
model.confirmed_date = undefined;
}
const tx = await this.regulatoryCargosRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
/**
* Improvement: https://dirox.easyredmine.com/issues/10355
* when a transport mode is updated the related record on transport table should be deleted
* IF in_tpt_mode value is updated: DELETE related regulatory_transports record (same declaration_id) with type=INTRANS
* IF out_tpt_mode value is updated: DELETE related regulatory_transports record (same declaration_id) with type=OUTTRANS
*/
const dbDeclaration = await this.regulatoryDeclarationsRepo.findById(id);
if (dbDeclaration?.id) {
if (dbDeclaration.in_tpt_mode !== model.in_tpt_mode) {
await this.regulatoryTransportsRepo.deleteAll({ declaration_id: id, type: TransportType.IN_TRANS });
}
if (dbDeclaration.out_tpt_mode !== model.out_tpt_mode) {
await this.regulatoryTransportsRepo.deleteAll({ declaration_id: id, type: TransportType.OUT_TRANS });
}
}
await this.regulatoryDeclarationsRepo.updateById(id, model);
await tx.commit();
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when update regulatory declaration!');
}
return dbRegulatoryDeclarations;
}
private async ensureDeclarationCanBeUpdated(id: number, options: Options = {}): Promise<RegulatoryDeclarationsWithRelations> {
const dbRegulatoryDeclarations = await this.regulatoryDeclarationsRepo.findOne({
where: { company_id: this.current_user.company_id, id }
}, options);
if (!dbRegulatoryDeclarations) {
throw new EntityNotFoundError(this.regulatoryDeclarationsRepo.entityClass, id);
}
if (dbRegulatoryDeclarations.status === Status.RegulatoryDeclaration.ForValidation) {
throw new HttpErrors.BadRequest("This declaration is submitted. You can not submit it again!");
}
if (dbRegulatoryDeclarations.status === Status.RegulatoryDeclaration.Accepted) {
throw new HttpErrors.BadRequest("This declaration is accepted. You can not submit it again!");
}
if (dbRegulatoryDeclarations.status === Status.RegulatoryDeclaration.Rejected) {
throw new HttpErrors.BadRequest("This declaration is rejected. You can not submit it again!");
}
return dbRegulatoryDeclarations;
}
public ensureRightAccessRecord(): void {
this.filter_builder.impose({
company_id: this.current_user.company_id,
});
}
async buildSearchQuery(q?: string) {
if (!q) { return; }
const ilikeValue = this.buildILikeValue(q);
const flowIds = await this.getFlowIdsByQuery(ilikeValue);
const companyIds = await this.getCompaniesIdByQuery(ilikeValue);
this.filter_builder.impose({
or: [
{
flow_id: { inq: flowIds },
},
{
company_id: { inq: companyIds }
}
],
});
}
async find(options?: Options): Promise<BaseResponses<RegulatoryDeclarationsView>> {
if (options?.is_private) {
this.filter_builder.fields({ company_id: true, company_regulatory_id: true });
this.filter_builder.include({
relation: 'company',
scope: { fields: { id: true, identifier: true, name: true }, },
});
this.filter_builder.include({
relation: 'regulatory',
scope: { fields: { id: true, uen: true }, },
});
}
const filter_builder = new FilterBuilder<RegulatoryDeclarationsView>();
filter_builder.filter = this.filter_builder.filter;
filter_builder.fields({
id: true,
car_type: true,
dec_type: true,
flow_id: true,
flow_name: true,
company_name: true,
company_regulatory_uen: true,
transaction_id: true,
transaction_date: true,
submitted_date: true,
status: true,
status_name: true
});
return this.regulatoryDeclarationsViewRepo.fillRelation(filter_builder);
}
async upsertParties(declarationId: number, model: AnyObject) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const schema = getSchemaByKey(declarationPartySchema, `addParty${dbRegulatoryDeclarations.car_type}Schema` as never);
await validateValueAgainstSchema(model, schema);
const tx = await this.regulatoryCargosRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
const pTasks = Object.entries(model).map(([key, value]) => {
const type = PartyType[StringUtils.pascalCase(key) as never];
return this.regulatoryPartiesRepo.upsertWithWhere({
type,
declaration_id: declarationId,
}, {
...value,
type,
declaration_id: declarationId,
});
});
await Promise.all(pTasks);
await this.regulatoryPartiesRepo.deleteAll({
declaration_id: dbRegulatoryDeclarations.id,
type: { nin: Object.keys(model).map(key => PartyType[StringUtils.pascalCase(key) as never]) }
})
await tx.commit();
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create party!');
}
}
async upsertCargo(declarationId: number, model: Partial<RegulatoryCargos>) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const schema = getSchemaByKey(declarationCargoSchema, `addCargo${dbRegulatoryDeclarations.car_type}Schema` as never);
await validateValueAgainstSchema(model, schema);
const tx = await this.regulatoryCargosRepo.beginTransaction(
IsolationLevel.SERIALIZABLE,
);
try {
const { containers = [], ...restValue } = model;
const dbRegulatoryCargos = await this.regulatoryCargosRepo.upsertWithWhere({
declaration_id: dbRegulatoryDeclarations.id,
}, {
declaration_id: dbRegulatoryDeclarations.id,
...restValue,
}, { transaction: tx, returnInstanceAfterUpdate: true });
if (dbRegulatoryCargos) {
const pTasks: Promise<AnyObject>[] = containers.map(({ id, ...restValueContainer }, idx) => {
if (id) {
// update container already exists
return (async () => {
const { count } = await this.regulatoryContainersRepo.updateAll({
...restValueContainer,
seq_no: idx + 1,
declaration_cargo_id: dbRegulatoryCargos.id,
}, {
declaration_cargo_id: dbRegulatoryCargos.id,
id,
}, { transaction: tx });
return { id, isNotUpdated: !count };
})();
} else {
// create new container records
return this.regulatoryContainersRepo.create({
...restValueContainer,
seq_no: idx + 1,
declaration_cargo_id: dbRegulatoryCargos.id,
}, { transaction: tx });
}
});
const resl = await Promise.all(pTasks);
const notFoundIds = resl.filter(({ isNotUpdated }) => isNotUpdated);
if (notFoundIds?.length) {
throw new EntityNotFoundError(this.regulatoryContainersRepo.entityClass, notFoundIds.map(({ id }) => id));
}
await this.regulatoryContainersRepo.deleteAll({
declaration_cargo_id: dbRegulatoryCargos.id,
id: { nin: resl.map((c) => c?.id) as number[] }
}, { transaction: tx });
}
await tx.commit();
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
console.error(error);
throw new HttpErrors.InternalServerError('An error occurred when create cargo!');
}
}
async deleteByIdOrIdentifier(id: number | string) {
this.addWhereIdOrIdentifier(id);
const dbRegulatoryDeclarations = await this.regulatoryDeclarationsRepo.findOne(this.filter_builder.build());
if (!dbRegulatoryDeclarations) {
throw new EntityNotFoundError(this.regulatoryDeclarationsRepo.entityClass, id);
}
if (dbRegulatoryDeclarations.status !== Status.RegulatoryDeclaration.Draft) {
throw new HttpErrors.BadRequest(`Only record of status "Draft" can be deleted.`);
}
await this.regulatoryDeclarationsRepo.deleteById(dbRegulatoryDeclarations.id);
// return to write logs
return dbRegulatoryDeclarations;
}
async getByIdOrIdentifier(id: string | number, options?: Options): Promise<RegulatoryDeclarationsWithRelations> {
this.addWhereIdOrIdentifier(id);
this.filter_builder.include({
relation: 'company',
scope: { fields: { id: true, name: true }, },
});
this.filter_builder.include({
relation: 'regulatory',
scope: { fields: { id: true, uen: true, tradeweb_id: true }, },
});
this.filter_builder.include({
relation: 'creator',
scope: { fields: { id: true, name: true, contact_number: true }, },
});
this.filter_builder.include({
relation: 'parties',
});
this.filter_builder.include({
relation: 'cargo',
scope: {
fields: {
id: true, declaration_id: true, release_loc: true, receipt_loc: true, storage_loc: true, blanket_start_date: true
},
include: [
{
relation: 'containers',
scope: { order: ['seq_no ASC'], },
}
]
},
});
this.filter_builder.include({
relation: 'documents',
});
this.filter_builder.include({
relation: 'items',
});
this.filter_builder.include({
relation: 'transports',
});
this.filter_builder.include({
relation: 'customsProcedureCodes',
});
const dbRegulatoryDeclarations = await this.regulatoryDeclarationsRepo.findOne(this.filter_builder.build());
if (!dbRegulatoryDeclarations) {
throw new EntityNotFoundError(this.regulatoryDeclarationsRepo.entityClass, id);
}
return dbRegulatoryDeclarations;
}
async upsertTransport(declarationId: number, model: Partial<RegulatoryTransports>) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
let transportModeName = '';
let transportType;
let carType: string = dbRegulatoryDeclarations.car_type;
let tptMode;
if ('discharge_port' in model) {
transportType = TransportType.OUT_TRANS;
tptMode = dbRegulatoryDeclarations.out_tpt_mode;
} else {
transportType = TransportType.IN_TRANS;
tptMode = dbRegulatoryDeclarations.in_tpt_mode;
}
carType = <string>transportType;
transportModeName = getEnumKeyByEnumValue(TransportMode, String(tptMode));
try {
const schema = getSchemaByKey(
declarationTransportSchema,
`addTransport${carType}${transportModeName}Schema` as never
);
await validateValueAgainstSchema(model, schema, {}, { removeAdditional: true });
} catch (error) {
if (error instanceof ValidationError && error.code === 'SchemaNotFound') {
const finalError = new HttpErrors.BadRequest('The current transport status is out of date.');
finalError.code = 'SCHEMA_NOT_FOUND';
throw finalError;
}
throw error;
}
await this.regulatoryTransportsRepo.upsertWithWhere({
declaration_id: dbRegulatoryDeclarations.id,
type: transportType
}, {
...model,
declaration_id: dbRegulatoryDeclarations.id,
type: transportType,
});
}
async upsertDocument(declarationId: number, documents: RegulatoryDocuments[]) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
if (!dbRegulatoryDeclarations.has_ref_docs) {
throw new HttpErrors.BadRequest("Do not allow uploading documents!");
}
const tx = await this.regulatoryDocumentsRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
const pTasks: Promise<AnyObject>[] = documents.map(async ({ id, file_name, ...restValue }, idx) => {
const headResult = await this.ensureS3ObjectExists(restValue.s3_uri);
if (!headResult.ContentType || !MIME_TYPES_ALLOWED.includes(headResult.ContentType)) {
const error = new HttpErrors.BadRequest('The content-type is not allowed');
error.details = {
contentTypeAllowed: MIME_TYPES_ALLOWED
};
throw error;
}
if (id) {
// update document already exists
const { count } = await this.regulatoryDocumentsRepo.updateAll({
...restValue,
file_name: file_name.toUpperCase(),
seq_no: idx + 1,
size_in_kilobyte: bytesToKilobyte(headResult?.ContentLength),
declaration_id: dbRegulatoryDeclarations.id,
}, {
declaration_id: dbRegulatoryDeclarations.id,
id,
});
return { id, isNotUpdated: !count };
} else {
// create new container records
return this.regulatoryDocumentsRepo.create({
...restValue,
seq_no: idx + 1,
file_name: file_name.toUpperCase(),
size_in_kilobyte: bytesToKilobyte(headResult?.ContentLength),
declaration_id: dbRegulatoryDeclarations.id,
});
}
});
const resl = await Promise.all(pTasks);
const notFoundIds = resl.filter(({ isNotUpdated }) => isNotUpdated);
if (notFoundIds?.length) {
throw new EntityNotFoundError(this.regulatoryDocumentsRepo.entityClass, notFoundIds.map(({ id }) => id));
}
const deleteWhere: Where<RegulatoryDocuments> = {
declaration_id: dbRegulatoryDeclarations.id,
id: { nin: resl.map((c) => c?.id) as number[] }
};
// delete all documents
if (!documents?.length) {
delete deleteWhere.id;
}
await this.regulatoryDocumentsRepo.deleteAll(deleteWhere);
await tx.commit();
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create documents!');
}
}
async upsertCodes(declarationId: number, seq_no: number, { id, ...restValue }: Partial<RegulatoryCustomsProcedureCodes>, options: Options) {
if (id) {
const { count } = await this.regulatoryCustomsProcedureCodesRepo.updateAll({
...restValue,
seq_no,
declaration_id: declarationId,
}, {
declaration_id: declarationId,
id,
}, options);
return { id, isNotUpdated: !count };
} else {
return this.regulatoryCustomsProcedureCodesRepo.create({
...restValue,
seq_no,
declaration_id: declarationId,
}, options);
}
}
async upsertCustomsProcedureCodes(declarationId: number, customsProcedureCodes: declarationCPCSchema.AddRegulatoryDeclarationsCPC[]) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const tx = await this.regulatoryCustomsProcedureCodesRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
const pTasks: Promise<AnyObject>[] = []
customsProcedureCodes.forEach(({ group_no, custom_proc_code, codes }) => {
codes.map((code, idx) => {
pTasks.push(this.upsertCodes(dbRegulatoryDeclarations.id, idx + 1, { ...code, group_no, custom_proc_code }, {
transaction: tx
}));
});
});
const resl = await Promise.all(pTasks);
const notFoundIds = resl.filter(({ isNotUpdated }) => isNotUpdated);
if (notFoundIds?.length) {
throw new EntityNotFoundError(this.regulatoryCustomsProcedureCodesRepo.entityClass, notFoundIds.map(({ id }) => id));
}
await this.regulatoryCustomsProcedureCodesRepo.deleteAll({
declaration_id: dbRegulatoryDeclarations.id,
id: { nin: resl.map((c) => c?.id) as number[] }
});
await tx.commit();
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create customs procedure codes!');
}
}
async createInvoices(declarationId: number, invoice: RegulatoryInvoices) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
if (![CarType.INPDEC, CarType.IPTDEC].includes(dbRegulatoryDeclarations.car_type)) {
throw new HttpErrors.BadRequest(`The declaration with car_type(${dbRegulatoryDeclarations.car_type}) not supported invoices`);
}
const tx = await this.regulatoryInvoicesRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
const { count: totalInvoices } = await this.regulatoryInvoicesRepo.count(
{ declaration_id: dbRegulatoryDeclarations.id },
{ transaction: tx }
);
if (totalInvoices >= MAXIMUM_INVOICE_ALLOWED) {
throw new HttpErrors.BadRequest(`Maximum invoice allowed: ${MAXIMUM_INVOICE_ALLOWED}`);
}
const lastInvoice = await this.regulatoryInvoicesRepo.findOne(
{
where: { declaration_id: dbRegulatoryDeclarations.id },
order: ['seq_no DESC']
},
{ transaction: tx }
);
const newInvoice = await this.regulatoryInvoicesRepo.create({
...invoice,
seq_no: (lastInvoice?.seq_no ?? 0) + 1,
declaration_id: dbRegulatoryDeclarations.id,
});
await tx.commit();
return newInvoice;
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create invoices!');
}
}
async updateInvoices(declarationId: number, invoiceId: number, invoice: RegulatoryInvoices) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
if (![CarType.INPDEC, CarType.IPTDEC].includes(dbRegulatoryDeclarations.car_type)) {
throw new HttpErrors.BadRequest(`The declaration with car_type(${dbRegulatoryDeclarations.car_type}) not supported invoices`);
}
const tx = await this.regulatoryInvoicesRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
// Set value to undefined to remove it in the database when client remove the invoice data.
const INVOICE_KEYS = ["sup_mfr", "tot_inv_amt", "frc_charge", "ins_charge", "oth_charge"];
INVOICE_KEYS.forEach((key) => {
if (!(key in invoice)) {
// eslint-disable-next-line @typescript-eslint/no-explicit-any
(invoice as any)[key] = undefined;
}
});
const { count } = await this.regulatoryInvoicesRepo.updateAll({
...invoice,
}, {
declaration_id: dbRegulatoryDeclarations.id,
id: invoiceId,
});
if (!count) {
throw new EntityNotFoundError(this.regulatoryInvoicesRepo.entityClass, invoiceId);
}
await tx.commit();
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create invoices!');
}
}
async deleteInvoices(declarationId: number, invoiceId: number) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const tx = await this.regulatoryInvoicesRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
const { count } = await this.regulatoryInvoicesRepo.deleteAll({
declaration_id: dbRegulatoryDeclarations.id,
id: invoiceId,
});
if (!count) {
throw new EntityNotFoundError(this.regulatoryInvoicesRepo.entityClass, invoiceId);
}
await tx.commit();
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create invoices!');
}
}
async findInvoices(declarationId: number, invoiceFilter: FilterBuilder<RegulatoryInvoices>) {
this.filter_builder.where({ id: declarationId });
const dbRegulatoryDeclarations = await this.regulatoryDeclarationsRepo.findOne(this.filter_builder.build());
if (!dbRegulatoryDeclarations) {
throw new EntityNotFoundError(this.regulatoryDeclarationsRepo.entityClass, declarationId);
}
invoiceFilter.impose({
declaration_id: dbRegulatoryDeclarations.id,
});
invoiceFilter.order(['seq_no ASC']);
return this.regulatoryInvoicesRepo.findWithPaging(invoiceFilter.build());
}
async createItems(declarationId: number, item: RegulatoryItemsWithRelations) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const schema = getSchemaByKey(declarationItemsSchema, `addItem${dbRegulatoryDeclarations.car_type}Schema` as never);
await validateValueAgainstSchema(item, schema);
const tx = await this.regulatoryItemsRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
const { casc_products, ...restValue } = item;
const lastItem = await this.regulatoryItemsRepo.findOne(
{
where: { declaration_id: dbRegulatoryDeclarations.id },
order: ['seq_no DESC']
},
{ transaction: tx }
);
const newItems = await this.regulatoryItemsRepo.create({
...restValue,
seq_no: (lastItem?.seq_no ?? 0) + 1,
declaration_id: dbRegulatoryDeclarations.id,
});
if (casc_products?.length) {
const newCascProducts = casc_products.map(({ add_casc_code, ...cascProduct }, index) => (
{
...cascProduct,
seq_no: index + 1,
declaration_id: dbRegulatoryDeclarations.id,
item_id: newItems.id,
add_casc_code: { value: add_casc_code },
}
));
await this.regulatoryCascProductsRepo.createAll(newCascProducts);
}
await tx.commit();
return newItems;
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create items!');
}
}
async updateItems(declarationId: number, itemId: number, item: RegulatoryItemsWithRelations) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const schema = getSchemaByKey(declarationItemsSchema, `addItem${dbRegulatoryDeclarations.car_type}Schema` as never);
await validateValueAgainstSchema(item, schema);
const { count } = await this.regulatoryItemsRepo.updateAll({
...item,
declaration_id: dbRegulatoryDeclarations.id,
}, {
declaration_id: dbRegulatoryDeclarations.id,
id: itemId,
});
if (!count) {
throw new EntityNotFoundError(this.regulatoryItemsRepo.entityClass, itemId);
}
}
async deleteItems(declarationId: number, itemId: number) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const { count } = await this.regulatoryItemsRepo.deleteAll({
declaration_id: dbRegulatoryDeclarations.id,
id: itemId,
});
if (!count) {
throw new EntityNotFoundError(this.regulatoryItemsRepo.entityClass, itemId);
}
}
async createCascProducts(declarationId: number, cascProducts: RegulatoryCascProducts) {
const tx = await this.regulatoryItemsRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
const [dbRegulatoryDeclarations, dbItems, dbCascProducts] = await Promise.all([
this.ensureDeclarationCanBeUpdated(declarationId),
this.regulatoryItemsRepo.findOne({ where: { declaration_id: declarationId, id: cascProducts.item_id } }),
this.regulatoryCascProductsRepo.find(
{
where: { declaration_id: declarationId, item_id: cascProducts.item_id },
order: ['seq_no DESC']
},
{ transaction: tx }
)
]);
if (!dbItems) {
throw new EntityNotFoundError(this.regulatoryItemsRepo.entityClass, cascProducts.item_id);
}
if (dbCascProducts?.length >= MAXIMUM_CASC_PRODUCTS_ALLOWED) {
throw new HttpErrors.BadRequest(`Maximum items of casc products are reached: ${MAXIMUM_CASC_PRODUCTS_ALLOWED}`);
}
const lastCascProduct = dbCascProducts.shift();
const newCascProduct = await this.regulatoryCascProductsRepo.create({
...cascProducts,
declaration_id: dbRegulatoryDeclarations.id,
add_casc_code: { value: cascProducts.add_casc_code },
seq_no: (lastCascProduct?.seq_no ?? 0) + 1,
});
await tx.commit();
return newCascProduct;
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create invoices!');
}
}
async updateCascProducts(declarationId: number, cascProductId: number, cascProducts: RegulatoryCascProducts) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const { count } = await this.regulatoryCascProductsRepo.updateAll({
...cascProducts,
add_casc_code: { value: cascProducts.add_casc_code },
declaration_id: dbRegulatoryDeclarations.id,
}, {
declaration_id: dbRegulatoryDeclarations.id,
id: cascProductId,
});
if (!count) {
throw new EntityNotFoundError(this.regulatoryCascProductsRepo.entityClass, cascProductId);
}
}
async deleteCascProducts(declarationId: number, cascProductId: number) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const { count } = await this.regulatoryCascProductsRepo.deleteAll({
declaration_id: dbRegulatoryDeclarations.id,
id: cascProductId,
});
if (!count) {
throw new EntityNotFoundError(this.regulatoryCascProductsRepo.entityClass, cascProductId);
}
}
async upsertCascProducts(itemId: number, cascProducts: RegulatoryCascProducts[], options: Options = {}) {
if (!cascProducts || cascProducts.length === 0) {
return [];
}
const pTasks: Promise<AnyObject>[] = cascProducts.map(async ({ id, ...restValue }, idx) => {
if (id) {
const { count } = await this.regulatoryCascProductsRepo.updateAll({
...restValue,
add_casc_code: { value: restValue.add_casc_code },
seq_no: idx + 1,
item_id: itemId,
}, {
item_id: itemId,
id,
}, options);
return { id, isNotUpdated: !count };
} else {
return this.regulatoryCascProductsRepo.create({
...restValue,
add_casc_code: { value: restValue.add_casc_code },
seq_no: idx + 1,
item_id: itemId,
}, options);
}
});
const resl = await Promise.all(pTasks);
const notFoundIds = resl.filter(({ isNotUpdated }) => isNotUpdated);
if (notFoundIds?.length) {
throw new EntityNotFoundError(this.regulatoryCascProductsRepo.entityClass, notFoundIds.map(({ id }) => id));
}
await this.regulatoryCascProductsRepo.deleteAll({ item_id: itemId, id: { nin: resl.map((c) => c?.id) as number[] } }, options);
return resl;
}
async upsertItems(declarationId: number, items: RegulatoryItemsWithRelations) {
const dbRegulatoryDeclarations = await this.ensureDeclarationCanBeUpdated(declarationId);
const schema = getSchemaByKey(declarationItemsSchema, `addItem${dbRegulatoryDeclarations.car_type}Schema` as never);
await validateValueAgainstSchema(items, schema);
const { id, casc_products, ...restValue } = items;
const tx = await this.regulatoryItemsRepo.beginTransaction(IsolationLevel.SERIALIZABLE);
try {
let itemId = id;
if (id) {
const { count } = await this.regulatoryItemsRepo.updateAll({
...restValue,
declaration_id: dbRegulatoryDeclarations.id,
}, {
declaration_id: dbRegulatoryDeclarations.id,
id,
});
if (!count) {
throw new EntityNotFoundError(this.regulatoryItemsRepo.entityClass, id);
}
await this.upsertCascProducts(id, casc_products);
} else {
const { count: totalItems } = await this.regulatoryItemsRepo.count(
{ declaration_id: dbRegulatoryDeclarations.id },
{ transaction: tx }
);
if (totalItems >= MAXIMUM_ITEMS_ALLOWED) {
throw new HttpErrors.BadRequest(`Maximum items allowed: ${MAXIMUM_ITEMS_ALLOWED}`);
}
const lastItem = await this.regulatoryItemsRepo.findOne(
{
where: { declaration_id: dbRegulatoryDeclarations.id },
order: ['seq_no DESC']
},
{ transaction: tx }
);
const newItems = await this.regulatoryItemsRepo.create({
...restValue,
seq_no: (lastItem?.seq_no ?? 0) + 1,
declaration_id: dbRegulatoryDeclarations.id,
});
await this.upsertCascProducts(newItems.id, casc_products);
itemId = newItems.id;
}
await tx.commit();
return { id: itemId }
} catch (error) {
await tx.rollback();
if (error instanceof EntityNotFoundError || error instanceof HttpErrors.BadRequest || error instanceof HttpErrors.NotFound) {
throw error;
}
throw new HttpErrors.InternalServerError('An error occurred when create items!');
}
}
async findItems(declarationId: number, itemFilter: FilterBuilder<RegulatoryItems>) {
this.filter_builder.where({ id: declarationId });
const dbRegulatoryDeclarations = await this.regulatoryDeclarationsRepo.findOne(this.filter_builder.build());
if (!dbRegulatoryDeclarations) {
throw new EntityNotFoundError(this.regulatoryDeclarationsRepo.entityClass, declarationId);
}
itemFilter.impose({
declaration_id: dbRegulatoryDeclarations.id,
});
itemFilter.include({
relation: 'cascProducts',
});
itemFilter.order(['seq_no ASC']);
return this.regulatoryItemsRepo.findWithPaging(itemFilter.build());
}
private prepareHeader(declaration: RegulatoryDeclarationsWithRelations) {
const { id, regulatory, remarks, customsProcedureCodes, calista_job_no } = declaration;
const [date, seq_no] = extractJobNo(calista_job_no);
return {
msg_ref_no: id.toString(),
unique_ref_no: {
cr_uei_no: regulatory?.uen,
date,
seq_no,
},
declarant_id: regulatory?.tradeweb_id,
car_type: declaration.car_type,
dec_type: declaration.dec_type,
dec_stmt_ind: declaration.dec_stmt_ind,
remarks: remarks.map((remark) => ({ line: [{ line: remark }] })),
bg_ind: declaration.bg_ind,
custom_proc_code_info: customsProcedureCodes?.map(({ custom_proc_code, process_code1, process_code2, process_code3 }) => ({
custom_proc_code,
cpc_process_code: {
process_code1,
process_code2,
process_code3,
}
})),
}
}
private prepareCargo(declaration: RegulatoryDeclarationsWithRelations) {
const { cargo } = declaration;
return {
pack_type: declaration.pack_type,
release_loc: cargo?.release_loc,
receipt_loc: cargo?.receipt_loc,
storage_loc: cargo?.storage_loc,
container: cargo?.containers?.map(({ ctn_no, ctn_type_size, ctn_wt_value, ctn_seal_no }, idx) => ({
seq_no: idx + 1,
ctn_no,
ctn_type_size,
ctn_wt_value,
ctn_seal_no
})),
supply_ind: declaration.supply_ind,
blanket_start_date: DateUtils.format(cargo?.blanket_start_date),
}
}
private prepareTransport(declaration: RegulatoryDeclarationsWithRelations) {
const transport: AnyObject = toTransportObject(declaration.transports);
const sendingFields = ['cvy_ref_no', 'tpt_id', 'master_ship_doc', 'loading_port', 'add_vess_info'];
return !isEmpty(transport) ? {
in_tpt: {
tpt_mode: declaration.in_tpt_mode,
arrival_date: DateUtils.format(transport['in_tpt']?.arrival_date),
...pick(transport['in_tpt'], sendingFields)
},
out_tpt: {
tpt_mode: declaration.out_tpt_mode,
dept_date: DateUtils.format(transport['out_tpt']?.dept_date),
discharge_port: transport['out_tpt']?.discharge_port,
cty_destn: transport['out_tpt']?.cty_destn,
...pick(transport['out_tpt'], sendingFields)
},
} : {};
}
private prepareParty(declaration: RegulatoryDeclarationsWithRelations) {
const { regulatory, creator } = declaration
const {
declaring_agent, freight_forwarder, in_carrier_agent, importer, out_carrier_agent,
exporter, consignee, claimant, end_user, manufacturer
}: AnyObject = toPartyObject(declaration.parties);
const sendingFields = ['city', 'sbt_code', 'sbt_name', 'pst_code', 'cty_code'];
return {
declarant: {
person_code: regulatory?.tradeweb_id,
person_name: creator?.name,
person_phone: creator?.contact_number?.replace('+', '') // https://dirox.easyredmine.com/issues/7559
},
declaring_agent: declaring_agent && {
cr_uei_no: declaring_agent.cr_uei_no,
name: convertName(declaring_agent)
},
freight_forwarder: freight_forwarder && {
cr_uei_no: freight_forwarder.cr_uei_no,
name: convertName(freight_forwarder),
},
in_carrier_agent: in_carrier_agent && {
cr_uei_no: in_carrier_agent.cr_uei_no,
name: convertName(in_carrier_agent),
},
importer: importer && {
cr_uei_no: importer.cr_uei_no,
name: convertName(importer),
},
out_carrier_agent: out_carrier_agent && {
cr_uei_no: out_carrier_agent.cr_uei_no,
name: convertName(out_carrier_agent),
},
exporter: exporter && {
...pick(exporter, sendingFields),
cr_uei_no: exporter.cr_uei_no,
name: convertName(exporter),
address: convertAddress(exporter)
},
consignee: consignee && {
name: convertName(consignee),
address: convertAddress(consignee),
...pick(consignee, sendingFields)
},
claimant: claimant && {
cr_uei_no: claimant.cr_uei_no,
name: convertName(claimant),
claimant_detail: claimant?.extra_info,
},
end_user: end_user && {
name: convertName(end_user),
address: convertAddress(end_user),
...pick(end_user, sendingFields)
},
manufacturer: manufacturer && {
cr_uei_no: manufacturer.cr_uei_no,
name: convertName(manufacturer),
address: convertAddress(consignee),
...pick(manufacturer, sendingFields)
},
}
}
private prepareLicence(declaration: RegulatoryDeclarationsWithRelations) {
const { licences } = declaration;
return {
lic_no: licences?.map((licence) => ({ lic_no: licence }))
};
}
private prepareSupportDoc(declaration: RegulatoryDeclarationsWithRelations) {
const { documents } = declaration;
return {
document: documents?.map(({ type, file_name }) => ({ doc_id: type, file_name: file_name.toUpperCase() }))
}
}
private async prepareInvoice(declaration: RegulatoryDeclarationsWithRelations) {
const sendingFields = ['inv_no', 'inv_term_type', 'tot_inv_amt', 'frc_charge', 'ins_charge', 'oth_charge'];
const invoices = await this.regulatoryInvoicesRepo.find({
where: {
declaration_id: declaration.id,
},
order: ['seq_no ASC']
});
return invoices.map((invoice) => ({
...pick(invoice, sendingFields),
inv_date: DateUtils.format(invoice.inv_date),
sup_mfr: {
person_code: invoice.sup_mfr?.cr_uei_no,
person_name: convertName(invoice.sup_mfr, 'person_name'),
},
}));
}
private async prepareItem(declaration: RegulatoryDeclarationsWithRelations) {
const sendingFields = [
'hs_code', 'item_desc', 'cty_origin', 'brand', 'model', 'dangerous_goods_ind', 'curr_lot_no', 'prev_lot_no',
'marking', 'in_house_ship_doc', 'out_house_ship_doc', 'item_inv_no', 'out_pack_qty', 'in_pack_qty', 'inner_pack_qty',
'inmost_pack_qty'
];
const items = await this.regulatoryItemsRepo.find({
where: {
declaration_id: declaration.id,
},
include: [{
relation: 'cascProducts',
}],
order: ['seq_no ASC']
});
return items.map((item, idx) => ({
seq_no: idx + 1,
...pick(item, sendingFields),
item_qty: pick(item, ['hs_qty', 'tot_dut_qty', 'dut_qty', 'alcohol_percent']),
transaction_value: pick(item, ['cif_fob_amt', 'cif_fob_fc', 'last_selling_price', 'unit_price', 'optional_item_charge']),
item_cert: {
...pick(item.item_cert, ['cert_qty', 'item_value', 'text_code', 'text_qty', 'inv_no', 'hs_code', 'content_percent']),
cert_desc: item.item_cert?.cert_desc?.map((desc: string) => ({ line: [{ line: desc }] })),
origin_criterion: item.item_cert?.origin_criterion?.map((origin_criterion: string) => ({ origin_criterion })),
},
casc_product: item.cascProducts?.map((cascProduct, idx1) => ({
prod_qty: cascProduct.prod_qty,
prod_qty_uom: cascProduct.prod_qty_uom,
prod_code: cascProduct.prod_code,
add_casc_code: cascProduct.add_casc_code.value,
end_use_desc: cascProduct.end_use_desc,
})),
shipping_marks: item.shipping_marks?.map((marks) => ({ marks: [{ marks }] })),
duty_tax: {
pref_code: item.pref_code,
gst_rate: item.gst_rate,
gst_amt: item.gst_amt,
excise_duty: item.excise_duty,
customs_duty: item.customs_duty,
other_tax: item.other_tax,
}
}));
}
private prepareSummary(declaration: RegulatoryDeclarationsWithRelations) {
return {
tot_item: declaration.tot_item,
tot_cif_fob_amt: declaration.tot_cif_fob_amt,
tot_out_pack: declaration.tot_out_pack,
tot_gross_wt: declaration.tot_gross_wt,
tot_duty_tax: declaration.tot_duty_tax
}
}
async prepareDeclaration(declarationId: number) {
const dbRegulatoryDeclarations = await this.getByIdOrIdentifier(declarationId);
if (dbRegulatoryDeclarations.status === Status.RegulatoryDeclaration.ForValidation) {
throw new HttpErrors.BadRequest("This declaration is submitted. You can not submit it again!");
}
if (dbRegulatoryDeclarations.status === Status.RegulatoryDeclaration.Accepted) {
throw new HttpErrors.BadRequest("This declaration is accepted. You can not submit it again!");
}
if (dbRegulatoryDeclarations.status === Status.RegulatoryDeclaration.Rejected) {
throw new HttpErrors.BadRequest("This declaration is rejected. You can not submit it again!");
}
if (dbRegulatoryDeclarations.status === Status.RegulatoryDeclaration.ForValidationMissingInfo && !dbRegulatoryDeclarations.calista_job_no) {
throw new HttpErrors.BadRequest('Missing calista_job_no');
}
/**
* As described in issue https://easy.dirox.net/issues/10846
* We only allow a flow to be attached multiplte time before its accepted / for validation (mssing info)
*/
if (dbRegulatoryDeclarations.flow_id) await this.validateFlow(dbRegulatoryDeclarations.flow_id);
dbRegulatoryDeclarations.submitted_date = new Date();
const declaration = {
message_version: '',
sender_id: dbRegulatoryDeclarations.regulatory?.tradeweb_id,
recipient_id: '',
message: {
header: this.prepareHeader(dbRegulatoryDeclarations),
cargo: this.prepareCargo(dbRegulatoryDeclarations),
transport: this.prepareTransport(dbRegulatoryDeclarations),
party: this.prepareParty(dbRegulatoryDeclarations),
licence: this.prepareLicence(dbRegulatoryDeclarations),
support_doc: this.prepareSupportDoc(dbRegulatoryDeclarations),
invoice: await this.prepareInvoice(dbRegulatoryDeclarations),
item: await this.prepareItem(dbRegulatoryDeclarations),
summary: this.prepareSummary(dbRegulatoryDeclarations),
}
};
const finalSchema = this.buildFinalSchema(dbRegulatoryDeclarations);
await validateValueAgainstSchema(cleanObject(declaration), finalSchema as SchemaObject);
const updatedData: Partial<RegulatoryDeclarations> = {
submitted_date: dbRegulatoryDeclarations.submitted_date,
};
if (!dbRegulatoryDeclarations.dec_stmt_ind) {
updatedData.confirmed_by = this.current_user.id;
updatedData.confirmed_date = new Date();
updatedData.dec_stmt_ind = true;
}
await this.regulatoryDeclarationsRepo.updateById(declarationId, updatedData);
return declaration;
}
async validateFlow(flowId: number): Promise<void> {
const existedDbFlow = await this.flowJourneyService.getJourneyDetailsByFlowId(flowId);
const unAllowedRegulatoryDecStatusList = [Status.RegulatoryDeclaration.ForValidation, Status.RegulatoryDeclaration.ForValidationMissingInfo, Status.RegulatoryDeclaration.Accepted];
if (!existedDbFlow?.id) throw new HttpErrors.BadRequest(`Flow ${flowId} not found`);
const existedRegulatoryUsingThisFlow = await this.regulatoryDeclarationsRepo.findOne({where: {
flow_id: flowId,
status: {
inq: unAllowedRegulatoryDecStatusList
}
}});
if (existedRegulatoryUsingThisFlow?.id) throw new HttpErrors.BadRequest(`Flow "${existedDbFlow.name}" is already in used by another regulatory declartion`);
}
async downloadBase64DocumentsByDeclarationId(declarationId: number): Promise<{ fileName: string, base64?: string }[]> {
const documents = await this.regulatoryDocumentsRepo.find({
where: {
declaration_id: declarationId,
},
order: ['seq_no ASC']
});
const documentsBase64 = await Promise.all(documents.map(({ s3_uri }) => this.s3_service.getObject(s3_uri)));
return documentsBase64.map(({ Body }, idx) => {
if (!Body) {
throw new HttpErrors.BadRequest(`Cannot download documents ${documents[idx].file_name} form S3`);
}
return {
fileName: documents[idx].file_name.toUpperCase(),
base64: Body.toString('base64'),
}
});
}
async updateDeclarationAfterSummit(declarationId: number, { data, status, message }: SubmitResponse, rawData?: AnyObject) {
const updatedData: Partial<RegulatoryDeclarations> = {
transaction_id: data?.transactionId.toString(),
calista_status: status,
}
if (status === CalistaStatusCode.S001) {
updatedData.status = Status.RegulatoryDeclaration.ForValidation;
}
await this.regulatorySubmissionHistoriesRepo.create({
declaration_id: declarationId,
transaction_id: data?.transactionId.toString(),
status: updatedData.status,
calista_status: status,
req_data: rawData,
res_data: data,
created_by: this.current_user.id,
});
const declaration = await this.regulatoryDeclarationsRepo.findOne({where: {id: declarationId}});
const declarationTransactionId = declaration?.transaction_id?.toString();
const submitResponseTransactionId = data?.transactionId?.toString();
if (declarationTransactionId !== submitResponseTransactionId) {
await this.regulatoryDeclarationsRepo.updateById(declarationId, updatedData);
}
if (status !== CalistaStatusCode.S001) {
throw new HttpErrors.BadRequest(message ?? `Unknown error (${status})`);
}
}
async createHistory(uen: string, id: number, data: AnyObject) {
const { Response: response } = data;
const { count } = await this.regulatorySubmissionHistoriesRepo.count({
transaction_id: response?.GeTSRefNo.toString(),
calista_status: response.CustomerRefNo2,
});
if (count === 0) {
await this.regulatorySubmissionHistoriesRepo.create({
declaration_id: id,
transaction_id: data?.Response?.GeTSRefNo.toString(),
calista_status: response.CustomerRefNo2,
remarks: data?.Response?.Remarks,
res_data: data,
});
}
}
async updateTransaction(uen: string, id: number, data: RegulatoryDeclarationUpdateTransactionParam) {
const dbCompanyRegulatory = await this.companyRegulatoryRepo.findOne({
where: {
uen,
status: Status.CompanyRegulatory.Accepted,
duration_end: { gte: new Date() }
}
});
if (!dbCompanyRegulatory) {
const error = new EntityNotFoundError(this.companyRegulatoryRepo.entityClass, uen);
error.code = 'ERR_UEN_NOT_FOUND';
throw new HttpErrors.NotFound(error.message);
}
const dbRegulatoryDeclarations = await this.regulatoryDeclarationsRepo.findOne({
where: { id, company_id: dbCompanyRegulatory.company_id },
include: [{
relation: 'verifier',
scope: { fields: { id: true, contact_email: true, status: true, name: true }, where: { status: Status.User.Active } },
}, {
relation: 'company',
scope: {
fields: { id: true, identifier: true },
}
}]
});
if (!dbRegulatoryDeclarations) {
const error = new EntityNotFoundError(this.regulatoryDeclarationsRepo.entityClass, id);
error.code = 'ERR_DEC_NOT_FOUND';
throw new HttpErrors.NotFound(error.message);
}
const { Response: response } = data;
// if (dbRegulatoryDeclarations.status !== Status.RegulatoryDeclaration.ForValidation) {
// const error = new HttpErrors.BadRequest('Invalid status!');
// error.code = 'ERR_STATUS_INVALID';
// throw error;
// }
const updatedData: Partial<RegulatoryDeclarations> = {
calista_status: response.CustomerRefNo2
};
if (response.CustomerRefNo2 === CalistaResponseCode.DraftCreated
|| response.CustomerRefNo2 === CalistaResponseCode.DraftCreatedDI
|| response.CustomerRefNo2 === CalistaResponseCode.DraftSubmittedToCustoms) {
const { Remarks: remarks } = response;
if (remarks?.length) {
const uniqueRefNo = remarks[0]['unique_ref_no'];
if (uniqueRefNo) {
updatedData.calista_job_no = uniqueRefNo.date + numberFormat(uniqueRefNo.seq, 4);
}
}
}
if (response.CustomerRefNo2 === CalistaResponseCode.ProcessingError
|| response.CustomerRefNo2 === CalistaResponseCode.DraftCreatedDI
|| response.CustomerRefNo2 === CalistaResponseCode.CancellationApproved
) {
updatedData.status = Status.RegulatoryDeclaration.ForValidationMissingInfo;
const logChainAdminUsers = await this.user_repo.find({
where: {
company_id: LogChainConfigs.LogChainCompanyId,
status: Status.User.Active,
}
});
if (logChainAdminUsers.length) {
const mail = MailTemplateMapping[response.CustomerRefNo2];
const attachments = [
{
filename: 'response.json',
content: Buffer.from(JSON.stringify(data, null, 2)),
contentType: 'application/json'
}
];
await Promise.allSettled(logChainAdminUsers.map(({ contact_email, name }) => this.ses_service.sendEmailWithAttachment(
mail.subject,
mail.htmlPath,
contact_email,
[],
{
link: this._buildHref(dbRegulatoryDeclarations.id),
adminUserName: name,
declarationId: dbRegulatoryDeclarations.id,
},
attachments
)));
}
} else {
if (response.CustomerRefNo2 === CalistaResponseCode.DraftCreated
|| response.CustomerRefNo2 === CalistaResponseCode.ErrorMessageFromCustoms) {
updatedData.status = Status.RegulatoryDeclaration.ForValidationMissingInfo;
}
if (response.CustomerRefNo2 === CalistaResponseCode.DraftSubmittedToCustoms) {
updatedData.status = Status.RegulatoryDeclaration.ForValidation;
}
if (response.CustomerRefNo2 === CalistaResponseCode.RejectedMessageFromCustoms) {
updatedData.status = Status.RegulatoryDeclaration.Rejected;
}
let ccRecipients: string[] = [];
if (response.CustomerRefNo2 === CalistaResponseCode.ApprovedPermit) {
const { add_recipients } = dbRegulatoryDeclarations;
ccRecipients = [...add_recipients.map((email) => email)].filter((email) => email);
const { company } = dbRegulatoryDeclarations
if (response.DeclarationData && company) {
const buf = Buffer.from(response.DeclarationData, 'base64')
updatedData.declaration_file = `documents/regulatory/${company.identifier}/${dbRegulatoryDeclarations.transaction_id}-declaration.pdf`;
const param = {
Key: updatedData.declaration_file,
Body: buf,
ContentEncoding: 'base64',
ContentType: 'application/pdf',
ServerSideEncryption: 'AES256',
};
const putResult = await this.s3_service.putObject(param);
if (dbRegulatoryDeclarations.flow_id) {
// invoke chaincode AttachRegulatory
const blockchainTx = await this.cc_service.invoke('AttachRegulatory', {
flowId: dbRegulatoryDeclarations.flow_id,
regId: dbRegulatoryDeclarations.id,
hash: putResult.ETag?.replace(/"/g, ''),
uri: updatedData.declaration_file,
version: putResult.VersionId,
});
updatedData.blockchain_tx = blockchainTx;
}
updatedData.hash = putResult.ETag?.replace(/"/g, '');
updatedData.version = putResult.VersionId;
}
updatedData.status = Status.RegulatoryDeclaration.Accepted;
}
const { Remarks: remarks } = response;
const { verifier } = dbRegulatoryDeclarations;
if (verifier) {
const mail = MailTemplateMapping[response.CustomerRefNo2];
await this.ses_service.sendEmailWithAttachment(
mail.subject,
mail.htmlPath,
verifier.contact_email,
ccRecipients,
{
link: this._buildHref(dbRegulatoryDeclarations.id),
verifierName: verifier.name,
declarationId: dbRegulatoryDeclarations.id,
...remarks[0],
}
);
}
}
await this.regulatoryDeclarationsRepo.updateById(id, { ...updatedData, transaction_id: data?.Response?.GeTSRefNo.toString() });
}
private _buildHref(id: number): string {
return `${LogChainConfigs.portalUrl}/regulatory/transaction/${id}/submission`;
}
async calcStatisticDeclarationByCarType(companyId?: number) {
const params = [];
let sql = `
SELECT
COUNT ( rd.ID ) FILTER ( WHERE rd.car_type = 'OUTDEC' ) AS total_outdec,
COUNT ( rd.ID ) FILTER ( WHERE rd.car_type = 'INPDEC' ) AS total_inpdec,
COUNT ( rd.ID ) FILTER ( WHERE rd.car_type = 'IPTDEC' ) AS total_iptdec
FROM
regulatory_declarations rd`;
if (companyId) {
params.push(companyId);
sql += ' WHERE rd.company_id = $1';
}
return this.regulatoryDeclarationsRepo.execute(sql, params);
}
async calcStatisticDeclarationByDate(fromDate: Date, toDate: Date, companyId?: number) {
const params: (Date | number)[] = [fromDate, toDate];
let sql = `
SELECT
TO_CHAR( modified_date, 'Mon YYYY' ) AS month,
COUNT ( rd.ID ) FILTER ( WHERE rd.car_type = 'OUTDEC' ) AS total_outdec,
COUNT ( rd.ID ) FILTER ( WHERE rd.car_type = 'INPDEC' ) AS total_inpdec,
COUNT ( rd.ID ) FILTER ( WHERE rd.car_type = 'IPTDEC' ) AS total_iptdec,
COUNT ( rd.ID ) FILTER ( WHERE rd.status = 1 ) AS total_draft,
COUNT ( rd.ID ) FILTER ( WHERE rd.status = 2 ) AS total_for_validation,
COUNT ( rd.ID ) FILTER ( WHERE rd.status = 3 ) AS total_for_validation_missing_info,
COUNT ( rd.ID ) FILTER ( WHERE rd.status = 4 ) AS total_accepted,
COUNT ( rd.ID ) FILTER ( WHERE rd.status = 5 ) AS total_rejected
FROM
regulatory_declarations rd
WHERE rd.modified_date BETWEEN $1 AND $2`;
if (companyId) {
params.push(companyId);
sql += ' AND rd.company_id = $3';
}
sql += ' GROUP BY month';
return this.regulatoryDeclarationsRepo.execute(sql, params);
}
async calcStatisticDeclaration(companyId?: number) {
const now = moment();
const currentMonth = now.format("MMM YYYY");
const startOfYear = now.startOf('year').toDate();
const endOfYear = now.endOf('year').toDate();
const stats = await this.calcStatisticDeclarationByDate(startOfYear, endOfYear, companyId);
const statsByCarTypeAllTime = await this.calcStatisticDeclarationByCarType(companyId);
const statsOfCurrentMonth = stats.find(({ month }: { month: string }) => month === currentMonth);
return {
stats_by_car_type: statsByCarTypeAllTime?.length ? statsByCarTypeAllTime[0] : {},
stats_of_month: statsOfCurrentMonth,
stats_of_years: stats
};
}
async findHistorySubmissions(declarationId: number, historyFilter: FilterBuilder<RegulatorySubmissionHistories>) {
this.filter_builder.where({ id: declarationId });
const dbRegulatoryDeclarations = await this.regulatoryDeclarationsRepo.findOne(this.filter_builder.build());
if (!dbRegulatoryDeclarations) {
throw new EntityNotFoundError(this.regulatoryDeclarationsRepo.entityClass, declarationId);
}
historyFilter.impose({
declaration_id: dbRegulatoryDeclarations.id,
});
historyFilter.order(['created_date DESC']);
historyFilter.fields({
'id': true,
'declaration_id': true,
'transaction_id': true,
'status': true,
'calista_status': true,
'remarks': true,
'created_date': true,
'created_by': true,
'res_data': true
});
return this.regulatorySubmissionHistoriesRepo.findWithPaging(historyFilter.build());
}
async getRegulatoryDeclarationsByFlowId(flowId: number) {
return this.regulatoryDeclarationsRepo.findOne({
fields: ['id', 'flow_id', 'calista_status', 'company_id', 'declaration_file', 'version', 'hash', 'blockchain_tx'],
where: {
flow_id: flowId,
company_id: this.current_user.company_id,
calista_status: CalistaResponseCode.ApprovedPermit
}
});
}
buildFinalSchema(regulatoryDeclarations: RegulatoryDeclarations) {
const { in_tpt_mode, out_tpt_mode } = regulatoryDeclarations;
const finalSchema = cloneDeep(finalDeclarationsSchema);
const { properties: { message } } = finalSchema
const hasInTptMode = in_tpt_mode && in_tpt_mode.toString() !== TransportMode.MULTIMODAL;
const hasOutTptMode = out_tpt_mode && out_tpt_mode.toString() !== TransportMode.MULTIMODAL;
if (hasInTptMode || hasOutTptMode) {
message?.required.push('transport');
}
// ++ Because in_tpt_mode and out_tpt_mode are both additional
// so we have to by pass them if not required or vice versa
if (hasInTptMode) {
message?.properties?.transport?.required.push('in_tpt');
} else {
if (message?.properties?.transport?.properties?.in_tpt?.required) // ts left-hand operand syntax
message.properties.transport.properties.in_tpt.required = [];
}
if (hasOutTptMode) {
message?.properties?.transport?.required.push('out_tpt');
} else {
if (message?.properties?.transport?.properties?.out_tpt?.required) // ts left-hand operand syntax
message.properties.transport.properties.out_tpt.required = [];
}
if (message?.properties?.transport?.additionalProperties === false) // ts left-hand operand syntax
message.properties.transport.additionalProperties = true;
// --
return { ...finalSchema }
}
async findParties(filter: AnyObject) {
const query = `SELECT * FROM (
SELECT DISTINCT ON (cr_uei_no) cr_uei_no AS cr_uei_no_alias, parties_view_1.*
FROM (
SELECT
CASE WHEN rp."type" = $1 THEN rp.name1
ELSE rp.cr_uei_no END AS cr_uei_no,
rp.id,
rp.type,
rp.name1,
rp.name2,
rp.address1,
rp.address2,
rp.city,
rp.sbt_code,
rp.sbt_name,
rp.pst_code,
rp.cty_code,
rp.extra_info
FROM regulatory_parties rp
JOIN regulatory_declarations rd ON rd.id = rp.declaration_id
AND rd.company_id = $2
${filter?.where?.type ? `WHERE rp."type" = '${filter.where.type}'` : ''}
) AS parties_view_1
ORDER BY cr_uei_no ASC, id DESC
) parties_view_2
WHERE name1 ILIKE $3 ORDER BY name1 ASC`;
const data = await this.regulatoryPartiesRepo.execute(query, [
PartyType.Consignee,
this.current_user.company_id,
filter?.where?.name1?.like || '%%'
]);
return {
data: data as RegulatoryParties
}
}
async findFiltersFlows(itemFilter: FilterBuilder<Flow>) {
// Get list of flows by flow_persona
const filter_persona = new FilterBuilder<FlowPersona>({
fields: ['id', 'flow_id', 'company_id'],
where: {
company_id: this.current_user.company_id,
},
});
const flow_personas = await this.flowPersonaRepo.find(filter_persona.build());
const flowIds = flow_personas.map(persona => persona.flow_id);
itemFilter.impose({
id: {inq: flowIds},
status: {
inq: [Status.Flow.Validated, Status.Flow.Live],
},
live_status: {inq: [Status.LiveStatus.New, Status.LiveStatus.InTransit]},
});
// ------------------------------------
return this.flowRepo.findWithPaging(itemFilter.build());
}
}
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