pnz-payments-sdk
Version:
PNZ Payments Account and Transaction API
127 lines • 8.65 kB
JavaScript
;
/**
* Account and Transaction API SpecificationLib
*
* This file was automatically generated by APIMATIC v3.0 ( https://www.apimatic.io ).
*/
exports.__esModule = true;
exports.PartyController = void 0;
var tslib_1 = require("tslib");
var getAccountPartyResponse_1 = require("../models/getAccountPartyResponse");
var getPartyResponse_1 = require("../models/getPartyResponse");
var schema_1 = require("../schema");
var baseController_1 = require("./baseController");
var core_1 = require("@apimatic/core");
var accountsParty400Error_1 = require("../errors/accountsParty400Error");
var accountsParty403Error_1 = require("../errors/accountsParty403Error");
var accountsParty500Error_1 = require("../errors/accountsParty500Error");
var accountsParty503Error_1 = require("../errors/accountsParty503Error");
var party400Error_1 = require("../errors/party400Error");
var party403Error_1 = require("../errors/party403Error");
var party500Error_1 = require("../errors/party500Error");
var party503Error_1 = require("../errors/party503Error");
var PartyController = /** @class */ (function (_super) {
tslib_1.__extends(PartyController, _super);
function PartyController() {
return _super !== null && _super.apply(this, arguments) || this;
}
/**
* Get Party related to an account
*
* @param accountId A unique identifier used to identify the account resource.
* @param xFapiAuthDate The time when the Customer last logged in with the Third Party. All
* dates in the HTTP headers are represented as RFC 7231 Full Dates. An
* example is below: Sun, 10 Sep 2017 19:43:31 UTC
* @param xFapiCustomerIpAddress The Customer's IP address if the Customer is currently logged in with
* the Third Party.
* @param xFapiInteractionId An RFC4122 UID used as a correlation id.
* @param xMerchantIpAddress The IP address of the merchant when making account information
* requests through a Third Party.
* @param xCustomerUserAgent The User-Agent of the application on the customer device that is used
* to make the account information request
* @return Response from the API call
*/
PartyController.prototype.getAccountParty = function (accountId, xFapiAuthDate, xFapiCustomerIpAddress, xFapiInteractionId, xMerchantIpAddress, xCustomerUserAgent, requestOptions) {
return tslib_1.__awaiter(this, void 0, void 0, function () {
var req, mapped;
return tslib_1.__generator(this, function (_a) {
req = this.createRequest('GET');
mapped = req.prepareArgs({
accountId: [accountId, (0, schema_1.string)()],
xFapiAuthDate: [xFapiAuthDate, (0, schema_1.optional)((0, schema_1.string)())],
xFapiCustomerIpAddress: [xFapiCustomerIpAddress, (0, schema_1.optional)((0, schema_1.string)())],
xFapiInteractionId: [xFapiInteractionId, (0, schema_1.optional)((0, schema_1.string)())],
xMerchantIpAddress: [xMerchantIpAddress, (0, schema_1.optional)((0, schema_1.string)())],
xCustomerUserAgent: [xCustomerUserAgent, (0, schema_1.optional)((0, schema_1.string)())]
});
req.header('x-fapi-auth-date', mapped.xFapiAuthDate);
req.header('x-fapi-customer-ip-address', mapped.xFapiCustomerIpAddress);
req.header('x-fapi-interaction-id', mapped.xFapiInteractionId);
req.header('x-merchant-ip-address', mapped.xMerchantIpAddress);
req.header('x-customer-user-agent', mapped.xCustomerUserAgent);
req.appendTemplatePath(templateObject_1 || (templateObject_1 = tslib_1.__makeTemplateObject(["/accounts/", "/party"], ["/accounts/", "/party"])), mapped.accountId);
req.throwOn(400, accountsParty400Error_1.AccountsParty400Error, 'Bad Request');
req.throwOn(401, core_1.ApiError, 'Unauthorized');
req.throwOn(403, accountsParty403Error_1.AccountsParty403Error, 'Forbidden');
req.throwOn(405, core_1.ApiError, 'Method Not Allowed');
req.throwOn(406, core_1.ApiError, 'Not Acceptable');
req.throwOn(429, core_1.ApiError, 'Too Many Requests');
req.throwOn(500, accountsParty500Error_1.AccountsParty500Error, 'Internal Server Error');
req.throwOn(501, core_1.ApiError, 'Not Implemented');
req.throwOn(503, accountsParty503Error_1.AccountsParty503Error, 'Service Unavailable');
req.authenticate([{ hTTPBearerAuthentication: true }]);
return [2 /*return*/, req.callAsJson(getAccountPartyResponse_1.getAccountPartyResponseSchema, requestOptions)];
});
});
};
/**
* Get Party of logged in Customer
*
* @param xFapiAuthDate The time when the Customer last logged in with the Third Party. All
* dates in the HTTP headers are represented as RFC 7231 Full Dates. An
* example is below: Sun, 10 Sep 2017 19:43:31 UTC
* @param xFapiCustomerIpAddress The Customer's IP address if the Customer is currently logged in with
* the Third Party.
* @param xFapiInteractionId An RFC4122 UID used as a correlation id.
* @param xMerchantIpAddress The IP address of the merchant when making account information
* requests through a Third Party.
* @param xCustomerUserAgent The User-Agent of the application on the customer device that is used
* to make the account information request
* @return Response from the API call
*/
PartyController.prototype.getParty = function (xFapiAuthDate, xFapiCustomerIpAddress, xFapiInteractionId, xMerchantIpAddress, xCustomerUserAgent, requestOptions) {
return tslib_1.__awaiter(this, void 0, void 0, function () {
var req, mapped;
return tslib_1.__generator(this, function (_a) {
req = this.createRequest('GET', '/party');
mapped = req.prepareArgs({
xFapiAuthDate: [xFapiAuthDate, (0, schema_1.optional)((0, schema_1.string)())],
xFapiCustomerIpAddress: [xFapiCustomerIpAddress, (0, schema_1.optional)((0, schema_1.string)())],
xFapiInteractionId: [xFapiInteractionId, (0, schema_1.optional)((0, schema_1.string)())],
xMerchantIpAddress: [xMerchantIpAddress, (0, schema_1.optional)((0, schema_1.string)())],
xCustomerUserAgent: [xCustomerUserAgent, (0, schema_1.optional)((0, schema_1.string)())]
});
req.header('x-fapi-auth-date', mapped.xFapiAuthDate);
req.header('x-fapi-customer-ip-address', mapped.xFapiCustomerIpAddress);
req.header('x-fapi-interaction-id', mapped.xFapiInteractionId);
req.header('x-merchant-ip-address', mapped.xMerchantIpAddress);
req.header('x-customer-user-agent', mapped.xCustomerUserAgent);
req.throwOn(400, party400Error_1.Party400Error, 'Bad Request');
req.throwOn(401, core_1.ApiError, 'Unauthorized');
req.throwOn(403, party403Error_1.Party403Error, 'Forbidden');
req.throwOn(405, core_1.ApiError, 'Method Not Allowed');
req.throwOn(406, core_1.ApiError, 'Not Acceptable');
req.throwOn(429, core_1.ApiError, 'Too Many Requests');
req.throwOn(500, party500Error_1.Party500Error, 'Internal Server Error');
req.throwOn(501, core_1.ApiError, 'Not Implemented');
req.throwOn(503, party503Error_1.Party503Error, 'Service Unavailable');
req.authenticate([{ hTTPBearerAuthentication: true }]);
return [2 /*return*/, req.callAsJson(getPartyResponse_1.getPartyResponseSchema, requestOptions)];
});
});
};
return PartyController;
}(baseController_1.BaseController));
exports.PartyController = PartyController;
var templateObject_1;
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