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How to use pfxCertificate method in Cypress

Best JavaScript code snippet using cypress

importpfx.js

Source:importpfx.js

1ï»¿//// THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF2//// ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO3//// THE IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A4//// PARTICULAR PURPOSE.5////6//// Copyright (c) Microsoft Corporation. All rights reserved78(function () {9    "use strict";10    var page = WinJS.UI.Pages.define("/html/importpfx.html", {11        ready: function (element, options) {12            document.getElementById("Browse").addEventListener("click", Browse_Click, false);13            document.getElementById("RunSample").addEventListener("click", RunSample_Click, false);14        }15    });16    var output = "";17    var pfxCertificate="";18    var pfxPassword="";19    2021    function RunSample_Click() {22        output = "";23        WinJS.log && WinJS.log("", "sample", "status");24        var storeSelectionCheckbox = document.getElementById("UserStoreCheckBox");25        var pfxPasswordBox = document.getElementById("PfxPasswordBox");26        if (pfxCertificate === null || pfxCertificate === "") {2728            output = "Please select a valid PFX file\n";29            WinJS.log && WinJS.log(output, "sample", "error");30            return;3132        }3334        try {3536            output += "\n\n Importing PFX certificate ...";37            WinJS.log && WinJS.log(output, "sample", "status");38            var friendlyName = "test pfx certificate";39            pfxPassword = PfxPasswordBox.value;40            if (storeSelectionCheckbox.checked === true) {41                // target store is Shared User Certificate Store42                // call User Certificate Enrollment function importPfxData to insatll the certificate43                Windows.Security.Cryptography.Certificates.CertificateEnrollmentManager.userCertificateEnrollmentManager.importPfxDataAsync(pfxCertificate,44                    pfxPassword,45                    Windows.Security.Cryptography.Certificates.ExportOption.notExportable,46                    Windows.Security.Cryptography.Certificates.KeyProtectionLevel.noConsent,47                     Windows.Security.Cryptography.Certificates.InstallOptions.none,48                     friendlyName).done(function () {49                         output += "\nCertificate installation succeeded. The certificate is in the User's certificate store";50                         WinJS.log && WinJS.log(output, "sample", "status");51                     },52                      function(e)53                      {54                          WinJS.log && WinJS.log("ImportPfxDataAsync failed, error: " +e.message, "sample", "status");55                     });5657            }5859            else {60                // target store is app container Store61                // call Certificate Enrollment function importPFXData to install the certificate62                Windows.Security.Cryptography.Certificates.CertificateEnrollmentManager.userCertificateEnrollmentManager.importPfxDataAsync(pfxCertificate,63                    pfxPassword,64                    Windows.Security.Cryptography.Certificates.ExportOption.notExportable,65                     Windows.Security.Cryptography.Certificates.KeyProtectionLevel.noConsent,66                      Windows.Security.Cryptography.Certificates.InstallOptions.none,67                      friendlyName).done(function () {68                          output += "\nCertificate installation succeeded. The certificate is in the App's certificate store";69                          WinJS.log && WinJS.log(output, "sample", "status");70                      },71                      function(e)72                      {73                          WinJS.log && WinJS.log("ImportPfxDataAsync failed, error: " +e.message, "sample", "status");74                      });7576            }7778        }79        catch (ex) {80            output += "\nCertificate installation failed with error: " + ex.message;81        }82    }8384   8586    function Browse_Click() {87        WinJS.log && WinJS.log("", "sample", "status");88        //create fileopen picker with filter.pfx89        var filepicker = new Windows.Storage.Pickers.FileOpenPicker();90        filepicker.fileTypeFilter.replaceAll([".pfx"]);91        filepicker.commitButtonText = "Open";9293        try {94            filepicker.pickSingleFileAsync().done(function (file) {95                if (file !== null) {96                    //file was picked and iavailable for read97                    //try to read the file content98                    Windows.Storage.FileIO.readBufferAsync(file).done(function (buffer) {99                        var dataReader = Windows.Storage.Streams.DataReader.fromBuffer(buffer);100                        pfxCertificate = Windows.Security.Cryptography.CryptographicBuffer.encodeToBase64String(buffer);101                        output += "Selected PFX file:" + file.path;102                        document.getElementById("PfxFileName").innerText = "File:" + file.name;103                        document.getElementById("passwordlabel").style.visibility = 'visible';104                        document.getElementById("PfxPasswordBox").style.visibility = 'visible';105                        document.getElementById("buttoncolumn").style.visibility = 'visible';106                    });107                   108                }109                110            });111            WinJS.log && WinJS.log(output, "sample", "status");112        }113       114        catch (e) {115            output+="\nPFX file selection failed with error: " + e.message;116            WinJS.log && WinJS.log(output, "sample", "status");117        }118119    }
...

ldapsSettings.js

Source:ldapsSettings.js

1/*2 * Copyright (c) Microsoft Corporation. All rights reserved.3 * Licensed under the MIT License. See License.txt in the project root for4 * license information.5 *6 * Code generated by Microsoft (R) AutoRest Code Generator.7 * Changes may cause incorrect behavior and will be lost if the code is8 * regenerated.9 */10'use strict';11/**12 * Secure LDAP Settings13 *14 */15class LdapsSettings {16  /**17   * Create a LdapsSettings.18   * @member {string} [ldaps] A flag to determine whether or not Secure LDAP is19   * enabled or disabled. Possible values include: 'Enabled', 'Disabled'20   * @member {string} [pfxCertificate] The certificate required to configure21   * Secure LDAP. The parameter passed here should be a base64encoded22   * representation of the certificate pfx file.23   * @member {string} [pfxCertificatePassword] The password to decrypt the24   * provided Secure LDAP certificate pfx file.25   * @member {string} [publicCertificate] Public certificate used to configure26   * secure ldap.27   * @member {string} [certificateThumbprint] Thumbprint of configure ldaps28   * certificate.29   * @member {date} [certificateNotAfter] NotAfter DateTime of configure ldaps30   * certificate.31   * @member {string} [externalAccess] A flag to determine whether or not32   * Secure LDAP access over the internet is enabled or disabled. Possible33   * values include: 'Enabled', 'Disabled'34   * @member {string} [externalAccessIpAddress] External access ip address.35   */36  constructor() {37  }38  /**39   * Defines the metadata of LdapsSettings40   *41   * @returns {object} metadata of LdapsSettings42   *43   */44  mapper() {45    return {46      required: false,47      serializedName: 'LdapsSettings',48      type: {49        name: 'Composite',50        className: 'LdapsSettings',51        modelProperties: {52          ldaps: {53            required: false,54            serializedName: 'ldaps',55            type: {56              name: 'String'57            }58          },59          pfxCertificate: {60            required: false,61            serializedName: 'pfxCertificate',62            type: {63              name: 'String'64            }65          },66          pfxCertificatePassword: {67            required: false,68            serializedName: 'pfxCertificatePassword',69            type: {70              name: 'String'71            }72          },73          publicCertificate: {74            required: false,75            readOnly: true,76            serializedName: 'publicCertificate',77            type: {78              name: 'String'79            }80          },81          certificateThumbprint: {82            required: false,83            readOnly: true,84            serializedName: 'certificateThumbprint',85            type: {86              name: 'String'87            }88          },89          certificateNotAfter: {90            required: false,91            readOnly: true,92            serializedName: 'certificateNotAfter',93            type: {94              name: 'DateTime'95            }96          },97          externalAccess: {98            required: false,99            serializedName: 'externalAccess',100            type: {101              name: 'String'102            }103          },104          externalAccessIpAddress: {105            required: false,106            readOnly: true,107            serializedName: 'externalAccessIpAddress',108            type: {109              name: 'String'110            }111          }112        }113      }114    };115  }116}...

hook.js

Source:hook.js

1const az = require('../az')2const openssl = require('../openssl')3const argv = require('minimist')(process.argv.slice(2))4const delay = duration => new Promise(resolve => setTimeout(resolve, duration))5const [phase, ...args] = argv._6const app = {7  name: process.env.APP_NAME,8  group: process.env.APP_GROUP,9  host: process.env.APP_HOSTNAME,10}11const dns = {12  zone: process.env.DNS_ZONE,13  group: process.env.DNS_GROUP,14} 15const hooks = {16  async deploy_cert() {17    const certs = `./data/certs/${app.host}`18    const cert = `${certs}/cert.pem`19    const privkey = `${certs}/privkey.pem`20    const pfxCertificate = `${certs}/certificate.pfx`21    const password = dns.zone22    console.log('+ Generating PFX')23    await openssl.pem2pfx(cert, privkey, pfxCertificate, password)24    const payload = {25      password,26      appName: app.name,27      resourceGroup: app.group,28      filename: pfxCertificate,29    }30    console.log('+ Uploading PFX')31    const thumbprint = await az.certificate.upload(payload)32    console.log('+ Binding PFX')33    await az.certificate.bind({ ...payload, thumbprint })34  },35  async deploy_challenge(fqdn, tokenFilename, tokenValue) {36    const subdomain = [37      '_acme-challenge',38      ...fqdn.substr(0, fqdn.indexOf(dns.zone)).split('.').filter(v => v.length),39    ].join('.')40    try {41      const recordSet = {42        ttl: 5,43        zoneName: dns.zone,44        resourceGroup: dns.group,45        recordSetName: subdomain,46        value: tokenValue,47        type: 'txt',48      }49      await az.dns.recordSet.put(recordSet)50      await delay(2500)51    } catch(e) {52      console.error(e)53    }54  }55}56const phases = {57  deploy_cert: 'Deploy certificate',58  deploy_challenge: 'Deploy ACME challenge',59}60const hook = hooks[phase]61const phaseName = phases[phase]62if (!hook || !phaseName) return63console.log(`=== Phase: ${phaseName}`)...

functions_c.js

Source:functions_c.js

1var searchData=2[3  ['parameters',['parameters',['../class_r_c_f_1_1_remote_call_context.html#a21d3e4331f8093a0ce66643311819402',1,'RCF::RemoteCallContext']]],4  ['pemcertificate',['PemCertificate',['../class_r_c_f_1_1_pem_certificate.html#ab009dc2d72f6cb83ca2f46b8e867930a',1,'RCF::PemCertificate']]],5  ['pfxcertificate',['PfxCertificate',['../class_r_c_f_1_1_pfx_certificate.html#a2d22cbf29b742d1c9ed7ed15aedcd573',1,'RCF::PfxCertificate']]],6  ['ping',['ping',['../class_r_c_f_1_1_client_stub.html#ac5a9466bd1fbb77633980f24fdc846cb',1,'RCF::ClientStub']]],7  ['proxyendpoint',['ProxyEndpoint',['../class_r_c_f_1_1_proxy_endpoint.html#a81da53ba5c0b6b14a87a7b2eb48d7c1d',1,'RCF::ProxyEndpoint::ProxyEndpoint(const Endpoint &amp;proxyServer, const std::string &amp;proxyEndpointName)'],['../class_r_c_f_1_1_proxy_endpoint.html#a22e4f3757ffe3eaa5f813703247e1209',1,'RCF::ProxyEndpoint::ProxyEndpoint(RcfServer &amp;proxyServer, const std::string &amp;proxyEndpointName)']]],8  ['publish',['publish',['../class_r_c_f_1_1_publisher.html#a9f10b4e84927acc44257e7fd297d8e9a',1,'RCF::Publisher']]]...

all_70.js

Source:all_70.js

1var searchData=2[3  ['pemcertificate',['PemCertificate',['../class_delta_v_soft_1_1_r_c_f_proto_1_1_pem_certificate.html',1,'DeltaVSoft::RCFProto']]],4  ['pemcertificate',['PemCertificate',['../class_delta_v_soft_1_1_r_c_f_proto_1_1_pem_certificate.html#ad57d7d0e5d697152eb66af9591956621',1,'DeltaVSoft.RCFProto.PemCertificate.PemCertificate(string pathToCert, string password)'],['../class_delta_v_soft_1_1_r_c_f_proto_1_1_pem_certificate.html#a07504b32b635cb2528468add6f7b53bc',1,'DeltaVSoft.RCFProto.PemCertificate.PemCertificate(string pathToCert)']]],5  ['pemcertificate_2ecs',['PemCertificate.cs',['../_pem_certificate_8cs.html',1,'']]],6  ['pfxcertificate',['PfxCertificate',['../class_delta_v_soft_1_1_r_c_f_proto_1_1_pfx_certificate.html#a2f7170ef25d1fa1e310c4dfca25f20d2',1,'DeltaVSoft::RCFProto::PfxCertificate']]],7  ['pfxcertificate',['PfxCertificate',['../class_delta_v_soft_1_1_r_c_f_proto_1_1_pfx_certificate.html',1,'DeltaVSoft::RCFProto']]],8  ['pfxcertificate_2ecs',['PfxCertificate.cs',['../_pfx_certificate_8cs.html',1,'']]]...

classes_b.js

Source:classes_b.js

1var searchData=2[3  ['pemcertificate',['PemCertificate',['../class_r_c_f_1_1_pem_certificate.html',1,'RCF']]],4  ['pfxcertificate',['PfxCertificate',['../class_r_c_f_1_1_pfx_certificate.html',1,'RCF']]],5  ['proxyendpoint',['ProxyEndpoint',['../class_r_c_f_1_1_proxy_endpoint.html',1,'RCF']]],6  ['publisher',['Publisher',['../class_r_c_f_1_1_publisher.html',1,'RCF']]],7  ['publisherbase',['PublisherBase',['../class_r_c_f_1_1_publisher_base.html',1,'RCF']]],8  ['publisherparms',['PublisherParms',['../class_r_c_f_1_1_publisher_parms.html',1,'RCF']]]...

functions_70.js

Source:functions_70.js

1var searchData=2[3  ['pemcertificate',['PemCertificate',['../class_r_c_f_1_1_pem_certificate.html#ab009dc2d72f6cb83ca2f46b8e867930a',1,'RCF::PemCertificate']]],4  ['pfxcertificate',['PfxCertificate',['../class_r_c_f_1_1_pfx_certificate.html#a2d22cbf29b742d1c9ed7ed15aedcd573',1,'RCF::PfxCertificate']]]...

classes_70.js

Source:classes_70.js

1var searchData=2[3  ['pemcertificate',['PemCertificate',['../class_r_c_f_1_1_pem_certificate.html',1,'RCF']]],4  ['pfxcertificate',['PfxCertificate',['../class_r_c_f_1_1_pfx_certificate.html',1,'RCF']]]...

Using AI Code Generation

1const fs = require('fs');2const path = require('path');3const pfx = fs.readFileSync(path.resolve('./certs/cert.pfx'));4Cypress.Commands.add('pfxCertificate', () => {5    cy.log('Setting PFX Certificate');6    cy.task('setPfx', pfx);7});8const https = require('https');9const pem = require('pem');10const fs = require('fs');11const path = require('path');12module.exports = (on, config) => {13    on('task', {14        setPfx(pfx) {15            config.env.PFX = pfx;16            return null;17        }18    });19    return config;20};21import './commands';22describe('Test', () => {23    it('Test', () => {24        cy.pfxCertificate();25    });26});

Using AI Code Generation

1require('cypress-ntlm-auth/dist/commands')2describe('Test', () => {3  it('test', () => {4    cy.ntlmPfxCertificate('path/to/cert.pfx', 'password')5  })6})7In some cases, you may want to use NTLM authentication with a client certificate in a non-interactive environment. This is done by adding a header to the request. The header is a base64 encoded string that contains the client certificate and its password. This header can be added to the request in the `onBeforeRequest` callback of the `cy.ntlm()` command. The following example shows how to do this:8require('cypress-ntlm-auth/dist/commands')9describe('Test', () => {10  it('test', () => {11    cy.ntlm({12      onBeforeRequest: (options) => {13        const pfxCertificate = Cypress.ntlm.getPfxCertificate('path/to/cert.pfx', 'password')14      }15    })16  })17})18## Using NTLM Authentication with a client certificate in a non-interactive environment (using a base64 encoded string)19In some cases, you may want to use NTLM authentication with a client certificate in a non-interactive environment. This is done by adding a header to the request. The header is a base64 encoded string that contains the client certificate and its password. This header can be added to the request in the `onBeforeRequest` callback of the `cy.ntlm()` command. The following example shows how to do this:20require('cypress-ntlm-auth/dist/commands')21describe('Test', () => {

Using AI Code Generation

1describe('Test', () => {2    it('Test', () => {3        cy.pfxCertificate('C:/Users/username/Downloads/localhost.pfx', 'password')4    })5})6[MIT](LICENSE)

Using AI Code Generation

1cy.pfxCertificate('path-to-cert.pfx', 'password');2import 'cypress-pfx';3describe('Test', () => {4    it('should work', () => {5        cy.pfxCertificate('path-to-cert.pfx', 'password');6    });7});

Using AI Code Generation

1module.exports = (on, config) => {2    on('task', {3        pfxCertificate: (options) => {4            const pfx = require('pfx')5            const fs = require('fs')6            const path = require('path')7            const cert = fs.readFileSync(path.join(__dirname, options.cert))8            const pfxCert = pfx.parseCert(cert, options.password)9        }10    })11}

Cypress Tutorial

Cypress is a renowned Javascript-based open-source, easy-to-use end-to-end testing framework primarily used for testing web applications. Cypress is a relatively new player in the automation testing space and has been gaining much traction lately, as evidenced by the number of Forks (2.7K) and Stars (42.1K) for the project. LambdaTest’s Cypress Tutorial covers step-by-step guides that will help you learn from the basics till you run automation tests on LambdaTest.

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