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}

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