These functions are used for X.509 credential handling.
You can use these functions to create a user interface in HTML and JavaScript, that uses X.509 certificates as the Workflow credentials.
This file contains the functions that allow parsing a certificate date, creating a certificate from a JSON string value, retrieving a certificate from a file (Android), retrieving a certificate from the server (iOS), and so on.
| Function | Description |
|---|---|
| CertificateStore.parseCertDate(value) | Parses a certificate date. |
| CertificateStore.createCert(value) | Creates a certificate from the specified JSON string value. |
| CertificateStore.prototype.certificateLabels(filterSubject, filterIssuer) | Returns a list of all the certificate labels in this store (can be empty). Each certificate in this store has a unique label. |
| CertificateStore.getDefault() | Returns a certificate without the signedCertificate part set. |
| CertificateStore.prototype.getPublicCertificate(label) | Returns a certificate without the signedCertificate part set. Supported platforms:
|
| CertificateStore.prototype.getSignedCertificate(label, password) | Returns the certificate with the specified label, decrypting it if necessary using the specified password; or returns null if the certificate is encrypted and the password is incorrect.
Supported platforms:
|
| CertificateStore.prototype.listAvailableCertificatesFromFileSystem(folder, fileExtension) | Returns a list of full path names for the certificate files found in the file system for import.
Android platforms only. |
| CertificateStore.prototype.getSignedCertificateFromFile(filePath, password) | Gets a certificate from a file.
Android platforms only. |
| CertificateStore.prototype.getSignedCertificateFromServer(username, serverPassword, certPassword) | Gets a certificate from the server.
iOS platforms only. |
You can choose to set the results of a getSignedCertificate function as the password.