azure-keyvault-ssrf-fixed
v3.0.8
Published
KeyVaultClient Library with typescript type definitions for node
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Readme
Microsoft Azure SDK for Node.js - Key Vault
This project provides a Node.js package for accessing keys, secrets and certificates on Azure Key Vault. Right now it supports:
- Node.js version: 6.x.x or higher
- REST API version: 2016-10-01
Features
- Manage keys: create, import, update, delete, backup, restore, list and get.
- Key operations: sign, verify, encrypt, decrypt, wrap, unwrap.
- Secret operations: set, get, update and list.
- Certificate operations: create, get, update, import, list, and manage contacts and issuers.
How to Install
npm install azure-keyvault
Detailed Samples
A sample that can be cloned and run can be found here.
Others you might want to take a look at: Soft delete, recovery, backup and restore Managed storage accounts Deploying certificates to a VM Fetching keyvault secret from a web-application during runtime with MSI
How to Use
The following are some examples on how to create and consume secrets, certificates and keys. For a complete sample, please check one of the above links.
Authentication and Client creation
var KeyVault = require('azure-keyvault');
var msRestAzure = require('ms-rest-azure-ssrf-fixed');
async function main(): Promise<void> {
const credentials = await msRestAzure.interactiveLogin();
// OR const credentials = await msRestAzure.loginWithServicePrincipalSecret("clientId", "secret", "domain");
// OR any other login method from msRestAzure.
const client = new KeyVault.KeyVaultClient(credentials);
}
main();
Create a key and use it
client.createKey(vaultUri, 'mykey', 'RSA', options).then( (keyBundle) => {
// Encrypt some plain text
return client.encrypt(keyBundle.key.kid, 'RSA-OAEP', "ciphertext");
});
Create a certificate and delete it
// Create a certificate
client.createCertificate(vaultUri, 'mycertificate', options).then( (certificateOperation) => {
console.log(certificateOperation);
var parsedId = KeyVault.parseCertificateOperationIdentifier(certificateOperation.id);
// Poll the certificate status until it is created
var interval = setInterval( () => {
client.getCertificateOperation(parsedId.vault, parsedId.name).then( (pendingCertificate) => {
if (pendingCertificate.status.toUpperCase() === 'completed'.toUpperCase()) {
clearInterval(interval); // clear our polling function
console.log(pendingCertificate);
var parsedCertId = KeyVault.parseCertificateIdentifier(pendingCertificate.target);
client.deleteCertificate(parsedCertId.vault, parsedCertId.name).then( (deleteResponse) => {
console.log(deleteResponse);
});
}
});
});
});