Cherrypy Ssl Generate Private Key
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Now that your nginx configuration works locally, let's make it accessible from the internet.
SSL/TLS client certificate verification with Python v3.4+ SSLContext. Saturday, June 2nd, 2018. Normally, an SSL/TLS client verifies the server’s certificate. I am trying to run Bottle on top of Cherrypy's server. I want to get SSL Support. So far I have tried this: from bottle import Bottle, route from cherrypy import wsgiserver app = Bottle @app.
Configure ssl
If you want to access saltpad and your salt-api over the internet, you're likely to want to configure SSL on nginx.
Those two files are required when setting up an SSL/TLS server. The private key should always be kept secret. Generating a self signed certificate consists of a few steps. You can generate your private key with or without a passphrase to protect it. You only need to choose one of these options. This will generate a 2048-bit RSA private key. The path to the private key for your SSL certificate. (See below) sslchain. And SSL certs directly. The restcherrypy configuration options are ignored and the salt-api daemon does not need to be running at all. Remember Salt authentication credentials are sent in the clear unless SSL is being enforced! Generate a public. Sep 06, 2015 The start of our method for creating a self-signed certificate. We pass it the directory we want to store our certificate and key (defaults to current directory), and then we specify the full path of the certificate and key file (CF & KF), and check if both exists. If one or the other (or both) don’t, then we continue on.
The assembly utilizes the.NET run-time framework (which is required to be installed on the PC). It is installed with a couple of know programs including Linkman published by Outertech, Linkman Pro from Outertech and Linkman Pro by Outertech. Libeay32.dll is loaded as dynamic link library that runs in the context of a process. Use openssl to generate key pair.
Your configuration should currently looks like:
Mozilla has a very nice ssl generator website that could helps tweak your nginx configuration, but here is a most secure nginx configuration for reference:
You will need a ssl certificate for activating ssl, you can either buy one, generate one or use let's encrypt for generating one.
From your salt-master, let's check that the configuration works correctly.
If you have enabled ssl, replace http://localhost/ by https://SALTPAD.YOURDNS/ in below commands.
Check that nginx proxy saltpad correclty:
Expected output:
Check that nginx proxy saltpad config file correctly:
The output should match the content of the settings.json file you deployed earlier.
Saltpad configuration
Now that your salt-api instance is accessible from internet (don't forget to open the port and whitelist your IPs if necessary), we need to tweak the saltpad configuration a little.
You will need to change API_URL to match the DNS of your salt-api server (in our example it was SALTPAD.YOURDNS).
If you enabled ssl, you will also need to set SECURE_HTTP to true or saltpad will try to connect over a non encrypted connection.
You don't need to reload the webserver, just save the settings.json file and go at http://SALTPAD.YOURDNS/ or https://SALTPAD.YOURNDS/ to access Saltpad and start mastering your Saltstack environment.
| importcherrypy |
| importjwt |
| importurllib.parse, urllib.request |
| importjson |
| SPSECRET='gpYucHkODHOv6JxZJ89Kihl9ncTiTrUCAbOaF1N6uJE=' |
| cherrypy.config.update({'server.socket_port': 3005, |
| 'server.ssl_module': 'builtin', |
| 'server.ssl_certificate': 'cert.pem', |
| 'server.ssl_private_key': 'privkey.pem'}) |
| classGetAccessToken(object): |
| defindex(self, **kwargs): |
| cl=cherrypy.request.body.params |
| spapptoken=cl['SPAppToken'] |
| decodedtoken=jwt.decode(spapptoken, SPSECRET, verify=False) |
| url=json.loads(decodedtoken['appctx'])['SecurityTokenServiceUri'] |
| values= { |
| 'grant_type': 'refresh_token', |
| 'client_id': decodedtoken['aud'].split('/')[0], |
| 'client_secret': SPSECRET, |
| 'refresh_token': decodedtoken['refreshtoken'], |
| 'resource': decodedtoken['appctxsender'].split('@')[0] +'/'+decodedtoken['aud'].split('/')[1].split('@')[0] +'@'+decodedtoken['appctxsender'].split('@')[1] |
| } |
| data=urllib.parse.urlencode(values) |
| binarydata=data.encode('ascii') |
| req=urllib.request.Request(url, binarydata) |
| response=urllib.request.urlopen(req) |
| page=response.read() |
| returnrepr(page) |
| index.exposed=True |
| cherrypy.quickstart(GetAccessToken()) |
Generate Ssl Private Key
commented Sep 17, 2015
Really thanks! here is my solution for nodejs |