rc4 | c and java RC4 algorithm | Learning library

I checked the packages via wireshark and found the unkown pricipalname error. Thanks for the hint @Samson Scharfrichter

The correct spn registration is setspn.exe -A HTTP/ourserver01.example.com exampleUser without the project itself.

It seems that the documentation is wrong/outdated. The right attribute is:

After further reproduction I've noticed that in the question there is a miss-match between the NGINX Ingress controllers.

There are 2 similarly named Ingress controllers:

• Github.com: NginxInc: Kubernetes Ingress - for this purpose let's name it: nginx-inc
• Github.com: Kubernetes: Ingress Nginx - for this purpose let's name it: nginx

This are 2 separate products where the differences are explained here:

• Github.com: NginxInc: Kubernetes Ingress: Docs: Nginx ingress controllers

Due to this Configmap key:

• use-http2: "true"

I've incorrectly assumed that we are talking about the nginx where in fact it was the nginx-inc (I've missed the link of $ helm repo add). This field is specific to the nginx and will not work with the nginx-inc.

I've managed to find a way to enable the HTTP/2 support with the nginx-inc. Change:

• from: use-http2: "true"
• to: http2: "true"

More explanation can be found here:

• Docs.nginx.com: Nginx Ingress Controller: Configuration: Global configuration: Configmap resource: Listeners

Below part is more of a general approach to the support of HTTP/2 on GKE with Ingress.

A side note!

Even without the tls part in the YAML manifest it's possible to use HTTPS due to the Fake Ingress Controller certificate

As pointed in the following github issue:

aledbf commented on 28 Mar 2019

NGINX does not support HTTP/1.x and HTTP/2 at the same time on a cleartext (non-TLS) port. That's the reason why it works only when HTTPS is used.

-- Github.com: Kubernetes: Ingress nginx: Issue: HTTP2 support

As stated to enable HTTP/2 you will need to have the tls part (certificate) configured in your Ingress resource.

Here you can find the documentation to help you with the process:

• Kubernetes.github.io: Ingress nginx: Examples: TLS termination

I've used your setup on the GKE version 1.20.5-gke.2000 (the Helm part) and here is what I found.

Querying the external IP of your Ingress controller with HTTP request will allow you to use HTTP/1.1.

After I've configured the certificate to use with the Ingress resource (and domain name), I could get the response stating that I'm using HTTP/2:

You can check it with various measures like cURL or online HTTP/2 test sites:

• curl -v -k https://DOMAIN.NAME

Very strange issue, and honestly I can't say why, but adding into krb5.conf:

actualKey needs to be pointing to a buffer of appropriate size before you pass it to EVP_BytesToKey. As it is you are passing in an uninitialised pointer which would explain your inconsistent results.

The documentation for EVP_BytesToKey has this to say:

If data is NULL, then EVP_BytesToKey() returns the number of bytes needed to store the derived key.

So you can call EVP_BytesToKey once with the data parameter set to NULL to determine the length of actualKey, then allocate a suitable buffer and call it again with actualKey pointing to that buffer.

As others have noted, passing sizeof(keygen) to EVP_BytesToKey is also incorrect. You probably meant strlen (argv [2]).

Likewise, passing sizeof(actualKey) to RC4_set_key is also an error. Instead, you should pass the value returned by EVP_BytesToKey.

• create websocket conf file to run in background code will be like

• in /etc/supervisor/conf.d (Debian/Ubuntu) or /etc/supervisord.d (Red Hat/CentOS) create a file websockets.conf

• then put this code

Finally found the solution: in Wildfly I've configured virtual host and map it to my application. No other actions were required - now it's working as expected.

Okay, it appears that even though the documentation for tls.createSecureContext says the result is "usable as an argument to several tls APIs, such as tls.createServer" it actually isn't. It is accepted by server.addContext (for a virtual host or more exactly an SNI-value handler) tls.connect (for client) tls.createSecurePair (deprecated) and new TLSSocket (low-level), but createServer only takes the same options as createSecureContext not an actual SecureContext. Since you didn't supply the needed key&cert in a usable form, and OpenSSL by default disables anonymous ciphersuites (which most clients don't offer anyway), all handshakes fail with no_shared_cipher. Try:

Decoding the base64 in the verbose log, the client ID passed is ATPdiyM1jyzPfGq1oEClgdmnPMwT4P3MrdBu0dFYVF-dMV95_OqV6Ujmg5NqD-0GfOOR7SVbjv2md3Aw

This does not work when testing at https://developer.paypal.com/demo/checkout/#/pattern/client , so it is not a valid ID.

( Link showing the error, "client-id not recognized for either production or sandbox" )

Create a new REST app, https://www.paypal.com/signin?intent=developer&returnUri=https%3A%2F%2Fdeveloper.paypal.com%2Fdeveloper%2Fapplications