iopmaui.blogg.se - Dynamic signature recognition java

MockServer achieves this by dynamically generating its X.509 Certificate using an in-memory list of hostnames and ip addresses, this is described in more detail below.

servers) and present a valid X.509 Certificates for them. MockServer is able to mock the behaviour of multiple hostnames (i.e.

perform hostname validation by comparing hostname (or IP address) of remote server with Subject Alternative Name (SAN) or Common Name (CN) on X.509.

perform TLS handshake with remote server and verify trust chain by receiving remote server X.509 Certificate and verifying it is signed by a known Certificate Authority.

establish TCP connection to remote server.

The majority of HTTP clients perform the following steps when making an HTTPS request:

TLS for outbound connections (also called forward proxy TLS) to authenticate any client sending HTTPS requests.mTLS for inbound connections (also called client authentication or two-way TLS) to authenticate any client sending HTTPS requests.TLS for inbound connections to support HTTPS for mocking, proxying and control-plane interactions (creating expectations, retrieving logs, etc).an HTTPS request) MockServer dynamically detects that the request is encrypted. This means when a request is sent over TLS (i.e. HTTP, HTTPS / SSL, SOCKS, etc) are supported on the same port. MockServer uses port unification to simplify the configuration so all protocols (i.e.