the underlying transport mechanism. For example, if a client wanted to connect to a remote server using TCP and SSL it would create a connection factory like so, tcp://remote-host:5445?ssl-enabled=true. properties available for the tcp scheme are described in the documentation regarding the Netty transport. Note if you are using the tcp scheme and multiple addresses then a query can be applied to all need to provide connection parameters and specify which transport we are using, for more information on connectors please see Configuring the Transport. TransportConfiguration transportConfiguration = new

the underlying transport mechanism. For example, if a client wanted to connect to a remote server using TCP and SSL it would create a connection factory like so, tcp://remote-host:5445?ssl-enabled=true. properties available for the tcp scheme are described in the documentation regarding the Netty transport. Note if you are using the tcp scheme and multiple addresses then a query can be applied to all need to provide connection parameters and specify which transport we are using, for more information on connectors please see Configuring the Transport. TransportConfiguration transportConfiguration = new

moment you need it. Transports: One of the main feature of Socket.IO is the abstraction of the transport, that gives you real-time web support down to Internet Explorer 6.0, using long-polling methods for encoding, and return decoded dictionaries also. socketio.packet Handler is a lower-level transport handler. It is responsible for calling your WSGI application socketio.handler Transports are responsible RE_REQUEST_URL = re.compile(r""" ^/(?P.+?) /1 /(?P<transport_id>[^/]+) /(?P[^/]+)/?$ """, re.X) RE_HANDSHAKE_URL = re

moment you need it. Transports: One of the main feature of Socket.IO is the abstraction of the transport, that gives you real-time web support down to Internet Explorer 6.0, using long-polling methods for encoding, and return decoded dictionaries also. socketio.packet Handler is a lower-level transport handler. It is responsible for calling your WSGI application socketio.handler Transports are responsible

services sont fournis par https - HTTPS : HTTP sécurisé par SSL/TLS, par défaut sur le port 443 ## Secure Socket Layer $ \rightarrow $ Transport Layer Security • Conçu par Netscape (v2.0 en 1994, v3.0 en 1996) • Brevet racheté par l'IETF : TLS v1.0 en 1999 (SSL 3.1), v1.3 en 2018 • Couche Application : – Entre les couches transport et application – Pas besoin de modifier la pile TCP/IP • Possibilité certificat et la clé privée du serveur • Configurer httpd. Pour Apache : – virtual host (port 443), ssl.conf, (ports.conf) • Création de l'arborescence sécurisée • Démarrage serveur • OU BIEN utiliser

means that core clients will now expect the CN or Subject Alternative Name values of the broker's SSL certificate to match the hostname in the client's URL. This impacts all core-based clients including behavior with industry standards. To deal with this you can do one of the following: Update your SSL certificates to use a hostname which matches the hostname in the client's URL. This is the recommended "HTTP over TLS". 2. Due to ARTEMIS-3117 SSL keystore and truststores are no longer reloaded automatically. Previously an instance of javax.net.ssl.SSLContext was created for every connection. This

port as well as extra keyword arguments are passed to create_server(). For example, you can set the ssl keyword argument to a SSLContext to enable TLS. ws_handler is the WebSocket handler. It must be a create_connection() method. Extra keyword arguments are passed to create_connection(). For example, you can set the ssl keyword argument to a SSLContext to enforce some TLS settings. When connecting to a wss:// URI, if

Encryption Options ..... 509 18.9. Secure TCP/IP Connections with SSL ..... 510 18.9.1. Using Client Certificates ..... 511 18.9.2. SSL Server File Usage ..... 512 18.9.3. Creating Certificates ... Connection Service File ..... 787 32.17. LDAP Lookup of Connection Parameters ..... 788 32.18. SSL Support ..... 789 32.18.1. Client Verification of Server Certificates ..... 789 32.18.2. Client . 790 32.18.3. Protection Provided in Different Modes ..... 790 32.18.4. SSL Client File Usage ..... 792 32.18.5. SSL Library Initialization ..... 792 32.19. Behavior in Threaded Programs ....

the underlying transport mechanism. For example, if a client wanted to connect to a remote server using TCP and SSL it would create a connection factory like so, tcp://remote-host:5445?ssl-enabled=true. properties available for the tcp scheme are described in the documentation regarding the Netty transport. Note if you are using the tcp scheme and multiple addresses then a query can be applied to all need to provide connection parameters and specify which transport we are using, for more information on connectors please see Configuring the Transport. TransportConfiguration transportConfiguration = new

the application server and the internet. • Load-balancer • Failover • Protocol termination - TLS/SSL - HTTP/2 and (soon) HTTP/3 • Understands a protocol and possible upgrades. ## Why a proxy? • Control Dynamic configuration (mod_balancer/mod_cluster...) • Protocol translations AJP - When - Easy TLS/SSL forwarding - Limitations - No upgrade - Header size - No encryption - Limited “authentication” “authentication” (secret) - mod_proxy_ajp and mod_jk ### HTTP and HTTPS 1.1 • When: - No SSL forwarding - Using SSLValve • HTTP/HTTPS: - HTTPS might be needed (Encryption/Authentication) - HTTPS