Search Results for "injection"

How It Works [Android Device] │ │ OpenVPN TCP/UDP ▼ [SNI Tunnel Client] ← Wraps traffic in SSL + injects fake SNI │ │ Looks like: HTTPS → microsoft.com ✓ ▼ [ISP Firewall] ← Passes through — sees only valid HTTPS │ ▼ [VPS Server] ← Decrypts TLS, recovers OpenVPN traffic │ ▼ [OpenVPN Server] ← Receives native OpenVPN traffic │ ▼ Internet The core trick is SNI injection: the tunnel client inserts a trusted domain name (e.g. microsoft.com) into the TLS handshake. The ISP sees what appears to be a standard HTTPS connection and allows it through. The VPS server on the other end strips the SSL wrapper and forwards the real OpenVPN packets to the OpenVPN server.

How It Works [Android Device] │ │ WireGuard UDP ▼ [SNI Tunnel Client] ← Wraps UDP in TLS/ssl + injects fake SNI │ │ Looks like: HTTPS → microsoft.com ✓ ▼ [ISP Firewall] ← Passes through — sees only valid HTTPS │ ▼ [VPS Server] ← Decrypts TLS, recovers WireGuard UDP │ ▼ [Cloudflare Warp] ← Receives native WireGuard traffic │ ▼ Internet The core trick is SNI injection: the tunnel client inserts a trusted domain name (e.g. microsoft.com) into the TLS handshake. The ISP sees what appears to be a standard HTTPS connection and allows it through. The VPS server on the other end strips the TLS wrapper and forwards the real WireGuard packets to Cloudflare.

ClassHidra, Java-base MVC Support: - CDI ( context dependency injection ) - @SessionScoped, @ApplicationScoped; - EJB (enterprise java bean) map action/form as @Stateless, @Stateful, @Singleton; - Spring (4.*) map action/form as @Component; - RESTful (alfa) Demo - Google AppEngine - https://classhidra4ape-hrd.appspot.com/ GitHub - https://github.com/surban1974/classhidra Maven dependencies - https://github.com/surban1974/classhidra/blob/master/README.md

...The resulting project will be a Java web application with a Spring Framework configured to run in Eclipse or Netbeans. The project is annotation-based and provides dependency injection of project resources and simple annotation-based transaction management. Your created project will be already configured to connect to your project's database and to return JSON responses when required. Also the login and file upload modules will be fully functional immediately upon project creation. We promise once you've Jigy Generated a project, you will never want to start from scratch again! ...

...The resulting project will be a Java web application with a Spring Framework configured to run in Eclipse or Netbeans. The project is annotation-based and provides dependency injection of project resources and simple annotation-based transaction management. Your created project will be already configured to connect to your project's database and to return JSON responses when required. Also the login and file upload modules will be fully functional immediately upon project creation. We promise once you've Jigy Generated a project, you will never want to start from scratch again! ...

IBDOM is a JavaScript framework that enables the easy injection of data contained in JS objects, and collections of JS Objects, into HTML, XHTML, and XML Documents, via the DOM. Enables keeping Markup away from JS. Can be used with DWR or RJS Templates.

Servlet container extensions that help web developers write full featured Java web applications.

A set of extensions for Struts adding advanced web framework features for Java 5.0 developers, including POJO actions, declarative validation, data binding and conversion, dependency injection, interceptors and pluggable navigation.

Waffle is a Java Web framework that allows for pojo-based actions. Dependency injection support is built in. Waffle does NOT have a proprietary templating language nor does it require any XML configuration files. Waffle apps are easy to write and test.

InsecureWebApp is a web app that includes common web application vulnerabilities including SQL&Html Injection- see owasp.org. It is a target for automated and manual penetration testing, source code analysis, vulnerability assessments and threat modeling.