In this session, learn how to utilize Java EE security and what GlassFish Server technology provides to address your security requirements. The presentation goes over how to develop new JASPIC (JSR196) or JACC (JSR-115) moduls and plug them to GlassFish
The Java EE 7 Platform: Productivity & HTML5 at San Francisco JUGArun Gupta
The document discusses Java API for RESTful Web Services 2.0 (JAX-RS 2.0) and some of its key features. It highlights improvements to the client API that make REST client development easier and more dynamic. It also discusses the addition of message filters and entity interceptors that allow processing of requests and responses. Finally, it shows how filters and interceptors can be used on both the client- and server-sides.
The Java EE 7 Platform: Productivity++ & Embracing HTML5Arun Gupta
The document discusses the new features and specifications being developed for the Java EE 7 platform. Some of the key areas covered include improved productivity through reduced boilerplate code, support for HTML5, updates to Java API specifications like JAX-RS 2.0, JMS 2.0, JSON 1.0 and more. It provides examples of how the new APIs will work and the goals and status of ongoing Java EE specification efforts.
The document discusses Java EE 7 and its new features. It provides an overview of APIs added in Java EE 7 like JMS 2, batch processing, bean validation 1.1, JAX-RS 2, JSON processing, and concurrency utilities. The document also mentions some planned features for Java EE 8 like JSON-B, JCache, CDI 2.0 and highlights resources for learning more about Java EE.
Carol McDonald discusses the key themes and technologies in Java EE 6, which was released on December 10, 2009. The major themes of Java EE 6 are right-sizing with modular profiles, extensibility through pluggability, and ease of development through features like dependency injection and managed beans. New and updated specifications in Java EE 6 include CDI 1.0, EJB 3.1, JPA 2.0, JSF 2.0, JAX-RS 1.1, and Servlet 3.0.
JAX-RS 2.0 provides enhancements to the JAX-RS API that allow for more powerful RESTful services. Key new features include a client API, filters and interceptors for customization, bean validation integration, and support for asynchronous processing. The client API allows building and invoking requests in a standard way. Filters and interceptors provide extension points for tasks like logging and compression. Bean validation leverages existing JSR 303 annotations. Asynchronous processing supports suspending and resuming requests.
The Java EE 7 specification has evolved quite a lot since the early days of the specification. One one hand, Java EE 7 continues the ease of development push that characterized prior releases by bringing further simplification to enterprise development. On the other hand, Java EE 7 tackle new emerging requirements such as HTML 5 support.
Last but not least, Java EE 7 also adds new, APIs such as the REST client API in JAX-RS 2.0, WebSockets, JSON-P, JMS 2, Batch Processing, etc.
This session will give an technical overview of the Java EE 7 platform. GlassFish 4.0, the world first Java EE 7 Application Server, will be used to demonstrate some of the Java EE 7 features.
The document discusses the new features of Java EE 7 including WebSockets, JSON processing, batch applications, concurrency utilities, simplified JMS API, RESTful web services client API, and more annotated POJOs. It provides details on each of the top 10 features and how they improve developer productivity and meet enterprise demands. The document encourages developers to download the Java EE 7 SDK and GlassFish 4.0 implementation to use the new features.
This document provides an overview of IBM WebSphere Portal security. It discusses authentication and user identity features such as authentication, PUMA and VMM, single sign-on, and virtual portal security. It also covers authorization and security infrastructure topics including portal access control, WSRP security, Java 2 platform security, and various other aspects. The agenda is split into three parts that introduce the topic, discuss authentication and user identity, and review authorization and security infrastructure.
The Java EE 7 Platform: Productivity & HTML5 at San Francisco JUGArun Gupta
The document discusses Java API for RESTful Web Services 2.0 (JAX-RS 2.0) and some of its key features. It highlights improvements to the client API that make REST client development easier and more dynamic. It also discusses the addition of message filters and entity interceptors that allow processing of requests and responses. Finally, it shows how filters and interceptors can be used on both the client- and server-sides.
The Java EE 7 Platform: Productivity++ & Embracing HTML5Arun Gupta
The document discusses the new features and specifications being developed for the Java EE 7 platform. Some of the key areas covered include improved productivity through reduced boilerplate code, support for HTML5, updates to Java API specifications like JAX-RS 2.0, JMS 2.0, JSON 1.0 and more. It provides examples of how the new APIs will work and the goals and status of ongoing Java EE specification efforts.
The document discusses Java EE 7 and its new features. It provides an overview of APIs added in Java EE 7 like JMS 2, batch processing, bean validation 1.1, JAX-RS 2, JSON processing, and concurrency utilities. The document also mentions some planned features for Java EE 8 like JSON-B, JCache, CDI 2.0 and highlights resources for learning more about Java EE.
Carol McDonald discusses the key themes and technologies in Java EE 6, which was released on December 10, 2009. The major themes of Java EE 6 are right-sizing with modular profiles, extensibility through pluggability, and ease of development through features like dependency injection and managed beans. New and updated specifications in Java EE 6 include CDI 1.0, EJB 3.1, JPA 2.0, JSF 2.0, JAX-RS 1.1, and Servlet 3.0.
JAX-RS 2.0 provides enhancements to the JAX-RS API that allow for more powerful RESTful services. Key new features include a client API, filters and interceptors for customization, bean validation integration, and support for asynchronous processing. The client API allows building and invoking requests in a standard way. Filters and interceptors provide extension points for tasks like logging and compression. Bean validation leverages existing JSR 303 annotations. Asynchronous processing supports suspending and resuming requests.
The Java EE 7 specification has evolved quite a lot since the early days of the specification. One one hand, Java EE 7 continues the ease of development push that characterized prior releases by bringing further simplification to enterprise development. On the other hand, Java EE 7 tackle new emerging requirements such as HTML 5 support.
Last but not least, Java EE 7 also adds new, APIs such as the REST client API in JAX-RS 2.0, WebSockets, JSON-P, JMS 2, Batch Processing, etc.
This session will give an technical overview of the Java EE 7 platform. GlassFish 4.0, the world first Java EE 7 Application Server, will be used to demonstrate some of the Java EE 7 features.
The document discusses the new features of Java EE 7 including WebSockets, JSON processing, batch applications, concurrency utilities, simplified JMS API, RESTful web services client API, and more annotated POJOs. It provides details on each of the top 10 features and how they improve developer productivity and meet enterprise demands. The document encourages developers to download the Java EE 7 SDK and GlassFish 4.0 implementation to use the new features.
This document provides an overview of IBM WebSphere Portal security. It discusses authentication and user identity features such as authentication, PUMA and VMM, single sign-on, and virtual portal security. It also covers authorization and security infrastructure topics including portal access control, WSRP security, Java 2 platform security, and various other aspects. The agenda is split into three parts that introduce the topic, discuss authentication and user identity, and review authorization and security infrastructure.
This document provides an overview and comparison of various Java web frameworks including JPA 2, MyBatis, Hibernate, Struts 2, Stripes, Spring MVC, Tapestry, Wicket, JSF 2, and GWT. Code examples are shown for implementing basic CRUD functionality using each framework. The frameworks are evaluated based on factors such as ease of use, query APIs, performance, portability, and community support.
This document provides an overview and comparison of several identity frameworks: SAML, OpenID, Windows CardSpace. It describes the goals and design of each, including how they handle authentication and the exchange of identity information between an identity provider and a service provider. Key aspects covered include SAML's use of assertions to declare facts, OpenID's use of URLs/XRI identifiers and authentication through verifying ownership of a web resource, and how CardSpace uses "cards" and claims to mediate identity provider/relying party relationships.
Java EE 7 provides updates to existing Java EE technologies and introduces support for new technologies like HTML5. Key areas of focus include improved productivity, support for WebSocket and JSON, and higher level APIs for tasks like messaging and caching. While plans for a PaaS theme in Java EE 7 have been postponed, the specification is evolving to better support cloud computing. The Java EE 7 specification is progressing with participation from many companies and experts.
The document discusses the new JMS 2.0 API which aims to simplify the Java Message Service API. Some key changes include introducing new objects like JMSContext and JMSProducer that reduce the amount of code needed to perform common tasks. Methods on these new objects throw unchecked exceptions. The existing JMS API is also simplified in minor ways. JMSContext can now be injected into Java EE applications and managed by the container. Overall, the goals of JMS 2.0 are to make messaging easier to use and integrate with Java EE.
The Java EE 7 Platform: Productivity & HTML5 at JavaOne Latin America 2012Arun Gupta
The document discusses new features and improvements in Java EE 7 including higher productivity through less boilerplate code and richer functionality, support for HTML5 technologies like WebSockets and JSON, and simplified APIs for RESTful web services, Java Message Service, and JSON processing. Key areas of focus for Java EE 7 are improving developer productivity and adding support for HTML5.
OTN Tour 2013: What's new in java EE 7Bruno Borges
The document discusses the new features in Java EE 7, including WebSocket client/server endpoints, batch applications, JSON processing, concurrency utilities, simplified JMS API, transactional scopes, JAX-RS client API, and more annotated POJOs with less boilerplate code. The Java EE 7 release aims to provide more productivity, support for HTML5, and address enterprise demands.
Presentation on the JMS 2.0 JSR (JSR-343) in JavaOne India, Hyderabad 2013.
Thanks to http://www.slideshare.net/reza_rahman , http://www.slideshare.net/arungupta1 and for the source slides.
Using Contexts & Dependency Injection in the Java EE 6 PlatformArun Gupta
The document discusses contexts and dependency injection in the Java EE 6 ecosystem. It provides an overview of key concepts of the Contexts and Dependency Injection (CDI) specification such as type-safe dependency injection, loose coupling, context and scope management, producer methods, interceptors, decorators, and events. It also discusses how CDI integrates with and enhances other Java EE technologies like EJB, JSF, JPA, JAX-RS and JAX-WS.
Java Web Programming [9/9] : Web Application SecurityIMC Institute
This document provides an overview of web application security. It discusses general security issues like authentication, authorization, data integrity and confidentiality. It then describes different web-tier authentication schemes like BASIC, DIGEST, FORM and CLIENT-CERT. Finally, it covers declarative and programmatic authorization approaches for access control at the web-tier.
The document provides an overview of Java EE 7 including:
- Major themes like ease of development, lightweight, and HTML5 support
- New and updated specifications including JSF 2.2, JAX-RS 2.0, JPA 2.1, JMS 2.0, CDI 1.1, and more
- Enhancements to the web profile, messaging, RESTful web services, persistence, and other APIs
- New capabilities like support for JSON, WebSocket, schema generation, and batch processing
Running your Java EE 6 applications in the CloudArun Gupta
The document discusses running Java EE applications in the cloud using platforms like Amazon Web Services, RightScale, Microsoft Azure, and Joyent. It provides an overview of deploying Java EE applications on each platform, including how to configure and manage applications on Amazon EC2 and S3, deploy using RightScripts on RightScale, publish to Microsoft Azure using Visual Studio, and the language and server options for Joyent. The document also touches on pricing models and some considerations for evolving Java EE for cloud platforms.
The document summarizes 50 new features of Java EE 7 presented by Arun Gupta in 50 minutes. It provides short descriptions and code examples for features in specifications like CDI, Bean Validation, Interceptors, Concurrency Utilities, JPA, JTA, EJB, JMS and others. The features include things like default enabling of CDI, method validation in Bean Validation, interceptors for constructors, managed executors for concurrency, schema generation in JPA, transaction scoping in CDI and JTA, disabling passivation of stateful sessions in EJB, and a simplified JMSContext API.
This document discusses Java EE 7 and the future of Java EE. It provides an overview of the new features in Java EE 7 including JMS 2.0, Java API for WebSocket, JSON processing, Bean Validation 1.1, JAX-RS 2.0, JPA 2.1, JSF 2.2, batch applications processing and more. It also discusses the Java EE 8 survey results and possibilities for Java EE 8 such as alignment with web standards, cloud, CDI and Java SE 8.
The document discusses the APIs and requirements for EJB 3.0 containers. EJB 3.0 containers must provide the full Java 2 platform API and make additional APIs available to enterprise beans, including the Java Persistence API, JTA 1.1, JMS 1.1, and JavaMail 1.4. The document also lists restrictions on what enterprise beans are allowed and not allowed to do, such as not attempting to manage threads or directly access files.
XEO is an open source web development framework built using Java. It provides tools for building enterprise web applications, including business objects, business rules, permissions, and a query language. The framework has a runtime architecture and developer architecture. It allows modeling of business objects with attributes, methods, and permissions. XEO also includes web components and renderers to build web interfaces for applications.
2012-03 MultiFactor Not Just For AuditorsRaleigh ISSA
This document discusses implementing multifactor authentication at Duke University to address password security issues. It proposes a new identity provider that allows pluggable authentication mechanisms and assigns strength values to different credential types. This would allow flexible multifactor authentication based on the application, user, and location. It aims to satisfy auditors' security concerns while providing usability for different user groups. Traditional single-mode multifactor is deemed inflexible, so the proposed solution offers multiple authentication modes that can be selected based on context.
The document discusses new features in Java Persistence API (JPA) 2.0, including more flexible object/relational mapping, an expanded query language, the addition of the Criteria API and Metamodel API, support for pessimistic locking and validation, and standardized configuration options. JPA 2.0 provides object/relational mapping for Java applications and allows developers to manage data persistence through an entity manager and query language.
The document discusses designing the structure of JEE applications. It covers JEE modules like web modules and EJB modules, and how to package them into an EAR file along with any third party JARs. It also discusses class loading in JEE and how to design module dependencies to avoid conflicts. The goal is to understand how to correctly structure a JEE application and its modules.
This document provides an introduction to Hibernate and demonstrates how to perform basic CRUD (create, read, update, delete) operations using Hibernate. It shows how to define a persistent Message class and mapping, save a message to the database, retrieve all messages, and update a message. It also discusses Hibernate configuration options like using hibernate.properties vs hibernate.cfg.xml, and how Hibernate can be used in both managed and non-managed environments.
CRM 2.0 - Frameworks for Program StrategyMichael Moir
This presentation reviews several overarching frameworks for guiding CRM strategy and planning efforts. It provides a starting point for many aspects of a holistic CRM approach.
This document provides an overview and comparison of various Java web frameworks including JPA 2, MyBatis, Hibernate, Struts 2, Stripes, Spring MVC, Tapestry, Wicket, JSF 2, and GWT. Code examples are shown for implementing basic CRUD functionality using each framework. The frameworks are evaluated based on factors such as ease of use, query APIs, performance, portability, and community support.
This document provides an overview and comparison of several identity frameworks: SAML, OpenID, Windows CardSpace. It describes the goals and design of each, including how they handle authentication and the exchange of identity information between an identity provider and a service provider. Key aspects covered include SAML's use of assertions to declare facts, OpenID's use of URLs/XRI identifiers and authentication through verifying ownership of a web resource, and how CardSpace uses "cards" and claims to mediate identity provider/relying party relationships.
Java EE 7 provides updates to existing Java EE technologies and introduces support for new technologies like HTML5. Key areas of focus include improved productivity, support for WebSocket and JSON, and higher level APIs for tasks like messaging and caching. While plans for a PaaS theme in Java EE 7 have been postponed, the specification is evolving to better support cloud computing. The Java EE 7 specification is progressing with participation from many companies and experts.
The document discusses the new JMS 2.0 API which aims to simplify the Java Message Service API. Some key changes include introducing new objects like JMSContext and JMSProducer that reduce the amount of code needed to perform common tasks. Methods on these new objects throw unchecked exceptions. The existing JMS API is also simplified in minor ways. JMSContext can now be injected into Java EE applications and managed by the container. Overall, the goals of JMS 2.0 are to make messaging easier to use and integrate with Java EE.
The Java EE 7 Platform: Productivity & HTML5 at JavaOne Latin America 2012Arun Gupta
The document discusses new features and improvements in Java EE 7 including higher productivity through less boilerplate code and richer functionality, support for HTML5 technologies like WebSockets and JSON, and simplified APIs for RESTful web services, Java Message Service, and JSON processing. Key areas of focus for Java EE 7 are improving developer productivity and adding support for HTML5.
OTN Tour 2013: What's new in java EE 7Bruno Borges
The document discusses the new features in Java EE 7, including WebSocket client/server endpoints, batch applications, JSON processing, concurrency utilities, simplified JMS API, transactional scopes, JAX-RS client API, and more annotated POJOs with less boilerplate code. The Java EE 7 release aims to provide more productivity, support for HTML5, and address enterprise demands.
Presentation on the JMS 2.0 JSR (JSR-343) in JavaOne India, Hyderabad 2013.
Thanks to http://www.slideshare.net/reza_rahman , http://www.slideshare.net/arungupta1 and for the source slides.
Using Contexts & Dependency Injection in the Java EE 6 PlatformArun Gupta
The document discusses contexts and dependency injection in the Java EE 6 ecosystem. It provides an overview of key concepts of the Contexts and Dependency Injection (CDI) specification such as type-safe dependency injection, loose coupling, context and scope management, producer methods, interceptors, decorators, and events. It also discusses how CDI integrates with and enhances other Java EE technologies like EJB, JSF, JPA, JAX-RS and JAX-WS.
Java Web Programming [9/9] : Web Application SecurityIMC Institute
This document provides an overview of web application security. It discusses general security issues like authentication, authorization, data integrity and confidentiality. It then describes different web-tier authentication schemes like BASIC, DIGEST, FORM and CLIENT-CERT. Finally, it covers declarative and programmatic authorization approaches for access control at the web-tier.
The document provides an overview of Java EE 7 including:
- Major themes like ease of development, lightweight, and HTML5 support
- New and updated specifications including JSF 2.2, JAX-RS 2.0, JPA 2.1, JMS 2.0, CDI 1.1, and more
- Enhancements to the web profile, messaging, RESTful web services, persistence, and other APIs
- New capabilities like support for JSON, WebSocket, schema generation, and batch processing
Running your Java EE 6 applications in the CloudArun Gupta
The document discusses running Java EE applications in the cloud using platforms like Amazon Web Services, RightScale, Microsoft Azure, and Joyent. It provides an overview of deploying Java EE applications on each platform, including how to configure and manage applications on Amazon EC2 and S3, deploy using RightScripts on RightScale, publish to Microsoft Azure using Visual Studio, and the language and server options for Joyent. The document also touches on pricing models and some considerations for evolving Java EE for cloud platforms.
The document summarizes 50 new features of Java EE 7 presented by Arun Gupta in 50 minutes. It provides short descriptions and code examples for features in specifications like CDI, Bean Validation, Interceptors, Concurrency Utilities, JPA, JTA, EJB, JMS and others. The features include things like default enabling of CDI, method validation in Bean Validation, interceptors for constructors, managed executors for concurrency, schema generation in JPA, transaction scoping in CDI and JTA, disabling passivation of stateful sessions in EJB, and a simplified JMSContext API.
This document discusses Java EE 7 and the future of Java EE. It provides an overview of the new features in Java EE 7 including JMS 2.0, Java API for WebSocket, JSON processing, Bean Validation 1.1, JAX-RS 2.0, JPA 2.1, JSF 2.2, batch applications processing and more. It also discusses the Java EE 8 survey results and possibilities for Java EE 8 such as alignment with web standards, cloud, CDI and Java SE 8.
The document discusses the APIs and requirements for EJB 3.0 containers. EJB 3.0 containers must provide the full Java 2 platform API and make additional APIs available to enterprise beans, including the Java Persistence API, JTA 1.1, JMS 1.1, and JavaMail 1.4. The document also lists restrictions on what enterprise beans are allowed and not allowed to do, such as not attempting to manage threads or directly access files.
XEO is an open source web development framework built using Java. It provides tools for building enterprise web applications, including business objects, business rules, permissions, and a query language. The framework has a runtime architecture and developer architecture. It allows modeling of business objects with attributes, methods, and permissions. XEO also includes web components and renderers to build web interfaces for applications.
2012-03 MultiFactor Not Just For AuditorsRaleigh ISSA
This document discusses implementing multifactor authentication at Duke University to address password security issues. It proposes a new identity provider that allows pluggable authentication mechanisms and assigns strength values to different credential types. This would allow flexible multifactor authentication based on the application, user, and location. It aims to satisfy auditors' security concerns while providing usability for different user groups. Traditional single-mode multifactor is deemed inflexible, so the proposed solution offers multiple authentication modes that can be selected based on context.
The document discusses new features in Java Persistence API (JPA) 2.0, including more flexible object/relational mapping, an expanded query language, the addition of the Criteria API and Metamodel API, support for pessimistic locking and validation, and standardized configuration options. JPA 2.0 provides object/relational mapping for Java applications and allows developers to manage data persistence through an entity manager and query language.
The document discusses designing the structure of JEE applications. It covers JEE modules like web modules and EJB modules, and how to package them into an EAR file along with any third party JARs. It also discusses class loading in JEE and how to design module dependencies to avoid conflicts. The goal is to understand how to correctly structure a JEE application and its modules.
This document provides an introduction to Hibernate and demonstrates how to perform basic CRUD (create, read, update, delete) operations using Hibernate. It shows how to define a persistent Message class and mapping, save a message to the database, retrieve all messages, and update a message. It also discusses Hibernate configuration options like using hibernate.properties vs hibernate.cfg.xml, and how Hibernate can be used in both managed and non-managed environments.
CRM 2.0 - Frameworks for Program StrategyMichael Moir
This presentation reviews several overarching frameworks for guiding CRM strategy and planning efforts. It provides a starting point for many aspects of a holistic CRM approach.
JDBC provides a standard interface for connecting to and working with databases in Java applications. There are four main types of JDBC drivers: Type 1 drivers use ODBC to connect to databases but are only compatible with Windows. Type 2 drivers use native database client libraries but require the libraries to be installed. Type 3 drivers use a middleware layer to support multiple database types without native libraries. Type 4 drivers connect directly to databases using a pure Java implementation, providing cross-platform compatibility without additional layers.
This document summarizes the history and concepts of database connectivity prior to and with the introduction of JDBC and ODBC. It discusses how database connectivity was previously vendor-specific and difficult, and how JDBC and ODBC standardized connectivity through open APIs. It then covers the key aspects of JDBC including its definition, tasks, support for different architectures, and types of JDBC drivers.
Delivering software in a certain quality and form is always essential for its success. Versioning, packaging, and environment-based deliveries are issues involved with every software project, and these issues are especially crucial when the software consists of multiple components.
In this session, we present our own build system based on Maven used for Liferay development. Using the right tools in software projects is essential for keeping certain standards of quality and efficiency, and it also decreases the risk connected with human factor. We introduce how you can leverage from the world's most popular build system, Maven, and use it for your Liferay projects.
Common problems like "work on my machine" code, dependency management, or versioning of components will no longer be an issue. A live demo is shown to demonstrate how this tool can be used to cover the whole project's life-cycle including development, testing, integrating Liferay patches, or migration to a higher version.
Presentation by Peter Skopek (JBoss by Red Hat) delivered at the London JBoss User Group event on the 30th of April 2014.
Presentation
Introductory talk to PicketLink from Federation through to Identity Management.
What is PicketLink?
PicketLink is an umbrella project for security and identity management for Java Applications. PicketLink is an important project under the security offerings from JBoss.
A Picket Fence is a secure system of pickets joined together via some type of links. Basically, the Pickets by themselves do not offer any security. But when they are brought together by linking them, they provide the necessary security.
This project is that link for other security systems or systems to bring together or join, to finally provide the necessary secure system.
For more information visit http://picketlink.org/
Java Web Application Security with Java EE, Spring Security and Apache Shiro ...Matt Raible
This presentation shows you how to implement authentication in your Java web applications using Java EE 7 Security, Spring Security and Apache Shiro. It also touches on best practices for securing a REST API and using SSL.
The document discusses securing portlets with Spring Security. It provides an overview of JSR 168 portlet security capabilities and then discusses how to apply Spring Security to secure portlets. The main components discussed are the PortletProcessingInterceptor, AuthenticationManager, AuthenticationDetailsSource, AuthenticationProvider, UserDetailsService, and PortletSessionContextIntegrationInterceptor which are used to secure portlets similarly to how Spring Security secures servlets. It also discusses applying security at the rendering, dispatch, service layers and integrating portlet and servlet security.
The document discusses securing portlets with Spring Security. It provides an overview of JSR 168 portlet security capabilities and then discusses how to apply Spring Security to secure portlets. The main components discussed are the PortletProcessingInterceptor, AuthenticationManager, AuthenticationDetailsSource, AuthenticationProvider, UserDetailsService, and PortletSessionContextIntegrationInterceptor which are used to secure portlets similarly to how Spring Security secures servlets. It also discusses applying security at the rendering, dispatch, service layers and integrating portlet and servlet security.
Java Web Application Security with Java EE, Spring Security and Apache Shiro ...Matt Raible
This document provides an overview of options for implementing security in Java web applications, including Java EE, Spring Security, and Apache Shiro. It discusses developing secure applications, common vulnerabilities, and tools for testing security like OWASP Zed Attack Proxy. The document emphasizes that security should be built into applications from the start through following best practices and using security frameworks.
The document discusses Java EE security concepts including access control for EJBs and the web tier. It covers defining security roles and permissions using annotations and XML, configuring authentication using JAAS and login modules, and testing access from client code. The goals are to understand Java EE security basics, define an access control policy, and use an authentication provider.
Java EE 8 security and JSON binding APIAlex Theedom
Java EE Security and JSON Binding are two new APIs in the Java EE 8 release. The security API provides consistencies between containers with a simple annotation-driven model while JSON Binding completes Java EEs JSON APIs and is a real alternative to Jackson and Gson. In this presentation, I will walk through coding examples from both APIs and by the end of the presentation, you will understand how these two new APIs add to the advancement of the Java EE platform.
The document provides an overview of Oracle Platform Security Services (OPSS) and how it can be used to provide security for Java applications. OPSS provides standards-based security services and abstracts security implementation details away from developers. It supports features like authentication, authorization, role-based access control, and integration with identity management systems. The document also describes several use cases where OPSS can be leveraged for applications developed using Java EE, Java SE, Oracle ADF, and other Oracle products.
The document discusses new features in Servlet 3.1, including non-blocking I/O, protocol upgrades, security enhancements, and other features. Non-blocking I/O adds new ReadListener and WriteListener interfaces and methods to ServletInputStream and ServletOutputStream to support asynchronous and upgraded protocols. Protocol upgrades allow servlets to transition to other protocols like WebSocket using a new HttpUpgradeHandler interface. Security is enhanced with features like changing the session ID and clarifying the scope of run-as.
Java EE Application Security With PicketLinkpigorcraveiro
In this presentation we will take a look at PicketLink, a security framework for Java EE and learn how its identity management, authentication and authorization features can be used to address the security requirements for all aspects of application development.
As novidades do Java EE 7: do HTML5 ao JMS 2.0Bruno Borges
The document discusses the new features of Java EE 7, including Servlet 3.1, Java API for JSON Processing 1.0, Bean Validation 1.1, Batch Applications API 1.0, Java Persistence API 2.1, Concurrency Utilities for Java EE 1.0, and more. It also covers building HTML5 applications using WebSockets 1.0, JAX-RS 2.0, JavaServer Faces 2.2, and JSON API 1.0. Messaging with JMS 2.0 is discussed. Examples of Java EE 7 code are demonstrated. The presentation concludes with information on GlassFish 4.0, NetBeans, and Java EE 7.
Security in java ee platform: what is included, what is missingMasoud Kalali
The document discusses security features provided by the Java EE platform and some missing requirements. It covers authentication, authorization, transport security, and single sign-on capabilities. Some basic missing requirements mentioned are authentication chaining, fine-grained access control, and robust single sign-on support. The document recommends additional open source solutions that can help address some of these limitations.
This document discusses authentication methods in Java EE 8, including improvements and new features. It begins with an overview of traditional Java EE authentication using JAAS LoginModules and web.xml configuration. It then covers the new Java EE 8 Security API which defines IdentityStores and HttpAuthenticationMechanisms to provide authentication in a container-agnostic way. The document also discusses token-based authentication using JSON Web Tokens and how this can be implemented with a JwtAuthenticationMechanism. It concludes with an example of role-based access control in a sample application.
In this session Novell technical support engineers will cover best practices guidelines for functionality and performance to proactively avoid problems in Novell Access Manager. They will discuss architecture issues and cover the flow of operation of key Access Manager components. Finally, they will describe key troubleshooting tips and tools to enable you to proactively avoid common issues, and solve them more quickly should they occur.
Speaker: Neil Cashell Technical Support Engineer
Die Art und Weise der Client-Server-Authentifizierung hat in den vergangenen Jahren einen rasanten Wechsel erfahren. Anmeldungen z.B. über OAuth 2 sind Standard. Auch wenn Authentifizierungsmethoden wie Single-Sign-On (SSO) bereits seit mehreren Jahrzehnten Anforderungen von Unternehmen sind, gab es bisher im Enterprise Java Standard keine Lösungen dafür. Das hat sich mit Java EE 8 und der Version 1.0 der Security-API geändert.
Neben einem Blick auf die neuen Features der Security-API zeigt dieser Vortrag auch die Authentifizierung im Bereich der verteilten Systeme mit Hilfe von SSO über das JWT. Dabei wird darauf eingegangen, was der Standard nun bietet und was der Entwickler dazubauen muss.
Application Services On The Web Sales ForcecomQConLondon2008
The document discusses Force.com, a platform as a service (PaaS) offering from Salesforce.com. Force.com allows developers to build and host web applications in the cloud without having to manage infrastructure. Key features mentioned include the use of Apex code to build applications, a metadata data model, and APIs to integrate applications. Security features like single sign-on and IP restrictions are also summarized.
JAX-RS 2.0: New and Noteworthy in RESTful Web Services API - Arun GuptaJAX London
JAX-RS 1.X has been a hugely successful Java API for RESTful services development and a lot of real-world experience has resulted in a number of new features being proposed. JSR 339 was created with the objective of exploring and scoping all these proposals. The purpose of this talk is to elaborate on all the new planned features. The most commonly requested feature for JAX-RS 2.0 is a client API. Client APIs can range from low-level, just above HttpURLConnection, to high-level, often including support for IoC and hyperlinking. Other features that will be covered in this presentation include: asynchronous processing, hypermedia, validation, interceptors, improved content negotiation, as well as better integration with other specifications such as JSR 330.
Java EE 8 Overview (Sept 2015). A lot of work is already done by the Expert Groups so lets have a brief look for what we can expect in the some areas.
- Servlet 4 will embrace the new HTTP/2 protocol.
- JSON-B will bring the same high level features of JAXB to the JSON data format.
- Server-Sent Events(SSE) is the WebSocket variant where you only send data from the server to the client.
- MVC will be the Action based MVC complement of the Component based MVC of JSF.
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