Java Business Integration Java Business Integration (JBI) is a specification developed under the Java Community Process (JCP) for an approach to implementing a service-oriented architecture (SOA). The JCP reference is JSR 208 for JBI 1.0 and JSR 312 for JBI 2.0. JBI is built on a Web Services model and provides a pluggable architecture for a container that hosts service producer and consumer components. Services connect to the container via binding components (BC) or can be hosted inside the container as part of a service engine (SE). The services model used is Web Services Description Language 2.0. In-Only: A standard one-way messaging exchange where the consumer sends a message to the provider that provides only a status response.Robust In-Only: This pattern is for reliable one-way message exchanges. To handle functionality that deals with installation, deployment, monitoring and lifecycle concerns amongst BCs and SEs, Java Management Extensions (JMX) is used. JBI implementations[edit] Books[edit] Binildas A.
JBoss Fuse - Overview JBoss Fuse is an open source, lightweight and modular integration platform with a new-style Enterprise Service Bus (ESB) that supports integration beyond the data center. The capability to connect all enterprise assets and the ability to deploy JBoss Fuse in several different configurations advances intelligent integration to all facets of your business – on premise or in the Cloud. JBoss Fuse for xPaaS extends the integration capabilities to OpenShift Platform-as-a-Service (PaaS) solution. Pattern based Integration framework Leverage Apache Camel to provide a full-featured, easy-to-use and intuitive framework for quicker integration solutions. Dynamic configuration and management Change configuration while container is running. Multiple connectivity options Connect to external applications with connectors for JDBC, FTP/SFTP, HTTP/HTTPS, file, SalesForce.com, SAP, Twitter, and more. Fabric Management Console is based on the hawtio web console. New Features Try the exciting new features: Buzz
Enterprise service bus All customer services communicate in the same way with the ESB: the ESB translates a message to the correct message type and sends the message to the correct producer service. An enterprise service bus (ESB) is a software architecture model used for designing and implementing communication between mutually interacting software applications in a service-oriented architecture (SOA). As a software architectural model for distributed computing it is a specialty variant of the more general client server model and promotes agility and flexibility with regard to communication between applications. Overview[edit] Duties[edit] An ESB transports the design concept of modern operating systems to networks of disparate and independent computers. The prime duties of an ESB are: Ambiguous use of the term ESB in commerce[edit] History[edit] The first published usage of the term "enterprise service bus" is attributed to Roy W. ESB as software[edit] ESB hive of commodity components Characteristics[edit]
Service Design Patterns: Fundamental Design Solutions for SOAP/WSDL and ... - Robert Daigneau Processing.js Basic Syntax A brief look at the structure of a Processing sketch reveals how easy it is to program interactive visualizations. As with any language, you begin by defining your global variables. Then you create a setup() function, where you control the visualization's properties, like the canvas size, frame rate and perhaps variables such as the stoke-weight or background-color. The next step is to create your draw() function, which controls the behavior of each frame in your animation. The draw function loops continuously unless you tell it otherwise by using the exit() command. To the right is a basic example of Processing.js in action. Adding interactivity to your visualization is incredibly simple. Processing.js also tracks a range of pre-defined variables like key, which stores the value of the last key pressed; or mouseX and mouseY, which store the last recorded position of the mouse pointer. Using Processing There are two ways of implementing processing. First Method Needed files:
Patterns of Enterprise Application Architecture - Martin Fowler Home | Wappalyzer Tuning Java Virtual Machines (JVMs) WebLogic Server Performance and Tuning The Java virtual machine (JVM) is a virtual "execution engine" instance that executes the bytecodes in Java class files on a microprocessor. How you tune your JVM affects the performance of WebLogic Server and your applications. The following sections discuss JVM tuning options for WebLogic Server: Table 3-1 presents general JVM tuning considerations for WebLogic Server. Table 3-1 General JVM Tuning Considerations Although this section focuses on Sun Microsystems' J2SE 1.4 JVM for the Windows, UNIX, and Linux platforms, the BEA WebLogic JRockit JVM was developed expressly for server-side applications and optimized for Intel architectures to ensure reliability, scalability, manageability, and flexibility for Java applications. For more information on JVMs in general, see the Introduction to the JVM specification. Changing To a Different JVM The JVM heap size determines how often and how long the VM spends collecting garbage. Java Heap Size Options
Mercurial SCM Hostile Coding: JDeveloper: Deploy your project to an external WebLogic Server JDeveloper by default uses it's internal WebLogic Server to deploy your projects. When your project is completed presumably you will deploy your application to a production WebLogic Server. In this post I explain how to create a deployment profile and deploy your project to an external WebLogic Server. I use the previously created SSXA webpage sample as reference but the procedure is the same for other applications like ADF ones. First step is optional. To change this name right click your Project in Application Navigator -> Project Properties -> Java EE Application and modify values as you like. So, let's start deploying our app. Right click your app -> Deploy -> New Deployment Profile Select Deployment Profile -> WAR File Choose a name for your application and click OK twice on settings screens to use default settings. Go to Application -> Deploy -> New Deployment Profile Under Deployment Profile select EAR File Under Application Assembly check your app then click OK Select Deploy to EAR Go to:
Manageability - Because Every Complicated Technology Needs It Setting Single Server Mode If you want to perform unit testing or quick restarts, you might find it more convenient to avoid the network and run in single-server mode. To constrain Coherence to run on a single server, set the multicast packet time-to-live to 0, and set the unicast IP address. You can configure these properties either by declaring system properties on the command line or by editing the values in the operational configuration descriptor, tangosol-coherence.xml file. Setting Single Server Mode in the Operation Configuration Descriptor In the tangosol-coherence.xml file, the multicast packet time to live value is defined by the <time-to-live> subelement of the <multicast-listener> element. The unicast IP address is defined by the <address> subelement of the <unicast-listener> element. Note: The "localhost" setting may not work on systems that define localhost as the loopback address; in that case, specify the machine name or the specific IP address. Example 7-1 Single Server Mode Configuration
interview - Are 9 to 5 programmers looked down upon Business Process Change | MokaByte Business Process Model and Notation Nel corso degli anni diverse sono state le iniziative per proporre nel conteso del Business Process Management una notazione per modellare i processi di business dell’organizzazione, comunemente chiamati anche workflow, mappe di processo, flusso di controllo, activity diagram [1]. Diagrammi informali e formali A grandi linee i modelli dei processi si possono dividere in due grandi classi: informali e formali. I primi sono quelli realizzati principalmente dalle persone di business, che tendono ad astrarre con lo scopo di rappresentare solo gli elementi di loro interesse e quindi comprendere, chiarire, semplificare, sottolineare, comunicare [1]. All’estremo opposto ci sono i diagrammi dei dipartimenti IT che devono essere molto formali perché devono servire da specifica agli sviluppatori o anche essere automaticamente tradotti in codice eseguibile dai sistemi software di automazione dei processi, i Business Process Management System (BPMS). Lo standard BPMN