10.1.1.1.1 ADMIN FULL SECURITY IS
10.1.1.1.1 ADMIN PASSWORD IS ADMIN

10.1.1.1.1 Admin Password Is Admin

So the PC can't access the modem at 10.1.1.1 because it's on a completely different IP range. Building a strategic enterprise content management infrastructure for content and applications helps you to reduce costs, easily share content across the enterprise, minimize risk, automate expensive, time-intensive and manual processes, and consolidate multiple Web sites onto a single platform.10.1.1.1 192.168.0.1 192.168.0. It is the industry's most unified enterprise content management platform, which enables you to leverage industry-leading document management, Web content management, digital asset management, and records management functionality to build your business applications. Displays the administrative state for the IGMP protocol on this interface.Oracle Enterprise Content Management (ECM) Suite, an Oracle Fusion Middleware component, is an integrated suite of products designed for managing content. The most used default username and password is admin or setup and in case of a TP Link, Netgear or D-Link Displays the interfaces that participate in the IGMP protocol.

Oracle I/PM provides an 'imaging' facade on Oracle UCM. The sections in this chapter outline the single-instance concepts that are important for designing a high availability deployment.The chapter includes the following topics:Section 10.1, 'Oracle Imaging and Process Management High Availability'Section 10.2, 'Oracle Universal Content Management High Availability'Section 10.3, 'Oracle ECM High Availability Configuration Steps'Figure 10-1 Oracle I/PM Components for a Single InstanceDescription of 'Figure 10-1 Oracle I/PM Components for a Single Instance'You should be aware of the following before you begin setting up an Oracle I/PM configuration:Oracle I/PM is a relatively thin layer of functionality on top of the Oracle Universal Content Manager (Oracle UCM) repository. Even if.Superior usability: Built-in support for end users, workgroups, content experts, process owners, administrators, and webmastersOptimized management: Unified architecture for securely managing documents, files, web content and digital assetsHot-pluggable: Out-of-the-box support for Oracle and third-party repositories, security systems, and enterprise applicationsThis chapter provides a description of some of the Oracle Enterprise Content Management components from a high availability perspective. Note: In all written assignments, please show as much of your work as you can. This is not always the case.Oracle ECM offers the following benefits:Homework 3 assignment for ECE374.

It is the movement of this document content in and out of the system that will provide the largest impact on performance. Oracle I/PM is usually used in high-volume scenarios where hundreds of thousands of documents are ingested per day, and those documents are searched for, retrieved, and viewed frequently during the day. This provides good utilization of hardware.Oracle I/PM's largest performance factor is the movement of document content. For this reason, the recommended configuration for Oracle UCM is to put an Oracle UCM instance with every Oracle I/PM instance.

These queues should be persistent and provide guaranteed delivery. In Figure 10-1, the BPEL Agent is the collection of BPEL MDBs. It includes the following components and subcomponents:Servlets: Oracle I/PM has a servlet for internal use that provides a mechanism for the REST API and I/PM Applet Viewer to access the public API functions of the system.EJBs: Oracle I/PM uses some EJB concepts internally however it has no external facing EJBs.Oracle I/PM leverages JMS to drive both its Input Agent and its BPEL Agent message-driven beans (MDBs). However, TIF documents can have multiple pages which increases their size and Oracle I/PM supports 400 other file formats that will have varying (including larger) sizes.10.1.1.1 Oracle I/PM Comp onent CharacteristicsOracle I/PM is a JEE application, and it runs in the WebLogic Server Managed Server environment.

These tickets are used to create 'clean' URLs without parameters.The Oracle I/PM service uses the Oracle UCM document repository for the storage of its scan documents. The Ticket Agent is responsible for identifying and removing expired URL tickets. It is not shown in Figure 10-1.

10.1.1.1.1 Admin Full Security Is

The database is initially create via RCU and is managed through WebLogic Server JDBC data sources. The administrative user may choose to import these business objects rather than create them from scratch.If the Agent User is specified in step 1, the agents will be waiting for JMS queue events to begin their work after the servers has been restartedAfter the server is running and the JAX-WS mechanics are ready, Oracle I/PM can receive client requests.10.1.1.1.6 Oracle I/PM Exte rnal DependenciesOracle I/PM has the following external dependencies:Oracle I/PM requires a database to store its configuration. If Oracle I/PM starts and there is no security defined, the first user logging into the system is granted access to all things.After Oracle I/PM's first startup Oracle I/PM is 'empty.' It is the administrative user's responsibility to create connections to the Oracle UCM document repository and BPEL servers.Once the first UCM connection is created, the Oracle UCM repository is initialized for Oracle I/PM's use.Then, appropriate business object must be created including Applications, Searches, and Inputs. Oracle I/PM provides a self seeding database security mechanism. The remaining initialization happens when Oracle I/PM is started and the first user logs on.When the first user logs on, full security is granted to the user under the assumption that he can subsequently grant permissions to others. It does not provide any specific death detection, but WebLogic Server Node Manager can be used to keep the server running.The steps in the Oracle I/PM process lifecycle are:Oracle I/PM is mostly initialized after the domain configuration is performed.

Although Oracle I/PM's UI layer will not fail over between active servers, its other background processes will.In the Oracle I/PM high availability configuration shown in Figure 10-2:The Oracle I/PM nodes are exact replicas of each other. These connections are stateless and perform a single function.Through HTTP for access to URL and REST tools:REST requests are stateless and perform a single function.URL tools log into the Oracle I/PM UI and provide a more stateful experience with the relevant UI components.Figure 10-2 Oracle I/PM High Availability Architecture DiagramDescription of 'Figure 10-2 Oracle I/PM High Availability Architecture Diagram'Oracle I/PM can be configured in a standard two node active-active high availability configuration. The UI and core API are distributed in the same EAR file.Oracle I/PM provides Web services for integrations with other products, and provides a set of Java classes that wrap those Web services as a Java convenience for integrating with other products.Oracle I/PM provides a URL toolkit to facilitate other applications interacting with Oracle I/PM searches and content.Oracle I/PM provides a REST toolkit for referencing individual pages of documents for web presentation.Clients connect to Oracle I/PM as follows:Either through JAX-WS for the Web services and/or Java client. Oracle I/PM provides a few custom WLST commands.Oracle I/PM is dependent upon the existence of an Oracle UCM repository.The following clients are dependent upon Oracle I/PM:The Oracle I/PM UI is built on its public toolkit (the Oracle I/PM API). These are available through WLST and the EM Mbean browser. These are included with the installation and do not require external configuration.Oracle I/PM provides Mbeans for configuration.

Oracle HTTP Server can be used for this purpose.Oracle I/PM can run both within a WebLogic Server cluster or without.