1 Highly Available Forms and Reports Applications with Oracle Fail Safe 3.0 High Availability for Windows NT An Oracle Technical White Paper Robert Cheng Oracle New England Development Center System Products Division
3 Highly Available Forms and Reports Applications with Oracle Fail Safe 3.0 INTRODUCTION Today s Internet businesses require high availability business solutions. According to studies by the Gartner Group and other research organizations, system downtime costs companies an average of over $14,000 a minute (for retail brokerages, the cost of downtime can exceed $100,000 per minute), and these costs will only increase with the continued growth of business on the Internet. For these businesses, nearly continuous access to their entire business solutions to both data and application logic is becoming a competitive necessity. Oracle Fail Safe 3.0 extends Oracle s technology leadership in providing high availability solutions on Windows NT clusters to include both Oracle8i, the Database for Internet Computing, and applications built using Oracle Developer 6.0. Now, developers of Web-based forms and reports applications not only benefit from Developer 6.0 s native Java support, but also from the easy-to-use high availability provided by Oracle Fail Safe 3.0. For the first time, a complete Internet business solution, including the Web servers that deliver content, the Forms and Reports s that host the application logic, and the back-end Oracle database, can be made fail-safe with Oracle Fail Safe. Oracle Fail Safe 3.0 provides three major benefits to users of Oracle Developer products: High availability: Fast, nearly transparent failover of the customer s complete Internet solution Quick deployment: No modifications to existing applications or clients necessary Ease of use: Configuration wizards and intuitive drag-and-drop management tools High availability Oracle Fail Safe 3.0 minimizes the costly downtime of both planned failures (e.g. system upgrades) and unplanned failures (e.g. unexpected hardware or operating system failures). When a failure occurs, the workload on the failed node is automatically restarted on the surviving node within seconds. By configuring the entire product stack for high availability (including Web servers, Forms and Reports s, and Oracle database servers), Oracle Fail Safe allows customers to build complete high availability business solutions with no single points of failure. Considering the high business cost of downtime, a cluster running Oracle Fail Safe 3.0 often pays for itself after the first unplanned failure. Quick deployment Existing forms and reports can be made fail-safe without modification there is no need to update or rebuild applications. Moreover, Fail Safe is completely non-intrusive: clients and end users simply 1
4 connect to a single server at a fixed network address, without requiring any knowledge of the underlying cluster. Because Fail Safe Forms and Reports s are accessible at a single network address (regardless of the cluster node on which they actually reside), clients need only reconnect to the same address to continue working after a failure. For example, users of a Web-based form can just click on the reload/refresh button in their browsers. Ease of use Ordinarily, configuring servers on clusters and setting conditions for failover and failback are complex tasks that require detailed knowledge of the cluster environment. However, Oracle Fail Safe 3.0 provides an intuitive graphical user interface, Oracle Fail Safe manager, that offers drag-and-drop cluster management, step-by-step configuration wizards, and intuitive property sheets that simplify the setup and management of Fail Safe resources, such as Forms and Reports s. The Fail Safe manager also provides default configuration parameters that are optimized to ensure fast failover times, comprehensive verification tools to troubleshoot and fix common problems, and a command line interface to allow scripting and automation of cluster administration tasks. In addition, a detailed tutorial and extensive online help system quickly get new users up to speed. HOW FAIL SAFE FORMS AND REPORTS WORK Oracle Fail Safe is layered over the MSCS cluster software (included with Windows NT Enterprise Edition) and tightly integrates with the shared nothing cluster environment. A cluster is a group of independent computer systems (nodes) working together as a single system. Nodes may be single CPU systems or multi-cpu SMP systems, and typically communicate with each other via a private heartbeat network connection. In a shared nothing cluster, resources (such as disks or IP addresses) are owned and accessed by only one node at a time. Oracle Fail Safe works with the underlying cluster software to configure and monitor these resources for high availability; when a resource becomes unavailable and cannot be automatically restarted, the software will attempt to fail the resource over to another node. ( Failover refers to the transfer of control over shared resources, such as disks, from one cluster node to another.) There are three major components of the Oracle Fail Safe 3.0 architecture: Oracle Fail Safe resource DLLs (Dynamically Linked Libraries), Oracle Fail Safe server, and Oracle Fail Safe manager (see Figure 1). Every type of resource that can be made fail-safe (e.g. databases, Web servers, Forms and Reports s) requires an Oracle Fail Safe resource DLL, which provides resource-specific configuration, verification and management information (such as resource dependencies, start-up requirements, and failover policies) to the Oracle Fail Safe server. Oracle Fail Safe server manages internode communication and works with the underlying cluster software to ensure fast failover of Fail Safe resources during both planned and unplanned node outages. Together, the Fail Safe resource DLLs and Fail Safe server provide distributed configuration, verification, and management of Forms, Reports, and Web servers across a cluster. Oracle Fail Safe manager automates the configuration of Oracle Forms and Reports servers, and provides an easy-to-use interface for performing cluster-related management, troubleshooting, and static load balancing. 2
5 Fail Safe Resource Components ORACLE FAIL SAFE MANAGER Oracle 8i Resource DLL Oracle Forms DLL Oracle Reports DLL ORACLE FAIL SAFE SERVER Oracle 8i Database Cluster Software (MSCS) Windows NT & Network Figure 1: Oracle Fail Safe 3.0 Architecture FAIL SAFE CONCEPTS A Fail Safe group is a logical container of cluster resources, such as disks or database servers. All resources in a group share the same availability characteristics and can be owned by only one cluster node at a time. A group is the minimal unit of failover (i.e. all the resources in a group fail over together). If a group has a virtual address (composed of a network name resource and IP address resource), it becomes a virtual server accessible at a fixed network address regardless of the physical cluster node that owns the group. For example, a virtual server containing a Web-based form or report can be accessed at the same URL both before and after a failover. No changes are required for existing client applications to work with Forms and Reports s deployed with Oracle Fail Safe. From the client perspective, each Fail Safe group appears as a highly available server. Failover of Forms and Reports servers appears to clients as a quick node reboot, typically taking only a few seconds. After a failover, clients reconnect to the fixed virtual server address (e.g. users can simply click on the reload button in their Web browser) and resume work. While quick failovers ensure that applications remain almost continuously available, transient state in Forms and Reports s (or more specifically, in the runtime engines) will not survive a failover; uncommitted work is lost and the application or end user will need to reissue these transactions. Jobs scheduled against Fail Safe Reports s, however, will survive a failover because the job queue is placed on the shared cluster disk, it can be accessed from any cluster node. HOW TO CREATE FAIL SAFE FORMS AND REPORTS Making a fail-safe Forms or Reports application requires the following steps (assuming that Microsoft Cluster and Oracle Fail Safe server have been installed on each node): 3
6 1. Ensure that Oracle Developer (for Forms and Reports s) and Oracle Application (for Web servers) have been installed in the same location on both nodes of the cluster. 2. Copy the Web pages and the Forms or Reports files (i.e. the.html files and the.fmx or.rdf files) to cluster disks attached to the shared storage interconnect between the nodes. 3. Invoke the Create Group Wizard in the Fail Safe manager to create an Oracle Fail Safe group for your Forms or Reports application. When you finish creating the group, Fail Safe will automatically invoke the Add Virtual Address to Group Wizard. 4. Add one or more virtual addresses to the group using the Add Virtual Address to Group Wizard. Clients will always access your fail-safe application at this address. 5. Invoke the Add Resource to Group Wizard once to create a fail-safe Oracle Web Listener that will host your fail-safe application. 6. Invoke the Add Resource to Group Wizard a second time to create a fail-safe Forms or Reports (or to make an existing Forms or Reports server fail-safe). Figure 2 illustrates some of these steps with screen shots from the Create Group and Add Resource to Group Wizards. When you add a resource to a Fail Safe group, Oracle Fail Safe populates a cluster group and builds the appropriate dependency tree. All specified failover and failback policies are defined and registered with the cluster software, and the group is tested to verify that resource will correctly fail over and restart on each cluster node. Figure 2: Create Group and Add Resource to Group Wizards 4
7 DEPLOYING HIGHLY AVAILABLE FORMS AND REPORTS There are a number of different configuration options for deploying highly available forms and reports applications with Oracle Fail Safe 3.0, depending on the customer s workload and business needs. The four main ways to deploy highly available forms and reports applications are: Active/Passive, Active/Active, Partitioned, and Multitiered. While each of these solutions differ in the way work is allocated between the cluster nodes, all share the following features: One or more Oracle Homes are created on a private disk (e.g. the system disk) on each node All necessary Oracle product executables are installed in the Oracle Home(s) on each node All database, Forms, Reports, and Web files (e.g. database data files, database log files, Forms executable files, PL/SQL files, Reports definitions files, and Web pages) are placed on the shared cluster disks, so they can be accessed by both nodes. Active/Passive Configuration In an active/passive (or standby) configuration (Figure 3), one node hosts the Oracle Fail Safe server, Oracle database server, and one or more Forms, Reports, and Web servers, while the other node remains idle, ready to pick up the workload in the event of a failure. The standby configuration provides the fastest failover response time, but at the cost of requiring the second node to sit idle. However, this solution is still less expensive than traditional standby solutions because there is only one copy of the data (kept on the group s cluster disks) there is no need to purchase a second complete disk farm and the extra network bandwidth required for real-time data replication. Windows NT Cluster LAN/ WAN Oracle Fail Safe Web Oracle 8i Forms Standby Forms Clients (Web browsers) Shared Disks (Web pages, Forms files, Database files) Figure 3: Active/Passive (Standby) Configuration Active/Active Configuration In the active/active solution shown in Figure 4, a Fail Safe server, an Oracle database, and one or more Forms/Reports/Web servers reside on each cluster node. Each node backs up the other in the event of 5
8 a failure. Compared to the Active/Passive configuration, the Active/Active configuration offers better performance (higher throughput) when both nodes are operating, but slower failover and possibly reduced performance when one node is down. If each node runs at 50% capacity, this solution is similar to a standby solution (the equivalent of an entire node remains idle), but it makes better use of network bandwidth, since client connections are distributed over two nodes. It is also possible to run both nodes at higher capacities by enabling failover only for mission-critical applications. Oracle Fail Safe s flexible architecture allows many variations to the basic active/active configuration. Because each cluster node can host multiple virtual servers, each database, Forms server, Reports server, and Web server running on the node can be configured with its own failover and failback policies. Users can also combine the scripting support of Oracle Fail Safe (using the FSCMD command-line interface) with a system monitoring tool, such as Oracle Enterprise Manager, to automate the movement of groups for load-balancing purposes. Windows NT Cluster Oracle Fail Safe Oracle Fail Safe LAN/ WAN Web Forms Web Forms Oracle 8i Oracle 8i Forms & Reports Clients (Web browsers) Marketing Files (Web, Forms, Data) Sales Files (Web, Reports, Data) Shared Disks Figure 4: Active/Active Configuration Partitioned Workload Configuration The partitioned workload solution, shown in Figure 5, is a variant of an active/active solution, in which the application workload resides on one node and the database workload resides on the other. In this example, Node 1 serves the Fail Safe Forms/Reports/Web servers, while Node 2 serves an Oracle Fail Safe database. Each node backs up the other in the event of failure. If the private heartbeat network connection between the nodes has high bandwidth, then the Forms or Reports server may be able to optimize database transaction processing by using the private network, rather than the public network, to communicate with the database. Because the bandwidth requirement for internode heartbeat communication is small, the application server can take advantage of what is effectively a dedicated network link to the database. 6
9 Windows NT Cluster LAN/ WAN Oracle Fail Safe Oracle Fail Safe Web Forms Oracle 8i Forms Clients (Web browsers) Shared Disks Web Pages & Forms Files Database Files Figure 5: Partitioned Workload Configuration Multitiered Configuration In a multitiered configuration, Forms and Reports servers reside on separate systems from the database. This is a common way to scale a Forms or Reports business solution, with a single back-end database driving a number of Forms or Reports servers running on multiple machines. In the case of multiple Forms servers, a load-balancing Web server is used to connect to the Forms servers (this Web server represents a single point of failure in traditional multitiered configurations). The entire solution can be made highly available by configuring just the Web server for failover with Oracle Fail Safe, and relying on the Web server to detect failures and redistribute incoming requests to surviving nodes. Availability can be improved further by also making one or more of the Forms servers fail-safe. In the case of multiple Reports servers, one of the servers is designated the master, and is responsible for dividing the workload among the remaining servers. In this configuration, both the Reports master and the Web server represent single points of failure that would normally require user intervention to correct. By deploying the Reports master and Web server with Oracle Fail Safe, these single points of failure can be eliminated (see Figure 6). The multitiered configuration also allows for very flexible architectures, with multiple clusters and platforms working together. As an example, Fail Safe Forms and Reports servers running on NT clusters in the middle tier could interface with a back-end Oracle Parallel database running on a UNIX system. Different servers within the application tier can even run on different platforms, so customers with existing Reports servers running on UNIX machines only need to add a single NT cluster running Oracle Fail Safe to make the Reports master (and thus the entire Reports tier) highly available. Mutitiered configurations also allow for incremental deployment of high availability into a customer s business solution, for example, by first adding high availability to less reliable middle-tier application servers before modifying legacy back-end database systems. 7
10 Fail Safe Reports Master and Web n 2 Clients (NT Cluster) 1 Oracle database Reports Slaves (any platform) Figure 6: Multitiered Reports Configuration SUMMARY Oracle Fail Safe 3.0 extends Oracle s leadership in delivering complete high availability business solutions by enabling rapid deployment of Fail Safe databases, forms applications, and reports applications on NT clusters. Oracle Fail Safe Solutions are ideal for Oracle Developer users who want a fast and easy way to make their forms and reports highly available. A variety of configurations are available to suit specific business requirements, from single-cluster configurations that offer an attractive low-cost entry point into the high availability space, to scaleable multitiered solutions that provide high availability with support for multiple platforms and technologies. Future improvements planned for Oracle Fail Safe include expanding support to additional Oracle applications. For the latest online information on Oracle tools for Internet application development, refer to For more information about Oracle Fail Safe Solutions, see For details on how Oracle Fail Safe 3.0 provides high availability for the Oracle8i database, including options for wide-area disaster tolerance, refer to the Oracle white paper Oracle 8i with Oracle Fail Safe 3.0. To be placed on the mailing list for product news and information, send to 8
12 Oracle Corporation World Headquarters 500 Oracle Parkway Redwood Shores, CA U.S.A. Worldwide Inquiries: Fax Copyright Oracle Corporation All Rights Reserved. This document is provided for informational purposes only and the contents hereof are subject to change without notice. Oracle Corporation does not warrant that this document is error free, nor does it provide any other warranties or conditions, whether expressed orally or implied in law, including implied warranties and conditions of merchantability or fitness for a particular purpose. Oracle Corporation specifically disclaims any liability with respect to this document and no contractual obligations are formed either directly or indirectly by this document. This document may not be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the prior written permission of Oracle Corporation. Oracle, Developer/2000. The Database for Internet Computing, Enabling the Information Age, Oracle7, Oracle8, Oracle8i are trademarks or registered trademarks of Oracle Corporation. All other company and product names mentioned are used for identification purposes only and may be trademarks of their respective owners.
Oracle Fail Safe Concepts and Administration Guide Release 4.1 for Microsoft Windows E24699-01 December 2012 Oracle Fail Safe Concepts and Administration Guide, Release 4.1 for Microsoft Windows E24699-01
An Oracle White Paper October 2010 Minimizing Planned Downtime of SAP Systems with the Virtualization Technologies in Oracle Solaris 10 Introduction When business-critical systems are down for a variety
An Oracle White Paper June 2013 Enterprise Database Cloud Deployment with Oracle SuperCluster T5-8 Introduction Databases form the underlying foundation for most business applications by storing, organizing,
RAC Database on Oracle Ravello Cloud Service O R A C L E W H I T E P A P E R A U G U S T 2017 Oracle Ravello is an overlay cloud that enables enterprises to run their VMware and KVM applications with data-center-like
Maximum Availability Architecture: Overview An Oracle White Paper July 2002 Maximum Availability Architecture: Overview Abstract...3 Introduction...3 Architecture Overview...4 Application Tier...5 Network
Implementing Fibre Channel SAN Boot with the Oracle ZFS Storage Appliance January 2014 By Tom Hanvey; update by Peter Brouwer Version: 2.0 This paper describes how to implement a Fibre Channel (FC) SAN
Oracle Database 10g Release 2: Roadmap to Maximum Availability Architecture Oracle Maximum Availability Architecture White Paper April 2006 Maximum Availability Architecture Oracle Best Practices For High
An Oracle Technical White Paper September 2010 Oracle VM Templates for PeopleSoft 1 Disclaimer The following is intended to outline our general product direction. It is intended for information purposes
An Oracle White Paper: November 2011 Installation Instructions: Oracle XML DB XFILES Demonstration Table of Contents Installation Instructions: Oracle XML DB XFILES Demonstration... 1 Executive Overview...
An Oracle White Paper September 2010 Upgrade Methods for Upgrading to Oracle Database 11g Release 2 Introduction... 1 Database Upgrade Methods... 2 Database Upgrade Assistant (DBUA)... 2 Manual Upgrade...
Repairing the Broken State of Data Protection April 2016 Oracle s modern data protection solutions address both business continuity and disaster recovery, reducing IT costs and simplifying data protection
Oracle CIoud Infrastructure Load Balancing Connectivity with Ravello O R A C L E W H I T E P A P E R M A R C H 2 0 1 8 Oracle Cloud Infrastructure Ravello Cloud Service Oracle Cloud Infrastructure Ravello
Improve Data Integration with Changed Data Capture An Oracle Data Integrator Technical Brief Updated December 2006 Improve Data Integration with Changed Data Capture: An Oracle Data Integrator Technical
ACSLS Manager Software Overview and Frequently Asked Questions Overview Management of distributed tape libraries is both timeconsuming and costlyinvolving multiple libraries, multiple backup applications,
Oracle Data Provider for.net Microsoft.NET Core and Entity Framework Core O R A C L E S T A T E M E N T O F D I R E C T I O N F E B R U A R Y 2 0 1 8 Disclaimer The following is intended to outline our
Technical Upgrade Guidance SEA->SIA migration Oracle Siebel Customer Relationship Management Applications Siebel Industry-Driven CRM November 2011 This document is intended to outline our general product
Oracle Exadata Statement of Direction NOVEMBER 2017 Disclaimer The following is intended to outline our general product direction. It is intended for information purposes only, and may not be incorporated
An Oracle White Paper September 2009 Methods for Upgrading to Oracle Database 11g Release 2 Introduction... 1 Database Upgrade Methods... 2 Database Upgrade Assistant (DBUA)... 2 Manual Upgrade... 3 Export
Veritas NetBackup and Oracle Cloud Infrastructure Object Storage ORACLE HOW TO GUIDE FEBRUARY 2018 0. Disclaimer The following is intended to outline our general product direction. It is intended for information
Technical White Paper August 2010 Recovering from Catastrophic Failures Using Data Replicator Software for Data Replication. Recovering from Catastrophic Failures Using Data Replicator Software for Data
Siebel CRM Applications on Oracle Ravello Cloud Service ORACLE WHITE PAPER AUGUST 2017 Oracle Ravello is an overlay cloud that enables enterprises to run their VMware and KVM applications with data-center-like
A Joint Oracle Teradata White Paper September 2011 Configuring Oracle Business Intelligence Enterprise Edition to Support Teradata Database Query Banding Introduction... 1 Step 1. Query Band Configuration
Mission-Critical Databases in the Cloud. Oracle RAC in Microsoft Azure Enabled by FlashGrid Software. White Paper rev. 2017-10-16 2017 FlashGrid Inc. 1 www.flashgrid.io Abstract Ensuring high availability
An Oracle White Paper February 2012 Benefits of an Exclusive Multimaster Deployment of Oracle Directory Server Enterprise Edition Disclaimer The following is intended to outline our general product direction.
Generate Invoice and Revenue for Labor Transactions Based on Rates Defined for Project and Task O R A C L E P P M C L O U D S E R V I C E S S O L U T I O N O V E R V I E W D E C E M B E R 2017 Disclaimer
Overview Faced with ever increasing computing needs and budget constraints, companies today want to set up infrastructures that offer optimal value, can easily be re-purposed, and have reduced complexity.
Oracle Database Lite Automatic Synchronization White Paper An Oracle White Paper August 2008 Oracle Database Lite Automatic Synchronization White Paper OVERVIEW Oracle Database Lite allows field workers
Oracle Database 12c: JMS Sharded Queues For high performance, scalable Advanced Queuing ORACLE WHITE PAPER MARCH 2015 Table of Contents Introduction 2 Architecture 3 PERFORMANCE OF AQ-JMS QUEUES 4 PERFORMANCE
Migrating VMs from VMware vsphere to Oracle Private Cloud Appliance 2.3.1 O R A C L E W H I T E P A P E R O C T O B E R 2 0 1 7 Table of Contents Introduction 2 Environment 3 Install Coriolis VM on Oracle
Oracle FLEXCUBE Direct Banking Release 12.0.0 Dashboard Widgets Transfer Payments User Manual Part No. E52305-01 Dashboard Widgets User Manual Table of Contents 1. Transaction Host Integration Matrix...
Bulk Processing with Oracle Application Integration Architecture An Oracle White Paper January 2009 Bulk Processing with Oracle Application Integration Architecture Introduction... 3 Oracle Application
Oracle Clusterware 18c Technical Overview O R A C L E W H I T E P A P E R F E B R U A R Y 2 0 1 8 Table of Contents Introduction 1 Cluster Domains 3 Conversions 3 Oracle ACFS Remote Service 5 Single Network
An Oracle White Paper September 2012 Security and the Oracle Database Cloud Service 1 Table of Contents Overview... 3 Security architecture... 4 User areas... 4 Accounts... 4 Identity Domains... 4 Database
Creating Custom Project Administrator Role to Review Project Performance and Analyze KPI Categories Worked Example ORACLE PPM CLOUD SERVICES SOLUTION OVERVIEW MAY 2018 Disclaimer The following is intended
An Oracle White Paper January 2013 Oracle Database Appliance characterization with JD Edwards EnterpriseOne PURPOSE STATEMENT AND DISCLAIMER THIS DOCUMENT PROVIDES FACTORS TO CONSIDER WHEN REVIEWING SYSTEM
An Oracle White Paper June 2011 (EHCC) Introduction... 3 : Technology Overview... 4 Warehouse Compression... 6 Archive Compression... 7 Conclusion... 9 Introduction enables the highest levels of data compression
An Oracle White Paper January 2018 Oracle Enterprise Performance Management Cloud Extracting YTD Balances from FCCS using Data Management Disclaimer This document is provided for information purposes and
Automatic Data Optimization with Oracle Database 12c O R A C L E W H I T E P A P E R S E P T E M B E R 2 0 1 7 Table of Contents Disclaimer 1 Introduction 2 Storage Tiering and Compression Tiering 3 Heat
Oracle Grid Infrastructure 12c Release 2 Cluster Domains O R A C L E W H I T E P A P E R N O V E M B E R 2 0 1 7 Table of Contents Introduction 2 Clustering with Oracle Clusterware 12c Release 2 3 Oracle
An Oracle White Paper November 2009 Oracle RAC One Node 11g Release 2 User Guide Introduction... 1 Software Installation... 3 How to Configure an Oracle RAC One Node Database... 6 Rolling Patch Application
New Oracle NoSQL Database APIs that Speed Insertion and Retrieval O R A C L E W H I T E P A P E R F E B R U A R Y 2 0 1 6 1 NEW ORACLE NoSQL DATABASE APIs that SPEED INSERTION AND RETRIEVAL Introduction
An Oracle White Paper October 2013 Deploying and Developing Oracle Application Express with Oracle Database 12c Disclaimer The following is intended to outline our general product direction. It is intended
An Oracle White Paper September, 2011 Oracle Real User Experience Insight Server Requirements Executive Overview Oracle Enterprise Manager is Oracle s integrated enterprise IT management product line and
Oracle Database 10g Resource Manager An Oracle White Paper October 2005 Oracle Database 10g Resource Manager INTRODUCTION... 3 SYSTEM AND RESOURCE MANAGEMENT... 3 ESTABLISHING RESOURCE PLANS AND POLICIES...
Information Lifecycle Management for Business Data An Oracle White Paper September 2005 Information Lifecycle Management for Business Data Introduction... 3 Regulatory Requirements... 3 What is ILM?...
Oracle Java SE Advanced for ISVs Oracle Java SE Advanced for ISVs is designed to enhance the Java based solutions that ISVs are providing to their enterprise customers. It brings together industry leading
STORAGE CONSOLIDATION AND THE SUN ZFS STORAGE APPLIANCE A COST EFFECTIVE STORAGE CONSOLIDATION SOLUTION THAT REDUCES INFRASTRUCTURE COSTS, IMPROVES PRODUCTIVITY AND SIMPLIFIES DATA CENTER MANAGEMENT. KEY
An Oracle Technical White Paper October 2011 Sizing Guide for Single Click Configurations of Oracle s MySQL on Sun Fire x86 Servers Introduction... 1 Foundation for an Enterprise Infrastructure... 2 Sun
High Availability Patching for Fusion Middleware Oracle Maximum Availability Architecture White Paper September 2011 Maximum Availability Architecture Oracle Best Practices For High Availability Introduction...1
An Oracle Technical White Paper March 2014; v2.1 Best Practice Guide for Implementing VMware vcenter Site Recovery Manager 4.x with Oracle ZFS Storage Appliance Introduction... 1 Overview... 2 Prerequisites...
ORACLE DATABASE LIFECYCLE MANAGEMENT PACK ORACLE DATABASE LIFECYCLE MANAGEMENT PACK KEY FEATURES Auto Discovery of hosts Inventory tracking and reporting Database provisioning Schema and data change management
Establishing secure connections between Oracle Ravello and Oracle Database Cloud O R A C L E W H I T E P A P E R N O V E M E B E R 2 0 1 7 Table of Contents APPLICATION ARCHITECTURE OVERVIEW 2 CONNECTING
An Oracle Technical White Paper December 2013 Configuring a Single Oracle ZFS Storage Appliance into an InfiniBand Fabric with Multiple Oracle Exadata Machines A configuration best practice guide for implementing
AUGUST 6, 2018 DISCLAIMER The following is intended to outline our general product direction. It is intended for information purposes only, and may not be incorporated into any contract. It is not a commitment
Oracle Privileged Account Manager Disaster Recovery Deployment Considerations O R A C L E W H I T E P A P E R A U G U S T 2 0 1 5 Disclaimer The following is intended to outline our general product direction.
Oracle DIVArchive Storage Plan Manager Feature Description ORACLE TECHNICAL WHITE PAPER UPDATED MAY 2015 Introduction: What Is a Storage Plan? Storage plans are policies managing the lifecycle of objects
April 2013 Understanding Federated Single Sign-On (SSO) Process Understanding Federated Single Sign-On Process (SSO) Disclaimer The following is intended to outline our general product direction. It is
An Oracle White Paper September 2011 Oracle Utilities Meter Data Management 2.0.1 Demonstrates Extreme Performance on Oracle Exadata/Exalogic Introduction New utilities technologies are bringing with them
An Oracle White Paper March 2013 Consolidation Using the Oracle SPARC M5-32 High End Server Executive Overview... 1 Why Server and Application Consolidation?... 2 Requirements for Consolidation... 3 Consolidation
Oracle Fail Safe Tutorial Release 4.1.1 for Microsoft Windows E57061-02 April 2015 Oracle Fail Safe Tutorial, Release 4.1.1 for Microsoft Windows E57061-02 Copyright 1999, 2015, Oracle and/or its affiliates.
An Oracle White Paper December, 3 rd 2014 Oracle Metadata Management v188.8.131.52.1 Oracle Metadata Management version 184.108.40.206.1 - December, 3 rd 2014 Disclaimer This document is for informational purposes.
An Oracle White Paper September 2010 Oracle Integrated Stack Complete, Trusted Enterprise Solutions Executive Summary... 1 Oracle s Complete Hardware and Software Stack... 2 The Production Life Cycle...
Using the Oracle Business Intelligence Publisher Memory Guard Features August 2013 Contents What Are the Memory Guard Features?... 3 Specify a maximum data sized allowed for online processing... 3 Specify
Oracle Grid Infrastructure Cluster Domains O R A C L E W H I T E P A P E R F E B R U A R Y 2 0 1 8 Table of Contents Introduction 1 Clustering with Oracle Clusterware 3 Oracle Grid Infrastructure Architectures
Performance and Scalability Benchmark: Siebel CRM Release 220.127.116.11 Industry Applications and Oracle 18.104.22.168 Database on Oracle's SPARC T5 Servers and Oracle Solaris An Oracle White Paper Released April
An Oracle White Paper April 2014 Consolidation Using the Fujitsu M10-4S Server Executive Overview... 1 Why Server and Application Consolidation?... 2 Requirements for Consolidation... 3 Consolidation on
October 2017 Oracle Application Express Statement of Direction Disclaimer This document in any form, software or printed matter, contains proprietary information that is the exclusive property of Oracle.
StorageTek ACSLS Manager Software Management of distributed tape libraries is both time-consuming and costly involving multiple libraries, multiple backup applications, multiple administrators, and poor
Oracle Fail Safe Tutorial Release 3.4.2 for Microsoft Windows E14009-01 October 2009 Oracle Fail Safe Tutorial, Release 3.4.2 for Microsoft Windows E14009-01 Copyright 1999, 2009, Oracle and/or its affiliates.
Frequently Asked Questions Oracle Content Management Integration An Oracle White Paper June 2007 NOTE: The following is intended to outline our general product direction. It is intended for information
DATA INTEGRATION PLATFORM CLOUD Experience Powerful Integration in the Want a unified, powerful, data-driven solution for all your data integration needs? Oracle Integration simplifies your data integration
Oracle Warehouse Builder 10g Runtime Environment, an Update An Oracle White Paper February 2004 Runtime Environment, an Update Executive Overview... 3 Introduction... 3 Runtime in warehouse builder 9.0.3...
NOSQL DATABASE CLOUD SERVICE Flexible Data Models. Zero Administration. Automatic Scaling. Application development with no hassle... Oracle NoSQL Cloud Service is a fully managed NoSQL database cloud service
Deploying the Zero Data Loss Recovery Appliance in a Data Guard Configuration ORACLE WHITE PAPER MARCH 2018 Table of Contents Introduction 1 Overview 2 Prerequisites 2 Deploying Recovery Appliances with
How to Monitor Oracle Private Cloud Appliance with Oracle Enterprise Manager 13c O R A C L E W H I T E P A P E R J U L Y 2 0 1 8 Introduction 2 Configuration of Oracle Enterprise Manager 13c to discover
An Oracle White Paper January 2013 Oracle Hyperion Planning on the Oracle Database Appliance using Oracle Transparent Data Encryption Executive Overview... 3 Introduction... 3 Hyperion Planning... 3 Oracle
Receiving PeopleSoft Message (PeopleTools 8.17) through the Oracle AS PeopleSoft Adapter An Oracle White Paper September 2008 Receiving PeopleSoft Message (PeopleTools 8.17) through the Oracle AS PeopleSoft
Deploying Custom Operating System Images on Oracle Cloud Infrastructure O R A C L E W H I T E P A P E R M A Y 2 0 1 8 Table of Contents Purpose of This White Paper 3 Scope and Assumptions 3 Access Requirements
An Oracle White Paper June 2011 Oracle Service Registry - Oracle Enterprise Gateway Integration Guide 1 / 19 Disclaimer The following is intended to outline our general product direction. It is intended