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SPARC M6-32 and SPARC M5-32 Servers Installation
Oracle Installation testing
Killexams : Oracle Installation testing - BingNews https://killexams.com/pass4sure/exam-detail/1Z0-489 Search results Killexams : Oracle Installation testing - BingNews https://killexams.com/pass4sure/exam-detail/1Z0-489 https://killexams.com/exam_list/Oracle Killexams : How to Install Windows 11 on Oracle VM VirtualBox

Windows 11 is one of the hottest syllabus in the world of computers, and many are willing to test this much-awaited Operating System. The best way to test it is on a Virtual Machine. Hence, we brought to you this guide to install Windows 11 on Oracle VM VirtualBox.

Can you run Windows 11 on Virtual Machine?

Just like any other OS, one can install and use Windows 11 on Virtual Machine. You just have to allocate the right amount of memory and disk space, and you will be good to go. However, the experience won’t be as smooth as it would be on a physical computer, but if you want to access Windows 11 early then it is a good option.

Before starting the installation of Windows 11 on VirtualBox, you should enable hardware virtualization.

These are the things you need to do to install Windows 11 on Oracle VirtualBox.

  1. Download Windows 11 ISO file
  2. Download and Install Oracle VM VirtualBox
  3. Create a new Virtual Machine
  4. Start VM and Boot from Windows 11 ISO file
  5. Install Windows 11 on VM

Let us talk about them in detail.

1] download Windows 11 ISO file

Windows 11 ISO file is a must-have if you are trying to install Windows 11 on VirtualBox. You can download the official Windows 11 ISO from Microsoft and save it on the host computer.

2] download and Install Oracle VM VirtualBox

If you already have the VirtualBox, you can skip the process. But if you don’t have the VM in question, download it for free from virtualbox.org.

If you are on Ubuntu, paste the following command in the terminal to install Virtualbox on your system.

sudo apt install VirtualBox

3] Create a new Virtual Machine

To create a new Virtual Machine, follow the given steps.

  1. Open Oracle VM VirtualBox.
  2. Click New.
  3. Name it “Windows 11″, set the Type to Microsoft Windows, Version to Windows 10 (64-bit), and click Next.
  4. Now, set the Memory Size to 4000 MB or more.
  5. Select Create a virtual hard disk and click Create.
  6. Now, select VDI(VirtualBox Disk Image) and then ‘dynamically allocated’.
  7. Give VM some hard disk space using the slider and click Create.

4] Start VM and Boot from Windows 11 ISO file

Install Windows 11 on Oracle VM VirtualBox

You will be able to see the newly created VM on the left side of the VirtualBox window. Select it and click Start.

Now, click on the folder icon, then Add, now navigate to the location where you have stored Windows 11 ISO and select it.

5] Install VM on Windows 11

To install Windows 11 on VirtualBox, follow the given steps.

  1. Click Install Now.
  2. Select Langauge to Install, Time and currency format, and Keyboard or input method. Now, click Next.
  3. Since we are installing for testing, click I don’t have a product key.
  4. Select the Windows 11 version that you want to install. In our opinion, you should install Windows 11 Pro and click Next.
  5. Accept the License and click Next.
  6. Click Custom: Install Windows only.
  7. Click Next as the VM will automatically clear the Virtual Drive.

Finally, follow the on-screen instructions to install Windows 11.

That’s it! Enjoy the brand new Windows.

Read: How to install VMWare ESXi in a Hyper-V Virtual Machine.

How to install VirtualBox Guest Addition in Windows 11?

To install VirtualBox Guest Addition, follow the given steps.

  1. Click Device from the VirtualBox menu.
  2. Launch File Explorer.
  3. Select CD drive with Virtualbox Guest Additions from the left panel.
  4. Now, open the VirtualBox EXE file.

Finally, follow the on-screen instructions and you will be good to go.

Read: How to install VirtualBox Guest Additions on Windows 11/10

How to Take Screenshots in VirtualBox?

To take Screenshots in VirtualBox, click View > Take Screenshot. This will open the wizard, go to the location where you want to store your screenshot in the host computer, supply it a name and extension and click Save.

Read Next: How to install Windows 11 on VMware Workstation Player.

How to Install Windows 11 on Oracle VM VirtualBox
Sat, 02 Oct 2021 17:24:00 -0500 en-us text/html https://www.thewindowsclub.com/how-to-install-windows-11-on-oracle-vm-virtualbox
Killexams : Performing a Unit Test of Your PL/SQL in Oracle SQL

Lokesh Gaglani

Software Test Engineer

Purpose

This tutorial shows you how to perform a unit test of your PL/SQL code in Oracle SQL Developer 3.0.

Time to Complete

Approximately 30 minutes

Overview

The SQL Developer unit testing framework involves a set of sequential steps for each test case. The steps are as follows, including the user input for before the step is run and the framework activities for the step while the test is being run.

  1. Identify the object to be tested.
    • User Input: Identify the object, such as a specific PL/SQL procedure or function.
    • Framework Activities: Select the object for processing.
  2. Perform any startup processing.
    • User Input: Enter the PL/SQL block, or enter NULL for no startup processing.
    • Framework Activities: Execute the block.
  3. Run the unit test object.
    • User Input: (None.)
    • Framework Activities: Execute the unit test.
  4. User Input: Identify the expected return (result), plus any validation rules.
    • User Input: (None.)
    • Framework Activities: Check the results, including for any validation, and store the results.
  5. Perform any end processing (teardown).
    • User Input: Enter the PL/SQL block, or enter NULL for no teardown activities.
    • Framework Activities: Execute the block.

Prerequisites

Before starting this tutorial, you should:

  • Install Oracle SQL Developer 3.0 from OTN. Follow the release notes here.
  • Install Oracle Database 11g with demo schema.
  • Unlock the HR user. Login to SQL Developer as the SYS user and execute the following command:
    alter user hr identified by hr account unlock;
  • Download and unzip the files.zip to a local folder on your file system. In this tutorial, we use the C:sqldev3.0 folder.

Create a Procedure to Award Bonuses to Employees

In the HR schema, you will create a PL/SQL procedure called AWARD_BONUS which will calculate an employee's bonus if they have a commission_pct. The input parameters for the AWARD_BONUS procedure are the emp_id and the sales_amt. The emp_id identifies the employee, the sales_amt is used in the bonus calculation. Perform the following steps:

1 .

If you installed the SQL Developer icon on your desktop, click the icon to start your SQL Developer and go to Step 4. If you do not have the icon located on your desktop, perform the following steps to create a shortcut to launch SQL Developer 3.0 directly from your desktop.

Open the directory where the SQL Developer 3.0 is located, right-click sqldeveloper.exe (on Windows) or sqldeveloper.sh (on Linux) and select Send to > Desktop (create shortcut).

2 .

On the desktop, you will find an icon named Shortcut to sqldeveloper.exe. Double-click the icon to open SQL Developer 3.0.

Note: To rename it, select the icon, press F2 and enter a new name.

3 .

Your Oracle SQL Developer opens.

4 .

Right-click Connections and select New Connection.

5 .

Enter the following and click Test:

Connection Name: HR_ORCL
Username: hr
Password: <your_password>
Select Save Password checkbox
Hostname: localhost
Port: 1521
SID: <your_SID>

6 .

Check for the status of the connection on the left-bottom side (above the Help button). It should read Success. Click Save. Then click Connect.  

7 .

Now you need to create a procedure. In the SQL Worksheet window, enter the following script and click Run Script. This code is also in the file award_bonus.sql from the directory where you downloaded the zip file from the Prerequisites section.

create or replace
PROCEDURE award_bonus (
emp_id NUMBER, sales_amt NUMBER) AS
commission REAL;
comm_missing EXCEPTION;
BEGIN
SELECT commission_pct INTO commission
FROM employees
WHERE employee_id = emp_id;

IF commission IS NULL THEN
RAISE comm_missing;
ELSE
UPDATE employees
SET salary = salary + sales_amt*commission
WHERE employee_id = emp_id;
END IF;
END award_bonus;

8 .

Your procedure was created successfully. In the next section, you will create a database user for the unit testing repository.

Creating a Database User for the Testing Repository

In this section, you create a database user called UNIT_TEST_REPOS. You create this user to hold the Unit Testing Repository data.

Perform the following steps:

1 .

Create a connection for the SYS User. Right-click Connections and select New Connection.

2 .

Enter the following information and click Connect.

Connection Name: sys_orcl
Username: sys
Password: <your sys password>
Select Save Password checkbox
Role: SYSDBA
Hostname: localhost
Port: 1521
SID: <your_SID>

3 .

Your connection was created successfully. Expand the sys_orcl connection and right-click Other Users and select Create User.

4 .

Enter the following information and select the Roles tab.

Username: unit_test_repos
Password: <your_password>
Default Tablespace: USERS
Temporary Tablespace: TEMP

5 .

Select the Connect and Resource roles and click Apply

6 .

The unit_test_repos user was created successfully. Click Close.

7 .

You now need to create a connection to the unit_test_repos user. This user will hold the unit testing repository data. Right-click Connections and select New Connection.

8 .

Enter the following information and click Connect.

Connection Name: unit_test_repos_orcl
Username: unit_test_repos
Password: <your_password>
Select Save Password checkbox
Hostname: localhost
Port: 1521
SID: <your_SID>

The unit_test_repos user and unit_test_repos_orcl connection were created successfully. 

Creating the Unit Testing Repository

In order to create a unit test, you need to create a unit testing repository. You will create the repository in the schema of the user that you created. Perform the following steps:

1 .

Select Tools > Unit Test > Repository, then select Select Current Repository

2 .

Select the unit_test_repos_orcl connection and click OK.

3 .

You would like to create a new repository. Click Yes.  

4 .

This connection does not have the permissions it needs to create the repository. Click OK to show the permissions that will be applied. 

5 .

Login as the sys user and click OK

6 .

The grant statement is shown. Click Yes.

7 .

The UNIT_TEST_REPOS user needs select access to some required tables. Click OK.

8 .

The grant statements are displayed. Click Yes.

9 .

The UNIT_TEST_REPOS user does not currently have the ability to manage repository owners. Click OK to see the grant statements that will be executed.

10 .

The grant statements are displayed. Click Yes.

11 .

A progress window appears while the repository is created.

12 .

Your repository was created successfully. Click OK.

Creating a Unit Test

Now that the Unit Testing Repository has been created, you need to create a unit test for the PL/SQL procedure you created earlier in this tutorial. Perform the following steps:

1 . 

Select View > Unit Test

2 .

In the Unit Test navigator, right-click Tests and select Create Test.

3 .

In Select Operation, select the HR_ORCL connection that you used to create the AWARD_BONUS procedure.

4 .

Expand Procedures, select AWARD_BONUS and click Next

5 .

In Specify Test Name window, make sure that AWARD_BONUS is specified for Test Name and that Create with single Dummy implementation is selected, then click Next.

6 .

In Specify Startup window, click and select Table or Row Copy from the drop down list box. 

7 .

Enter EMPLOYEES for Source Table and click OK. Note that the table affected by the test will be saved to a temporary table and the query to the table is automatically generated. 

8 .

Click Next.

9 .

In the Specify Parameters window, change the Input string for EMP_ID to 177 and SALES_AMT to 5000 and click Next.

10 .

In the Specify Validations window, select to create a process validation.

11 .

Select Query returning row(s) from the drop down list.

12 .

Specify the following query and click OK. This query will test the results of the change that the unit test performed.

SELECT * FROM employees
  WHERE employee_id = 177 and salary = 9400;

13 .

Click Next.

14 .

In the Specify Teardown window,click and select Table or Row Restore from the drop down list.

15 .

Leave the Row Identifier as Primary Key and click OK.

16 .

Click Next.

17 .

Click Finish.

18 .

Expand Tests. Your test appears in the list.

Running the Unit Test

Next you will run the unit test to see if various values will work. Perform the following steps:

1 .

Select the AWARD_BONUS test in the left navigator. Notice that the test details are displayed on the right panel.

2 .

Run the test by clicking the Debug Implementation .

3 .

The results are displayed. Notice that the test ran successfully. Click Close.

4 .

Expand AWARD_BONUS in the navigator to see the detail nodes.

5 .

At this point you want to test when an Employee does not have a commission percent to see what will happen. You can create another implementation of this same test and then change the test parameters. Right-click AWARD_BONUS and select Add Implementation.

6 .

Enter empty_comm_pct for the Test Implementation Name and click OK.

7 .

Select empty_comm_pct in the left navigator to show the test details for this implementation.

8 .

Change the Input parameter for EMP_ID to 101 and SALES_AMT to 5000. Click Debug Implementation again.

9 .

Click Yes to save your changes before running the test.

10 .

Notice that you received an error. This error indicates that there was an exception because a commission_pct does not exist for this employee. You want to specify this exception in your test. Click Close.

11 .

For Expected Result, select Exception and enter 6510 in the field next to it. This means that an error will not be found if the exception has an error code of 6510. Click Debug Implementation

12 .

Click Yes to confirm changes.

13 .

Notice that the test executed successfully this time because the exception was handled. Click Close

14 .

At this point, you want to run the test and save the results. Click run .

15 .

Your test run has been saved with results for both implementations.

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Killexams : Oracle Releases Java 19

New release delivers seven JDK Enhancement Proposals to increase developer productivity, Excellerate the Java language, and enhance the platform's performance, stability, and security

Java 19's key capabilities to be showcased at JavaOne 2022 in Las Vegas on October 17-20

AUSTIN, Texas, Sept. 20, 2022 /PRNewswire/ -- Oracle today announced the availability of Java 19, the latest version of the world's number one programming language and development platform. Java 19 (Oracle JDK 19) delivers thousands of performance, stability, and security improvements, including enhancements to the platform that will help developers Excellerate productivity and drive business-wide innovation. Oracle will showcase the latest capabilities in Java 19 at JavaOne 2022, taking place October 17-20 in Las Vegas, and via a keynote broadcast airing on dev.java/ at 9:00 a.m. PT on Tuesday, September 20.

(PRNewsfoto/Oracle)

"Our ongoing collaboration with the developer community is the lifeblood of Java. As the steward of Java, Oracle is steadfastly committed to providing developers and enterprises with the latest tools to help them create innovative apps and services," said Georges Saab, senior vice president of development, Java Platform and Chair, OpenJDK Governing Board, Oracle. "The powerful new enhancements in Java 19 are a testament to the monumental work across the global Java community."

The latest Java Development Kit (JDK) provides updates and improvements with seven JDK Enhancement Proposals (JEPs). Most of these updates are to be delivered as follow-up preview features improving on functionality introduced in earlier releases.

JDK 19 delivers language Improvements from OpenJDK project Amber (Record Patterns and Pattern Matching for Switch); library enhancements to interoperate with non-Java Code (Foreign Function and Memory API) and to leverage vector instructions (Vector API) from OpenJDK project Panama; and the first previews for Project Loom (Virtual Threads and Structured Concurrency), which will drastically reduce the effort required to write and maintain high-throughput, concurrent applications in Java.

"Java developers are increasingly seeking tools to help them efficiently build highly functional applications for deployment in the cloud, on-premises, and in hybrid environments," said Arnal Dayaratna, research vice president, software development, IDC. "The enhancements in Java 19 deliver on these requirements and illustrate how the Java ecosystem is well-positioned to meet the current and future needs of developers and enterprises."

Oracle delivers new Java Feature releases every six months via a predictable release schedule. This cadence provides a steady stream of innovations while delivering continuous improvements to the platform's performance, stability, and security, helping increase Java's pervasiveness across organizations and industries of all sizes.

The most significant updates delivered in Java 19 are:

Updates and Improvements to the Language

  • JEP 405: Record Patterns (Preview): Enables users to nest record patterns and type patterns to create a powerful, declarative, and composable form of data navigation and processing. This extends pattern matching to allow for more sophisticated and composable data queries.

  • JEP 427: Pattern Matching for Switch (Third Preview): Enables pattern matching for switch expressions and statements by permitting an expression to be tested against a number of patterns. This allows users to express complex data-oriented queries concisely and safely.

Library Tools

  • JEP 424: Foreign Function and Memory API (Preview): Enables Java programs to more easily interoperate with code and data outside of the Java runtime. By efficiently invoking foreign functions (i.e., code outside the Java Virtual Machine [JVM]), and by safely accessing foreign memory (i.e., memory not managed by the JVM), this API enables Java programs to call native libraries and process native data via a pure Java development model. This results in increased ease-of-use, performance, flexibility, and safety.

  • JEP 426: Vector API (Fourth Incubator): Enables superior performance compared to equivalent scalar computations by expressing vector computations that reliably compile at runtime to vector instructions on supported CPU architectures.

Ports

Project Loom Preview/Incubator Features

  • JEP 425: Virtual Threads (Preview): Dramatically reduces the effort of writing, maintaining, and observing high-throughput concurrent applications by introducing lightweight virtual threads to the Java Platform. Using virtual threads allows developers to easily troubleshoot, debug, and profile concurrent applications with existing JDK tools and techniques.

  • JEP 428: Structured Concurrency (Incubator): Streamlines error handling and cancellation, improves reliability, and enhances observability by simplifying multithreaded programming and treating multiple tasks running in different threads as a single unit of work.

Driving Java Innovation in the Cloud

The Java 19 release is the result of extensive collaboration between Oracle engineers and other members of the worldwide Java developer community via the OpenJDK Project and the Java Community Process (JCP). In addition to new enhancements, Java 19 is supported by Java Management Service – an Oracle Cloud Infrastructure (OCI) native service – that provides a single pane of glass to help organizations manage Java runtimes and applications on-premises or on any cloud.

Supporting Java Customers

The Oracle Java SE Subscription is a pay-as-you-go offering that provides customers with best-in-class support, entitlement to GraalVM Enterprise, access to the Java Management Service, and the flexibility to upgrade at the pace of their businesses. This helps IT organizations manage complexity, contain costs, and mitigate security risks. In addition, Java SE and GraalVM Enterprise are offered free of charge on OCI, enabling developers to build and deploy applications that run faster, better, and with unbeatable cost-performance on Oracle Cloud. 

Underscoring Java's popularity with the global developer community, Oracle is proud to recognize the one millionth completed Java certification. Java certifications help developers stand out as Java experts and raise their profiles with enterprises seeking to attract highly skilled Java professionals.

Additional Resources

About Oracle

Oracle offers integrated suites of applications plus secure, autonomous infrastructure in the Oracle Cloud. For more information about Oracle (NYSE: ORCL), please visit us at www.oracle.com.

Trademarks

Oracle, Java, and MySQL are registered trademarks of Oracle Corporation.

Cision

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SOURCE Oracle

Tue, 20 Sep 2022 04:04:00 -0500 en-US text/html https://finance.yahoo.com/news/oracle-releases-java-19-151000595.html
Killexams : 8 Companies Owned by Oracle

The acquisitions of Cerner, FarApp, Federos, and GloriaFood in 2021 by Oracle Corporation (ORCL) are just a few examples of Oracle’s reach in the technology market. Acquisitions like this have helped develop Oracle in a multitude of ways, including application development, industry solutions, middleware, server expansion, storage capabilities, and network development.

Oracle has spent a significant amount of money on its acquisitions but its most expensive has been its purchase of PeopleSoft for $10.3 billion in 2005; however, Oracle's announcement in late 2021 of its acquisition of Cerner, if it goes through, will be its most expensive at $28.3 billion.

Due to the numerous products, services, and industries Oracle caters to, it is no surprise that there are a substantial number of important subsidiaries and integrated companies that result in Oracle having the second-highest gross revenue across all software companies.

Key Takeaways

  • Oracle is known as a global leader in enterprise software and IT solutions; it is the second-largest software company in the world by revenue.
  • Oracle's cloud computing and database packages are well-known throughout the industry, but the company also has relied on an aggressive acquisition strategy to bolster its portfolio.
  • Included under the Oracle banner are BEA Systems, Hyperion, Siebel Systems, and Sun Microsystems, among several others.
  • Oracle's largest acquisition was of PeopleSoft in 2005 for $10.3 billion but will be eclipsed by its acquisition of Cerner for $28.3 billion in 2021 if the deal goes through.

1. Acme Packet

Acme Packet produced session border controllers, security gateways, and session-routing proxies. It allowed secure and reliable communications across devices, regardless of network. Oracle entered into an agreement to acquire Acme Packet in 2013 for $2.1 billion. At the time of the acquisition, Acme Packet’s solutions were utilized by almost 90% of the world’s top 100 communications companies. Acme Packet was founded in 2000 and was headquartered out of Bedford, Massachusetts.

2. BEA Systems

Oracle acquired BEA Systems in 2008 for $8.5 billion. The acquisition was made to bolster Oracle’s Fusion middleware software suite. Founded in 1995, the three founders of BEA were all former employees of Sun Microsystems. BEA Systems’ three major product lines were a transaction-oriented middleware platform called Tuxedo, an enterprise infrastructure platform, and a service-oriented architecture platform. All three products are utilized today, including the development of the Oracle Weblogic Server and Oracle Service Bus.

3. Hyperion Corporation

Hyperion Corporation, a provider of performance management software, was acquired by Oracle in 2007 for $3.3 billion. It offered enterprise resource planning solutions, financial modules, and reporting products. The combination of the two companies resulted in the creation of the Oracle Business Intelligence Enterprise Edition.

4. MICROS Systems

In September 2014, Oracle completed the acquisition of MICROS Systems Inc. Previously headquartered in Maryland, MICROS provided enterprise applications to restaurants, hotels, casinos, and other entertainment businesses. The $5.3 billion deal to acquire MICROS enabled Oracle to expand its Retail and Hospitality Hardware and Software division. At the time of acquisition, MICROS technologies were used by over 330,000 customers in 180 countries.

5. NetSuite

Oracle’s 2016 acquisition of NetSuite expanded Oracle’s operations in cloud services. NetSuite was the first cloud company and was founded in 1998. NetSuite provided customers with a suite of software services to manage business operations and customer relationships. NetSuite provided products to over 40,000 companies in 100 countries. NetSuite was one of the biggest acquisitions ever made by Oracle, costing the company $9.3 billion, and giving their library of software a huge boost. 

One of Oracle's most important and successful products is Java, which it acquired through its purchase of Sun Microsystems.

6. PeopleSoft

PeopleSoft provided numerous financial and business applications to address a range of business requirements. Oracle’s hostile takeover of PeopleSoft in 2005 cost $10.3 billion. Modules created by PeopleSoft included Human Capital Management, Financial Management, provider Relationship Management, Enterprise Service Automation, Supply Chain Management, and PeopleTools.

7. Siebel Systems

Siebel Systems specialized in customer relationship management solutions. After paying $5.85 billion in 2005, Oracle acquired its main competitor in the sales automation program industry. Siebel’s customer relationship manager provided solutions to more than 20 industries and was integrated into Oracle’s Customer Experience portfolio. Founder Thomas Siebel was an Oracle executive from 1984 to 1990 before founding Siebel Systems in 1993. Siebel itself now operates as a product under the Oracle branding.

8. Sun Microsystems

Founded in 1982, Sun Microsystems was acquired by Oracle in 2010 for $7.4 billion and was utilized in the production of Oracle Optimized Systems. Sun Microsystems helped develop a high-performance infrastructure for the Oracle Database, as well as the first Oracle Exalogic Elastic Cloud. Sun Microsystems’ personal portfolio of software developments has expanded under Oracle with the releases of Oracle Solaris, MySQL, and Java.

How Many Acquisitions Has Oracle Made?

In its lifetime, Oracle has made 144 acquisitions, as of March 2022. The acquisitions have been both large and small and have allowed Oracle to expand its presence in a variety of fields.

Who Did Oracle Recently Buy?

Oracle's most latest acquisition, which is still pending, is that of Cerner in December 2021, for $28.3 billion ($95 a share). This acquisition will put Oracle in the IT healthcare space; a new frontier for the company.

Does Oracle Make Hardware?

Yes, Oracle makes hardware. Its hardware products include servers, storage, and engineered systems, with the goal of optimizing database performance at lower costs.

Thu, 18 Sep 2014 11:15:00 -0500 en text/html https://www.investopedia.com/articles/insights/081816/top-8-companies-owned-oracle-orcl.asp
Killexams : How to Test Drive Windows 11 Without Installing Anything

Screenshot: Brendan Hesse

You can now demo Windows 11 from your internet browser, thanks to a new webpage created by a resourceful developer known as “Blue Edge.”

The webpage lets anyone see Windows 11 firsthand, even if your PC doesn’t meet the OS’s strict hardware requirements, and without having to install an unfinished beta version of Windows 11 on your PC. I tried it out in Chrome and Edge and it worked just fine, so it should be accessible in just about any browser.

Now, to be clear, this isn’t a fully functional recreation of Windows 11, nor is it a remote desktop running the OS. The webpage is really just a (very convincing) simulation of the real thing—albeit with limited interaction. For instance, you can open the Start menu, search widget, Edge browser, and Windows Store, but these are merely convincing mockups with a few interactive sections to sell the effect.

Screenshot: Brendan Hesse

The taskbar icons in the lower right also respond accurately to your system’s time, date, battery, and internet connection status, but hovering over an icon or shortcut won’t display the tooltip text that would normally appear in Windows 11.

Windows 11’s overhauled File Explorer isn’t operational in the Blue Edge sim, either—at least for now. Opening File Explorer will open a new folder window, but all it says is “Coming Soon.” Still, it gives an indication of how Windows 11’s sleeker, rounded app and folder windows will look in action.

Screenshot: Brendan Hesse

Outside of those few mockups, however, most of the page is a purely visual representation of the default Windows 11 desktop.

The Notification Center and News widgets are static images rather than interactive elements, and nothing happens when you click the Recycle Bin or Settings menu icons, or if your try to show the hidden taskbar icons. The same goes for most of the “apps” in the Start Menu.

Screenshot: Brendan Hesse

A few will open new pages to Blue Edge’s social media profiles, however, and the Github icon opens the Win 11 in React project page for those who want to learn more about it.

Still, the Win 11 in React page is a mostly accurate representation of how Windows 11 looks and behaves, and anyone curious about the next version of Windows should supply it a shot. It’s not the comprehensive Windows 11 experience, but it’s a whole lot easier than upgrading your PC to install an unfinished beta version.

[Windows Central]

Fri, 20 Aug 2021 09:40:00 -0500 en text/html https://lifehacker.com/how-to-test-drive-windows-11-without-installing-anythin-1847527997
Killexams : NetBackup IT Analytics Data Collector Installation Guide for Backup Manager

Collector Domain

The domain of the collector to which the collector backup policy is being added. This is a read-only field. By default, the domain for a new policy will be the same as the domain for the collector. This field is set when you add a collector.

Policy Domain

The Collector Domain is the domain that was supplied during the Data Collector installation process. The Policy Domain is the domain of the policy that is being configured for the Data Collector. The Policy Domain must be set to the same value as the Collector Domain.

The domain identifies the top level of your host group hierarchy. All newly discovered hosts are added to the root host group associated with the Policy Domain.

Typically, only one Policy Domain will be available in the drop-down list. If you are a Managed Services Provider, each of your customers will have a unique domain with its own host group hierarchy.

NetBackup Master Servers

Select the NetBackup Master Server(s) from which data will be collected. Multi-select is supported. Only available NetBackup Master Servers are displayed. For example, if a server has been decommissioned or it has been selected for use by another policy, it will not be displayed.

Add

Click to add a NetBackup server. Added servers are also displayed in the Inventory.

See Add/Edit NetBackup Master Servers within the Data Collector policy.

If the hosts already exists, NetBackup IT Analytics displays a confirmation dialog box to update the Host Details (including the Host Type). Click Ok to update Host details / Host Type.

Edit

Select a server and click to update the server values.

Backup Software Location on the Server (Data Collector or NetBackup Master)

Backup Software Location should point to a location on either the Data Collector server or the NetBackup Master Server. The location should either be the root folder or directory to the netbackup/volmgr folder(s) where the NetBackup software is installed.

If you are using the SSH/WMI remote collection method, this location is where the NetBackup software is installed on all the remote NetBackup Master Servers that are configured.

Default Backup Software Home location for NetBackup:

For Windows: C:\Program Files\Veritas.

For Linux: /usr/openv.

Collection Method

Select from NetBackup Software on a Data Collector Server (default) or SSH or WMI protocol to NetBackup Master Server. When NetBackup Software on Data Collector Server is selected, then the probe NetBackup Event Monitor is unselected, and following probes are selected: Storage Unit Details, Storage Lifecycle Policies, and Backup Policies.

When SSH or WMI protocol to NetBackup Master Server is selected, the probe NetBackup Event Monitor is unselected and disabled.

Remote Probe Login Details

These details are required for either of the following conditions:

  • The collector is centralized and the SLP Job Details, License Details, or Backup Policies probe is selected.

  • The collector is distributed and the Backup Policies probe is selected.

  • The Collection Method is SSH or WMI protocol to the NetBackup Master Server.

Master Server Domain

Specify the domain associated with the NetBackup Master Server User ID. For Windows Master Servers, this domain is used, in conjunction with the User ID, for the execution of the remote lifecycle policies utility (nbstlutil) by the SLP Job Details probe, when the Data Collector is not installed on the NetBackup Master Server; unused for remote Linux Master Servers. In addition, for NetBackup 7.7.3 only, this domain is used by the License Details probe to collect plugin information (bpstsinfo).

For NetBackup 8.3 and above, this domain is used by Backup Policies probe (FETB and Protection Plan collection) for REST API based authentication.

This field is required when the Collection Method is SSH or WMI protocol to the NetBackup Master Server and that Master Server is a Windows Server.

Master Server User ID

This field is required when the Collection Method is SSH or WMI protocol to the NetBackup Master Server.

Specify the user name with login rights on the selected NetBackup Master Server. The user name and password are used for the execution of the remote lifecycle policies utility (nbstlutil) by the SLP Job Details probe, when the Data Collector is not installed on the NetBackup Master Server. In addition, for NetBackup 7.7.3 only, the credentials are used by the License Details probe to collect plugin information (bpstsinfo). A Windows user name requires administrative privileges.

In case of NetBackup 8.3 and above, these credentials are also used by the Backup Policies probe for REST API based authentication. These credentials will be used for all Master Servers.

If SSH/WMI collection is specified, the username must have superuser privileges to run most NetBackup commands.

Master Server Password

This field is required when the Collection Method is SSH or WMI protocol to the NetBackup Master Server.

The password associated with the NetBackup Master Server User ID. The user name and password are used for the execution of the remote lifecycle policies utility (nbstlutil) by the SLP Job Details probe, when the Data Collector is not installed on the NetBackup Master Server. In addition, for NetBackup 7.7.3 only, the credentials are used by the License Details probe to collect plugin information (bpstsinfo).

In case of NetBackup 8.3 and above these credentials are also used by the Backup Policies probe for REST API based authentication. These credentials will be used for all Master Servers.

If password-based login to NetBackup Master Server is not allowed, for example in cloud deployment of NetBackup, then SSH private key can be specified here in the following format:

privateKey=<path-of-private-key>|password=<passphrase> where:

See Prerequisites for collection from Veritas NetBackup deployed as a Docker image.

WMI Proxy Address

Specify the IP address or hostname of the WMI Proxy. If this field is blank, 127.0.0.1 will be used. This is used for remote nbstlutil execution of the SLP Job Details probe, when the Data Collector is not installed on the NetBackup Master Server. In addition, for NetBackup 7.7.3 only, this is used by the License Details probe to collect plugin information (bpstsinfo).

For NetBackup 8.3 and above, this domain is used by Backup Policies probe (FETB and Protection Plan collection) for REST API based authentication.

This field is required when the Collection Method is SSH or WMI protocol to the NetBackup Master Server and that Master Server is a Windows Server.

Active Probes

Tape Library & Drive Inventory

Select the check box to activate Tape Library data collection from your NetBackup environment.

The default polling frequency is every 12 hours. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available. Optimize performance by scheduling less frequent collection.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Tape Inventory

Select the check box to activate Tape data collection from your NetBackup environment.

The default polling frequency is every 18 hours. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available. Optimize performance by scheduling less frequent collection.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Drive Status

Select the check box to activate Tape Drive status collection from your NetBackup environment. The default polling frequency is every 20 minutes. This probe is selected by default. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Job Details

Select the check box to activate Job data collection from your NetBackup environment. The polling frequency would depend on the value of ENABLE_MINUS_T_OPTION advanced parameter.

Refer to Backup Manager advanced parameters section for more details on ENABLE_MINUS_T_OPTION parameter.

This probe is selected by default. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Duplication Jobs

Select the check box to activate Duplication Job data collection from your NetBackup environment. The default polling frequency is every 60 minutes. This probe is selected by default. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Backup Message Logs

Select the check box to activate Message Log (bperror) data collection from your NetBackup environment. The default polling frequency is every 60 minutes. This probe is selected by default. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

SLP Job Details

Select the check box to activate SLP Job Details collection from your NetBackup environment. The default polling frequency is every 6 hours.

When selecting this SLP Job Details option, if you are using centralized NetBackup data collection, you must also configure the settings in the Login Details for Remote Probes section of this Data Collector policy.

Clients Detail

Select the check box to activate Client Details data collection from your NetBackup environment. This probe connects directly to each NetBackup client to collect and persist environmental details. The default polling frequency is once a week.

This probe is selected by default.

Click the clock icon to modify the scheduled frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week, and month. Advanced use of native CRON strings is also available. The default collection is scheduled to start on Tuesday at 9:00 a.m.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Audit Events

The Audit Events probe collects the audit events such as user login success or failure, policy modification etc. from Netbackup Master server.

Select the check box to activate Audit Events data collection from your NetBackup environment. This probes connects directly to NetBackup Master server to collect and persist the audit details.

The default schedule is every 1 hour.

You can configure the Advanced parameter NBU_AUDIT_LOOKBACK_DAYS for the first time collection of the NetBackpup Audit events. By default, it collects events from last 3 days for the first time.

Change the value of this advanced parameter to collect events that are anything other than 3 days.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted

License Details

Select the check box to activate License Details data collection from your NetBackup environment. This probes collects and persists license key information for NetBackup. The default polling frequency is monthly. This probe is selected by default. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Client Exclude/Include List Details

Select the check box to activate Client Exclude/Include List Details data collection from your NetBackup environment. This probe collects from Linux/Unix and Windows NetBackup clients. This probe connects directly to each NetBackup client to collect and persist the NetBackup client exclude/include list of files and directories. The default polling frequency is monthly. This probe is selected by default. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

NetBackup Event Monitor

Collects events generated by the nb_monitor_util executable present in the NBU installation. Events include create/update/ delete for Backup Policies, Storage Unit Details, Storage Unit Groups and Storage Lifecycle Policies. This probe is selected by default for new installations.

NetBackup Event Monitor is disabled if WMI/SSH collection is enabled.

Storage Unit Details

Select the checkbox to activate Storage Unit data collection from your NetBackup environment. The default polling frequency is every 4 hours. This probe is selected by default. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Storage Lifecycle Policies

When selecting this option, you must also configure settings in the section of this Data Collector policy. Select the check box to activate Storage Lifecycle Policy (SLP) collection from your NetBackup environment. The default polling frequency is every 8 hours. This probe is selected by default. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

Backup Policies

Performs Backup Policy data collection from your NetBackup environment. This probe also collects the FETB and protection plan data using REST APIs, provided the NetBackup version is 8.3 or later. You need to provide the REST API credentials under Remote Probe Login Details to allow the APIs to collect data. This probe is enabled by default and is not editable. The FETB data collected is also validated against the license entitlement of the subscription.

The default polling frequency is every 8 hours. Click the clock icon to create a schedule frequency for collecting data. You can schedule the collection frequency by minute, hour, day, week and month. Advanced use of native CRON strings is also available.

NetBackup IT Analytics supports VMWare, HyperV, Oracle, MSSQL intelligent policies in NetBackup. As a part of Oracle and MSSQL intelligent policies, the instance details backed up by policy is displayed in NetBackup Policies Details report.

Explicit schedules set for a Collector policy are relative to the time on the Collector server. Schedules with frequencies are relative to the time that the Data Collector was restarted.

NetBackup Resources Monitor

Select the checkbox to activate NetBackup Resources data collection from your NetBackup environment. The probe does not have a default schedule. Once enabled, it collects data received from the NetBackup IT Analytics Exporter installed on the NetBackup Master Server. When you enable this probe, the NetBackup Master Server (Internal Name) is added to Compute Resources Data Collection Policy. If there is no existing policy, a new policy for Compute Resources is added.

Note that the Internal Name of the NetBackup Master server must match the instance (Hostname) of the NetBackup Master Server.

See the NetBackup IT Analytics Exporter Installation and Configuration Guide for details on exporter installation.

Notes

Enter or edit notes for your data collector policy. The maximum number of characters is 1024. Policy notes are retained along with the policy information for the specific vendor and displayed on the Collector Administration page as a column making them searchable as well.

Download SSL Certificate

Downloads the SSL certificate required to set up NetBackup IT Analytics Exporter on the NetBackup Master Server.

See the NetBackup IT Analytics Data Exporter Installation and Configuration Guide for details on exporter installation.

Test Connection

Test Connection initiates a Data Collector process that attempts to connect to the subsystem using the IP addresses and credentials supplied in the policy. This validation process returns either a success message or a list of specific connection errors. Test Connection requires that Agent Services are running.

Test Connection checks if the utility nb_monitor_util is installed. This is required to use the probe NetBackup Event Monitor.

It also checks if the REST APIs were successfully executed against the NetBackup Master. For REST APIs to succeed, you must provide the user credentials of the NetBackup Master that has REST API access. The FETB and Protection Plan collection fails in absence of the user credentials.

Several factors affect the response time of the validation request, causing some requests to take longer than others. For example, there could be a delay when connecting to the subsystem. Likewise, there could be a delay when getting the response, due to other processing threads running on the Data Collector.

You can also test the collection of data using the functionality available in >>. This On-Demand data collection run initiates a high-level check of the installation at the individual policy level, including a check for the domain, host group, URL, Data Collector policy and database connectivity. You can also select individual probes and servers to test the collection run.

Sun, 02 Oct 2022 12:00:00 -0500 en text/html https://www.veritas.com/support/en_US/doc/140248394-150403536-0/pgfId-1036093-150403536
Killexams : UAB Oracle Administrative Systems Information

The Oracle Administrative System is an integrated suite of HR and Finance modules used for UAB administrative operations and record keeping. It is a web-based system that includes a Self-Service Application that allows all UAB employees to manage their own personal information including direct deposit accounts and tax withholdings, and to view and print personal employee assignment data, current payslips, employment verifications and W2 forms.

  • To update your personal information, follow the Admin Systems Self Service link for step-by-step instructions on using the UAB Self-Service Applications. For employees who do not have access to a computer on the job site, the HR Service Center is located on the first floor of the Administration Building. HR staff are available to provide assistance with employee Self Service responsibilities weekdays from 8:30 a.m. to 5 p.m.
  • For assistance with using the Oracle Administrative Systems, follow the Admin Systems Training link for more information on training and support.
Thu, 19 Mar 2015 19:11:00 -0500 en-US text/html https://www.uab.edu/humanresources/home/records-administration/oracle
Killexams : How to Install and Test a Plain Bearing

There are three important factors for proper bearing installation. First, you should use an arbor press to press-fit the bearings. This is the most efficient installation method and will preserve the integrity of the bearing. For example, if you use a hammer, the installation of the bearing might be uneven.

Next, ensure your bearing housing has a chamfer-plastic bearing manufacturer, igus, recommends 25-30 degrees for its bearings-and that it is press-fit with the outside chamfer of the bearing against the housing chamfer (for flange bearings, the sleeve portion will have this).

Then, ensure your ID-after-press-fit matches your supplier's recommended tolerances for the bearing. All measurement testing should be conducted after the bearing is press-fit into the housing. Prior to press-fitting, the bearing is oversized and may not conform to the listed specifications.

Conducting quality checks on the bearings after installation can be done many ways. One way is to use a pin-gauge test, also called a "go/no-go" test after press-fitting the bearing into the smallest specified housing-bore dimension. This will make sure the bearings are within specifications and will work properly once in service. Specifically, a "go" signifies the pin falling through the bearing under its own weight, while a "no-go" occurs when the pin does not fall through the bearing, or "sticks".

A pin-gauge test is the most accurate quality check because the pin acts like the shaft used in a real-world application and it reveals the inner diameter of the bearing at the smallest points, which is most critical to the application.

When using a plastic bearing, a pin-gauge test works especially well because the peaks and valleys of the bearing are irrelevant as long as the recommended shafts are able to pass through the bearing. Over time, as the bearing's self-made lubrication fills in the peaks and valleys of the shaft and the bearing, an ideal sliding surface is achieved.

While there are other tests that can be used to quality-check a bearing, problems can arise when applying these methods to plastic bearings. In particular, the use of a caliper should be avoided. Calipers, depending on the level of accuracy, are generally acceptable for only hurried quality checks. However, depending on the amount of pressure applied by the caliper or the location of the measurement, it is possible the numbers will not read correctly. It is more reliable to use a pin-gauge test to avoid unforeseen problems.


Post-installation Issues
A common post-installation problem is the bearing showing signs of material shave-off at installation. If this occurs, check to make sure the housing has the recommended chamfer of 25-30 degrees. If using a sleeve bearing (which typically has only one end with an outside chamfer), match up the bearing's outside chamfer with the housing-bore chamfer. If using a flange bearing, the sleeve portion (installed) has the outside chamfer already. In both instances, also check the housing bore to ensure it is not undersized.

Another problem that can occur is when the bearing is press-fit into the housing bore is that the ID after-press-fit is smaller or larger than the recommended tolerances. If this problem arises, the following points need to be assessed:

  • Confirm that the housing bore matches the recommended tolerances (generally an H7 housing bore).
  • If the housing bore is comprised of a softer metal, like aluminum or plastic rather than steel, it is possible that the bearing is pushing into the housing bore. To compensate, try using a thicker-walled housing.
  • Check your shaft tolerances to confirm that your pin gauges determined during the QC process are accurate.
  • If the ID of the bearing is undersized, make sure shavings are not in between the bearing and the housing.

Tom Miller is Bearings Unit Manager, North America for igus Inc. He can be reached at [email protected]
Thu, 06 Oct 2022 12:00:00 -0500 en text/html https://www.designnews.com/automation-motion-control/how-install-and-test-plain-bearing
Killexams : Oracle Announces General Availability of MySQL Heatwave on AWS

Oracle recently announced the general availability (GA) of MySQL Heatwave, a service that combines OLTP, analytics, machine learning, and machine learning-based automation within a single instance on AWS.

The company first released the cloud database service on Oracle Cloud Infrastructure (OCI) in 2020 to provide customers with a managed offering that integrates both online analytics and transaction processing capabilities. Later in 2022, autoML was added to the service. Now, it is available for the first time outside the Oracle Cloud Infrastructure – allowing users to run their transaction processing, analytics, and machine learning workloads in one service on AWS without needing ETL duplication between separate OLTP and OLAP databases.


Source: https://www.oracle.com/mysql/heatwave/

Peter Zaitsev, founder & CEO at Percona, tweeted:

Oracle finally admits nobody cares about Oracle Cloud and takes Heatwave to AWS, where previously it was one of unique "completing" features of OCI.

In a press release, Oracle announced several new capabilities for MySQL HeatWave on AWS. The service offers a native experience on AWS, the ability to monitor performance and the utilization of provisioned resources, and integration with MySQL Autopilot, which provides workload-aware, machine learning-based automation of the application lifecycle, including data management and query execution. In addition, it also offers comprehensive security features such as server-side data masking and de-identification, asymmetric data encryption, and a database firewall.

Sanjeev Mohan, a principal at Sanjmo, explains in a LinkedIn blog post:

The data plane, control plane, and console all run natively on AWS. The code base used for AWS is the same as the one used on OCI. However, Oracle has added several enhancements and integrated with AWS services, such as CloudWatch for monitoring resources and operational logs and metrics.

In the same press release, Oracle claims that MySQL HeatWave compared to other systems on AWS, provides better price performance. For instance, MySQL HeatWave on AWS delivers a price-performance seven times better than Amazon Redshift, ten times better than Snowflake, 12 times better than Google BigQuery, and four times better than Azure Synapse when running queries derived from the 4TB TPC-H benchmark.

Holger Mueller, VP and principal analyst, Constellation Research, said in one of the industry analyst statements on MySQL on AWS: 

The fact that the MySQL Engineering team can not only deliver the MySQL Heatwave offering on AWS but also provide architectural adaptations for better performance and TCO is another proof of the brilliance of the underlying software architecture.

In addition, Mueller told InfoQ:

Oracle is moving its software to the data on AWS, which will make potential adoption of customers on AWS with their data there - managed on competitive platforms - easier to migrate.

Lastly, MySQL HeatWave is now available in multiple clouds, OCI and AWS, with Microsoft Azure following soon. 

Wed, 21 Sep 2022 06:06:00 -0500 en text/html https://www.infoq.com/news/2022/09/oracle-mysql-heatwave-aws/
Killexams : Oracle Cerner + interoperability: 7 takeaways

Naomi Diaz -

Oracle Cerner has been working on interoperability for years and announced new efforts in latest months since its $28.4 billion acquisition by Oracle.

Seven points:

  1. Oracle Cerner is a founding member of the CommonWell Health Alliance. The CommonWell Health Alliance aims to advance interoperability by connecting systems nationwide and making health data widely available. 
  2. Most recently, the CommonWell Health Alliance announced that it would apply to become one of the first qualified health information networks as part of the Trusted Exchange Framework and Common Agreement. TEFCA is part of the 21st Century Cures Act passed in 2016 that aims to establish a nationwide EHR exchange. 
  3. Sam Lambson, vice president of interoperability at Oracle Cerner, called the move "a leap forward in achieving our vision for interoperability."
  4. On June 9, Larry Ellison, chair, co-founder and chief technology officer of Oracle said it plans to create a unified database for patient information. "Together, Cerner and Oracle have all the technology required to build a revolutionary new health management information system in the cloud," Mr. Ellison said. The database would have anonymized data from hospitals, clinics and providers across the U.S. and provide up-to-the-minute information about patients' personal health as well as public health statistics.
  5. Oracle Cerner uses network connections and nationwide exchanges to supply clinicians access to information and data sharing. 
  6. Oracle Cerner has also created the EHR analytics solution, dubbed the Lights On Network, which provides data-driven analysis to help understand which interoperability methods are used across organizations.
  7. In December 2021, Hans Buitendijk, director of interoperability strategy at Oracle Cerner joined the National Health Information Technology Advisory Committee. The committee provides recommendations to the National Coordinator for Health Information Technology on policies and standards, as well as implementation criteria.

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Thu, 22 Sep 2022 06:11:00 -0500 en-gb text/html https://www.beckershospitalreview.com/ehrs/oracle-cerner-interoperability-7-takeaways.html
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