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The Configuration Registry Database Is Corrupt [Error Fix] Third-party apps may affect the Configuration Registry’s database




The Configuration Registry Database Is Corrupt error may occur for many reasons.

Corrupt Office installation can prompt errors when you use it.

Performing an SCF and DISM scan often fix the error, so refer to the below procedures.



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Many Windows users report that they receive The Configuration Registry Database Is Corrupt error when they attempt to open Microsoft Office programs. Likewise, it appears when users use certain native utilities or programs available on Windows. It indicates issues relating to a corrupt Registry on Windows.

Why is the Configuration Registry Database Corrupt?

The most common cause is System file corruption on your PC. When you have corrupt system files on your PC, it can affect other programs running on your PC.

Furthermore, other factors can be responsible for corrupting the Configuration Registry Database. Some are:

Third-party app interference – You may encounter the Configuration Registry Database corrupt error due to third-party apps interfering with the process. These apps may impede the performance of native utilities like DISM or SFC, resulting in errors.

Corrupt Office installation – Issues regarding the corrupt installation of Microsoft Office on your PC will impact its functionality and prompt it to run into errors. So, you can encounter the Configuration Registry Database corrupt error if there are corrupt files or dependencies belonging to Microsoft Office.

Broken System Registry structures – Broken System Registry items on your computer can cause the Configuration Registry Database corrupt error. They affect your system’s performance and other programs on it.

However, the mentioned causes may vary on different computers but can be fixed by trying some general troubleshooting steps.

What can I do if the Registry database is corrupt?

We recommend you apply the following preliminary checks:

Disconnect any external devices plugged into your PC.

Turn off background programs on your computer.

Restart your PC in Safe Mode and check if the error persists.

If the corrupt Registry database error persists, try the solutions below.

1. Run the SFC and DISM

The Configuration Registry database is corrupted error should be fixed.

Expert tip:

2. Repair Office suite installation

Repairing the installation file will clear the corrupt files causing the error without affecting your app data.

3. Perform a Clean Boot

A clean boot will stop any interference with third-party apps and disable startup apps that may prompt the error.

Windows updates will resolve bugs affecting your computer, causing the Corrupt Configuration Registry Database error. Check this guide for what to do if Windows is not connecting to update services on your PC.

5. Run System Restore

Performing a system restore will backdate your computer, removing the corrupt item affecting it. If you have any issues starting the Restore point on your device, check this guide for the best fixes.

Alternatively, our guide on how to clean the Registry on Windows PC may come in handy if you ever need to.

Also, we have a detailed article on fixing errors accessing the Registry on your computer.

Still experiencing issues?

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Beginner’s Guide To Fluxbox Configuration

On any list of lightweight Linux window managers, you’ll find Fluxbox. Originally a fork of Blackbox, Flux is well known as a fast, light, highly configurable desktop. Unfortunately, Fluxbox’s emphasis on text files for nearly all configuration often acts as a roadblock for those first trying it out. There is a GUI which provides some of the basic config options, but the bulk of it (menus, colors, keybindings) is found in text files. In this article, we’ll go over most of Fluxbox’s config files and how to tweak them to your needs.

Since we’re focusing on configuration, the remainder of the article will assume you’ve already got Fluxbox installed. All examples and screenshots were done using Fluxbox 1.1.1 on Ubuntu 9.10.


Fluxconf is the basic configuration utility for Fluxbox. It doesn’t really have much beyond the most basic config options. It likely came with your Fluxbox package and so should already be installed, and can be launched with the command:

fluxconf Main Configuration

Much of the configuration you’re likely to want to do can be done in the file ~/.fluxbox/init file. Open it with the text editor of your choice, and you can set a wide variety of common options. Some of the more notable entries include:

session.menuFile: (location of the file containing the Fluxbox menu)

session.screen0.toolbar.widthPercent: (1 to 100, width of toolbar across screen))

session.screen0.toolbar.alpha: (0 to 255, transparency of toolbar. 255 is solid)

session.screen0.toolbar.autoHide: (true/false) (items to include in the toolbar, more detail in next section) (0 to 255, transparency of menu. 255 is solid)

session.screen0.workspaces: (number of workspaces or “virtual desktops”)


Setting a persistent wallpaper in Fluxbox can be surprisingly complex. There are various options to various programs that can all be used to set the wallpaper, either temporarily or permanently. For this reason, instead of going into all the complexities here, I’ll let the Fluxbox developers explain it in their own words.

Menu Editing

Fortunately, one of the more tedious aspects of configuration, menu editing, has a nice, functional GUI. The program fluxmenu, also bundled with your average Fluxbox package, does a good job of handling your menu needs.

If, for whatever reason, fluxmenu doesn’t do the job, you can edit the file ~/.fluxbox/menu by hand. Also, make sure you update the ~/fluxbox/init file to point to your custom menu file as described in the Main Configuration section of this guide.

Mouse and Keyboard Bindings

You’ll find keyboard and mouse config in the file ~/.fluxbox/keys. If, like me, you’re used to scrolling the mouse in the opposite direction to move between workspaces, you’ll find that under OnDesktop Mouse4 and OnDesktop Mouse5 near the top of the config file.

Fluxbox names some of the keys in a way that might not be obvious at first. If you find yourself confused by Mod1 and Mod4, here are the keys to which they map:

Mod1 = Alt

Mod4 = Windows (aka Super) key


You may have set some of the transparency options in the init file in a previous section. You may also have noticed that those transparencies may not have taken effect. Fluxbox, by default, does not have full compositing capabilities on its own, but you can get it through xcompmgr. They’ve created a guide located here with all the steps necessary to get xcompmgr and Fluxbox to play happily together. I’ve had mixed results getting this to work with various hardware and software combinations, so your mileage may vary.

Joshua Price

Josh Price is a senior MakeTechEasier writer and owner of Rain Dog Software

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How To Backup Registry In Windows 10

How To Backup Registry in Windows 10

Therefore, to protect your PC from any sort of trouble that may arise after making changes in the Windows registry, we will discuss how to backup registry in Windows 10.

Why Backup Registry in Windows 10?

If you are running the latest version of Windows 10, note by default the automatic backup of the Windows registry is disabled. It seems this is done to save storage space. Therefore, before making any changes withing the Registry Editor make sure you have a registry backup. Failing to do so, and making an incorrect change might brick your Windows.

Note: When using a tool to backup registry make sure it is trusted and reliable.

Best Registry Backup & PC Cleaning Tool

Backup Registry using a Dedicated Registry Tool

To backup registry using the PC Optimizer – Advanced System Optimizer follow the steps below:

1. Download the PC cleanup tool – Advanced System Optimizer from the link below:

2. Install the registry backup utility by following the on-screen instructions.

Within few seconds Advanced System Optimizer will take a complete backup of the registry.

This way you can also have a backup of Windows Registry.

3. Wait for the process to finish.

This way, you can easily backup and restore registry using Advanced System Optimizer. But the capabilities of Advanced System Optimizer are not restricted to the backing and restoring of Registry. Advanced System Optimizer is an all in one PC optimization tool that boosts the performance of Windows 10 PC.

How to Enable Automatic Backup of Registry in Windows 10

Once you enable automatic registry backup, Windows will automatically backup your registry. To enable follow the steps below:

Disclaimer: The steps provided here should be performed with utmost care as a slight mistake can cause problems on your PC.

3. On the Registry Editor window that opens, navigate to the following key:

HKEY_LOCAL_MACHINESYSTEMCurrentControlSetControlSession ManagerConfiguration Manager.

5. Now, name the newly created key as EnablePeriodicBackup and hit the Enter key on the keyboard of the computer.

7. Now reboot your computer for the changes to take effect.

From now onwards Windows will automatically create a backup of the registry and placed them in a folder named as RegBackup at the location C:WindowsSystem32configRegBack.

Moreover, a task will also be created in Windows Task Scheduler with name RegIdleBackup, to automatically manage all future backup of the Windows registry.

Backup the Registry Manually:

You can also backup registry manually through registry editor in Windows. To do so follow the steps given below:

3. On the Registry Editor window that opens, you can either take a full backup of the Windows registry or a specific registry key.

Backup Registry by Creating a Restore Point:

System Restore is one of the simplest methods to perform Windows registry backup.

1. On Windows Search type Create a restore point. Now select Create a restore point from the search results.

5. After successfully completing the above steps, you have created a complete backup of the registry that you can use in future to revert the setting to a previous state if required.

Restoring the Registry via Backup

1. To restore the registry open Registry Editor. Now in the left pane select the desired Registry where you have to restore the registry key.

Restoring the Registry via System Restore:

Another way to restore the registry in Windows 10 is via System Restore. Earlier, in the article we have learnt how to backup registry using System Restore, similarly system restore can be used for restoring the registry. To restore registry using System Restore utility, follow the steps below:

2. Now select Create a restore point from the search results.

7. Your computer will now reboot to apply the changes. After the system reboots itself it has been restored to the previous state.


Registry backup can be very handy especially when you are facing issues with your PC. Therefore, it is always recommended to backup registry regularly, so that it can be restored whenever faulty hardware or program make your system messy. Agreed these backups take some space on your hard disk, but this shouldn’t be the reason for not keeping a backup.

Moreover, if the registry gets corrupted due to a malware infection then also registry backup comes in handy. To take a backup of Windows Registry and keep system optimized you can try Advanced System Optimizer.

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How To Use Plugins Junit Jenkins With Configuration?

Introduction to JUnit Jenkins

Jenkins means JUnit test XML report format. We can use this format in the TestNg tool when we require additional information about the test case. But before that, we need to configure Jenkins. In other words, we can say that it provides some different types of functionality for JUnit and the plugins for the other technology. Normally Jenkins is an open-source automation server that provides a different kind of functionality to the developer to build the test case, deploy their software, pipeline, etc.

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What is JUnit Jenkins?

Jenkins comprehends the JUnit test report XML design (which is additionally utilized by TestNG). Therefore, when this choice is arranged, Jenkins can give valuable data about test results, for example, chronicled test result drifts, a web UI for reviewing test reports, following disappointments, etc.

To utilize this element, first set up your work to run tests, then, at that point, indicate the way to JUnit XML records in the Ant glob grammar, for example, **/construct/test-reports/*.xml. Be certain not to incorporate any non-report records into this example. You can determine different examples of records isolated by commas.

Do you also feel functional tests are one of the main elements for conveying top-notch programming? You share my viewpoint that we should help the designer robotize this errand to obtain practically identical outcomes and get meaningful pattern reports.

How to Use Plugins JUnit Jenkins?

Now let’s see how we can use JUnit Plugins as follows:

The JUnit module gives a distributor that consumes XML test reports produced during the forms and provides some graphical representation of the verifiable experimental outcomes (see JUnit chart for an example) as well as a web UI for survey test reports, following disappointments, etc. Jenkins comprehends the JUnit test report XML design (likewise utilized by TestNG). Jenkins can give valuable data about test results, like patterns, whenever this choice is designed.

Likewise, the module gives a conventional API to other unit-test distributor modules in Jenkins. This usefulness was important for the Jenkins Core until it was parted out to this module in the form of 1.577.

JUnit Jenkins Configuration

Now let’s see the configuration of Jenkins in JUnit as follows:

Test report XMLs: Specify the way to JUnit XML documents in the Ant glob language structure, for example, **/fabricate/test-reports/*.xml. Be certain not to incorporate any non-report records into this example. You can indicate numerous examples of records isolated by commas. The base registry of the fileset is the work area root.

Hold long standard result/blunder: If checked, any expected result or mistake from a test suite will be held in the test results after the form finishes. (This alludes to different messages printed for comfort, not to a disappointment stack follow). Such a result is constantly assuming the test fizzled, yet as a matter of course, extensive result from breezing through assessments is shortened to save space. Take a look at this choice, assuming you want to see each log message from breezing through assessments, yet be careful that Jenkins’ memory utilization can considerably increment accordingly, regardless of whether you never check out the experimental outcomes!

Wellbeing report enhancement factor: The intensification element to apply to test disappointments while processing the experimental outcome commitment to the form wellbeing score. The default factor is 1.0. A component of 0.0 will impair the experimental outcome commitment to fabricating wellbeing score, and, for instance, an element of 0.5 implies that 10% of tests bombing will score 95% wellbeing. The component perseveres with the form results to reflect changes in new forms.

Permit void outcomes: If checked, the default conduct of bombing and expanding on missing experimental outcome records or void experimental outcomes are changed not to influence the situation with the form. If it’s not too much trouble, note that this setting makes it harder to detect misconfigured occupations or assemble disappointments where the test instrument doesn’t exist with a mistake code while not delivering test report records.

Skip distributing checks: If this choice is uncontrolled, then, at that point, the module consequently distributes the test results to compare SCM facilitating stages. For instance, if you involve this element in a GitHub association project, the warnings will be distributed to GitHub through the Checks API. If this activity dials back your assembly, or you would rather not distribute the alerts to SCM stages, you can use this choice to deactivate this component.

Look at the name: If given and distributing checks empowered, the module will utilize this name while distributing results to compare SCM facilitating stages. On the off chance that not, a default of “Test” will be utilized.

JUnit Jenkins Examples

Now let’s see the example of Jenkins for better understanding as follows:

Let’s see a simple example of a Welcome Test case based on JUnit.

Now create a new project as per our requirement; we have already created the project, as shown in the following screenshot.

In the next step, we must select the post option per our requirement, as shown in the following screenshot.


We hope from this article you learn more about JUnit Jenkins. From the above article, we have taken in the essential idea of JUnit Jenkins, and we also see the representation and example of JUnit Jenkins. Furthermore, this article taught us how and when to use the JUnit Jenkins.

Recommended Articles

This is a guide to JUnit Jenkins. Here we discuss the definition and how to Use Plugins JUnit Jenkins with its configuration, along with an example. You may also have a look at the following articles to learn more –

Database Testing Using Selenium: How To Connect?

Database Connection in Selenium

Selenium Webdriver is limited to Testing your applications using Browser. To use Selenium Webdriver for Database Verification you need to use the JDBC (“Java Database Connectivity”).

JDBC (Java Database Connectivity) is a SQL level API that allows you to execute SQL statements. It is responsible for the connectivity between the Java Programming language and a wide range of databases. The JDBC API provides the following classes and interfaces

Driver Manager






How to Connect Database in Selenium

In order to test your Database using Selenium, you need to observe the following 3 steps

Step 1) Make a connection to the Database

In order to make a connection to the database the syntax is

DriverManager.getConnection(URL, "userid", "password" )


Userid is the username configured in the database

Password of the configured user

And the code to create connection looks like

Connection con = DriverManager.getConnection(dbUrl,username,password);

You also need to load the JDBC Driver using the code

Class.forName("com.mysql.jdbc.Driver"); Step 2) Send Queries to the Database

Once connection is made, you need to execute queries.

You can use the Statement Object to send queries.

Statement stmt = con.createStatement();

Once the statement object is created use the executeQuery method to execute the SQL queries

stmt.executeQuery(select * from employee;); Step 3) Process the results

Results from the executed query are stored in the ResultSet Object.

Example of Database Testing with Selenium

Step 1) Install MySQL Server and MySQL Workbench

Check out the complete guide to Mysql & Mysql Workbench here

While installing MySQL Server, please note the database



Port Number

It will be required in further steps.

Step 2) In MySQL WorkBench, connect to your MySQL Server

In the next screen,

Select Local Instance of MySQL

Enter Port Number

Enter Username

Enter Password

Step 3) To Create Database,

Enter Name of Schema/Database

Step 4) In the navigator menu,

Enter Table name as employee

Enter Fields as Name and Age

Step 5) We will create following data

Name Age

Top 25

Nick 36

Bill 47

To create data into the Table

In navigator, select the employee table

Enter Name and Age

Repeat the process until all data is created

Step 6) Download the MySQL JDBC connector here

Step 7) Add the downloaded Jar to your Project

Select the libraries

You can see MySQL connector java in your library

Step 8) Copy the following code into the editor

Package htmldriver; import java.sql.Connection; import java.sql.Statement; import java.sql.ResultSet; import java.sql.DriverManager; import java.sql.SQLException; public class SQLConnector { public static void main(String[] args) throws ClassNotFoundException, SQLException { String dbUrl = "jdbc:mysql://localhost:3036/emp"; String username = "root"; String password = "guru99"; String query = "select * from employee;"; Class.forName("com.mysql.jdbc.Driver"); Connection con = DriverManager.getConnection(dbUrl,username,password); Statement stmt = con.createStatement(); ResultSet rs= stmt.executeQuery(query); while ({ String myName = rs.getString(1); String myAge = rs.getString(2); System. out.println(myName+" "+myAge); } con.close(); } }

Step 8) Execute the code, and check the output

Selenium Database Testing Summary

Step 1) Make a connection to the Database using method.

DriverManager.getConnection(URL, "userid", "password")

Step 2) Create Query to the Database using the Statement Object.

Statement stmt = con.createStatement();

Step 3) Send the query to database using execute query and store the results in the ResultSet object.

ResultSet rs = stmt.executeQuery(select * from employee;);

We will create following data

Python With Mysql Connectivity: Database & Table

In order to use MySQL connectivity with Python, you must have some knowledge of SQL

Before diving deep, let’s understand

What is MySQL?

MySQL is an Open-Source database and one of the best type of RDBMS (Relational Database Management System). Co-founder of MySQLdb is Michael Widenius’s, and also MySQL name derives from the daughter of Michael.

In this tutorial, you will learn

How to Install MySQL Connector Python on Windows, Linux/Unix Install MySQL in Linux/Unix:

In terminal use following command

Example rpm -i MySQL-

To check in Linux

mysql --version Install MySQL in Windows

Download MySQL database exe from official site and install as usual normal installation of software in Windows. Refer this tutorial, for a step by step guide

How to Install MySQL Connector Library for Python

Here is how to connect MySQL with Python:

For Python 2.7 or lower install using pip as:

pip install mysql-connector

For Python 3 or higher version install using pip3 as:

pip3 install mysql-connector Test the MySQL Database connection with Python

To test MySQL database connectivity in Python here, we will use pre-installed MySQL connector and pass credentials into connect() function like host, username and password as shown in the below Python MySQL connector example.

Syntax to access MySQL with Python:

import mysql.connector db_connection = mysql.connector.connect( host="hostname", user="username", passwd="password" )


import mysql.connector db_connection = mysql.connector.connect( host="localhost", user="root", passwd="root" ) print(db_connection)


Here output shows the connection created successfully.

Creating Database in MySQL using Python

Syntax to Create new database in SQL is

CREATE DATABASE "database_name"

Now we create database using database programming in Python

import mysql.connector db_connection = mysql.connector.connect( host= "localhost", user= "root", passwd= "root" ) # creating database_cursor to perform SQL operation db_cursor = db_connection.cursor() # executing cursor with execute method and pass SQL query db_cursor.execute("CREATE DATABASE my_first_db") # get list of all databases db_cursor.execute("SHOW DATABASES") #print all databases for db in db_cursor: print(db)


Here above image shows the my_first_db database is created

Create a Table in MySQL with Python

Let’s create a simple table “student” which has two columns as shown in the below MySQL connector Python example.

SQL Syntax:

CREATE TABLE student (id INT, name VARCHAR(255))


import mysql.connector db_connection = mysql.connector.connect( host="localhost", user="root", passwd="root", database="my_first_db" ) db_cursor = db_connection.cursor() #Here creating database table as student' db_cursor.execute("CREATE TABLE student (id INT, name VARCHAR(255))") #Get database table' db_cursor.execute("SHOW TABLES") for table in db_cursor: print(table)


('student',) Create a Table with Primary Key

Let’s create an Employee table with three different columns. We will add a primary key in id column with AUTO_INCREMENT constraint as shown in the below Python project with database connectivity.

SQL Syntax:



import mysql.connector db_connection = mysql.connector.connect( host="localhost", user="root", passwd="root", database="my_first_db" ) db_cursor = db_connection.cursor() #Here creating database table as employee with primary key db_cursor.execute("CREATE TABLE employee(id INT AUTO_INCREMENT PRIMARY KEY, name VARCHAR(255), salary INT(6))") #Get database table db_cursor.execute("SHOW TABLES") for table in db_cursor: print(table)


('employee',) ('student',) ALTER table in MySQL with Python

Alter command is used for modification of Table structure in SQL. Here we will alter Student table and add a primary key to the id field as shown in the below Python MySQL connector project.

SQL Syntax:



import mysql.connector db_connection = mysql.connector.connect( host="localhost", user="root", passwd="root", database="my_first_db" ) db_cursor = db_connection.cursor() #Here we modify existing column id db_cursor.execute("ALTER TABLE student MODIFY id INT PRIMARY KEY")


Here below you can see the id column is modified.

Insert Operation with MySQL in Python:

Let’s perform insertion operation in MySQL Database table which we already create. We will insert data oi STUDENT table and EMPLOYEE table.

SQL Syntax:

INSERT INTO student (id, name) VALUES (01, "John") INSERT INTO employee (id, name, salary) VALUES(01, "John", 10000)


import mysql.connector db_connection = mysql.connector.connect( host="localhost", user="root", passwd="root", database="my_first_db" ) db_cursor = db_connection.cursor() student_sql_query = "INSERT INTO student(id,name) VALUES(01, 'John')" employee_sql_query = " INSERT INTO employee (id, name, salary) VALUES (01, 'John', 10000)" #Execute cursor and pass query as well as student data db_cursor.execute(student_sql_query) #Execute cursor and pass query of employee and data of employee db_cursor.execute(employee_sql_query) print(db_cursor.rowcount, "Record Inserted")


2 Record Inserted

Also Check:- Python Tutorial for Beginners: Learn Programming Basics [PDF]

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