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Introduction to C# Thread

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public sealed class Thread: System.Runtime.ConstrainedExecution.CriticalFinalizerObject Working of C# Thread Class

The time an object of System.Threading.Thread class is created when the life cycle of the thread starts. When there is termination of thread or completion of execution of thread, the thread is created and ends.

There are several states in the life cycle of a thread.

2. The Ready state: This state is a situation when the thread is all set to run and is waiting for the cycle of Central Processing Unit.

3. The Not Runnable State: This state is a situation when the thread cannot be executed when:

There has been a call to the Sleep method.

There has been a call to the Wait method.

There has been a block by input/output operations.

4. The dead State: This state is a situation when the execution of the thread is complete, or the execution of the thread is aborted.

The thread that will be first executed in the entire process is called as Main thread.

The main thread is automatically created when the execution of C# program begins.

The CurrentThread property of Thread class is used to access a thread.

Below program demonstrates the execution of main thread:


using System; using System.Threading; namespace Multithreading { class MainThread { static void Main(string[] args) { Thread thr = Thread.CurrentThread; thr.Name = "Thread Class"; Console.WriteLine("Welcome to {0}", thr.Name); Console.ReadKey(); } } }


In the above program, a namespace called multithreading is created. Then a class called mainthread is created under multithreading namespace. Then a main method is called. Then an instance of the thread class is created. Then Name method of thread class is accessed using the instance of the thread class. Finally the output is displayed on the screen.

Methods of Thread Class

Given below are the several methods of thread class:

1. Abort()

Whenever Abort() method is invoked on a thread, ThreadAbortException is raised and the process of termination of thread begins. The termination of thread is caused by calling this method.



using System; using System.Threading; class ExThread { public void thr() { for (int y = 0; y < 3; y++) { Console.WriteLine(y); } } } class Example { public static void Main() { ExThread ob = new ExThread(); Thread th = new Thread(new ThreadStart(ob.thr)); th.Start(); Console.WriteLine("Aborting the thread"); th.Abort(); } }


2. Interrupt()

Whenever Interrupt() method is called, a thread which is in the thread state of WaitSleepJoin is interrupted.

3. Join()

Whenever Join() method is called, a calling thread is blocked until the termination of a thread and the standard COM and SendMessage pumping are continued to be performed along with blocking of the thread.

Example to implement Interrupt() and Join():

using System; using System.Threading; class Thr { Thread th; public Thr(String name1) { th = new Thread(this.Runaway); th.Name = name1; th.Start(); } public void Runaway() { Thread th1 = Thread.CurrentThread; try { Console.WriteLine(" Execution of " + chúng tôi + " has begun"); for(int y=0; y<3; y++) { Console.WriteLine(" Printing of " + chúng tôi + " has begun" + y); Thread.Sleep(200); } Console.WriteLine(" Execution of " + chúng tôi + " is finished"); } catch(ThreadInterruptedException e) { Console.WriteLine("Thread Interruption" + e); } } public static void Main(String[] ar) { Thr ob = new Thr("Thread demo");;; } }


4. ResetAbort()

Whenever ResetAbort() method is called, the termination request for the current thread is cancelled.



using System; using System.Threading; using System.Security.Permissions; class Thread1 { public void Jobthread() { try { for (int r = 0; r < 3; r++) { Console.WriteLine(" Working of thread has begun "); Thread.Sleep(10); } } catch (ThreadAbortException e) { Console.WriteLine("ThreadAbortException is caught and must be reset"); Console.WriteLine("The message looks like this: {0}", e.Message); Thread.ResetAbort(); } Console.WriteLine("Thread is working fine"); Thread.Sleep(200); Console.WriteLine("Thread is done"); } } class Driver { public static void Main() { Thread1 obj = new Thread1(); Thread Th = new Thread(obj.Jobthread); Th.Start(); Thread.Sleep(100); Console.WriteLine("thread abort"); Th.Abort(); Th.Join(); Console.WriteLine("end of main thread"); } }


5. Start()

Whenever Start() method is called, a thread is started.



using System; using System.Threading; class Test { static void Main() { Thread td = new Thread (new ThreadStart (Got)); td.Start(); } static void Got() { Console.WriteLine ("this is thread Start() method"); } }


6. Sleep(int millisecondsTimeout)

Whenever Sleep(int millisecondsTimeout) method is called, the thread is paused for the specified time period.



using System; using System.Threading; namespace Examplethr { class MyThread { static void Main(string[] args) { Thread th = Thread.CurrentThread; th.Name = "This is the First Thread"; Console.WriteLine("The Name of the thread is : {0}", th.Name); Console.WriteLine("The priority of the thread is : {0}", th.Priority); Console.WriteLine("Pausing the child thread"); Thread.Sleep(100); Console.WriteLine("Resuming the child thread"); Console.ReadKey(); } } }


7. Suspend()

Whenever Suspend() method is called, the current thread is suspended if it is not suspended.

8. Resume()

Whenever Resume() method is called, the suspended thread is resumed.

9. Yield()

Whenever Yield() method is called, the calling thread must result in execution to the other thread which is ready to start running on the current processor. The thread to yield to is selected by the operating system.

Example to implement Suspend() Resume() and Yield()


using System; using System.Runtime.CompilerServices; using System.Threading; class Program { public static void Main () { bool finish = false; while (!finish) {} }); while (!finish) { GC.Collect (); Thread.Yield (); } }); th.Start (); th1.Start (); Thread.Sleep (10); for (int j = 0; j < 5 * 4 * 2; ++j) { th.Suspend (); Thread.Yield (); th.Resume (); if ((j + 1) % (5) == 0) Console.Write ("Hello "); if ((j + 1) % (5 * 4) == 0) Console.WriteLine (); } finish = true; th.Join (); th1.Join (); } }


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Complete Guide To How Does C Ftell() Working With Examples

Introduction to C ftell()

The C ftell() function is used to return the current position of the specified file stream. The ftell() function is a built-in function in c. Some times in program while we reading or writing the data from or to the file we need to get the current position of the file to read data from a specific location or to write the data to a specific location, so to get the current location of the file pointer we can use ftell() function and the later to change or move the pointer location we can use the fseek() function(), which is also a built-in function. The ftell() function accepts file pointer which points to the specific file, so this function returns the current position of that specific file and this function also can be used to return the size of the file by moving the pointer to the end of the file with the help of SEEK_END constant value.

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The Syntax of the ftell() function in C

Following is the syntax to call the ftell() function in c –

long int ftell(FILE *fstream);

Parameters –

*fstream – *fstream parameter specifies the FILE type pointer which points to specific FILE object.

Return value –

The return value of the function as is int, it returns the current location of the file pointer pointing, otherwise returns -1L if any error occurs.

Working and Examples of ftell() function in C

Next, we write the C code to understand the ftell() function working more clearly with the following example where we use ftell() function to get the current location of the file pointed by the pointer, as below –

Example #1


void main() { char fdata[50]; FILE *fstream = fopen(“data.txt”,”r”); printf(“The current location of th pointer before reading from the file is : %ldn”, ftell(fstream)); fscanf(fstream,”%s”,fdata); printf(“The current data read from the file is : %sn”, fdata); printf(“The current location of th pointer after reading from the file is : %ldn”, ftell(fstream)); }


As in the above code, the file “data.txt” is opened and the fstream is a FILE type pointer which is pointing to this file, if any operation needs to perform-like read, write, append, etc, we can perform with the help of this FILE pointer(fstream). When the new file is open the file pointer always points to the starting position of the file that is 0 in the file. Farther in the code the ftell() function is used before and after reading some data from the file. So before reading the data the ftell() return the pointer location is 0, after reading data “This” which is of four lengths the ftell() return the pointer location is 4, which are correct.

Next, we write the C code to understand the ftell() function working where we use ftell() function to get the total length of the file by using the file pointer, as below –

Example #2


void main() { char fdata[50]; int length; FILE *fstream = fopen(“data.txt”,”r”); printf(“The current location of th pointer before seek is : %ldn”, ftell(fstream)); fseek(fstream, 0, SEEK_END); length = ftell(fstream); printf(“The total length the file is : %ldn”, length); printf(“The current location of th pointer after seek is : %ldn”, ftell(fstream)); }


As in the above code, the file “data.txt” is open which stores the data “This is the file data.” of length 22 and the fstream is a FILE type pointer which is pointing to this file. Farther in the code the fseek() function is used to move the pointer to the end of the file with the help of SEEK_END constant value and then after moved with the help of ftell() function return the pointer location which is 22 that is the last location or index pointing by the point and that is what the length of the file.

Example #3


void main() { int i; FILE *fstream = fopen( “data1.txt”,”r” ); i = ftell(fstream); if(i == -1L) { printf( “A file error has occurred!!n” ); } printf( “The current location of the pointer is : %ldn”, ftell(fstream) ); }


As in the above code, the file “data1.txt” is trying to open but that file does not exist. The fstream FILE type pointer is trying to point to this file as the file does not exist the fopen() function return 0 and so the ftell(fstream) function return -1L, as because the error occurs to open the file.


The ftell() function is a built-in function in C, which is used to return the current position of the file stream. The ftell() function accepts one parameter of File type pointer which points to the file.

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Complete Guide To Powershell Administrator

Introduction to PowerShell Administrator

PowerShell administrator is a person who is responsible for maintaining the overall windows-based servers of an organization. They are also responsible for maintaining the integrity of the data of the organization. They also play a pivotal role in maintaining the on-boarding and off-boarding of employees as they are the ones responsible for maintaining the active directory of the organization. PowerShell administrators are also known as windows administrators.

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Different ways of Running as PowerShell Administrator

There is a major difference between running a cmdlet or a script in PowerShell in a normal mode from that of an administrator mode. It is because most of the operations require admin access and only a PowerShell administrator has the privilege to perform those operations.

Open PowerShell using the run command. Once the PowerShell window is opened, type as Start-Process PowerShell -verb run as and press the enter key.

By using task manager, create a new task. In the name, type PowerShell and check the “Create this task with administrative privileges” and press enter.

Roles and Responsibilities of PowerShell Administrator

Given below are the roles and responsibilities :

1. Check for patches

One of the main responsibilities of a PowerShell administrator is to check for the latest patches that are available and install them. This is a crucial part for any organization to prevent the resources from vulnerabilities attacks and other security related issues. Most of the organization’s patches are installed on a monthly basis to avoid any threats. Get-Hotfix cmdlet is used to find the patches. If we know the id of the patch, then that KB article value should be passed.





It will display the list of all patches that are installed in the local computer.

2. Monitoring the disk space availability

The other important task of the PowerShell administrator is to monitor the available disk space in the system. This process will be tedious in case if there are multiple servers in the system and can’t be done manually. This job is automated by most of the admins with the help of a script which regularly checks for the disk space and sends a trigger based on the condition. These scripts are run using a task scheduler, which will run during non-business hours.




3. Adding users from csv to an AD Group





4. Check if patch is installed in a server or not



In the above example, a list of servers is maintained in one csv and the list of patch ids to be checked for installation in maintained in another csv. For each of the servers mentioned in the csv, all the patch ids are checked if it is installed or not. The server details and patch id’s can be mentioned in the same csv but it would be convenient to have them in different csv’s.

5. Deleting IIS logs older than 10 days




In the above script, a list of log locations is mentioned in the text file. Then in each of the paths, the files that are greater than 7 days are deleted. This can also be scheduled in a task scheduler and can be run daily during non-business hours.


Thus, the article covered in detail who is a PowerShell administrator and what are his roles and responsibilities. The mentioned roles are only a few but there are more tasks than a PowerShell administrator does on his day-to-day activities. The roles are explained with appropriate examples. In some cases, the PowerShell administrator is also responsible for the overall infrastructure of an organization.

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Complete Guide To Logstash Version

Introduction to Logstash

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Various Logstash Version 1. Logstash 6.3.0 Version

All the versions before 6.3.0 supports for 6.2.x versions or earlier versions including 5.x versions which are considered as PQ versions prior to Logstash 6.3.0 therefore making persistent queue enabled therefore recommending deleting all the persistent queue and its associated activities before upgradation.

2. Logstash 6.0 Version

There are some core and major changes in Logstash 6.0 version which are as follows:

Changes in Logstash Core: These changes can affect any of the instance for Logstash which further impacts lot of features. All changes related to Logstash is mainly related to plugins associated with it.

Application settings segment with config.reload.interval parameter has been changed to use all the time related values and convert this to millisecond values for themselves in their desired units of time.

There are certain changes in terms of rpm and deb packages which in turn makes the overall config files match the required configuration with conf.d pattern matching the glob pattern for transformation.

Command line interface behavior also got changed providing options to -e and -f for mutual exclusion and configurations appending the stdin input and stdin output respectively.

There were many plugins which were deprecated from the default bundle based on the usage of data and still those plugins can be used before these versions.


3. Logstash 7.0.0-alpha1

Changes in Logstash Core: In this version the execution of java has been made as default.

There are major changes in core java specifications and all the associated activities.

Referencing to field is also made strict by default.

Bugfix: There is also a bugfix which is related to data type conversions including byte, short as in RabbitMQ input plugin.

Logstash-filter-aggregate is one of the plugins which has an ability to add new feature consisting of custom timeout or inactivity timeout in the block of entire code.

There are many logstash metrics specific to aggregate plugin having aggregate_maps, error_codes, pushed_events to track for.

Another Plugin Added is logstash-filter-jdbc_static: This plugin is used for adding additional information that emphasize on the documentation and signifies ordering in the table ordered.

Logstash-filter-xml: Plugin to add xpath to the failed empty set of arrays, it also fixes the forced_array behavior with nested elements.

4. Logstash 7.0.0-alpha2 Version

It also has some more improvised Plugins which are supported in this release version which are as follows:


Also, it supports one more plugin like logstash-flash-memcached for making cache of stuffs.

Logstash input beats is another plugin which consists of loosen jar-dependencies to allow plugins to work with JRubies including later version.

5. Logstash 7.0.0-beta1 Version

Removal of Removed obsolete lru_cachesize field from the logstash-filter-geoip.

Removal of logstash-filter_jdbc streaming which help in swap out of postgresql for testing and streaming.

Minor documentation fixes and enhancements as well.

Logstash input-beats changed vault of add_hostname with some security aspects to be maintained.

The plugin consists of some kafka dependency that is also being removed.

6. Logstash 7.0.0-rc1 Version

Issues to be fixed for unqualified domains where it will fail for resolving the running instances with Logstash 5.x versions.

It included logstash-filter-kv which acts as a timeout parameter in this version.

7. Logstash 7.0.0-rc2 Version

It has a change related to plugins where the logstash-input-snmp plugin is updated and has a support for SNMP tables which can be queried religiously.

Enhancements related to get more cleared form of logs where three error messages in the client gets saved via target address related.

8. Logstash 7.0.0 Version

Logstash 7.0.0 version includes features from most of the already supported versions from 7.0.0-alpha1, alpha2, beta1, rc1 and rc2 versions.

Supports for most of the other plugins as well where it includes logstash-codec-cef, logstash-codec-netflow and many more.

9. Logstash 7.0.1 Version

It didn’t include much of the changes but majorly focused on bug fixing aspects of all the related 7.0.0 related versions.

10. Logstash 7.1.0 Version – Logstash 7.1.1 Version

In 7.1.0 version majorly updates for the changes to licensing of security features is emphasized on such as encrypted communications, files, and native authentication.

In this 7.1.1 version release majorly focused on bug fixing no user facing changes in the release.

11. Logstash 7.2.0 Version – Logstash 7.2.1 Version

Fixed that Java supports for Java 11 and Joni regexp is enabled.

Jinja2 docker dependency needs to be resolved.

12. Logstash 7.3.0 Version – Logstash 7.3.2 Version

There are major bug fixing related to ability to give multiple pipelines for all the settings.

13. Logstash 7.4.0 Version – Logstash 7.4.2 Version

Not much user-facing changes upto 7.4.2 version.

14. Logstash 7.5.0 Version – Logstash 7.5.2 Version

In 7.5.2 version the major emphasis is kept on improving the logstash start-time by moving class caching from compute steps to compiled pipeline.

Updated all jackson related dependencies.

15. Logstash 7.6.0 Version – Logstash 7.6.2 Version

Some fixes were made related to quoted plugin option key having many regression keys to stop pipeline from starting.

16. Logstash 7.7.0 – Logstash 7.13.4 Version

Have almost same fixes and changes related to plugins and manipulation in pipelines and its related components like GeoIP.

17. Logstash 7.14.0

This is the stable and latest version of Logstash which is currently into release segment.

Conclusion – Logstash Version

The Logstash Elastic Agent input plugin is available and is used with Elastic agents normal availability and elastic workplace search that has really aided in enhancing all the logs. Logging mechanism gets improvised and simplifies the job of maintaining logs in an efficient manner seamlessly. Logstash latest version has come a long way starting from its alpha release with lots of bug fixing and improvements.

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A Complete Guide To Joomla Version

Introduction to Joomla Version

Web development, programming languages, Software testing & others

Different Joomla Versions

As we know, Joomla was a result of the dispute of Mambo, which was formed as a non-profit organization with the intention of protecting the project from lawsuits. It is used widely to create both simple and complex web applications. Joomla is a spelling of Swahili “jumla”, which means “all together”. In September 2024, the first official version of Joomla was released with some major bug fixes. It was basically a rebranding version. Over 3 years, many new versions with so many updates and new changes were released.

1. Joomla 1.x Series

Joomla 1.0: It was the first-ever release of Joomla on 22 September 2005. It is basically for the rebranding release of Mambo. The basic motive of this release is rebranding with major bug fixes. By voting in the community members, the company decided on the logo of Joomla on 29 September 2005.

Joomla 1.5: It was the first major version of Joomla, which was released on 22nd January 2008. This version has got new features and new power levels in the world of CMS (Content Management Systems). It has got full support and enthusiasm from the public. In this version, Joomla has got APIs as well, which helped it to become international CMS. This is the version of Joomla, which has got long term support from the public. Joomla 1.5 was officially ended in April 2012 with the release of Joomla 3.0. The last version of Joomla 1.5v was 1.5.26, which was released on 27th March 2012.

Joomla 1.7.0: This version of Joomla was released in July 2011. This version added some new and important features related to the security and improved migration tools. Features added in this version were very quite important from the user perspective.

2. Joomla 2.x Series

Joomla’s 2.x version was released in 2012 and was one of the major revisions announced after the version 1.x release.

It has got some necessary improvements like:

Making new APIs making it easier for the users to use the application.

One of the major features of multi-language was added in this release.

Bug fixes like registration form on the login page, display of currencies, light box for product images, etc.

SSL features for different pages like login, register, title, etc., were added.

Image resizing and adding new events for plugins were added.

This version of Joomla is an LTS (Long Term Support) release.

3. Joomla 3.x Series

This version focuses on some of the important features like:

The more intuitive backend of the website.

Mobile-friendly websites for the users.

Fixing some major bugs of the 2.x release.

After six months of the release of Joomla 3.0, Joomla 3.1 was released for the users. It included one of the important features of tagging for the users. With the release of Joomla 3.2 and 3.3, which released in November 2013 and April 2014, respectively, it became one of the most popular versions of Joomla making. Other versions obsolete as it helps in the ease of access of websites for the users.

Some features given below were introduced in this version of Joomla:

Ease of navigation in the website.

Editing the content of the website.

A search was added for the various website pages.

Checking the products in stock before ordering.

Ability to unlock an unfinished item on the website.

4. Joomla 4.x Series

With all the chaos that happened in the Joomla 3.x series, the team decided to develop a stable build to improve the relationship between the members. After long discussions on the current situations and the changes that needed to be done, the team was more productive and made many changes in the project.

Some of the features that were added in this release were:

Focused on the usability of the backend interface of Joomla 4.

Support for PHP5 was removed.

Support for SQL server has been removed.

The team members made a new strategy for the development.

Active engagement of team member in testing rather than criticizing the previous releases.

Admin code refactoring was done, along with some major bug fixes.

Conclusion – Joomla Version

The above description clearly explains the full version history of Joomla. It is one of the most popular and widely used systems for content management and designing of software. It is used worldwide and is considered one of the most reliable, easy to use and secure applications to use. It has got wide support and a lot of enthusiasm from the people in such a short period of time.

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Complete Guide On Zbrush Zremesher

Introduction to ZBrush ZRemesher

Zbrush ZRemesher can understand as arranging as well as calculating polygons for doing retopology of the visible portions of the chosen sub tool in this software. With ZRemesher, one can do retopology very quickly instead of doing it manually. Retopology is necessary for having a good number of polygons on the sub tool so that it can easily animate during the animation process. In Zbrush, we also have a ZRemesher brush that helps us locate sub-tool portions according to which we want to do retopology with the ZRemesher option.

How to Use ZRemesher?

We use ZRemesher to minimize polygons on the selected sub tool of our model. So how you can use ZRemesher, let us have a model. We will go to the Light box of this software and choose this Female head from the list. You can use your own model for learning about this topic.

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Now we will go to the transform menu of the menu bar, which is at the top of the working screen, and enable the Polyframe option so that we can see polygons on our selected sub tool, or you can press the Shift + F button of the keyboard as its short cut key.

If we increase the DynaMesh value from the Dynamesh option of the Geometry panel for this model, you can see there are lots of polygons that are not good for animation purposes.

Before you start working with ZRemesher, make a duplicate copy of your subtool because ZRemesher will change the retopology of your sub tool completely but maintain shapes as much as possible.

By default, its value is 5, but you can decrease it as per your requirement. Such as we will take its value as 1 by entering 1 in this option.

And you will have less polygons with the same shape.

Methods of ZRemesher

Using ZRemesher, you can go with some methods; the first one is you can go with symmetry mode, which gives you symmetrical polygons on your selected sub tool. So if your sub tool has symmetry, then make sure you have symmetry mode is on. So, for example, we had taken this sub tool through the ZRemesher process when my symmetry mode was on, and you can see there are equal polygons on both sides of the face.

And the next method is non-symmetry mode so that we will press the X button on the keyboard.

And now, when you press the ZRemesher button of the ZRemesher panel, then you can see it will give you a result that has no symmetry for your sub tool. So you can use it with a non-symmetrical sub tool.

The other method which you can use for not disturbing your desired area. So for that, we make poly groups of our desired area. You can make more than two poly groups of your model, and for making poly groups, we will on Mask brush by holding the Ctrl button of the keyboard.

And we will mask this mouth area.

And press the Ctrl + W button of the keyboard to make this masked area a poly group.

Now enable the “KeepGroups” option of the ZRemesher panel.

And you can see after retopology; it maintains the edges of the mouth very accurately.

If you want, you can press the ZRemesher button again to have smooth polygons.

There is a ZRemesher brush also in the brushes panel, and you can use it for the same purpose as we use Mask brush. With ZRemesher brush, we can specify the area to ZRemesher option for having accurate results.

Now just move the cursor of the mouse around the area which you want to mark. For example, we will mark this eye area. My symmetry mode is On, so it will automatically mark the opposite eye.

You can use any of the methods according to your requirement for having your desired result. You just have to maintain parameters accurately.

Conclusion – ZBrush ZRemesher

We have good information about the ZRemesher option of this software, and now we have an understanding about almost every aspect of this option. You can also use ZRemesher brushes for smooth retopology of the visible sub tool of your model. Now we will suggest you start practicing this method to have more and more command on it.

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