Trending December 2023 # Different Alternatives Of Ccleaner In Detail # Suggested January 2024 # Top 20 Popular

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Introduction to CCleaner

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List of CCleaner Alternative

Given below is the list of CCleaner Alternatives:

1. Ashampoo WinOptimizer

It’s a highly customizable Windows cleaner and accelerator from Ashampoo. Your PC will be faster, more efficient, and safer with this software’s 23 modules. There is also a network optimizer, which allows for better network settings. The automatic section is my favorite. Auto Clean, Game Booster, and Live Tuner are all included. While working, Auto Clean consumes very little RAM. Using Live Tuner, you can speed up all of your heavy applications. This program has always provided me with a slight boost in computing power while playing a game that requires lots of processing power. Background services and programs that are not related to gaming can be disabled.

2. Advanced SystemCare

One of the most powerful optimization programs for Windows, Advanced System Care, is available. It has artificial intelligence (AI) and creates a personalized plan for your computer. Learns from your optimization habits and PC performance as you use it. This program can clean up all kinds of junk files, private information, and internet speed, making your PC faster and cleaner.

3. CleanMyPC 4. Wisecleaner

Using an easy PC optimizer, you can safely remove unusable files and increase your computer’s performance. It also provides various custom selection options that allow you to eliminate files that are no longer needed. The program removes your computer’s internet history and other traces, preserving your privacy. Rearranging and defragmenting files on your hard drive will improve computer performance.

5. AVG TuneUp

AVGIntuneUp is an AVG system optimization tool. It is most commonly used to clean up discs, increase computing performance, and speed up the startup process of a computer system. It keeps your computer running smoothly and automatically cleans your registry. As a result, computers running AVG TuneUp have very few junk programs or bloatware installed.

6. KCleaner

KCleaner was designed to be the most effective solid-state drive cleaner or hard drive available today. To provide you with all the resources you may need for documents, songs, pics, and cinema, it tracks and eliminates every useless byte. You don’t have to open KCleaner whenever you want to clean your computer because it runs in the background, and you don’t have to be concerned about it.

7. Jv16 8. Winutilities Pro

Use WinUtilities Pro, a system utility software that’s easy to use. Your computer’s performance will be improved using one of the best alternatives to CCleaner available today. Information that slows down your system is removed from discs. All traces of activity on your PC are erased with this software. Executable files can be password protected. It makes managing the memory of Windows easier.

9. Glary Utilities

Glary Utilities provide system maintenance, repair, and protection. The program includes a registry cleaner, disk cleanup, spyware detection, memory optimization, etc. Provides a comprehensive and authoritative PC cleaning utility. Fixes crash and errors that can be frustrating. Optionally, you can automate it and make it secure. Make your PC perform at its best. Glary utilities provide an intuitive and easy-to-use interface.

10. Avira Recommended Articles

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Explain Different Kinds Of Generators In Javascript

As we know JavaScript is a lightweight programming language in which generators were introduced in ECMAScript 2023. A generator is a process that has many output values and may be stopped and started. In JavaScript, a generator is made up of a generator function that produces an iterable Generator object.

In this article, we are going to discuss the generators in JavaScript and also the different types of generators in JavaScript with syntax and examples in detail.

Introduction to Generators in JavaScript

The generator’s function is as same as the regular function but there is a bit of difference in that the generator function can be resumed and paused. In JavaScript generally, functions are not stope when once they are invoked. Usually, the concept of generators is seen in asynchronous programming.

Syntax of Generator function in JavaScript

Now we will be going to discuss the syntax of the generator function in the JavaScript and also compare it with the regular function.

The function * syntax is used to build generator functions, and the yield keyword is used to pause them.

function * genFunc() { yield 'Hello'; yield 'World'; } const g = genFunc();;;; …

When a generator function is first called, none of its code is run, Instead, a generator object is returned. Values are consumed by invoking the next() method of the generator, which runs code until it comes across the yield keyword, at which point it pauses and waits until the next() is invoked once more.

In the above code, after our final statement, continually calling will only produce the same return object: {value: undefined, done: true} because we have not defined anything after the ‘world’ in our genFunc() function.

The yield keyword pauses the generator function’s execution and gives the caller of the generator the value of the expression that follows it. It is comparable to the generator-based version of the return keyword. It can only be directly called from the generator function that contains yield.

Comparison with regular function function regFunc() { console.log("Hello World"); }

In the regular function, we do not use the ‘*’ function as you can see above example it also does not use the yield function. As we discussed above that the main difference between the regular function and the generator function is that the generator function can be stopped and paused. So by the above example, you can see that we don’t have the choice to stop it and directly print the whole statement together i.e “Hello world”.

As we have seen the basic of the generator functions, now let’s move to the different types of generator functions −

Normal Generator

In a normal generator, the generator works as the iterator that generates the next value after every next() method call is executed to generate a function. Let’s see an example, where we are going to yield the numbers one by one until the list ends.

function* generator_function(){ for(var cur = 0 ; cur<7; cur++){ yield cur; } } var object_generator = generator_function(); console.log(; console.log(; console.log(; console.log(; console.log(; console.log(; console.log(;

In the above code, we have created a normal general function with the yield keyword present in it and used the next() function to call it several times.

Generator with Parameters

The generator with parameters is a bit different from the normal generators and this time we have to pass a parameter with the next() function to send it to the generator function. Also every time we pass a parameter it kind of stores after the yield keyword, not before that, we will understand this concept in the upcoming example −

function* generator_function(){ console.log("start of the function") temp = yield; console.log("This is the first value passed: " + temp) temp = yield; console.log("This is the second value passed: " + temp) } var object_generator = generator_function();"This is not the first ");"this is first");"this is second");;

In the above code, we have defined the generator function, and this time we are passing the parameters to it. When we first called the object the given parameter is not printed because that is for sending before the ‘yield’ keyword, then after the sent values are stored in the variables and printed and after the second printed value there will nothing happens because there is no yield present.

Generator with Object Property

Generators can be used as objects and when we will call them they will simply return the value that is assigned to them and that can be printed. To understand this concept let’s see an example.

function* generator_function(){ yield "First value" yield "Second value" yield "Third value" } var object_generator = generator_function(); console.log(; console.log(; console.log(;

In the above code, first, we have defined three yield expressions with a string present after them and when we have called the generator then the string present after them will be returned.

There are other types of generators also present like with return type and some contain another generator inside of them, etc.


In the article, we have learned that the generator’s function is as same as the regular function but there is a bit of difference in that the generator function can be resumed and paused. In JavaScript generally, functions are not stope when once they are invoked. Usually, the concept of generators is seen in asynchronous programming. There are various types of generators like a normal generator, with parameters, objects like property, generator contains another generator, etc.

Comparison Of Different Sql Clauses

This article was published as a part of the Data Science Blogathon.

Introduction to SQL Clauses

SQL clauses like HAVING and WHERE both serve to filter data based on a set of conditions. The difference between the functionality of HAVING and WHERE  as SQL clauses are generally asked for in SQL interview questions. In this article, we will explain the functionalities and differences between the HAVING and WHERE clauses using an example.

HAVING Clause 

SQL HAVING clause fetches the necessary records from the aggregated rows or groups on the basis of the given condition. It is generally used along with the GROUP BY clause and applies to the column operations. It operates on the aggregate functions such as ‘SUM’, ‘COUNT’, ‘MAX’, ‘MIN’, or ‘AVG’. We can use the HAVING clause only with SELECT statements. It cannot be used with UPDATE or DELETE statements. The syntax is as follows:

Syntax of the HAVING Clause with the SELECT statement:

FROM Table_Name

WHERE condition

GROUP BY column_1, column_N

HAVING condition 

ORDER BY column_1, column_2, column_N;

WHERE Clause

SQL WHERE clause fetches the necessary records from a single table or multiple tables that meet the given condition. The WHERE clause can function without the GROUP BY clause and can perform row operations. It is used with single row functions like character functions, general functions, case conversion functions, date functions, or number functions. We can use the WHERE clause with any SELECT, UPDATE, and DELETE statement. The syntax is as follows:

a) Syntax of the WHERE Clause with the SELECT statement:

SELECT column_1, column_2, column_3, column_N

FROM Table_Name

WHERE condition;

b) Syntax of WHERE Clause with the UPDATE statement:

UPDATE Table_Name

SET column_1=value_1, column_2=value_2, column_3=value_3, column_N=value_N

WHERE condition;

c) Syntax of WHERE Clause with the DELETE statement:

DELETE FROM Table_Name WHERE condition;

Examples of HAVING and WHERE Clause Functionality

In the following example, we will demonstrate the functionality of the HAVING and WHERE clause:

Let’s start by creating a database called Student:

Use the Student database:

Let’s create the Student_Score table with Student_ID as the primary key:


Student_Name varchar(20),

Gender varchar(20),

Math_Score INT,

Bio_Score INT);

Insert the values into the Employee_detail table, then use the SELECT command to view the contents:

VALUES(1001, ‘Tom Ford’, ‘Male’, 68, 90),

(1002, ‘Ananya Verma’, ‘Female’, 97, 86),

(1003, ‘Eva Jackson’, ‘Female’, 86, 72),

(1004, ‘John Smith’, ‘Male’, 65, 91),

(1005, ‘Tanvi Sharma’, ‘Female’, 89, 63),

(1006, ‘Lilly Mathew’, ‘Female’, 74, 82);

HAVING clause with SELECT statement:

Our goal is to find out the average Math_Score of students who are gender grouped and have an average Math_Score greater than 60 and arranged in descending order.

FROM Student_Score

GROUP BY  Gender


WHERE clause with SELECT statement:

 FROM Student_Score

WHERE clause with an UPDATE statement:

For the student with Student_ID 1004, we want to update the Math_Score column to 65 and the Bio_Score column to 95.

SET Math_Score=70, Bio_Score=95

WHERE Student_ID=1004;

We can use the SELECT statement to view the updated Student_Score table:

WHERE clause with DELETE statement:

WHERE Gender=’Male’;

We can use the SELECT statement to view the filtered record:

Difference Between HAVING and WHERE Clause


1. to fetch necessary records from the aggregated rows or groups on the basis of the specified condition. WHERE  clause enables you to fetch necessary records from the table on the basis of the specified condition.

2. HAVING clause should be used along with the GROUP BY clause and is used after the GROUP BY clause. It is possible for the WHERE clause to function without the GROUP BY clause and with the GROUP BY Clause, it’s been used before the GROUP BY Clause.

3. HAVING Clause applies to the column operations. WHERE Clause applies to the row operations.

4. Aggregate functions can be used in the HAVING Clause Aggregate functions cannot be used in the WHERE Clause

5. HAVING Clause is also known as a post-filter since it selects rows after aggregate calculations have been carried out. conducted.

6. HAVING Clause can only be used with ‘SELECT’ statements, but not with ‘UPDATE’ or ‘DELETE’ statements. WHERE Clause can be used with the ‘SELECT’, ‘UPDATE’, and ‘DELETE’ statements.

7. HAVING clause can be used with multiple row functions, such as ‘SUM’, ‘COUNT’, ‘MAX’, ‘MIN’, or ‘AVG’.

WHERE Clause can be used with a single row function such as character, general, case conversion, date, or number functions such as UPPER, LOWER, REPLACE, etc.


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Examples Of C++ Algorithm With Detail Explanation

Introduction to C++ Algorithm

algorithm::adjacent_find(): Points the first occurrence of two identical consecutive numbers.

algorithm::all_of(): Returns true if the numbers lie under the range of first and last elements.

algorithm::binary_search(): Checks if the “value to be searched” is present in the sorted sequence or not.

algorithm::copy(): This function helps in copying a range of elements from one location to the new location.

algorithm::count_if(): This function returns the number of occurrences of particular elements if the condition mentioned in “if condition” is satisfied.

Explanation of C++ Algorithm

C++ provides versions of these algorithms in the namespace std::ranges. Algorithms are the vast topic that covers topics from searching, sorting to min/max heaps. These can be categorized as:

1. Heap: In such types, we construct a heap to find out the max or min value of the sequence. This used the data structure of trees to achieve its output.

2. Binary Search: This C++ algorithm divides the whole sequence into two parts iteratively until it finds the actual value we are searching from the targeted sequence. It is a highly effective algorithm as it reduces time by half. The preliminary condition to use this C++ algorithm is that the sequence provided to it should be sorted in any order.

3. Sorting: There are different types of sorting that can be used to generate the sorted sequence. They are insertion sort, bubble sort, selection sort, heap sort, quick sort, merge sort. Some of these algorithms work on the principle of “divide and rule” like merge and quick sort. These are quick and efficient in comparison to others although uses more memory in their operations.

4. Simple Operations Over the Sequence: Algorithms can be used to perform simple operations like replace, remove, reverse the numbers in a sequence. There are many ways to reach this output using different algorithms all aiming to achieve the same output.

5. Non-modifying Operations: Some operations like search, find, count the number of elements in the sequence. These operations do not modify the data values of the element but function around these elements.

Example of Algorithms with Steps

Here are some examples of the C++ algorithm with steps explained below:

Example #1


Steps are given below:


Accept num1, num 2

Sum= num1+ num2

Display sum


Example #2

Write a C++ algorithm to determine if a student is pass or fail based on the grades. Grades are the average of total marks obtained in all the subjects.


Steps are given below:


Input Marks1, Marks2, Marks3, Marks4

Grade= (Marks1+Marks2+Marks3+Marks4)/4

If (Grade<50) then

Print “Fail”


Print “Pass”

End if


Example #3

Bubble sort- This is the C++ algorithm to sort the number sequence in ascending or descending order. It compares the nearest two numbers and puts the small one before a larger number if sorting in ascending order. This process continues until we reach a sequence where we find all the numbers sorted in sequence.

Implementation of the above C++ algorithm

Here is the example of the C++ algorithm with code implementation given below:


void swap(int *p1, int *p2) { int temp = *p1; *p1 = *p2; *p2 = temp; } void bSort(int arrnumbers[], int n) { int i, j; bool check; for (i = 0; i < n-1; i++) { check = false; for (j = 0; j < n-i-1; j++) { { swap(&arrnumbers[j], &arrnumbers[j+1]); check = true; } } if (check == false) break; } } void print(int arrnumbers[], int sizeofarray) { int i; for (i=0; i < sizeofarray; i++) printf(“%d “, arrnumbers[i]); } int main() { int arrnumbers[] = {5, 6, 1, 0, 2, 9}; int n = sizeof(arrnumbers)/sizeof(arrnumbers[0]); bSort(arrnumbers, n); printf(“Sorted array: n”); print(arrnumbers, n); return 0; }


Conclusion Recommended Articles

This is a guide to the C++ Algorithm. Here we discuss the introduction and detailed explanation of the C++ algorithm along with the various examples and code implementation. You may also look at the following articles to learn more –

How Does Kafka Queue Works In Detail?

Introduction to Kafka Queue

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Syntax of Kafka Queue

As such, there is no exact syntax exist for Kafka queues. To work with the Kafka queues, we need to know the complete architecture of the Kafka streaming solution. Similarly, we need to also know how the data is flowing in the Kafka environment. In Kafka queues, we are using it with the number of consumers like the Kafka consumer group. As per the requirement or need, we need to define the queue configuration of the Kafka environment. As per the defined architecture, we need to set the number queue configuration and define it as per the requirement. In Kafka, it will support both the message queue as well as the publish & subscribe technique (It will depend on the architecture and requirement).

How Kafka Queue Works?

Given below are the lists of properties that would be helpful to tune the queue in the Kafka environment.

1. Property name: queued.max.requests

The default value for this property: 500.

2. Property name: controller.message.queue.size

The default value for this property: 10.

Explanation: The chúng tôi property will help to define the buffer size value. The same buffer size value pointing to the controller-to-broker channels.

3. Property name: queued.max.message.chunks

The default value for this property: 10.

Explanation: The queued.max.message.chunks property will help to define the maximum number of messages group, or chunks will be buffered for the consumption. As per the requirement, we can define the value of this. The single chunk will be able to fetch the data as per the fetch.message.max.bytes.

4. Property name:

The default value for this property: 5000.

Explanation: This is the time value we are defining for the chúng tôi property. It would define the time to hold the buffer data when it will use the async mode. Let’s take an example; if we set the value 200, then it will try to do the batch together at the 200 Ms of the messages or the data to send at a single point. So thus, it will be able to improve the throughput. But once the throughput increases, the latency of the additional messages will increase due to the buffering.

5. Property name: queue.buffering.max.messages

The default value for this property: 10000.

Explanation: It will help to define the number of unsent messages. It will be queued up to the producer. It will happen when we are using async mode. It might happen either the Kafka producer will be blocked, or the data will be dropped.

6. Property name:

The default value for this property: -1.

Explanation: It will define the amount of that will be hold before dropping the messages. When we are running in the async mode, then the buffer will reach to queue. If we will set the value as the “0”, it will be queued immediately. In other words, it will drop if the queue is full. The producer will send the call to never block. If we set the value as “-1”, then the producer will block, and it will not be able to drop the request.

7. Property name: batch.num.messages

The default value for this property: 200.

Explanation: The number of messages to send in one batch when using async mode. The producer will wait until either this number of messages is ready to send or chúng tôi is reached when we are using the async mode then the batch.num.messages property will help to define the number of messages that will send in a single batch. The Kafka producer will wait until the number of messages is ready to send. In other words, it will also wait for the value which is defined under chúng tôi will be reached.

Example of Kafka Queue

Given below is the example of Kafka Queue:

As such, there is a specific command to work with the Kafka queue. It is just a technique that we need to understand and make the Kafka broker’s necessary changes. As per the above configuration property that we have shared.


We have seen the uncut concept of the “Kafka queue” with the proper explanation. For the Kafka broker, we need to tune the Kafka queue properties. When multiple consumers want to access a single topic, only a queue will come in a picture.

Recommended Articles

This is a guide to Kafka Queue. Here we discuss the introduction, how Kafka queue works? And an example for better understanding. You may also have a look at the following articles to learn more –

Fix: Ccleaner Not Clearing Cache

Fix: CCleaner not Clearing Cache [Android, PC, Browsers]




What is the best cache cleaner app for Android? It can be no other than CCleaner.

One of the reasons behind its popularity is the cross-platform availability that makes it work on PCs, phones, and Mac devices.

Sometimes, even the greatest apps face difficulties and such is the case with CCleaner not clearing cache on Android.

You can force clear cache on Android and delete hidden cache to solve the issue. Here’s how to do it.

Keep your PC always working the optimum level CCLeaner is one of the most trusted software that keeps your PC clean and optimized while not interfering with essential system elements. Download it now to:

Clear your cache and cookies for a flawless browsing

Clean registry errors and broken settings

Work and play faster with a quicker PC startup

Check your PC’s health

Update drivers and software to avoid common errors

Keep your system fully functional

For many users, CCleaner is a personal favorite when it comes to decluttering and cleaning Windows and other systems. However, quite a few of them complained about CCleaner not clearing the cache on Android.

CCleaner is a cross-platform cleaning tool, and you can use it on Windows, Mac, mobile platforms, or browsers.

Now, some of you might question the utility of such apps in the first place. Instead of constantly wondering, we encourage you to see for yourself how safe and useful CCleaner really is.

There is nothing excessively complicated about clearing the cache on Android.

However, it is time-consuming and tedious. This is where CCleaner, the best app to clean hidden cache on Android, comes into play.

But what do you do when your cache won’t clear even with CCleaner?

What do I do when my cache won’t clear with CCleaner? 1. CCleaner not working on Android, PC, browsers 1.1. Force clear cache on Android

Launch the CCleaner app on your Android device.

Tap Analyze disk. Once analysis is completed, tap Show results.

Make sure you select Hidden Cache from the list of items and tap Finish cleaning.

Then, check Enable in the new dialog box.

Slide down to the Services section, select CCleaner, and switch it to On.

Alternatively, you can simply tap Allow when CCleaner asks permission to access the files on your device.

Return to the cache clearing screen to confirm the action was performed properly.

One of the major culprits behind CCleaner not clearing the cache on Android is no other than the hidden cache.

Apps like YouTube or Spotify store data packages such as image thumbnails to retrieve information quicker and load faster, rather than download it repeatedly. However, they are stored in a hidden place.

Why can’t I clear cache on my Android with CCleaner?

Starting from Android 6, apps like CCleaner require permission in order to access specific parts of your internal cache.

Unless you grant these rights, CCleaner won’t be able to fully clean your device, including the hidden cache.

Finally, you can also manually delete the thumbnails on your device.

How do I clear the cache on my Samsung Android?

Open Settings and go to Storage or Internal storage.

From the list, select Apps and open each item for which you want to clean the cache.

From the App info screen, select Storage.

At the bottom of the screen, you will see 2 options: Clear data and Clear cache.

Tap Clear cache and repeat the process for every other app whose cache you want to remove.

1.2. Fix CCleaner not working on Windows 10/11

Clearing the temp files is important as they can disrupt the performance of CCleaner.

Expert tip:

Run CCleaner with admin privileges.

Make sure you select the precise items you want to remove otherwise the app will skip them.

Run CCleaner in Safe Mode for a couple of minutes, then in regular mode again.

Update CCleaner to the latest version and update Widows as well.

If you’re struggling with different kinds of issues in connection to this app, check out these useful tips on how to fix common CCleaner bugs on PC.

1.3. CCleaner not removing cache in browsers

CCleaner not cleaning Chrome (cookies, cache)

Why is CCleaner not cleaning Chrome?

Sometimes, CCleaner is unable to remove the browser cache because it simply cannot access it. Since Chrome is usually synced to your Google account, you need to disable syncing.

Alternatively, you can manually delete the browser cache from Chrome directly.

CCleaner Edge Chromium skipped

In previous versions of CCleaner (such as 5.22, but not only), a recurrent glitch made the app freeze when analyzing Microsoft Edge.

It should no longer be the case. However, if you feel that CCleaner is taking too long to scan, you can either select fewer categories or proceed with the manual removal of the cache, as shown above.

CCleaner not clearing Firefox History

Just like in previous cases, deleting items through the Firefox browser is a helpful way to fix CCleaner not clearing the cache.

Needless to say, we have prepared more useful troubleshooting steps specifically for situations in which CCleaner isn’t deleting Firefox history.


➡ Switching to Opera makes perfect sense as it not only works seamlessly with CCleaner but boasts tons of space and memory optimization features.➡ What’s more, you can easily switch between platforms and import your preferences without hassle as Opera works seamlessly across Android, Windows, and Mac devices.

If you struggling to declutter your current browser, it might be a good idea to look for a better one.makes perfect sense as it not only works seamlessly with CCleaner but boasts tons of space and memory optimization features.➡ What’s more, you can easily switch between platforms and import your preferences without hassle as Opera works seamlessly across Android, Windows, and Mac devices.

2. Uninstall and reinstall CCleaner

Press Windows + E to launch the File Explorer.

Navigate the path using the following: C:Program FilesCCleaner

Locate uninstaller, open it and follow the prompts to uninstall the current version of CCleaner.

Visit the official website to download the latest CCleaner version.

Follow the on-screen prompts to complete the installation.

Having reinstalled the CCleaner application, all the functionalities should be restored. Hence, issues like CCleaner not clearing cache should be sorted. On Android, it’s even simpler.

Uninstall the app and then, download and install it again from the Google Play store.

Still experiencing issues?

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