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In this tutorial, we will show you how to get a notification when an app is added to the Startup Apps in Windows 11. This can be done using the native Startup App Notification feature of Windows 11. It can be very helpful when some app or program adds itself to the Windows Startup list, and you are not aware of that. Whenever the system recognizes a new startup application (a Microsoft Store app or third-party program like a browser), you will get a notification banner or desktop notification on the bottom right corner, just like in the image added below.

Startup App Notification feature in Windows 11

In case you missed or didn’t notice the notification banner, you can also see Startup App Notification items in the Notification Center (Win+N) of Windows 11 as we receive notifications for other apps in that panel. In addition, you will also be able to manage the Start App Notification settings as per your requirements. This tutorial covers both sections separately with a step-by-step guide.

Get notification when an app is added to Startup Apps in Windows 11

Using the Startup App Notification feature, you can make Windows 11 display a notification when an app is added to Startup Apps

To get a notification when an app is added to the Startup Apps list on your Windows 11 computer, follow these steps:

Open the Settings app of Windows 11 using Win+I hotkey

Scroll down the Notifications page

Turn on the Startup App Notification button available under the Notification from apps and other senders option.

That’s it! Now the system will do the work and you will get notified whenever some application is configured to run when you log in.

Turn off Startup App Notification in Windows 11

In case you don’t want to receive such notifications, then you can simply turn off the Startup App Notification feature on your Windows 11 system. The steps are:

Use Win+I hotkey to open the Settings app

Press the Notifications option

Scroll down the page

Press the Startup App Notification button to turn off this feature.

Related: How to enable or disable Notifications from apps and other senders in Windows 11/10.

Manage Startup App Notification settings in Windows 11

Show/hide notification banners

Play a sound when a notification arrives

Show/hide notifications in the notification center

Set the priority of notifications in the notification center to:

Top

High: This lets you show startup app notifications above the normal priority notifications

Normal: It will show the startup app notifications below the high-priority notifications

Hide content when notifications are on the lock screen.

This Startup App Notification feature is indeed useful for users who don’t realize that they have or some app has added itself to the startup items list. However, it helps only when an app is added to the main startup list (the one that we see on the Startup page of the Settings app and the Startup tab of Task Manager) and not the other startup locations.

To remove programs added in the other startup locations, you can either try other ways to disable startup programs (like Group Policy, Task Scheduler, etc.) or take the help of startup manager tools.

I hope it helps.

Where are Startup app notifications?

If you want to receive notifications when some apps are added to the startup apps list on your Windows 11 system, then you need to turn on the Startup App Notification feature for that. You can check the steps for that in this post above. You will also be able to manage settings related to startup app notifications.

How do I add an app to notifications in Windows 11?

To receive notifications for an app in Windows 11, first, access the Notifications page in the Settings app. After this, scroll down the list available under the Notifications from apps and other senders section. Toggle the button available for an app or program for which you want to get notifications.

How do I see startup programs in Windows 11?

Startup programs and apps are stored in different locations in Windows 11. But, if you want to check which startup programs are added to the main startup list, then for this:

Open the Startup page (in the Apps category) of the Windows 11/10 Settings app. It will show third-party programs as well as Microsoft Store apps

Open the Task Manager and switch to the Startup tab

Type shell:startup in the address bar of File Explorer and press the Enter key. It will show the list of startup programs and you will also see the entire location of the Startup folder of the current user.

Read next: How to always show all the Icons in the Notifications area of Windows 11/10.

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Java Program To Compute The Running Total Of A List

Introduction

The Java program to compute the running total of a list is a simple program that demonstrates the use of loops and lists in Java. The program takes a list of integers as input and computes the running total of the numbers in the list, which is the cumulative sum of all the numbers up to a particular point. The program initializes a variable called runningTotal to 0 and then loops through the list of numbers using a for loop. For each number in the list, the program adds it to the running total variable and prints out the current value of the running total. After the loop has finished, the running total variable holds the total sum of all the numbers in the list.

The program has a time complexity of O(n), where n is the number of elements in the list, because it loops through the list once and performs a constant-time operation for each element in the list. This program can be useful in a variety of contexts, such as in financial or mathematical applications where the running total of a set of values needs to be calculated.

Example 1 Approach

Import the necessary packages (in this case, we need java.util.ArrayList and java.util.List).

Create an instance of the ArrayList class to hold the list of numbers we want to compute the running total for.

Add some numbers to the list using the add() method.

Initialize a variable to hold the running total and set it to 0.

Loop through the list using a for loop.

For each number in the list, add it to the running total and print out the current value of the running total using the println() method.

After the loop has finished, the running total variable will hold the total sum of all the numbers in the list.

Here’s an example Java program to compute the running total of a list −

import java.util.ArrayList; import java.util.List; public class RunningTotal { public static void main(String[] args) { numbers.add(5); numbers.add(10); numbers.add(15); numbers.add(20); int runningTotal = 0; for (int number : numbers) { runningTotal += number; System.out.println("Running Total: " + runningTotal); } } } Explanation

This program creates a list of integers and adds some numbers to it. It then initializes a variable called runningTotal to 0 and loops through the list. For each number in the list, it adds the number to the runningTotal variable and prints out the current running total. At the end of the loop, the program will have computed the running total of all the numbers in the list.

Output Running Total: 5 Running Total: 15 Running Total: 30 Running Total: 50 Example 2

This program uses a while loop to iterate through the list and compute the running total, which is slightly different from the for loop used in the first example program. However, the basic approach is the same: we initialize a running total variable to 0, loop through the list, add each element to the running total, and print out the current value of the running total at each step. Overall, this program is a simple and effective way to compute the running total of a list of numbers in Java.

Approach

Import the necessary packages (in this case, we need java.util.ArrayList and java.util.List).

Create an instance of the ArrayList class to hold the list of numbers we want to compute the running total for.

Add some numbers to the list using the add() method.

Initialize a variable to hold the running total and set it to 0.

Initialize an index variable i to 0.

Loop through the list using a while loop with the condition i < numbers.size().

For each number in the list, add it to the running total and print out the current value of the running total using the println() method.

After the loop has finished, the running total variable will hold the total sum of all the numbers in the list.

Here’s another example Java program to compute the running total of a list. This program is slightly different from the previous example in that it uses a while loop instead of a for loop to compute the running total −

import java.util.ArrayList; import java.util.List; public class RunningTotal { public static void main(String[] args) { numbers.add(2); numbers.add(4); numbers.add(6); numbers.add(8); numbers.add(10); int runningTotal = 0; int i = 0; while (i < numbers.size()) { runningTotal += numbers.get(i); System.out.println("Running Total: " + runningTotal); i++; } } } Explanation

This program is similar to the previous one in that it creates a list of integers, adds some numbers to it, initializes a variable called runningTotal to 0, and computes the running total of the numbers in the list. However, instead of using a for loop to iterate through the list, it uses a while loop and an index variable i to access each element of the list.

The while loop condition checks if the index variable i is less than the size of the list, which means that the loop will continue until we have reached the end of the list. Within the loop, we add the current number to the running total variable, print out the current value of the running total, and increment the index variable.

Output Running Total: 2 Running Total: 6 Running Total: 12 Running Total: 20 Running Total: 30 Conclusion

Computing the running total of a list of numbers is a common task in programming, and there are multiple ways to implement it in Java. Two example programs were presented above, one using a for loop and one using a while loop, but both programs follow a similar approach of initializing a running total variable to 0, iterating through the list of numbers, and adding each element to the running total.

The time complexity of both programs is linear in the size of the input list, or O(n), because they loop through the list once and perform a constant-time operation for each element in the list. The space complexity of the programs is also constant, or O(1), because they use a constant amount of memory to store the input list, the running total variable, and any other variables used in the program.

Java Program To Compute The Sum Of Numbers In A List Using While

Introduction

The Java program to compute the sum of numbers in a list using a while-loop is a simple program that takes a list of integers and computes their sum using a while-loop construct. In this program, an ArrayList of integers is created, and a few numbers are added to the list. The program then uses a while-loop to iterate over each element in the list, adding each element to a variable “sum”, which keeps track of the running sum of the numbers. Once the loop has finished, the final value of “sum” is printed to the console, which is the sum of all the numbers in the list.

This program demonstrates a common technique for processing collections of data in programming, namely, using a loop to iterate over each element in the collection and performing some computation or transformation on each element. The program also highlights the use of ArrayLists in Java, which are a commonly used data structure for storing collections of data.

Example 1 Approach

First, we create an ArrayList of integers called “numbers” and add some numbers to it. In this program, we have added the numbers 1, 2, 3, 4, and 5 to the list.

We then declare two variables − “sum” and “i”. “sum” is initialized to 0, as we want to start computing the sum of the numbers from zero. “i” is initialized to 0, as this is the index of the first number in the list that we want to start adding to the sum.

We start a while-loop that will continue as long as “i” is less than the size of the list. The size of the list can be obtained using the “size” method of the ArrayList class.

Inside the loop, we use the “get” method of the ArrayList class to retrieve the current number in the list, and add it to the sum. We then increment “i” by 1 to move to the next number in the list.

Once the loop is finished, we have computed the sum of all the numbers in the list. We print out the sum using the “println” method.

Overall, this approach is relatively simple and straightforward. It uses a while-loop to iterate over the elements of the list and accumulate their sum in a separate variable. This is a common technique for processing lists and other collections of data in programming.

Here’s a Java program that computes the sum of numbers in a list using a while-loop −

import java.util.ArrayList; public class SumOfListUsingWhileLoop { public static void main(String[] args) { numbers.add(1); numbers.add(2); numbers.add(3); numbers.add(4); numbers.add(5); int sum = 0; int i = 0; while (i < numbers.size()) { sum += numbers.get(i); i++; } System.out.println("The sum of the numbers in the list is: " + sum); } } Explanation

In this program, we first create an ArrayList of integers called “numbers” and add some numbers to it. Then, we declare two variables: “sum” (initialized to 0) to store the sum of the numbers in the list, and “i” (initialized to 0) to keep track of the index of the current number we are adding to the sum.

Next, we start a while-loop that continues as long as “i” is less than the size of the list. Inside the loop, we add the current number in the list (retrieved using the “get” method) to the sum, and increment “i” to move to the next number in the list.

Finally, once the loop is finished, we print out the sum of the numbers in the list using the “println” method.

Output The sum of the numbers in the list is: 15 Example 2 Approach

First, we create an ArrayList of Double values called “numbers” and add some numbers to it. In this program, we have added the numbers 2.5, 3.7, 1.8, 4.2, and 2.9 to the list.

We then declare two variables: “sum” and “i”. “sum” is initialized to 0.0, as we want to start computing the sum of the numbers from zero. “i” is initialized to 0, as this is the index of the first number in the list that we want to start adding to the sum.

We start a while-loop that will continue as long as “i” is less than the size of the list. The size of the list can be obtained using the “size” method of the ArrayList class.

Once the loop is finished, we have computed the sum of all the numbers in the list. We print out the sum using the “println” method.

Overall, the approach used in this program is very similar to the approach used in the previous example. We are using a while-loop to iterate over the elements of the list and accumulate their sum in a separate variable. However, in this case, we are using Double values instead of Integer values, which allows us to include decimal places in our numbers. Additionally, we are using a different set of numbers in the list to demonstrate that the program can handle a variety of input values.

Here’s another example of a Java program that computes the sum of numbers in a list using a while-loop −

import java.util.ArrayList; public class SumOfListUsingWhileLoop2 { public static void main(String[] args) { numbers.add(2.5); numbers.add(3.7); numbers.add(1.8); numbers.add(4.2); numbers.add(2.9); double sum = 0.0; int i = 0; while (i < numbers.size()) { sum += numbers.get(i); i++; } System.out.println("The sum of the numbers in the list is: " + sum); } } Explanation

In this program, we have created an ArrayList of Double values called “numbers” and added some numbers to it. Then, we have declared two variables: “sum” (initialized to 0.0) to store the sum of the numbers in the list, and “i” (initialized to 0) to keep track of the index of the current number we are adding to the sum.

Finally, once the loop is finished, we print out the sum of the numbers in the list using the “println” method. Note that in this example, we are using Double values instead of Integer values, which allows us to include decimal places in our numbers.

Output The sum of the numbers in the list is: 1.5 Conclusion

In this article, we have discussed two examples of Java programs that compute the sum of numbers in a list using a while-loop. In both examples, we used a similar approach to iterate over each element in the list, accumulate their sum in a separate variable, and then output the result.

We also discussed the time and space complexity of these programs. The time complexity of both programs is O(n), where n is the number of elements in the list, as we need to iterate over each element in the list to compute their sum. The space complexity of both programs is O(1), as we only need to use a few variables to store the input list, the running sum, and the loop counter, and the size of these variables does not depend on the size of the input.

Golang Program To Access Elements From A Linked List

In Go Programming language, a linked list is a data structure which contains a node that further contains two values, the data and the next, where next points to the next node in the list. We will use two methods in this program to access elements from a linked list. In the first example iteration will be used and in the second example a variable current will be used to access the elements.

Method 1: Using Iteration

This program builds a linked list with three members and iterates through it to access and output each element’s value. The output will be a linked list with pre-defined elements. Let’s see the code and the algorithm to understand the concept.

Algorithm

Step 1 − Create a package main and declare fmt(format package) package in the program where main produces executable codes and fmt helps in formatting input and output.

Step 2 − Create a Node struct having two fields, value_num and next, each of which contains a pointer to the following node in the linked list. Value contains the data.

Step 3 − Create a head node with the value 1 in the main function.

Step 4 − Set a new node with the value 2 as the next field of the head node.

Step 5 − Set a new node with the value 3 as the second node’s next field.

Step 6 − Set the head node with the value of the variable node you just created.

Step 7 − Iterate through the linked list using a for loop. The loop will continue until the node variable equals nil, which denotes the end of the linked list, according to the loop condition node!= nil.

Step 8 − Print the value of current node in the loop’s body using fmt.Println(node.value_num).

Step 9 − Use node = chúng tôi to update the node variable to the subsequent node in the linked list.

Step 10 − Repeat steps 6 through 8 until the end of linked list.

Example

In this example we will use iteration to access the elements of a linked list. Let’s see through the code.

package main import "fmt" type Node struct { value_num int next *Node } func main() { head := &Node{value_num: 10} chúng tôi = &Node{value_num: 20} chúng tôi = &Node{value_num: 30} fmt.Println("Accessing elements of linked list:") node := head for node != nil { fmt.Println(node.value_num) node = chúng tôi } } Output Accessing elements of linked list: 10 20 30 Method 2: Using Current Variable

This method behaves similar like the method discussed before, here we only use a variable current instead of a node to traverse the linked list. In a linked list, the variable current starts at the head and is updated after each iteration to refer to the subsequent node. When current reaches zero, the linked list is said to be reached its conclusion.

Algorithm

Step 1 − Create a package main and declare fmt(format package) package in the program where main produces executable codes and fmt helps in formatting input and output.

Step 2 − Create a Node struct having two fields, value_num and next, each of which contains a pointer to the following node in the linked list. Value contains the data.

Step 3 − Create a head node with the value 10 in the main function.

Step 4 − Set a new node with the value 20 as the next field of the head node.

Step 5 − Set a new node with the value 30 as the second node’s next field.

Step 6 − Set the head node as the equal of a variable current.

Step 7 − Iterate through the linked list using a for loop. Since the linked list’s end is indicated by the conditional statement current!= nil, the loop will keep running until the current variable equals nil.

Step 8 − Print the value of current node in loop’s body using fmt.Println(current.value).

Step 9 − Using current = current, move the current variable to the following node in the linked list.

Step 10 − Repeat steps 6 through 8 till the end of linked list.

Example

In this example, we will use a current variable in iteration.

package main import "fmt" type Node struct { value_num int next *Node } func main() { head := &Node{value_num: 10} chúng tôi = &Node{value_num: 20} chúng tôi = &Node{value_num: 30} fmt.Println("Accessing elements of linked list:") current := head for current != nil { fmt.Println(current.value_num) current = current.next } } Output Accessing elements of linked list: 10 20 30 Conclusion

We executed the program of accessing the elements of linked list using two examples. In the first example we iterated through the linked list and in the second example we used a current variable to iterate through the LinkedList. Both the programs give similar output. Hence, the program executed successfully.

How To Get Help In Windows 11 (6 Methods)

While Windows 11 has generally been well-received by the users, some of the underlying Windows issues do appear from time to time. And to solve those problems, the first instinct of many users is to turn to Microsoft to get help. In our endeavor to help you solve such problems, we have written several tutorials on common Windows problems and their solutions, including issues like high disk usage in Windows 11 or Bluetooth not working in Windows 11. Nevertheless, if you wish to get help in Windows 11 using chat, call, or email from Microsoft Support, follow our article below. You can contact the Windows 11 support team and chat with a Microsoft agent to resolve the issue instantly.

Get Help in Windows 11 (2023)

In this guide, we have added six different ways to get help with your Windows 11 PC. You can chat with the Windows 11 support team, get a call from them, or make an in-person appointment to fix and repair your PC. That said, let’s look at the methods to get help if you are facing bugs or issues.

1. Launch the Native Get Help App

The fastest way to get help in Windows 11 is through the dedicated “Get Help” app that ships with the OS. In fact, if you press the “F1” key, which we earlier used for finding help topics, it will now open the Microsoft Edge browser, and ask you to use the Get Help app instead. So to get support in Windows 11, follow the steps below.

5. On the next page, you will be offered the option to chat with the support team for Windows 11. In case you are subscribed to Microsoft 365 and signed in with the same Microsoft account on your Windows 11 PC, you can speak to the support agent over call.

2. Use the Get Started App on Windows 11

If you recently upgraded to Windows 11 from Windows 10 and are having a tough time navigating the new UI, especially the centered Start menu and Taskbar, well, worry not. Microsoft has bundled a “Get Started” app in Windows 11, which shows everything new in Windows 11 and takes you through those elements and how to interact with them. For new users of Windows 11, it’s really a great place to begin. That said, let’s see how you can access the Get Started app.

3. Apart from that, I also suggest enabling tips to keep getting suggestions on how to use Windows 11. You can press the Windows 11 keyboard shortcut “Windows + I” to open the Settings app. Here, under “System”, open “Notifications“.

4. Scroll down to the bottom and enable the checkbox next to “Get tips and suggestions when I use Windows“.

3. Use Windows Search to Get Help

Microsoft has improved Windows Search by leaps and bounds and integrated both local as well as web results, sourced directly from Bing, in Windows 11. If you type an issue into the search bar, Bing shows the exact solution with a direct link to open the corresponding Settings page on your PC. This way, you can quickly navigate and fix problems on your Windows 11 PC. Here is how to use it.

2. This will open the query in Bing on Microsoft Edge and readily offer the solution with a quick link to the Settings page. This way, you can take the help of Windows Search to resolve many issues in Windows 11.

4. Use the Troubleshooter

1. Press the Windows key and type “troubleshoot” in the search bar. Now, open “Troubleshoot settings” from the left pane.

3. Here, you will find dedicated troubleshooters for both frequent and rare issues. Depending on the issue, run the specific troubleshooter from the list.

If you want to have a one-on-one call with a Microsoft agent in relation to issues you are facing on Windows 11, you can request the support team to call on your number. Here is how to do it.

5. In case you are a business user of Microsoft, you can call them directly. Open this link and find the customer service phone number based on your region.

6. Microsoft Experience Center Support

If you own a Surface device and are having issues with Windows 11, you can book both online and in-person appointments for suggestions, fixes, and repairs. The program is also referred to as Microsoft Answer Desk, and it works quite well for Surface users. So if you want to get support for your Surface device running Windows 11, head over to this link and get help right away.

Get The New Windows 11 Paint App Experience

Get the new Windows 11 Paint app experience [Insiders only]

Everyone is excited about the new Paint experience for Windows 11 but the future app version only has a few changed features.

The most significant change about Paint is its user interface, which is modern.

Microsoft also removed the Edit in Paint 3D button and added a changed text tool.

Do you remember that we were actually talking about this system built-in tool a couple of weeks ago? Well, what we said back then has come to pass and this app has now completed its evolutionary process.

We were all announced that Microsoft is about to start tweaking Paint and that the results would be satisfactory for all of us.

Panos Panay has now hinted at the redesigned Paint app and users are more than curious and eager to try it out.

What’s new on the Windows 11 Paint app look and features?

Update: Microsoft announced in a Windows Blog post that they are beginning to roll out the redesigned Paint app for Windows 11 to all Windows Insiders in the Dev Channel.

In the new announcement, we also have a new screenshot with the new Windows 11 Paint app and Microsoft touts a simplified toolbar menu, the round color palette, and drop-box menus.

Microsoft’s Chief Product Officer Panos Panay tweeted about the new Paint experience and followers were ecstatic to find out more.

At first glance, the UI looks quite different from the version of Paint in Windows 10, but a much closer look shows very that very little has in fact changed.

Here’s another @Windows 11 first look. This is the beautifully redesigned Paint app, coming soon to Windows Insiders. Can’t wait to see your creations! #Windows11 #WindowsInsiders chúng tôi Panos Panay (@panos_panay) August 18, 2023

For the trained eye, the only new features are a dark mode and the ability to change text alignment. Other than that, this all seems to just be simply a fresh coat of paint with some items moved around.

If you really make an effort, by looking carefully, you’ll see that the Edit in Paint 3D button has been removed.

Overall, this seems to be simply bringing the app up to the more modern design language of Windows 11.

All of the same features from the classic Paint are still here, and the UI tweaks aren’t beyond the limits of craftsmanship, so nothing out of the ordinary.

On Windows 10, Microsoft tried to promote a new app called Paint 3D for a couple of years, but the interface was radically different and not as intuitive.

All it did is it added a ton of 3D design tools that made it more complicated, too. With Windows 11, the company seems to have acknowledged that was a bad idea and is instead refining the Paint app everyone actually uses.

When will we see this new app make its way to Insiders? This is a question that we wish we’ve had the answer to, but unfortunately, we don’t.

We have yet to see the Focus Sessions feature teased a couple of weeks ago, so these early looks don’t necessarily mean it’s coming that soon.

But since we are talking about upgrades, last week, Microsoft also rolled out a couple of smaller UI updates for the Calculator app and announced a similar update for Mail and Calendar.

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