You are reading the article How To Move A Fullscreen Game Window To Another Monitor updated in December 2023 on the website Kientrucdochoi.com. We hope that the information we have shared is helpful to you. If you find the content interesting and meaningful, please share it with your friends and continue to follow and support us for the latest updates. Suggested January 2024 How To Move A Fullscreen Game Window To Another Monitor
If you are playing a game in full-screen mode on the primary or secondary screen and want to move it to the other monitor, here is how to do that on your Windows 11/10 PC. Although it is very straightforward, you may be unable to make the switch without knowing the proper process. You can follow the same method to move the content on any monitor if you have more than two monitors.
How to move a fullscreen game to the second monitorTo move a full-screen game window to another monitor on your Windows 11/10 PC, you have two options-
Drag the game window
Use Windows Settings panel
The first method depends on the game. If your game allows you to create a resized window, follow the first method. Otherwise, the second method works in every case.
1] Drag the game windowAs you are already playing games on your computer, it is required to press Atl+Enter. If your game supports this keyboard shortcut, it will resize the game window. It won’t minimize the window, and instead, you will find it on your screen. If so, you can drag the game window to the other monitor as per your will. It is as simple as that.
If both monitors are similar, no change is required. However, if the screen resolution, refresh rate, etc., are different, you might find some lag initially. In that situation, a few graphics-related settings might help you eliminate those problems.
2] Use Windows Settings panelThis method is quite time-consuming as you have to repeat the whole process. To get started, minimize the full-screen game. You can press Win+M or any other shortcut your game supports. Following that, press Win+I to open the Windows Settings on your computer.
If you are using Windows 11, you need to follow these steps:
Press Win+I to open Windows Settings.
Ensure you are in the System tab.
Select Show only on 1 or Show only on 2 option.
Expand the drop-down list and select the monitor you want to play your game on (e.g., Show only on 1 or Show only on 2).
It moves all content to the selected screen instantly. After that, open the game and keep playing.
Once it is done, again minimize the same steps to choose Extend these displays option in Windows Settings.
Following that, your game window will stay on the desired screen, and you can open other apps on the other monitor.
How do I move a fullscreen game to another monitor?To move a fullscreen game to another monitor, you need to follow the aforementioned steps. There are two ways to do so. First, you can minimize and drag it to the desired monitor. Second, you can use the Show only on 1 or a similar option in the Windows Settings.
How do you choose which monitor a game opens on?There is no built-in setting available in Windows 11 that allows users to choose a monitor while opening a game. However, you can force an application to open on the primary monitor in Windows 11/10. Otherwise, you can also check for a similar setting in the control panel of your graphics driver or card. Depending upon the card, you might get the option.
How do I play games on my second monitor?Hope it helps.
You're reading How To Move A Fullscreen Game Window To Another Monitor
How To Move Shared Folder To Another Drive On Windows 11, 10
On Windows 11 (or Windows 10), if the computer is acting as a file-sharing server, the time might come when you may need to move a folder share to a new drive. For example, because the old storage is running out of space, you are upgrading the storage, or it makes logical sense to migrate the data to another drive.
Whatever the reason it might be, Windows 11 nor Windows 10 does not include a tool to make the process easy, but it’s not impossible. If you need to move a shared folder to another drive to preserve permissions and without reconfiguration in the clients, you can complete this task by copying the contents to the new drive and either modifying the Registry or changing drive letters, depending on the setup.
In this guide, you will learn the steps to move a folder share to a new drive in the same computer or server without network users noticing the change or reconfiguring the share on Windows 11 and 10 and Windows Server 2023, 2023, and older releases.
Move shared folder to new drive modifying Registry on Windows 11Before proceeding, make sure that no one is accessing the files in the shared folder. Also, you will be modifying the Registry. As a result, it’s recommended to make a backup of the system (on Windows 11, use these instructions) before making changes if you need to roll back.
To move a shared folder to a new drive on Windows 11 (or 10), use these steps:
Type the following command to copy the shared folder content to the new drive on the same computer and press Enter:
robocopy C:SOURCE-SHARE D:DESTINATION-SAHRE /R:5 /W:2 /Copyall /E /MIRIn the command, update the source and destination paths with the locations that apply to your setup. For example, this command copies the data from the “MyShare” folder in the “C” drive to the “MyShare” folder in the “D” drive on the same server.
robocopy C:MyShare D:MyShare /R:5 /W:2 /Copyall /E /MIR
Open Start.
Browse the following path:
HKEY_LOCAL_MACHINESYSTEMCurrentControlSetServicesLanmanServerShares
In the “Path” field, change the drive letter with the letter to the new destination. For example, change C for D if the data has been moved to the “D” drive.
Restart the computer.
Once you complete the steps, network users should be able to access the files in the shared folder from the new location.
Here’s a breakdown of the Robocopy options:
/R:5 — Retries 5 times (you can specify a different number, the default is 1 million).
/W:2 — Waits 2 seconds before retrying (you can specify a different number, the default is 30 seconds).
/Copyall — Copies all file information (equivalent to /copy:DATSOU).
/E — Copies of Subdirectories, including empty ones.
/MIR — Mirrors a directory tree (equivalent to /e plus /purge). Using this option with the /e option and a destination directory overwrites the destination directory security settings.
Move shared folder to new drive changing drive letter on Windows 10If the data resides on a drive other than the “C” drive, you do not need to modify the Registry. You can use Robocopy to copy the files to the new drive and then change the letter of the new driver to the previous letter, assuming that you don’t have an application or another share that will be affected by this change.
To move a folder share to a new drive by changing the drive letter instead of modifying the Registry, use these steps:
Open Start.
Type the following command to copy the shared folder content to the new drive on the same computer and press Enter:
robocopy C:SOURCE-SHARE D:DESTINATION-SAHRE /R:5 /W:2 /Copyall /E /MIRIn the command, make sure to update the source and destination paths with the locations that apply to your setup. For example, this command copies the data from the “MyShare” folder in the “F” drive to the Disk Management folder in the “D” drive on the same server.
robocopy F:MyShare D:MyShare /R:5 /W:2 /Copyall /E /MIR
Open Start.
Check the “Assign the following drive letter” option.
Select another drive letter to free up the current letter.
Check the “Assign the following drive letter” option.
Select the drive letter that was using the source drive.
After you complete the steps, the shared folder will become available from the new location, but users won’t notice the difference since you also changed the drive letter.
Only after you have confirmed that everything is working correctly you can proceed to delete the old shared folder to free up space (as needed).
Arzopa G1 Game Review: A Gaming Monitor That Fits In Your Backpack
Pros
Thin, light, and durable
Good SDR image quality
144Hz panel delivers good motion clarity
Inexpensive
Cons
No Adaptive Sync support
HDR is supported, but disappointing
Menu system offers little customization
Our VerdictThe Arzopa G1 Game serves attractive visuals and a 144Hz refresh rate in a portable, affordable display.
Best Prices Today: Arzopa G1 GameRetailer
Price
$179.99
View Deal
Arzopa
$209.99
View Deal
PC gaming is often associated with big, beefy desktop rigs, but many players enjoy titles on smaller, more portable laptops. The Arzopa G1 Game has this demographic in its sights, packing a 15.6-inch, 144Hz display that weighs just 1.36 pounds. It’s not perfect, but budget pricing and strong image quality make it easy to recommend for PC gamers on the go.
Further reading: See our roundup of the best portable monitors to learn about competing products.
What are the Arzopa G1 Game specs?The Arzopa G1 Game’s basic specifications are identical to countless portable monitors. It has a 15.6-inch IPS display with a resolution of 1920×1080 and supports input over HDMI or USB-C.
Display size: 15.6-inch 16:9 widescreen
Native resolution: 1920×1080
Panel type: IPS LCD
Refresh rate: 144Hz
Adaptive-Sync: None
HDR: Yes
Ports: 2x USB-C, 1x Micro-HDMI, 3.5mm audio-out
VESA mount: None
Speakers: Yes
Price: $189.99
It ups the refresh rate to 144Hz, however, and tacks on HDR support. These features do add to the price—the G1 Game is roughly $20 to $50 more than the Arzopa A1 Gamut, which is otherwise very similar.
Arzopa G1 Game designThe Arzopa G1 Game surprises with a robust metal chassis that feels rigid in normal use. It’s possible to flex the display with great effort, but it should hold up to minor bumps and scrapes, and its durability exceeds expectations at this price point.
There isn’t much to the design, though, as Arzopa opts for thin display bezels that leave little room for aesthetic flourishes. The monitor’s rear is a generic, blank slate of metal, but there is one quirk to note—a small hump in the bottom third of the display, which contains the electronics and provides room for the ports. Arzopa accounts for this in the design of its case, thankfully, so the display’s profile remains flat when stowed. It’s only three-tenths of an inch thick and weighs a mere 1.36 pounds.
The included faux-leather case attaches magnetically and converts into a stand by opening the front to meet the back, allowing a portion of the case to act as a kickstand. When used as a stand, it offers minimal tilt adjustment but successfully keeps the monitor in place when used on a flat surface.
The G1 Game delivers the boost in motion clarity that gamers expect of a 144Hz display, and it’s a night-and-day improvement over a 60Hz alternative.
The Arzopa G1 Game case is simple but effective.
Matt Smith/Foundry
Arzopa G1 Game features and menusThe Arzopa G1 Game offers two USB-C inputs and one mini-HDMI input for a total of three video inputs. Both USB-C inputs can power the monitor, and a USB Power Brick is included to provide power when connecting over HDMI or a USB-A to USB-C input.
This selection of ports is healthy but not uncommon for monitors in this price range. Competitors like the UPERFECT 16-inch portable gaming monitor and Magicraven 144Hz portable gaming monitor offer a similar range of connectivity.
Despite its affordable price, the G1 Game provides all necessary cables for its three video inputs. This includes a USB-C to USB-C cable, a USB-A to USB-C cable, and a full-sized HDMI to mini-HDMI cable.
The monitor’s menu system is basic, allowing adjustment only for brightness, volume, and input switching. Simplicity is typical for a portable monitor, but I’d prefer to see a few additional options specific to gamers such as an on-screen crosshair or shadow boost feature.
Speakers are included but prove completely inadequate for enjoyable gameplay. That’s not a surprise, as I’ve yet to encounter a portable monitor with passable audio. The 3.5mm audio-out jack provides an easy way to connect headphones, at least.
The Arzopa G1 Game ports.
Matt Smith/Foundry
How is the Arzopa G1 Game SDR image quality?As a gaming monitor, the Arzopa G1 Game is designed to handle entertainment, and its SDR image quality. The monitor has its limits, but it should impress gamers looking for a sharp and colorful image on a tight budget.
Matt Smith/Foundry
The G1 Game’s image quality starts off strong with a maximum brightness of 277 nits. While this level of brightness is average for a portable monitor, the G1 Game is able to outperform a few competitors, such as the AOC I1601FWUX. The monitor’s brightness and anti-glare coating provide a comfortable viewing experience in most situations. It will only look dim in rooms with bright overhead lights or large, sunlit windows.
Matt Smith/Foundry
Testing the contrast ratio shows the wide range of results that can be found among portable monitors that are sold for $300 or less. The G1 Game’s contrast ratio of 1490:1 is a big leap up from less impressive portable monitors including the company’s own A1 Gamut and the AOC. On the other hand, OLED panels are easy to find in portable monitors and definitely outperform the G1 Game by a significant margin.
Even so, I thought the G1 Game had a pleasant sense of depth and dimensionality. That didn’t surprise me, as its contrast ratio exceeds most full-sized gaming monitors available for $600 or less. Most inexpensive gaming monitors (including our favorite budget gaming monitor) use an IPS panel with a contrast ratio around 1000:1, which is noticeably inferior to the G1 Game.
Matt Smith/Foundry
The monitor’s color accuracy is excellent for the price, scoring surprisingly close to the INNOCN 15K1F. This level of color accuracy provides a lifelike image and will generally hold up to less demanding content creation workflows. Those who simply need to edit a few photos on occasion, or are looking to upload to YouTube, should have no problems with its performance.
The monitor’s color temperature skews cool, however, with a measured color temperature of 7700K. This is responsible for a majority of the color error in this monitor’s overall color performance, resulting in a somewhat sterile look. How much this will bother you is a matter of personal preference. On the plus side, the monitor’s gamma curve comes in at 2.2, which is exactly on our desired target and indicates that content will look roughly as bright as it should.
Sharpness is a perk. 1080p resolution doesn’t sound impressive but, when packed into a 15.6-inch display, it provides a pixel density of roughly 143 pixels per inch. That’s better than a 27-inch 1440p monitor and only 20 pixels-per-inch less than a 27-inch 4K monitor. Games look crisp and attractive.
The Azorpa G1 Game’s SDR image quality is solid overall. It handles bright and colorful titles like Overwatch 2 or League of Legends extremely well, yet is adequate for darker games like Diablo 4. A more expensive OLED competitor can handle dark titles better, to be sure, but these alternatives are much more expensive (and typically limited to a 60Hz refresh rate).
Arzopa G1 Game HDR image qualityWant a great, or even passable, HDR experience? Skip the Arzopa G1 Game. It can accept an HDR signal but lacks the brightness, color performance, and contrast necessary to provide an acceptable HDR experience. Games look different, but not better, with HDR turned on.
I’m not aware of any portable monitor available in 2023 that provides a good HDR experience, so the G1 Game’s performance is to be expected. However, I’d rather see Arzopa drop HDR than implement it half-heartedly. Slapping HDR on the display is sure to disappoint gamers expecting an experience similar to a typical HDR television.
How is the Arzopa G1 Game motion performanceThe Arzopa G1 Game is a 144Hz monitor but, unlike most gaming monitors, it doesn’t make specific claims about the display panel’s pixel response times. That’s probably because they’re nothing to brag about.
Unfortunately, the G1 Game lacks any form of adaptive sync, meaning it doesn’t support AMD FreeSync and is not Nvidia G-Sync compatible. That can lead to screen tearing and negatively impact fluidity in motion. The lack of adaptive sync is understandable given the monitor’s price, but competitors like the UPERFECT 16-inch portable gaming monitor deliver FreeSync for even less (on Amazon).
Test images from League of Legends and DOTA 2 showed that character profiles and background details were easy to make out and looked crisp even when scrolling rapidly across the screen. Character names and hitpoint bars were difficult to make out, however—a 240Hz or 360Hz refresh rate is required to make those details legible. The G1 Game delivers the boost in motion clarity that gamers expect of a 144Hz display, and it’s a night-and-day improvement over a 60Hz alternative.
Should you buy the Arzopa G1 Game?Arzopa’s G1 Game is a good portable gaming monitor with an attractive MSRP of just $189.99. It provides pleasant color performance, strong contrast, and solid brightness for its price, and the 144Hz panel offers smoother, more responsive gaming than a 60Hz alternative. The monitor’s lack of Adaptive Sync and shoddy HDR are disappointing but excusable. Gamers who want a simple, compact portable gaming monitor will be happy with the G1 Game.
How To Test If A Pc Can Run A Game
Are you excited to try out a new game on your PC? Try not to get ahead of yourself because it’s possible that the game might not work on your system or will give you very poor FPS (frames per second).
In this post, you’ll learn how to test if your PC can run a game before spending any money.
Table of Contents
The Manual WayBefore anything else, it’s best to go over the process manually. Doing so will help you understand what components you have in your computer.
This way, you will know how to test if your PC can run a game even if the automatic way won’t work. You’ll also get a better idea of what components on your system need to be upgraded to run the game properly.
Check Your Computer’s SpecificationsFirst, let’s lookup the hardware information. Of the many details, focus on the CPU (processor) speed, the RAM (installed physical memory), and the GPU (graphics card) information.
You can do this without downloading anything. Just hit the Windows key, search for System Information, and launch it.
There, get the information about your PC’s CPU speed. If you have no idea how powerful or weak your CPU is based on the information provided by Windows, you can go to a site like CPU Benchmark and type in your processor there to see how it ranks overall.
Next, check the amount of RAM. These days anything less than 8 GB would be considered low, especially for a desktop PC. Also, don’t worry about the speed of the RAM, instead focus on the total RAM.
Then choose Display.
There, you’ll get more information about your Adapters and Resolution. Below, you can see that the only graphics card in this computer is Intel UHD graphics, which is built into the CPU. For any kind of gaming, you’ll obviously need a dedicated GPU.
Another easy way to do this is to use Speccy. It’s a system information tool that can provide you with all the details about the hardware in your computer.
Speccy has a free version, as well as a pro version. Since you will only be using it to retrieve basic information for now, downloading the free version is fine.
Download it into your computer and run the application. Once it’s done, you can get your hands on a lot of useful information about your computer.
Focus on CPU, RAM, and Graphics.
Check Your Game’s System RequirementsNext, go to the website where you will buy your game and find out the system requirements. If you have a hard time finding it on the website, you can search for it using Google.
Type in your game’s full name + system requirements and press enter.
Once you have located these requirements, it’s time to compare them with the system information we gathered in the previous step. Like before, your focus should be on the CPU, RAM, and Graphics.
If you want a better gaming experience, turn to the Recommended Requirements for your game. The Minimum and Recommended Requirements usually come next to each other. But if not, just go over it online. Again, use Google to search for these.
There, you can find information that’s similar to the game’s Minimum System Requirements, but slightly higher. And just like with the Minimum Requirements information, your focus should be on the CPU, RAM, and Graphics.
The Automatic WayThe manual way on how to test if your PC can run a game is straight-forward, but requires a decent amount of technical knowledge. If you prefer just being told whether or not your system is good or not, then you’ll like the method below.
Once you press enter, the requirements will be provided to you. This includes both the Minimum and Recommended System Requirements.
However, that’s not all! You’ll also see three button to the right side. The only one we are really interested in is the Can You Run It button. The other two are basically affiliate links to gaming PCs and graphics cards.
Similarly, this app will scan the hardware on your computer and then automatically compare it to the minimum and recommended requirements for the game.
Do You Need to Upgrade?Finally, you need to decide whether your computer has the specs to run the game or if you need to invest some money in upgrading a core component of your computer.
To help with that decision, we recommend checking out a GPU comparison website like GPUCheck. Here, you can pick your current GPU and pick another GPU that you may want to purchase as an upgrade.
Finally, choose the desired quality settings you would want to use in your game. By default, it’s set to Ultra Quality, which is probably what most people want.
GPUCheck will give you detailed information about each GPU, including the FPS that you would get for different resolutions. So depending on the type of monitor of you have and whether it supports a high refresh rate and is 1080p/1440p/4K, you can quickly get an idea if you game will be playable or not.
How To Monitor Network Bandwidth On Linux
Analyzing and monitoring the network traffic of an entire network infrastructure is a very important task for every Linux system administrator. Network admin needs to see what’s going on with the network, who’s using the bandwidth, and how their entire network infrastructure is handling the load. The good thing is there are many open-source network monitoring and traffic analysis tools available in Linux.
In this post, we will discuss some Linux command line tools that can be used to monitor the network usage.
NloadNload is a console application that allows users to monitor the incoming and outgoing traffic separately.
It visualizes the incoming and outgoing traffic using two graphs and provides additional info like total amount of transferred data and min/max network usage.
You can install nload by running the following command:
sudo
apt-get install
nloadNow run the nload command:
sudo
nloadOnce the nload command is executed, you should see the following output.
IptrafIptraf is an ncurses-based IP LAN monitoring tool that shows individual connections and the amount of data flowing between the hosts.
To install iptraf, run the following:
sudo
apt-get install
iptrafOnce iptraf has been installed, issue the following command:
sudo
iptrafYou should see the following output.
VnstatVnstat is different from most of the other tools. It is a console-based network traffic monitor for Linux that runs as a daemon and keeps a log of network traffic for the selected interface. It can be used to generate a report of the network usage.
You can install vnstat by running the following command:
sudo
apt-get install
vnstatNow, run vnstat without any argument:
sudo
vnstatYou can see the total amount of data transfer on your network.
If you want to monitor the bandwidth usage in realtime, use the -l option. It will display the total bandwidth used by incoming and outgoing data.
Now, run vnstat to monitor the bandwidth usage on the wlan0 interface:
sudo
vnstat-l
-i
wlan0You will see the following output.
SpeedometerSpeedometer is a command line utility that can be used to monitor the current download/upload speeds of the network connections and the speeds of the file systems. Speedometer shows a graph of your current and past network speed in your console. You can also use speedometer directly on a file to monitor the download performance and history of a specific download instead of all the network traffic.
Run the following command to install speedometer in your system:
sudo
apt-get install
speedometerNow, run speedometer on wlan0 interface:
sudo
speedometer-r
wlan0-t
wlan0You will see an output similar to the following.
IftopIftop is a command line tool that listens to network traffic on a given interface (such as eth0, eth1, wlan0) and shows a table of current bandwidth usage by hosts. Iftop uses the pcap library to capture the incoming and outgoing packets of the network interface.
You can easily install iftop by running the following command:
sudo
apt-get install
iftopNow, run iftop with the n option that prevents iftop from resolving ip addresses to hostname:
sudo
iftop-n
You will see the following output.
ConclusionOver 5 years of experience as IT system administrator for IT company in India. My skills include a deep knowledge of Rehat/Centos, Ubuntu nginx and Apache, Mysql, Subversion, Linux, Ubuntu, web hosting, web server, squied proxy, NFS, FTP, DNS, Samba, ldap, Openvpn, Haproxy, Amazon web services, WHMCS, Openstack Cloud, Postfix Mail Server, Security etc.
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How To Call Promise Inside Another Promise In Javascript?
When working with JavaScript, you may find yourself needing to call a promise inside another promise. While this may seem like a daunting task, it is actually quite simple once you understand the basics of promises. In this article, we will discuss how to call a promise inside another promise in JavaScript.
The Basics of PromisesIn order to understand how to call a promise inside another promise, it is important first to understand the basics of promises. A promise is an object that represents the eventual result of an asynchronous operation. Promises are used in JavaScript to handle asynchronous operations in a more synchronous way.
Calling a Promise Inside another PromiseNow that we have a basic understanding of promises, let us discuss how to call a promise inside another promise. The first thing you need to do is create a function that returns a promise. This function should take in an input and resolve or reject the promise based on the input.
Next, you will need to create a promise and pass the function you created in the previous step as the input. Once the promise is created, you can call the function that you passed in as the input. This will return a promise that is either resolved or rejected.
Example 1Below is the full working code example −
function
func1
(
input
)
{
return
new
Promise
(
function
(
resolve
,
reject
)
{
if
(
input
===
“resolved”
)
{
resolve
(
“resolved”
)
;
}
else
{
reject
(
“rejected”
)
;
}
}
)
;
}
var
promise
=
new
Promise
(
function
(
resolve
,
reject
)
{
func1
(
“resolved”
)
.
then
(
function
(
result
)
{
resolve
(
result
)
;
}
)
.
catch
(
function
(
error
)
{
reject
(
error
)
;
}
)
;
}
)
;
promise
.
then
(
function
(
result
)
{
document
.
getElementById
(
“result1”
)
.
innerHTML
=
result
}
)
.
catch
(
function
(
error
)
{
document
.
getElementById
(
“result1”
)
.
innerHTML
=
error
}
)
;
In the above code example, we have created a function that returns a promise. This function takes in an input and resolves or rejects the promise based on the input. We have then created a promise and passed the function we created in the previous step as the input. Once the promise is created, we can call the function that we passed in as the input. This will return a promise that is either resolved or rejected.
Example 2Below is another example of calling a promise inside another promise. −
resolve
(
“Hello, “
)
;
}
)
document
.
write
(
result
)
;
}
)
document
.
write
(
result
)
;
}
)
;
}
)
;
Benefits of Calling a Promise Inside another PromiseThere are a few benefits of calling a promise inside another promise. The first benefit is that it allows you to handle asynchronous operations in a more synchronous way. The second benefit is that it makes your code more readable and easier to understand.
ConclusionIn conclusion, calling a promise inside another promise is a great way to handle asynchronous operations in a more synchronous way. However, it is important to keep in mind that this technique can make your code more complex and less performant.
Update the detailed information about How To Move A Fullscreen Game Window To Another Monitor on the Kientrucdochoi.com website. We hope the article's content will meet your needs, and we will regularly update the information to provide you with the fastest and most accurate information. Have a great day!