Trending March 2024 # The Differences Between Samsung And Android Devices # Suggested April 2024 # Top 5 Popular

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If you are planning to purchase a new Android phone, you may be a little confused, especially when it comes to Samsung devices. Are they really running Android? Samsung phones offer a distinctive interface and software but are still based on Google’s mobile operating system. This guide discusses the differences between Samsung and Android to help you make a more informed choice.

Good to know: looking to buy an Android smartphone for a senior member of the family? These are the best options.

Manufacturer vs. Operating System

All modern gadgets run on some kind of software. MacBooks have macOS, PCs run on the Windows operating system, and iPhones have iOS. Similarly, Android is a popular mobile operating system. It is a free and open-source operating system developed by Google. Since it is open-source, anyone can adapt and make changes to it. That’s what many mobile phone manufacturers do, including Samsung.

Currently, there are two popular mobile operating systems on the market: iOS and Android. iOS runs exclusively on Apple iPhones. In contrast, you will find many more mobile phones running the Android operating system. These come from brands like Motorola, OnePlus, Nokia, Xiaomi, Google, and Samsung.

Software

In addition to what was mentioned above, the next important difference lies in the software. Basically, Android is an open-source software that anyone can modify. Brands like Samsung alter the Android operating system and use a customized version of it on their phones. Samsung’s own software is known as One UI, whereas pure Android is known as stock Android. It’s available on Google Pixel phones and some phones from Motorola.

The customized Android operating system has all the features offered by stock Android – but also extra features, depending on the manufacturer. Basically, Samsung offers the Android experience on steroids on its devices.

The following is a list of customized Android operating systems from other brands:

Xiaomi – MIUI

OnePlus – OxygenOS

Vivo – Funtouch OS

Oppo – ColorOS

Note: Samsung One UI was launched in 2023. Prior to that, Samsung’s customized interface was known as Samsung Experience, which succeeded the TouchWiz interface.

User Interface

Overall, the interface of all Android phones, including Samsung, is the same. There is a home screen where you can add app icons and widgets, an app screen showing all of the installed apps, and the Quick Settings panel that can be accessed by swiping down twice from the top edge. There’s also a status bar at the top where you have different icons, like notification, time, battery, Wi-Fi, etc. A notification panel where you can see unread notifications and take action from there is included as well.

The difference between the user interface of stock Android and Samsung phones lies in the fact that Samsung offers additional features.

For instance, take the example of the Samsung home screen, which uses the Samsung One UI launcher. You can customize the number of rows and columns on the home screen, in the app drawer, and in folders separately. Stock Android, on the other hand, uses the same customization for both the home screen and app drawer. Moreover, you cannot customize the folder grid on stock Android.

Further, the app drawer on Samsung Galaxy phones moves horizontally, whereas, on stock Android phones, you have to scroll up and down. Of course, you can use a third-party launcher to achieve the same on stock Android phones (and even on Samsung Galaxy phones). These are just a few of the minor differences between the two in terms of the user interface.

Tip: check out these tips to customize the home screen of Samsung Galaxy phones.

App Store

Apps are essential for smartphones, and to download them, you need an app store, which is Google Play Store on Android phones. Yet, all Samsung phones come with Play Store preinstalled.

However, you also get the Galaxy Store on Samsung Galaxy phones and tablets. You can use this store as well to download apps and games to your Samsung device. It mainly has apps that are exclusive to Samsung phones, but you will find many popular apps on Galaxy Store that you can also find on Play Store, such as Instagram, Skype, Adobe Reader, etc.

You still need the Galaxy Store, regardless, to update Samsung apps like Samsung Internet, Good Lock, etc.

Apps

Samsung Galaxy phones also have all the popular Google apps preinstalled that are available on most Android phones, like Google Photos, Keep, Drive, Google, etc. However, Samsung phones come with their own set of apps. For instance, Samsung Keyboard is preinstalled instead of Gboard, Samsung Contacts is preinstalled instead of Google Contacts, and other apps like Samsung Notes, Messages, Camera, Gallery, File Manager, Calculator, etc. are also preinstalled.

It doesn’t work in reverse, though. While Samsung Galaxy phones support all of the apps available for Android phones, most Samsung apps cannot be installed on other Android phones.

This is a drawback, especially if you like Samsung apps. Let’s say you prefer using Samsung Notes over Google Keep and decide to move to a new Android phone, such as a OnePlus. In such a situation, you will have to manually transfer your notes from Samsung Notes to a note-taking app on OnePlus. But if you use Google Keep, your notes will automatically show up in the Google Keep app on your new phone, provided you log in with the same Google account.

Tip: learn how to change the color of the Samsung keyboard.

Each year, Google releases an updated version of its Android operating system, but Samsung also updates its One UI every year, following in Google’s footsteps. As of this writing, the latest update is Samsung One UI 5, which is powered by Android 13.

Years ago, Samsung used to be quite slow to update its devices to the newest Android software version. However, that has changed. The Korean giant has become quite diligent when it comes to quickly updating its phones to a new version of Android.

Additional Features

On Galaxy phones, there is a huge list of additional features that aren’t available on stock Android: Edge Lighting, Samsung DeX, continue a pps on other devices, separate app sound, edge panels, the ability to hide apps, dual apps, call backgrounds, enhanced multitasking, and more.

Ecosystem

Like Apple, Samsung also has its own ecosystem: Samsung Galaxy phones and tablets, Galaxy Watch, Galaxy Buds, and even Galaxy laptops known as Galaxy Books. If you own any of these devices, you can purchase more Samsung devices and enlarge your Samsung ecosystem, using the same account and getting additional features.

Which Is Better: Samsung vs. Android

To summarize, Samsung is a manufacturer of smartphones, whereas Android is an operating system for smartphones. All Samsung Galaxy phones and tablets run a modified version of the Android operating system known as One UI, where you get additional features.

Everything that works on Android phones generally will work and is the same on Samsung Galaxy phones. However, not everything that’s available on Samsung Galaxy phones will work on other Android phones.

Tip: Samsung Quick Share is another convenient feature available on Galaxy phones. Learn how to use it.

Frequently Asked Questions What are the other popular mobile OS?

Currently, only iOS and Android are used widely. Other mobile operating systems that are not popular or no longer developed include Windows Mobile, BlackBerry OS, and KaiOS.

All images and screenshots by Mehvish Mushtaq.

Mehvish Mushtaq

Mehvish is a tech lover from Kashmir. With a degree in computer engineering, she’s always been happy to help anyone who finds technology challenging. She’s been writing about technology for over six years, and her favorite topics include how-to guides, explainers, tips and tricks for Android, iOS/iPadOS, Windows, social media, and web apps.

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Differences Between Facebook Share And Like Button

Before the “Like” button even exists, the only way to get your post shared across the Facebook network is via the “Share” button. With the new “Like” button, many webmasters rush to implement it on their sites, with some even replaced the “Share” with the “Like” button, without understand the differences. Some even think that the “Like” button is just a newer version of the “Share” button.

In this article, we will show you the differences between the Facebook Share and Like button and how you can utilize them effectively.

Facebook Share

With Facebook Share, all your friends will be able to see the snippet in their news feed.

Facebook Like

Like is similar to the thumb up in Digg, except that there is no “bury” button.

The differences

The only purpose for the Share button is to allow your reader to share your content with their friends in Facebook. The shared item is more visual as Facebook will decipher the link, grab the image and show a snippet of the post.

The “Like” button is more like a personal endorsement of the post/article/content/site. What’s more, the power of the “Like” button involves more than just “liking”. It basically creates a connection between the users and the publisher. When a reader likes your website/post/anything, he/she is literally subscribed to your news feed. You, being the webmaster, is now able to send a notification/update to his/her news feed.

In addition, if you implement the Open Graph protocol in your site, you can also get analytic about the people who “like” your content. All in all, the Like button is a more powerful implementation than the Share button.

Usage

The Facebook Share button can be generated from the Facebook Share page. The code used is a combination of HTML link and javascript. As of any share button, you can choose whether to include the share counter (number of times the post is shared) in the button.

The Facebook Like button can be generated from the Facebook Developers page. It can be added as an iFrame code, or if you choose to integrate the Facebook social plugin deeply into your site, as javascript code.

Should you use either button or both?

You are not restricted to either one of the buttons. It really depends on your preferences whether to implement one, or both, buttons. In fact, in Make Tech Easier, we implemented both buttons so that our readers can share/like depending on their preferences. However, noting how power the Like button can become, it is definitely something that you should not ignore, especially in this Web 2.0 era.

That’s all for now. How do you make use of the Share and Like button on your site?

Damien

Damien Oh started writing tech articles since 2007 and has over 10 years of experience in the tech industry. He is proficient in Windows, Linux, Mac, Android and iOS, and worked as a part time WordPress Developer. He is currently the owner and Editor-in-Chief of Make Tech Easier.

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How To Get Fortnite For Android On Samsung Devices.

If you own one of the following Samsung devices, S7/Edge, S8/+, S9/+, Note 8, Note 9, Tab S3, and Tab S4, you can now download and play Fortnite. Unfortunately, as Epic Games has decided to bypass the Play Store you’ll need to follow a different path to install the game, so follow along as we show you how to install Fortnite on your Samsung device.

How to Play PUBG Mobile With a Controller.

As the rumors suggested Epic Games has decided to completely skip the Google Play Store for the release of Fortnite on Android. The simple reason for this was to avoid Google’s 30% cut of profits, which is a valid point on Epics part. Sadly though this has made the installation process a little more complicated for end users, though the process isn’t as hard as you may think. So without further adieu let’s begin.

How Do You Install Fortnite on Android? Easy!

To begin, the first thing you need to do is head on over to the Fortnite website using your Samsung device: chúng tôi Once you get to the main page tap the Samsung button and you will be redirected to the Fortnite section of the Galaxy App Store.

Once you are there, simply tap the Install button to download the installation files.

I would suggest making sure you do this on a WiFi connection as the game is quite large and will devastate your mobile data plan. In total the main game is a little over 1gb. When the file finishes downloading it should automatically launch the installer. When it does, tap the Install button and Fortnite for Android will begin downloading. (Remember to use WiFi if you don’t have an unlimited mobile data plan)

During the process you will have to accept a variety of different permissions, including storage, if you fail to accept any requests, you won’t be able to download Fortnite. When it finishes tap Launch. If you are feeling lonely because none of your friends own a Samsung device, they can sign up for the Fortnite Android Beta using the link below. 

Alternatively, if they don’t want to wait for the official Fortnite Beta invite, they can get access now using the methods shown in our Fortnite Non-Samsung Device Installation guide.

All of the Currently Compatible Fortnite Android Beta Devices.

Samsung Galaxy: S7 / S7 Edge, S8 / S8+, S9 / S9+, Note 8, Note 9, Tab S3, Tab S4 Google: Pixel / Pixel XL, Pixel 2 / Pixel 2 XL, Asus: ROG Phone, Zenfone 4 Pro, 5Z, V Essential: PH-1 Huawei: Honor 10, Honor Play, Mate 10 / Pro, Mate RS, Nova 3, P20 / Pro, V10 LG: G5, G6, G7 ThinQ, V20, V30 / V30+ Nokia: 8 OnePlus: 5 / 5T, 6 Razer: Phone Xiaomi: Blackshark, Mi 5 / 5S / 5S Plus, 6 / 6 Plus, Mi 8 / 8 Explorer / 8SE, Mi Mix, Mi Mix 2, Mi Mix 2S, Mi Note 2 ZTE: Axon 7 / 7s, Axon M, Nubia / Z17 / Z17s, Nubia Z11

Individual Differences: Meaning And Causes

Meaning of Individual Differences

Individual differences, according to Drever James, are any changes or deviations from the group’s average that each group member has in terms of their mental or physical characteristics. Plato claims that no two persons are born alike, but one differs from the other in natural endowments, the one fitted for one activity and the other for another.

Nature vs. Nurture Debate

Understanding other people’s ideas is a significant development that allows youngsters to adjust in their social environments. Psychologists highlight the nature vs. nurture argument to understand this better. This argument is about whether variations in human behaviors are caused by nature or nurture.

Nature: It refers to the genetic factors inherited from our parents and other relatives, such as height, skin color, eyes’ color, nose shape, etc.

Nurture: It refers to all those environmental factors that influence us, such as the nurturing process, family socioeconomic conditions, social factor, and cultural factors.

One of the oldest and unsolved controversies is the relative relevance of genetic vs. environmental influences. Nativists are those who hold the view that our genetic makeup only influences our behavior. People who hold this opinion believe that “variations in genetic makeup cause human behavior variations.” Environmentalists and empiricists are supporters of the opposing side of this argument. They contend that past experiences or current environmental circumstances influence individual behaviors. John Locke compared the human mind with a tabula rasa—a blank page that fills over time as our life experiences are gained. Nevertheless, current thinking on this issue, does not arrive on any decision.

Areas of Individual Differences

There are various aspects of human behaviors; and, it can be seen in terms of the individual differences. The significant aspects of individual differences are:

Intelligence

Intelligence is the ability to acquire and learn something and then apply that at a right place on a right time. Binet and Simon were the one who attempted to define intelligence as early in 1905. They described it as the “ability to appraise well, to understand well, and to reason effectively.” The noticeable definition of intelligence was given by Wechsler. According to him “the aggregate or global capacity of the individual to behave purposefully, to think rationally, and to successfully interact with the environment.” Over period in time, this definition accepted and frequently used by most of the scholars and researchers working in this field. According to Gardner, intelligence is “the capacity or capability to deal with issues or produce things valued within one or more cultural settings.” He used the phrase “Multiple Intelligences.”

Aptitude

Personality is sum of behaviors that a human being reflect in a given period of time. Many psychologists attempted to define personality; however, among all, Allport’s definition is widely used. According to him “personality is the dynamic arrangement within the person of those psychophysical processes that define his particular adaption to his environment.” Different schools of psychologists attempted to understand personality with different approaches and each of these viewpoints explains specific facets of personality; a few of them are:

The trait perspective describes personality in terms of traits such as introversion and extraversion.

Psychodynamic perspective looks at unconscious needs and conflicts and the influence of earlier stages of development.

The humanistic perspective underlines the human’s huge potential for freedom and growth, and it is optimistic, as emphasizes-on positive aspects of life and potentialities.

Our personality and behavior patterns are acquired through interaction with others and adopting social and cultural norms.

Emotional Intelligence

The view that emotions convey information about relationships, suggests that emotions and intelligence can work hand in hand. Emotions reflect the relationships between a person and a friend, a family, a situation, or a reflection or memory. Emotional intelligence refers partly to an ability to recognize the meanings of such emotional patterns and reason based on them. Emotional intelligence (EI) predicts outcomes in specific domains of social interaction.

Causes of Individual Differences

There is no single cause for individual differences, but researchers have identified some basic reasons for individuals to behave differently.

Heredity: The heretical qualities of a person determine his/her height, size, shape, color, and other physical characteristics, such as hands, legs, and hair. In addition to this, it also plays a significant role in the development of intellectual disparities.

Environment: Environmental factors reflect individual differences in behavior, attitude, styles, personality, etc. The environment does not refer only to physical surroundings, but it also includes different types of people, society, culture, customs, ideas, and ideals.

Race and nationality: Race and nationality are one cause of individual differences. Some nationals are peace-loving, some are cruel: and some are frank.

Age: Age is another factor that is responsible for bringing individual differences. Learning ability and adaptability naturally increase with age. When one grows, one can acquire better control over his/her emotions and better social responsibilities. When a child grows, this maturity and development go side by side.

Education: Education is a potential factor that brings individual differences, and there is a wide gap in the behaviors of an educated and uneducated persons. All traits of human beings like social, emotional, and intellectual are controlled and modified through proper education.

Conclusion

Likewise, there is no concluding remark, which can confirm the specified reasons of existence of individual differences in different human beings. There are certain number of factors that simultaneously affect or influence. In addition to this, given circumstance is also a major factor that influence same person to behave differently in similar situation and behave similarly in different situations.

References:

Physical Ram Attack Can Root Android And Possibly Other Devices

The attack stems from the push over the past decade to pack more DRAM (dynamic random-access memory) capacity onto increasingly smaller chips, which can lead to memory cells on adjacent rows leaking electric charges to one another under certain conditions.

For example, repeated and rapid accessing of physical memory locations — an action now dubbed “hammering” — can cause the bit values from adjacent locations to flip from 0 to 1 or the other way around.

While such electrical interference has been known for a while and has been studied by vendors from a reliability standpoint — because memory corruption can lead to system crashes — researchers have shown that it can also have serious security implications when triggered in a controlled manner.

In March 2024, researchers from Google’s Project Zero presented two privilege escalation exploits based on this memory “row hammer” effect on the x86-64 CPU architecture. One of the exploits allowed code to escape the Google Chrome sandbox and be executed directly on the OS and the other gained kernel-level privileges on a Linux machine.

Since then, other researchers have further investigated the problem and have shown that it could be exploited from websites through JavaScript or could affect virtualized servers running in cloud environments. However, there have been doubts about whether the technique would also work on the significantly different ARM architecture used in smartphones and other mobile devices.

But now, a team of researchers from the VUSec Group at Vrije Universiteit Amsterdam in the Netherlands, the Graz University of Technology in Austria, and the University of California in Santa Barbara has demonstrated not only are Rowhammer attacks possible on ARM, but they’re even easier to pull off than on x86.

The researchers dubbed their new attack Drammer, which stands for deterministic Rowhammer, and plan to present it Wednesday at the 23rd ACM Conference on Computer and Communications Security in Vienna. The attack builds upon previous Rowhammer techniques devised and demonstrated in the past.

The VUSec researchers have created a malicious Android application that doesn’t require any permissions and gains root privileges when it is executed by using undetectable memory bit flipping.

The researchers tested 27 Android devices from different manufacturers, 21 using ARMv7 (32-bit) and six using ARMv8 (64-bit) architectures. They managed to flip bits on 17 of the ARMv7 devices and one of the ARMv8 devices, indicating they are vulnerable to the attack.

Furthermore, Drammer can be combined with other Android vulnerabilities such as Stagefright or BAndroid to build remote attacks that don’t require users to manually download the malicious app.

Google is aware of this type of attack. “After researchers reported this issue to our Vulnerability Rewards Program, we worked closely with them to deeply understand it in order to better secure our users,” a Google representative said in an emailed statement. “We’ve developed a mitigation which we will include in our upcoming November security bulletin.”

Google’s mitigation complicates the attack, but it doesn’t fix the underlying problem, according to the VUSec researchers.

In fact, fixing what is essentially a hardware issue in software is impossible. Hardware vendors are investigating the problem and may be able to fix it in future memory chips, but chips present in existing devices will likely remain vulnerable.

Even worse, it’s hard to say which devices are affected because there are many factors that come into play and haven’t yet been fully investigated, the researchers said. For example, a memory controller might behave differently when the device battery level is under a certain threshold, so a device that doesn’t appear to be vulnerable under a full charge might be vulnerable when its battery is low, the researchers explained.

Also, there’s an adage in cybersecurity: Attacks always get better, they never get worse. Rowhammer attacks have grown from theoretical to practical but probabilistic and now to practical and deterministic. This means that a device that does not appear to be affected today could be proven vulnerable to an improved Rowhammer technique tomorrow.

Drammer was demonstrated on Android because the researchers wanted to investigate the impact on ARM-based devices, but the underlying technique likely applies to all architectures and operating systems. The new attack is also a vast improvement over past techniques that required either luck or special features that are present only on certain platforms and easily disabled.

Drammer relies on DMA (direct memory access) buffers used by many hardware subsystems, including graphics, network, and sound. While Drammer is implemented using Android’s ION memory allocator, APIs and methods to allocate DMA buffers are present in all operating systems, and this warning is one of the paper’s major contributions.

“For the very first time, we show that we can do targeted, fully reliable and deterministic Rowhammer without any special feature,” said Cristiano Giuffrida, one of the VUSec researchers. “The memory massaging part is not even Android specific. It will work on any Linux platform — and we suspect also on other operating systems — because it exploits the inherent properties of the memory management inside the OS kernel.”

“I expect that we’re going to see many other flavors of this attack on different platforms,” added Herbert Bos, a professor at Vrije Universiteit Amsterdam and leader of the VUSec Systems Security research group.

Along with their paper, the researchers have released an Android app that can test if an Android device is vulnerable to Rowhammer — at least to the currently known techniques. The app is not yet available on Google Play but can be downloaded from the VUSec Drammer website to be installed manually. An open-source Rowhammer simulator that can help other researchers investigate this issue further is also available.

Difference Between Getcontext(), Getapplicationcontext(), Getbasecontext() And This In Android?

What is Context in Android?

A Context gives us information about the current state of an application. It allows us to interact with Android Components. It allows us to access files and other resources such as pictures, Activities, Fragments and Services. In Android getContext(), getApplicationContext(), getBaseContext(), this are the methods to retrieve different types of Context objects. The Context Class provides access to several resources and services that are needed to build an Android application including −

Resources − The resources such as layouts, images and strings which are stored in resource objects are accessed through the Context.

System Services − It provides access to system services such as Power Manger, Notification Manager and Location Manager.

Preference − The Preference is used to store and retrieve data in key value pair which can be accessed through Context.

Asset Manager − It is used to access raw asset files that are packaged with the application.

Databases − it provides access to the database used by the application.

What are the two types of Context?

There are two types of context which are as follows −

Activity Context

Application Context

In Android, both “Activity” and “Application” are subclasses of the “Context”class, which provides access to application-specific resources and classes.

The primary difference between both of these contexts is that “Activity” context is tied to the lifecycle of an “Activity” , while “Application” context is tied to the lifecycle of the entire application.

What is getContext() in Android?

getContext() method is generally used with Activities and Fragments to retrieve the context of the view. Context represents the current state of an application or activity that provides access to various resources such as strings, images and many more. getContext() can be called from any View which includes Button view, Text view or Image View.

Here is how you can use getContext() in Android application public class CustomView extends View { public CustomView(Context context) { super(context); } public void displayToastMessage() { Context context = getContext(); String message = context.getString(R.string.my_message); Toast.makeText(context, message, Toast.LENGTH_SHORT).show(); } } What is getApplicationContext() in Android?

getApplicationContext() is a method provided by Context class. Context represents the current state of an object. getApplicationContext() can be called from any Activity, Services, BroadcastReceiver or ContentProvider to retrieve global application Context. This method can be safely used across multiple components of the application.

Here is how you can use getApplicationContext() in Android application public class MyApp extends Application { @Override public void onCreate() { super.onCreate(); Context context = getApplicationContext(); String message = context.getString(R.string.my_message); Toast.makeText(context, message, Toast.LENGTH_SHORT).show(); } } What is getBaseContext() in Android?

getBaseContext() is a method provided by ContextWrapper class which returns the base context of the current context. getBaseContext() can be called from any Activity, Services, BroadcastReceiver or ContentProvider to retrieve global application Context. The method returns a Context object that can be used to access resources or services in an application.

Here is how you can use getBaseContext() in Android application

The Context returned by the getBaseContext() is used as a base Context For an Activity or Services. You can safely use it to access that resource or services that are joined to Activities and Services.

public class MyApp extends AppCompatActivity { @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); Context context = getBaseContext(); String message = context.getString(R.string.my_message); Toast.makeText(context, message, Toast.LENGTH_SHORT).show(); } } What is this in Android?

this is a keyword in Android which is used to get the context of the current class in which we are present. Instead of getting context we can simply use this keyword which will provide the context of that current class.

Here is how you can use this in Android application

In this example instead of getting context stored in the variable we are simply passing as this to display a toast message.

public class MyApp extends AppCompatActivity { @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); Toast.makeText(this, message, Toast.LENGTH_SHORT).show(); } } Difference between getContext(), getApplicationContext(), getBaseContext() and this

getApplicationContext()

getBaseContext()

getContext()

this

Definition

getApplicationContext() returns the global context of the application.

getBaseContext() returns the context of the entire application.

getContext() returns the context of the current activity.

this is used to refer to the current activity.

Parent

Application

Application

Activity

Activity

Accessible outside the services

Yes

Yes

No

No

Accessible outside content providers

Yes

Yes

No

No

Accessible outside activity

Yes

Yes

No

No

Conclusion

In summary, getContext() returns the Context of the current View or Fragment, getApplicationContext() returns the Context of the application, and getBaseContext() returns the Context of the ContextWrapper and this returns the context of the current class. It’s important to choose the correct method depending on the context in which you are working, as using the wrong method can lead to memory leaks or other issues.

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