Windows 10 Mobile Appx

[Namuncura Mckoy]

Here, we will discuss on how to use the tool step by step to evaluate the performance of the windows mobile apps. Performance testing of mobile apps can be done through the api layer but that does not complete the entire process. We need to analyze the impact of memory leaks/cpu utilization etc in our application. This tool will help us to evaluate those parameters.

Install the latest version of windows mobile application in emulator or device using windows phone application deployment. Windows phone application deployment tool comes as a part of windows phone SDK.

In the above picture, a portion of computation -> Utilization by CPU is taken into analysis. Analysis pane has the option of zooming the selection and other options as listed in the below image. And we have options of configuring the data table columns/ filtering the rows etc.

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Universal Windows Platform (UWP) apps[1] (formerly named Windows Store apps, Metro-style apps and Modern apps)[2] are applications that can be used across all compatible Microsoft Windows devices. They are primarily purchased and downloaded via the Microsoft Store, Microsoft's digital application storefront.[3]

Starting with Windows 10, Microsoft initially used the term "Windows app" to describe Universal Windows Platform (UWP) apps. These were applications that could be installed from the Microsoft Store, previously known as the Windows Store. Initially, these apps were called "Trusted Windows Store apps," and later they were referred to as "Trusted Microsoft Store apps." Traditional programs designed to run on desktop computers were referred to as "desktop apps."

With the release of the Windows 10, version 1903, there was a shift in the terminology. Microsoft began using the term "Apps" to refer to both UWP apps and desktop apps indiscriminately. This change aimed to unify the naming convention for all types of applications.

Note that UWP is primarily used in Microsoft's developer documentation to specifically refer to the platform itself. Microsoft also introduced the term "Windows Runtime app" retrospectively to describe the precursors of UWP apps, as there was previously no clear and unambiguous name for them.

In Windows 8.x, Metro-style apps do not run in a window. Instead, they either occupy the entire screen or are snapped to one side, in which case they occupy the entire height of the screen but only part of its width. They have no title bar, system menu, window borders or control buttons. Command interfaces like scroll bars are usually hidden on start. Menus are located in the "settings charm." Metro-style apps use the UI controls of Windows 8.x and typically follow Windows 8.x UI guidelines, such as horizontal scrolling and the inclusion of edge-UIs, like the app bar.[5]

In response to criticism from customers a title bar was added in Windows 8.1, but was hidden unless users move the mouse cursor to the top of the screen. However, the Hamburger button on the title bar gives access to the charms.[5]

For most users, the only point of entry for Metro-style apps is the Windows Store. Enterprises operating a Windows domain infrastructure may enter into a contract with Microsoft that allows them to sideload their line-of-business Metro-style apps, circumventing Windows Store. Also, major web browser vendors are selectively exempted from this rule, they are allowed to circumvent Microsoft guidelines and Windows Store and run a Metro-style version of themselves if the user chooses to make their product the default web browser.[6][7]

Before Windows 8, programs were identified by their static computer icons. The Windows taskbar was responsible for representing every app that had a window while running. Metro-style apps, however, are identified by their "tiles" that can show their icon and also other dynamic contents. In addition, in Windows 8 and Windows 8.1 RTM, they are not shown on the Windows taskbar when they run, but on a dedicated app switcher on the left side of the screen.[8] Windows 8.1 Update added taskbar icons for Metro-style apps.[9]

There is no set limit on how many copies of desktop apps can run simultaneously. For example, one user may run as many copies of programs such as Windows Notepad, Paint or Firefox as long as the system resources can support. (Some desktop apps, such as Windows Media Player, have extra code that prevents spawning more than one instance.) However, in Windows 8, only one copy of Metro-style apps may run at any given time. True multi-instancing of these apps were not available until Windows 10 version 1803 (released in May 2018).[10]

UWP apps are designed by individuals or software companies which leads to apps having their own look and feel. However, UWP apps built specifically for Windows 10 and 11 typically appear and function differently than ones on older versions, as they use new UI controls that look different from those of previous versions of Windows. The exception to this are apps that use custom UI, which is especially the case with video games. Apps designed for Windows 8.x look significantly different from those designed for Windows 10 and 11.[citation needed]

UWP apps can also look almost identical to traditional desktop apps, using the same legacy UI controls from Windows versions dating back to Windows 95. These are legacy desktop apps that are converted to the UWP apps and distributed using the APPX file format.[citation needed]

In Windows 10, most UWP apps, even those designed for Windows 8.x, are run in floating windows, and users can use the Windows taskbar and Task View to switch between both UWP apps and desktop apps. Windows 10 also introduced "Tablet Mode". This mode is by default disabled on desktop computers and enabled on tablet computers, but desktop users can switch it on or off manually. When the Tablet Mode is off, apps may have resizable windows and visible title bars. When the Tablet Mode is enabled, resizable apps use the windowing system similar to that of Metro-style apps on Windows 8.x in that they are forced to either occupy the whole screen or be snapped to one side.[11][12][13]

UWP apps in Windows 10 can open in multiple windows. Microsoft Edge, Calculator, and Photos are examples of apps that allow this. Windows 10 v1803 (released in May 2018) added true multi-instancing capabilities, so that multiple independent copies of a UWP app can run.[10]

UWP apps can be downloaded from Windows Store or can be sideloaded. The sideloading requirements were reduced significantly from Windows 8.x to 10, but the app must still be signed by a trusted digital certificate that chains to a root certificate.[14]

Metro-style apps are suspended when they are closed; suspended apps are terminated automatically as needed by a Windows app manager. Dynamic tiles, background components and contracts (interfaces for interacting with other apps) may require an app to be activated before a user starts it.[15][16]

Traditionally, Windows software is developed using the Windows API. Software has access to the Windows API with no arbitrary restrictions. Developers were free to choose their own programming language and development tools. Metro-style apps can only be developed using Windows Runtime (WinRT). (Note that not every app using WinRT is a Metro-style app.) A limited subset of WinRT is available for also conventional desktop apps.[19] Calling a forbidden API disqualifies the app from appearing on Windows Store.

Metro-style apps can only be developed using Microsoft's own development tools. According to Allen Bauer, Chief Scientist of Embarcadero Technologies, there are APIs that every computer program must call but Microsoft has forbidden them, except when the call comes from Microsoft's own Visual C++ runtime.[20][21][22]

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