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Applications you create with .NET Core can be published in two different modes, and the mode affects how a user runs your app.
Publishing your app as self-contained produces an application that includes the .NET Core runtime and libraries, and your application and its dependencies. Users of the application can run it on a machine that doesn't have the .NET Core runtime installed.
Publishing your app as runtime-dependent (previously known as framework-dependent) produces an application that includes only your application itself and its dependencies. Users of the application have to separately install the .NET Core runtime.
Both publishing modes produce a platform-specific executable by default. Runtime-dependent applications can be created without an executable, and these applications are cross-platform.
https://photosskyey.weebly.com/blog/jvc-gz-mg130u-software-mac. When an executable is produced, you can specify the target platform with a runtime identifier (RID). For more information about RIDs, see .NET Core RID Catalog.
The following table outlines the commands used to publish an app as runtime-dependent or self-contained, per SDK version:
For more information, see .NET Core dotnet publish command.
Produce an executable
Executables aren't cross-platform. They're specific to an operating system and CPU architecture. When publishing your app and creating an executable, you can publish the app as self-contained or runtime-dependent. Publishing an app as self-contained includes the .NET Core runtime with the app, and users of the app don't have to worry about installing .NET Core before running the app. Apps published as runtime-dependent don't include the .NET Core runtime and libraries; only the app and 3rd-party dependencies are included.
The following commands produce an executable:
Produce a cross-platform binary
Cross-platform binaries are created when you publish your app as runtime-dependent, in the form of a dll file. The dll file is named after your project. For example, if you have an app named word_reader, a file named word_reader.dll is created. Apps published in this way are run with the
dotnet <filename.dll> command and can be run on any platform.
Cross-platform binaries can be run on any operating system as long as the targeted .NET Core runtime is already installed. If the targeted .NET Core runtime isn't installed, the app may run using a newer runtime if the app is configured to roll-forward. For more information, see runtime-dependent apps roll forward.
The following command produces a cross-platform binary:
Publish runtime-dependent
Apps published as runtime-dependent are cross-platform and don't include the .NET Core runtime. The user of your app is required to install the .NET Core runtime.
Publishing an app as runtime-dependent produces a cross-platform binary as a dll file, and a platform-specific executable that targets your current platform. The dll is cross-platform while the executable isn't. For example, if you publish an app named word_reader and target Windows, a word_reader.exe executable is created along with word_reader.dll. When targeting Linux or macOS, a word_reader executable is created along with word_reader.dll. For more information about RIDs, see .NET Core RID Catalog.
Important
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. You tube software for mac osx 10.6.8. NET Core SDK 2.1 doesn't produce platform-specific executables when you publish an app runtime-dependent.
The cross-platform binary of your app can be run with the
dotnet <filename.dll> command, and can be run on any platform. If the app uses a NuGet package that has platform-specific implementations, all platforms' dependencies are copied to the publish folder along with the app.
You can create an executable for a specific platform by passing the
-r <RID> --self-contained false parameters to the dotnet publish command. When the -r parameter is omitted, an executable is created for your current platform. Any NuGet packages that have platform-specific dependencies for the targeted platform are copied to the publish folder.
Advantages
DisadvantagesCan You Read The Binary Code Of A Mac Os App Cleaner
The following disadvantage only applies to .NET Core 2.1 SDK.
Examples
Publish an app cross-platform runtime-dependent. An executable that targets your current platform is created along with the dll file.
Publish an app cross-platform runtime-dependent. A Linux 64-bit executable is created along with the dll file. This command doesn't work with .NET Core SDK 2.1.
Publish self-contained
Publishing your app as self-contained produces a platform-specific executable. The output publishing folder contains all components of the app, including the .NET Core libraries and target runtime. The app is isolated from other .NET Core apps and doesn't use a locally installed shared runtime. The user of your app isn't required to download and install .NET Core.
The executable binary is produced for the specified target platform. For example, if you have an app named word_reader, and you publish a self-contained executable for Windows, a word_reader.exe file is created. Publishing for Linux or macOS, a word_reader file is created. The target platform and architecture is specified with the
-r <RID> parameter for the dotnet publish command. For more information about RIDs, see .NET Core RID Catalog.
If the app has platform-specific dependencies, such as a NuGet package containing platform-specific dependencies, these are copied to the publish folder along with the app.
Advantages
DisadvantagesThe Binary Code Music
Examples
Publish an app self-contained. A macOS 64-bit executable is created.
Publish an app self-contained. A Windows 64-bit executable is created.
See also
The safest place to get apps for your Mac is the App Store. Apple reviews each app in the App Store before it’s accepted and signs it to ensure that it hasn’t been tampered with or altered. Fast dvd copy software mac download. If there’s ever a problem with an app, Apple can quickly remove it from the store.
If you download and install apps from the internet or directly from a developer, macOS continues to protect your Mac. When you install Mac apps, plug-ins, and installer packages from outside the App Store, macOS checks the Developer ID signature to verify that the software is from an identified developer and that it has not been altered. By default, macOS Catalina also requires software to be notarized, so you can be confident that the software you run on your Mac doesn't contain known malware. Before opening downloaded software for the first time, macOS requests your approval to make sure you aren’t misled into running software you didn’t expect.
Running software that hasn’t been signed and notarized may expose your computer and personal information to malware that can harm your Mac or compromise your privacy. View the app security settings on your Mac
By default, the security and privacy preferences of your Mac are set to allow apps from the App Store and identified developers. For additional security, you can chose to allow only apps from the App Store.
In System Preferences, click Security & Privacy, then click General. Click the lock and enter your password to make changes. Select App Store under the header “Allow apps downloaded from.”
Open a developer-signed or notarized app
If your Mac is set to allow apps from the App Store and identified developers, the first time that you launch a new app, your Mac asks if you’re sure you want to open it.
An app that has been notarized by Apple indicates that Apple checked it for malicious software and none was detected:
Prior to macOS Catalina, opening an app that hasn't been notarized shows a yellow warning icon and asks if you're sure you want to open it:
If you see a warning message and can’t install an app
If you have set your Mac to allow apps only from the App Store and you try to install an app from elsewhere, your Mac will say that the app can't be opened because it was not downloaded from the App Store.*
If your Mac is set to allow apps from the App Store and identified developers, and you try to install an app that isn’t signed by an identified developer or—in macOS Catalina—notarized by Apple, you also see a warning that the app cannot be opened. Free invoice programs mac.
If you see this warning, it means that the app was not notarized, and Apple could not scan the app for known malicious software.
You may want to look for an updated version of the app in the App Store or look for an alternative app.
If macOS detects a malicious app
If macOS detects that an app has malicious content, it will notify you when you try to open it and ask you to move it to the Trash.
How to open an app that hasn’t been notarized or is from an unidentified developer
Running software that hasn’t been signed and notarized may expose your computer and personal information to malware that can harm your Mac or compromise your privacy. If you’re certain that an app you want to install is from a trustworthy source and hasn’t been tampered with, you can temporarily override your Mac security settings to open it.
In macOS Catalina and macOS Mojave, when an app fails to install because it hasn’t been notarized or is from an unidentified developer, it will appear in System Preferences > Security & Privacy, under the General tab. Click Open Anyway to confirm your intent to open or install the app.
The warning prompt reappears, and you can click Open.*
The app is now saved as an exception to your security settings, and you can open it in the future by double-clicking it, just as you can any authorized app.
*If you're prompted to open Finder: control-click the app in Finder, choose Open from the menu, and then click Open in the dialog that appears. Enter your admin name and password to open the app.
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