[Microsoft Windows Ce Platform Builder 5.0 Download
Amancio Mccrae
The Link -archives.toradex.com/knowledge-base/windows-ce-platform-builder-workspace promise a way to download a platform builder workspace, I expected a VS2008 solution file. But up to now i did not find a loophole to get out of the circle I am clicking around, none with a download link. Where can the download be done?
Is there a step-by-step installation- and execution- manual for rebuilding your kernel and your BSP? I only try to rebuild a simple driver, designed for wince6, that no more works in wince7 and in the meantime I wasted lots of working days to setup environment and unsuccessful builds.
A multi-platform image refers to a single image that includes variants formultiple different architectures and, in some cases, different operatingsystems, like Windows. This means that whether you are using an ARM-basedsystem or an x86 machine, Docker automatically detects and selects theappropriate variant for your hosts's operating system and architecture.
Most Docker images use the linux/ OS prefix to indicate they are Linux-based.While Docker Desktop on macOS or Windows typically runs Linux containers usinga Linux VM, Docker also supports Windows containers if you're operating inWindows container mode.
Enable the containerd image store:The default image store in Docker Engine doesn't support multi-platform images.The containerd image store does, and lets you create multi-platform images using the default builder.Refer to thecontainerd in Docker Desktop documentation.
Create a custom builder:Initialize abuilder that uses the docker-container driver, which supports multi-platform builds.For more details, see thedocker-container driver documentation.
Building multi-platform images under emulation with QEMU is the easiest way toget started if your builder already supports it. Docker Desktop supports it outof the box. It requires no changes to your Dockerfile, and BuildKitautomatically detects the secondary architectures that are available. WhenBuildKit needs to run a binary for a different architecture, it automaticallyloads it through a binary registered in the binfmt_misc handler.
Docker Desktop provides support for running andbuilding multi-platform images under emulation by default, which means you canrun containers for different Linux architectures such as arm, mips,ppc64le, and even s390x.
This doesn't require any special configuration in the container itself as ituses QEMU bundled within the Docker Desktop VM. Because of this, you can runcontainers of non-native architectures like the arm32v7 or ppc64leautomatically.
If you're running Docker Engine on Linux, without Docker Desktop, you mustinstall statically compiled QEMU binaries and register them withbinfmt_misc. This enables QEMUto execute non-native file formats for emulation. The QEMU binaries must bestatically compiled and registered with the fix_binary flag. This requires akernel version 4.8 or later, and binfmt-support version 2.1.7 or later.
Once QEMU is installed and the executable types are registered on the host OS,they work transparently inside containers. You can verify your registration bychecking if F is among the flags in /proc/sys/fs/binfmt_misc/qemu-*. WhileDocker Desktop comes preconfigured with binfmt_misc support for additionalplatforms, for other installations it likely needs to be installed usingtonistiigi/binfmt image:
While this approach has advantages over emulation, managing multi-node buildersintroduces some overhead of setting up and managing builder clusters.Alternatively, you can use Docker Build Cloud, a service that provides managedmulti-node builders on Docker's infrastructure. With Docker Build Cloud, youget native multi-platform ARM and X86 builders without the burden ofmaintaining them. Using cloud builders also provides additional benefits, suchas a shared build cache.
Depending on your project, if the programming language you use has good supportfor cross-compilation, you can leverage multi-stage builds to build binariesfor target platforms from the native architecture of the builder. Special buildarguments, such as BUILDPLATFORM and TARGETPLATFORM, are automaticallyavailable for use in your Dockerfile.
In the following example, the FROM instruction is pinned to the nativeplatform of the builder (using the --platform=$BUILDPLATFORM option) toprevent emulation from kicking in. Then the pre-defined $BUILDPLATFORM and$TARGETPLATFORM build arguments are interpolated in a RUN instruction. Inthis case, the values are just printed to stdout with echo, but thisillustrates how you would pass them to the compiler for cross-compilation.
Create a new builder using thedocker-container driverwhich gives you access to more complex features like multi-platform buildsand the more advanced cache exporters, which are currently unsupported in thedefault docker driver:
The image is now available on Docker Hub with the tag /:latest.You can use this image to run a container on Intel laptops, Amazon EC2 Gravitoninstances, Raspberry Pis, and on other architectures. Docker pulls the correctimage for the current architecture, so Raspberry PIs run the 32-bit ARM versionand EC2 Graviton instances run 64-bit ARM.
With .NET 6 Preview 3 we are shipping the latest progress for mobile and desktop development with .NET Multi-platform App UI. This release adds the Windows platform with WinUI 3, improves the base application and startup builder, adds native lifecycle events, and continues to add more UI controls and layout capabilities. We are also introducing new semantic properties for accessibility. As we explore each of these in a bit more detail, we invite you to dotnet new along with us and share your feedback.
Project Reunion 0.5 has shipped! Now Windows joins Android, iOS, and macOS as target platforms you can reach with .NET MAUI! To get started, follow the Project Reunion installation instructions. For this release we have created a sample project that you can explore and run from the 16.10 preview of Visual Studio 2019.
As we are still in the early stages of preview, the process of installing all the dependencies you need for mobile and desktop development is a bit manual. To help ourselves, and you, Jonathan Dick has put together a useful dotnet tool that evaluates your system and gathers as many of the required pieces as it can. To get started, install maui-check globally from the command line:
.NET MAUI starts every application using the Microsoft.Extensions HostBuilder. This provides a consistent pattern for application developers as well as library maintainers to quickly develop native applications. Each platform has a different starting point, and the consistent point of entry for your application is Startup.cs. Here is the most basic example:
This is where you can do such things as register fonts and register compatibility for Xamarin.Forms renderers or your own custom renderers. This is also where you introduce your App, an implementation of Application which is responsible for (at least) creating a new Window:
Expanding on the startup extensions, Preview 3 introduces ConfigureLifecycleEvents for easily hooking into native platform lifecycle events. This is an important introduction, especially for the single project experience, to simplify initialization and configuration needed by many libraries.
To track incoming work we have a Project Board setup for all the handlers we are accepting pull requests for. Several developers have already contributed, and early feedback indicates this architecture provides a much improved experience for ease of contribution.
Layouts have also received some updates in Preview 3. The Grid now supports absolute sizes and auto (sizes to the content). LayoutAlignment options are also now available for Grid and StackLayout so you can begin positioning views with HorizontalLayoutAlignment and VerticalLayoutAlignment properties.
We have been working with many customers to better understand common difficulties around implementing accessibility across multiple native platforms, and how we might make this easier in .NET MAUI. One of the initiatives to come from this is adding new semantic properties to map cross-platform properties to native accessibility properties.
The newer .NET Core (resp. now .NET 5 and .NET 6) and MAUI are new tech stacks for non-legacy environments.
.NET 5 and upcoming .NET 6 still supports Windows 7. Ony MAUI drops supporting this OS.
you are comparing native UI solutions with the likes of Electron, which is essentially a container in which your app runs (based on Chromium), i.e. non-native UI.
Other examples of cross-platform UI frameworks that support Windows 7 are Uno platform and Qml.Net
For the moment, please clone the samples and explore the fundamentals that are there. Let us know if you have any feedback on that. Then look forward to another few releases before you decide to start a prod app.
Hey is it going to be possible to render MAUI inside android for example? As in Xamarin.Forms sometimes great UI components exist but you have a native app and there is no documentation if this is possible. Since now it uses the builder pattern would it become easier to render for example some button or part of the app UI from a MAUI control while you still have your native android app with its UI for example?
Guess what! At a huge IT company, we are just starting new medium-sized commercial PC app project (for Win platform) . We chose .NET Forms! Well tested, well known, very simple. Cons are considered and known. Still.
I'm currently completing a Udacity training programme on Microsoft power platform. I am nearly finished and I have got to a stage where I have to use AI builder on power apps to implement a receipt processor onto my app. When I attempt to select the receipt processor template an error message appears saying " Error loading AI Builder control" and the message appears saying "One or more errors occurred. Reporting the first one: Connections for API with Id /providers/microsoft.powerapps/apis/shared_commondataservice cannot be added due to policy violation." Does anyone know how to solve this issue?
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