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Are there any project that use Nix to cross compile to MinGW/Windows? Specifically into regular binaries that don't require the user to have Nix installed? I know how it works in principle, however a lot of the normal Nix packages fail to compile when targeting crossPkg.mingw32, so I am wondering if there are any bigger projects that use Nix successfully here and have the necessary workarounds. Mostly looking for C or C++ projects using SDL, Gtk, Qt, etc. But any pointers would be welcome.
EDIT: Just wanted to add that while you can use the above it can also sometimes be a headache. I wanted to add that the rust tools team also maintains a project called cross: -embedded/crossThis might be another solution that you want to look into
The Rust distribution only provides compiled libraries for the host system. However, according to Arch Linux's wiki page on Rust, you could copy the compiled libraries from the Windows packages in the download directory (note that there are i686 and x86-64 packages) in the appropriate place on your system (in /usr/lib/rustlib or /usr/local/lib/rustlib, depending on where Rust is installed), install mingw-w64-gcc and Wine and you should be able to cross-compile.
The window.postMessage() method safely enables cross-origin communication between Window objects; e.g., between a page and a pop-up that it spawned, or between a page and an iframe embedded within it.
If you do expect to receive messages from other sites, always verify thesender's identity using the origin and possibly source properties. Any window (including, for example, ) can send a message to any other window, and you have no guarantees that an unknown sender will not send malicious messages. Having verified identity, however, you still should always verify the syntax ofthe received message. Otherwise, a security hole in the site you trusted to send only trusted messages could then open a cross-site scripting hole in your site.
Always specify an exact target origin, not *, when you usepostMessage to send data to other windows. A malicious site can change the location of the window without your knowledge, and therefore it can intercept the data sent using postMessage.
Any window may access this method on any other window, at any time, regardless of the location of the document in the window, to send it a message. Consequently, any event listener used to receive messages must first check the identity of the sender of the message, using the origin and possibly source properties. This cannot be overstated: Failure to check the originand possibly source properties enables cross-site scriptingattacks.
\n The window.postMessage() method safely enables\n cross-origin communication between Window objects; e.g., between\n a page and a pop-up that it spawned, or between a page and an iframe embedded within it.\n
\n If you do expect to receive messages from other sites, always verify the\nsender's identity using the origin and possibly\n source properties. Any window (including, for example,\n ) can send a message to any other window,\n and you have no guarantees that an unknown sender will not send malicious messages.\n Having verified identity, however, you still should always verify the syntax of\nthe received message. Otherwise, a security hole in the site you trusted to\n send only trusted messages could then open a cross-site scripting hole in your site.\n
\n Always specify an exact target origin, not *, when you use\npostMessage to send data to other windows. A malicious site can\n change the location of the window without your knowledge, and therefore it can intercept\n the data sent using postMessage.\n
\n Any window may access this method on any other window, at any time, regardless of the\n location of the document in the window, to send it a message. Consequently, any event\n listener used to receive messages must first check the identity of the\n sender of the message, using the origin and possibly source\n properties. This cannot be overstated: Failure to check the origin\nand possibly source properties enables cross-site scripting\nattacks.\n
What that white cross means? Files are in local, and I have that cross in most of my local files. They work, they sync, but they have the cross, and I haven't found it in the list of iconography in documentation.
The answer file must include processor-specific components. The answer-file settings in the windowsPE configuration pass must match the architecture type of the preinstallation environment. The settings that apply to the Windows image must match the architecture type of the image. For example, if you create an answer file that deploys 64-bit images from a 32-bit preinstallation environment, all components in the answer file for the windowsPE configuration pass must include the processor attribute type of x86. Settings to be applied in the specialize, oobeSystem, or other configuration passes must include the processor attribute type of amd64.
A cross-reference allows you to link to other parts of the same document. For example, you might use a cross-reference to link to a chart or graphic that appears elsewhere in the document. The cross-reference appears as a link that takes the reader to the referenced item.
You can't cross-reference something that doesn't exist, so be sure to create the chart, heading, page number, etc., before you try to link to it. When you insert the cross-reference, you'll see a dialog box that lists everything that's available to link to. Here's an example.
If you've inserted a cross-reference and it looks similar to REF _Ref249586 \* MERGEFORMAT, then Word is displaying field codes instead of field results. When you print the document or hide field codes, the field results replace the field codes. To see the field results instead of field codes, press ALT+F9, or right-click the field code, and then click Toggle Field Codes on the shortcut menu.
If you want to cross-reference items that reside in a separate document but don't want to use hyperlinks, you'll have to first combine the documents into one master document and then insert the cross-references. A master document is a container for a set of separate files (or subdocuments). You can use a master document to set up and manage a multi-part document, such as a book with several chapters.
I would like to start a debate around Swift as a cross-platform language. This is something I have been thinking lately and with the release of Swift for TensorFlow has become clearer to me. Currently Swift is advertised as a cross-platform language but its official support is limited to Ubuntu and Apple platforms. This is great for a large number of developers as it covers Apple devices apps, macOS CLI tools and Linux-based server-side services. But if we want to extend Swift user-base to more fields (machine learning, cross-platform libraries and tools, system programming) following the prophetic Swift Global Domination motto, we need to ensure that Swift becomes a real cross-platform language, and this is not possible without proper Windows support.
I think that Windows support is one, if not the one, feature required by Swift to be understood by outsiders as a cross-platform language. Without it, it is extremely difficult to show Swift as a language that can be used to develop out of the Apple ecosystem (even if that is already possible on Linux). Without it, only Apple platforms developers will ever use it for server-side software. To be clear, an extremely big number of companies are Windows-powered environments and their employees (myself included) can easily set up Python, Ruby, Rust, .NET Core, Go or Node when writing some new code, but not Swift.
I think that after ABI stability is completed in Swift 5, one of the big objectives of the next release should be to complete the cross-platform story with Windows support and finalizing Swift Foundation. What does the Swift community think about the lacking Windows support, its importance and how it should evolve?
Building Windows tools and libraries with Swift still requires full native Swift support. Extending Swift usage out of the Apple-platform ecosystem still requires full native cross-platform Swift support, easy to install packages like any other popular language has for each platform (.msi in Windows, .pkg/Xcode in macOS, and .tar/apt/yum in Linux) and a good package manager.
(Tangentially, I think Android is up there with Windows as the biggest fish for cross-platform support. And personally, I've also strongly felt for a long time that Swift is going to be an awesome language for video game development, but that would ultimately require Swift to be on game consoles, and I recognize that's getting pretty niche. But I think my broader point is that for Swift to achieve World Domination, I think that long term it's probably going to need to be about as readily available on any platform as C.)
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