Later i worked with symfony framework. In this framework we can easily build a multi language project by using FOSUserBundle. But i do'nt know what to do in phalcon! In the Phalcon documentation (multi-lingual-support) explained a way for it! But if i have many languages this way is too difficult!
Do yo know about any provided library for multi language projects?
You can either use the Phalcon\Translate to translate all your strings in respective arrays - one file per language. The reference in the documentation as you correctly posted is here and it refers to the native array adapter.
There are additional adapters in the incubator repo, for PO files or database driven.
You might also want to see the internationalization area in the documentation.
take a look at this piece of code
https://bitbucket.org/moderndeveloperllc/phalconlocale/src
Related
I want to bind a different programming language to the Godot game engine. Is there an instructional document or video on this topic? For example, how was this project done: godot-rust. If I can learn the basics, I can succeed in working in a different language. Thanks.
In this answer I show you the different approaches to add language support in Godot 3.x (the situation will be somewhat different with Godot 4.0 and GDExtension - which replaces GDNative and hopefully means less custom builds), and I mention some languages that are supported by each of these approaches. However, this is not an exhaustive list of the languages.
First of all, Godot has official build-in support for GDScript and Godot's VisualScript (and Godot's shading language and its visual counterpart if those counts for you).
There are a few ways to use C++:
You can use it to create GDNative scripts (which are basically a wrapper around native calls that allow you to use them as scripts in Godot).
Or you can create modules (which are static libraries you can add in a custom Godot build).
And since Godot source is in C++, you don't have to restrict yourself to making modules if you are making custom builds.
In web builds Godot can interface with JavaScript via the JavaScript class. However, this approach does not allow you to add JavaScript scripts to Nodes, and so on.
Then there are languages that can only be added in custom builds of Godot, which is currently the official support for C#.
There are other non-official custom builds that offer language binding for languages such as Lua, Kotlin, TypeScript and JavaScript (this time allowing you to make scripts).
If you need to add a runtime, you would probably do this.
Some language take advantage of the fact that Godot's has official Mono support in order to support C#. This way you can, for example, use F# and Clojure.
They start by adding a C# project and then modify it so it uses another language. This is viable if your language already compiles to .NET.
Some other languages can be added as plugins that implement the PluginScript class via GDNative. This is the case of Python and Lua (again) which you can get from the asset library.
This is the most user friendly way to add language support to Godot, but it is limited to what you can do with PluginScript.
Addendum: Gil Barbosa Reis, author of the aforementioned Lua bindings, has an article series about its implementation stuffed away in the repository (in English and Portugueses): godot-lua-pluginscript/extras/articles/. It is probably the most comprehensive tutorial to date.
Other languages are added by means of taking advantage of GDNative (They basically mimic what you would do with C++). This is the case of Nim, Rust, D, Haskell, Go, Swift…
So that's how godot-rust works: make native libraries using rust and the godot-rust create and add them as if they were made in C++. For any language for which there are the means to make native libraries already, this is a good option.
Finally there is another way to add support for a language: a transpiler from that language to GDScript, which can be automated with an addon that might also be written in GDScript. This is the case of Lisp.
This last approach is mostly used for domain specific languages.
The official docs here provide your answer:
Godot officially supports GDScript, C/C++, C#.
Some 3rd party languages that can be used are: Rust, D, Python, Nim, and Go.
does anyone know how to get multi languages by using Parse Anypic? Is there a languages file to change? Then via a setting menu one user can change the languages, or the language is shown according to the mobile language.
Thanks
You can implement localization by yourself. You may do it by following this tutorial which I think is a good starting point.
I'm part of team working on SDK that is exposed with several programming languages - currently ObjC, C#, ActionScript, Java (Android) and later we'll have even more languages.
We want to have documentation which is made up of two parts:
Human readable documentation
API Reference
There are links between the two parts: from human readable docs we have links to specific classes or methods and from the API reference we may link to a document that explain the context in which the class or method is used.
We are currently use a combination of sphinx for human readable documentation and language specific tools for API such as doxygen or asdoc
I saw in LeapMotion they were able to generate a complete documentation for multiple programming-language (not human language) with cross links between programming-languages.
The Question
Does someone know how to accomplish such documentation system in a way we'll not have to duplicate each change in human readable docs to every language and have cross links between the languages?
I put together the Leap Motion documentation. I use Sphinx to create the package of docs and Breathe, a Sphinx plug-in, to basically import XML files generated by Doxygen into the Sphinx project for the doxygenated API references (C++, C#, Java, and Objective-C). For links from the so-called "human-readable" pages to the API references, I generate RST substitutions from the .tag files which Doxygen will generate for you. Links from the API reference to the "human-readable" pages are normal, relative hyperlinks (which I should add more of).
I use the conditional content features of Sphinx to generate a separate set of docs (both "human-readable" and API) for each programming language. Thus these articles can be customized for each programming language where needed and have the correct code examples for the current language. Because each doc set has the same structure, it isn't hard to switch from one language to another.
I did add some custom JavaScript to the page templates to help switch between languages.
tl;dr: Sphinx, Breathe, Doxygen and a small amount of custom JavaScript.
If you would like to discuss this further, you can post a question to our (Leap Motion) developer forum. I'll see it (Stackoverflow isn't the proper place for an ongoing discussion).
Hi Ido Ran,
Tools which you've specified are best in industry for documentation purpose,I am afraid there is no such tool yet which could provide both human and as well as API reference.Out of all my personal best is doxygen which is slighly of multi-use (human and API)..Hope this helps.
I read Scott Gu's article about built-in support for bundling and minification in ASP .NET 4.5.
However there's no mention of embedded resources, which is a pity.
In the past I've been using a Codeplex project called Client Dependency Framework which supported embedded resources.
Seems like a pretty major omission to me. Is support planned?
I'm pretty sure you could write your own transformer to handle this.
Create a class that implements System.Web.Optimization.IBundleTransform.
Then in the Process method get the contents of the embedded resource. This shouldn't be too difficult. This blog post might be helpful.
Then add the transform to the bundle.
e.g.
var bundle = new Bundle("~/Test").Include("~/Content/Site.css");
bundle.Transforms.Add(new EmbeddedResourceTransformer());
Note that I am using the nuget package from System.Web.Optimization, not Microsoft.Web.Optimization (I have no idea why there are two different namespace implementations, and whether the syntax would be the same in both).
I also can't vouch for the performance of doing it this way as opposed to the file system.
Hope that helps!
Just a few comments on above answers since I don't have enough rep. to comment directly...
The answer from Hainesy suggests using a BundleTransform. I believe this is too late in the process to include an embedded resource. The BundleTransform is helpful for converting things inside the css or javascript after the contents are pulled from the original file and before they are put into the bundled file. For example, if you need to modify image URL's in CSS to point to local relative url for dev and to a CDN url for production.
The link from user960567 explains how to use embedded resources, but there's a catch. That process will only work for something like a common control used from another project.
e.g. If you create a textbox that needs CSS and JS then it allows you to create a HTML helper in the common project that will add the textbox and the script tags that pull in the embedded resource into the page. It does not allow you to pull the embedded resource from the common project into a bundle in another project. This will basically create a separate script or style tag for each embedded resource which may not be what you want (at least it's not what I was looking for.)
I've written a detailed article about how you can use the bundle and minification technology to wrap up your external resources here.
I was wondering if there were a way to extract information from an objective-c app, static or dynamic library and/or framework?
Information such as an array of class names without instantiating or running the target.
I've checked google and the apple developer documentation and haven't found anything.
Frank
F-script appears to be able to do what you want, but I'm no expert. Check out www.fscript.org.
If you want to extract classes from an application/dynamic library, there is a handy tool called ClassDump.
It can even generate the header files in order to get an overview of the classes, protocols, etc.
If you want to do it at runtime, then take a look at the source code to learn how to load and parse the different mach-o segments.
This is an excellent starting point for reverse-engineering Cocoa apps:
http://culater.net/wiki/moin.cgi/CocoaReverseEngineering
It mentions F-Script, class-dump, and a few others.