I want to write fully object oriented code in Meteor by using classes and objects. So, what is the best way to write object oriented code in Meteor (both client and server)?
This article shows how to make your Meteor project es6:
http://info.meteor.com/blog/es2015-get-started
If you use es6 methodology, it should all be object orientated.
Have you read the tutorials page on testing?
https://www.meteor.com/tutorials/blaze/testing
and here is a more in-depth guide:
https://guide.meteor.com/testing.html
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I chanced on Piral Framework for implementing micro-frontends and I wanted to implement it in my project.
However, my application comes as a Blazor wasm project and my aim is to use this current project as my app shell.
Is there any example on how I could implement that?
I can't really find my way around the documentation too.
Kindly note that I am a beginner. Thanks in advance.
For the app shell you cannot use Blazor.WASM. You can, however, make your app shell really lightweight (i.e., don't put almost anything in there) and have all the necessary layout parts defined in Blazor.
The idea boils down to the sample given at:
https://github.com/piral-samples/piral-distributed-layout
Now instead of having pilet(s) in React / Angular / ... you use Blazor.
For Blazor pilets (and extensions using Blazor) you can check out the documentation at the README of Piral.Blazor:
https://github.com/smapiot/Piral.Blazor/
Make sure to follow the instructions closely and use the right branch (named after the version of Blazor you are targeting).
After searching around on how to actually implement the concept of micro-frontends using Blazor WASM as my app shell, I still didn't find any solution which helped me. So I came up with a custom solution which I wrote about in a blog.
Basically, the solution makes use of the JS interop of Blazor as a medium of communicating between the other JS frameworks or libraries.
Kindly have a read: https://dev.to/xanderselorm/introduction-to-micro-frontends-using-net-blazor-wasm-part-1-lc9
I've developed a REST API back end using Endpoints-Proto-Datastore, which wraps the Cloud Endpoints Python API. I'm starting to look at Qt and trying to get an idea what will be involved in accessing my API from the Qt networking or other library. Might it be nearly as straightforward as is making the calls from the command line using the Python Client library, which even handles OAuth2 flows? This would be very nice. I might use PyQt if this makes things simpler.
Your Endpoints service can generate an OpenAPI specification file which describes the API. Once you do this, there are many OpenAPI-compatible packages which can generate client code for you.
I located this document which gives a pretty good overview for my purposes:
"The Google APIs Client Library for C++ will automatically take care of many of the tedious details for interpreting and complying with the discovery documents so that you can write simpler and familiar C++ code."
Now it's a matter of building and installing the C++ client and then figuring out how to generate the client library and access it from a Qt application. But that is beyond the scope of this question.
Recently I noticed some classes in Qt which is called Qt script module and according to documentation it's used to make an application scriptable! here is my questions :
What does it mean? making an application Scriptable?
And when should we use it?
Thanks in advance
What scripting is
~~~~~~~~~~~~~~~~~
Most of the super huge s/w come with lots of features. And quiet interestingly many of the new features that are added are the combinations of basic existing features. But one cant keep on adding new C++ code to create a simple feature...they can just write a script interactively which performs the existing operations in a tandem process and does the job of new feature.
Best examples..Blender(Python scripting). If can look in this scenario.. Blender has 1000s of features. Most of them are actually scripted features calling the existing features in an orderly fashion.
QtScript
~~~~~~~~
This module of Qt framework provides a javascript interpreter(Google v8 js engine) at your disposal. You can call your QObject classes and related methods from javascript as it they were native functions of js(Only in you application). QScriptable classes expose the internals of your c++ QObject's properties and methods to javascript engine.
When To USe
~~~~~~~~~~~
When you have a huge application with lots of modules, and you want to retain the programmability of your application even after compiling it into machine code, then you have to use scripting.
From the question here, There are two external libraries to use for http operation. It seems that dispatch has more visibility while scalaj-http is easy to use as stated there. Thus, I am more inclined toward scalaj-http. I want to use the http library in google app engine, where there are restraints. For standard Java, there is a work around for it from here. I would like to get advice on what would be the best approach to use Scala in Google app engine(this is not for Lift framework).
I personally am very happy with Dispatch. There are several executors, including one for App Engine, dispatch-gae.
I have a java server side project which contains JAX-WS web-services (using JavaEE 6 and the #WebService annotation).
Is there some kind of plugin that would allow me to generate Flex client stubs during my maven build ?
I have taken a look at enunciate, but it seems to generate only AMF client.
I've also tried to look at GraniteDS, but their doc seems a little opaque to me.
Notice my Flex project is compiled using flexmojos, which contains a flexmojos:generate mojo that should be able to generate domain object (however I don't understand how to say it to use domain classes from ANOTHER project, and not from a different folder).
So, is there any maven plugin that would allow the kind of feature described in this Adobe page ?
Well most solutions use the WebServices WSDL description and generate stuff from that.
I documented this process in my Wiki. Don't be confused about the CXF Part, just have a look at the "Seting Flex up as Web Service client" part. When I did this, I used the code generation features of Flash Builder to generate the code and to work with that code.
I know this is not the cleanest way to do it, but it worked then (about 2 Years ago). Things like wsld2as weren't available then ... perhaps you should have a look at that.