I am generating model in JavaScript with -Dmodels option. The generated code contains require module loader used in Node, but I am using Vue Js.
So, I have problem when I require these files in Vue Js project. It gives me an error about superagent - it suppose I will use superagent which is also autogenerated.
What I want is to generate pure models with ES6 export/import statements. Is it possible with Swagger Codegen or should I use something else?
Currently, I am using openapi-client but there is no support for model generation.
So, like it usually happens - you find your answer after you ask a question :)
I found there is an option --additional-properties you can provide like:
java -jar modules/swagger-codegen-cli/target/swagger-codegen-cli.jar generate -i path-to-your-file.yaml -l javascript --additional-properties useES6=true
You can list all available options with the following command:
java -jar modules/swagger-codegen-cli/target/swagger-codegen-cli.jar config-help -l javascript
Related
I need to parse some complex JSON with Scala and put it in a case class. After googling, it appears the JSON library of the Play framework is my best bet. However, I don't want to use the entire framework. I found this advice:
You don't have to install the full frameworks -- you can just list the json library as a dependency.
I'm using Gradle as a build tool but I really don't know how to do what he is suggesting.
Add the following:
// https://mvnrepository.com/artifact/com.typesafe.play/play-json
compile group: 'com.typesafe.play', name: 'play-json_2.11', version: '2.6.7'
Calling a file resulting from the concatenation (bash: cat ... >> app.js) of the following three files:
/usr/share/ceylon/1.2.0/repo/ceylon/language/1.2.0/ceylon.language-1.2.0.js
modules/com/example/helloworld/1.0.0/com.example.helloworld-1.0.0-model.js
modules/com/example/helloworld/1.0.0/com.example.helloworld-1.0.0.js
with the command nodejs app.js does nothing. The same when used in a web page. How do have I to call that javascript program so that it runs without using require.js ?
Please give the rules how ceylon modules and the run function and other functions contained within translate to javascript and are to be called.
How can I get one javascript file from compilation of several ceylon modules without concatenating them manually or with require.js?
The above is without using google closure compiler.
Given the size of 1.6 MB of the language module, it makes no sense to run ceylon-js without using google closure compiler.
Compiling "ceylon.language-1.2.0.js" alone with google closure compiler results in a lot of warnings.
java -jar compiler.jar --compilation_level ADVANCED_OPTIMIZATIONS --js /usr/share/ceylon/1.2.0/repo/ceylon/language/1.2.0/ceylon.language-1.2.0.js --js_output_file lib-compiled.js
How can I get rid of those warnings?
In what order do I have to chain together files resulting from ceylon-js with the model file and the language file to compile them in advanced mode with google closure compiler for dead code elimination.
These are 3 questions, really.
A Ceylon module is compiled to a CommonJS module. Concatenating the resulting files won't work because each file is on CommonJS format, which is a big function that returns an object with the exported declarations.
You can compile the modules with the --no-module option to get just the generated code, without it being wrapped in CommonJS format. For the language module, you can copy the file and just delete the first line and the last 5 lines.
I do not yet know how to get rid of the warnings you mention in the second question.
And as for the third question, I would recommend putting the language module first, then the rest of the files. If you have any toplevel declarations with the same name in different modules, you'll have conflicts (only the last declaration will remain), even if they're not shared, since they're all in the same module/unit.
Well, I think require.js can run the compilation of the modules to one file and then run the google-closure-compiler, see: http://www.requirejs.org/docs/optimization.html
I'm writing a simple Erlang program that requests an URL and parses the response as JSON.
To do that, I need to use a Library called Jiffy. I downloaded and compiled it, and now i have a .beam file along with a .app file. My question is: How do I use it? How do I include this library in my program?. I cannot understand why I can't find an answer on the web for something that must be very crucial.
Erlang has an include syntax, but receives a .hrl file.
Thanks!
You don't need to include the file in your project. In Erlang, it is at run time that the code will try to find any function. So the module you are using must be in the search path of the VM which run your code at the point you need it, that's all.
For this you can add files to your path when you start erlang: erl -pa your/path/to/beam (it exists also -pz see erlang doc)
Note that it is also possible to modify the path from the application itself using code:add_path(Dir).
You should have a look to the OTP way to build applications in erlang documentation or Learn You Some Erlang, and also look at Rebar a tool that helps you to manage erlang application (for example starting with rebar or rebar wiki)
To add to Pascal's answer, yes Erlang will search for your files at runtime and you can add extra paths as command line arguments.
However, when you build a project of a scale that you are including other libraries, you should be building an Erlang application. This normally entails using rebar.
When using rebar, your app should have a deps/ directory. To include jiffy in your project, it is easiest to simply clone the repo into deps/jiffy. That is all that needs to be done for you to do something like jiffy:decode(Data) in your project.
Additionally, you can specify additional include files in your rebar.config file by adding extra lines {erl_opts, [{i, "./Some/path/to/file"}]}.. rebar will then look for file.so using that path.
I want to make a program that prepares an HTML file. It would either be on the server side or just running in my local machine.
I think it would be nice to be able to use the dart:html library since it has a lot of methods for manipulating html (obviously). But it is thought to be used dynamically on the client side, and I want to use it like this: manipulate an html DOM tree with dart:html, and when its ready, write a static html file. For instance using query('body').innerHtml
The problem I'm running into is that I if start a project with the "console application" template, I am not able to make dart:html talk to an html file. And if I choose "web application", in which I am able to do this, I cannot load the dart:io library, maybe it has to do with it being tagged as [server] in the SDK?
Of course I could just do:
print(query('body').innerHtml);
and manually copying the output to a file, but I thought maybe there is a more elegant solution.
See html5lib.
html5lib in Pure Dart
This is a pure Dart html5 parser. It's a port of
html5lib from Python. Since it's 100% Dart you can use it safely from
a script or server side app.
Eventually the parse tree API will be compatible with dart:html, so
the same code will work on the client or the server.
It doesn't support much in the way of queries yet.
I understand that Javadoc is a documentation generator from Sun Microsystems for generating API documentation in HTML format from Java source code.
I infer that the documentation is stored onto an HTML file.
Is there a way I can access it?
If yes where is it stored?
The word Javadoc can refer to
special comments in Java source files (preceding a declaration, and of the form /** ... */)
a program which converts these comments (as well as the declarations themselves) to readable output
the output itself, usually in HTML form.
The Javadoc program is contained in Sun's (or now Oracle's) Java Development Kit (JDK).
If you have installed a JDK (which you should if you do Java development), you can call it on the command line, passing it the package names to document, or some source file names. You should also indicate the output directory, using the -d option.
I'm assuming the following directory (and package) structure in my example below:
current directory
source
de
dclj
paul
examples
HelloWorld.java [containing package de.dclj.paul.examples; and public class HelloWorld { ... }]
docs
Then you use the following command line:
javadoc -sourcpath source -d docs de.dclj.paul.examples
It will then create a the documentation in the docs directory, with an index.html which you can open in your web browser, and other files reachable from it.
For more details have a look at the documentation linked above. For an example output, have a look at the Java Standard API Javadoc.
If you are using an IDE, you likely have a generate Javadoc button there, and the IDE might even show the formatted output of documentation of single classes or methods on the fly.