I use Java 8, and I want to find java library which will allow me to get all repository contributors, it corresponds to that API call:
https://developer.github.com/v3/repos/#list-contributors
From that link:
https://developer.github.com/libraries/
I have found three most popular libraries for Java, but I can't find library with that method.
May be you can give me advice about what library to choose and how in that library get repository contributors.
Related
I looked through Github search docs for repos and code and I am not sure if it is possible.
I want to find popular open source projects that use a specific library to see how they handle particular design patterns. In my case, I am looking for popular Android projects that use Dagger 2.
I tried using a code search for com.google.dagger:dagger-android-processor: in .gradle which gives me 14k+ results for mostly unpopular projects. I would basically just want to sort by forks/stars, which is not an option as far as I can see.
If this is not possible with Github's search I am happy with any alternative.
For projects that use one of the package managers which is supported by GitHub (RubyGemsm, NPM, PyPI, Maven, Nuget), you can use ghtopdep
Related issue
A Code search would not allow sorting through repository stars (as stated here)
Maybe:
using a BigQuery would allow using that criteria (like this one)
or using GraphQL
I have used the free-electrons elixir cross referencer to browse through the linux source code and be able to jump to the definition and implementation of the defined functions, etc.
I was wondering if there is a similar cross referencer for github repositories
Thanks
There is a website that does this, though I am not sure if they index the implementations and declarations like elixir does for linux kernel . Sourcegraph can help you with this.
For example if you wanted to view the linux kernel you would type
https://sourcegraph.com/github.com/torvalds/linux
Since June 11th, 2019 (2 years later), you don't need Sourcegraph.
See "Jump to definition in public repositories"
Jump to definition is now available for a subset of public repositories—supported in Go, JavaScript, Python, Ruby, and TypeScript.
Hovering over function and method calls will expose jump-to-definition links for all call sites in the blob content, within the same repository.
We use the recently open-sourced semantic library to find definitions and call sites in your code.
See more at "Navigating code on GitHub":
Tip: Jump to definition works for active branches.
If the feature is enabled for you but you don't see links to the definitions of functions and methods, push to the branch and try again.
See it in action for instance in moby/moby cmd/dockerd/daemon.go.
Starting August 2019, you can "Find all references in public repositories"
Find all references is now available for a subset of public repositories—supported in Go, JavaScript, PHP, Python, Ruby, and TypeScript.
Hovering over function and method names in the code view will expose links to all of the calls to that function or method within the same repository.
We use the recently open sourced semantic library to find definitions and call sites in your code: github/semantic
semantic is a Haskell library and command line tool for parsing, analyzing, and comparing source code.
I was reading this article:
http://www.java.com/en/download/faq/deployment_toolkit.xml
and I get confused about the purpose and use of the DT Plug-in and the deployJava.js.
I always believe that the Deployment Toolkit is the set of functions of the deployJava.js file (like this link says: http://blogs.oracle.com/thejavatutorials/entry/deployment_toolkit_101) but according to the article there are two parts of the Deployment Toolkit: the Plug-in and the interface for the developer.
I'm asking about all of this because the deployJava.js fails to detect the appropriate version of Java in some of the machines of our users and I was wondering if the DT Plug-in could help us improve the detection, but I don't know how exactly it detects the Java version and when it does it or how can I use it to solve detection problems?
Most of this doubts are driven by the question in the article:
"Does deployJava.js work if the Java DT Toolkit plug-in is disabled?
Yes, deployJava.js contains some pure JavaScript functions, which will continue to work even if the Java DT Toolkit plug-in is disabled."
So... why do I need the deployJava.js if the DT Plug-in exists or vice versa?
Any help on this matter would be very appreciated.
Thank you very much.
If anyone has doubts about it, I've posted this question in the oracle forum and this was the reply:
Deployment toolkit is combination of native library and javascript
helpers. javascript is the only official public API to native library.
JRE is installed with DT native library that is left on the system if
JRE is uninstalled. As of now DT native library is only available on
Windows.
Javascript helper functions use native library if it is available but
many actions can be performed (with degraded accuracy, etc.) even if
native library is not present.
Note that there is new Javascript APIs for DT as alternative to
deployJava.js. it is called
[dtjava.js|http://download.oracle.com/javafx/2.0/deployment/deployment_toolkit.htm#BABJHEJA]
and is primary API for JavaFX applications. However, it also supports
pure Java apps and likely will be main JS API for DT going forward
(some more testing and bug fixing may be needed).
Hope this helps to clarify the relationship.
Thxs to igor
Link to oracle post: https://forums.oracle.com/forums/message.jspa?messageID=9932788#9932788
I am a newbie to AspectJ and to learn it I am trying to search for some open-source simple applications that use AspectJ for the web but I am unable to retrieve any. I am trying to build a filter through this technology but I am not able to find any working examples that are suited in particular to Eclipse/Tomcat.
You can get (many variations) of a simple e-commerce application built using Spring+AspectJ from http://manning.com/laddad2 (click on "Source Code" link).
Not sure they're specifically targeted at Tomcat, but the examples at
Eclipse AspectJ Sample code ought to give you a start.
The Eclipse projects are all stored in the Eclipse Foundation CVS servers. Using the source is a great way to debug your code and to figure out how to do new things.
Unfortunately in a large software project like BIRT, it can be difficult to know which projects and versions are required for a particular build. So what is the best way to get the source for a particular build?
Okay, I know the answer to this one...
Eclipse has a feature named Team Project Sets which allows you to define a collection of projects, stored in various version control systems that can be downloaded as a package. I have published a collection of team project set files that can be used to get the BIRT source. The files are stored in a Subversion repository here
I have a short article with a bit more detail on the BirtWorld blog.
Go to the BIRT website and follow their Directions.