Is there a way to configure the Jenkins Jacoco Plugin to link Groovy source files to the coverage report? The coverage statistics are calculated correctly, however, in a mixed Java/Groovy Project, only the Java files are linked. The configuration looks as follows:
Switching to the latest release (3.0.3) I was able to fix that issue. However you still need to manually tell the plugin to check for *.groovy source files, e.g.:
jacoco classPattern: 'build/classes',
execPattern: 'build/jacoco/test.exec',
sourceInclusionPattern: '**/*.groovy', // new option required to tell the plugin to search for *.groovy source files
sourcePattern: 'src,test'
Based upon this bug report, it looks like the 2.2+ releases have changed how source code is linked in the report such that it only works for *.java files. One possible work-around is to downgrade the JaCoCo plugin to 2.1.0. This is what we did and it works; although I am not sure what features and bug fixes we give up in 2.2+ so it might not be worth it in your situation.
It looks like there is a Pull Request that needs to be reviewed and merged so that it can be released in an upcoming version.
Related
I would like to read and write some data with Apache Flink 1.11.2 from S3. The documentation recommends to use the presto plugin for checkpoints and the hadoop plugin for pipeline data.
After reading this section you have to copy the plugins from /opt to /plugin. I can find the flink-s3-fs-presto-1.11.2.jar under /opt but there is no flink-s3-fs-hadoop-1.11.2.jar. Where can i find the s3-hadoop plugin for setting up my production environment?
And how can i use these plugins in the IDE? Simply adding these to pom.xml als provided dependencies? And then how can i pass the crentials in IDE?
That is weird I can see that they are both present in the official binaries in opt in 1.11.1. However if You can't find them, You can simply try to get the jars from Maven here and copy them to the required place. Another thing that may work is adding the dependency into the project with compile scope.
Running the job locally is described here. There are various ways of configuring the credentials when running the job in IDE, one might be adding core-site.xml to resources folder with proper configruation.
EDIT:
As for the local execution it was explained here a little bit.
I just downloaded the latest version of the CN1 sources to use for building locally.
However, I don't have all the javax.media.* and org.cef.* that are required to build the JavsSE port.
Any quick tips on how to get everything to successfully build?
Since I couldn't build with the sources, I also tried copying the jars over from a just created CN1 project, but using those I get this error message:
/Users/me/NetBeansProjects/CodenameOne/Ports/JavaSE/src/com/codename1/impl/javase/JavaJMFSEPort.java:41: error: class, interface, or enum expected
import javax.media.Time;i
I'm no Java expert so I'm probably missing something obvious.
We added new jars to the binaries repository: https://github.com/codenameone/cn1-binaries/
These should include both, see this commit: https://github.com/codenameone/cn1-binaries/commit/6aa7e9d76b3653598e12396d7defc50d624a4e63
I've recently been asked whether it was possible for me to convert my older theme contributions to the new Qooxdoo packaging system. So I installed Qooxdoo 6.0 and got a first test app running - not without problems because the instructions in the official docs are a bit buggy (e.g "npx qx" is an unknown command with my Ubuntu 18.04). I also read about the packaging system and what to do to install one of the existing packages from the Qooxdoo repository.
Then I followed the steps described in section "Create a new package". This procedure resulted in a folder structure which looked familiar at first sight, but a closer look made me wonder: There are two resource folders now, one is under "source" (as I would have expected) and the other one is under "source/class/[mypackage]". I also noticed that there is a "demo" folder in "source/class/[mypackage]", which used to be a top-level folder in previous Qooxdoo versions.
I then copied the theming files of my contribution to "source/class/theme", the demo app files to "source/class/[mypackage]/demo" and the demo resources to "source/class/[mypackage]/resource". After compiling the project I managed to run the demo app, but only without the expected resources (no icons, no fonts, no background images). The theming as such appears to be applied properly, but I keep getting plenty of error messages telling me "404 (Not found)" and "Image could not be loaded".
What am I doing wrong?
I guess you are running into a bug with our template for packages ... please open an issue https://github.com/qooxdoo/qooxdoo-compiler/issues/
As for how to do it. Have a look at an actual theme package for 6.0 https://github.com/ITISFoundation/qx-osparc-theme there you can see the required structure.
Also, for this kind of question, interactive help is probably best. Visit the qooxdoo chat on https://gitter.im/qooxdoo/qooxdoo
I am building a sample react native application. Currently i am running it using the node server.Node server is serving the js file.
You can see this in following screenshot:
I want to shift to the option2, for this, if there is any change in the js file, i need to run the curl command manually.
Is there any alternative for this?
AFAIK there's nothing in place and this is work in progress. See:
https://github.com/facebook/react-native/issues/12
We plan on putting in some sort of build step that "compiles" the JS
source directly into a resource file in the app bundle. Obviously in
production you wouldn't have a server running nearby.
There's another bit of discussion here.
At the moment I think you're stuck with the curl option.
All this does is packing all your JavaScript together and writing it into a single file.
Option 1 has a small http server running, providing the latest packed file when you request it.
Option 2 takes the file from the local disk.
You can setup a tool that looks watches your project files and repacks everything if you make changes.
You can do this by yourself, using the packaging tool shipped with react-native (react-native bundle [--minify]) and re-run it everytime things changes using gulp (and gulp-watch).
Also you can use webpack as your packaging tool and use the --watch option. (see example)
I changed source of DotNetnuke (a little!) and I want to package an install version of my new DotNetNuke.
How Can I do this?
p.s: I know It's not recommended to change the source but I have no another option
(Telerik calendar do not support my date format and I have to replace it with another calendar !)
Thanks in advance
Answer depends on what you have changed, but the simplest way is to deliver patch that should be installed after normal dnn installation. For example, if you have only changed dll, you can ask to follow normal dnn setup instructions and finally relpace dll. If it's more than on file, you can review how dnn upgrade package is built. It follows same folder structure and places only changed files. So if you have couple of dlls changed in bin, the will be placed in bin folder, and if you have changed some ascx file it should be placed in same path by creating same folder hierarchy.
You can also create a package that can be installed to deploy your changes but for smaller set of files it will be complecated.
Let me know if you need more help.
You can package any change into a DNN install package by including the compiled files along with a DNN Manifest file. This can then be installed via the Extensions page. A manifest file is an Xml file which controls where the contents of an install zip are installed. You can make it as simple or as complicated as you need. You can also include xml merge statements to make changes to the web.config file upon install and uninstall. See the wiki for reference : http://www.dotnetnuke.com/Resources/Wiki/Page/Manifests.aspx
Incidentally, you may have been able to deliver your modified telerik source as a separate provider, and configure it via the web.config, thus saving you from modifying the source code. To do something like that, you would build your own module, and plug it in and replace the standard Telerik references.