The project I currently work on uses CruiseControl.NET 1.8.4.0 and I want to integrate it with SonarQube. This is the only information I found about this here and I could not make it work.
Could someone please enlighten me how can this be achieved.
I know nothing about sonarqube but I know a lot about cruisecontrol. Cruisecontrol.net is just a queue that runs tasks. All the actual work in the tasks is done by things other than ccnet for example msbuild, nant, etc. So I'm guessing your situation is similar where ccnet is the outer queue which runs tasks and sonarqube needs to be one of those tasks ccnet runs.
I don't know how sonarqube runs but maybe it can be run through the exec task in ccnet. This allows ccnet to run any executable assuming sonarqube is an executable.
ccnet exec task
The docs link you posted looks like it's running something on linux. Also, the "CruiseControl" the doc page references may very well be the Java Cruisecontrol(Java CruiseControl (runs on linux))
The first thing to answer is, are you really dealing with cruisecontrol.net? Or is it actually java cruisecontrol for linux? They are different tools although they share the same origin.
Related
The best part of UrbanCode Deploy is it models a component based architecture application, and its deployment environment so well that everybody can understand in 10 minutes. Very initiative, flexible and powerful. Don't know if there is another tool does this well.
Jenkins Pipeline can orchestra the Continuously Delivery workflow at the higher level to include the build, test, etc.
Does it make sense?
There's a new UCD plugin for Jenkins that adds nice integrations with the Jenkins 2.0 pipeline. I'm going to poke the developers since there doesn't seem to be a nice video showing it, but there is documentation (and a link to the plugin) out here:
https://developer.ibm.com/urbancode/docs/jenkins-build-step-integration-with-ibm-urbancode-deploy/
I think the idea is that you can use Jenkins pipeline to govern the flow of a build through early test environments, while UCD owns the late test environments / production when the pipeline operates more at the snapshot level. Would love your feedback!
Today, in my production environment, i use Jenkins to manage my build (like a "build pipeline" with some tests) and put all my build results into Urbancode Code station. Urbancode is doing all my deploy work perfectly, the integration with Jenkins is beautiful, easy and fast. I have read some articles about Jenkins delivery pipeline and do not recommend use it.
Check it out
https://www.thoughtworks.com/radar/tools
I have a series of Maven Scripts which are to be run in Linux Platform for doing Reversion and Lableing for my Project. I would like to know what Building Tools i can use to automate the Maven Scripts in the Linux Platform?
Also say suppose I have got some error while doing the Reversioning / Lableing of the code. How can the Automate tools Handle these scenarios.
Please let me know of the effective tools and I would certainly reply back whether those do help me out or not!
I would suggest leveraging a "job" coordinator such as Jenkins or Cruise Control to manage any and all of our automation. Maven is natively supported and understood by these tools. An agent will reside on your server, and do the bidding of your coordinator.
Jenkins is a good solution to automate maven build:
easy to install
easy integration with maven
allow you to automate simple task after build failure/success like sending email
many plugins including this one that allow you to do more complex task after a build failure (or build success)
Any one of this
Jenkins
Hudson
Atlassian bamboo
TeamCity
After using LuntBuild, Jenkins and teamcity I can say without a doubt that TeamCity is by far the superior choice.
I think it's free for a small configuration (3 agents, and up to 10 build configurations).
It very easy to install and configure, compatible with most source control systems.
Can anyone advise what is the equivalent of hudson for c# application?
I used to use hudson as a build server for java performing auto deployment for java web and batch job application at scheduled timing and email notify technical team
I like to ask how can i do the same for c# application.
And is there any standard plugins like static code analysis tool in the build server which i can used to scan through the codes
In addition to the great tools mentioned by jamesj, TeamCity works pretty well too. I prefer it to CruiseControl, from a configuration usability perspective, and it is free given you stay within certain constraints.
If you've already invested in TFS as a source control, though, make sure you are getting your money's worth and use it for your builds and deployments too.
If you like Hudson, take a look at Jenkins. I've seen folks using it for .NET builds as well, though I haven't personally used it, and according to their page Jenkins used to be called Hudson, so it would probably be familiar to you.
TFS is great for continuous integration, but you can also use CruiseControl.NET with NAnt. Both of these should be able to run batch jobs, send emails and run automated deployments
StyleCop and FxCop both do static checking and both can be integrated into your build process.
I am referred to Hudson today.
I have heard about continuous integration before, but I have no idea what the heck is a ci-server.
Hudson is really easy to install in Ubuntu and in several minutes I managed to set up an instance of it.
But I don't quite understand the workflow of a ci-server, or how am I supposed to use it?
Please tell me if you have experience about ci, thanks in advance.
Edit:
I am currently using Mercurial as my SCM, and I wonder what is the right way to use it with Hudson.
I have installed the Mercurial Plugin of Hudson, and I create a new job with a local repository. When I commit in the repository the Hudson job is built with the latest version of my source code.
If what I used is a remote repository, what's the workflow like?
Is it something like the following?
Set up a Hudson job with the repository
Developer makes a local clone of the repository
Developer commit and push changes
The remote repository update with the incoming changeset
Run a Hudson build
There may be something I misunderstanded at all, please help me point it out.
Continuous Integration is the process of "integrating software" continuously i.e. as frequently as possible (ultimately after each set of changes) to avoid any big-bang integration and all subsequent problems by getting immediate feedback.
To implement Continuous Integration, you first need to automate the build of your software (where build means of course compiling sources, packaging them, but also compiling tests, running the tests, running quality checks, etc, anything that will help to get feedback on the health of your code). Then you need to trigger the build on the latest version of the sources on a particular event (a change in the repository, a temporal event), to generate reports and to send notifications upon failure (by mail, twitter, etc).
And this is precisely the responsibility of a CI engine: offering trigger mechanisms, being able to get the latest version of the sources, running the build, generating and publishing reports, sending notifications. CI engines do implement this.
And because running a build is CPU and Disk intensive, CI engines usually run on a dedicated machine (or even a farm of machines if you want to build lots of projects).
Back to your question now. Once you've got Hudson running, configure it (Manage Hudson > Configure System): setup the JDK, build tools, etc. Then setup an Hudson Job and follow the steps: configure the location of the source repository, the build tool, the trigger, a notification channel and you're done (you can do more complex things but that's a start).
For more details on the setup, check:
The official Use Hudson guide for more details. << START HERE
Continuous Integration with Hudson - Tutorial.
Spot defects early with Continuous Integration.
Martin Fowler's overview of continuous integration is one of the canonical references. In my opinion, using automation to make sure your code base is healthy is one of the most useful things that you can set up.
Update Sorry that I didn't have much time earlier to expand on my reply. #Pascal_Thivent is right that in order to effectively use CI, you need to be able to automate your builds, tests, etc. CI is actually a good forcing function for this. For me, it's one of those little warning flags if I start to think that it would be too painful to put a build into Hudson. It means that something is not quite right.
What I like about Hudson is that it's flexible enough to accommodate different workflows. We use it for both builds / unit tests and releases. And it eliminates a lot of the worry about certain release procedures only working in one person's environment.
What I don't like about Hudson is that it is occasionally unstable when new builds break plugins. I've had a couple of upgrades (2 out of 10 or so) go bad because of incompatibilities. I do two things now:
I never upgrade my team's Hudson server to the latest and greatest right away. I generally only upgrade when there are significant new features, or bug fixes.
I now have a basic Hudson instance set up with all my plugins on a virtual machine with some dummy builds that I fire up to test out any new upgrades before doing it on the public server.
Setting up an integration server, I’m in doubt about the best approach regarding using multiple tasks to complete the build. Is the best way to set all in just one big-job or make small dependent ones?
You definitely want to break up the tasks. Here is a nice example of CruiseControl.NET configuration that has different targets (tasks) for each step. It also uses a common.build file which can be shared among projects with little customization.
http://code.google.com/p/dot-net-reference-app/source/browse/#svn/trunk
I use TeamCity with an nant build script. TeamCity makes it easy to setup the CI server part, and nant build script makes it easy to do a number of tasks as far as report generation is concerned.
Here is an article I wrote about using CI with CruiseControl.NET, it has a nant build script in the comments that can be re-used across projects:
Continuous Integration with CruiseControl
The approach I favour is the following setup (Actually assuming you are in a .NET project):
CruiseControl.NET.
NANT tasks for each individual step. Nant.Contrib for alternative CC templates.
NUnit to run unit tests.
NCover to perform code coverage.
FXCop for static analysis reports.
Subversion for source control.
CCTray or similar on all dev boxes to get notification of builds and failures etc.
On many projects you find that there are different levels of tests and activities which take place when someone does a checkin. Sometimes these can increase in time to the point where it can be a long time after a build before a dev can see if they have broken the build with a checkin.
What I do in these cases is create three builds (or maybe two):
A CI build is triggered by checkin and does a clean SVN Get, Build and runs lightweight tests. Ideally you can keep this down to minutes or less.
A more comprehensive build which could be hourly (if changes) which does the same as the CI but runs more comprehensive and time consuming tests.
An overnight build which does everything and also runs code coverage and static analysis of the assemblies and runs any deployment steps to build daily MSI packages etc.
The key thing about any CI system is that it needs to be organic and constantly being tweaked. There are some great extensions to CruiseControl.NET which log and chart build timings etc for the steps and let you do historical analysis and so allow you to continously tweak the builds to keep them snappy. It's something that managers find hard to accept that a build box will probably keep you busy for a fifth of your working time just to stop it grinding to a halt.
We use buildbot, with the build broken down into discrete steps. There is a balance to be found between having build steps be broken down with enough granularity and being a complete unit.
For example at my current position, we build the sub-pieces for each of our platforms (Mac, Linux, Windows) on their respective platforms. We then have a single step (with a few sub steps) that compiles them into the final version that will end up in the final distributions.
If something goes wrong in any of those steps it is pretty easy to diagnose.
My advice is to write the steps out on a whiteboard in as vague terms as you can and then base your steps on that. In my case that would be:
Build Plugin Pieces
Compile for Mac
Compile for PC
Compile for Linux
Make final Plugins
Run Plugin tests
Build intermediate IDE (We have to bootstrap building)
Build final IDE
Run IDE tests
I would definitely break down the jobs. Chances are you're likely to make changes in the builds, and it'll be easier to track down issues if you have smaller tasks instead of searching through one monolithic build.
You should be able to create one big job from the smaller pieces, anyways.
G'day,
As you're talking about integration testing my big (obvious) tip would be to make the test server built and configured as close as possible to the deployment environment as possible.
</thebloodyobvious> (-:
cheers,
Rob
Break your tasks up into discrete goal/operations, then use a higher-level script to tie them all together appropriately.
This makes your build process easier to understand for other people (you're documenting as you go so anyone on your team can pick it up, right?), as well as increasing the potential for re-use. It's likely you won't reuse the high-level scripts (although this could be possible if you have similar projects), but you can definitely reuse (even if it's copy/paste) the discrete operations rather easily.
Consider the example of getting the latest source from your repository. You'll want to group the tasks/operations for retrieving the code with some logging statements and reference the appropriate account information. This is the sort of thing that's very easy to reuse from one project to the next.
For my team's environment, we use NAnt since it provides a common scripting environment between dev machines (where we write/debug the scripts) and the CI server (since we just execute the same scripts in a clean environment). We use Jenkins to manage our builds, but at their core each project is just calling into the same NAnt scripts and then we manipulate the results (ie, archive the build output, flag failing tests etc).