I now you're probably wondering why you should use Gottleib or what exactly is Gottleib is good for
me.
Does it solve my problems or is it just a nice tool, but it has nothing to do with me?
Of course, this is a question that you probably already only one who can answer if Ditlev really fits
your own needs.
What I can say on my part is that Gottleib is a very, very modern tool and it's continually being updated
and improved and the market share is definitely growing in the direction that Getler will be definitely
one of the major tools out there to do continuous integration and continuous delivery for the next years.
At the same time, more traditional tools like Jenkins', I haven't really evolved a lot and are actually
losing market share.
And the reason why a lot of people are going to get Lappe or other similar solutions is because, first
of all, this modern architecture where you can easily scale where everything is more or less dakkar
first.
And we'll discuss about Doka a bit later.
But where you have these containers that are being executed and especially pipeline as a code, but
other features like you will have to repository and you can do much request or you can do issue tracking.
So there are a lot of futures built into lab which work really, really great.
And the best way to tell if Gottleib is for you is to try it out.
And this is exactly what I'm trying to do in discourse.
To give you an overview of Gottleib as soon as possible to try to get things started and to go over
the most important features that giddyap and especially get Lecci has to offer you because we're interested
in continuous integration and continuous deployment.
Now, the repository part and how to use Gottleib, it is relatively easy, as similar to other solutions
out there.
This is why the focus of this course is on the continuous integration solution built into Gottleib.