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I now you're probably wondering why you should use Gottleib or what exactly is Gottleib is good for

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me.

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Does it solve my problems or is it just a nice tool, but it has nothing to do with me?

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Of course, this is a question that you probably already only one who can answer if Ditlev really fits

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your own needs.

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What I can say on my part is that Gottleib is a very, very modern tool and it's continually being updated

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and improved and the market share is definitely growing in the direction that Getler will be definitely

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one of the major tools out there to do continuous integration and continuous delivery for the next years.

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At the same time, more traditional tools like Jenkins', I haven't really evolved a lot and are actually

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losing market share.

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And the reason why a lot of people are going to get Lappe or other similar solutions is because, first

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of all, this modern architecture where you can easily scale where everything is more or less dakkar

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first.

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And we'll discuss about Doka a bit later.

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But where you have these containers that are being executed and especially pipeline as a code, but

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other features like you will have to repository and you can do much request or you can do issue tracking.

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So there are a lot of futures built into lab which work really, really great.

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And the best way to tell if Gottleib is for you is to try it out.

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And this is exactly what I'm trying to do in discourse.

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To give you an overview of Gottleib as soon as possible to try to get things started and to go over

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the most important features that giddyap and especially get Lecci has to offer you because we're interested

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in continuous integration and continuous deployment.

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Now, the repository part and how to use Gottleib, it is relatively easy, as similar to other solutions

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out there.

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This is why the focus of this course is on the continuous integration solution built into Gottleib.