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In this video, we're going to create a new get repository inside of a project.

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Before we do, however, I don't have just a quick note, one or two on how we create, get and use

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get inside of a micro services project.

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So in general, you're going to see that there are two different styles of managing code in a micro

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services project using gets or really any other version control.

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One approach is to use was referred to as a mono repo.

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This is where we are going to create a single get repository to track all the changes made to all of

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our different services.

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So in this scenario, all of our code lives inside of one single get repository.

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The other approach is to create a separate repository for each individual service.

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We're gonna have one get repository for off another four tickets payments, so on.

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You get the idea.

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You're going to see that, even though it might make a lot of sense, you know, initially when you

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initially think about this might seem like it makes a lot of sense to create a single get repository

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for each repo, but or for each service.

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But you're going to see that in reality what a lot of different companies do.

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And I'm talking about very, very large companies with tremendously large code bases.

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They actually trend towards using a single repository to track all the code inside of their project.

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One of the biggest reasons for this is that every single time that you create a new get repository,

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there's actually a lot of overhead that goes along with that.

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You have to create a separate repository on, say, GitHub or get lab depending on what service you're

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using.

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You might have to create a separate set of authentication keys just to get access to that repository.

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You have to set up a separate C.I. and c.D pipeline.

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There's a lot of work that goes into creating each of these get repositories when we're working at micro

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services.

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It's not really just as simple as writing out.

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Get in it and say, OK, that's it, we're done.

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Instead, there really is a lot of work.

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So to limit that amount of overhead.

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Very simple solution.

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Just use one single.

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Get repository.

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Now, that's not to say that there are no downsides of using a single repository, because there definitely

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are.

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As a matter of fact, we're going to run into a couple those downsides as we go through this deployment

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workflow.

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In this course, because the vast majority of larger companies doing micro services use a single get

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repository.

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We're going to take that same pattern.

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So we're going to use a single get repository to track all of our different services.

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So that means we're not going to go over to our terminal.

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We're going to create a new get repo inside of our project.

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We're going to commit all of our code.

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Will then go off to get Hub and create a matching repository up there as well.

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So inside my project directory.

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I'm going to do a get in it.

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Inside of your boat, for I commit anything or add anything, I'm going to create a get ignore file

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to make sure that we ignore all of our noad modules, directories and so on.

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I don't want to commit any of my report or see any my dependencies or anything like that.

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After making a repository and then going to go back over my edit editor and of my route project directory,

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I'll make a new file called Dot It Ignore.

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I'm going to add in there node modules.

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Because I'm on Mac OS, I'm also going to ignore a very annoying little file called the DST store file.

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You only have to do that if you're on Mac OS.

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We'll save that and close the file.

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Well, then go back on my terminal.

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I'll do a get add.

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And then a get commit.

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And I'll just say initial comment like so.

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And I should see all my touch, good files, some Jason stuff, some JavaScript stuff, all that should

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be committed now as you scroll through this list.

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You should definitely not see anything tied to, say, the node modules directory or anything like that.

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Once we've committed all that, we now have an up to date get repository on our local machine.

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You're not going to go off to get hub and create a matching repository on there now for this course.

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Even if you are normally a user of get lab, please make use of GitHub.

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We're going to rely upon some features on GitHub itself, specifically something called GitHub actions

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to handle running our tests and eventually handled the deployment as well.

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So you can not use get lab in this course because we are relying upon these GitHub features in particular.

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So once I go to get Hub.

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I'll make sure that I am signed in.

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If I can.

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There we go.

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I'll then create a new repository.

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I'll give it a very simple name about ticketing.

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Simple enough.

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All that great, the repository.

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And then we have to tie this GitHub repository to the repo that we just created on our local machine.

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So I'm going to copy the link displayed right here.

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I'll go back to my terminal, where I just create the repo and I'll do a get remote, add origin and

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then paste in that YORO.

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If you get an error during the step right here or during the next step where we're going to push, let's

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do the push first, because this is actually probably where you're going to see the air begin to get

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push.

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Origin Master.

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You'll notice for me.

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Everything's going to appear to work just fine.

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If you get an air here that says something like permission denied or something like that, you need

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to make sure that you've got your get clients set up to work with GitHub appropriately.

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So in particular, you're going to want to make sure that you've got some matching SSA keys and whatnot.

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You can check the help on GitHub for directions on how to do that.

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If you're here in this course, to be totally honest with you, I'm really going to expect that you

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are familiar with get and you know how to push code to get Hub.

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So going to leave doing some research on resolving any errors that you might have just got gotten right

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here on you.

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OK.

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After I pushed my code, I'll then flip back over the repo, refresh the page and I should see everything

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up here.

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Very good.

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All right, so now that we've got all of our code put together, we're now going to create these two

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automatic little steps where we're going to make sure that any time that we create a request, we run

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some tests for our project.

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We're also going to create a little step to make sure that in time that we merge something into our

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master branch, get builds and deploys our project as well.

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So let's get started on that little level of automation in the next video.