Personalized Community is here!
Quickly customize your community to find the content you seek.
Check out the latest Business Central updates!Learn about the key capabilities and features of Dynamics 365 Business Central and experience some of the new features.
Download overview guide | Watch Business Central video
2021 Release Wave 1Discover the latest updates and new features to Dynamics 365 planned April 2021 through September 2021.
Release overview guides and videos Release Plan | Preview 2021 Release Wave 1 Timeline
The FastTrack program is designed to help you accelerate your Dynamics 365 deployment with confidence.
FastTrack Program | Finance and Operations TechTalks | Customer Engagement TechTalks | Upcoming TechTalks | All TechTalks
Remember my blog
post on “Multi-root
workspaces in VSCode for AL Development“? If not – it might be interesting to read
first, because this is in fact an “extension” (get it?) on it .. so
you might say this blogpost “depends” on that one ;-).
I concluded the post
with some scripts – and that’s the part I’d like to extend a bit – because I
needed more functionality since latest blogpost. And I’d like to refer to these scripts again
– and tell you a bit more on how they could make your life a bit easier as well
The main part that I
extended is the “Git”-part.
And as an example, I’d want to take you to this
blog post from Michael Megel.
Michael talks about the “Release flow” – and how much it makes
sense for ISV partners in Business Central.
Well .. now take into account the multitude of apps that we might
have. In our company, we have 22 apps at
this moment (x2 if you count the corresponding test-apps as well).
In terms of
Git/DevOps, that’s 22 repositories. In
terms of VSCode, that’s 44 workspaces.
In terms of release management: that’s branching 22 repositories the
very same: if I need to create a release branch, I need to create the same
release branch over all repositories at the same time.
So indeed – we
choose to NOT have a release per app – but rather have one release for all apps
– so when we create a release branch – we basically have to create the same
branch-name in all apps. Fairly simple –
but if you have to do that manually for 22 repos – that’s going to be tedious
(and any repetitive job that is executed manually, just cries for
This is just one
example of many that needs to be solved when you have multiple
Indeed – that’s
where scripting comes into place. And
having a multi-root workspace in combination with some PowerShell Scripts, just
makes your life a bit easier. Do notice
though that I’m not making my scripts part of the multi root workspace. That just doesn’t work – the Al Language
Extension does “something” with the F5 key that kind of like disables
the ability to run any PowerShell script that’s part of the same Multi Root
environment (F8 does work – but I need F5 ;-)).
So – I always have a second VSCode open with my PS Scripts.
The scripts are
still located in
the same place as mentioned in my previous blog, but I have more now. So you have more now as well ;-). Do notice it’s based on my PowerShell modules. So I do advice you to install them, or not
everything might work (thank you for the download count ;-)). So – this is what I have today:
Make sure all
variables are correct in this file – otherwise all below scripts won’t work
correctly. As you can see in this
script, it will not look at any workspace-file, but it find all app.json-files
and treat all directories as “targets” for where to execute the below
scripts. I might change that behaviour
in the future though – I don’t know yet – this works for me now ;-).
This script will
compile all apps in your Multi Root Workspace, in the right order (it will use the
scripts I blogged about here to determine the order). And then it will call the
“Compile-ALApp” that’s part of my module “Cloud.Ready.Software.NAV“,
which will use the alc.exe in your user profile (basically from the AL Language
extension in VSCode) to compile the app.
I don’t use this script too of the though – only when I really need to
for example have all updated translations files.
Well – if you use
one Dev environment, for all your apps – it’s good to have one vscode-file for
all workspace. I know there is a way to
update your workspace file with configurations – but I personally don’t use that. At least this way, I’m still able to easily
just open the individual workspace, and still use the right launch.json.
This is a strange
one. This script is actually going to
copy a command to my clipboard that I can execute in the terminal of my
MultiRoot workspace. It will open all App.json files. Few reasons would be interesting:
This script will
remove all symbol files from all workspaces.
Especially when you change localization or version, this is really
Yep – a loop for
downloading all symbols for all workpaces.
It isn’t very useful though because in a fresh environment, it will most
likely not be able to download all symbols – although, when I start a very
clean environment, I usually cleanup all symbols and run this once – then at
least I have “most” of them.
It doesn’t hurt to run this in the background ;-).
Simple loop to put
all translation-files in one zip-file.
Easy to mail to your translator.
This is where the
branching comes in play. This script
will first synchronize master, and then start a new branch, all with the same
name, for all your workpaces. Especially
interesting to synch branch-naming for multiple repositories (like necessary in
this Release Flow as mentioned earlier).
Just imagine, you
messed up – and you don’t want to do some kind of edit in all your workspaces,
and want to execute a “Discard All” on all your workspaces. That’s exactly what this script does.
If you don’t want to
discard, but edited files in all your workspaces, and you want the same commit
message for all your repositories: just a script that does loop through your
repos, and will stage and commit with that same message.
This doesn’t need
too much explanation: it will switch the branch to another branch.
Again – exactly like
it says – it will update the master-branch for all your workspaces.
This one will update
a branch from master branch. It will
first sync the master branch (make sure it’s up-to-date with the remote), and
then update the selected branch with master.
This might result in conflicts, which you have time to solve in VSCode.
They are very useful
in many scenarios .. . Let me explain a
few of them.. .
We try to translate
in batches (no – developers are no translators.
Development languages or not “normal” languages, you know
;-)). As such: send a bunch of translation
files to the one that will translate.
When I get that back, I will import the files, and commit. The workflow
is something like:
As mentioned above –
there are many scenarios where you would like to “sync branch names”
across multiple repositories, like creating the same release-branch for
multiple repositories in an AL Dependency Architecture.
Microsoft comes with
new major release twice a year. And for
major upgrades, it usually takes some time to prepare your stuff for the next
upgrade. We simply follow this workflow:
And probably steps 2
and 3 has to be repeated a few times – and that’s again where the scripts
become very useful ;-).
If you are a heavy
user of multi root workspaces in AL Development – give these scripts a
spin. I encourage you ;-).
Business Applications communities