I want to create 2-3 docker compose overrides as in
Dev, QA and Test. I would like to add these as Visual Studio Profile Configurations as in Debug or Release but add Dev, QA and Test and have VS switch out my overrides accordingly.
I followed a prior post Setup multiple docker-compose envs in Visual Studio but it does not seem to recognize my PropertyGroup Condition="'$(Configuration)' == 'Dev'"
Any help appreciated!
Related
I have installed TFS 2018 Community and was trying to publish a project to plesk domain using one of the publish profiles in the arguments of msdeploy task as shown in the picture below but it only build the project but did not publish it like I thought it would
Generally if you can run the msbuild command successfully with the arguments on local VS, then it should be also available in TFS.
So, please check below things to narrow down the issue:
Just make sure you have the same components installed and configured
on your build agent machine.
Make sure you have the correct configuration for your build
definition.
Based on your screenshot above, just try to set the correct buildPlatform and buildConfiguration (consistent with your project settings in VS).
Also verify that if you have checked in the PublishProfiles, and check the first Get sources step, make sure the system can get the sources and PublishProfiles during the build process.
This article for your reference : TFS 2015: deploy website to IIS without installing extra add-ons to TFS
UPDATE:
In order to use Publish Profiles on the build server, you have to have some of Visual Studio's prerequisites. Make sure you have installed the full version of Visual Studio on the build agent machine.
Besides, you can try with below arguments (Just change the PackageLocation value accordingly) :
/p:DeployOnBuild=true /p:WebPublishMethod=Package /p:PackageAsSingleFile=true /p:SkipInvalidConfigurations=true /p:PackageLocation="$(build.artifactstagingdirectory)\\"
Referecne: Working with Web Deploy and Release Management for the deployment.
We have just installed TFS 2015 (Update 1) on-premise and are trying to create a Continuous Integration/Build system using the new TFS Build system. The build works fine, and gives me a green light, but when I look at the default build it has only built the binaries from the bin directory, and there seems to be no easy way to deploy the app on-premise to a local server.
There are two deploy options for a filesystem copy, and a powershell script, and it would certainly be easy enough to use them to copy files to a new server, but since the build only built the binaries, I don't see a tool to gather up the Web artifacts (cshtml, images, scripts, css, etc..) for this.
After an exhaustive google search, I've only found one article which talks about this at:
http://www.deliveron.com/blog/building-websites-team-foundation-build-2015/
However, this uses WebDeploy and creates a rather messy deploy package.
How can I deploy the site (standard MVC web application, in fact my tests are using the default boilerplate site created by the create project wizard) complete with artifacts to a local server in the easiest possible way? I don't want to have to install WebDeploy on the servers, and would rather use PowerShell or something to deploy the final artifacts.
The build is just the standard Visual Studio build template, with 4 steps (Build, Test, Index & Publish, Publish Build Artifacts).
We use "Visual Studio Build" step and as Arguments for MSBuild we use following line:
/p:DeployOnBuild=True /p:PublishProfile=$(DeploymentConfiguration)
On Variables tab page DeploymentConfiguration has to be configured. It must be the Name of the publish Profile (filename of the pubxml file). If the file Name is Build.pubxml the publish profile is Build.
for example:
/p:DeployOnBuild=True /p:PublishProfile=Build
I wanted to add that Ben Day has an excellent write-up that helped us package quickly and then release to multiple environments through Release Manager.
His msbuild arguments look like this:
/p:DeployOnBuild=True /p:DeployDefaultTarget=WebPublish /p:WebPublishMethod=FileSystem /p:DeleteExistingFiles=True /p:publishUrl=$(build.artifactstagingdirectory)\for-deploy\website
The difference between this and the accepted answer is that this parameter set stages everything in an artifacts folder, and then saves it as part of the build. We can then deploy exactly the same code repeatedly.
We capture the web.env.config files alongside the for-deploy folder and then use xdt transforms in the release process to ensure everything gets updated for whichever environment we're deploying to. It works well for all our web projects.
We use WebDeploy/MSDeploy for 40+ applications and love it. We do install WebDeploy on all our servers so we can deploy more easily but you could also use the Web Deploy On Demand feature which doesn't require WebDeploy be pre-installed.
I have Microsoft TFS build process to deploy web project to azure web role, this occurs automated way every day. I have followed Azure article https://azure.microsoft.com/en-in/documentation/articles/cloud-services-dotnet-continuous-delivery/
I have following MSBuild arguments in my build process, as above article suggested
/t:Publish /p:PublishDir=C:\MSCD\
When i add database project to my project solution, build is keep failing. Getting error message
The "SqlPublishTask" task was not given a value for the required
parameter "SqlPublishProfilePath"
When i publish my web project, i don't want database project to be published. How to drop DACPAC file to drop folder ? so i can use powershell to update my database in azure.
I am using TFS 2012 On-Premise. Could someone give suggestion on how to solve this problem?
You need to create Master-child build definitions and in master build definition configure solution with build and deploy disabled in configuration manager .and in child build configure database project alone .
Create Master and child build definition such that they share common drop .
#Siva palla's answer solved this exact same issue for me. Here are the complete set of changes we made to get this working.
Changes in Visual Studio
Originally I was using a single configuration called 'Deployment' that was set to deploy both our WinForms project and our SQL project (VisionShellWin is the WinForms project, the two Vision.SQLMigration projects are the SSDT projects) so everything below is based on changes to Deployment. For most people you'll have Release instead of Deployment, all of the below should still work fine, just substitute in Release for Deployment:
To separate that single configuration in two I created a new configuration:
I set that new deployment to copy its settings from the old Deployment configuration and not to create new configurations for each of the projects (the existing project level Deployment ones are fine):
In that new deployment I then unticked the boxes to Build and Deploy the database projects:
I then did the exact same thing again to create a Database specific deployment:
And in that one I unticked everything except the database files:
That's everything needed in Visual Studio, so I committed all of that and synced it back to DevOps.
Changes in Azure DevOps
In DevOps I cloned my existing Visual Studio Build stage (called 'Build Winforms solution') and renamed the clone to Build Databases:
I added two new build variables in the Variables tab, named ClickOnceBuildStageConfiguration and DatabasesBuildStageConfiguration with their values set to the names of the new configurations we just created in VS:
And then I changed the WinForms build stage to use the new ClickOnceBuildStageConfiguration variable - note that we still have the /T:"VisionShellWin" /target:Publish MSBuild Arguments needed for ClickOnce set:
And the new Build Databases stage to use the databases variable - note that we don't have any MSBuild Arguments:
Finally, in addition to the copy stage I already had for copying the ClickOnce application files into the drop artifact:
I also added a Copy Files stage (called 'Copy Dacpacs') to copy the DacPac into the drop too:
Once you've done all of that, you should end up with a build that works and an artifact that contains both the ClickOnce files and the DacPacs
I've been trying for a week to deploy a webrole to Azure Clous Services without quite getting there.
Here is my setup:
I've got a cloud solution with a cloud project and a MVC application (standard no changes to template yet). Its under source control in Visual Studio Online.
I'm using octopack to try generating the nuget package
I'm using the buildt in nuget repo from Octopus
The Octopus server and tentacle is hosted on a VM in azure
I've created a step-template for my deployment step (see this article)
My plan:
I'd like to have a CI build to a dev-service and a seperate build to push my project to the staging environment and roll it onto the production environment using Octopus.
My problem:
The packages that are produced by Octopack seems to not contain what they should. And I've tried to play around with the nuspec file included in my webrole to get it just right. Something ends up missing either way i try.
Have anyone gotten this to work? I'd appreciate any tips pointing me in the right direction as I've slowly been running out of ideas. So i turn to you my fellow nerdlings for some much needed help.
Regards
ZiGGstern
Correct me if I'm wrong but it looks like you're in need of the octo.exe to automate deployments after build within Visual Studio/TFS Online to your target environments.
I'm trying to focus on this statement:
I'd like to have a CI build to a dev-service and a seperate build to
push my project to the staging environment and roll it onto the
production environment using Octopus.
You can configure within your build-template, using the "Post-Deploy Script Path" a PowerShell script to call the Octo.exe (with an API Key) and fire off a deployment for your desired environment(s). You can customize this per build if you so choose. I've used this method by creating a folder within the root of my Solution (I call it 'Tools' but the name doesn't matter). Within that Tools folder, I add a PowerShell script AND the octo.exe. The PS script fires the Octo.exe which makes a call to my Octopus Server and with the "create release" option, I'm able to automatically deploy to whatever environment AFTER my build finishes within TFS. Make sure to always include those files (right-click in VS and in file properties select 'always copy').
I'm not quite sure why your NuGet packages would not be configured correctly, but that should be remedied first. Your question is trying to ask for two things and it's not clear which is more important to you; NuGet package or the Deployment from CI build. Having said that, I think you need to give more details on why you think your NuGet package is inadequate or not working correctly for your Azure services.
Please note, the site you supplied is using a custom PowerShell script in the form of a step template. It may be best to try the default Azure step within Octopus first before using a customized script. Just a thought.
Read more about the Octo.exe here: http://docs.octopusdeploy.com/pages/viewpage.action?pageId=360596
Our plan is to use Team Foundation Build service to do automatic builds, then use the testing facility to automatically perform testing on the build server then release that build onto the application server.
So far we have
Team Foundation Server with TF Build Controller configured
Build server with win2012, Visual Studio 2013 and Build agent configured.
SQL Server with SQL 2013 installed
Application Server with Win2012 and .netframework installed
My question is what do I need to do to set up automatic builds, and to execute the unit test harness once compilation is successful.
Also the deployment target machine will initially be DEV, however we would like to quickly build for test env and prod etc.
This is what I got so far.
Build Controller (Already set up I believe)
Build Agent (Already installed on build server)
Build Process Template (Do I need to do anything with this. Is this what controls the whole lot)
Team Build Definition (I had a look at this, and it seems to use the build process template)
Drop Folder (I am assuming this is where the executables will be dropped into).
At the moment I have bits and pieces of info, what I would like to know is how this whole thing is hanging together. From the moment the developer wants to do the build to the moment that exe is placed into the DEVAPPSERV (Development application server).
Is anyone able to point me in the right direction or give a summary of what I need to make this happen?
Many thanks,
Dalibor
Install TFS Server (TFS Disk) Create a Team Project Collection and any desired Projects
Install TFS Controller + Agents onto a dedicated machine (TFS Disk) Configure only the build options if on a different machine to the TFS Server
Configure Build Controller to connect to a Specific Team Collection on your TFS Server
Install VS Premium or higher on build machine, if you want code coverage results for your tests
Add some code to TFS Source Control
Create a Build Definition using the default template.
Configure the build definition.
Set the working folder for the build, include only what you need as this will speed up the process
Point the definition to your .sln or proj file.
Ensure testing is enabled and that your test assembly names will match the regex used to identify test dll's i.e. name your test assemblies with the word test.
Set the trigger to be CI or what ever flavour of build you require i.e. gated build
Save the build definition
Trigger a manual build and debug any issues
you should have the basics done and a repeatable build created.
That should cover the basics, you may want to customise the build template (see Ewald Hoffman's guide for tips), you may want to narrow down your code coverage (look for runsettings file info).
If you follow these steps you should be able to get a basic build created and running from these, if you hit any issues you can come back and ask specific questions about a particular area
In order to do automatic builds you should check the CI build option ( under the trigger build option ) and third party automated testing can be run by executed by a post build script.
See the following TFS article about post build scripts.
http://msdn.microsoft.com/en-us/library/dn376353.aspx