Container.start.ps1
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<# .SYNOPSIS Starts the container. .DESCRIPTION Starts a container. This script should be called from the Dockerfile as the ENTRYPOINT (or from within the ENTRYPOINT). It should be deployed to the root of the container image. ~~~Dockerfile # Thank you Microsoft! Thank you PowerShell! Thank you Docker! FROM mcr.microsoft.com/powershell # Set the shell to PowerShell (thanks again, Docker!) SHELL ["/bin/pwsh", "-nologo", "-command"] # Run the initialization script. This will do all remaining initialization in a single layer. RUN --mount=type=bind,src=./,target=/Initialize ./Initialize/Container.init.ps1 ENTRYPOINT ["pwsh", "-nologo", "-file", "/Container.start.ps1"] ~~~ .NOTES Did you know that in PowerShell you can 'use' namespaces that do not really exist? This seems like a nice way to describe a relationship to a container image. That is why this file is using the namespace 'ghcr.io/startautomating/ugit'. (this does nothing, but most likely will be used in the future) #> using namespace 'ghcr.io/startautomating/helpout' param() if ($args) { # If there are arguments, output them (you could handle them in a more complex way). "$args" | Out-Host } else { # If there are no arguments, see if there is a Microservice.ps1 if (Test-Path './Microservice.ps1') { # If there is a Microservice.ps1, run it. . ./Microservice.ps1 } } # If you want to do something when the container is stopped, you can register an event. # This can call a script that does some cleanup, or sends a message as the service is exiting. Register-EngineEvent -SourceIdentifier PowerShell.Exiting -Action { if (Test-Path /Container.stop.ps1) { & /Container.stop.ps1 } } | Out-Null |