* Add OpenCover PS Module to collect code coverage
OpenCover PS Module helps is collecting Code Coverage using the OpenCover
toolset. The module helps in comparing two code coverage runs as well.
* Change OpenCover.psd1 to ASCII
* Fix an error in path for OpenCover
Fixed an error on path for OpenCover. Also used ZipFile class instead of
cmdlet as it might not be available on CI system.
* Convert module to be Powershell v4 compliant
Changed implementation from classes to PSObjects and implemented
Expand-ZipArchive.
* Added CodeCoverage as a configuration to project.json files
Added CodeCoverage as the new configuration for all the project.json
files. When Start-PSBuild is executed with configuration as CodeCoverage,
we change the degubType to 'full' as required by OpenCover toolset.
Also made changes to appveyor.psm1 to build a CodeCoverage package on
daily builds and publish it as a zip.
* Addressed code review comments
Changed from Add-Member to use pscustomobject type accelator. Removed
[gc]::collect.
* Added explicit garbage collection
* Addressed code review comments
- Make sure that the build Start-PSPackage gets is not a code coverage
build
- Add debugType = full for FullCLR
- Remove configurations from PackageManagement files as it is not needed.
- Build CodeCoverage build first in AppVeyor.
* Resolve merge conflict
* Fix indentation
* Fix newline at end of file
* Added command discovery for locating OpenCover.console.exe
* spelling: comments in src/Microsoft.Management.Infrastructure.CimCmdlets
* spelling: comments in src/Microsoft.PackageManagement.ArchiverProviders
* spelling: comments in src/Microsoft.PackageManagement.CoreProviders
* spelling: comments in src/Microsoft.PackageManagement.MetaProvider.PowerShell
* spelling: comments in src/Microsoft.PackageManagement.MsiProvider
* spelling: comments in src/Microsoft.PackageManagement.MsuProvider
* spelling: comments in src/Microsoft.PackageManagement.NuGetProvider
* spelling: comments in src/Microsoft.PackageManagement.PackageSourceListProvider
* spelling: comments in src/Microsoft.PackageManagement
* spelling: comments in src/Microsoft.PowerShell.Activities
* spelling: comments in src/Microsoft.PowerShell.Commands.Diagnostics
* spelling: comments in src/Microsoft.PowerShell.Commands.Management
* spelling: comments in src/Microsoft.PowerShell.Commands.Utility
* spelling: comments in src/Microsoft.PowerShell.ConsoleHost
* spelling: comments in src/Microsoft.PowerShell.Core.Activities
* spelling: comments in src/Microsoft.PowerShell.CoreCLR.AssemblyLoadContext
* spelling: comments in src/Microsoft.PowerShell.CoreCLR.Eventing
* spelling: comments in src/Microsoft.PowerShell.Diagnostics.Activities
* spelling: comments in src/Microsoft.PowerShell.GraphicalHost
* spelling: comments in src/Microsoft.PowerShell.LocalAccounts
* spelling: comments in src/Microsoft.PowerShell.Management.Activities
* spelling: comments in src/Microsoft.PowerShell.PSReadLine
* spelling: comments in src/Microsoft.PowerShell.PackageManagement
* spelling: comments in src/Microsoft.PowerShell.ScheduledJob
* spelling: comments in src/Microsoft.PowerShell.Security.Activities
* spelling: comments in src/Microsoft.PowerShell.Security
* spelling: comments in src/Microsoft.PowerShell.Utility.Activities
* spelling: comments in src/Microsoft.PowerShell.Workflow.ServiceCore
* spelling: comments in src/Microsoft.WSMan.Management.Activities
* spelling: comments in src/Modules
* spelling: comments in src/Schemas
* spelling: comments in src/libpsl-native
* spelling: comments in src/powershell-native
* spelling: comments in build.psm1
* spelling: comments in src/System.Management.Automation/CoreCLR
* spelling: comments in src/System.Management.Automation/DscSupport
* spelling: comments in src/System.Management.Automation/cimSupport
* spelling: comments in src/System.Management.Automation/commands
* spelling: comments in src/System.Management.Automation/engine/Modules
I (Jason Shirk) ran https://github.com/dotnet/codeformatter with the default rules, basically:
codeformatter /nocopyright "/c:DEBUG,UNIX,CORECLR" @files.rsp
This caused a few problems building, which were fixed up manually.
Notable changes:
`this.` is removed unless needed to disambiguate.
private instance fields are renamed to have a `_` prefix.
private static fields are renamed to have a `s_` prefix.
I left some projects alone (like PackageManagement) and also left some generated code alone.
This function is required for PSRP on Linux, as we need to wrap the call
into WSManPluginManagedEntryWrapper.InitPlugin such that it is invoked
via reflection from an assembly loaded with our custom context.
Instead of using `dotnet publish`, we can use `dotnet build` and the new
`netcoreapp1.0` framework with a new dependency on
`Microsoft.NETCore.App` to generate output that does not include the
runtime, but can be run anywhere (given the installation of the
runtime).
While we cannot yet adopt a dependency on the shared host until .NET
Core RTM, we are forced to switch to this system anyway because the
latest RC3 packages and CLI do not support `netstandardapp1.5`. See
dotnet/cli#2482.
Thus we're in an in-between state where we have to use `netcoreapp1.0`,
but cannot use `"Microsoft.NETCore.App": { "type": "platform" }` to
utilize the shared host, as we need to continue to ship our host.
Without specifying "platform", we retain the status quo with respect to
build steps and outputs.
Additionally, there is no longer a good reason to use the RC3 packages,
and it has been advised we switch to RC2 since the
`Microsoft.NETCore.App` is only available for RC2. We must update
packages because our current version can no longer be debugged.
When an assembly that exists outside of the trusted platform assembly
list but in the GAC on Windows was loaded, the use of `Assembly.Load`
before the `LoadFromAssemblyPath` caused a recursive loop to occur.
This happens because an `Assembly.Load` on a not-yet-loaded
assembly is overridden, thus calling back into the
`AssemblyLoadContext.Load` override.
By attempting to load from the file path first, we avoid this loop.
However, loading TPA assemblies by their path throws an exception, so
now we catch this particular exception and attempt the load through
`Assembly.Load`.
This is safe for TPA assemblies since they're already loaded, thus the
`Assembly.Load` does not re-load the assembly, but simply returns it.
This should resolve#791.
Instead of checking if `Assembly.Load` returned null (it doesn't), check
if it threw `FileNotFoundException`, which it will if it doesn't find
the assembly.
Aditya Patwardhan