private static void RegisterFaultHandler(IDataflowBlock block, UnconfiguredProject project, ProjectFaultSeverity severity)
{
IProjectFaultHandlerService faultHandlerService = project.Services.FaultHandler;
Task faultTask = faultHandlerService.RegisterFaultHandler(block, project, severity);
// We don't actually care about the result of reporting the fault if one occurs
faultHandlerService.Forget(faultTask, project);
}
public Task InitializeAsync()
{
// While we want make sure it's loaded before PrioritizedProjectLoadedInHost,
// we don't want to block project factory completion on its load, so fire and forget
Task result = _tasksService.PrioritizedProjectLoadedInHostAsync(() => _activeWorkspaceProjectContextHost.PublishAsync());
_projectFaultHandler.Forget(result, _project, ProjectFaultSeverity.LimitedFunctionality);
return(Task.CompletedTask);
}
private async Task ScheduleCompilationAsync(string moniker, DesignTimeInputsItem inputs, bool waitForCompletion, bool forceCompilation)
{
HashSet <string> files = GetFilesToCompile(moniker, inputs.SharedInputs);
string outputFileName = GetOutputFileName(inputs.OutputPath, moniker);
if (forceCompilation || CompilationNeeded(files, outputFileName))
{
if (inputs.TaskSchedulers.TryGetValue(moniker, out ITaskDelayScheduler scheduler))
{
if (waitForCompletion)
{
await scheduler.RunAsyncTask(token => CompileTempPEAsync(files, outputFileName, token)).Task;
}
else
{
_projectFaultHandlerService.Forget(scheduler.ScheduleAsyncTask(token => CompileTempPEAsync(files, outputFileName, token)).Task, UnconfiguredProject);
}
}
}
}
private void LaunchSettingsFile_Changed(object sender, FileSystemEventArgs e)
{
_projectFaultHandler.Forget(HandleLaunchSettingsFileChangedAsync(), _project);
}