/// <summary>
/// The DebugProfileProvider sinks 2 sets of information
/// 1, Changes to the launchsettings.json file on disk
/// 2. Changes to the ActiveDebugProfile property in the .user file
/// </summary>
protected override void Initialize()
{
// Create our broadcast block for subscribers to get new ILaunchProfiles Information
_broadcastBlock = new BroadcastBlock <ILaunchSettings>(s => s);
_changedSourceBlock = _broadcastBlock.SafePublicize();
// Subscribe to changes to the broadcast block using the idle scheduler. This should filter out a lot of the intermediates
// states that files can be in.
if (ProjectSubscriptionService != null)
{
// The use of AsyncLazy with dataflow can allow state stored in the execution context to leak through. The downstream affect is
// calls to say, get properties, may fail. To avoid this, we capture the execution context here, and it will be reapplied when
// we get new subscription data from the dataflow.
var projectChangesBlock = new ActionBlock <IProjectVersionedValue <IProjectSubscriptionUpdate> >(
DataflowUtilities.CaptureAndApplyExecutionContext <IProjectVersionedValue <IProjectSubscriptionUpdate> >(ProjectRuleBlock_ChangedAsync));
ProjectRuleSubscriptionLink = ProjectSubscriptionService.ProjectRuleSource.SourceBlock.LinkTo(
projectChangesBlock,
ruleNames: ProjectDebugger.SchemaName,
linkOptions: new DataflowLinkOptions {
PropagateCompletion = true
});
}
// Make sure we are watching the file at this point
WatchLaunchSettingsFile();
}
protected override void Initialize()
{
// Create our broadcast block for subscribers to get new ILaunchProfiles Information
_broadcastBlock = DataflowBlockSlim.CreateBroadcastBlock <ILaunchSettings>();
_changedSourceBlock = _broadcastBlock.SafePublicize();
// Subscribe to changes to the broadcast block using the idle scheduler. This should filter out a lot of the intermediates
// states that files can be in.
if (_projectSubscriptionService != null)
{
// The use of AsyncLazy with dataflow can allow state stored in the execution context to leak through. The downstream affect is
// calls to say, get properties, may fail. To avoid this, we capture the execution context here, and it will be reapplied when
// we get new subscription data from the dataflow.
ITargetBlock <IProjectVersionedValue <Tuple <IProjectSubscriptionUpdate, IProjectCapabilitiesSnapshot> > > projectChangesBlock = DataflowBlockSlim.CreateActionBlock(
DataflowUtilities.CaptureAndApplyExecutionContext <IProjectVersionedValue <Tuple <IProjectSubscriptionUpdate, IProjectCapabilitiesSnapshot> > >(ProjectRuleBlock_ChangedAsync));
StandardRuleDataflowLinkOptions evaluationLinkOptions = DataflowOption.WithRuleNames(ProjectDebugger.SchemaName);
_projectRuleSubscriptionLink = ProjectDataSources.SyncLinkTo(
_projectSubscriptionService.ProjectRuleSource.SourceBlock.SyncLinkOptions(evaluationLinkOptions),
_commonProjectServices.Project.Capabilities.SourceBlock.SyncLinkOptions(),
projectChangesBlock,
linkOptions: DataflowOption.PropagateCompletion);
}
// Make sure we are watching the file at this point
WatchLaunchSettingsFile();
}
protected override void Initialize()
{
if (ProjectSubscriptionService != null)
{
var projectChangesBlock = new ActionBlock <IProjectVersionedValue <IProjectSubscriptionUpdate> >(
DataflowUtilities.CaptureAndApplyExecutionContext <IProjectVersionedValue <IProjectSubscriptionUpdate> >(ProjectRuleBlock_ChangedAsync));
ProjectRuleSubscriptionLink = ProjectSubscriptionService.ProjectRuleSource.SourceBlock.LinkTo(
projectChangesBlock,
ruleNames: ProjectDebugger.SchemaName,
linkOptions: new DataflowLinkOptions {
PropagateCompletion = true
});
}
DeviceManager.SelectDevice(DeviceManager.DeviceInfoList?.FindLast(_ => true));
UpdateProfilesAsync();
}
