/// <nodoc />
protected void BindSourceFile(ParsedSpecWithOwningModule parsedSpecWithOwningModule)
{
var sourceFile = parsedSpecWithOwningModule.ParsedFile;
// Don't need to bind if the file is already bound (incremental case)
if (sourceFile.State == SourceFileState.Bound)
{
return;
}
var specPathString = parsedSpecWithOwningModule.ParsedFile.Path.AbsolutePath;
using (m_workspaceProvider.Statistics.SpecBinding.Start(specPathString))
{
Binder.Bind(sourceFile, CompilerOptions.Empty);
m_workspaceProvider.Statistics.SourceFileSymbols.Increment(sourceFile.SymbolCount, specPathString);
}
// Once binding is done, we can compute the binding fingerprint,
// that is required for filtered scenarios.
if (sourceFile.ParseDiagnostics.Count == 0 && sourceFile.BindDiagnostics.Count == 0 && m_workspaceConfiguration.ConstructFingerprintDuringParsing)
{
using (m_workspaceProvider.Statistics.SpecComputeFingerprint.Start())
{
sourceFile.ComputeBindingFingerprint(m_workspaceProvider.SymbolTable);
}
}
}
private void ScheduleSourceFileBinding(ParsedSpecWithOwningModule parsedSpecWithOwningModule)
{
var parsedFile = parsedSpecWithOwningModule.ParsedFile;
// We can safely schedule binding for the spec.
// Don't need to bind if parse errors are present and we cancel on failure.
if (parsedFile.ParseDiagnostics.Count == 0 || !m_queueOptions.CancelOnFirstFailure)
{
m_bindQueue.Post(parsedSpecWithOwningModule);
}
}
private void ProcessQueueItemForBinding(ParsedSpecWithOwningModule parsedSpecWithOwningModule)
{
BindSourceFile(parsedSpecWithOwningModule);
var parsedFile = parsedSpecWithOwningModule.ParsedFile;
if (parsedFile.BindDiagnostics.Count != 0)
{
ReportFailureAndCancelParsingIfNeeded(
new BindingFailure(parsedSpecWithOwningModule.OwningModule.Descriptor, parsedFile));
}
}
