public AbstractILCompilerParams(
/*[NotNull] IResolveContext resolveContext, */ File file,
OneToListMap <IMethod, IMethod> hierarchyMembers,
IPsiSourceFile sourceFile,
IPersistentIndexManager persistentIndexManager,
/*Dictionary<Type, Pointer> exceptionTypeToPointer, */
CSharpCacheProvider cacheProvider,
bool buildExpressions = true)
{
myPersistentIndexManager = persistentIndexManager;
SourceFile = sourceFile;
HierarchyMembers = hierarchyMembers;
File = file;
CacheProvider = cacheProvider;
//ExceptionTypeToPointer = exceptionTypeToPointer;
//ResolveContext = resolveContext;
InterruptCheck = () =>
{
var interruptHandler = InterruptableActivityCookie.GetCheck();
return(interruptHandler != null && interruptHandler());
};
//BuildExpressions = buildExpressions;
LocalVariableIndexer = new LocalVariableIndexer(this);
myCollectedInteractiveRequests = new List <Request>();
}
public PerformanceCriticalCodeAnalysisProcess([NotNull] IDaemonProcess process, DaemonProcessKind processKind, [NotNull] IContextBoundSettingsStore settingsStore, [NotNull] ICSharpFile file)
: base(process, file)
{
myProcessKind = processKind;
mySettingsStore = settingsStore;
ourCheckForInterrupt = InterruptableActivityCookie.GetCheck().NotNull();
}
private void CheckInterruptAndThrow()
{
var interruptCheck = InterruptableActivityCookie.GetCheck();
if (interruptCheck != null && interruptCheck())
{
throw new OperationCanceledException();
}
}
public PerformanceCriticalCodeAnalysisProcess([NotNull] IDaemonProcess process, [NotNull] ICSharpFile file)
: base(process, file)
{
myCheckForInterrupt = InterruptableActivityCookie.GetCheck().NotNull();
}
