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Because of the way this thread works, you shouldn t execute any code in a Finalize method that makes any assumptions about the thread that s executing the code For example, avoid accessing thread local storage in the Finalize method The interaction between the finalization list and the freachable queue is fascinating First I ll tell you how the freachable queue got its name Well, the f is obvious and stands for finalization : every entry in the freachable queue should have its Finalize method called But the "reachable" part of the name means that the objects are reachable To put it another way, the freachable queue is considered a root just as global and static variables are roots So if an object is on the freachable queue, the object is reachable and is not garbage.

In all these cases, the image is served to the browser through the ASP.NET internal image-generation service, CachedImageService.axd.

In short, when an object isn t reachable, the garbage collector considers the object garbage Then when the garbage collector moves an object s entry from the finalization list to the freachable queue, the object is no longer considered garbage and its memory can t be reclaimed At this point, the garbage collector has finished identifying garbage Some of the objects identified as garbage have been reclassified as not garbage: in a sense, the object has become resurrected The garbage 364.

// Now, suppress the flowing of the Main thread's execution context ExecutionContext.SuppressFlow(); // Initiate some work to be done by a thread pool thread // The thread pool thread can NOT access the logical call context data ThreadPool.QueueUserWorkItem( state => Console.WriteLine("Name={0}", CallContext.LogicalGetData("Name"))); // Restore the flowing of the Main thread's execution context in case // it employs more thread pool threads in the future ExecutionContext.RestoreFlow(); ... }

Let s create a basic CGI script that could be uploaded to a web space provided by a Linuxbased web hosting provider (as most are). Here s an example of a CGI script that generates a trivial web page: #!/usr/bin/ruby require 'cgi' cgi = CGI.new puts cgi.header puts "<html><body>This is a test</body></html>" If this Ruby script were named test.cgi, uploaded to the aforementioned web host, and made executable (using chmod), it would be possible to access http://www.your-website.com/ test.cgi and see This is a test in response.

public sealed class Program { public static void Main() { Rational r1 = 5; // Implicit cast from Int32 to Rational Rational r2 = 2.5F; // Implicit cast from Single to Rational Int32 x = (Int32) r1; Single s = (Single) r2; } } // Explicit cast from Rational to Int32 // Explicit cast from Rational to Single

WORD wBuild = LOWORD ( pOSVA->dwBuildNumber ) ; iCurrPos = wsprintf ( szStr , _T ( "(%d) " ) , wBuild ) ; } return ( iCurrPos ) ; } ADDIN_API HRESULT WINAPI AddIn_OSVERSIONINFOA ( DWORD int BOOL char * size_t DWORD { if ( pHelper->dwVersion < 0x20000 ) { // I'm not touching less than VS.NET. return ( E_FAIL ) ; } HRESULT hRet = E_FAIL ; __try { DWORDLONG pHelper ); DWORD nGot dwRealAddr = 0 ; = pHelper->GetRealAddress ( /*dwAddress*/ /*nBase*/ pResult /*max*/ /*reserved*/ , , , , , ) DEBUGHELPER* pHelper

IPHostEntry x_hostentry = Dns.GetHostByName("www.microsoft.com"); IPAddress x_addr = x_hostentry.AddressList[0]; IPEndPoint x_endpoint = new IPEndPoint(x_addr, 80);

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Notice how the code first checks to see if logging is enabled. There is no point using valuable processor cycles and memory generating log entries if they aren t going anywhere. The Filters section of the Logging block configuration can contain a special filter named the Log Enabled Filter (we have configured one in our example application). This filter has the single property, Enabled, that allows administrators to enable and disable all logging for the block. When it is set to False, the IsLoggingEnabled property of the LogWriter will return false as well. The example produces the following result. All of the events are sent to the General category, which is configured to write events to the Windows Application Event Log (this is the default configuration for the block).

EXE file s name (32-character limit) EXE file s assembly version number EXE file s timestamp EXE file s full assembly name (64-character limit) Faulting assembly s version Faulting assembly s timestamp Faulting assembly s type and method . This value is a MethodDef metadata token (after stripping off the 0x06 high byte) identifying the method that threw the exception . From this value, you can use ILDasm .exe to determine the offending type and method . Faulting method s IL instruction . This value is an offset within the faulting method of the IL instruction that threw the exception . From this value, you can use ILDasm .exe to determine the offending instruction . Exception type thrown (32-character limit)

DECLARE @roomid AS VARCHAR(10), @seats AS INT, @eventid AS INT, @attendees AS INT; DECLARE @Result AS TABLE(roomid VARCHAR(10), eventid INT);

// Thread safe RemoveHandler method [MethodImpl(MethodImplOptions.Synchronized)] public override void RemoveHandler( Object eventKey, Delegate handler) { eventHandlerSet.RemoveHandler(eventKey, handler); }