what is meaning of thread track and cancel thread track?
488950
I'm pretty sure it means exactly what it says-that you have the option to track a thread that you are interested in or not to track it.A thread is a subject where people post on line in different websites.
167831
Consider an implementation of a mutex lock which\ndoes not allow "recursive" locking.  By that I mean,\nit is a simple implementation which just blocks\nif the lock is taken.\n\nThen consider a single threaded process which \naccesses some resource protected by the lock\n(thus acquiring the lock), and within the critical\nsection, it attempts to acquire the resource again.\nI would call this a single-thread deadlock.\n\nWhile that sounds quite unlikely, imagine that you\nwrote a library which implemented a single "I/O mutex"\nso that only a single thread at a time could be\nperforming I/O.  If your implementation was careless,\na single thread might acquire the lock calling the\nhigh-level function "fwrite()", and then attempt to\nacquire it again when entering the low-level\nfunction "write()" [which was used to implement\n"fwrite()"].
820522
"Decision control"? I hope, you mean "flow control"... the decisions, hopefully, are still under the programmer's control.\nI hope, you don't expect ALL the flow control structures explained... They are fairly self-explanatory, and there are tons of books  on the subject.\nI'll explain a couple to you here:\n- goto keyword is used to implement non-sequentual execution paths - like conditional statements or loops.\nfor example:\nL1: cin>>s;\n      if cin.eof() goto L2;\n      cout << s;\n      goto L1;\n\n- Long jump is similar to goto, but can be used to implement "jumps" accross code segments. Useful to implement function calls or so called exceptions.\nFor example:\nstring error_message = 0;\nvoid *ret = 0;\nL1: if (!error_message) longjmp (L2);\nabort (error_message);\n...\nL3: cin >> s;\nif cin.bad() goto L4;\ncout<<s;\ngoto L3;\nL4: error_message = "Read error"; \nlongjmp(L1);
1181796
the download accelator  takes the most of the bandwith of your connection\nthen it splits the file(s) in threads (pieces) and give each thread a part of the bandwith \ni hope it,s not too tough understand
208594
it means that there is a method or function that includes a parameter (or argument) called Start.  the number you pass into that method or function must be greater than zero.\n\nmyMethod(int Start) {\n...\n}\n\n//now to call method do this\nmyMethod(1);\n\n//but don't do this\nmyMethod(0);
461483
it is really self explainatory. it means a task was in progress then an error occured and the pgm went to the error routine and displayed the message operation aborted or if you like s simpler term "program stopped"
222511
System.DateTime tm = System.DateTime.Now;\n    System.Threading.Thread.Sleep(1000);\n    System.DateTime tma = System.DateTime.Now;\n    System.IO.StreamWriter sw = System.IO.File.AppendText("C:&#92;&#92;TimeTest.txt");\n    sw.WriteLine((((((tma.Hour * (24 * 60 * 1000)) + (tma.Minute * (60 * 1000))) + (tma.Second * 1000)) + tma.Millisecond) - ((((tm.Hour * (24 * 60 * 1000)) + (tm.Minute * (60 * 1000))) + (tm.Second * 1000)) + tm.Millisecond)));\n    sw.Flush();
1155403
Unfortunately, I don't know what 'sidetracked' means. I've looked into it in a dictionary and have got this.\n\nsidetrack\ndistract somebody : to divert somebody from the original subject or activity\n\nI think the appropriate translation is 'hagurakasu'.
931448
Here you go. It leaves no tracks on the computer. It can even be run using a USB. \nhttp://www.torrify.com/
566256
Thread is a techniques which provides facility to do multitasking, means u can create multiple threads in an application and can perform multiple task simultaneously.
82456
it is Intel's term for massive multi threading or doing multiple processes at the same time...this increases the parallelism of each microprocessor in the system. here are the tech details if you are interested:\nhttp://www.intel.com/technology/hyperthread/
979156
It means that the startup built in test detected a problem. Could be memory.\n\n**********************************************************\n\nDid you get this solved??
308049
It is a return code from the program.  The shell that ran the program can check to see if the program exited with an error or normally.  I believe return 0 is for normal exit, and return anyother number is for an error.
966833
Two threads can share a common address-space(memory area in RAM).\nBut 2 process NEVER share address space. Each process has different address space.
16644
It used to be used to stop the scrolling of a command line (hence the name). Most programs don't use it now.\n\nhttp://en.wikipedia.org/wiki/Scroll_lock has more information.
127351
Threads are typically scheduled by the "task scheduler" in the operating system.  Even though you may have a multi-processor machine, you may have an operating system that does not take advantage of it.  (DOS, for example, is one of these types of operating systems that will not benefit from multiprocessor machines.)\n\nThe operating systems that do support it provide API calls to create the threads and will usually have their own internal algorithm for determining which processor is used to execute each thread.  In some cases, API functions can allow you to choose to create threads with processor "affinity", so that all the threads run on one specific processor.
769702
It runs at 3.06 GHz , it could run two threads of execution\ninstructions from the same process