pcounter

(tasklist, null ); Printf ("/nprocess info for [local]:"); } Else if (argc = 4) { Iret = getprocessinfo (tasklist, argv [1], argv [2], argv [3]); Printf ("/nprocess info for [% s]:", argv [1]); } Else { Printf ("/nusage: % s", argv [0]); Return 1; } If (iret> 0) For (I = 0, printf ("/nprocessname processid "); IPrintf ("/n %-20 S % d", tasklist [I]. processname, tasklist [I]. dwprocessid), I ++ ); Return 0; } DWORD getprocessinfo (pI * prolist, char * IP, char * user, char * pass) { Dword rc,

, dwprocessidcounter, dwret =-1; Hkey hkeynames; Lpstr Buf = NULL, P, P2; Char szsubkey [1024], szprocessname [max_path]; Pperf_data_block pperf; Pperf_object_type pobj; Pperf_instance_definition pinst; Pperf_counter_block pcounter; Pperf_counter_definition pcounterdef; Hkey ghperfkey = NULL, // get perf data from this key Ghmachinekey = NULL; // get Title Index from this key Bool bremote = false; // Look for the list of counters. Always use the neutr

; intImaxh=canvas.length; intImaxline = 0; intICounter = 0; intPcounter = 0; for(inth=0; h) {Imaxline= 0; ICounter= 0; Pcounter= 0; for(intw=0; w){ if(Canvas[h][w] = = ' P ' | | CANVAS[H][W] = = '? ') {ICounter++; Pcounter++; if(Imaxline icounter) {Imaxline=ICounter; } } Else{icounter=0; } } //except all of them? The situation

Poco C ++ library learning and analysis-memory management (2) 3. sharedptr Sharedptr is another smart pointer implemented based on reference count in the POCO library. Compared with autoptr, Poco: sharedptr is mainly used to provide reference counting service for classes that do not implement the reference counting function (in other words, this class itself is not a reference counting object, automatically reclaim dynamic addresses. In this case, Poco: autoptr is a smart pointer implemented by

(Hsubkey, regsubkey_counters, NULL, dwtype, NULL, dwsize); if (RT = = ERROR_SUCCESS) {buffer = (LPBYTE) malloc (dwsize); memset (buffer, 0, dwsize); RT = RegQueryValueEx (Hsubkey, Regsubkey_counters, NULL, dwtype, buffer, dwsize); } LPSTR p, p2; DWORD Dwprocessidtitle; DWORD Dwprocessidcounter; Pperf_data_block pperf; Pperf_object_type POBJ; Pperf_instance_definition Pinst; Pperf_counter_block Pcounter; Pperf_count

group of all classifiers can be unified to cover the entire patch. The feature (Fernfeature std::vector for every scale) is in relation to a rectangular box of scales, and the first and second features of the first S scale of the TLD are features[s][i]= Feature (x1, y1, x2, y2); Is the two randomly assigned (SCALES*RNG ()) pixel coordinates (which are 0 or 1 compared to the two pixels). Scanning windows of each scale contain totalfeatures = nstructs* structsize features; Nstructs is a tree (con