c+= concurrent_queue Thread Safety testing

#include <include/tbb/tbb.h>#include<pthread.h>#include<iostream>using namespacestd;#defineNum_thread 10classPerson { Public: Person () {} person (intName, unsignedintthread_num) {         This->name =name;  This->thread_num =Thread_num; }    voidprint () {printf ("%u\t%u\n", Thread_num, name); }Private:    intname; unsignedintThread_num;}; Tbb::strict_ppl::concurrent_queue<person*>que;void* Consumer (void*Arg) {cout<< Arg <<Endl;  while(true) {        if(Que.empty ()) {cout<<'.'<<Flush; Sleep (1); } Person*p; if(Que.try_pop (P)) {p-print (); }    }}void* Producer (void*Arg) {cout<< Arg <<Endl; unsignedintThread_num = (unsignedint) pthread_self ();  for(intI=0; i<Ten; i++) { person* p =NewPerson (I, thread_num);    Que.push (P); }}intMain () {pthread_t tids_c[num_thread];  for(intI=0; i<num_thread; i++) {        intret = Pthread_create (&Tids_c[i], NULL, consumer, NULL); if(Ret! =0) {cout<<"Start consumer failed"<<Endl; return-1;    }} pthread_t Tids[num_thread];  for(intI=0; i<num_thread; i++) {        intret = Pthread_create (&Tids[i], NULL, producer, NULL); if(Ret! =0) {cout<<"Start Produer failed"<<Endl; return-1; }    }    for(intI=0; i<num_thread; i++) {pthread_join (tids[i], NULL);   Pthread_join (Tids_c[i], NULL); } cout<<"Exit"<<Endl;}/*vim:set ts=4 sw=4 sts=4 tw=100*/

DIC ={}with open ('Log.txt') asF: whileTrue:line=F.readline ()ifNot line : Break; Line=Line.strip () arr= Line.split ('\ t') Key= arr[1]        ifKey notinchDic:dic[key]=1        Else: Dic[key]+=1     forKeyinchdic:print Key, Dic[key]

c+= concurrent_queue thread Safety test