void ArchivesWorker::deletePartialArchives() { auto partialArchivesDirectory = _get_archives_directory() + partialDirectorySuffix; if (!fs::dirExists(partialArchivesDirectory)) { return; } bool simulating = _config->getBool("cupt::worker::simulate"); auto paths = fs::glob(partialArchivesDirectory + "/*"); bool success = true; FORIT(pathIt, paths) { if (simulating) { auto filename = fs::filename(*pathIt); simulate2("deleting a partial archive file '%s'", filename); } else { if (unlink(pathIt->c_str()) == -1) { success = false; warn2e(__("unable to remove the file '%s'"), (*pathIt)); } } } if (!success) { fatal2(__("unable to remove partial archives")); } }
void WorkerBase::_run_external_command(Logger::Subsystem subsystem, const string& command, const CommandInput& commandInput, const string& errorId) { const Logger::Level level = 3; _logger->log(subsystem, level, format2("running: %s", command)); if (_config->getBool("cupt::worker::simulate")) { if (commandInput.buffer.empty()) { simulate2("running command '%s'", command); } else { simulate2("running command '%s' with the input\n-8<-\n%s\n->8-", command, commandInput.buffer); } } else { const string& id = (errorId.empty() ? command : errorId); if (commandInput.buffer.empty()) { p_invokeShellCommand(subsystem, level, command); } else try { p_runCommandWithInput(subsystem, level, command, commandInput); } catch (...) { _logger->loggedFatal2(subsystem, level, format2, "%s failed", id); } } }
main(){ int no,i,j,k=0; int **info; info=malloc(MAX_FLOORS*sizeof(int*)); person p; Stack *up,*down; //up and down lists contain persons going up and down up=stack_new(); down=stack_new(); for(i=0;i<10;i++){ scanf("%d",&no); //number of persons in lift info[i]=malloc(2*no*sizeof(int)); for(j=0;j<2*no;j++){ scanf("%d",&info[i][j]); if(j%2==1&&info[i][j]>i){ p.time=info[i][j-1]; p.id=k; //k is the identity of person. k++; p.from_floor=i; p.to_floor=info[i][j]; up=stack_push(up,p); } if(j%2==1&&info[i][j]<i){ p.time=info[i][j-1]; p.id=k; k++; p.from_floor=i; p.to_floor=info[i][j]; down=stack_push(down,p); } } } LIFT *lift1,*lift2; lift1=malloc(sizeof(LIFT)); lift2=malloc(sizeof(LIFT)); //initialising lifts lift1->list=stack_new(); lift2->list=stack_new(); lift1->size=0; lift2->size=0; lift2->position=0; lift1->position=0; lift1->status=0; lift2->status=0; //initialisations simulate2 (up,down,lift1,lift2); }
int main() { int i; while(scanf("%d",&hand.s[0]) && hand.s[0]) { for(i=1;i<52;i++) scanf("%d",&hand.s[i]); for(i=0;i<52;i++) handd.s[i] = handdd.s[i] = hand.s[i]; hand.first = handd.first = handdd.first = 0; hand.last = handd.last = handdd.last = 51; for(i=0;i<7;i++) { deck[i].state = deck[i].first = deck[i].last = 0; deckk[i].state = deckk[i].first = deckk[i].last = 0; deckkk[i].state = deckkk[i].first = deckkk[i].last = 0; record[i] = deck[i]; } record[7] = hand; state = -1; cstep = 1; step = stepp = steppp = 0; ptr = ptrr = ptrrr = 0; while(1) { simulate(); if(state >= 0) break; ptr++; if(ptr == 7) ptr = 0; while(deck[ptr].state < 0) { ptr++; if(ptr == 7) ptr = 0; } } if(state == 0) printf("Loss: %d\n",step+1); else if(state == 1) printf("Win : %d\n",step); else { int period = step-cstep/2; for(i=0;i<period;i++) { simulate3(); ptrrr++; if(ptrrr == 7) ptrrr = 0; while(deckkk[ptrrr].state < 0) { ptrrr++; if(ptrrr == 7) ptrrr = 0; } } state = 0; while(steppp <= step) { simulate2(); simulate3(); statee = check2(); if(statee) break; ptrr++; if(ptrr == 7) ptrr = 0; while(deckk[ptrr].state < 0) { ptrr++; if(ptrr == 7) ptrr = 0; } ptrrr++; if(ptrrr == 7) ptrrr = 0; while(deckkk[ptrrr].state < 0) { ptrrr++; if(ptrrr == 7) ptrrr = 0; } } printf("Draw: %d\n",steppp); } } return 0; }