import java.lang.System; // Import System for nanoTime and printf /** * A Java class to replicate the calculation performed by the Python script. */ public class Calculation { /** * Performs the iterative calculation. * * @param iterations The number of ...
__LINE__); exit(1); } printf("begin in loop./n"); while (1) { nfds = epoll_wait(epoll_fd, events, BUF_EV_LEN, 1000); //sleep(3); if(nfds>5) printf("connect num: %d/n", nfds); if (nfds == -1) { printf("End at: %d",__LINE__); perror...
avg 0.13 ms per query # 'pymysql-pool' uses connection pool (as long as the pool is greater than 1, it doesn't matter because the test logic is executed sequentially in a for loop). ➜ pymysql-pool ✗ python3 simple-benchmark.py pymysql-pool 50000 total 50000 finish within 6.999...
[00:18:50.336] desktop file: /usr/share/applications/python3.8.desktop has NoDisplay specified [00:18:50.336] app list entry failed to update: Key:8 [00:18:50.336] free_app_entry(): (null): /usr/share/applications/python3.8.desktop [00:18:50.337] app list folder[1]: /usr/local/shar...
import java.lang.System; // Import System for nanoTime and printf /** * A Java class to replicate the calculation performed by the Python script. */ public class Calculation { /** * Performs the iterative calculation. * * ...
import java.lang.System; // Import System for nanoTime and printf /** * A Java class to replicate the calculation performed by the Python script. */ public class Calculation { /** * Performs the iterative calculation. * ...