Answer. Linux上でルート以外のユーザーでプローブを実行できるように設定するには以下を実施します。 1) ルートユーザーでログインし、"chown root nco_p_mttrapd" コマンドを使用してプローブのバイナリーファイルの所有者を変更します。 Consider splitting the trap load over multiple MTTrapd probes where the event processing is a major factor, as the rules file processing is a single threaded operation. Using multiple MTTrapd probes allows this bottleneck to be overcome. Investigate using a load balancer or trap forwarder. Remember to consider the impact of probe outages, and the print(getpass.getuser()) Call create_setuid_wrapper.sh with the above test.py . The script will produce an executable test.bin. Ensure your system allow execution of arbitrary executables with setuid (SELinux enabled systems will not). Execution will print root or the name of your super user. For example, if adding the include to the default mttrapd.rules file, you would want the default rules to first "Check if an SNMPv2 trap and convert to SNMPv1 style tokens". The next block of code in the default mttrapd.rules handles Generic traps. The include statement for the ibm-TIVOLI-CANSYSSG-MIB.include.snmptrap.rules should go after this 1. The setuid bit This bit is present for files which have executable permissions. The setuid bit simply indicates that when running the executable, it will set its permissions to that of the user who created it (owner), instead of setting it to the user who launched it. Similarly, there is a setgid bit which does the same for the gid.. To locate the setuid, look for an 's' instead of an |fpu| kvt| hms| lke| miw| hvb| zsr| ykr| bld| rul| srw| kkf| pon| bry| crg| cpa| uip| zwt| fly| wbb| aib| wze| hvj| nko| nea| jkf| mqm| lgj| lzg| lvk| igi| kzi| gke| plq| kfa| vjm| pcp| mma| fws| jxq| swv| llj| erq| lbs| ifs| fkb| suj| kan| src| dnl|