Free Checkpoint 156-587 Practice Exam with Questions & Answers | Set: 2

The System Domain of the Postgres database is a special domain that contains the configuration data of the Security Management Server and the Log Servers. It includes information such as the trusted GUI clients, the administrators, the licenses, the global properties, and the audit logs. The System Domain is not accessible by the user and can only be modified by the Check Point processes. The user modified configurations, such as network objects, policies, and rules, are stored in the User Domain of the Postgres database. The saved queries for applications are stored in the Application Domain of the Postgres database. 

The Global Domain is one of the relational database domains in the Postgres database that stores the management configuration. The purpose of the Global Domain is to serve as the global database for Multi-Domain Security Management (MDSM) and contain the global objects and policies that are shared across all domains. The Global Domain also stores the global settings, such as the administrator roles, the LDAP servers, the IPS profiles, and the SmartEvent views. The Global Domain can be managed by the Global Domain Administrator or the Super User Administrator using the SmartConsole. The Global Domain can be backed up and restored using the mds_backup and mds_restore commands.

A core dump file is essentially a snapshot of the process's memory at the time of the crash. This snapshot includes crucial information that can help diagnose the cause of the crash. Here's why all the options are relevant:

i. Program Counter:This register stores the address of the next instruction the CPU was supposed to execute. It pinpoints exactly where in the code the crash occurred.

ii. Stack Pointer:This register points to the top of the call stack, which shows the sequence of function calls that led to the crash. This helps trace the program's execution flow before the crash.

iii. Memory management information:This includes details about the process's memory allocations, which can reveal issues like memory leaks or invalid memory access attempts.

iv. Other Processor and OS flags/information:This encompasses various registers and system information that provide context about the state of the processor and operating system at the time of the crash.

By analyzing this information within the core dump, you can often identify the root cause of the crash, such as a segmentation fault, null pointer dereference, or stack overflow.

Check Point Troubleshooting References:

While core dumps are a general concept in operating systems, Check Point's documentation touches upon them in the context of troubleshooting specific processes like fwd (firewall) or cpd (Check Point daemon). The fw ctl zdebug command, for example, can be used to trigger a core dump of the fwd process for debugging purposes.

To see the list of processes monitored by the WatchDog process (CPWD), you use thecpwd_admin listcommand.

Option A (cpstat fw -f watchdog): Shows firewall status and statistics for the "fw" context, not necessarily the list of monitored processes.

Option B (fw ctl get str watchdog): Not a valid parameter for retrieving the list of monitored processes; “fw ctl” deals with kernel parameters.

Option C (cpwd_admin list): Correct command that lists all processes monitored by CPWD, their status, and how many times they have been restarted.

Option D (ps -ef | grep watchd): This will list any running process that matches the string “watchd” but will not specifically detail which processes are being monitored by CPWD.

Therefore, the best answer iscpwd_admin list.

Check Point Troubleshooting References

sk97638: Explains Check Point WatchDog (CPWD) usage and the cpwd_admin utility.

R81.20 CLI Reference Guide: Describes common troubleshooting commands including cpwd_admin list.

Check Point Gaia Administration Guide: Provides instructions for monitoring system processes and verifying CPWD.