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ReportCrash MacOS Command Guide

The reportcrash command on MacOS is a system process responsible for handling crash reports generated when an application unexpectedly quits. This command collects data about the crash, such as the type of error and the application involved, and then logs this information for diagnostic purposes. By analyzing these crash reports, developers can identify and fix issues to improve the stability and performance of their applications. The reportcrash command plays a vital role in ensuring the overall reliability of the MacOS operating system by providing valuable insights into application crashes.

ReportCrash Syntax:

Terminal window
sudo reportcrash [-root <rootDir>] [-path <pid>] [-o path/to/crash-report]

Options:

OptionDescription
-rootSpecify the root directory for the log
-pathSpecify the process ID for the log
-oSpecify the output path for the log file

Parameters:

ParameterDescription
Root directory path for the log
Process ID for the log
path/to/filePath to the crash report file

ReportCrash Command Samples:

Generate Crash Reports for a Specific Process

Terminal window
reportcrash -p Safari

Generates crash reports for the Safari browser process.

Specify Output Directory for Crash Reports

Terminal window
reportcrash -o /Users/username/crash_reports

Specifies the output directory where the crash reports will be saved.

Generate Crash Reports for All Processes

Terminal window
reportcrash -a

Generates crash reports for all processes running on the system.

Display Help and Usage Information

Terminal window
reportcrash -h

Displays the help and usage information for the reportcrash command.

Generate Crash Reports and Include System Information

Terminal window
reportcrash -i

Generates crash reports and includes system information in the report.

Delete Crash Reports After Generating

Terminal window
reportcrash -d

Generates crash reports and then deletes them from the system after processing.

Generate Crash Reports in Human-Readable Format

Terminal window
reportcrash -f human-readable

Generates crash reports in a human-readable format for easier analysis.

ReportCrash FAQ:

How do I use reportcrash in MacOS?

To use the reportcrash command in MacOS, execute the following command:

Terminal window
reportcrash --help

What are the common options available for reportcrash in MacOS?

The reportcrash command in MacOS offers various options. One common option is to specify the process ID (PID) for which crash reports should be generated. Here is an example command demonstrating this:

Terminal window
reportcrash -p <PID>

How can I generate a crash report for a specific application with reportcrash in MacOS?

To generate a crash report for a specific application using the reportcrash command in MacOS, you can use the “-i” option followed by the bundle identifier of the application. Here is an example command:

Terminal window
reportcrash -i com.example.application

Can I disable reportcrash notifications in MacOS?

Yes, you can disable reportcrash notifications in MacOS by using the “—no-dialog” option. This will prevent crash reports from displaying any user interface dialog boxes. Here is an example command to achieve this:

Terminal window
reportcrash --no-dialog

How can I view the version information of reportcrash in MacOS?

To view the version information of the reportcrash command in MacOS, you can use the “—version” option. Running this command will display the current version of reportcrash. Here is an example:

Terminal window
reportcrash --version

Is there a way to specify a custom directory for storing crash reports with reportcrash in MacOS?

Yes, you can specify a custom directory for storing crash reports by using the “-d” option followed by the desired directory path. This allows you to organize crash reports in a location of your choice. Here is an example command demonstrating this:

Terminal window
reportcrash -d /path/to/custom/directory

Applications of the ReportCrash command

  • Collecting and managing crash reports on MacOS.
  • Analyzing system crashes and identifying potential issues.
  • Providing diagnostics information for troubleshooting.
  • Monitoring application stability and performance.
  • Generating crash logs for developers to investigate and debug issues.