Configuring the Real-Time Kernel

Sets the behavior after WatchDog time-out of a running thread.

• 0 = Disabled
• 1 = Freeze all active processes

Sets the starvation timeout value (in microseconds).

• 0 = No time-out

Determines whether to allocate the system process external MSpace at RTKernel start up.

• 0 = No
• 1 = Yes

Determines whether the system process MSpaces expand when depleted.

• 0 = Expandable
• 1 = Not expandable

Determines whether the system process MSpaces are auto shrink when memory frees.

• 0 = Auto shrink
• 1 = Not auto shrink

Determines whether the user process MSpaces expand when depleted.

• 0 = Expandable
• 1 = Not expandable

Determines whether user process MSpaces auto shrink when memory frees.

• 0 = Auto shrink
• 1 = Not auto shrink

Determines whether to initialize memory to zero at allocation.

• 0 = memory is not initialized
• 1 = memory is initialized to zero

Sets a limit (in bytes) for the total amount of memory that can be allocated from an MSpace.

Note: This is a 64-bit value.

• 0 = No limit

Sets the maximum amount (in bytes) of unused top-most memory to keep in Pool Cache.

• ffffffff = Poll Cache trim is disabled

Sets the minimum size (in bytes) allowed for allocations directly from the Local Pool.

• ffffffff = Disable direct allocation

Determines whether to freeze the process when its non-expandable MSpace is exhausted.

• 0 = Don't freeze
• 1 = Freeze

Sets the default thread time quantum value (in micro-seconds).

Note: This is a 64-bit value.

Determines how to handle hardware exceptions.

• 0 = Structure Exception Handling
• 1 = Freeze the process, and send an error message to the console

Determines the action following an unhandled exception.

• 0 = Freeze the process, and send an error message to the console
• 1 = Enter debugger

Determines whether to free the thread stack after a thread is terminated.

• 0 = Save the thread stack
• 1 = Free the thread stack

Determines whether to stop at first exception to avoid extra exception during exception handling.

Note: This is a bitmap of exception indexes.

• 0 = Don't stop at first exception
• 1 = Stop at first exception.

Determines the behavior when stopping at first exception.

• 0 = Freeze process and send an error message to the console
• 1 = In addition to freeze process and display error message, write extra exception analysis information into log file.

Enables or disables Mutex priority inversion.

• 0 = Disable Mutex priority inversion
• 1 = Enable Mutex priority inversion

Sets the search path for loading process and RTDLL files.

The maximum length allowed for the search path is 266 characters.

Note: Quotation marks inside strings are not permitted.

Determines whether RtPrintf outputs to a log file (RtLogFile.txt).

• 0 = Disable RtPrintf logging
• 1 = Enable RtPrintf logging

Determines whether the TCPIP Stack should start automatically.

• 0 = Don’t start the TCPIP Stack
• 1 = Start the TCPIP Stack

Note: NL2AutoStart needs to be enabled first if you want to start TCPIPAutoStart.

Determines whether the USB Stack should be enabled.

• 0 = Don’t start the USB Stack
• 1 = Start the USB Stack

Note: If the USB Stack is not enabled, the eRTOS Console will not be available.

Determines whether to run the test jig at RTKernel startup.

• 0 = Don't run test jig
• 1 = Run test jig