memory_analyze

	status.i4.v = memory_analyze(memory_info.s.r [,abort_on_fail.b.v])

	This routine allows the caller to query the dynamic memory
	allocation structures to see if they have been corrupted.

	memory_info	dynamic memory information (structure of type
			MEMORY_DIAG_INFO) (If this information is not
			needed, a null pointer can be passed.)
	[abort_on_fail] if this argument is true memory_analyze will
                       call abort if a problem is detected.  This
                       will generate a stack trace, that presumably
                       will aid in debugging the corrupted heap.
                       The default is false.  You are on your own if
                       you set this to true in production code.  It
                       is intended for use in test environments where
                       aborting the entire process is considered
                       an acceptable means of tracking down bug(s).

	This function returns ACNET status values as follows:

	CLIB_OK			dynamic memory structures have not been
				corrupted
	CLIB_NOINIT		memory diagnostics have not been
				initialized
	CLIB_CORRUPT		dynamic memory structures have been corrupted

	This function requires the following include files:

	clib_memory_h, acnet_errors_h

	Related functions:

	memory_diagnostic_control_c, clib_malloc, clib_free, clib_calloc,
	clib_realloc, clib_memory_block_length

	C/C++ usage:

	int	status;
	MEMORY_DIAG_INFO	memory_info;
       bool    abort_on_fail = false;

	status = memory_analyze(&memory_info,abort_on_fail);