- LA_FLOAT (3) if you read kmem and interpret the value
- as a floating point number, LA_INT (2) to interpret as
- an integer. These last two have several other parameters
- that they try to divine: the name of your kernel, the name
- of the variable in the kernel to examine, the number of
- bits of precision in a fixed point load average, and so
- forth. In desparation, use LA_ZERO -- it always returns
- the load average as "zero" (and does so on all architectures).
- The actual code is in conf.c -- it can be tweaked if you
- are brave.
+ LA_MACH (5) to use MACH-style load averages (calls
+ processor_set_info()), LA_FLOAT (3) if you read kmem and
+ interpret the value as a floating point number, LA_INT (2)
+ to interpret as a long integer, or LA_SHORT (6) to
+ interpret as a short integer. These last three have
+ several other parameters that they try to divine: the
+ name of your kernel, the name of the variable in the
+ kernel to examine, the number of bits of precision in
+ a fixed point load average, and so forth. In desparation,
+ use LA_ZERO (1) -- it always returns the load average as
+ "zero" (and does so on all architectures). The actual
+ code is in conf.c -- it can be tweaked if you are brave.