pe_macro(1)
Message #14: This is the higher order bits of the destination. All these
bits should remain zero.
Message #15: Each cluster of 3 bits represents the state of the fflag, the
rflag and the tflag after each stage of the test.
0
0 f
f
f
f
ff
r
r
r
r
r
t
t
t
t
t
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
After enable
After ropen
After rsend8
After rfetch8
After rclose
MPP_FIG_279
Messages #16–19: These words are comparable to words #11–14, except
they are from the unselected PEs. Normally, no data reaches these
destinations, and they remain at zero.
Message #20: This displays the flag bits from the unselected PEs which
should all remain at zero.
Message #21: The test attempts to send 0x7a8a using the
rsend16
command. This word contains the low order bits of that operation.
Message #22: This is the higher order bits of the destination. All these
bits should remain zero.
Message #23: The test attempts to fetch 0x7b8b using the
rfetch16
command. This word contains the low order bits of that operation.
Message #24: This is the higher order bits of the destination. All these
bits should remain zero.
Message #25: Each cluster of 3 bits represents the state of the fflag, the
rflag and the tflag after each stage of the test.
0
0 f
f
f
f
ff
r
r
r
r
r
t
t
t
t
t
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
After enable
After ropen
After rclose
rsend16
rfetch16
After
After
MPP_FIG_280
Messages #26–29: These words are comparable to words #21–24, except
they are from the unselected PEs. Normally, no data reaches these
destinations, and they remain at zero.
Message #30: This displays the flag bits from the unselected PEs which
should all remain at zero.
Message #31: The test attempts to send 0x5a6a7a8a using the
rsend32
command. This word contains the result of that operation.
Message #32: This is the higher order bits of the destination. All these
bits should remain zero.
Data Parallel Unit Reference Pages B–39
