Using The Sequencer - HP 64700 Series User Manual

Trace List
Label: Address Data
Base: hex hex
-007 00054E
-006 0005F8
-005 000565
-004 000576
-003 0005F2
-002 000588
-001 0005A6
about 000600
+001 0005A7
+002 000502
+003 000564
+004 000520
+005 000516
+006 00059E
+007 000584
STATUS: M68000--Running user program
trace about RAND_SEED data 0xx5ah status
TS+0ffh data 0xx5xh
run trace
U sing the
1
Sequencer
2-22 Getting Started
Offset=0
Opcode or Status
5858 58 supr data wr byte
5C5C 5C supr data wr byte
5E5E 5E supr data wr byte
5D5D 5D supr data wr byte
5454 54 supr data wr byte
5151 51 supr data wr byte
5A5A 5A supr data wr byte
F45A F45A supr data rd word
5B5B 5B supr data wr byte
5757 57 supr data wr byte
5454 54 supr data wr byte
5555 55 supr data wr byte
5555 55 supr data wr byte
5A5A 5A supr data wr byte
5A5A 5A supr data wr byte
step display
The examples shown previously in this chapter are all of trace
specifications in which the analyzer is triggered on a single state.
However, if you use the analyzer's sequencer, you can specify traces
that trigger on a series, or sequence, of states.
The analyzer's sequencer has several levels (also called sequence
terms). Each state in the series of states to be found before
triggering, as well as the trigger state, is associated with a sequence
term.
The sequencer works like this: the analyzer searches for the state
associated with the first sequence term. When that state is
captured, the analyzer starts searching for the state associated with
the second term, and so on. The last sequence term used is
associated with the trigger state. When the trigger state is captured
the analyzer is triggered. Up to seven sequence terms and an
optional occurrence count for each term are available.
More data off screen (ctrl-F, ctrl-G)
mnemonic
Emulation trace complete______...R....
read only range RESULTS thru RESUL
modify break
state count
relative
31
6
20
16
12
7
17
1
3
11
16
10
12
9
23
end ---ETC--