The following are the
commands followed by their options (if any) and the Python method for the option (if
any).
backtrace, bt
# Using session object
s.backtrace()
# Using target object
t.backtrace()- -maxframes <num>
-
# Using session object s.backtrace(5) # Using target object t.backtrace(5)
con
# Using session
objects.con()
# Using target
objectt.con()- -addr <address>
- No method available
- -block
- No method available
- -timeout <sec>
- No method available
dis
t.dis(0x00100000)- <address>
-
t.dis(0x00100000)
- <address> <num>
-
t.dis(0x00100000, 5)
locals
s.locals()- [variable-name]
-
s.locals(name="test") # or s.locals("test")
- [variable-name [variable-value]]
-
s.locals(name="test", value=5) # or s.locals("test", 7)
- -defs
-
s.locals("--defs") s.locals("--defs", name="val")
- -dict
-
s.locals("--dict") s.locals("--dict", name="val")
mbprofile
- -low <addr>
-
s.mbprofile(low='low', high='high') - -high <addr>
- No method available
- -freq <value>
-
s.mbprofile('--count_instr', low='low', high='high') - -count-instr
- No method available
- -cumulate
- No method available
- -start
-
s.mbprofile('--start') - -stop
-
s.mbprofile('--stop', out="tests/elfs/mbprofile/gmon_inst_1.out") - -out <filename>
-
s.mbprofile('--stop', out="tests/elfs/mbprofile/gmon_inst_1.out")
mbtrace
- -start
-
s.mbtrace('--start') - -stop
-
s.mbtrace('-f', '--stop', out="tests/elfs/mbprofile/gmon_trace.txt") - -con
-
s.mbtrace('-f', '--con', out="tests/elfs/mbprofile/gmon_trace.txt") - -stp
- No method available
- -nxt
- No method available
- -out <filename>
-
s.mbtrace('-f', '--con', out="tests/elfs/mbprofile/gmon_trace.txt") - -level <level>
- No method available
- -halt
- No method available
- -save
- No method available
- -low <addr>
- No method available
- -high <addr>
- No method available
- -format <format>
- No method available
nxt
# Using session objects.nxt()
# Using target objectt.nxt()- [count]
-
# Using session objects.nxt(2) # Using target objectt.nxt(2)
nxti
# Using session object
s.nxti()
# Using target object
t.nxti()- [count]
-
# Using session object s.nxti(2) # Using target object t.nxti(2)
- [expression]
-
s.print() # or s.print(expr="temp") # or s.print("temp") # or s.print("x + y - z")
- [expression] <valvue>
-
s.print(expr="temp", value=5555) # or s.print("temp", 4444)
- -add <expression>
-
s.print("--add", expr="temp") # or s.print("--add", expr="x + y")
- -defs [expression]
-
s.print("--defs") # or s.print("--defs", expr="temp")
- -dict [expression]
-
s.print("--dict") # or s.print("--dict", expr="temp")
- -remove [expression]
-
s.print() # or s.print("--remove", expr="temp")
- -set <expression>
- No method available
profile
- -freq <sampling-freq>
-
s.profile(freq=10000, addr=0x30000000) - -scratchaddr <addr>
-
s.profile(freq=10000, addr=0x30000000) - -out <file-name>
-
s.profile(out="tests/data/gmon_inst.out")
state
state = tgt.state()stop
# Using session object
s.stop()
# Using target object
t.stop()stp
# Using session object
s.stp()
# Using target object
t.stp()- [count]
-
# Using session object s.stp(2) # Using target object t.stp(2)
stpi
# Using session object
s.stpi()
# Using target object
t.stpi()- [count]
-
# Using session object s.stpi(2) # Using target object t.stpi(2)
stpout
# Using session object
s.stpout()
# Using target object
t.stpout()- [count]
-
# Using session object s.stpout(2) # Using target object t.stpout(2)