def mfinish_func(self, args):
frame = m_frame.get_newest_frame()
if not frame:
return
silent_finish()
m_util.gdb_exec("msi")
m_util.gdb_exec("mlist")
m_datastore.mgdb_rdata.update_frame_change_counter()
def mfinish_func(self, args):
frame = m_frame.get_newest_frame()
if not frame:
return
silent_finish()
frame = m_frame.get_selected_frame()
if m_debug.Debug: m_debug.dbg_print("frame.name()=", frame.name())
m_util.gdb_exec("msi")
m_util.gdb_exec("mlist")
m_datastore.mgdb_rdata.update_frame_change_counter()
def mni_common():
#start_level_num = get_current_stack_level()
prev_frame = m_frame.get_newest_frame()
m_util.gdb_exec('msi -internal')
new_frame = m_frame.get_newest_frame()
#end_level_num = get_current_stack_level()
if not new_frame:
return
if new_frame != prev_frame and prev_frame.is_valid():
#assert start_level_num < end_level_num
m_stepi.silent_finish()
m_util.gdb_exec('msi -internal')
#else:
# assert start_level_num >= end_level_num
# a trigger point to update m_datastore caches
if m_inf.is_inferior_running():
m_datastore.mgdb_rdata.update_gdb_runtime_data()
m_datastore.mgdb_rdata.update_frame_change_counter()
def mdown_func(self, args, from_tty):
steps = 1
s = str(args).split()
if len(s) is 1:
try:
steps = int(s[0])
except:
pass
elif len(s) > 1:
self.usage()
return
selected_frame = m_frame.get_selected_frame()
newest_frame = m_frame.get_newest_frame()
if not selected_frame or not newest_frame:
gdb_print('Unable to locate Maple frame')
return
# walk through from innermost frame to selected frame
# to get the level number from newest frame to selected frame.
index = 0
frame = newest_frame
while frame != selected_frame and frame:
frame = m_frame.get_next_older_frame(frame)
index += 1
if not frame:
gdb_print('No valid frames found')
return
prev_maple_frame = frame
prev_maple_frame_index = index
while frame and steps > 0:
frame = m_frame.get_next_newer_frame(frame)
if frame:
m_util.gdb_exec_to_null('down-silently')
index -= 1
else:
frame = prev_maple_frame
m_util.gdb_exec_to_null('up-silently ' +
str(index - prev_maple_frame_index))
index = prev_maple_frame_index
break
if m_frame.is_maple_frame(frame):
prev_maple_frame = frame
prev_maple_frame_index = index
steps -= 1
print_maple_frame(frame, index, MBT_FORMAT_SRC)
m_datastore.mgdb_rdata.update_frame_change_counter()
def mbt_func(self, args, from_tty):
s = str(args)
mbt_format = MBT_FORMAT_SRC
full = False
if s == "-full" or s == "full":
full = True
elif s == "-asm":
mbt_format = MBT_FORMAT_ASM
elif s == "-mir":
mbt_format = MBT_FORMAT_MIR
selected_frame = m_frame.get_selected_frame()
newest_frame = m_frame.get_newest_frame()
if not selected_frame or not newest_frame:
gdb_print('Unable to locate Maple frame')
return
# walk through from innermost frame to selected frame
index = 0
frame = newest_frame
while frame != selected_frame and frame:
frame = m_frame.get_next_older_frame(frame)
index += 1
if not frame:
gdb_print('No valid frames found')
return
start_level = index
gdb_print('Maple Traceback (most recent call first):')
while frame:
if m_frame.is_maple_frame(frame):
print_maple_frame(frame, index, mbt_format)
elif full:
print_gdb_frame(frame, index)
index += 1
frame = m_frame.get_next_older_frame(frame)
if frame:
m_util.gdb_exec_to_null('up-silently')
# move frame back to the original stack level
m_util.gdb_exec_to_null('down-silently ' +
str(index - start_level - 1))