def __str__(self):
# get the location
try:
loc = "??"
for l in BoostOptional(self.frame.read_var('loc')):
loc = "%s" % l
except ValueError:
loc = "??"
# get the message
try:
msg = "%s" % self.frame.read_var('msg')
msg = msg.replace('\"','')
except ValueError:
msg = "<??>"
# get the target and the arguments
try:
args_it = LibportVector(self.frame.read_var('args')).__iter__()
# TODO: should the iterator try to map its elements
# to other classes such as the intrusive_ptr<*> ?
target = "%s" % args_it.next()['pointee_'].dereference()
args = ', '.join([ "%s" % v['pointee_'].dereference() for v in args_it ])
except:
# can except StopIteration, ValueError or gdb.MemoryError
# gdb.MemoryError is not present in version 7.2
target = "Object_0x????"
args = "..."
return '[%s] %s.%s(%s)\n\tError: %s' % (loc, target, msg, args, sys.exc_info()[0])
return '[%s] %s.%s(%s)' % (loc, target, msg, args)
def __str__(self):
# get the location
try:
loc = "??"
for l in BoostOptional(self.frame.read_var('loc')):
loc = "%s" % l
except ValueError:
loc = "??"
# get the message
try:
msg = "%s" % self.frame.read_var('msg')
msg = msg.replace('\"', '')
except ValueError:
msg = "<??>"
# get the target and the arguments
try:
args_it = LibportVector(self.frame.read_var('args')).__iter__()
# TODO: should the iterator try to map its elements
# to other classes such as the intrusive_ptr<*> ?
target = "%s" % args_it.next()['pointee_'].dereference()
args = ', '.join(
["%s" % v['pointee_'].dereference() for v in args_it])
except:
# can except StopIteration, ValueError or gdb.MemoryError
# gdb.MemoryError is not present in version 7.2
target = "Object_0x????"
args = "..."
return '[%s] %s.%s(%s)\n\tError: %s' % (loc, target, msg, args,
sys.exc_info()[0])
return '[%s] %s.%s(%s)' % (loc, target, msg, args)
def stopIf(frame, job):
try:
res = True
if res and line:
val = frame.read_var('loc')
val = BoostOptional(val).__iter__().next()
val = yyLocation(val)
res = val.line() == line
if res and file:
res = val.filename() == file
if res and quoted_method:
frame_method = "%s" % frame.read_var('msg')
res = frame_method == quoted_method
if res and (target or args):
args_it = LibportVector(frame.read_var('args')).__iter__()
frame_target = "%s" % args_it.next()['pointee_'].dereference()
if res and target:
res = target == frame_target
# FIXME: the pretty print is extremelly dependent.
if res and args:
frame_args = ', '.join([ "%s" % v['pointee_'].dereference() for v in args_it ])
res = args == frame_args
if res:
print "UBreakpoint %d: %s" % (bp, urbi.frames.UrbiCallApplyFrame(frame))
return res
except ValueError:
return False
except StopIteration:
return False
except gdb.MemoryError as e:
return False
def stopIf(frame, job):
try:
res = True
if res and line:
val = frame.read_var('loc')
val = BoostOptional(val).__iter__().next()
val = yyLocation(val)
res = val.line() == line
if res and file:
res = val.filename() == file
if res and quoted_method:
frame_method = "%s" % frame.read_var('msg')
res = frame_method == quoted_method
if res and (target or args):
args_it = LibportVector(frame.read_var('args')).__iter__()
frame_target = "%s" % args_it.next(
)['pointee_'].dereference()
if res and target:
res = target == frame_target
# FIXME: the pretty print is extremelly dependent.
if res and args:
frame_args = ', '.join([
"%s" % v['pointee_'].dereference() for v in args_it
])
res = args == frame_args
if res:
print "UBreakpoint %d: %s" % (
bp, urbi.frames.UrbiCallApplyFrame(frame))
return res
except ValueError:
return False
except StopIteration:
return False
except gdb.MemoryError as e:
return False
