def toMemoryError(self, addr, data, ranges):
if data is None: return None
code = data.get(errors.ERROR_CODE)
cmd = self.getCommandString()
if len(cmd) > 72: cmd = cmd[0:72] + "..."
e = MemoryErrorReport(
"TCF command exception:\nCommand: %s\nException: %s\nError code: %d" % (
cmd, errors.toErrorString(data), code),
data, addr, ranges)
caused_by = data.get(errors.ERROR_CAUSED_BY)
if caused_by is not None: e.caused_by = self.toError(caused_by, False)
return e
def handleEOS(self):
if not self.channel.out_tokens and not self.eos_err_report:
self.channel.close()
else:
x = IOError("Communication channel is closed by remote peer")
if self.eos_err_report:
try:
args = fromJSONSequence(self.eos_err_report)
if len(args) > 0 and args[0] is not None:
x.caused_by = Exception(errors.toErrorString(args[0]))
except IOError:
pass
self.channel.terminate(x)
def _toSFError(self, data):
if data is None:
return None
error_code = data.get(errors.ERROR_CODE)
cmd = self.getCommandString()
if len(cmd) > 72:
cmd = cmd[0:72] + "..."
s = Status(error_code,
"TCF command exception:" +
"\nCommand: " + cmd +
"\nException: " + errors.toErrorString(data) +
"\nError code: " + str(error_code), data)
caused_by = data.get(errors.ERROR_CAUSED_BY)
if caused_by is not None:
s.initCause(self.toError(caused_by, False))
return s
def __init__(self, msg, attrs, addr, ranges):
super(MemoryErrorReport, self).__init__(msg, attrs)
if ranges is None:
self.ranges = None
else:
self.ranges = []
for m in ranges:
r = Range()
x = m.get(memory.ErrorOffset.RANGE_KEY_ADDR)
if isinstance(x, str):
y = int(x)
else:
y = x
r.offs = y - addr
r.size = m.get(memory.ErrorOffset.RANGE_KEY_SIZE)
r.stat = m.get(memory.ErrorOffset.RANGE_KEY_STAT)
r.msg = errors.toErrorString(m.get(memory.ErrorOffset.RANGE_KEY_MSG))
assert r.offs >= 0
assert r.size >= 0
self.ranges.append(r)
self.ranges.sort()