def __verify_detect_packet(self, packet): lines = string.split(packet, cClinitek50.EOL) # product ID: 6510 = Clinitek 50 tmp = lines[1][:4] if tmp != cClinitek50.dev_id: _log.Log(gmLog.lErr, 'device does not seem to be a Clinitek 50, product ID is [%s], expected [%s]' % (tmp, cClinitek50.dev_id)) _log.Log(gmLog.lData, lines) return None # product revision tmp = lines[1][4:6] if tmp not in cClinitek50.known_good_dev_revs: _log.Log(gmLog.lWarn, 'product revision [%s] untested, trying to continue anyways' % tmp) # software version tmp = lines[1][6:11] if tmp not in cClinitek50.known_good_sw_versions: _log.Log(gmLog.lWarn, 'software version [%s] untested, trying to continue anyways' % tmp) # date/time timestamp = mxDT.strptime(lines[1][12:22], self.__date_format + cClinitek50.time_format) _log.Log(gmLog.lInfo, 'device timestamp: %s' % timestamp) _log.Log(gmLog.lInfo, 'system timestamp: %s' % mxDT.now()) age = mxDT.Age(mxDT.now(), timestamp) if age.hours > 6: _log.Log(gmLog.lErr, 'device time is off by %s, please correct that' % age) return None # language-unit profile (lang, units) = string.split(lines[2], ' - ') _log.Log(gmLog.lInfo, 'language: %s' % lang) _log.Log(gmLog.lInfo, 'unit system: %s' % units) # STIX type stix_type = string.strip(lines[3]) if not stix_type in cClinitek50.known_stix_types: _log.Log(gmLog.lErr, "don't know how to handle stix of type %s" % stix_type) return None # seems valid return 1
def compute_age_from_dates (date_birth):
now=DateTime.now()
if (date_birth):
dob=DateTime.strptime(date_birth,'%Y-%m-%d')
delta=DateTime.Age (now, dob)
deceased=''
years_months_days = str(delta.years) +"a "+ str(delta.months) +"m "+ str(delta.days)+"j" + deceased
else:
years_months_days = "No DoB !"
return years_months_days
def compute_age_from_dates(patient_dob):
now = DateTime.now()
if (patient_dob):
dob = DateTime.strptime(patient_dob, '%Y-%m-%d')
delta = DateTime.Age(now, dob)
years_months_days = str(delta.years) + "y " + str(
delta.months) + "m " + str(delta.days) + "d"
else:
years_months_days = "No DoB !"
return years_months_days
def from_dob(cls, dob, now=None):
"""
Make an Age from a date-of-birth
"""
if hasattr(dob, 'mx'):
dob = dob.mx()
elif not isinstance(dob, DateTime.DateTimeType):
raise TypeError('bad date-of-birth type %r' % dob)
if now is None:
now = DateTime.now()
if dob > now:
raise Error('date-of-birth %s is in the future' % dob)
age = DateTime.Age(now, dob)
if age.years >= 3:
return cls(age.years + age.months / 12, 'y')
months = age.years * 12 + age.months + age.days / 30.5
if months >= 3:
return cls(months, 'm')
age = now - dob
if age.days > 30:
return cls(age.days / 7, 'w')
return cls(age.days, 'd')
