def _on_encounter_start_lost_focus(self):
start = self._PRW_encounter_start.GetData()
if start is None:
return
start = start.get_pydt()
end = self._PRW_encounter_end.GetData()
if end is None:
fts = gmDateTime.cFuzzyTimestamp(timestamp=start,
accuracy=gmDateTime.acc_minutes)
self._PRW_encounter_end.SetText(fts.format_accurately(), data=fts)
return
end = end.get_pydt()
if start > end:
end = end.replace(year=start.year,
month=start.month,
day=start.day)
fts = gmDateTime.cFuzzyTimestamp(timestamp=end,
accuracy=gmDateTime.acc_minutes)
self._PRW_encounter_end.SetText(fts.format_accurately(), data=fts)
return
emr = self.__pat.emr
if start != emr.active_encounter['started']:
end = end.replace(year=start.year,
month=start.month,
day=start.day)
fts = gmDateTime.cFuzzyTimestamp(timestamp=end,
accuracy=gmDateTime.acc_minutes)
self._PRW_encounter_end.SetText(fts.format_accurately(), data=fts)
return
return
def SetData(self, data=None): if data is None: gmPhraseWheel.cPhraseWheel.SetText(self, u'', None) else: if isinstance(data, pyDT.datetime): data = gmDateTime.cFuzzyTimestamp(timestamp=data) gmPhraseWheel.cPhraseWheel.SetText(self, value = data.format_accurately(accuracy = self.display_accuracy), data = data)
def SetData(self, data=None): if data is None: gmPhraseWheel.cPhraseWheel.SetText(self, '', None) else: if isinstance(data, pyDT.datetime): data = gmDateTime.cFuzzyTimestamp(timestamp=data) gmPhraseWheel.cPhraseWheel.SetText(self, value = data.format_accurately(accuracy = self.display_accuracy), data = data)
def SetText(self, value=u'', data=None, suppress_smarts=False): if data is not None: if isinstance(data, pyDT.datetime): data = gmDateTime.cFuzzyTimestamp(timestamp=data) if value.strip() == u'': value = data.format_accurately(accuracy = self.display_accuracy) gmPhraseWheel.cPhraseWheel.SetText(self, value = value, data = data, suppress_smarts = suppress_smarts)
def SetText(self, value='', data=None, suppress_smarts=False): if data is not None: if isinstance(data, pyDT.datetime): data = gmDateTime.cFuzzyTimestamp(timestamp = data) if value.strip() == '': value = data.format_accurately(accuracy = self.display_accuracy) super().SetText(value = value, data = data, suppress_smarts = suppress_smarts)
def refresh(self, allergy=None):
if allergy is not None:
self.__allergy = allergy
if self.__allergy is None:
ts = gmDateTime.cFuzzyTimestamp(timestamp=pyDT.datetime.now(
tz=gmDateTime.gmCurrentLocalTimezone),
accuracy=gmDateTime.acc_days)
self._DPRW_date_noted.SetData(data=ts)
self._PRW_trigger.SetText()
self._TCTRL_product_name.SetValue('')
self._TCTRL_generic.SetValue('')
self._ChBOX_generic_specific.SetValue(0)
self._TCTRL_atc_classes.SetValue('')
self._PRW_reaction.SetText()
self._RBTN_type_allergy.SetValue(1)
self._RBTN_type_sensitivity.SetValue(0)
self._ChBOX_definite.SetValue(1)
return True
if not isinstance(self.__allergy, gmAllergy.cAllergy):
raise ValueError(
'[%s].refresh(): expected gmAllergy.cAllergy instance, got [%s] instead'
% (self.__class__.__name__, self.__allergy))
ts = gmDateTime.cFuzzyTimestamp(timestamp=self.__allergy['date'],
accuracy=gmDateTime.acc_days)
self._DPRW_date_noted.SetData(data=ts)
self._PRW_trigger.SetText(value=self.__allergy['allergene'])
self._TCTRL_product_name.SetValue(self.__allergy['substance'])
self._TCTRL_generic.SetValue(
gmTools.coalesce(self.__allergy['generics'], ''))
self._ChBOX_generic_specific.SetValue(
self.__allergy['generic_specific'])
self._TCTRL_atc_classes.SetValue(
gmTools.coalesce(self.__allergy['atc_code'], ''))
self._PRW_reaction.SetText(
value=gmTools.coalesce(self.__allergy['reaction'], ''))
if self.__allergy['type'] == 'allergy':
self._RBTN_type_allergy.SetValue(1)
else:
self._RBTN_type_sensitivity.SetValue(1)
self._ChBOX_definite.SetValue(self.__allergy['definite'])
def _on_encounter_start_lost_focus(self): start = self._PRW_encounter_start.GetData() if start is None: return start = start.get_pydt() end = self._PRW_encounter_end.GetData() if end is None: fts = gmDateTime.cFuzzyTimestamp ( timestamp = start, accuracy = gmDateTime.acc_minutes ) self._PRW_encounter_end.SetText(fts.format_accurately(), data = fts) return end = end.get_pydt() if start > end: end = end.replace ( year = start.year, month = start.month, day = start.day ) fts = gmDateTime.cFuzzyTimestamp ( timestamp = end, accuracy = gmDateTime.acc_minutes ) self._PRW_encounter_end.SetText(fts.format_accurately(), data = fts) return emr = self.__pat.get_emr() if start != emr.active_encounter['started']: end = end.replace ( year = start.year, month = start.month, day = start.day ) fts = gmDateTime.cFuzzyTimestamp ( timestamp = end, accuracy = gmDateTime.acc_minutes ) self._PRW_encounter_end.SetText(fts.format_accurately(), data = fts) return return
def refresh(self, allergy=None):
if allergy is not None:
self.__allergy = allergy
if self.__allergy is None:
ts = gmDateTime.cFuzzyTimestamp (
timestamp = pyDT.datetime.now(tz=gmDateTime.gmCurrentLocalTimezone),
accuracy = gmDateTime.acc_days
)
self._DPRW_date_noted.SetData(data = ts)
self._PRW_trigger.SetText()
self._TCTRL_product_name.SetValue('')
self._TCTRL_generic.SetValue('')
self._ChBOX_generic_specific.SetValue(0)
self._TCTRL_atc_classes.SetValue('')
self._PRW_reaction.SetText()
self._RBTN_type_allergy.SetValue(1)
self._RBTN_type_sensitivity.SetValue(0)
self._ChBOX_definite.SetValue(1)
return True
if not isinstance(self.__allergy, gmAllergy.cAllergy):
raise ValueError('[%s].refresh(): expected gmAllergy.cAllergy instance, got [%s] instead' % (self.__class__.__name__, self.__allergy))
ts = gmDateTime.cFuzzyTimestamp (
timestamp = self.__allergy['date'],
accuracy = gmDateTime.acc_days
)
self._DPRW_date_noted.SetData(data=ts)
self._PRW_trigger.SetText(value = self.__allergy['allergene'])
self._TCTRL_product_name.SetValue(self.__allergy['substance'])
self._TCTRL_generic.SetValue(gmTools.coalesce(self.__allergy['generics'], ''))
self._ChBOX_generic_specific.SetValue(self.__allergy['generic_specific'])
self._TCTRL_atc_classes.SetValue(gmTools.coalesce(self.__allergy['atc_code'], ''))
self._PRW_reaction.SetText(value = gmTools.coalesce(self.__allergy['reaction'], ''))
if self.__allergy['type'] == 'allergy':
self._RBTN_type_allergy.SetValue(1)
else:
self._RBTN_type_sensitivity.SetValue(1)
self._ChBOX_definite.SetValue(self.__allergy['definite'])
def _on_leave_age_noted(self, *args, **kwargs):
if not self._PRW_age_noted.IsModified():
return True
age_str = self._PRW_age_noted.GetValue().strip()
if age_str == '':
return True
issue_age = gmDateTime.str2interval(str_interval = age_str)
if issue_age is None:
self.StatusText = _('Cannot parse [%s] into valid interval.') % age_str
self._PRW_age_noted.display_as_valid(False)
return True
pat = gmPerson.gmCurrentPatient()
if pat['dob'] is not None:
max_issue_age = pydt.datetime.now(tz=pat['dob'].tzinfo) - pat['dob']
if issue_age >= max_issue_age:
self.StatusText = _('Health issue cannot have been noted at age %s. Patient is only %s old.') % (issue_age, pat.get_medical_age())
self._PRW_age_noted.display_as_valid(False)
return True
self._PRW_age_noted.display_as_valid(True)
self._PRW_age_noted.SetText(value = age_str, data = issue_age)
if pat['dob'] is not None:
fts = gmDateTime.cFuzzyTimestamp (
timestamp = pat['dob'] + issue_age,
accuracy = gmDateTime.acc_months
)
self._PRW_year_noted.SetText(value = str(fts), data = fts)
return True
def _on_leave_age_noted(self, *args, **kwargs):
if not self._PRW_age_noted.IsModified():
return True
age_str = self._PRW_age_noted.GetValue().strip()
if age_str == '':
return True
issue_age = gmDateTime.str2interval(str_interval = age_str)
if issue_age is None:
self.status_message = _('Cannot parse [%s] into valid interval.') % age_str
self._PRW_age_noted.display_as_valid(False)
return True
pat = gmPerson.gmCurrentPatient()
if pat['dob'] is not None:
max_issue_age = pydt.datetime.now(tz=pat['dob'].tzinfo) - pat['dob']
if issue_age >= max_issue_age:
self.status_message = _('Health issue cannot have been noted at age %s. Patient is only %s old.') % (issue_age, pat.get_medical_age())
self._PRW_age_noted.display_as_valid(False)
return True
self._PRW_age_noted.display_as_valid(True)
self._PRW_age_noted.SetText(value = age_str, data = issue_age)
if pat['dob'] is not None:
fts = gmDateTime.cFuzzyTimestamp (
timestamp = pat['dob'] + issue_age,
accuracy = gmDateTime.acc_months
)
self._PRW_year_noted.SetText(value = str(fts), data = fts)
return True
def refresh(self, encounter=None, msg=None):
if msg is not None:
self._LBL_instructions.SetLabel(msg)
if encounter is not None:
self.__encounter = encounter
if self.__encounter is None:
return True
# getting the patient via the encounter allows us to act
# on any encounter regardless of the currently active patient
pat = gmPerson.cPatient(aPK_obj=self.__encounter['pk_patient'])
self._LBL_patient.SetLabel(pat.get_description_gender().strip())
curr_pat = gmPerson.gmCurrentPatient()
if curr_pat.connected:
if curr_pat.ID == self.__encounter['pk_patient']:
self._LBL_patient.SetForegroundColour(
wx.SystemSettings.GetColour(wx.SYS_COLOUR_WINDOWTEXT))
else:
self._LBL_patient.SetForegroundColour('red')
self._PRW_encounter_type.SetText(self.__encounter['l10n_type'],
data=self.__encounter['pk_type'])
self._PRW_location.Enable(True)
branch = self.__encounter.praxis_branch
if branch is None: # None or old entry because praxis has been re-configured
unit = self.__encounter.org_unit
if unit is None: # None
self._PRW_location.SetText('', data=None)
else: # old entry
self._PRW_location.Enable(False)
self._PRW_location.SetText(
_('old praxis branch: %s (%s)') %
(unit['unit'], unit['organization']),
data=None)
else:
self._PRW_location.SetText(self.__encounter['praxis_branch'],
data=branch['pk_praxis_branch'])
fts = gmDateTime.cFuzzyTimestamp(timestamp=self.__encounter['started'],
accuracy=gmDateTime.acc_minutes)
self._PRW_start.SetText(fts.format_accurately(), data=fts)
fts = gmDateTime.cFuzzyTimestamp(
timestamp=self.__encounter['last_affirmed'],
accuracy=gmDateTime.acc_minutes)
self._PRW_end.SetText(fts.format_accurately(), data=fts)
# RFE
self._TCTRL_rfe.SetValue(
gmTools.coalesce(self.__encounter['reason_for_encounter'], ''))
val, data = self._PRW_rfe_codes.generic_linked_codes2item_dict(
self.__encounter.generic_codes_rfe)
self._PRW_rfe_codes.SetText(val, data)
# AOE
self._TCTRL_aoe.SetValue(
gmTools.coalesce(self.__encounter['assessment_of_encounter'], ''))
val, data = self._PRW_aoe_codes.generic_linked_codes2item_dict(
self.__encounter.generic_codes_aoe)
self._PRW_aoe_codes.SetText(val, data)
# last affirmed
if self.__encounter['last_affirmed'] == self.__encounter['started']:
self._PRW_end.SetFocus()
else:
self._TCTRL_aoe.SetFocus()
return True
def refresh(self, encounter=None, msg=None):
if msg is not None:
self._LBL_instructions.SetLabel(msg)
if encounter is not None:
self.__encounter = encounter
if self.__encounter is None:
return True
# getting the patient via the encounter allows us to act
# on any encounter regardless of the currently active patient
pat = gmPerson.cPatient(aPK_obj = self.__encounter['pk_patient'])
self._LBL_patient.SetLabel(pat.get_description_gender().strip())
curr_pat = gmPerson.gmCurrentPatient()
if curr_pat.connected:
if curr_pat.ID == self.__encounter['pk_patient']:
self._LBL_patient.SetForegroundColour(wx.SystemSettings_GetColour(wx.SYS_COLOUR_WINDOWTEXT))
else:
self._LBL_patient.SetForegroundColour('red')
self._PRW_encounter_type.SetText(self.__encounter['l10n_type'], data = self.__encounter['pk_type'])
self._PRW_location.Enable(True)
self._PRW_location.display_as_disabled(False)
branch = self.__encounter.praxis_branch
if branch is None: # None or old entry because praxis has been re-configured
unit = self.__encounter.org_unit
if unit is None: # None
self._PRW_location.SetText(u'', data = None)
else: # old entry
self._PRW_location.Enable(False)
self._PRW_location.display_as_disabled(True)
self._PRW_location.SetText(_('old praxis branch: %s (%s)') % (unit['unit'], unit['organization']), data = None)
else:
self._PRW_location.SetText(self.__encounter['praxis_branch'], data = branch['pk_praxis_branch'])
fts = gmDateTime.cFuzzyTimestamp (
timestamp = self.__encounter['started'],
accuracy = gmDateTime.acc_minutes
)
self._PRW_start.SetText(fts.format_accurately(), data=fts)
fts = gmDateTime.cFuzzyTimestamp (
timestamp = self.__encounter['last_affirmed'],
accuracy = gmDateTime.acc_minutes
)
self._PRW_end.SetText(fts.format_accurately(), data=fts)
# RFE
self._TCTRL_rfe.SetValue(gmTools.coalesce(self.__encounter['reason_for_encounter'], ''))
val, data = self._PRW_rfe_codes.generic_linked_codes2item_dict(self.__encounter.generic_codes_rfe)
self._PRW_rfe_codes.SetText(val, data)
# AOE
self._TCTRL_aoe.SetValue(gmTools.coalesce(self.__encounter['assessment_of_encounter'], ''))
val, data = self._PRW_aoe_codes.generic_linked_codes2item_dict(self.__encounter.generic_codes_aoe)
self._PRW_aoe_codes.SetText(val, data)
# last affirmed
if self.__encounter['last_affirmed'] == self.__encounter['started']:
self._PRW_end.SetFocus()
else:
self._TCTRL_aoe.SetFocus()
return True
