def __populate_notebook(self):
self.fld_request_id.Clear()
self.lab_wheel.Clear()
#------ due PNL ------------------------------------
# FIXME: make limit configurable
too_many, pending_requests = gmPathLab.get_pending_requests(limit=250)
# clear list
self.lbox_pending.DeleteAllItems()
# FIXME: make use of too_many
for request in pending_requests:
item_idx = self.lbox_pending.InsertItem(info=wx.ListItem())
# request date
self.lbox_pending.SetStringItem(index = item_idx, col=0, label=request['sampled_when'].date)
# request lab
lab = self.__get_labname(request['pk_test_org'])
self.lbox_pending.SetStringItem(index = item_idx, col=1, label=lab[0][0])
# request id
self.lbox_pending.SetStringItem(index = item_idx, col=2, label=request['request_id'])
# patient
pat = request.get_patient()
self.lbox_pending.SetStringItem(index = item_idx, col=3, label="%s %s (%s)" % (pat[2], pat[3], pat[4].date))
self.lbox_pending.SetStringItem(index = item_idx, col=4, label=_('pending'))
# FIXME: make use of rest data in patient via mouse over context
#----- import errors PNL -----------------------
lab_errors = self.__get_import_errors()
# clear list
self.lbox_errors.DeleteAllItems()
# populate list
for lab_error in lab_errors:
item_idx = self.lbox_errors.InsertItem(info=wx.ListItem())
# when was error reported
self.lbox_errors.SetStringItem(index = item_idx, col=0, label=lab_error[1].date)
# error
self.lbox_errors.SetStringItem(index = item_idx, col=1, label=lab_error[4])
# solution
self.lbox_errors.SetStringItem(index = item_idx, col=2, label=lab_error[5])
# context
self.lbox_errors.SetStringItem(index = item_idx, col=3, label=lab_error[6])
#------ unreviewed lab results PNL ------------------------------------
# FIXME: make configurable, make use of count visible lines func of wxlistctrl
more_avail, self.dict_unreviewed_results = gmPathLab.get_unreviewed_results(limit=50)
# FIXME: react to errors
# clear grid
self.__grid_unreviewed_results.ClearGrid()
# set number of rows
if self.__grid_unreviewed_results.GetNumberRows() == 0:
self.__grid_unreviewed_results.AppendRows(len(self.dict_unreviewed_results))
# populate grid
for item_idx in range(len(self.dict_unreviewed_results)):
result = self.dict_unreviewed_results[item_idx]
# boolean renderer for first and second column
renderer = apply(wx.GridCellBoolRenderer, ())
self.__grid_unreviewed_results.SetCellRenderer(item_idx, 0 , renderer)
self.__grid_unreviewed_results.SetCellRenderer(item_idx, 1 , renderer)
# set all cells read only
self.__grid_unreviewed_results.SetReadOnly(item_idx, 0, 1)
self.__grid_unreviewed_results.SetReadOnly(item_idx, 1, 1)
#self.__grid_unreviewed_results.SetReadOnly(item_idx, 2, True)
self.__grid_unreviewed_results.EnableGridLines(0)
# "reviewed" checkbox in first column
try:
self.__grid_unreviewed_results.SetColSize(0, self.__grid_unreviewed_results.GetColMinimalAcceptableWidth())
except AttributeError:
pass
self.__grid_unreviewed_results.SetCellValue(item_idx, 0, '0')
# "relevant" checkbox in second column
try:
self.__grid_unreviewed_results.SetColSize(1, self.__grid_unreviewed_results.GetColMinimalAcceptableWidth())
except AttributeError:
pass
self.__grid_unreviewed_results.SetCellValue(item_idx, 1, '0')
# abnormal ? -> display in red
if (result['abnormal'] is not None) and (result['abnormal'].strip() != ''):
self.__grid_unreviewed_results.SetCellTextColour(item_idx,2,wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(item_idx,3,wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(item_idx,4,wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(item_idx,5,wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(item_idx,6,wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(item_idx,7,wx.RED)
# abnormal status from lab
info = '(%s)' % result['abnormal']
# technically abnormal -> defaults to relevant = true
self.__grid_unreviewed_results.SetCellValue(item_idx, 1, '1')
else:
info = ''
# technically normal -> defaults to relevant = False
self.__grid_unreviewed_results.SetCellValue(item_idx, 1, '0')
# patient
pat = result.get_patient()
self.__grid_unreviewed_results.SetCellValue(item_idx, 2, "%s %s (%s)" % (pat[2], pat[3], pat[4].date))
self.__grid_unreviewed_results.SetColSize(2,200)
# rxd when
self.__grid_unreviewed_results.SetCellValue(item_idx, 3, result['lab_rxd_when'].date)
self.__grid_unreviewed_results.SetColSize(3,80)
# test name
self.__grid_unreviewed_results.SetCellValue(item_idx, 4, result['unified_name'])
self.__grid_unreviewed_results.SetColSize(4,100)
# result including unit
# FIXME: what about val_unit empty ?
self.__grid_unreviewed_results.SetCellValue(item_idx, 5, '%s %s' % (result['unified_val'], info))
self.__grid_unreviewed_results.SetColSize(5,80)
# normal range
if result['val_normal_range'] is None:
self.__grid_unreviewed_results.SetCellValue(item_idx, 6, '')
else:
self.__grid_unreviewed_results.SetCellValue(item_idx, 6, '%s %s' % (result['val_normal_range'], result['val_unit']))
self.__grid_unreviewed_results.SetColSize(6,80)
# FIXME: target range
# notes from provider
if result['note_provider'] is None:
self.__grid_unreviewed_results.SetCellValue(item_idx, 7, '')
else:
self.__grid_unreviewed_results.SetCellValue(item_idx, 7, result['note_provider'])
# we show 50 items at once , notify user if there are more
if more_avail:
gmDispatcher.send(signal = 'statustext', msg =_('More unreviewed results available. Review some to see more.'))
def __populate_notebook(self):
self.fld_request_id.Clear()
self.lab_wheel.Clear()
#------ due PNL ------------------------------------
# FIXME: make limit configurable
too_many, pending_requests = gmPathLab.get_pending_requests(limit=250)
# clear list
self.lbox_pending.DeleteAllItems()
# FIXME: make use of too_many
for request in pending_requests:
item_idx = self.lbox_pending.InsertItem(info=wx.ListItem())
# request date
self.lbox_pending.SetItem(index=item_idx,
column=0,
label=request['sampled_when'].date)
# request lab
lab = self.__get_labname(request['pk_test_org'])
self.lbox_pending.SetItem(index=item_idx,
column=1,
label=lab[0][0])
# request id
self.lbox_pending.SetItem(index=item_idx,
column=2,
label=request['request_id'])
# patient
pat = request.get_patient()
self.lbox_pending.SetItem(index=item_idx,
column=3,
label="%s %s (%s)" %
(pat[2], pat[3], pat[4].date))
self.lbox_pending.SetItem(index=item_idx,
column=4,
label=_('pending'))
# FIXME: make use of rest data in patient via mouse over context
#----- import errors PNL -----------------------
lab_errors = self.__get_import_errors()
# clear list
self.lbox_errors.DeleteAllItems()
# populate list
for lab_error in lab_errors:
item_idx = self.lbox_errors.InsertItem(info=wx.ListItem())
# when was error reported
self.lbox_errors.SetItem(index=item_idx,
column=0,
label=lab_error[1].date)
# error
self.lbox_errors.SetItem(index=item_idx,
column=1,
label=lab_error[4])
# solution
self.lbox_errors.SetItem(index=item_idx,
column=2,
label=lab_error[5])
# context
self.lbox_errors.SetItem(index=item_idx,
column=3,
label=lab_error[6])
#------ unreviewed lab results PNL ------------------------------------
# FIXME: make configurable, make use of count visible lines func of wxlistctrl
more_avail, self.dict_unreviewed_results = gmPathLab.get_unreviewed_results(
limit=50)
# FIXME: react to errors
# clear grid
self.__grid_unreviewed_results.ClearGrid()
# set number of rows
if self.__grid_unreviewed_results.GetNumberRows() == 0:
self.__grid_unreviewed_results.AppendRows(
len(self.dict_unreviewed_results))
# populate grid
for item_idx in range(len(self.dict_unreviewed_results)):
result = self.dict_unreviewed_results[item_idx]
# boolean renderer for first and second column
renderer = apply(wx.GridCellBoolRenderer, ())
self.__grid_unreviewed_results.SetCellRenderer(
item_idx, 0, renderer)
self.__grid_unreviewed_results.SetCellRenderer(
item_idx, 1, renderer)
# set all cells read only
self.__grid_unreviewed_results.SetReadOnly(item_idx, 0, 1)
self.__grid_unreviewed_results.SetReadOnly(item_idx, 1, 1)
#self.__grid_unreviewed_results.SetReadOnly(item_idx, 2, True)
self.__grid_unreviewed_results.EnableGridLines(0)
# "reviewed" checkbox in first column
try:
self.__grid_unreviewed_results.SetColSize(
0,
self.__grid_unreviewed_results.
GetColMinimalAcceptableWidth())
except AttributeError:
pass
self.__grid_unreviewed_results.SetCellValue(item_idx, 0, '0')
# "relevant" checkbox in second column
try:
self.__grid_unreviewed_results.SetColSize(
1,
self.__grid_unreviewed_results.
GetColMinimalAcceptableWidth())
except AttributeError:
pass
self.__grid_unreviewed_results.SetCellValue(item_idx, 1, '0')
# abnormal ? -> display in red
if (result['abnormal']
is not None) and (result['abnormal'].strip() != ''):
self.__grid_unreviewed_results.SetCellTextColour(
item_idx, 2, wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(
item_idx, 3, wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(
item_idx, 4, wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(
item_idx, 5, wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(
item_idx, 6, wx.RED)
self.__grid_unreviewed_results.SetCellTextColour(
item_idx, 7, wx.RED)
# abnormal status from lab
info = '(%s)' % result['abnormal']
# technically abnormal -> defaults to relevant = true
self.__grid_unreviewed_results.SetCellValue(item_idx, 1, '1')
else:
info = ''
# technically normal -> defaults to relevant = False
self.__grid_unreviewed_results.SetCellValue(item_idx, 1, '0')
# patient
pat = result.get_patient()
self.__grid_unreviewed_results.SetCellValue(
item_idx, 2, "%s %s (%s)" % (pat[2], pat[3], pat[4].date))
self.__grid_unreviewed_results.SetColSize(2, 200)
# rxd when
self.__grid_unreviewed_results.SetCellValue(
item_idx, 3, result['lab_rxd_when'].date)
self.__grid_unreviewed_results.SetColSize(3, 80)
# test name
self.__grid_unreviewed_results.SetCellValue(
item_idx, 4, result['unified_name'])
self.__grid_unreviewed_results.SetColSize(4, 100)
# result including unit
# FIXME: what about val_unit empty ?
self.__grid_unreviewed_results.SetCellValue(
item_idx, 5, '%s %s' % (result['unified_val'], info))
self.__grid_unreviewed_results.SetColSize(5, 80)
# normal range
if result['val_normal_range'] is None:
self.__grid_unreviewed_results.SetCellValue(item_idx, 6, '')
else:
self.__grid_unreviewed_results.SetCellValue(
item_idx, 6,
'%s %s' % (result['val_normal_range'], result['val_unit']))
self.__grid_unreviewed_results.SetColSize(6, 80)
# FIXME: target range
# notes from provider
if result['note_provider'] is None:
self.__grid_unreviewed_results.SetCellValue(item_idx, 7, '')
else:
self.__grid_unreviewed_results.SetCellValue(
item_idx, 7, result['note_provider'])
# we show 50 items at once , notify user if there are more
if more_avail:
gmDispatcher.send(
signal='statustext',
msg=
_('More unreviewed results available. Review some to see more.'
))