def length(self):
'''
return the length of the working day (in minutes)
'''
time1 = localsettings.minutesPastMidnight(self.start)
time2 = localsettings.minutesPastMidnight(self.end)
return time2 - time1
def length(self):
'''
returns the appointment length (in minutes)
'''
time1 = localsettings.minutesPastMidnight(self.start)
time2 = localsettings.minutesPastMidnight(self.end)
return time2 - time1
def length(self):
'''
return the length of the working day (in minutes)
'''
time1 = localsettings.minutesPastMidnight(self.start)
time2 = localsettings.minutesPastMidnight(self.end)
return time2 - time1
def length(self):
'''
returns the appointment length (in minutes)
'''
time1 = localsettings.minutesPastMidnight(self.start)
time2 = localsettings.minutesPastMidnight(self.end)
return time2 - time1
def add_appointment(self, adate, appt):
dent = appt[0]
date_time = datetime.datetime.combine(
adate, localsettings.wystimeToPyTime(appt[1]))
length = (localsettings.minutesPastMidnight(appt[2]) -
localsettings.minutesPastMidnight(appt[1]))
ag_appt = AgendaAppointment(date_time, dent, length)
ag_appt.text = "%s %s %s %s %s %s" % appt[3:9]
self._items.append(ag_appt)
def add_appointment(self, adate, appt):
dent = appt[0]
date_time = datetime.datetime.combine(adate,
localsettings.wystimeToPyTime(appt[1]))
length = (localsettings.minutesPastMidnight(appt[2]) -
localsettings.minutesPastMidnight(appt[1]))
ag_appt = AgendaAppointment(date_time, dent, length)
ag_appt.text = "%s %s %s %s %s %s" % appt[3:9]
self._items.append(ag_appt)
def __init__(self, sTime, fTime, slotLength, textDetail, om_gui):
'''
useage is (day, startTime,finishTime,slotLength, textDetail, parent)
startTime,finishTime in format HHMM or HMM or HH:MM or H:MM
slotLength is the minimum slot length - typically 5 minutes
textDetail is the number of slots to draw before writing the time text
parentWidget =optional
textDetail determines how many slots before a time is printed,
I like 15minutes
'''
super(AppointmentOverviewWidget, self).__init__(om_gui)
self.om_gui = om_gui
self.setMinimumSize(self.minimumSizeHint())
self.setSizePolicy(QtGui.QSizePolicy(
QtGui.QSizePolicy.Expanding, QtGui.QSizePolicy.Expanding))
self.font = QtGui.QFont()
self.font.setPointSize(10)
fm = QtGui.QFontMetrics(self.font)
self.timeOffset = fm.width(" 88:88 ")
self.headingHeight = fm.height()
# convert times to "minutes past midnight"
self.startTime = localsettings.minutesPastMidnight(sTime)
self.endTime = localsettings.minutesPastMidnight(fTime)
self.slotLength = slotLength
self.slotCount = (self.endTime - self.startTime) // slotLength
self.slotHeight = ((self.height() - self.headingHeight) /
self.slotCount)
self.textDetail = textDetail
self.date = None
self.dents = []
self.daystart = {}
self.dayend = {}
self.memoDict = {}
self.flagDict = {}
self.highlightedRect = None
self.setMouseTracking(True)
self.clear()
self.init_dicts()
self.setAcceptDrops(True)
self.drag_appt = None
self.dropPos = None
self.enabled_clinicians = ()
self._mouse_drag_rects = None
self.mouse_drag_rect = None
self.blink_on = True # for flashing effect
self.blink_timer = QtCore.QTimer()
self.blink_timer.timeout.connect(self.toggle_blink)
self.blink_timer.start(1000)
def __init__(self, sTime, fTime, slotLength, textDetail, diary_widget):
'''
useage is (day, startTime,finishTime,slotLength, textDetail, parent)
startTime,finishTime in format HHMM or HMM or HH:MM or H:MM
slotLength is the minimum slot length - typically 5 minutes
textDetail is the number of slots to draw before writing the time text
parentWidget =optional
textDetail determines how many slots before a time is printed,
I like 15minutes
'''
super(AppointmentOverviewWidget, self).__init__(diary_widget)
self.diary_widget = diary_widget
self.setMinimumSize(self.minimumSizeHint())
self.setSizePolicy(
QtWidgets.QSizePolicy(QtWidgets.QSizePolicy.Expanding,
QtWidgets.QSizePolicy.Expanding))
self.font = QtGui.QFont()
self.font.setPointSize(10)
fm = QtGui.QFontMetrics(self.font)
self.timeOffset = fm.width(" 88:88 ")
self.headingHeight = fm.height()
# convert times to "minutes past midnight"
self.startTime = localsettings.minutesPastMidnight(sTime)
self.endTime = localsettings.minutesPastMidnight(fTime)
self.slotLength = slotLength
self.slotCount = (self.endTime - self.startTime) // slotLength
self.slotHeight = ((self.height() - self.headingHeight) /
self.slotCount)
self.textDetail = textDetail
self.date = None
self.dents = []
self.daystart = {}
self.dayend = {}
self.memoDict = {}
self.flagDict = {}
self.selected_rect = None
self.setMouseTracking(True)
self.clear()
self.init_dicts()
self.setAcceptDrops(True)
self.drag_appt = None
self.dropPos = None
self.enabled_clinicians = ()
self._mouse_drag_rects = None
self.mouse_drag_rect = None
self.blink_on = True # for flashing effect
self.blink_timer = BlinkTimer()
self.blink_timer.timeout.connect(self.toggle_blink)
def slots(adate, apptix, start, apdata, fin):
'''
takes data like 830 ((830, 845), (900, 915), (1115, 1130), (1300, 1400),
(1400, 1420), (1600, 1630)) 1800
and returns a tuple of results like (FreeSlot, FreeSlot, ....)
'''
#--slotlength is required appt length, in minutes
#-- modified this on 18_11_2009, for the situation when a clinician's day
#-- start may be later than any first appointment in that book
#-- this facilitates having lunch etc.. already in place for a non used
#-- day.
aptstart = localsettings.minutesPastMidnight(start)
dayfin = localsettings.minutesPastMidnight(fin)
if dayfin <= aptstart:
return ()
results = []
for ap in apdata:
sMin = localsettings.minutesPastMidnight(ap[0])
fMin = localsettings.minutesPastMidnight(ap[1])
slength = sMin - aptstart
if slength > 0:
date_time = datetime.datetime.combine(
adate, localsettings.minutesPastMidnightToPyTime(aptstart))
slot = FreeSlot(date_time, apptix, slength)
results.append(slot)
if fMin > aptstart:
aptstart = fMin
if aptstart >= dayfin:
break
slength = dayfin - aptstart
if slength > 0:
date_time = datetime.datetime.combine(
adate, localsettings.minutesPastMidnightToPyTime(aptstart))
slot = FreeSlot(date_time, apptix, slength)
results.append(slot)
return results
def slots(adate, apptix, start, apdata, fin):
'''
takes data like 830 ((830, 845), (900, 915), (1115, 1130), (1300, 1400),
(1400, 1420), (1600, 1630)) 1800
and returns a tuple of results like (FreeSlot, FreeSlot, ....)
'''
#--slotlength is required appt length, in minutes
#-- modified this on 18_11_2009, for the situation when a clinician's day
#-- start may be later than any first appointment in that book
#-- this facilitates having lunch etc.. already in place for a non used
#-- day.
aptstart = localsettings.minutesPastMidnight(start)
dayfin = localsettings.minutesPastMidnight(fin)
if dayfin <= aptstart:
return ()
results = []
for ap in apdata:
sMin = localsettings.minutesPastMidnight(ap[0])
fMin = localsettings.minutesPastMidnight(ap[1])
slength = sMin - aptstart
if slength > 0:
date_time = datetime.datetime.combine(adate,
localsettings.minutesPastMidnightToPyTime(aptstart))
slot = FreeSlot(date_time, apptix, slength)
results.append(slot)
if fMin > aptstart:
aptstart = fMin
if aptstart >= dayfin:
break
slength = dayfin - aptstart
if slength > 0:
date_time = datetime.datetime.combine(adate,
localsettings.minutesPastMidnightToPyTime(aptstart))
slot = FreeSlot(date_time, apptix, slength)
results.append(slot)
return results
def apply(self):
"""
user has entered a good sequence, so write it to the DB now
"""
sdate = self.start_dateedit.date()
fdate = self.end_dateedit.date()
n_days = sdate.daysTo(fdate)
start = localsettings.humanTimetoWystime(self.time_edit.time().toString("h:mm"))
end = localsettings.minutesPastMidnighttoWystime(
localsettings.minutesPastMidnight(start) + self.duration_spinbox.value()
)
# print sdate, fdate, n_days, start, end
p_dl = QtGui.QProgressDialog(self)
p_dl.show()
days = list(self.chosen_days)
n_attempts, n_inserted = 0, 0
for clinician in self.chosen_clinicians:
p_dl.setLabelText("%s %s" % (_("applying changes for"), clinician))
dt = sdate
while dt <= fdate:
progress = int(100 * (n_days - dt.daysTo(fdate)) / n_days)
p_dl.setValue(progress)
if dt.dayOfWeek() in days:
n_attempts += 1
n_inserted += appointments.make_appt(
dt.toPyDate(),
localsettings.apptix[clinician],
start,
end,
self.block_text,
0,
"",
"",
"",
"",
-128,
0,
0,
0,
)
dt = dt.addDays(1)
message = "%d/%d %s" % (n_inserted, n_attempts, _("Appointment(s) inserted"))
if n_inserted != n_attempts:
message += "<hr />%s" % _(
"Some were rejected by the database as they clashed" " with existing appointments or blocks"
)
QtGui.QMessageBox.information(self, _("Information"), message)
def convertResults(results):
'''
changes
(830, 845) OR
(830, 845, serialno, "exam") or
(1300,1400, "LUNCH")
to and WeekViewAppointment object
'''
aptlist = []
for start, end, serialno, name, cset, trt in results:
aow = WeekViewAppointment()
aow.mpm = localsettings.minutesPastMidnight(start)
aow.length = localsettings.minutesPastMidnight(end) - aow.mpm
aow.serialno = serialno
aow.cset = cset
aow.name = name
aow.isBlock = (cset == "block")
aow.isEmergency = (aow.isBlock and
aow.name.lower() == _("emergency").lower())
aow.trt = trt.strip(" ")
aptlist.append(aow)
return tuple(aptlist)
def convertResults(results):
'''
changes
(830, 845) OR
(830, 845, serialno, "exam") or
(1300,1400, "LUNCH")
to and WeekViewAppointment object
'''
aptlist = []
for start, end, serialno, name, cset, trt in results:
aow = WeekViewAppointment()
aow.mpm = localsettings.minutesPastMidnight(start)
aow.length = localsettings.minutesPastMidnight(end) - aow.mpm
aow.serialno = serialno
aow.cset = cset
aow.name = name
aow.isBlock = (cset == "block")
aow.isEmergency = (aow.isBlock
and aow.name.lower() == _("emergency").lower())
aow.trt = trt.strip(" ")
aptlist.append(aow)
return tuple(aptlist)
def apply(self):
'''
user has entered a good sequence, so write it to the DB now
'''
sdate = self.start_dateedit.date()
fdate = self.end_dateedit.date()
n_days = sdate.daysTo(fdate)
start = localsettings.humanTimetoWystime(
self.time_edit.time().toString("h:mm"))
end = localsettings.minutesPastMidnighttoWystime(
localsettings.minutesPastMidnight(start) +
self.duration_spinbox.value())
p_dl = QtGui.QProgressDialog(self)
p_dl.show()
days = list(self.chosen_days)
n_attempts, n_inserted = 0, 0
for clinician in self.chosen_clinicians:
p_dl.raise_()
p_dl.setLabelText("%s %s" % (_("applying changes for"), clinician))
dt = sdate
while dt <= fdate:
progress = int(100 * (n_days - dt.daysTo(fdate)) / n_days)
p_dl.setValue(progress)
if dt.dayOfWeek() in days:
n_attempts += 1
n_inserted += appointments.make_appt(
dt.toPyDate(),
localsettings.apptix[clinician],
start, end, self.block_text,
0, "", "", "", "", -128, 0, 0, 0)
dt = dt.addDays(1)
QtGui.QApplication.instance().processEvents()
message = "%d/%d %s" % (n_inserted,
n_attempts,
_("Appointment(s) inserted"))
if n_inserted != n_attempts:
message += \
"<hr /><b>%s</b>" % _(
"Some were rejected by the database as they clashed"
" with existing appointments or blocks")
QtGui.QMessageBox.information(self, _("Information"), message)
def writeToDB(self, arg):
'''
user has entered a good sequence, so write it to the DB now
'''
if self.buttonBox.buttonRole(arg) == (
QtGui.QDialogButtonBox.RejectRole):
self.dialog.reject()
return
sdate = self.start_dateEdit.date()
fdate = self.end_dateEdit.date()
total = sdate.daysTo(fdate)
start = localsettings.humanTimetoWystime(
self.start_timeEdit.time().toString("h:mm"))
end = localsettings.minutesPastMidnighttoWystime(
localsettings.minutesPastMidnight(start) + self.spinBox.value())
self.progressBar.show()
for clinician in self.clinicianDict.keys():
if self.clinicianDict[clinician].isChecked():
self.progress_label.setText("%s %s" % (
_("applying changes for"), clinician))
dt = sdate
while dt <= fdate:
progress = int(100 * (total - dt.daysTo(fdate)) / total)
if self.progressBar.value() != progress:
self.progressBar.setValue(progress)
if self.dayDict[dt.dayOfWeek() - 1].isChecked():
appointments.make_appt(dt.toPyDate(),
localsettings.apptix[clinician],
start, end, self.lineEdit.text(
).toAscii(),
0, "", "", "", "", -128, 0, 0, 0)
dt = dt.addDays(1)
self.dialog.accept()
def setStartTime(self, dent):
self.daystart[dent.ix] = localsettings.minutesPastMidnight(dent.start)
def end_mpm(self):
return localsettings.minutesPastMidnight(self.end)
def start_mpm(self):
return localsettings.minutesPastMidnight(self.start)
def start_mpm(self):
return localsettings.minutesPastMidnight(self.start)
def end_mpm(self):
return localsettings.minutesPastMidnight(self.end)
def setEndTime(self, dent):
self.dayend[dent.ix] = localsettings.minutesPastMidnight(dent.end)
def setEndTime(self, dent):
self.dayend[dent.ix] = localsettings.minutesPastMidnight(dent.end)
def setStartTime(self, dent):
self.daystart[dent.ix] = localsettings.minutesPastMidnight(dent.start)
