def timeEdited(self, cell, path, newText):
index = int(path)
parts = newText.split(':')
h = numDecode(parts[0])
m = numDecode(parts[1])
hm = hmEncode((h, m))
self.trees[index][0] = hm
def timeEdited(self, cell, path, newText):
index = int(path)
parts = newText.split(':')
h = numDecode(parts[0])
m = numDecode(parts[1])
hm = hmEncode((h, m))
self.trees[index][0] = hm
def parseDroppedDate(text):
part = text.split('/')
if len(part) == 3:
try:
part[0] = numDecode(part[0])
part[1] = numDecode(part[1])
part[2] = numDecode(part[2])
except:
myRaise(__file__)
return None
maxPart = max(part)
if maxPart > 999:
minMax = (
(1000, 2100),
(1, 12),
(1, 31),
)
formats = (
[0, 1, 2],
[1, 2, 0],
[2, 1, 0],
)
for format in formats:
for i in range(3):
valid = True
f = format[i]
if not (minMax[f][0] <= part[i] <= minMax[f][1]):
valid = False
#print('format %s was not valid, part[%s]=%s'%(format, i, part[i]))
break
if valid:
year = part[format.index(
0)] ## "format" must be list because of method "index"
month = part[format.index(1)]
day = part[format.index(2)]
break
else:
valid = 0 <= part[0] <= 99 and 1 <= part[1] <= 12 and 1 <= part[
2] <= 31
###
year = 2000 + part[0] ## FIXME
month = part[1]
day = part[2]
if not valid:
return None
else:
return None
##??????????? when drag from a persian GtkCalendar with format %y/%m/%d
#if year < 100:
# year += 2000
return (year, month, day)
def parseDroppedDate(text):
part = text.split('/')
if len(part)==3:
try:
part[0] = numDecode(part[0])
part[1] = numDecode(part[1])
part[2] = numDecode(part[2])
except:
myRaise(__file__)
return None
maxPart = max(part)
if maxPart > 999:
minMax = (
(1000, 2100),
(1, 12),
(1, 31),
)
formats = (
[0, 1, 2],
[1, 2, 0],
[2, 1, 0],
)
for format in formats:
for i in range(3):
valid = True
f = format[i]
if not (minMax[f][0] <= part[i] <= minMax[f][1]):
valid = False
#print('format %s was not valid, part[%s]=%s'%(format, i, part[i]))
break
if valid:
year = part[format.index(0)] ## "format" must be list because of method "index"
month = part[format.index(1)]
day = part[format.index(2)]
break
else:
valid = 0 <= part[0] <= 99 and 1 <= part[1] <= 12 and 1 <= part[2] <= 31
###
year = 2000 + part[0] ## FIXME
month = part[1]
day = part[2]
if not valid:
return None
else:
return None
##??????????? when drag from a persian GtkCalendar with format %y/%m/%d
#if year < 100:
# year += 2000
return (year, month, day)
def setText(self, text):
try:
num = numDecode(text)
except:
myRaise()
self.setDefault()
else:
self.setValue(num)
def keyPress(self, obj, gevent):
kval = gevent.keyval
kname = gdk.keyval_name(gevent.keyval).lower()
#print kval, kname
if kname in (
'tab', 'escape', 'backspace', 'delete', 'insert',
'home', 'end',
'control_l', 'control_r',
'iso_next_group',
):
return False
elif kname == 'return':
self.validate()
return False
elif kname=='up':
self.numPlus(1)
elif kname=='down':
self.numPlus(-1)
elif kname=='page_up':
self.numPlus(self.page_inc)
elif kname=='page_down':
self.numPlus(-self.page_inc)
elif kname=='left':
return False## FIXME
elif kname=='right':
return False## FIXME
#elif kname in ('braceleft', 'bracketleft'):
# self.insertText(u'[')
#elif kname in ('braceright', 'bracketright'):
# self.insertText(u']')
elif kname in ('comma', 'arabic_comma'):
self.insertText(u', ', False)
elif kname=='minus':
pos = self.get_position()
text = toUnicode(self.get_text())
n = len(text)
if pos==n:
start = numDecode(text.split(',')[-1].strip())
self.insertText(u'-' + _(start + 2), False)
else:
self.insertText(u'-', False)
elif ord('0') <= kval <= ord('9'):
self.insertText(self.digs[kval-ord('0')])
else:
uniVal = gtk.gdk.keyval_to_unicode(kval)
#print 'uniVal=%r'%uniVal
if uniVal!=0:
ch = unichr(uniVal)
#print 'ch=%r'%ch
if ch in self.digs:
self.insertText(ch)
if gevent.state & gdk.CONTROL_MASK:## Shortcuts like Ctrl + [A, C, X, V]
return False
else:
print kval, kname
return True
def numPlus(self, plus):
pos = self.get_position()
text = toUnicode(self.get_text())
n = len(text)
commaI = text.rfind(u',', 0, pos)
if commaI == -1:
startI = 0
else:
if text[commaI + 1] == ' ':
startI = commaI + 2
else:
startI = commaI + 1
nextCommaI = text.find(u',', pos)
if nextCommaI == -1:
endI = n
else:
endI = nextCommaI
dashI = text.find(u'-', startI, endI)
if dashI != -1:
#print('dashI=%r'%dashI)
if pos < dashI:
endI = dashI
else:
startI = dashI + 1
thisNumStr = text[startI:endI]
#print(startI, endI, thisNumStr)
if thisNumStr:
thisNum = numDecode(thisNumStr)
newNum = thisNum + plus
if not self._min <= newNum <= self._max:
return
else:
if plus > 0:
newNum = self._max
else:
newNum = self._min
newNumStr = _(newNum)
newText = text[:startI] + newNumStr + text[endI:]
self.set_text(newText)
#print('new end index', endI - len(thisNumStr) + len(newNumStr))
self.set_position(pos)
self.select_region(
startI,
endI - len(thisNumStr) + len(newNumStr),
)
def numPlus(self, plus):
pos = self.get_position()
text = toUnicode(self.get_text())
n = len(text)
commaI = text.rfind(u',', 0, pos)
if commaI == -1:
startI = 0
else:
if text[commaI+1]==' ':
startI = commaI + 2
else:
startI = commaI + 1
nextCommaI = text.find(u',', pos)
if nextCommaI == -1:
endI = n
else:
endI = nextCommaI
dashI = text.find(u'-', startI, endI)
if dashI != -1:
#print 'dashI=%r'%dashI
if pos < dashI:
endI = dashI
else:
startI = dashI + 1
thisNumStr = text[startI:endI]
#print startI, endI, thisNumStr
if thisNumStr:
thisNum = numDecode(thisNumStr)
newNum = thisNum + plus
if not self._min <= newNum <= self._max:
return
else:
if plus > 0:
newNum = self._max
else:
newNum = self._min
newNumStr = _(newNum)
newText = text[:startI] + newNumStr + text[endI:]
self.set_text(newText)
#print 'new end index', endI - len(thisNumStr) + len(newNumStr)
self.set_position(pos)
self.select_region(
startI,
endI - len(thisNumStr) + len(newNumStr),
)
def keyPress(self, obj, gevent):
kval = gevent.keyval
kname = gdk.keyval_name(gevent.keyval).lower()
#print(kval, kname)
if kname in (
'tab',
'escape',
'backspace',
'delete',
'insert',
'home',
'end',
'control_l',
'control_r',
'iso_next_group',
):
return False
elif kname == 'return':
self.validate()
return False
elif kname == 'up':
self.numPlus(1)
elif kname == 'down':
self.numPlus(-1)
elif kname == 'page_up':
self.numPlus(self.page_inc)
elif kname == 'page_down':
self.numPlus(-self.page_inc)
elif kname == 'left':
return False ## FIXME
elif kname == 'right':
return False ## FIXME
#elif kname in ('braceleft', 'bracketleft'):
# self.insertText(u'[')
#elif kname in ('braceright', 'bracketright'):
# self.insertText(u']')
elif kname in ('comma', 'arabic_comma'):
self.insertText(u', ', False)
elif kname == 'minus':
pos = self.get_position()
text = toUnicode(self.get_text())
n = len(text)
if pos == n:
start = numDecode(text.split(',')[-1].strip())
self.insertText(u'-' + _(start + 2), False)
else:
self.insertText(u'-', False)
elif ord('0') <= kval <= ord('9'):
self.insertText(self.digs[kval - ord('0')])
else:
uniVal = gtk.gdk.keyval_to_unicode(kval)
#print('uniVal=%r'%uniVal)
if uniVal != 0:
ch = unichr(uniVal)
#print('ch=%r'%ch)
if ch in self.digs:
self.insertText(ch)
if gevent.state & gdk.CONTROL_MASK: ## Shortcuts like Ctrl + [A, C, X, V]
return False
else:
print(kval, kname)
return True
def courseUnitsEdited(self, cell, path, newText):
index = int(path)
units = numDecode(newText)
self.trees[index][2] = units
def courseUnitsEdited(self, cell, path, newText):
index = int(path)
units = numDecode(newText)
self.trees[index][2] = units