def numDecode(numSt):
numSt = numSt.strip()
try:
return int(numSt)
except ValueError:
pass
numSt = toUnicode(numSt)
tryLangs = digits.keys()
if langSh in digits:
tryLangs.remove(langSh)
tryLangs.insert(0, langSh)
for tryLang in tryLangs:
tryLangDigits = digits[tryLang]
numEn = ''
for dig in numSt:
if dig=='-':
numEn += dig
else:
try:
numEn += str(tryLangDigits.index(dig))
except ValueError as e:
print('error in decoding num char %s'%dig)
#raise e
break
else:
return int(numEn)
raise ValueError('invalid locale number %s'%numSt)
def __init__(self, sep, fields, arrow_select=True, page_inc=10):
gtk.SpinButton.__init__(self)
####
sep = toUnicode(sep)
self.field = ContainerField(sep, *fields)
self.arrow_select = arrow_select
self.set_editable(True)
###
self.digs = locale_man.getDigits()
###
####
self.set_direction(gtk.TEXT_DIR_LTR) ## self is a gtk.Entry
self.set_width_chars(self.field.getMaxWidth())
self.set_value(0)
self.set_digits(0)
gtk.SpinButton.set_range(self, -2, 2)
self.set_increments(1, page_inc)
#self.connect('activate', lambda obj: self.update())
self.connect('activate', self._entry_activate)
self.connect('key-press-event', self._key_press)
self.connect('scroll-event', self._scroll)
self.connect('button-press-event', self._button_press)
self.connect('button-release-event', self._button_release)
self.connect(
'output', lambda obj: True
) ##Disable auto-numeric-validating(the entry text is not a numebr)
def textNumEncode(st, mode=None, changeSpecialChars=True, changeDot=False):
if not enableNumLocale:
mode = 'en'
if mode==None:
mode = langSh
elif isinstance(mode, int):
if langSh != 'en':
try:
mode = calTypes[mode].origLang
except AttributeError:
mode = langSh
dig = getLangDigits(mode)
res = u''
for c in toUnicode(st):
try:
i = int(c)
except:
if enableNumLocale:
if c in (',', '_', '%'):## FIXME
if changeSpecialChars:
c = tr(c)
elif c=='.':## FIXME
if changeDot:
c = tr(c)
res += c
else:
res += dig[i]
return res ## .encode('utf8')
def textNumEncode(st, mode=None, changeSpecialChars=True, changeDot=False):
if not enableNumLocale:
mode = 'en'
if mode == None:
mode = langSh
elif isinstance(mode, int):
if langSh != 'en':
try:
mode = calTypes[mode].origLang
except AttributeError:
mode = langSh
dig = getLangDigits(mode)
res = u''
for c in toUnicode(st):
try:
i = int(c)
except:
if enableNumLocale:
if c in (',', '_', '%'): ## FIXME
if changeSpecialChars:
c = tr(c)
elif c == '.': ## FIXME
if changeDot:
c = tr(c)
res += c
else:
res += dig[i]
return res ## .encode('utf8')
def numDecode(numSt):
numSt = numSt.strip()
try:
return int(numSt)
except ValueError:
pass
numSt = toUnicode(numSt)
tryLangs = digits.keys()
if langSh in digits:
tryLangs.remove(langSh)
tryLangs.insert(0, langSh)
for tryLang in tryLangs:
tryLangDigits = digits[tryLang]
numEn = ''
for dig in numSt:
if dig == '-':
numEn += dig
else:
try:
numEn += str(tryLangDigits.index(dig))
except ValueError as e:
print('error in decoding num char %s' % dig)
#raise e
break
else:
return int(numEn)
raise ValueError('invalid locale number %s' % numSt)
def entry_plus(self, p):
self.update()
pos = self.get_position()
self.field.getFieldAt(toUnicode(self.get_text()),
self.get_position()).plus(p)
self.set_text(self.field.getText())
self.set_position(pos)
def drawBoxText(cr, box, x, y, w, h, widget):
## now draw the text
## how to find the best font size based in the box's width and height,
## and font family? FIXME
## possibly write in many lines? or just in one line and wrap if needed?
if box.text:
#print(box.text)
textW = 0.9 * w
textH = 0.9 * h
textLen = len(toUnicode(box.text))
#print('textLen=%s'%textLen)
avgCharW = float(textW if rotateBoxLabel ==
0 else max(textW, textH)) / textLen
if avgCharW > 3: ## FIXME
font = list(ui.getFont())
layout = widget.create_pango_layout(
box.text) ## a pango.Layout object
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
#print('orig font size: %s'%font[3])
normRatio = min(
float(textW) / layoutW,
float(textH) / layoutH,
)
rotateRatio = min(
float(textW) / layoutH,
float(textH) / layoutW,
)
if rotateBoxLabel != 0 and rotateRatio > normRatio:
font[3] *= max(normRatio, rotateRatio)
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
fillColor(cr, fgColor) ## before cr.move_to
#print('x=%s, y=%s, w=%s, h=%s, layoutW=%s, layoutH=%s'\)
# %(x,y,w,h,layoutW,layoutH)
cr.move_to(
x + (w - rotateBoxLabel * layoutH) / 2.0,
y + (h + rotateBoxLabel * layoutW) / 2.0,
)
cr.rotate(-rotateBoxLabel * pi / 2)
cr.show_layout(layout)
try:
cr.rotate(rotateBoxLabel * pi / 2)
except:
print('counld not rotate by %s*pi/2 = %s' % (
rotateBoxLabel,
rotateBoxLabel * pi / 2,
))
else:
font[3] *= normRatio
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
fillColor(cr, fgColor) ## before cr.move_to
cr.move_to(
x + (w - layoutW) / 2.0,
y + (h - layoutH) / 2.0,
)
cr.show_layout(layout)
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 drawBoxText(cr, box, x, y, w, h, widget):
## now draw the text
## how to find the best font size based in the box's width and height,
## and font family? FIXME
## possibly write in many lines? or just in one line and wrap if needed?
if box.text:
#print(box.text)
textW = 0.9 * w
textH = 0.9 * h
textLen = len(toUnicode(box.text))
#print('textLen=%s'%textLen)
avgCharW = float(textW if rotateBoxLabel == 0 else max(textW, textH)) / textLen
if avgCharW > 3:## FIXME
font = list(ui.getFont())
layout = widget.create_pango_layout(box.text) ## a pango.Layout object
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
#print('orig font size: %s'%font[3])
normRatio = min(
float(textW)/layoutW,
float(textH)/layoutH,
)
rotateRatio = min(
float(textW)/layoutH,
float(textH)/layoutW,
)
if rotateBoxLabel != 0 and rotateRatio > normRatio:
font[3] *= max(normRatio, rotateRatio)
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
fillColor(cr, fgColor)## before cr.move_to
#print('x=%s, y=%s, w=%s, h=%s, layoutW=%s, layoutH=%s'\)
# %(x,y,w,h,layoutW,layoutH)
cr.move_to(
x + (w - rotateBoxLabel*layoutH)/2.0,
y + (h + rotateBoxLabel*layoutW)/2.0,
)
cr.rotate(-rotateBoxLabel*pi/2)
cr.show_layout(layout)
try:
cr.rotate(rotateBoxLabel*pi/2)
except:
print('counld not rotate by %s*pi/2 = %s'%(
rotateBoxLabel,
rotateBoxLabel*pi/2,
))
else:
font[3] *= normRatio
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
fillColor(cr, fgColor)## before cr.move_to
cr.move_to(
x + (w-layoutW)/2.0,
y + (h-layoutH)/2.0,
)
cr.show_layout(layout)
def confStr(self): value = getattr(self.module, self.varName) if isinstance(value, str): value = toUnicode(value) valueStr = repr(value) ## repr of a utf8 string (by Python 2) is not utf8 and not readable correctly from Python 3 ## no simple way you can fix that for strings nested inside other structures ## yet another reason to switch to JSON for config files ## FIXME return '%s=%s\n'%(self.varName, valueStr)
def cutText(text, n):
text = toUnicode(text)
newText = text[:n]
if len(text) > n:
if text[n] not in list(string.printable) + [ZWNJ]:
try:
newText += ZWJ
except UnicodeDecodeError:
pass
return newText
def confStr(self):
value = getattr(self.module, self.varName)
if isinstance(value, str):
value = toUnicode(value)
valueStr = repr(value)
## repr of a utf8 string (by Python 2) is not utf8 and not readable correctly from Python 3
## no simple way you can fix that for strings nested inside other structures
## yet another reason to switch to JSON for config files
## FIXME
return '%s=%s\n'%(self.varName, valueStr)
def cutText(text, n):
text = toUnicode(text)
newText = text[:n]
if len(text) > n:
if text[n] not in list(string.printable)+[ZWNJ]:
try:
newText += ZWJ
except UnicodeDecodeError:
pass
return newText
def exportEvent(event):
if not event.changeMode(DATE_GREG):
return
icsData = event.getIcsData(True)
if not icsData:
return
gevent = {
'kind': 'calendar#event',
'summary': toUnicode(event.summary),
'description': toUnicode(event.description),
'attendees': [],
'status': 'confirmed',
'visibility': 'default',
'guestsCanModify': False,
'reminders': {
'overrides': {
'minutes': event.getNotifyBeforeMin(),
'method': 'popup', ## FIXME
},
},
'extendedProperties': {
'shared': {
'starcal_id': event.id,
'starcal_type': event.name,
},
}
}
for key, value in icsData:
key = key.upper()
if key == 'DTSTART':
gevent['start'] = decodeIcsStartEnd(value)
elif key == 'DTEND':
gevent['end'] = decodeIcsStartEnd(value)
elif key in ('RRULE', 'RDATE', 'EXRULE', 'EXDATE'):
if not 'recurrence' in gevent:
gevent['recurrence'] = []
gevent['recurrence'].append(key + ':' + value)
elif key == 'TRANSP':
gevent['transparency'] = value.lower()
#elif key=='CATEGORIES':
return gevent
def insertText(self, s, clearSeceltion=True):
selection = self.get_selection_bounds()
if selection and clearSeceltion:
start, end = selection
text = toUnicode(self.get_text())
text = text[:start] + s + text[end:]
self.set_text(text)
self.set_position(start + len(s))
else:
pos = self.get_position()
self.insert_text(s, pos)
self.set_position(pos + len(s))
def insertText(self, s, clearSeceltion=True):
selection = self.get_selection_bounds()
if selection and clearSeceltion:
start, end = selection
text = toUnicode(self.get_text())
text = text[:start] + s + text[end:]
self.set_text(text)
self.set_position(start+len(s))
else:
pos = self.get_position()
self.insert_text(s, pos)
self.set_position(pos + len(s))
def exportEvent(event):
if not event.changeMode(DATE_GREG):
return
icsData = event.getIcsData(True)
if not icsData:
return
gevent = {
'kind': 'calendar#event',
'summary': toUnicode(event.summary),
'description': toUnicode(event.description),
'attendees': [],
'status': 'confirmed',
'visibility': 'default',
'guestsCanModify': False,
'reminders': {
'overrides': {
'minutes': event.getNotifyBeforeMin(),
'method': 'popup',## FIXME
},
},
'extendedProperties':{
'shared': {
'starcal_type': event.name,
},
}
}
for key, value in icsData:
key = key.upper()
if key=='DTSTART':
gevent['start'] = decodeIcsStartEnd(value)
elif key=='DTEND':
gevent['end'] = decodeIcsStartEnd(value)
elif key in ('RRULE', 'RDATE', 'EXRULE', 'EXDATE'):
if not 'recurrence' in gevent:
gevent['recurrence'] = []
gevent['recurrence'].append(key + ':' + value)
elif key=='TRANSP':
gevent['transparency'] = value.lower()
#elif key=='CATEGORIES':
return gevent
def textNumDecode(text): ## converts '۱۲:۰۰, ۱۳' to '12:00, 13'
text = toUnicode(text)
textEn = u''
langDigits = getLangDigits(langSh)
for ch in text:
try:
textEn += unicode(langDigits.index(ch))
except ValueError:
for sch in (u',', u'_', u'.'):
if ch == tr(sch):
ch = sch
break
textEn += ch
return textEn
def textNumDecode(text):## converts '۱۲:۰۰, ۱۳' to '12:00, 13'
text = toUnicode(text)
textEn = u''
langDigits = getLangDigits(langSh)
for ch in text:
try:
textEn += unicode(langDigits.index(ch))
except ValueError:
for sch in (u',', u'_', u'.'):
if ch == tr(sch):
ch = sch
break
textEn += ch
return textEn
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 __init__(self, sep, fields, arrow_select=True, page_inc=10):
gtk.SpinButton.__init__(self)
####
sep = toUnicode(sep)
self.field = ContainerField(sep, *fields)
self.arrow_select = arrow_select
self.set_editable(True)
###
self.digs = locale_man.getDigits()
###
####
self.set_direction(gtk.TEXT_DIR_LTR) ## self is a gtk.Entry
self.set_width_chars(self.field.getMaxWidth())
self.set_value(0)
self.set_digits(0)
gtk.SpinButton.set_range(self, -2, 2)
self.set_increments(1, page_inc)
#self.connect('activate', lambda obj: self.update())
self.connect('activate', self._entry_activate)
self.connect('key-press-event', self._key_press)
self.connect('scroll-event', self._scroll)
self.connect('button-press-event', self._button_press)
self.connect('button-release-event', self._button_release)
self.connect('output', lambda obj: True)##Disable auto-numeric-validating(the entry text is not a numebr)
def set_title(self, title):
self.setWindowTitle(toUnicode(title))
def copy(self, item):
start = self.get_property('selection-bound')
end = self.get_property('cursor-position')
self.clipboard.set_text(toStr(toUnicode(self.get_text())[start:end]))
def set_license(self, license):
self.license = toUnicode(license)
def set_documenters(documenters):
self.credits[_('Documented by')] = [toUnicode(a) for a in documenters]
def set_authors(self, authors):
self.credits[_('Written by')] = [toUnicode(a) for a in authors]
def update(self):
pos = self.get_position()
self.field.setText(toUnicode(self.get_text()))
self.set_text(self.field.getText())
self.set_position(pos)
def drawBox(self, cr, box):
d = box.lineW
x = box.x
w = box.w
y = box.y
h = box.h
###
cr.rectangle(x, y, w, h)
if d == 0:
fillColor(cr, box.color)
else:
try:
alpha = box.color[3]
except IndexError:
alpha = 255
try:
fillColor(cr, (
box.color[0],
box.color[1],
box.color[2],
int(alpha*boxInnerAlpha),
))
except cairo.Error:
return
###
cr.set_line_width(0)
cr.move_to(x, y)
cr.line_to(x+w, y)
cr.line_to(x+w, y+h)
cr.line_to(x, y+h)
cr.line_to(x, y)
cr.line_to(x+d, y)
cr.line_to(x+d, y+h-d)
cr.line_to(x+w-d, y+h-d)
cr.line_to(x+w-d, y+d)
cr.line_to(x+d, y+d)
cr.close_path()
fillColor(cr, box.color)
######## Draw Move/Resize Border
if box.hasBorder:
if w > boxMoveBorder*2 and h > boxMoveBorder:
b = boxMoveBorder
bd = boxMoveLineW
#cr.set_line_width(bd)
cr.move_to(x+b, y+h)
cr.line_to(x+b, y+b)
cr.line_to(x+w-b, y+b)
cr.line_to(x+w-b, y+h)
cr.line_to(x+w-b-bd, y+h)
cr.line_to(x+w-b-bd, y+b+bd)
cr.line_to(x+b+bd, y+b+bd)
cr.line_to(x+b+bd, y+h)
cr.close_path()
fillColor(cr, box.color)
###
bds = 0.7*bd
cr.move_to(x, y)
cr.line_to(x+bds, y)
cr.line_to(x+b+bds, y+b)
cr.line_to(x+b, y+b+bds)
cr.line_to(x, y+bds)
cr.close_path()
fillColor(cr, box.color)
##
cr.move_to(x+w, y)
cr.line_to(x+w-bds, y)
cr.line_to(x+w-b-bds, y+b)
cr.line_to(x+w-b, y+b+bds)
cr.line_to(x+w, y+bds)
cr.close_path()
fillColor(cr, box.color)
else:
box.hasBorder = False
########
## now draw the text
## how to find the best font size based in the box's width and height, and font family? FIXME
## possibly write in many lines? or just in one line and wrap if needed?
if box.text:
#print box.text
textW = 0.9*w
textH = 0.9*h
textLen = len(toUnicode(box.text))
#print 'textLen=%s'%textLen
if rotateBoxLabel == 0:
avgCharW = float(textW) / textLen
else:
avgCharW = float(max(textW, textH)) / textLen
#print 'avgCharW=%s'%avgCharW
if avgCharW > 3:## FIXME
font = list(ui.getFont())
layout = self.create_pango_layout(box.text) ## a pango.Layout object
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
#print 'orig font size: %s'%font[3]
normRatio = min(
float(textW)/layoutW,
float(textH)/layoutH,
)
rotateRatio = min(
float(textW)/layoutH,
float(textH)/layoutW,
)
if rotateBoxLabel != 0 and rotateRatio > normRatio:
font[3] *= max(normRatio, rotateRatio)
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
fillColor(cr, fgColor)## before cr.move_to
#print 'x=%s, y=%s, w=%s, h=%s, layoutW=%s, layoutH=%s'%(x,y,w,h,layoutW,layoutH)
cr.move_to(
x + (w - rotateBoxLabel*layoutH)/2.0,
y + (h + rotateBoxLabel*layoutW)/2.0,
)
cr.rotate(-rotateBoxLabel*pi/2)
cr.show_layout(layout)
try:
cr.rotate(rotateBoxLabel*pi/2)
except:
print 'counld not rotate by %s*pi/2 = %s'%(rotateBoxLabel, rotateBoxLabel*pi/2)
else:
font[3] *= normRatio
layout.set_font_description(pfontEncode(font))
layoutW, layoutH = layout.get_pixel_size()
fillColor(cr, fgColor)## before cr.move_to
cr.move_to(
x + (w-layoutW)/2.0,
y + (h-layoutH)/2.0,
)
cr.show_layout(layout)
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 set_comments(self, comments):
self.comments = toUnicode(comments)
def update(self):
pos = self.get_position()
self.field.setText(toUnicode(self.get_text()))
self.set_text(self.field.getText())
self.set_position(pos)
def __init__(self, locName, lat, lng):
qt.QPushButton.__init__(self, toUnicode(locName))
self.setLocation(locName, lat, lng)
self.dialog = LocationDialog()
####
self.connect(self, qc.SIGNAL('clicked ()'), self.onClicked)
def set_artists(artists):
self.credits[_('Translated by')] = [toUnicode(a) for a in artists]
def set_version(self, version):
self.version = toUnicode(version)
def copy(self, item, label):
bound = label.get_property('selection-bound')
cursor = label.get_property('cursor-position')
start = min(bound, cursor)
end = max(bound, cursor)
setClipboard(toStr(toUnicode(label.get_text())[start:end]))
def entry_plus(self, p):
self.update()
pos = self.get_position()
self.field.getFieldAt(toUnicode(self.get_text()), self.get_position()).plus(p)
self.set_text(self.field.getText())
self.set_position(pos)
def onClicked(self):
res = self.dialog.run()
if res:
self.locName, self.lat, self.lng = res
self.setText(toUnicode(self.locName))
def copy(self, item, label):
bound = label.get_property('selection-bound')
cursor = label.get_property('cursor-position')
start = min(bound, cursor)
end = max(bound, cursor)
self.clipboard.set_text(toStr(toUnicode(label.get_text())[start:end]))
def set_logo(self, logo):
self.logo = toUnicode(logo)
self.setWindowIcon(qt.QIcon(logo))
