def handleMenuItem_(self, ns_item):
'''ObjC callback to handle and dispatch C{NSMenuItem}
clicks and shortcuts.
All clicks and shortcuts are dispatched to the I{action}
method of this I{NSDelegate}'s L{App} instance.
Unhandled clicks, shortcuts and dispatch errors are
silently ignored, unless L{App} C{raiser} keyword
argument was C{True}.
'''
item = ns2Item(ns_item)
act = item._action
for t, i in ((self.app, item), (self, ns_item)):
m = getattr(t, act, None)
if m and callable(m):
try:
m(i)
break
except Exception:
if _Globals.raiser:
printf('%s(%r): %r method %s ...',
_handleMenuItem_name, i, t, act)
raise
else:
if _Globals.raiser:
raise RuntimeError('%s(%r): %s' % ('unhandled', item, act))
def callMenuItem_(self, ns_item):
'''ObjC callback to directly call the action for C{NSMenuItem}
clicks and shortcuts.
Unhandled clicks, shortcuts and dispatch errors are
silently ignored, unless L{App} C{raiser} keyword
argument was C{True}.
'''
item = ns2Item(ns_item)
act = item._action
try:
act(item)
except Exception:
if _Globals.raiser:
printf('%s(%r): callable %r ...', _callMenuItem_name, item,
act)
raise
x += 1
self._screens = d
self._len = x
return self._screens
Screens = Screens() # PYCHOK tuple-like, singleton
_Types.Screen = NSScreen._Type = Screen
if __name__ == '__main__':
from pycocoa.utils import _all_listing, printf
for s in tuple(Screens) + (Screens.Deepest, Screens.Main):
printf(str(s), nl=1)
for a in ('colorSpace', 'displayID', 'frame', 'named', 'pixels',
'ratio', 'resolutions', 'visibleFrame'):
printf(' %s: %r', a, getattr(s, a, None))
_all_listing(__all__, locals())
# % python3 -m pycocoa.screens
#
# pycocoa BuiltInScreen(NSScreen, name='BuiltIn')
# pycocoa colorSpace: 'NSCalibratedRGBColorSpace'
# pycocoa displayID: 1
# pycocoa frame: Rect(origin=Point(x=0.0, y=0.0), size=Size(width=1440.0, height=900.0)) at 0x101332a90
# pycocoa named: 'Built-in Retina Display'
# pycocoa pixels: Size(width=2560.0, height=1600.0) at 0x101332dc0
# pycocoa ratio: (8, 5)
# End of list
# kPMLastErrorCodeToMakeMaintenanceOfThisListEasier = -9799
_Types.Paper = Paper
_Types.PaperCustom = PaperCustom
_Types.PaperMargins = PaperMargins
_Types.Printer = Printer
if __name__ == '__main__':
from pycocoa.utils import _all_listing, _Globals, printf
_Globals.argv0 = _NN_
for i, p in enumerate(get_printers()):
printf('%2s %s: ID %r, makemodel %r, URI %r', i + 1, p, p.ID,
p.makemodel, p.deviceURI)
d = get_printer()
if d:
printf('default (%s) printer: %s...', d.isDefault, d, nl=1)
for a in ('name', 'ID', 'makemodel', 'isColor', 'location',
'psCapable', 'psLevel', 'isRemote', 'deviceURI',
'deviceDescription', 'description', 'PPD', 'resolution'):
printf(' %s: %r', _DOT_(d, a), getattr(d, a))
printf(_NN_)
for i, p in enumerate(get_papers(d)):
t = tuple(map(zfstr, (p.width, p.height) + p.size2inch))
printf('%2s %s: ID %r, %sx%s (%sX%s)', i + 1, p, p.ID, *t)
p = Paper('A4')
if __name__ == '__main__':
from pycocoa.utils import _all_exports, _all_listing, \
bytes2repr, _Globals, printf
_all_exports(locals(), 'PyObjectEncoding', 'TypeCodeError', 'c_void',
starts=('CG', 'CF', 'NS', 'ObjC', 'is', 'split_'),
ends='_t')
_Globals.argv0 = ''
def _c(ctype):
return 'c_void' if ctype is c_void else ctype.__name__
printf('%s ...', 'ctype2encoding', nl=1)
i = 0
for c, e in sorted((_c(c), e) for c, e in _ctype2encoding.items()):
i += 1
printf('%4s: %-9s -> %s', i, c, bytes2repr(e))
printf('%s ...', 'encoding2ctype', nl=1)
e = _encoding2ctype.copy()
e.update(_emcoding2ctype)
i = 0
for e, c in sorted(e.items()):
i += 1
printf('%4s: %-5s -> %s', i, bytes2repr(e), _c(c))
printf('%s ...', 'checking NS...Encoding', nl=1)
for t, e in ((NSPoint_t, NSPointEncoding),