# ObjCClass.get_instance_method = ObjCClass.get_method # PYCHOK expected
# parse_type_encoding = split_encoding # PYCHOK expected
# set_instance_variable = set_ivar # PYCHOK expected
# unichar = unichar_t # PYCHOK expected
# UniChar = UniChar_t # PYCHOK expected
# if needed, previous NS...WindowMask names, deprecated ones are marked with D?
# NSBorderlessWindowMask = NSWindowStyleMaskBorderless # PYCHOK D?
# NSClosableWindowMask = NSWindowStyleMaskClosable # PYCHOK expected
# NSFullScreenWindowMask = NSWindowStyleMaskFullScreen # PYCHOK D?
# NSFullSizeContentViewWindowMask = NSWindowStyleMaskFullSizeContentView # PYCHOK D?
# NSHUDWindowMask? = NSWindowStyleMaskHUDWindow # PYCHOK D?
# NSMiniaturizableWindowMask = NSWindowStyleMaskMiniaturizable # PYCHOK expected
# NSMiniWindowMask = NSWindowStyleMaskNonactivatingPanel # PYCHOK D?
# NSResizableWindowMask = NSWindowStyleMaskResizable # PYCHOK expected
# NSTexturedBackgroundWindowMask = NSWindowStyleMaskTexturedBackground # PYCHOK D?
# NSTitledWindowMask = NSWindowStyleMaskTitled # PYCHOK D?
# NSUtilityWindowMask = NSWindowStyleMaskUtilityWindow # PYCHOK D?
# NSUnifiedTitleAndToolbarWindowMask = NSWindowStyleMaskUnifiedTitleAndToolbar # PYCHOK D?
# NSUnscaledWindowMask = NSWindowStyleMaskUnscaled # PYCHOK D? XXX
# filter locals() for .__init__.py
from pycocoa.utils import _all_exports # PYCHOK expected
__all__ = _all_exports(locals(), not_starts=('_', 'CFUNCTION', 'c_', 'kC'))
def _locals():
'''(INTERNAL) For C{pycocoa.__main__.py} only'
'''
return globals()
else:
# printf('ns2Type(%r) -> %s', ns.objc_class, type(ns2py(ns)))
_Type = ns2py
# save the Python Type or ns2py convertor at the NS/Class
# to expedite future conversions of such class instances
ns.objc_class._Type = _Type
return _Type(ns)
if __name__ == '__main__':
from pycocoa.utils import _all_exports, _all_listing
_all_exports(locals(), 'at', 'isAlias', 'isLink', 'isNone',
starts=('NS', 'ns'),
ends='2NS')
_all_listing(__all__, locals())
_ = '''% python3 -m pycocoa.nstypes
nstypes.__all__ = tuple(
nstypes.at is <class .at>,
nstypes.isAlias is <function .isAlias at 0x10dd08560>,
nstypes.isLink is <function .isLink at 0x10dd0e5f0>,
nstypes.isNone is <function .isNone at 0x10dd0e680>,
nstypes.ns2py is <function .ns2py at 0x10dd0f320>,
nstypes.ns2Type is <function .ns2Type at 0x10dd0f3b0>,
nstypes.NSAlert is <ObjCClass(NSAlert of 0x7fff9183b4a0) at 0x10d993b10>,
nstypes.NSApplication is <ObjCClass(NSApplication of 0x7fff9183b5e0) at 0x10dc57d10>,
nstypes.NSArray is <ObjCClass(NSArray of 0x7fff91ed5278) at 0x10d99e4d0>,
'''Return font traits as names.
@param traits: Traits (C{FontTrait}C{s mask}).
@return: Tuple of trait names (C{str}s).
'''
return tuple(n for n, m in sorted(FontTrait.items()) if traits & m)
NSFont._Type = _Types.Font = Font
if __name__ == '__main__':
from pycocoa.utils import _all_exports, _all_listing
_all_exports(locals(), starts=('Font', 'font'))
_all_listing(__all__, locals())
_ = '''% python3 -m pycocoa.fonts
fonts.__all__ = tuple(
fonts.Font is <class .Font>,
fonts.FontError is <class .FontError>,
fonts.fontfamilies is <function .fontfamilies at 0x10259b150>,
fonts.fontnamesof is <function .fontnamesof at 0x102e97350>,
fonts.Fonts.App=Font(name='Helvetica', family='Helvetica', size=12, weight=5),
.Bold=Font(name='.AppleSystemUIFontBold', family='.AppleSystemUIFont', size=13, traits='Bold', weight=9),
.BoldItalic=Font(name='.AppleSystemUIFontEmphasizedItalic', family='.AppleSystemUIFont', size=13, traits='Bold Italic', weight=9),
.Italic=Font(name='.AppleSystemUIFontItalic', family='.AppleSystemUIFont', size=13, traits='Italic', weight=5),
.Label=Font(name='.AppleSystemUIFont', family='.AppleSystemUIFont', size=10, weight=5),
.Menu=Font(name='.AppleSystemUIFont', family='.AppleSystemUIFont', size=13, weight=5),
'''Get the name of the ObjC super-class of an object.
@param objc: The object (C{Object} or L{Id_t}).
@return: The object'ssuper-class name (C{str}).
@raise ValueError: Invalid I{objc}, iff no I{dflt} provided.
'''
return get_classname(get_superclassof(objc), dflt=dflt)
if __name__ == '__main__':
from pycocoa.utils import _all_exports, _all_listing
_all_exports(locals(), starts='get_')
_all_listing(__all__, locals())
_ = '''% python3 -m pycocoa.getters
getters.__all__ = tuple(
getters.get_c_func_t is <function .get_c_func_t at 0x109165b00>,
getters.get_class is <function .get_class at 0x109161dd0>,
getters.get_classes is <function .get_classes at 0x1093a4680>,
getters.get_classname is <function .get_classname at 0x1093a4710>,
getters.get_classnameof is <function .get_classnameof at 0x1093a47a0>,
getters.get_classof is <function .get_classof at 0x1093a4830>,
getters.get_inheritance is <function .get_inheritance at 0x1093a49e0>,
getters.get_ivar is <function .get_ivar at 0x1093a48c0>,
getters.get_ivars is <function .get_ivars at 0x1093a4950>,
getters.get_metaclass is <function .get_metaclass at 0x1093a4a70>,
raise RuntimeError('%s %s %r vs %s' % (ns, '.uniqueID', u, t))
_Types.Window = NSWindow._Type = Window
_Types.MediaWindow = MediaWindow
_Types.TextWindow = TextWindow
if __name__ == '__main__':
from pycocoa.utils import _all_exports, _all_listing
_all_exports(locals(),
'BezelStyle',
'Border',
'MediaWindow',
'NSWindowDelegate',
'Screen',
'TextWindow',
starts=('AutoResize', 'autoResizes', 'ns', 'Window',
'window'))
_all_listing(__all__, locals())
_ = '''% python3 -m pycocoa.windows
windows.__all__ = tuple(
windows.AutoResize.HeightSizable=1<<4,
.MaxXMargin=1<<2,
.MaxYMargin=1<<5,
.MinXMargin=1,
.MinYMargin=1<<3,
.NotSizable=0,
# kPMReadGotZeroData = -9788, # read got zero bytes, but no error
# 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_exports
_all_exports(locals(),
'get_libPC',
'get_resolutions',
'libPC',
'Printer',
starts=('Paper', 'get_p'))
for i, p in enumerate(get_printers()):
print('%2s %s: ID %r, makemodel %r, URI %r' %
(i + 1, p, p.ID, p.makemodel, p.deviceURI))
d = get_printer()
if d:
print('\ndefault (%s) printer: %s...' % (d.isDefault, d))
for a in ('name', 'ID', 'makemodel', 'isColor', 'location',
'psCapable', 'psLevel', 'isRemote', 'deviceURI',
'deviceDescription', 'description', 'PPD', 'resolution'):
print(' %s.%s: %r' % (d, a, getattr(d, a)))
@raise TypeError: Unhandled, unexpected C{Type}.
@see: Function L{py2NS}.
'''
try:
return py.NS
except AttributeError:
return py2NS(py)
if __name__ == '__main__':
from pycocoa.utils import _all_exports, _all_listing
_all_exports(locals(), ends='2NS')
_all_listing(__all__, locals())
# MIT License <https://OpenSource.org/licenses/MIT>
#
# Copyright (C) 2017-2020 -- mrJean1 at Gmail -- All Rights Reserved.
#
# Permission is hereby granted, free of charge, to any person obtaining
# a copy of this software and associated documentation files (the "Software"),
# to deal in the Software without restriction, including without limitation
# the rights to use, copy, modify, merge, publish, distribute, sublicense,
# and/or sell copies of the Software, and to permit persons to whom the
# Software is furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
if opened:
raise TypeCodeError('encoding %s: %r' % ('unbalanced', bytes2str(encoding)))
if code: # final type code
codes.append(_join(code))
return codes
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()