def main():
proto = Proto()
proto.load_xml("xproto")
core = Core(Connection(proto))
core.init_keymap()
ksyms = Keysyms()
ksyms.load_default()
if options.action == "keysyms":
list_keysyms(options, xcore=core, keysyms=ksyms)
def testPicture(self, conn):
from tilenol.xcb.core import Core, Rectangle
core = Core(conn)
img = cairo.ImageSurface(cairo.FORMAT_ARGB32, 128, 128)
ctx = cairo.Context(img)
ctx.set_source_rgb(1, 0, 0)
ctx.move_to(64, 0)
ctx.line_to(128, 128)
ctx.line_to(0, 128)
ctx.fill()
conn.connection()
win = core.create_toplevel(
bounds=Rectangle(10, 10, 100, 100),
border=1,
klass=core.WindowClass.InputOutput,
params={
core.CW.BackPixel:
conn.init_data['roots'][0]['white_pixel'],
core.CW.EventMask:
core.EventMask.Exposure | core.EventMask.KeyPress,
})
core.raw.MapWindow(window=win)
for ev in conn.get_events():
if ev.__class__.__name__ == 'ExposeEvent' and ev.window == win:
break
gc = conn.new_xid()
core.raw.CreateGC(
cid=gc,
drawable=conn.init_data['roots'][0]['root'],
params={},
)
assert len(bytes(img)) == 128 * 128 * 4, len(bytes(img))
core.raw.PutImage(
format=core.ImageFormat.ZPixmap,
drawable=win,
gc=gc,
width=128,
height=128,
dst_x=0,
dst_y=0,
left_pad=0,
depth=24,
data=bytes(img),
)
core.raw.GetAtomName(atom=1) # ensures putimage error will be printed
def testPicture(self, conn):
from tilenol.xcb.core import Core, Rectangle
core = Core(conn)
img = cairo.ImageSurface(cairo.FORMAT_ARGB32, 128, 128)
ctx = cairo.Context(img)
ctx.set_source_rgb(1, 0, 0)
ctx.move_to(64, 0)
ctx.line_to(128, 128)
ctx.line_to(0, 128)
ctx.fill()
conn.connection()
win = core.create_toplevel(
bounds=Rectangle(10, 10, 100, 100),
border=1,
klass=core.WindowClass.InputOutput,
params={
core.CW.BackPixel: conn.init_data['roots'][0]['white_pixel'],
core.CW.EventMask:
core.EventMask.Exposure | core.EventMask.KeyPress,
})
core.raw.MapWindow(window=win)
for ev in conn.get_events():
if ev.__class__.__name__ == 'ExposeEvent' and ev.window == win:
break
gc = conn.new_xid()
core.raw.CreateGC(
cid=gc,
drawable=conn.init_data['roots'][0]['root'],
params={},
)
assert len(bytes(img)) == 128*128*4, len(bytes(img))
core.raw.PutImage(
format=core.ImageFormat.ZPixmap,
drawable=win,
gc=gc,
width=128,
height=128,
dst_x=0,
dst_y=0,
left_pad=0,
depth=24,
data=bytes(img),
)
core.raw.GetAtomName(atom=1) # ensures putimage error will be printed
def testWin(self, conn):
from tilenol.xcb.core import Core, Rectangle
core = Core(conn)
conn.connection()
win = core.create_toplevel(
bounds=Rectangle(10, 10, 100, 100),
border=1,
klass=core.WindowClass.InputOutput,
params={
core.CW.BackPixel: conn.init_data['roots'][0]['white_pixel'],
core.CW.EventMask:
core.EventMask.Exposure | core.EventMask.KeyPress,
})
core.raw.MapWindow(window=win)
for ev in conn.get_events():
if ev.__class__.__name__ == 'ExposeEvent' and ev.window == win:
break
attr = core.raw.GetWindowAttributes(window=win)
self.assertTrue(attr['map_state'])
def testAtoms(self, conn):
from tilenol.xcb.core import Core
core = Core(conn)
self.assertEqual(core.atom.WM_CLASS, 67)
self.assertEqual(core.atom.WM_CLASS.name, 'WM_CLASS')
self.assertEqual(repr(core.atom.WM_CLASS), '<Atom WM_CLASS:67>')
a1 = conn.do_request(conn.proto.requests['InternAtom'],
only_if_exists=False, name="_ZXCB")['atom']
self.assertTrue(a1 > 200)
self.assertEquals(core.atom._ZXCB, a1)
def testWin(self, conn):
from tilenol.xcb.core import Core, Rectangle
core = Core(conn)
conn.connection()
win = core.create_toplevel(
bounds=Rectangle(10, 10, 100, 100),
border=1,
klass=core.WindowClass.InputOutput,
params={
core.CW.BackPixel: conn.init_data["roots"][0]["white_pixel"],
core.CW.EventMask: core.EventMask.Exposure | core.EventMask.KeyPress,
},
)
core.raw.MapWindow(window=win)
for ev in conn.get_events():
if ev.__class__.__name__ == "ExposeEvent" and ev.window == win:
break
attr = core.raw.GetWindowAttributes(window=win)
self.assertTrue(attr["map_state"])
def main():
nonlocal retcode
proto = Proto()
proto.load_xml('xproto')
proto.load_xml('randr')
proto.load_xml('xinerama')
core = Core(Connection(proto))
core.randr._proto.requests['GetScreenInfo'].reply.items['rates'].code \
= compile('0', 'XPROTO', 'eval')
if options.disable is not None:
disable_output(core, options.disable)
elif options.action == 'help':
val = core.randr._proto.requests['SetCrtcConfig'].read_from(
b"\226\25\10\0"
b"@\0\0\0" #crtc
b"\0\0\0\0" # timestamp
b"mi&\6" #cfg timestamp
b"\200\7" # x
b"\0\0" # y
b"\270\0\0\0" # mode
b"\1\0" # rotation
b"\0\0" # padding
b"D\0\0\0" # output
,
4)
print_help(ap)
elif options.action == 'all':
print_screen(core)
print_screen_size_range(core)
print_crtc(core)
print_output(core)
print_xinerama(core)
elif options.action == 'screen':
print_screen(core)
elif options.action == 'screen_size_range':
print_screen_size_range(core)
elif options.action == 'crtc':
print_crtc(core)
elif options.action == 'crtc_extra':
print_crtc_extra(core)
elif options.action == 'output':
print_output(core)
elif options.action == 'output_properties':
print_output_properties(core)
elif options.action == 'xinerama':
print_xinerama(core)
elif options.action == 'providers':
print_providers(core)
elif options.action == 'autoconfig':
configure_outputs(core, options.ppm)
elif options.action == 'check':
retcode = check_screens(core)
def testRaw(self, conn):
from tilenol.xcb.core import Core
core = Core(conn)
a2 = core.raw.InternAtom(only_if_exists=True, name="WM_CLASS")['atom']
self.assertEqual(a2, 67)
def testAtoms(self, conn):
from tilenol.xcb.core import Core
core = Core(conn)
self.assertEqual(core.EventMask.Exposure, 32768)
self.assertEqual(core.CW.BackPixel, 2)
self.assertEqual(repr(core.CW.BackPixel), '<Const BackPixel:2>')