Viewing file:  xf86config.py (9.27 KB) -rw-r--r--
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import ixf86config
import exceptions
def readConfigFile(*args):
return apply(ixf86config.readConfigFile, args)
def addComment(*args):
return apply(ixf86config.addComment, args)
def XF86SupportedDepths():
return (8, 16, 24)
# return (8, 15, 16, 24)
def XF86SupportedResolutions():
return [ "640x480", "800x480", "800x600", "1024x600", "1024x768",
"1152x768", "1152x864", "1280x800", "1280x960",
"1280x1024", "1400x1050", "1440x900", "1600x1200",
"1680x1050", "1900x1200", "1920x1200", "1920x1440", "2048x1536"]
def XF86Option(name = None, val = None):
o = ixf86config.XF86Option()
o.name = name
o.val = val
return o
def XF86ConfFiles():
return ixf86config.XF86ConfFiles()
def XF86ConfModule():
return ixf86config.XF86ConfModule()
def XF86ConfLoad(name = None):
l = ixf86config.XF86ConfLoad()
l.name = name
return l
def XF86ConfFlags():
return ixf86config.XF86ConfFlags()
def XF86ConfVideoPort():
return ixf86config.XF86ConfVideoPort()
def XF86ConfVideoAdaptor():
return ixf86config.XF86ConfVideoAdaptor()
def XF86ConfModeLine():
return ixf86config.XF86ConfModeLine()
def XF86ConfModes():
return ixf86config.XF86ConfModes()
def XF86ConfModesLink():
return ixf86config.XF86ConfModesLink()
def XF86ConfMonitor():
return ixf86config.XF86ConfMonitor()
def XF86ConfInput():
return ixf86config.XF86ConfInput()
def XF86ConfDevice():
dev = ixf86config.XF86ConfDevice()
dev.chipid = -1
dev.chiprev = -1
dev.irq = -1
return dev
def XF86ConfAdaptorLink():
return ixf86config.XF86ConfAdaptorLink()
def XF86Mode(name):
mode = ixf86config.XF86Mode()
if name != None:
mode.name = name
return mode
def XF86ConfDisplay():
display = ixf86config.XF86ConfDisplay()
#unset the white and black fields by default
display.white = (-1,-1,-1)
display.black = (-1,-1,-1)
return display
def XF86ConfScreen():
return ixf86config.XF86ConfScreen()
def XF86ConfAdjacency():
return ixf86config.XF86ConfAdjacency()
def XF86ConfInactive():
return ixf86config.XF86ConfInactive()
def XF86ConfInputref(device = None, option = None):
ref = ixf86config.XF86ConfInputref()
if device != None:
ref.inputdev = device
if option != None:
ref.options.insert(XF86Option (option))
return ref
def XF86ConfLayout():
return ixf86config.XF86ConfLayout()
def XF86ConfBuffers():
return ixf86config.XF86ConfBuffers()
def XF86ConfDRI():
return ixf86config.XF86ConfDRI()
def XF86ConfVendSub():
return ixf86config.XF86ConfVendSub()
def XF86ConfVendor():
return ixf86config.XF86ConfVendor()
def XF86Config():
return ixf86config.XF86Config()
class XF86SectionMissing(exceptions.Exception):
def __init__(self,msg):
self.msg = msg
def lookupDevice(xconfig, device_id):
for d in xconfig.device:
if (d.identifier == device_id):
return d
raise XF86SectionMissing("No device found with the identifier" + device_id)
def lookupMonitor(xconfig, monitor_id):
for m in xconfig.monitor:
if m.identifier == monitor_id:
return m
raise XF86SectionMissing("No monitor found with the identifier" + monitor_id)
def lookupScreen(xconfig, screen_id):
for s in xconfig.screen:
if (s.identifier == screen_id):
return s
raise XF86SectionMissing("No screen found with the identifier" + screen_id)
def lookupInputDevice(xconfig, input_id):
for i in xconfig.input:
if (i.identifier == input_id):
return i
raise XF86SectionMissing("No input device found with the identifier" + input_id)
def getCorePointer(xconfig):
for i in xconfig.layout[0].inputs:
for o in i.options:
if o.name == "CorePointer":
return lookupInputDevice(xconfig, i.inputdev)
raise XF86SectionMissing("No CorePointer InputDevice found in the layout")
def getCoreKeyboard(xconfig):
for i in xconfig.layout[0].inputs:
for o in i.options:
if o.name == "CoreKeyboard":
return lookupInputDevice(xconfig, i.inputdev)
raise XF86SectionMissing("No CoreKeyboard InputDevice found in the layout")
def getPrimaryScreen(xconfig):
try:
screen_id = xconfig.layout[0].adjacencies[0].screen
except IndexError, e:
raise XF86SectionMissing("No primary Screen found in the layout")
return lookupScreen(xconfig, screen_id)
def getAllScreens(xconfig):
screen_list = []
try:
for i in xconfig.layout[0].adjacencies:
screen_list.append(lookupScreen(xconfig, i.screen))
except IndexError, e:
raise XF86SectionMissing("No screens found in the layout")
return screen_list
def createTemplate():
def setupFiles(files):
files.comment = \
"# RgbPath is the location of the RGB database. Note, this is the name of the \n" + \
"# file minus the extension (like \".txt\" or \".db\"). There is normally\n" + \
"# no need to change the default.\n\n" + \
"# Multiple FontPath entries are allowed (they are concatenated together)\n" + \
"# By default, Red Hat 6.0 and later now use a font server independent of\n" + \
"# the X server to render fonts.\n\n"
files.rgbpath = "/usr/X11R6/lib/X11/rgb"
files.fontpath = "unix/:7100"
def setupLayout(layout):
layout.identifier = "Default Layout"
layout.adjacencies.insert(XF86ConfAdjacency())
layout.adjacencies[0].screen = "Screen0"
layout.inputs.insert (XF86ConfInputref ("Mouse0", "CorePointer"))
layout.inputs.insert (XF86ConfInputref ("Keyboard0", "CoreKeyboard"))
def setupModules(modules):
modules.load.insert (XF86ConfLoad ("dbe"))
modules.load.insert (XF86ConfLoad ("extmod"))
modules.load.insert (XF86ConfLoad ("fbdevhw"))
modules.load.insert (XF86ConfLoad ("glx"))
modules.load.insert (XF86ConfLoad ("record"))
modules.load.insert (XF86ConfLoad ("freetype"))
modules.load.insert (XF86ConfLoad ("type1"))
def setupKeyboard(keyboard):
keyboard.comment = \
"""# Specify which keyboard LEDs can be user-controlled (eg, with xset(1))
# Option "Xleds" "1 2 3"
# To disable the XKEYBOARD extension, uncomment XkbDisable.
# Option "XkbDisable"
# To customise the XKB settings to suit your keyboard, modify the
# lines below (which are the defaults). For example, for a non-U.S.
# keyboard, you will probably want to use:
# Option "XkbModel" "pc102"
# If you have a US Microsoft Natural keyboard, you can use:
# Option "XkbModel" "microsoft"
#
# Then to change the language, change the Layout setting.
# For example, a german layout can be obtained with:
# Option "XkbLayout" "de"
# or:
# Option "XkbLayout" "de"
# Option "XkbVariant" "nodeadkeys"
#
# If you'd like to switch the positions of your capslock and
# control keys, use:
# Option "XkbOptions" "ctrl:swapcaps"
# Or if you just want both to be control, use:
# Option "XkbOptions" "ctrl:nocaps"
#
"""
keyboard.identifier = "Keyboard0"
keyboard.driver = "kbd"
# keyboard.options.insert (XF86Option("XkbRules", "xorg"))
keyboard.options.insert (XF86Option("XkbModel", "pc101"))
keyboard.options.insert (XF86Option("XkbLayout", "us"))
def setupMouse(mouse):
mouse.identifier = "Mouse0"
mouse.driver = "mouse"
mouse.options.insert (XF86Option("Protocol", "IMPS/2"))
mouse.options.insert (XF86Option("Device", "/dev/input/mice"))
mouse.options.insert (XF86Option("ZAxisMapping", "4 5"))
mouse.options.insert (XF86Option("Emulate3Buttons", "no"))
def setupMonitor(monitor):
monitor.identifier = "Monitor0"
monitor.vendor = "Monitor Vendor"
monitor.modelname = "Monitor Model"
#Generic Extended Super VGA, 800x600 @ 60 Hz, 640x480 @ 72 Hz; 0; 31.5-37.9; 50-70
monitor.n_hsync = 1
monitor.hsync[0] = (31.5, 37.9)
monitor.n_vrefresh = 1
monitor.vrefresh[0] = (50.0, 70.0)
monitor.options.insert (XF86Option("dpms"))
def setupVideocard(device):
device.identifier = "Videocard0"
device.vendor = "Videocard vendor"
device.board = "Videocard"
device.driver = "svga"
def setupScreen(screen):
screen.identifier = "Screen0"
screen.device = "Videocard0"
screen.monitor = "Monitor0"
screen.defaultdepth = 16
xconfig = XF86Config()
xconfig.comment = "# XFree86 4 configuration created by pyxf86config\n"
xconfig.files = XF86ConfFiles()
setupFiles (xconfig.files)
xconfig.layout.insert(XF86ConfLayout())
setupLayout(xconfig.layout[0])
xconfig.modules = XF86ConfModule()
setupModules(xconfig.modules)
keyboard = XF86ConfInput()
xconfig.input.insert(keyboard)
setupKeyboard(keyboard)
mouse = XF86ConfInput()
xconfig.input.insert(mouse)
setupMouse(mouse)
monitor = XF86ConfMonitor()
xconfig.monitor.insert(monitor)
setupMonitor(monitor)
device = XF86ConfDevice()
xconfig.device.insert(device)
setupVideocard(device)
screen = XF86ConfScreen()
xconfig.screen.insert(screen)
setupScreen(screen)
dri = XF86ConfDRI()
xconfig.dri = dri
dri.mode = 0666
return xconfig
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