path: root/xf86config.py

import sys
if __name__ == "__main__":
    sys.path.append ('kudzu')
    sys.path.append ('isys')
import string
import iutil
import kudzu
import isys
import time
import os
from kbd import Keyboard

def _(x):
    return x

class XF86Config:
    def __init__ (self, mouse = None):
	self.setMouse(mouse)
        self.server = None
        self.vidCards = []
        self.cardMan = None
        self.vidRam = None
        self.monEisa = None
        self.monName = None
        self.monHoriz = ""
        self.monVert = ""
	self.monSect = None
        self.monID = "Generic Monitor"
        self.devID = None
        self.probed = 0
        self.skip = 0
	self.primary = 0
        self.modes = { "8" :  ["640x480"] }
	self.device = None
        self.keyRules = "xfree86"
        self.keyModel = "pc101"
        self.keyLayout = "us"
	kbd = Keyboard()
	if kbd.type == 'Sun':
	    self.keyRules = "sun"
	    self.keyModel = kbd.model
	    self.keyLayout = kbd.layout
        self.keyVariant = ""
        self.keyOptions = ""
        
    def setKeyboard (self, rules, model, layout, variant, options):
        self.keyRules = rules
        self.keyModel = model
        self.keyLayout = layout
        self.keyVariant = variant
        self.keyOptions = options

    def setMouse(self, mouse):
        if mouse:
            (mouseProtocol, mouseEmulate, mouseDev) = mouse
            self.mouse = { "mouseDev" : "/dev/" + mouseDev,
                           "mouseProto" : mouseProtocol }
        else:
            self.mouse = { "mouseDev" : "/dev/mouse",
                           "mouseProto" : "PS/2" }

    def areaCompare (self, first, second):
        (sx1, sy1) = string.split (first, 'x')
        (sx2, sy2) = string.split (second, 'x')

        x1 = string.atoi (sx1)
        y1 = string.atoi (sy1)
        x2 = string.atoi (sx2)
        y2 = string.atoi (sy2)

        if ((x1 * y1) > (x2 * y2)):
            return -1
        elif ((x1 * y1) < (x2 * y2)):
            return 1
        return 0
        
    def filterModesByMemory (self):
        if not self.vidRam:
            return
        if string.atoi(self.vidRam) >= 4096:
            self.modes["8"] = ["640x480", "800x600", "1024x768", "1152x864", "1280x1024", "1600x1200"]
            self.modes["16"] = ["640x480", "800x600", "1024x768", "1152x864", "1280x1024", "1600x1200"]
            self.modes["32"] = ["640x480", "800x600", "1024x768", "1152x864"]
        elif string.atoi(self.vidRam) >= 2048:
            self.modes["8"] = ["640x480", "800x600", "1024x768", "1152x864", "1280x1024"]
            self.modes["16"] = ["640x480", "800x600", "1024x768", "1152x864"]
            self.modes["32"] = ["640x480", "800x600"]
        elif string.atoi(self.vidRam) >= 1024:
            self.modes["8"] = ["640x480", "800x600", "1024x768", "1152x864"]
            self.modes["16"] = ["640x480", "800x600"]
            self.modes["32"] = ["640x480"]
        elif string.atoi(self.vidRam) >= 512:
            self.modes["8"] = ["640x480", "800x600"]
            self.modes["16"] = ["640x480"]
            self.modes["32"] = []
        elif string.atoi(self.vidRam) >= 256:
            self.modes["8"] = ["640x480"]

    def cards (self, thecard = None):
        cards = {}
        db = open ('/usr/X11R6/lib/X11/Cards')
        lines = db.readlines ()
        db.close ()
        card = {}
        name = None
        for line in lines:
            line = string.strip (line)
            if not line and name:
                cards[name] = card
                card = {}
                name = None
                continue
            
            if line and line[0] == '#':
                continue
            
            if len (line) > 4 and line[0:4] == 'NAME':
                name = line[5:]
                
            info = string.splitfields (line, ' ')
            if card.has_key (info[0]):
                card[info[0]] = card[info[0]] + '\n' + (string.joinfields (info[1:], ' '))
            else:
                card[info[0]] = string.joinfields (info[1:], ' ')

        if thecard:
            card = cards[thecard]
            # XXX set a max depth here to avoid infinite loops
            while card.has_key ("SEE"):
                card = cards[card["SEE"]]
            return card
        return cards

    def monitors (self, lines = None):
        monitors = {}
        if not lines:
            db = open ('/usr/X11R6/share/Xconfigurator/MonitorsDB')
            lines = db.readlines ()
            db.close ()
        found = 0
        for line in lines:
            line = string.strip (line)
            if not line:
                continue
            if line and line[0] == '#':
                continue
            fields = string.split (line, ';')
            man = string.strip(fields[0])
            model = string.strip(fields[1])
            eisa = string.strip(fields[2])
            vert = string.strip(fields[3])
            horiz = string.strip(fields[4])
            if monitors.has_key(man):
                monitors[man].append((model, eisa, vert, horiz))
            else:
                monitors[man] = [(model, eisa, vert, horiz)]
        return monitors

    def setMonitor (self, (monitor, (hrange, vrange))):
        self.monName = monitor
        self.monID = monitor
        self.monHoriz = hrange
        self.monVert = vrange
        
    def setVidcard (self, card):
        self.vidCards.append (card)

        if self.vidCards:
            self.devID = self.vidCards[self.primary]["NAME"]
            self.server = self.vidCards[self.primary]["SERVER"]

    def probe (self, probeMonitor = 1):
        if self.probed:
            return
        self.probed = 1
	self.device = None
	self.primary = 0
        # PCI probe for video cards
        sections = {}

        cards = kudzu.probe (kudzu.CLASS_VIDEO,
                             kudzu.BUS_UNSPEC,
                             kudzu.PROBE_ALL);
        
        for card in cards:
            section = ""
            (device, server, descr) = card
	    if device and not self.device:
		self.device = device
		self.primary = len(self.vidCards)
            if len (server) > 5 and server[0:5] == "Card:":
                self.vidCards.append (self.cards (server[5:]))
            if len (server) > 7 and server[0:7] == "Server:":
                info = { "NAME" : string.split (descr, '|')[1],
                         "SERVER" : server[7:] }
                self.vidCards.append (info)

        if self.vidCards:
            self.devID = self.vidCards[self.primary]["NAME"]
            self.server = self.vidCards[self.primary]["SERVER"]

        # VESA probe for monitor/videoram, etc.
        if probeMonitor:
	    try:
		probe = string.split (iutil.execWithCapture ("/usr/sbin/ddcprobe", ['ddcprobe']), '\n')
		for line in probe:
		    if line and line[:9] == "OEM Name:":
			self.cardMan = string.strip (line[10:])

		    if line and line[:16] == "Memory installed":
			memory = string.split (line, '=')
			self.vidRam = string.strip (memory[2][:-2])

		    if line and line[:8] == "EISA ID:":
			self.monEisa = line[9:]
			self.monID = line[9:]

		    if line and line[:6] == "\tName:":
			if not self.monName or len (self.monName) < len (line[7:]):
			    self.monName = line[7:]

		    if line and line[:15] == "\tTiming ranges:":
			ranges = string.split (line, ',')
			self.monHoriz = string.strip (string.split (ranges[0], '=')[1])
			self.monVert = string.strip (string.split (ranges[1], '=')[1])

		    if self.vidCards and self.cardMan:
			self.vidCards[self.primary]["VENDOR"] = self.cardMan
	    except:
		pass
	    if not self.vidRam and self.device:
		if self.server and self.server[0:3] == 'Sun':
		    # fbconProbe gives bogus video RAM reports on SBUS and UPA servers
		    return
		try:
		    (vidram, depth, mode, monitor) = isys.fbconProbe("/dev/" + self.device)
		    self.vidRam = "%d" % vidram
		    if depth:
			self.modes = { "%d" % depth : [ mode ] }
			self.monSect = monitor
			self.bpp = "%d" % depth
		except:
		    pass

    def probeReport (self):
        probe = ""
        if self.vidCards:
            probe = probe + _("Video Card") + ": " + self.vidCards[self.primary]["NAME"] + "\n"
            if self.vidRam:
                probe = probe + "\t" + _("Video Ram") + ": " + self.vidRam + " kb\n"
        if self.server:
            probe = probe + "\t" + _("X server") + ": " + self.server + "\n"
        if not self.server:
            probe = probe + "\t" + _("Unable to detect video card")

        return probe
        # disable monitor report
        probe = probe + "\n"

        if self.monName:
            probe = probe + _("Monitor") + ": " + self.monName + "\n"
        elif self.monEisa:
            probe = probe + _("Monitor") + ": " + _("Plug and Play Monitor") + "\n"
        if self.monHoriz:
            probe = probe + "\t" + _("Horizontal frequency range") + ": " + self.monHoriz + " kHz\n"
        if self.monHoriz:
            probe = probe + "\t" + _("Vertical frequency range") + ": " + self.monVert + " Hz\n"

        return probe

    def write (self, path):
        config = open (path, 'w')
        config.write (self.preludeSection ())
        config.write (self.keyboardSection ())
	if not self.server or self.server[0:3] != 'Sun':
	    config.write (self.mouseSection ())
	    config.write (self.monitorSection ())
	    config.write (self.deviceSection ())
	    config.write (self.screenSection ())
        config.close ()

    def test (self):
        config = open ('/tmp/XF86Config.test', 'w')
        config.write (
"""
Section "Files"
    RgbPath	"/usr/X11R6/lib/X11/rgb"
    FontPath	"/usr/X11R6/lib/X11/fonts/misc/"
    FontPath	"/usr/X11R6/lib/X11/fonts/Type1/"
    FontPath	"/usr/X11R6/lib/X11/fonts/Speedo/"
    FontPath	"/usr/X11R6/lib/X11/fonts/75dpi/"
    FontPath	"/usr/X11R6/lib/X11/fonts/100dpi/"
EndSection

Section "ServerFlags"
EndSection
""")
        config.write (self.keyboardSection ())
        config.write (
"""
Section "Pointer"
    Protocol    "%(mouseProto)s"
    Device      "%(mouseDev)s"
    Emulate3Buttons
    Emulate3Timeout    50
EndSection
""" % self.mouse)
        config.write (self.monitorSection ())
        config.write (self.deviceSection ())
        config.write (self.screenSection ())
        config.close ()

        serverPath = "/usr/X11R6/bin/XF86_" + self.server

        server = os.fork()
        if (not server):
            os.execv(serverPath, ["XF86-test", ':9', '-xf86config', 
                                  '/tmp/XF86Config.test', 'vt6'])
            
        time.sleep (1)
##         pid, status = os.waitpid (server, os.WNOHANG)
##         if not pid:
##             raise RuntimeError, "X server failed to start"

        child = os.fork()
        if (not child):
            os.environ["DISPLAY"] = ":9"
            os.execv("/usr/X11R6/bin/Xtest", ["Xtest", "--nostart", "--norunlevel"])
        else:
            pid, status = os.waitpid(child, 0)
            os.kill (server, 15)
            os.waitpid(server, 0)
            if not os.WIFEXITED (status) or os.WEXITSTATUS (status):
                if os.WEXITSTATUS (status) not in [ 0, 1, 2 ]:
                    raise RuntimeError, "X test failed %d" % (status,)
            return

    def preludeSection (self):
        return """
# File generated by anaconda.

# **********************************************************************
# Refer to the XF86Config(4/5) man page for details about the format of 
# this file.
# **********************************************************************

# **********************************************************************
# Files section.  This allows default font and rgb paths to be set
# **********************************************************************

Section "Files"

# The location of the RGB database.  Note, this is the name of the
# file minus the extension (like ".txt" or ".db").  There is normally
# no need to change the default.

    RgbPath	"/usr/X11R6/lib/X11/rgb"

# Multiple FontPath entries are allowed (they are concatenated together)
# By default, Red Hat 6.0 and later now use a font server independent of
# the X server to render fonts.

    FontPath   "/usr/X11R6/lib/X11/fonts/TrueType"
    FontPath   "unix/:-1"

EndSection

# **********************************************************************
# Server flags section.
# **********************************************************************

Section "ServerFlags"
    # Uncomment this to cause a core dump at the spot where a signal is 
    # received.  This may leave the console in an unusable state, but may
    # provide a better stack trace in the core dump to aid in debugging

    # NoTrapSignals

    # Uncomment this to disable the <Crtl><Alt><BS> server abort sequence
    # This allows clients to receive this key event.

    # DontZap

    # Uncomment this to disable the <Crtl><Alt><KP_+>/<KP_-> mode switching
    # sequences.  This allows clients to receive these key events.

    # DontZoom
EndSection
"""

    def mouseSection (self):
        return """
# **********************************************************************
# Pointer section
# **********************************************************************

Section "Pointer"
    Protocol    "%(mouseProto)s"
    Device      "/dev/mouse"

# When using XQUEUE, comment out the above two lines, and uncomment
# the following line.
#    Protocol	"Xqueue"

# Baudrate and SampleRate are only for some Logitech mice
#    BaudRate	9600
#    SampleRate	150

# Emulate3Buttons is an option for 2-button Microsoft mice
# Emulate3Timeout is the timeout in milliseconds (default is 50ms)
    Emulate3Buttons
    Emulate3Timeout    50

# ChordMiddle is an option for some 3-button Logitech mice
#    ChordMiddle

EndSection
""" % self.mouse

    def keyboardSection (self):
	autorepeat = "AutoRepeat  500 5"
	if iutil.getArch() == "sparc":
	    autorepeat = "# AutoRepeat  200 20"
        string = """
# **********************************************************************
# Keyboard section
# **********************************************************************

Section "Keyboard"
    Protocol    "Standard"

    # when using XQUEUE, comment out the above line, and uncomment the
    # following line
    # Protocol   "Xqueue"

    %s

    # Let the server do the NumLock processing.  This should only be 
    # required when using pre-R6 clients
    # ServerNumLock

    # Specify which keyboard LEDs can be user-controlled (eg, with xset(1))
    # Xleds      1 2 3

    # To set the LeftAlt to Meta, RightAlt key to ModeShift, 
    # RightCtl key to Compose, and ScrollLock key to ModeLock:

    LeftAlt         Meta
    RightAlt        Meta
    ScrollLock      Compose
    RightCtl        Control

# To disable the XKEYBOARD extension, uncomment XkbDisable.
#    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:
#    XkbModel    "pc102"
# If you have a US Microsoft Natural keyboard, you can use:
#    XkbModel    "microsoft"
#
# Then to change the language, change the Layout setting.
# For example, a german layout can be obtained with:
#    XkbLayout   "de"
# or:
#    XkbLayout   "de"
#    XkbVariant  "nodeadkeys"
#
# If you'd like to switch the positions of your capslock and
# control keys, use:
#    XkbOptions  "ctrl:nocaps"
""" % autorepeat
        for (tag, value) in (("XkbRules", self.keyRules),
                             ("XkbModel", self.keyModel),
                             ("XkbLayout", self.keyLayout),
                             ("XkbVariant", self.keyVariant),
                             ("XkbOptions", self.keyOptions)):
            if value:
                string = string + '    %s	"%s"\n' % (tag, value)
        string = string + "EndSection\n"
        return string
        
    def monitorSection (self, installer = 0):
	if installer and self.monSect:
	    return self.monSect

        info = {}
        
        if self.monEisa:
            info["EISA"] = self.monEisa
        elif self.monID:
            info["EISA"] = self.monID
        else:
            info["EISA"] = "Generic Monitor"

        self.monID = info["EISA"]

        if self.monVert:
            info["VERT"] = self.monVert
        else:
            info["VERT"] = "60"

        if self.monHoriz:
            info["HORIZ"] = self.monHoriz
        else:
            info["HORIZ"] = "31.5"
        
        return """
# **********************************************************************
# Monitor section
# **********************************************************************

# Any number of monitor sections may be present
Section "Monitor"
    Identifier  "Generic Monitor"
    VendorName  "Unknown"
    ModelName   "Unknown"
    HorizSync   31.5
    VertRefresh 60
    ModeLine  "640x480"   25.175  640 664 760 800
                                  480 491 493 525
EndSection

Section "Monitor"

    Identifier  "%(EISA)s"
    VendorName  "Unknown"
    ModelName   "Unknown"

# HorizSync is in kHz unless units are specified.
# HorizSync may be a comma separated list of discrete values, or a
# comma separated list of ranges of values.
# NOTE: THE VALUES HERE ARE EXAMPLES ONLY.  REFER TO YOUR MONITOR'S
# USER MANUAL FOR THE CORRECT NUMBERS.

    HorizSync   %(HORIZ)s

# VertRefresh is in Hz unless units are specified.
# VertRefresh may be a comma separated list of discrete values, or a
# comma separated list of ranges of values.
# NOTE: THE VALUES HERE ARE EXAMPLES ONLY.  REFER TO YOUR MONITOR'S
# USER MANUAL FOR THE CORRECT NUMBERS.

    VertRefresh %(VERT)s

# Modes can be specified in two formats.  A compact one-line format, or
# a multi-line format.

# These two are equivalent

#    ModeLine "1024x768i" 45 1024 1048 1208 1264 768 776 784 817 Interlace

#    Mode "1024x768i"
#        DotClock	45
#        HTimings	1024 1048 1208 1264
#        VTimings	768 776 784 817
#        Flags		"Interlace"
#    EndMode

# This is a set of standard mode timings. Modes that are out of monitor spec
# are automatically deleted by the server (provided the HorizSync and
# VertRefresh lines are correct), so there's no immediate need to
# delete mode timings (unless particular mode timings don't work on your
# monitor). With these modes, the best standard mode that your monitor
# and video card can support for a given resolution is automatically
# used.

# Low-res Doublescan modes
# If your chipset does not support doublescan, you get a 'squashed'
# resolution like 320x400.

# --320x200--
# 320x200 @ 70 Hz, 31.5 kHz hsync, 8:5 aspect ratio
    Modeline "320x200"     12.588 320  336  384  400
                                  200  204  205  225 Doublescan
# 320x240 @ 60 Hz, 31.5 kHz hsync, 4:3 aspect ratio
    Modeline "320x240"     12.588 320  336  384  400
                                  240  245  246  262 Doublescan
# 320x240 @ 72 Hz, 36.5 kHz hsync
    Modeline "320x240"     15.750 320  336  384  400
                                  240  244  246  262 Doublescan
# --400x300--
# 400x300 @ 56 Hz, 35.2 kHz hsync, 4:3 aspect ratio
    ModeLine "400x300"     18     400  416  448  512
                                  300  301  302  312 Doublescan
# 400x300 @ 60 Hz, 37.8 kHz hsync
    Modeline "400x300"     20     400  416  480  528
                                  300  301  303  314 Doublescan
# 400x300 @ 72 Hz, 48.0 kHz hsync
    Modeline "400x300"     25     400  424  488  520
                                  300  319  322  333 Doublescan
# 480x300 @ 56 Hz, 35.2 kHz hsync, 8:5 aspect ratio
    ModeLine "480x300"     21.656 480  496  536  616
                                  300  301  302  312 Doublescan
# 480x300 @ 60 Hz, 37.8 kHz hsync
    Modeline "480x300"     23.890 480  496  576  632
                                  300  301  303  314 Doublescan
# 480x300 @ 63 Hz, 39.6 kHz hsync
    Modeline "480x300"     25     480  496  576  632
                                  300  301  303  314 Doublescan
# 480x300 @ 72 Hz, 48.0 kHz hsync
    Modeline "480x300"     29.952 480  504  584  624
                                  300  319  322  333 Doublescan

# Normal video modes

# -- 512x384
# 512x384 @ 78 Hz, 31.50 kHz hsync
    Modeline "512x384"    20.160 512  528  592  640
                                 384  385  388  404 -HSync -VSync
# 512x384 @ 85 Hz, 34.38 kHz hsync
    Modeline "512x384"    22     512  528  592  640
                                 384  385  388  404 -HSync -VSync

# -- 640x400 --
# 640x400 @ 70 Hz, 31.5 kHz hsync
    Modeline "640x400"     25.175 640  664  760  800
                                  400  409  411  450
# 640x400 @ 85 Hz, 37.86 kHz hsync
    Modeline "640x400"     31.5   640  672 736   832
                                  400  401  404  445 -HSync +VSync

# --- 640x480 ---
# 640x480 @ 60 Hz, 31.5 kHz hsync
    Modeline "640x480"     25.175 640  664  760  800
                                  480  491  493  525
# 640x480 @ 72 Hz, 36.5 kHz hsync
    Modeline "640x480"     31.5   640  680  720  864
                                  480  488  491  521
# 640x480 @ 75 Hz, 37.50 kHz hsync
    ModeLine  "640x480"    31.5   640  656  720  840
                                  480  481  484  500 -HSync -VSync
# 640x480 @ 85 Hz, 43.27 kHz hsync
    Modeline "640x480"     36     640  696  752  832
                                  480  481  484  509 -HSync -VSync
# 640x480 @ 100 Hz, 53.01 kHz hsync
    Modeline "640x480"     45.8   640  672  768  864
                                  480  488  494  530 -HSync -VSync

# --- 800x600 ---
# 800x600 @ 56 Hz, 35.15 kHz hsync
    ModeLine "800x600"     36     800  824  896 1024
                                  600  601  603  625
# 800x600 @ 60 Hz, 37.8 kHz hsync
    Modeline "800x600"     40     800  840  968 1056
                                  600  601  605  628 +hsync +vsync
# 800x600 @ 72 Hz, 48.0 kHz hsync
    Modeline "800x600"     50     800  856  976 1040
                                  600  637  643  666 +hsync +vsync
# 800x600 @ 85 Hz, 55.84 kHz hsync
    Modeline  "800x600"    60.75  800  864  928 1088
                                  600  616  621  657 -HSync -VSync
# 800x600 @ 100 Hz, 64.02 kHz hsync
    Modeline  "800x600"    69.65  800  864  928 1088
                                  600  604  610  640 -HSync -VSync

# --- 1024x768 ---
# 1024x768 @ 60 Hz, 48.4 kHz hsync
    Modeline "1024x768"    65    1024 1032 1176 1344
                                 768  771  777  806 -hsync -vsync
# 1024x768 @ 87 Hz interlaced, 35.5 kHz hsync
    Modeline "1024x768"    44.9  1024 1048 1208 1264
                                 768  776  784  817 Interlace
# 1024x768 @ 70 Hz, 56.5 kHz hsync
    Modeline "1024x768"    75    1024 1048 1184 1328
                                 768  771  777  806 -hsync -vsync
# 1024x768 @ 76 Hz, 62.5 kHz hsync
    Modeline "1024x768"    85    1024 1032 1152 1360
                                 768  784  787  823
# 1024x768 @ 85 Hz, 70.24 kHz hsync
    Modeline "1024x768"   98.9  1024 1056 1216 1408
                                768 782 788 822 -HSync -VSync
# 1024x768 @ 100Hz, 80.21 kHz hsync
    Modeline "1024x768"   115.5  1024 1056 1248 1440
                                 768  771  781  802 -HSync -VSync

# --- 1152x864 ---
# 1152x864 @ 60 Hz, 53.5 kHz hsync
    Modeline  "1152x864"   89.9  1152 1216 1472 1680
                                 864  868  876  892 -HSync -VSync
# 1152x864 @ 70 Hz, 62.4 kHz hsync
    Modeline  "1152x864"   92    1152 1208 1368 1474
                                 864  865  875  895
# 1152x864 @ 78 Hz, 70.8 kHz hsync
    Modeline "1152x864"   110   1152 1240 1324 1552
                                864  864  876  908
# 1152x864 @ 84 Hz, 76.0 kHz hsync
    Modeline "1152x864"   135    1152 1464 1592 1776
                                 864  864  876  908
# 1152x864 @ 89 Hz interlaced, 44 kHz hsync
    ModeLine "1152x864"    65    1152 1168 1384 1480
                                 864  865  875  985 Interlace
# 1152x864 @ 100 Hz, 89.62 kHz hsync
    Modeline "1152x864"   137.65 1152 1184 1312 1536
                                 864  866  885  902 -HSync -VSync

# -- 1280x1024 --
# 1280x1024 @ 61 Hz, 64.2 kHz hsync
    Modeline "1280x1024"  110    1280 1328 1512 1712
                                 1024 1025 1028 1054
# 1280x1024 @ 70 Hz, 74.59 kHz hsync
    Modeline "1280x1024"  126.5 1280 1312 1472 1696
                                1024 1032 1040 1068 -HSync -VSync
# 1280x1024 @ 74 Hz, 78.85 kHz hsync
    Modeline "1280x1024"  135    1280 1312 1456 1712
                                 1024 1027 1030 1064
# 1280x1024 @ 76 Hz, 81.13 kHz hsync
    Modeline "1280x1024"  135    1280 1312 1416 1664
                                 1024 1027 1030 1064
# 1280x1024 @ 85 Hz, 91.15 kHz hsync
    Modeline "1280x1024"  157.5  1280 1344 1504 1728
                                 1024 1025 1028 1072 +HSync +VSync
# 1280x1024 @ 87 Hz interlaced, 51 kHz hsync
    Modeline "1280x1024"   80    1280 1296 1512 1568
                                 1024 1025 1037 1165 Interlace
# 1280x1024 @ 100 Hz, 107.16 kHz hsync
    Modeline "1280x1024"  181.75 1280 1312 1440 1696
                                 1024 1031 1046 1072 -HSync -VSync

# -- 1600x1200 --
# 1600x1200 @ 60Hz, 75.00 kHz hsync
    Modeline "1600x1200"  162   1600 1664 1856 2160
                                1200 1201 1204 1250 +HSync +VSync
# 1600x1200 @ 70 Hz, 87.50 kHz hsync
    Modeline "1600x1200"  189    1600 1664 1856 2160
                                 1200 1201 1204 1250 -HSync -VSync
# 1600x1200 @ 75 Hz, 93.75 kHz hsync
    Modeline "1600x1200"  202.5  1600 1664 1856 2160
                                 1200 1201 1204 1250 +HSync +VSync
# 1600x1200 @ 85 Hz, 105.77 kHz hsync
    Modeline "1600x1200"  220    1600 1616 1808 2080
                                 1200 1204 1207 1244 +HSync +VSync

# -- 1800x1400 -- 

# 1800x1440 @ 64Hz, 96.15 kHz hsync 
    ModeLine "1800X1440"  230    1800 1896 2088 2392
                                 1440 1441 1444 1490 +HSync +VSync
# 1800x1440 @ 70Hz, 104.52 kHz hsync 
    ModeLine "1800X1440"  250    1800 1896 2088 2392
                                 1440 1441 1444 1490 +HSync +VSync

# -- 1920x1200 --

# 1920x1200 @ 70Hz, 87.50 KHz hsync
    Modeline "1920x1200"  230    1920 1936 2096 2528
                                 1200 1201 1204 1250 +HSync +VSync

EndSection
""" % info

    def deviceSection (self):
        section = """
# **********************************************************************
# Graphics device section
# **********************************************************************

Section "Device"
    Identifier        "Generic VGA Card"
    VendorName        "Unknown"
    BoardName         "Unknown"
    Chipset           "generic"
EndSection

"""
        for card in self.vidCards:
            section = section + """
Section "Device"
    Identifier         "%(NAME)s"
""" % card
            if card.has_key ("VENDOR"):
                section = section + '    VendorName         "%(VENDOR)s"\n' % card
            if card.has_key ("BOARDNAME"):
                section = section + '    BoardName          "%(BOARD)s"\n' % card
            if card.has_key ("RAMDAC"):
                section = section + '    Ramdac             "%(RAMDAC)s"\n' % card
            if card.has_key ("LINE"):
                section = section + card["LINE"] + "\n"
            if self.vidRam:
                section = section + '    VideoRam           %s\n' % (self.vidRam,) 
            section = section + "EndSection\n"
        return section

    def screenSection (self, installer = 0):
	if installer and self.monSect:
	    monID = "Probed Monitor"
	else:
	    monID = self.monID
        info = { "DEVICE"  : self.devID,
                 "MONITOR" : monID }

        for (depth, modes) in self.modes.items ():
            modes.sort (self.areaCompare)
        
        section = """
# **********************************************************************
# Screen section
# **********************************************************************

# The kernel framebuffer server
Section "Screen"
    Driver      "fbdev"
    Device      "Generic VGA Card"
    Monitor     "%(MONITOR)s"
    Subsection  "Display"
#        Depth       16
        Modes       "default"
    EndSubsection
EndSection

# The 16-color VGA server
Section "Screen"
    Driver      "vga16"
    Device      "Generic VGA Card"
    Monitor     "%(MONITOR)s"
    Subsection "Display"
        Modes       "640x480" "800x600"
        ViewPort    0 0
    EndSubsection
EndSection

# The Mono server
Section "Screen"
    Driver      "vga2"
    Device      "Generic VGA Card"
    Monitor     "%(MONITOR)s"
    Subsection "Display"
        Modes       "640x480" "800x600"
        ViewPort    0 0
    EndSubsection
EndSection
""" % info
        if self.devID:
            for driver in [ "svga", "accel" ]:
                info["DRIVER"] = driver
                section = section + """
# The %(DRIVER)s server
Section "Screen"
    Driver      "%(DRIVER)s"
    Device      "%(DEVICE)s"
    Monitor     "%(MONITOR)s"
""" % info
                for depth in self.modes.keys ():
                    if not self.modes[depth]: continue
                    section = section + """
    Subsection "Display"
        Depth       %s
        Modes       """ % depth
                    for res in self.modes[depth]:
                        section = section + '"' + res + '" '
                    section = section + """
        ViewPort    0 0
    EndSubsection
"""
                section = section + "EndSection\n"
        return section

if __name__ == "__main__":
    sys.path.append ("kudzu")
    x = XF86Config ()
    print x.cards ("ATI Mach64 3D RAGE II")
    x.probe ()
#    sys.exit (0)
    x.filterModesByMemory ()
    print x.preludeSection ()
    print x.keyboardSection ()
    print x.mouseSection ()
    print x.monitorSection ()
    print x.deviceSection ()
#    x.modes["8"] = [ "640x480" ]
#    x.modes["16"] = [ "640x480" ]
#    x.modes["32"] = [ "640x480" ]
    print x.screenSection ()