# # gui.py - Graphical front end for anaconda # # Matt Wilson # Michael Fulbright # # Copyright 1999-2006 Red Hat, Inc. # # This software may be freely redistributed under the terms of the GNU # general public license. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. # import os from flags import flags os.environ["GNOME_DISABLE_CRASH_DIALOG"] = "1" # we only want to enable the accessibility stuff if requested for now... if flags.cmdline.has_key("dogtail"): os.environ["GTK_MODULES"] = "gail:atk-bridge" import errno import string import time import isys import sys import parted import shutil import gtk import gtk.glade import gobject import kudzu import gettext import warnings from language import expandLangs from constants import * from network import hasActiveNetDev import floppy import rhpl import xutils import imputil from rhpl.translate import _, N_ from release_notes import * import logging log = logging.getLogger("anaconda") isys.bind_textdomain_codeset("redhat-dist", "UTF-8") StayOnScreen = "stayOnScreen" mainWindow = None stepToClass = { "language" : ("language_gui", "LanguageWindow"), "keyboard" : ("kbd_gui", "KeyboardWindow"), "mouse" : ("mouse_gui", "MouseWindow"), "welcome" : ("welcome_gui", "WelcomeWindow"), "zfcpconfig" : ("zfcp_gui", "ZFCPWindow"), "partitionmethod" : ("partmethod_gui", "PartitionMethodWindow"), "partition" : ("partition_gui", "PartitionWindow"), "parttype" : ("autopart_type", "PartitionTypeWindow"), "findinstall" : ("examine_gui", "UpgradeExamineWindow"), "addswap" : ("upgrade_swap_gui", "UpgradeSwapWindow"), "upgrademigratefs" : ("upgrade_migratefs_gui", "UpgradeMigrateFSWindow"), "bootloader": ("bootloader_main_gui", "MainBootloaderWindow"), "bootloaderadvanced": ("bootloader_advanced_gui", "AdvancedBootloaderWindow"), "upgbootloader": ("upgrade_bootloader_gui", "UpgradeBootloaderWindow"), "network" : ("network_gui", "NetworkWindow"), "timezone" : ("timezone_gui", "TimezoneWindow"), "accounts" : ("account_gui", "AccountWindow"), "tasksel": ("task_gui", "TaskWindow"), "group-selection": ("package_gui", "GroupSelectionWindow"), "confirminstall" : ("confirm_gui", "InstallConfirmWindow"), "confirmupgrade" : ("confirm_gui", "UpgradeConfirmWindow"), "install" : ("progress_gui", "InstallProgressWindow"), "complete" : ("congrats_gui", "CongratulationWindow"), } if rhpl.getArch() == 's390': stepToClass["bootloader"] = ("zipl_gui", "ZiplWindow") # # Stuff for screenshots # screenshotDir = None screenshotIndex = 0 def copyScreenshots(): global screenshotIndex global screenshotDir # see if any screenshots taken if screenshotIndex == 0: return destDir = "/mnt/sysimage/root/anaconda-screenshots" if not os.access(destDir, os.R_OK): try: os.mkdir(destDir, 0750) except: window = MessageWindow("Error Saving Screenshot", _("An error occurred copying the " "screenshots over."), type="warning") return # copy all png's over for f in os.listdir(screenshotDir): (path, fname) = os.path.split(f) (b, ext) = os.path.splitext(f) if ext == ".png": shutil.copyfile(screenshotDir + '/' + f, destDir + '/' + fname) window = MessageWindow(_("Screenshots Copied"), _("The screenshots have been saved into the " "directory:\n\n" "\t/root/anaconda-screenshots/\n\n" "You can access these when you reboot and " "login as root.")) def takeScreenShot(): global screenshotIndex global screenshotDir if screenshotDir is None: screenshotDir = "/tmp/ramfs/anaconda-screenshots" if not os.access(screenshotDir, os.R_OK): try: os.mkdir(screenshotDir) except: screenshotDir = None return try: screenshot = gtk.gdk.Pixbuf(gtk.gdk.COLORSPACE_RGB, False, 8, gtk.gdk.screen_width(), gtk.gdk.screen_height()) screenshot.get_from_drawable(gtk.gdk.get_default_root_window(), gtk.gdk.colormap_get_system(), 0, 0, 0, 0, gtk.gdk.screen_width(), gtk.gdk.screen_height()) if screenshot: while (1): sname = "screenshot-%04d.png" % ( screenshotIndex,) if not os.access(screenshotDir + '/' + sname, os.R_OK): break screenshotIndex = screenshotIndex + 1 if screenshotIndex > 9999: log.error("Too many screenshots!") return screenshot.save (screenshotDir + '/' + sname, "png") screenshotIndex = screenshotIndex + 1 window = MessageWindow(_("Saving Screenshot"), _("A screenshot named '%s' has been saved.") % (sname,) , type="ok") except: window = MessageWindow(_("Error Saving Screenshot"), _("An error occurred while saving " "the screenshot. If this occurred " "during package installation, you may need " "to try several times for it to succeed."), type="warning") def handleShiftPrintScrnRelease (window, event): if (event.keyval == gtk.keysyms.Print and event.state & gtk.gdk.SHIFT_MASK): takeScreenShot() # # HACK to make treeview work # def setupTreeViewFixupIdleHandler(view, store): id = {} id["id"] = gobject.idle_add(scrollToIdleHandler, (view, store, id)) def scrollToIdleHandler((view, store, iddict)): if not view or not store or not iddict: return try: id = iddict["id"] except: return selection = view.get_selection() if not selection: return model, iter = selection.get_selected() if not iter: return path = store.get_path(iter) col = view.get_column(0) view.scroll_to_cell(path, col, True, 0.5, 0.5) if id: gobject.source_remove(id) # setup globals def processEvents(): gtk.gdk.flush() while gtk.events_pending(): gtk.main_iteration(False) def partedExceptionWindow(exc): # if our only option is to cancel, let us handle the exception # in our code and avoid popping up the exception window here. if exc.options == parted.EXCEPTION_CANCEL: return parted.EXCEPTION_UNHANDLED log.critical("parted exception: %s: %s" %(exc.type_string,exc.message)) print exc.type_string print exc.message print exc.options win = gtk.Dialog(exc.type_string, mainWindow, gtk.DIALOG_MODAL) addFrame(win) win.set_position(gtk.WIN_POS_CENTER) label = WrappingLabel(exc.message) win.vbox.pack_start (label) numButtons = 0 buttonToAction = {} exflags = ((parted.EXCEPTION_FIX, N_("Fix")), (parted.EXCEPTION_YES, N_("Yes")), (parted.EXCEPTION_NO, N_("No")), (parted.EXCEPTION_OK, N_("OK")), (parted.EXCEPTION_RETRY, N_("Retry")), (parted.EXCEPTION_IGNORE, N_("Ignore")), (parted.EXCEPTION_CANCEL, N_("Cancel"))) for flag, string in exflags: if exc.options & flag: win.add_button(_(string), flag) win.show_all() rc = win.run() win.destroy() return rc def widgetExpander(widget, growTo=None): widget.connect("size-allocate", growToParent, growTo) def growToParent(widget, rect, growTo=None): if not widget.parent: return ignore = widget.__dict__.get("ignoreEvents") if not ignore: if growTo: x, y, width, height = growTo.get_allocation() widget.set_size_request(width, -1) else: widget.set_size_request(rect.width, -1) widget.ignoreEvents = 1 else: widget.ignoreEvents = 0 _busyCursor = 0 def setCursorToBusy(process=1): root = gtk.gdk.get_default_root_window() cursor = gtk.gdk.Cursor(gtk.gdk.WATCH) root.set_cursor(cursor) if process: processEvents() def setCursorToNormal(): root = gtk.gdk.get_default_root_window() cursor = gtk.gdk.Cursor(gtk.gdk.LEFT_PTR) root.set_cursor(cursor) def rootPushBusyCursor(process=1): global _busyCursor _busyCursor += 1 if _busyCursor > 0: setCursorToBusy(process) def rootPopBusyCursor(): global _busyCursor _busyCursor -= 1 if _busyCursor <= 0: setCursorToNormal() def getBusyCursorStatus(): global _busyCursor return _busyCursor def runningMiniWm(): return xutils.getXatom("_ANACONDA_MINI_WM_RUNNING") class MnemonicLabel(gtk.Label): def __init__(self, text="", alignment = None): gtk.Label.__init__(self, "") self.set_text_with_mnemonic(text) if alignment is not None: apply(self.set_alignment, alignment) class WrappingLabel(gtk.Label): def __init__(self, label=""): gtk.Label.__init__(self, label) self.set_line_wrap(True) self.ignoreEvents = 0 widgetExpander(self) def titleBarMousePressCB(widget, event, data): if event.type & gtk.gdk.BUTTON_PRESS: (x, y) = data["window"].get_position() data["state"] = 1 data["button"] = event.button data["deltax"] = event.x_root - x data["deltay"] = event.y_root - y def titleBarMouseReleaseCB(widget, event, data): if data["state"] and event.button == data["button"]: data["state"] = 0 data["button"] = 0 data["deltax"] = 0 data["deltay"] = 0 def titleBarMotionEventCB(widget, event, data): if data["state"]: newx = event.x_root - data["deltax"] newy = event.y_root - data["deltay"] if newx < 0: newx = 0 if newy < 0: newy = 0 (w, h) = data["window"].get_size() if (newx+w) > gtk.gdk.screen_width(): newx = gtk.gdk.screen_width() - w if (newy+20) > (gtk.gdk.screen_height()): newy = gtk.gdk.screen_height() - 20 data["window"].move(int(newx), int(newy)) def addFrame(dialog, title=None, showtitle = 1): # We don't add a Frame in rootpath mode, as we almost certainly # have a window manager contents = dialog.get_children()[0] dialog.remove(contents) frame = gtk.Frame() if not flags.rootpath and runningMiniWm(): frame.set_shadow_type(gtk.SHADOW_OUT) else: frame.set_shadow_type(gtk.SHADOW_NONE) box = gtk.VBox() try: if title is None: title = dialog.get_title() if title and not flags.rootpath and runningMiniWm(): data = {} data["state"] = 0 data["button"] = 0 data["deltax"] = 0 data["deltay"] = 0 data["window"] = dialog eventBox = gtk.EventBox() eventBox.connect("button-press-event", titleBarMousePressCB, data) eventBox.connect("button-release-event", titleBarMouseReleaseCB, data) eventBox.connect("motion-notify-event", titleBarMotionEventCB,data) titleBox = gtk.HBox(False, 5) eventBox.add(titleBox) eventBox.modify_bg(gtk.STATE_NORMAL, eventBox.rc_get_style().bg[gtk.STATE_SELECTED]) if showtitle: titlelbl = gtk.Label("") titlelbl.set_markup(""+_(title)+"") titlelbl.modify_fg(gtk.STATE_NORMAL, gtk.gdk.color_parse ("white")) titlelbl.set_property("ypad", 4) titleBox.pack_start(titlelbl) else: s = gtk.Label("") titleBox.pack_start(s) eventBox.show_all() box.pack_start(eventBox, False, False) else: dialog.set_title (title) except: pass frame2=gtk.Frame() frame2.set_shadow_type(gtk.SHADOW_NONE) frame2.set_border_width(4) frame2.add(contents) contents.show() frame2.show() box.pack_start(frame2, True, True, padding=5) box.show() frame.add(box) frame.show() dialog.add(frame) # make screen shots work dialog.connect ("key-release-event", handleShiftPrintScrnRelease) def findGladeFile(file): for dir in ("/mnt/source/RHupdates/", "/tmp/updates/", "ui/", "/usr/share/anaconda/ui/", "/usr/share/pirut/ui/"): fn = dir + file if os.access(fn, os.R_OK): return fn raise RuntimeError, "Unable to find glade file %s" % file def getGladeWidget(file, rootwidget, i18ndomain="anaconda"): f = findGladeFile(file) xml = gtk.glade.XML(f, root = rootwidget, domain = i18ndomain) w = xml.get_widget(rootwidget) if w is None: raise RuntimeError, "Unable to find root widget %s in %s" %(rootwidget, file) return (xml, w) def findPixmap(file): for dir in ("/mnt/source/RHupdates/pixmaps/", "/mnt/source/RHupdates/", "/tmp/updates/pixmaps/", "/tmp/updates/", "/tmp/product/pixmaps/", "/tmp/product/", "pixmaps/", "/usr/share/anaconda/pixmaps/", "/usr/share/pixmaps/", "/usr/share/anaconda/", ""): fn = dir + file if os.access(fn, os.R_OK): return fn return None def getPixbuf(file): fn = findPixmap(file) if not fn: log.error("unable to load %s" %(file,)) return None try: pixbuf = gtk.gdk.pixbuf_new_from_file(fn) except RuntimeError, msg: log.error("unable to read %s: %s" %(file, msg)) pixbuf = None return pixbuf def readImageFromFile(file, width = None, height = None, dither = None, image = None): pixbuf = getPixbuf(file) if pixbuf is None: log.warning("can't find pixmap %s" %(file,)) return None if (width is not None and height is not None and height != pixbuf.get_height() and width != pixbuf.get_width()): pixbuf = pixbuf.scale_simple(width, height, gtk.gdk.INTERP_BILINEAR) if image is None: p = gtk.Image() else: p = image if dither: (pixmap, mask) = pixbuf.render_pixmap_and_mask() pixmap.draw_pixbuf(gtk.gdk.GC(pixmap), pixbuf, 0, 0, 0, 0, pixbuf.get_width(), pixbuf.get_height(), gtk.gdk.RGB_DITHER_MAX, 0, 0) p = gtk.Image() p.set_from_pixmap(pixmap, mask) else: source = gtk.IconSource() source.set_pixbuf(pixbuf) source.set_size(gtk.ICON_SIZE_DIALOG) source.set_size_wildcarded(False) iconset = gtk.IconSet() iconset.add_source(source) p.set_from_icon_set(iconset, gtk.ICON_SIZE_DIALOG) return p class WaitWindow: def __init__(self, title, text, parent = None): if flags.rootpath or not runningMiniWm(): self.window = gtk.Window() if parent: self.window.set_transient_for(parent) else: self.window = gtk.Window(gtk.WINDOW_POPUP) self.window.set_modal(True) self.window.set_title(title) self.window.set_position(gtk.WIN_POS_CENTER) label = WrappingLabel(text) box = gtk.Frame() box.set_border_width(10) box.add(label) box.set_shadow_type(gtk.SHADOW_NONE) self.window.add(box) addFrame(self.window, showtitle = 0) self.window.show_all() rootPushBusyCursor() def refresh(self): processEvents() def pop(self): self.window.destroy() rootPopBusyCursor() class ProgressWindow: def __init__(self, title, text, total, updpct = 0.05, updsecs=10, parent = None): if flags.rootpath or not runningMiniWm(): self.window = gtk.Window() if parent: self.window.set_transient_for(parent) else: self.window = gtk.Window(gtk.WINDOW_POPUP) self.window.set_modal(True) self.window.set_title (title) self.window.set_position (gtk.WIN_POS_CENTER) self.lastUpdate = int(time.time()) self.updsecs = updsecs box = gtk.VBox (False, 5) box.set_border_width (10) label = WrappingLabel (text) label.set_alignment (0.0, 0.5) box.pack_start (label, False) self.total = total self.updpct = updpct self.progress = gtk.ProgressBar () box.pack_start (self.progress, True) self.window.add(box) addFrame(self.window, showtitle = 0) self.window.show_all () rootPushBusyCursor() def refresh(self): processEvents() def set (self, amount): # only update widget if we've changed by 5% or our timeout has # expired curval = self.progress.get_fraction() newval = float (amount) / self.total then = self.lastUpdate now = int(time.time()) if newval < 0.998: if ((newval - curval) < self.updpct and (now-then) < self.updsecs): return self.lastUpdate = now self.progress.set_fraction (newval) processEvents () def pop(self): self.window.destroy () rootPopBusyCursor() class ScpWindow: def __init__(self, screen=None): self.scpxml = gtk.glade.XML(findGladeFile("scp.glade"), domain="anaconda") self.win = self.scpxml.get_widget("saveRemoteDlg") addFrame(self.win) self.win.show_all() self.window = self.win def getrc(self): if self.rc == 0: return None else: host = self.scpxml.get_widget("hostEntry") remotePath = self.scpxml.get_widget("remotePathEntry") userName = self.scpxml.get_widget("userNameEntry") password = self.scpxml.get_widget("passwordEntry") return (host.get_text(), remotePath.get_text(), userName.get_text(), password.get_text()) def run(self): self.rc = self.window.run() def pop(self): self.window.destroy() class InstallKeyWindow: def __init__(self, anaconda, key): (keyxml, self.win) = getGladeWidget("instkey.glade", "instkeyDialog") if anaconda.id.instClass.instkeydesc is not None: w = keyxml.get_widget("instkeyLabel") w.set_text(_(anaconda.id.instClass.instkeydesc)) if not anaconda.id.instClass.allowinstkeyskip: keyxml.get_widget("skipRadio").hide() keyName = _(anaconda.id.instClass.instkeyname) if anaconda.id.instClass.instkeyname is None: keyName = _("Installation Key") # set the install key name based on the installclass for l in ("instkeyLabel", "keyEntryLabel", "skipLabel"): w = keyxml.get_widget(l) t = w.get_text() w.set_text(t % {"instkey": keyName}) self.entry = keyxml.get_widget("keyEntry") self.entry.set_text(key) self.entry.set_sensitive(True) self.keyradio = keyxml.get_widget("keyRadio") self.skipradio = keyxml.get_widget("skipRadio") self.rc = 0 if anaconda.id.instClass.skipkey: self.skipradio.set_active(True) else: self.entry.grab_focus() addFrame(self.win, title=keyName) def run(self): self.win.show() self.rc = self.win.run() return self.rc def get_key(self): if self.skipradio.get_active(): return SKIP_KEY key = self.entry.get_text() key.strip() return key def destroy(self): self.win.destroy() class ExceptionWindow: def __init__ (self, shortTraceback, longTracebackFile=None, screen=None): # Get a bunch of widgets from the XML file. exnxml = gtk.glade.XML(findGladeFile("exn.glade"), domain="anaconda") self.win = exnxml.get_widget("exnDialog") vbox = exnxml.get_widget("mainVBox") exnView = exnxml.get_widget("exnView") expander = exnxml.get_widget("exnExpander") info = exnxml.get_widget("info") infoImage = exnxml.get_widget("infoImage") info.set_text(exceptionText) infoImage.clear() img = findPixmap("exception.png") if os.path.exists(img): infoImage.set_from_file(img) # Add the brief traceback message to the upper text view. textbuf = gtk.TextBuffer() textbuf.set_text(shortTraceback) # Remove the floppy button if we don't need it. if not floppy.hasFloppyDevice() and not flags.debug: buttonBox = exnxml.get_widget("buttonBox") floppyButton = exnxml.get_widget("floppyButton") buttonBox.remove(floppyButton) # Remove the remote button if there's no network. if not hasActiveNetDev() and not flags.debug: buttonBox = exnxml.get_widget("buttonBox") remoteButton = exnxml.get_widget("remoteButton") buttonBox.remove(remoteButton) # If there's an anacdump.txt file, add it to the lower view in the # expander. If not, remove the expander. if longTracebackFile: try: f = open(longTracebackFile) lines = f.readlines() f.close() # Add text one line at a time to work around limits in # set_text. textbuf = gtk.TextBuffer() iter = textbuf.get_start_iter() for line in lines: textbuf.insert(iter, line) exnView.set_buffer(textbuf) except IOError (errnum, msg): log.error("Could not read %s, skipping: %s" % (longTracebackFile, msg)) vbox.remove(expander) else: vbox.remove(expander) addFrame(self.win) self.win.show_all () self.window = self.win def run(self): self.rc = self.window.run () def getrc (self): # I did it this way for future expantion # 0 is debug if self.rc == 0: try: # switch to VC1 so we can debug isys.vtActivate (1) except SystemError: pass return 1 # 1 is save to floppy if self.rc == 1: return 2 # 2 is OK elif self.rc == 2: return 0 # 3 is save to remote host elif self.rc == 3: return 3 def pop(self): self.window.destroy() class MessageWindow: def getrc (self): return self.rc def __init__ (self, title, text, type="ok", default=None, custom_buttons=None, custom_icon=None, run = True, parent = None, destroyAfterRun = True): self.debugRid = None self.title = title if flags.autostep: self.rc = 1 return self.rc = None self.framed = False docustom = 0 if type == 'ok': buttons = gtk.BUTTONS_OK style = gtk.MESSAGE_INFO elif type == 'warning': buttons = gtk.BUTTONS_OK style = gtk.MESSAGE_WARNING elif type == 'okcancel': buttons = gtk.BUTTONS_OK_CANCEL style = gtk.MESSAGE_WARNING elif type == 'yesno': buttons = gtk.BUTTONS_YES_NO style = gtk.MESSAGE_QUESTION elif type == 'custom': docustom = 1 buttons = gtk.BUTTONS_NONE style = gtk.MESSAGE_QUESTION if custom_icon == "warning": style = gtk.MESSAGE_WARNING elif custom_icon == "question": style = gtk.MESSAGE_QUESTION elif custom_icon == "error": style = gtk.MESSAGE_ERROR elif custom_icon == "info": style = gtk.MESSAGE_INFO self.dialog = gtk.MessageDialog(mainWindow, 0, style, buttons, text) if parent: self.dialog.set_transient_for(parent) if docustom: rid=0 for button in custom_buttons: if button == _("Cancel"): tbutton = "gtk-cancel" else: tbutton = button widget = self.dialog.add_button(tbutton, rid) rid = rid + 1 defaultchoice = rid - 1 if flags.debug: widget = self.dialog.add_button(_("_Debug"), rid) self.debugRid = rid rid += 1 else: if default == "no": defaultchoice = 0 elif default == "yes" or default == "ok": defaultchoice = 1 else: defaultchoice = 0 self.dialog.set_position (gtk.WIN_POS_CENTER) self.dialog.set_default_response(defaultchoice) if run: self.run(destroyAfterRun) def run(self, destroy = False): if not self.framed: addFrame(self.dialog, title=self.title) self.framed = True self.dialog.show_all () # XXX - Messy - turn off busy cursor if necessary busycursor = getBusyCursorStatus() setCursorToNormal() rc = self.dialog.run() if rc == gtk.RESPONSE_OK or rc == gtk.RESPONSE_YES: self.rc = 1 elif (rc == gtk.RESPONSE_CANCEL or rc == gtk.RESPONSE_NO or rc == gtk.RESPONSE_CLOSE): self.rc = 0 elif rc == gtk.RESPONSE_DELETE_EVENT: self.rc = 0 else: self.rc = rc if not self.debugRid is None and self.rc == self.debugRid: self.debugClicked(self) return self.run(destroy) if destroy: self.dialog.destroy() # restore busy cursor if busycursor: setCursorToBusy() def debugClicked (self, *args): try: # switch to VC1 so we can debug isys.vtActivate (1) except SystemError: pass import pdb try: pdb.set_trace() except: sys.exit(-1) try: # switch back isys.vtActivate (6) except SystemError: pass class EntryWindow(MessageWindow): def __init__ (self, title, text, prompt, entrylength = None): mainWindow = None MessageWindow.__init__(self, title, text, type = "okcancel", custom_icon="question", run = False) self.entry = gtk.Entry() if entrylength: self.entry.set_width_chars(entrylength) self.entry.set_max_length(entrylength) # eww, eww, eww... but if we pack in the vbox, it goes to the right # place! self.dialog.child.pack_start(self.entry) def run(self): MessageWindow.run(self) if self.rc == 0: return None t = self.entry.get_text() t.strip() if len(t) == 0: return None return t def destroy(self): self.dialog.destroy() class InstallInterface: def __init__ (self): self.icw = None # figure out if we want to run interface at 800x600 or 640x480 if gtk.gdk.screen_width() >= 800: self.runres = "800x600" else: self.runres = "640x480" root = gtk.gdk.get_default_root_window() cursor = gtk.gdk.Cursor(gtk.gdk.LEFT_PTR) root.set_cursor(cursor) def __del__ (self): pass def shutdown (self): pass def setPackageProgressWindow (self, ppw): self.ppw = ppw def waitWindow (self, title, text): if self.icw: return WaitWindow (title, text, self.icw.window) else: return WaitWindow (title, text) def progressWindow (self, title, text, total, updpct = 0.05): if self.icw: return ProgressWindow (title, text, total, updpct, self.icw.window) else: return ProgressWindow (title, text, total, updpct) def packageProgressWindow (self, total, totalSize): self.ppw.setSizes (total, totalSize) return self.ppw def messageWindow(self, title, text, type="ok", default = None, custom_buttons=None, custom_icon=None): if self.icw: parent = self.icw.window else: parent = None rc = MessageWindow (title, text, type, default, custom_buttons, custom_icon, run=True, parent=parent).getrc() return rc def entryWindow(self, title, text, type="ok", entrylength = None): d = EntryWindow(title, text, type, entrylength) rc = d.run() d.destroy() return rc def exceptionWindow(self, shortText, longTextFile): log.critical(shortText) win = ExceptionWindow (shortText, longTextFile) return win def scpWindow(self): return ScpWindow() def getInstallKey(self, anaconda, key = ""): d = InstallKeyWindow(anaconda, key) rc = d.run() if rc == gtk.RESPONSE_CANCEL: ret = None else: ret = d.get_key() d.destroy() return ret def beep(self): gtk.gdk.beep() def kickstartErrorWindow(self, text): s = _("The following error was found while parsing your " "kickstart configuration:\n\n%s") %(text,) return self.messageWindow(_("Error Parsing Kickstart Config"), s, type = "custom", custom_buttons = [_("_Reboot")], custom_icon = "error") def dumpWindow(self): window = MessageWindow("Save Crash Dump", _("Please insert a floppy now. All contents " "of the disk will be erased, so please " "choose your diskette carefully."), "okcancel") rc = window.getrc() return not rc def getBootdisk (self): return None def run(self, anaconda): self.anaconda = anaconda # XXX x_already_set is a hack if anaconda.id.keyboard and not anaconda.id.x_already_set: anaconda.id.keyboard.activate() anaconda.id.fsset.registerMessageWindow(self.messageWindow) anaconda.id.fsset.registerProgressWindow(self.progressWindow) anaconda.id.fsset.registerWaitWindow(self.waitWindow) parted.exception_set_handler(partedExceptionWindow) self.icw = InstallControlWindow (self.anaconda) self.icw.run (self.runres) class InstallControlWindow: def setLanguage (self): if not self.__dict__.has_key('window'): return self.reloadRcQueued = 1 # need to reload our widgets self.setLtR() # reload the glade file, although we're going to keep our toplevel self.loadGlade() self.window.destroy() self.window = self.mainxml.get_widget("mainWindow") self.createWidgets() self.connectSignals() self.setScreen() self.window.show() def setLtR(self): ltrrtl = gettext.dgettext("gtk20", "default:LTR") if ltrrtl == "default:RTL": gtk.widget_set_default_direction (gtk.TEXT_DIR_RTL) elif ltrrtl == "default:LTR": gtk.widget_set_default_direction (gtk.TEXT_DIR_LTR) else: log.error("someone didn't translate the ltr bits right: %s" %(ltrrtl,)) gtk.widget_set_default_direction (gtk.TEXT_DIR_LTR) def prevClicked (self, *args): try: self.currentWindow.getPrev () except StayOnScreen: return self.anaconda.dispatch.gotoPrev() self.setScreen () def nextClicked (self, *args): try: rc = self.currentWindow.getNext () except StayOnScreen: return self.anaconda.dispatch.gotoNext() self.setScreen () def releaseNotesButtonClicked (self, widget): if not self.rnv.isShowing(): self.rnv.view() else: print "Release notes viewer already running" def debugClicked (self, *args): try: # switch to VC1 so we can debug isys.vtActivate (1) except SystemError: pass import pdb try: pdb.set_trace() except: sys.exit(-1) try: # switch back isys.vtActivate (6) except SystemError: pass def handleRenderCallback(self): self.currentWindow.renderCallback() if flags.autostep: if flags.autoscreenshot: # let things settle down graphically processEvents() time.sleep(1) takeScreenShot() self.nextClicked() else: gobject.source_remove(self.handle) def setScreen (self): (step, anaconda) = self.anaconda.dispatch.currentStep() if step is None: gtk.main_quit() return if not stepToClass[step]: if self.anaconda.dispatch.dir == DISPATCH_FORWARD: return self.nextClicked() else: return self.prevClicked() (file, className) = stepToClass[step] newScreenClass = None while 1: try: found = imputil.imp.find_module(file) loaded = imputil.imp.load_module(className, found[0], found[1], found[2]) newScreenClass = loaded.__dict__[className] break except ImportError, e: print e win = MessageWindow(_("Error!"), _("An error occurred when attempting " "to load an installer interface " "component.\n\nclassName = %s") % (className,), type="custom", custom_icon="warning", custom_buttons=[_("_Exit"), _("_Retry")]) if not win.getrc(): if flags.rootpath: msg = _("The installer will now exit...") buttons = [_("_Exit")] else: msg = _("Your system will now be rebooted...") buttons = [_("_Reboot")] MessageWindow(_("Rebooting System"), msg, type="custom", custom_icon="warning", custom_buttons=buttons) sys.exit(0) ics = InstallControlState (self) ics.setPrevEnabled(self.anaconda.dispatch.canGoBack()) self.destroyCurrentWindow() self.currentWindow = newScreenClass(ics) new_screen = self.currentWindow.getScreen(anaconda) if not new_screen: return self.update (ics) self.installFrame.add(new_screen) self.installFrame.show_all() self.handle = gobject.idle_add(self.handleRenderCallback) if self.reloadRcQueued: self.window.reset_rc_styles() self.reloadRcQueued = 0 def destroyCurrentWindow(self): children = self.installFrame.get_children () if children: child = children[0] self.installFrame.remove (child) child.destroy () self.currentWindow = None def update (self, ics): self.mainxml.get_widget("backButton").set_sensitive(ics.getPrevEnabled()) self.mainxml.get_widget("nextButton").set_sensitive(ics.getNextEnabled()) if ics.getGrabNext(): self.mainxml.get_widget("nextButton").grab_focus() def __init__ (self, anaconda): self.reloadRcQueued = 0 self.currentWindow = None self.anaconda = anaconda self.handle = None self.rnv = ReleaseNotesViewer(self.anaconda) def keyRelease (self, window, event): if ((event.keyval == gtk.keysyms.KP_Delete or event.keyval == gtk.keysyms.Delete) and (event.state & (gtk.gdk.CONTROL_MASK | gtk.gdk.MOD1_MASK))): self._doExit() # XXX hack: remove me when the accelerators work again. elif (event.keyval == gtk.keysyms.F12 and self.currentWindow.getICS().getNextEnabled()): self.nextClicked() elif (event.keyval == gtk.keysyms.Print and event.state & gtk.gdk.SHIFT_MASK): takeScreenShot() def _doExit (self, *args): gtk.main_quit() os._exit(0) def createWidgets (self): self.window.set_title(_("%s Installer") %(productName,)) # FIXME: doesn't handle the lowres case i = self.mainxml.get_widget("headerImage") p = readImageFromFile("anaconda_header.png", dither = False, image = i) if p is None: print _("Unable to load title bar") if (gtk.gdk.screen_height() < 600) or \ (gtk.gdk.screen_height() <= 675 and not runningMiniWm()): i.hide() else: self.window.set_size_request(800, 600) self.window.set_position(gtk.WIN_POS_CENTER_ALWAYS) if flags.debug: self.mainxml.get_widget("debugButton").show_now() self.installFrame = self.mainxml.get_widget("installFrame") def connectSignals(self): sigs = { "on_nextButton_clicked": self.nextClicked, "on_rebootButton_clicked": self._doExit, "on_closeButton_clicked": self._doExit, "on_backButton_clicked": self.prevClicked, "on_relnotesButton_clicked": self.releaseNotesButtonClicked, "on_debugButton_clicked": self.debugClicked, "on_mainWindow_key_release_event": self.keyRelease, "on_mainWindow_delete_event": self._doExit, } self.mainxml.signal_autoconnect(sigs) def loadGlade(self): self.mainxml = gtk.glade.XML(findGladeFile("anaconda.glade"), domain="anaconda") def setup_window (self, runres): self.setLtR() self.loadGlade() self.window = self.mainxml.get_widget("mainWindow") self.createWidgets() self.connectSignals() self.setScreen() self.window.show() def busyCursorPush(self): rootPushBusyCursor() def busyCursorPop(self): rootPopBusyCursor() def run (self, runres): self.setup_window(runres) gtk.main() class InstallControlState: def __init__ (self, cw): self.cw = cw self.prevEnabled = True self.nextEnabled = True self.title = _("Install Window") self.grabNext = True def setTitle (self, title): self.title = title self.cw.update (self) def getTitle (self): return self.title def setPrevEnabled (self, value): if value == self.prevEnabled: return self.prevEnabled = value self.cw.update (self) def getPrevEnabled (self): return self.prevEnabled def setNextEnabled (self, value): if value == self.nextEnabled: return self.nextEnabled = value self.cw.update (self) def getNextEnabled (self): return self.nextEnabled def setScreenPrev (self): self.cw.prevClicked () def setScreenNext (self): self.cw.nextClicked () def setGrabNext (self, value): self.grabNext = value self.cw.update (self) def getGrabNext (self): return self.grabNext def getICW (self): return self.cw