def run(self):
# Edit the casper.conf
# Strangely enough, casper uses the "quiet" flag if the build system is either Debian or Ubuntu
if config.VStatus is False:
logger.logI(self.tn, _("Editing casper and LSB configuration files"))
logger.logV(self.tn, _("Editing casper.conf"))
buildsys = "Ubuntu"
if configutils.parseBoolean(configutils.getValue(configs[configutils.casperquiet])) is False:
buildsys = ""
unionfs = configutils.getValue(configs[configutils.unionfs])
if unionfs == "overlayfs" and aptutil.compVersions(aptutil.getPkgVersion(aptutil.getPkg("casper", aptcache)), "1.272", aptutil.lt):
logger.logW(self.tn, _("Using DEFAULT instead of overlayfs"))
unionfs = "DEFAULT"
self.varEditor(tmpsys + "etc/casper.conf", {
"USERNAME": configutils.getValue(configs[configutils.username]),
"USERFULLNAME":
configutils.getValue(configs[configutils.userfullname]),
"HOST": configutils.getValue(configs[configutils.host]),
"BUILD_SYSTEM": buildsys,
"FLAVOUR": configutils.getValue(configs[configutils.flavour]),
"UNIONFS": unionfs})
logger.logV(self.tn, _("Editing lsb-release"))
self.varEditor(tmpsys + "etc/lsb-release", {
"DISTRIB_ID": configutils.getValue(configs[configutils.sysname]),
"DISTRIB_RELEASE": configutils.getValue(configs[configutils.version]),
"DISTRIB_CODENAME": configutils.getValue(configs[configutils.codename]),
"DISTRIB_DESCRIPTION":
configutils.getValue(configs[configutils.description])})
def runthread(self):
# Edit the casper.conf
# Strangely enough, casper uses the "quiet" flag if the build system is either Debian or Ubuntu
if config.VStatus is False:
logger.logI(self.tn, logger.I,
_("Editing casper and LSB configuration files"))
logger.logV(self.tn, logger.I, _("Editing casper.conf"))
buildsys = "Ubuntu"
if configutils.parseBoolean(
configutils.getValue(
configs[configutils.casperquiet])) is False:
buildsys = ""
unionfs = configutils.getValue(configs[configutils.unionfs])
if unionfs == "overlayfs" and aptutil.compVersions(
aptutil.getPkgVersion(aptutil.getPkg("casper", aptcache)),
"1.272", aptutil.lt):
logger.logI(self.tn, logger.W,
_("Using DEFAULT instead of overlayfs"))
unionfs = "DEFAULT"
self.varEditor(
tmpsys + "etc/casper.conf", {
"USERNAME":
configutils.getValue(configs[configutils.username]),
"USERFULLNAME":
configutils.getValue(configs[configutils.userfullname]),
"HOST":
configutils.getValue(configs[configutils.host]),
"BUILD_SYSTEM":
buildsys,
"FLAVOUR":
configutils.getValue(configs[configutils.flavour]),
"UNIONFS":
unionfs
})
logger.logI(self.tn, logger.I,
_("Applying permissions to casper scripts"))
# Make sure the casper scripts work
cbs = "/usr/share/initramfs-tools/scripts/casper-bottom/"
for i in fsutil.listdir(cbs):
fsutil.chmod(i, 0o755, self.tn)
logger.logV(self.tn, logger.I, _("Editing lsb-release"))
self.varEditor(
tmpsys + "etc/lsb-release", {
"DISTRIB_ID":
configutils.getValue(configs[configutils.sysname]),
"DISTRIB_RELEASE":
configutils.getValue(configs[configutils.sysversion]),
"DISTRIB_CODENAME":
configutils.getValue(configs[configutils.codename]),
"DISTRIB_DESCRIPTION":
configutils.getValue(configs[configutils.description])
})
def run(self):
logger.logV(self.tn, logger.I, "Setting up Ubiquity")
if os.getenv("KDE_FULL_SESSION") != None:
aptutil.instPkg(aptutil.getPkg("ubiquity-frontend-kde", aptcache), self.depcache)
aptutil.remPkg(aptutil.getPkg("ubiquity-frontend-gtk", aptcache), self.depcache, True)
else:
aptutil.remPkg(aptutil.getPkg("ubiquity-frontend-kde", aptcache), self.depcache, True)
aptutil.instPkg(aptutil.getPkg("ubiquity-frontend-gtk", aptcache), self.depcache)
if configutils.parseBoolean(config[configutils.popcon]):
logger.logV(self.tn, logger.I, "Setting up Popularity Contest")
aptutil.instPkg(aptutil.getPkg("popularity-contest"), self.depcache)
else:
aptutil.remPkg(aptutil.getPkg("popularity-contest"), self.depcache, True)
aptutil.commitChanges(self.depcache, self.ap, self.ip)
def run(self):
if configutils.parseBoolean(configutils.getValue(configs[configutils.enablewubi])) is True:
logger.logV(self.tn, _("Generating the windows autorun.inf"))
files = open(isotreel + "autorun.inf", "w")
files.write("[autorun]\n")
files.write("open=wubi.exe\n")
files.write("icon=wubi.exe,0\n")
files.write("label=Install " + configutils.getValue(configs[configutils.sysname]) + "\n")
files.write("\n")
files.write("[Content]\n")
files.write("MusicFiles=false\n")
files.write("PictureFiles=false\n")
files.write("VideoFiles=false\n")
files.close()
def runthread(self):
if configutils.parseBoolean(configutils.getValue(configs[configutils.enablewubi])) is True:
logger.logV(self.tn, logger.I, _("Generating the windows autorun.inf"))
files = open(isotreel + "autorun.inf", "w")
files.write("[autorun]\n")
files.write("open=wubi.exe\n")
files.write("icon=wubi.exe,0\n")
files.write("label=Install " + configutils.getValue(configs[configutils.sysname]) + "\n")
files.write("\n")
files.write("[Content]\n")
files.write("MusicFiles=false\n")
files.write("PictureFiles=false\n")
files.write("VideoFiles=false\n")
files.close()
def runthread(self):
# If the user-setup-apply file does not exist, and there is an alternative, we'll copy it over
logger.logI(self.tn, logger.I, _("Setting up the installer"))
if os.path.isfile("/usr/lib/ubiquity/user-setup/user-setup-apply.orig") and not os.path.isfile(
"/usr/lib/ubiquity/user-setup/user-setup-apply"
):
shutil.copy2(
"/usr/lib/ubiquity/user-setup/user-setup-apply.orig", "/usr/lib/ubiquity/user-setup/user-setup-apply"
)
if True or configutils.parseBoolean(configutils.getValue(configs[configutils.aptlistchange])):
if not os.path.exists("/usr/share/ubiquity/apt-setup.relinux-backup"):
os.rename("/usr/share/ubiquity/apt-setup", "/usr/share/ubiquity/apt-setup.relinux-backup")
aptsetup = open("/usr/share/ubiquity/apt-setup", "w")
aptsetup.write("#!/bin/sh\n")
aptsetup.write("exit\n")
aptsetup.close()
def run(self):
# If the user-setup-apply file does not exist, and there is an alternative, we'll copy it over
logger.logI(self.tn, _("Setting up the installer"))
if os.path.isfile("/usr/lib/ubiquity/user-setup/user-setup-apply.orig") and not os.path.isfile("/usr/lib/ubiquity/user-setup/user-setup-apply"):
shutil.copy2("/usr/lib/ubiquity/user-setup/user-setup-apply.orig",
"/usr/lib/ubiquity/user-setup/user-setup-apply")
if configutils.parseBoolean(configutils.getValue(configs[configutils.aptlistchange])) is True:
fsutil.makedir(tmpsys + "usr/share/ubiquity/")
aptsetup = open(tmpsys + "usr/share/ubiquity/apt-setup", "w")
aptsetup.write("#!/bin/sh\n")
aptsetup.write("exit\n")
aptsetup.close()
else:
fsutil.makedir(tmpsys + "usr/lib/ubiquity/apt-setup/generators/")
cdrom = open(tmpsys + "usr/lib/ubiquity/apt-setup/generators/40cdrom", "w")
cdrom.write("#!/bin/sh\n")
cdrom.write("exit\n")
cdrom.close()
def runthread(self):
# If the user-setup-apply file does not exist, and there is an alternative, we'll copy it over
logger.logI(self.tn, logger.I, _("Setting up the installer"))
if (os.path.isfile(
"/usr/lib/ubiquity/user-setup/user-setup-apply.orig")
and not os.path.isfile(
"/usr/lib/ubiquity/user-setup/user-setup-apply")):
shutil.copy2("/usr/lib/ubiquity/user-setup/user-setup-apply.orig",
"/usr/lib/ubiquity/user-setup/user-setup-apply")
if (True or configutils.parseBoolean(
configutils.getValue(configs[configutils.aptlistchange]))):
if not os.path.exists(
"/usr/share/ubiquity/apt-setup.relinux-backup"):
os.rename("/usr/share/ubiquity/apt-setup",
"/usr/share/ubiquity/apt-setup.relinux-backup")
aptsetup = open("/usr/share/ubiquity/apt-setup", "w")
aptsetup.write("#!/bin/sh\n")
aptsetup.write("exit\n")
aptsetup.close()
def run(self):
logger.logV(self.tn, logger.I, "Setting up Ubiquity")
if os.getenv("KDE_FULL_SESSION") != None:
aptutil.instPkg(aptutil.getPkg("ubiquity-frontend-kde", aptcache),
self.depcache)
aptutil.remPkg(aptutil.getPkg("ubiquity-frontend-gtk", aptcache),
self.depcache, True)
else:
aptutil.remPkg(aptutil.getPkg("ubiquity-frontend-kde", aptcache),
self.depcache, True)
aptutil.instPkg(aptutil.getPkg("ubiquity-frontend-gtk", aptcache),
self.depcache)
if configutils.parseBoolean(config[configutils.popcon]):
logger.logV(self.tn, logger.I, "Setting up Popularity Contest")
aptutil.instPkg(aptutil.getPkg("popularity-contest"),
self.depcache)
else:
aptutil.remPkg(aptutil.getPkg("popularity-contest"), self.depcache,
True)
aptutil.commitChanges(self.depcache, self.ap, self.ip)
def runthread(self):
# Edit the casper.conf
# Strangely enough, casper uses the "quiet" flag if the build system is either Debian or Ubuntu
if config.VStatus is False:
logger.logI(self.tn, logger.I, _("Editing casper and LSB configuration files"))
logger.logV(self.tn, logger.I, _("Editing casper.conf"))
buildsys = "Ubuntu"
if configutils.parseBoolean(configutils.getValue(configs[configutils.casperquiet])) is False:
buildsys = ""
unionfs = configutils.getValue(configs[configutils.unionfs])
if unionfs == "overlayfs" and aptutil.compVersions(
aptutil.getPkgVersion(aptutil.getPkg("casper", aptcache)), "1.272", aptutil.lt
):
logger.logI(self.tn, logger.W, _("Using DEFAULT instead of overlayfs"))
unionfs = "DEFAULT"
self.varEditor(
tmpsys + "etc/casper.conf",
{
"USERNAME": configutils.getValue(configs[configutils.username]),
"USERFULLNAME": configutils.getValue(configs[configutils.userfullname]),
"HOST": configutils.getValue(configs[configutils.host]),
"BUILD_SYSTEM": buildsys,
"FLAVOUR": configutils.getValue(configs[configutils.flavour]),
"UNIONFS": unionfs,
},
)
logger.logI(self.tn, logger.I, _("Applying permissions to casper scripts"))
# Make sure the casper scripts work
cbs = "/usr/share/initramfs-tools/scripts/casper-bottom/"
for i in fsutil.listdir(cbs):
fsutil.chmod(i, 0o755, self.tn)
logger.logV(self.tn, logger.I, _("Editing lsb-release"))
self.varEditor(
tmpsys + "etc/lsb-release",
{
"DISTRIB_ID": configutils.getValue(configs[configutils.sysname]),
"DISTRIB_RELEASE": configutils.getValue(configs[configutils.sysversion]),
"DISTRIB_CODENAME": configutils.getValue(configs[configutils.codename]),
"DISTRIB_DESCRIPTION": configutils.getValue(configs[configutils.description]),
},
)
def fillConfiguration(self, configs, widget):
# TODO: Clean this mess, or at least comment it
l = chr(108)
v = chr(118)
for i in configs.keys():
# If the section is not in the notebook, add it
if not i in self.configTab.notebook1.__dict__:
self.configTab.notebook1.__dict__[i] = QtGui.QWidget()
self.configTab.notebook1.__dict__[
i].vlayout = QtGui.QVBoxLayout(
self.configTab.notebook1.__dict__[i])
self.configTab.notebook1.__dict__[i].nbook = QtGui.QTabWidget(
self.configTab.notebook1.__dict__[i])
self.configTab.notebook1.__dict__[i].vlayout.addWidget(
self.configTab.notebook1.__dict__[i].nbook)
self.configTab.notebook1.addTab(
self.configTab.notebook1.__dict__[i], i)
for x in configs[i].keys():
c = configutils.getValueP(configs[i][x], configutils.category)
n = configutils.getValueP(configs[i][x], configutils.name)
t = configutils.getValueP(configs[i][x], configutils.types)
v_ = configutils.getValue(configs[i][x])
c_ = configutils.getChoices(t)
var = (i, x)
# If the category is not in the section's notebook, add it
if not c in self.configTab.notebook1.__dict__[i].nbook.__dict__:
fw = QtGui.QWidget(
self.configTab.notebook1.__dict__[i].nbook)
vb = QtGui.QVBoxLayout(fw)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c] = QtGui.QScrollArea(fw)
vb.addWidget(
self.configTab.notebook1.__dict__[i].nbook.__dict__[c])
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].setWidgetResizable(False)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].flayout = QtGui.QFormLayout()
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].flayout.setSizeConstraint(
QtGui.QLayout.SetFixedSize)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].flayout.setFieldGrowthPolicy(
QtGui.QFormLayout.AllNonFixedFieldsGrow)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].flayout.setLabelAlignment(QtCore.Qt.AlignLeft)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].flayoutC = QtGui.QWidget()
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].flayoutC.setLayout(
self.configTab.notebook1.__dict__[i].nbook.
__dict__[c].flayout)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].setWidget(self.configTab.notebook1.__dict__[i].
nbook.__dict__[c].flayoutC)
self.configTab.notebook1.__dict__[i].nbook.addTab(fw, c)
# Add the label
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n] = {}
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][l] = QtGui.QLabel()
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][l].setText(n)
# Add the value
if t == configutils.yesno:
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][v] = ConfigWidget(
QtGui.QCheckBox(), var)
if configutils.parseBoolean(v_):
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][v].widget.setChecked(True)
elif c_ is not None and len(c_) > 0:
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][v] = ConfigWidget(
QtGui.QComboBox(), var)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][v].widget.clear()
c__ = 0
for y in c_:
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][v].widget.addItem(y)
if y == v_:
self.configTab.notebook1.__dict__[
i].nbook.__dict__[c].__dict__[n][
v].widget.setCurrentIndex(c__)
c__ += 1
else:
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][v] = ConfigWidget(
QtGui.QLineEdit(), var)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][v].widget.setText(v_)
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].__dict__[n][v].widget.setSizePolicy(
QtGui.QSizePolicy(QtGui.QSizePolicy.Expanding))
self.configTab.notebook1.__dict__[i].nbook.__dict__[
c].flayout.addRow(
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].
__dict__[n][l], self.configTab.notebook1.__dict__[i].
nbook.__dict__[c].__dict__[n][v].widget)
def fillConfiguration(self, configs):
c = 0
for i in configs.keys():
cur = Frame(self.page1)
ids = self.page1.add_tab()
self.page1.add_page_body(ids, i, cur)
#self.page1.add(cur)
#self.page1.tab(c, text=i)
#curr = Tkinter.Frame(cur.interior)
#curr.pack(side="top", fill="both", expand=1)
secs = Notebook(cur)
secs.pack(side="top", fill="both", expand=1)
c1 = 0
subtabs = {}
for x in configs[i]:
curr = None
category = configutils.getValueP(configs[i][x], configutils.category)
found = False
for y in subtabs.keys():
if y == category:
found = True
curr = subtabs[category].interior
if found is False:
ids = secs.add_tab()
frame = VerticalScrolledFrame(secs.page(ids), background=bg, borderwidth=0,
highlightthickness=0)
subtabs[category] = frame
secs.add_page_body(ids, category, subtabs[category])
#secs.tab(subtabs[category], text=category)
curr = subtabs[category].interior
l = Label(curr, text=configutils.getValueP(configs[i][x],
configutils.name))
l.grid(row=c1, sticky=Tkinter.W)
types = configutils.getValueP(configs[i][x], configutils.types)
value = configutils.getValueP(configs[i][x], configutils.value)
choices = configutils.getChoices(types)
multiple = configutils.getMultipleValues(value)
if types == configutils.yesno:
#v = Tkinter.IntVar()
#r = ttk.Radiobutton(curr, text="Yes", variable=v, value=1)
#r.grid(row=c1, column=1)
#r2 = ttk.Radiobutton(curr, text="No", variable=v, value=2)
#r2.grid(row=c1, column=2)
r = YesNo(curr)
r.grid(row=c1, column=1)
r.set(configutils.parseBoolean(value))
elif choices is not None and len(choices) > 0:
cb = Choice(curr, choices)
cb.grid(row=c1, column=1)
cb.cb.set(value)
elif types == configutils.filename:
e = FileSelector(curr)
e.grid(row=c1, column=1)
e.entry.delete(0, "end")
e.entry.insert(0, value)
elif types == configutils.multiple:
e = Multiple(curr)
e.grid(row=c1, column=1)
e.set(multiple)
else:
e = Entry(curr)
e.grid(row=c1, column=1)
e.delete(0, "end")
e.insert(0, value)
c1 = c1 + 1
c = c + 1
def fillConfiguration(self, configs, widget):
# TODO: Clean this mess, or at least comment it
l = chr(108)
v = chr(118)
for i in configs.keys():
# If the section is not in the notebook, add it
if not i in self.configTab.notebook1.__dict__:
self.configTab.notebook1.__dict__[i] = QtGui.QWidget()
self.configTab.notebook1.__dict__[i].vlayout = QtGui.QVBoxLayout(
self.configTab.notebook1.__dict__[i])
self.configTab.notebook1.__dict__[i].nbook = QtGui.QTabWidget(
self.configTab.notebook1.__dict__[i])
self.configTab.notebook1.__dict__[i].vlayout.addWidget(
self.configTab.notebook1.__dict__[i].nbook)
self.configTab.notebook1.addTab(self.configTab.notebook1.__dict__[i], i)
for x in configs[i].keys():
c = configutils.getValueP(configs[i][x], configutils.category)
n = configutils.getValueP(configs[i][x], configutils.name)
t = configutils.getValueP(configs[i][x], configutils.types)
v_ = configutils.getValue(configs[i][x])
c_ = configutils.getChoices(t)
var = (i, x)
# If the category is not in the section's notebook, add it
if not c in self.configTab.notebook1.__dict__[i].nbook.__dict__:
fw = QtGui.QWidget(self.configTab.notebook1.__dict__[i].nbook)
vb = QtGui.QVBoxLayout(fw)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c] = QtGui.QScrollArea(fw)
vb.addWidget(self.configTab.notebook1.__dict__[i].nbook.__dict__[c])
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].setWidgetResizable(False)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayout = QtGui.QFormLayout()
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayout.setSizeConstraint(
QtGui.QLayout.SetFixedSize)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayout.setFieldGrowthPolicy(
QtGui.QFormLayout.AllNonFixedFieldsGrow)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayout.setLabelAlignment(
QtCore.Qt.AlignLeft)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayoutC = QtGui.QWidget()
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayoutC.setLayout(
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayout)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].setWidget(
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayoutC)
self.configTab.notebook1.__dict__[i].nbook.addTab(
fw, c)
# Add the label
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n] = {}
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][l] = QtGui.QLabel()
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][l].setText(n)
# Add the value
if t == configutils.yesno:
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v] = ConfigWidget(QtGui.QCheckBox(), var)
if configutils.parseBoolean(v_):
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v].widget.setChecked(True)
elif c_ is not None and len(c_) > 0:
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v] = ConfigWidget(QtGui.QComboBox(), var)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v].widget.clear()
c__ = 0
for y in c_:
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v].widget.addItem(y)
if y == v_:
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v].widget.setCurrentIndex(c__)
c__ += 1
else:
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v] = ConfigWidget(QtGui.QLineEdit(), var)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v].widget.setText(v_)
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v].widget.setSizePolicy(
QtGui.QSizePolicy(QtGui.QSizePolicy.Expanding))
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].flayout.addRow(
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][l],
self.configTab.notebook1.__dict__[i].nbook.__dict__[c].__dict__[n][v].widget)
def fillConfiguration(self, configs):
c = 0
for i in configs.keys():
ids = self.page1.add_tab()
cur = Frame(self.page1.page(ids))
self.page1.add_page_body(ids, i, cur)
#self.page1.add(cur)
#self.page1.tab(c, text=i)
#curr = Tkinter.Frame(cur.interior)
#curr.pack(side="top", fill="both", expand=1)
secs = Notebook(cur)
secs.pack(side = "top", fill = "both", expand = 1)
c1 = 0
subtabs = {}
for x in configs[i]:
curr = None
category = configutils.getValueP(configs[i][x], configutils.category)
found = False
for y in subtabs.keys():
if y == category:
found = True
curr = subtabs[category].interior
if found is False:
ids = secs.add_tab()
frame = VerticalScrolledFrame(secs.page(ids), background = bg, borderwidth = 0,
highlightthickness = 0)
subtabs[category] = frame
secs.add_page_body(ids, category, subtabs[category])
#secs.tab(subtabs[category], text=category)
curr = subtabs[category].interior
l = Label(curr, text = configutils.getValueP(configs[i][x],
configutils.name))
l.grid(row = c1, sticky = Tkinter.W)
types = configutils.getValueP(configs[i][x], configutils.types)
value = configutils.getValueP(configs[i][x], configutils.value)
choices = configutils.getChoices(types)
multiple = configutils.getMultipleValues(value)
if types == configutils.yesno:
#v = Tkinter.IntVar()
#r = ttk.Radiobutton(curr, text="Yes", variable=v, value=1)
#r.grid(row=c1, column=1)
#r2 = ttk.Radiobutton(curr, text="No", variable=v, value=2)
#r2.grid(row=c1, column=2)
r = YesNo(curr, savevar = (i, x), savefunc = self.savefunc)
r.grid(row = c1, column = 1)
r.set(configutils.parseBoolean(value))
elif choices is not None and len(choices) > 0:
cb = Choice(curr, choices, savevar = (i, x), savefunc = self.savefunc)
cb.grid(row = c1, column = 1)
cb.cb.set(value)
elif types == configutils.filename:
e = FileSelector(curr, savevar = (i, x), savefunc = self.savefunc)
e.grid(row = c1, column = 1)
e.set(value)
elif types == configutils.multiple:
e = Multiple(curr, savevar = (i, x), savefunc = self.savefunc)
e.grid(row = c1, column = 1)
e.set(multiple)
else:
e = Entry(curr, savevar = (i, x), savefunc = self.savefunc)
e.grid(row = c1, column = 1)
e.set(value)
c1 = c1 + 1
c = c + 1
def run(self):
if configutils.parseBoolean(configutils.getValue(configs[configutils.memtest])):
logger.logV(self.tn, _("Copying memtest to the ISO tree"))
copyFile("/boot/memtest86+.bin", isotreel + "isolinux/memtest")
def runthread(self):
if configutils.parseBoolean(configutils.getValue(configs[configutils.memtest])):
logger.logV(self.tn, logger.I, _("Copying memtest to the ISO tree"))
copyFile("/boot/memtest86+.bin", isotreel + "isolinux/memtest", self.tn)
