def _run_inv_scan(self, widget, inv):
"""
Run Inventory scan.
"""
if self.daddy:
inv_id = self.daddy.invdb.get_inventory_id_for_name(inv)
if not inv_id:
scan_args = self._get_command_from_schemas(inv)
if not scan_args:
return
else:
scan_args = (
self.daddy.invdb.get_scan_args_for_inventory_id(inv_id))
if not scan_args:
scan_args = self._get_command_from_schemas(inv)
if not scan_args:
return
scan = NmapCommand(scan_args)
scan.run_scan()
if not self.running_scans:
# no scans running, start timer for checking if some scan
# finished
self.scans_timer = gobject.timeout_add(4200, self._check_scans)
self.running_scans[scan] = inv
running_scans = len(self.running_scans)
self.daddy._write_statusbar(("%d " % running_scans) +
append_s(_("scan"), running_scans) +
_(" running"))
def _run_inv_scan(self, widget, inv):
"""
Run Inventory scan.
"""
if self.daddy:
inv_id = self.daddy.invdb.get_inventory_id_for_name(inv)
if not inv_id:
scan_args = self._get_command_from_schemas(inv)
if not scan_args:
return
else:
scan_args = (
self.daddy.invdb.get_scan_args_for_inventory_id(inv_id))
if not scan_args:
scan_args = self._get_command_from_schemas(inv)
if not scan_args:
return
scan = NmapCommand(scan_args)
scan.run_scan()
if not self.running_scans:
# no scans running, start timer for checking if some scan
# finished
self.scans_timer = gobject.timeout_add(4200, self._check_scans)
self.running_scans[scan] = inv
running_scans = len(self.running_scans)
self.daddy._write_statusbar(("%d " % running_scans) +
append_s(_("scan"), running_scans) + _(" running"))
def _adjust_target_label(self):
"""Update target_lbl according to the current scount (assumes that
scount > 0)."""
word = append_s(_("scan"), self.scount)
self.target_lbl.set_label(
_("Target list") +
(" (%d) " % self.scount) + word +
_(" running"))
def buildtv(*args):
"""
Build treeview and append results.
"""
lsmodel = gtk.ListStore(str, str, str, str)
tview = gtk.TreeView(lsmodel)
columns = 4
columns_text = (
_("Inventory"), _("Host"),
_("First Matched Category"), _("Entry Date")
)
tview.columns = [None]*columns
for n in range(columns):
tview.columns[n] = gtk.TreeViewColumn(columns_text[n])
tview.columns[n].cell = gtk.CellRendererText()
tview.columns[n].pack_start(tview.columns[n].cell, True)
tview.columns[n].set_attributes(tview.columns[n].cell, text=n)
tview.append_column(tview.columns[n])
tview.connect('row-activated', row_activated)
# layout
matches = len(args[1])
word = append_s(_("result"), matches)
upper_title = gtk.Label()
upper_title.set_markup(
("<b>%d " % matches) + word + _(" found.") +
"</b>")
hutbox = HIGHBox()
hutbox._pack_noexpand_nofill(upper_title)
sw = HIGScrolledWindow()
sw.add(tview)
vbox = gtk.VBox()
vbox.pack_start(hutbox, False, False, 3)
vbox.pack_start(sw, True, True, 0)
vbox.show_all()
# append results to treeview
results = args[1]
for res, date in results.items():
invname = self.invdb.get_inventory_name_for_id(res[0])
lsmodel.append((invname, res[1], res[2], str(date)))
title = _("Search: %s") % args[0]
tab_label = HIGAnimatedTabLabel(title)
tab_label.connect("close-clicked", close_page, vbox)
self.viewernb.append_page(vbox, tab_label)
def buildtv(*args):
"""
Build treeview and append results.
"""
lsmodel = gtk.ListStore(str, str, str, str)
tview = gtk.TreeView(lsmodel)
columns = 4
columns_text = (_("Inventory"), _("Host"),
_("First Matched Category"), _("Entry Date"))
tview.columns = [None] * columns
for n in range(columns):
tview.columns[n] = gtk.TreeViewColumn(columns_text[n])
tview.columns[n].cell = gtk.CellRendererText()
tview.columns[n].pack_start(tview.columns[n].cell, True)
tview.columns[n].set_attributes(tview.columns[n].cell, text=n)
tview.append_column(tview.columns[n])
tview.connect('row-activated', row_activated)
# layout
matches = len(args[1])
word = append_s(_("result"), matches)
upper_title = gtk.Label()
upper_title.set_markup(("<b>%d " % matches) + word + _(" found.") +
"</b>")
hutbox = HIGHBox()
hutbox._pack_noexpand_nofill(upper_title)
sw = HIGScrolledWindow()
sw.add(tview)
vbox = gtk.VBox()
vbox.pack_start(hutbox, False, False, 3)
vbox.pack_start(sw, True, True, 0)
vbox.show_all()
# append results to treeview
results = args[1]
for res, date in results.items():
invname = self.invdb.get_inventory_name_for_id(res[0])
lsmodel.append((invname, res[1], res[2], str(date)))
title = _("Search: %s") % args[0]
tab_label = HIGAnimatedTabLabel(title)
tab_label.connect("close-clicked", close_page, vbox)
self.viewernb.append_page(vbox, tab_label)
_("finished but it couldn't be added to "
"the database.") +
("\n\n%s" % traceback.format_exc())),
buttons={1: (gtk.RESPONSE_OK, gtk.STOCK_OK)})
dlg.run()
dlg.destroy()
finally:
xmlstore.close() # close connection to the database
scan.close()
todelete.append(scan)
for td in todelete: # remove finished scans from running_scans
del self.running_scans[td]
running_scans = len(self.running_scans)
word = append_s(_("scan"), running_scans)
self.daddy._write_statusbar(
("%d " % running_scans) + word + _(" running"))
if not self.running_scans:
# all scans completed
self.daddy._clear_statusbar()
self.scans_timer = -1
return False # stop timer
return True
def _notebook_controls(self, title):
"""
Build a "label" for using as notebook title with some controls.
_("finished but it couldn't be added to "
"the database.") +
("\n\n%s" % traceback.format_exc())),
buttons={1: (gtk.RESPONSE_OK, gtk.STOCK_OK)})
dlg.run()
dlg.destroy()
finally:
xmlstore.close() # close connection to the database
scan.close()
todelete.append(scan)
for td in todelete: # remove finished scans from running_scans
del self.running_scans[td]
running_scans = len(self.running_scans)
word = append_s(_("scan"), running_scans)
self.daddy._write_statusbar(("%d " % running_scans) + word +
_(" running"))
if not self.running_scans:
# all scans completed
self.daddy._clear_statusbar()
self.scans_timer = -1
return False # stop timer
return True
def _notebook_controls(self, title):
"""
Build a "label" for using as notebook title with some controls.
"""
def _adjust_target_label(self):
"""Update target_lbl according to the current scount (assumes that
scount > 0)."""
word = append_s(_("scan"), self.scount)
self.target_lbl.set_label(
_("Target list") + (" (%d) " % self.scount) + word + _(" running"))
