def update_context_list(self):
self.config_dialog.fpr_model.clear()
for us in self.us.itervalues():
for uid, ctx in us.ctxs.iteritems():
for fpr, trust in ctx.trust.iteritems():
trust = False
if ctx.state == potr.context.STATE_ENCRYPTED:
if ctx.getCurrentKey().cfingerprint() == fpr:
state = "encrypted"
tip = enc_tip
trust = bool(ctx.getCurrentTrust())
else:
state = "unused"
tip = unused_tip
elif ctx.state == potr.context.STATE_FINISHED:
state = "finished"
tip = ended_tip
else:
state = 'inactive'
tip = inactive_tip
human_hash = potr.human_hash(fpr)
self.config_dialog.fpr_model.append((uid, state, trust,
'<tt>%s</tt>' % human_hash, us.name, tip, fpr))
def clipboard_button_cb(self, menuitem):
mod, paths = self.fpr_view.get_selection().get_selected_rows()
fprs = []
for path in paths:
it = mod.get_iter(path)
jid, fpr = mod.get(it, 0, 6)
fprs.append('%s: %s' % (jid, potr.human_hash(fpr)))
gtk.Clipboard().set_text('\n'.join(fprs))
gtk.Clipboard(selection='PRIMARY').set_text('\n'.join(fprs))
def clipboard_button_cb(self, menuitem):
mod, paths = self.fpr_view.get_selection().get_selected_rows()
fprs = []
for path in paths:
it = mod.get_iter(path)
jid, fpr = mod.get(it, 0, 6)
fprs.append('%s: %s' % (jid, potr.human_hash(fpr)))
gtk.Clipboard().set_text('\n'.join(fprs))
gtk.Clipboard(selection='PRIMARY').set_text('\n'.join(fprs))
def update_context_list(self):
self.config_dialog.fpr_model.clear()
for us in self.us.itervalues():
usedFpr = set()
for fjid, ctx in us.ctxs.iteritems():
# get active contexts first
key = ctx.getCurrentKey()
if not key:
continue
fpr = key.cfingerprint()
usedFpr.add(fpr)
human_hash = potr.human_hash(fpr)
trust = bool(us.getTrust(ctx.trustName, fpr))
if ctx.state == potr.context.STATE_ENCRYPTED:
state = "encrypted"
tip = enc_tip
elif ctx.state == potr.context.STATE_FINISHED:
state = "finished"
tip = ended_tip
else:
state = 'inactive'
tip = inactive_tip
self.config_dialog.fpr_model.append(
(fjid, state, trust, '<tt>%s</tt>' % human_hash, us.name,
tip, fpr))
for uid, trusts in us.trusts.iteritems():
for fpr, trust in trusts.iteritems():
if fpr in usedFpr:
continue
state = 'inactive'
tip = inactive_tip
human_hash = potr.human_hash(fpr)
self.config_dialog.fpr_model.append(
(uid, state, bool(trust), '<tt>%s</tt>' % human_hash,
us.name, tip, fpr))
def update_context_list(self):
self.config_dialog.fpr_model.clear()
for us in self.us.itervalues():
usedFpr = set()
for fjid, ctx in us.ctxs.iteritems():
# get active contexts first
key = ctx.getCurrentKey()
if not key:
continue
fpr = key.cfingerprint()
usedFpr.add(fpr)
human_hash = potr.human_hash(fpr)
trust = bool(us.getTrust(ctx.trustName, fpr))
if ctx.state == potr.context.STATE_ENCRYPTED:
state = "encrypted"
tip = enc_tip
elif ctx.state == potr.context.STATE_FINISHED:
state = "finished"
tip = ended_tip
else:
state = 'inactive'
tip = inactive_tip
self.config_dialog.fpr_model.append((fjid, state, trust,
'<tt>%s</tt>' % human_hash, us.name, tip, fpr))
for uid, trusts in us.trusts.iteritems():
for fpr, trust in trusts.iteritems():
if fpr in usedFpr:
continue
state = 'inactive'
tip = inactive_tip
human_hash = potr.human_hash(fpr)
self.config_dialog.fpr_model.append((uid, state, bool(trust),
'<tt>%s</tt>' % human_hash, us.name, tip, fpr))
def verify_instructions(self):
"""Generate verification instructions for user."""
return """You can verify that this contact is who they claim to be in one of the following ways:
1) Verify each other's fingerprints using a secure channel:
Your fingerprint : %(your_fingerprint)s
%(peer)s's fingerprint : %(peer_fingerprint)s
then use the command: /otr trust %(peer_nick)s %(peer_server)s
2) SMP pre-shared secret that you both know:
/otr smp ask %(peer_nick)s %(peer_server)s <secret>
3) SMP pre-shared secret that you both know with a question:
/otr smp ask %(peer_nick)s %(peer_server)s <secret> <question>
""" % dict(
your_fingerprint=self.user.getPrivkey(),
peer=self.peer,
peer_fingerprint=potr.human_hash(
self.crypto.theirPubkey.cfingerprint()),
peer_nick=self.peer_nick,
peer_server=self.peer_server,
)
def verify_instructions(self):
"""Generate verification instructions for user."""
return """You can verify that this contact is who they claim to be in one of the following ways:
1) Verify each other's fingerprints using a secure channel:
Your fingerprint : %(your_fingerprint)s
%(peer)s's fingerprint : %(peer_fingerprint)s
then use the command: /otr trust %(peer_nick)s %(peer_server)s
2) SMP pre-shared secret that you both know:
/otr smp ask %(peer_nick)s %(peer_server)s <secret>
3) SMP pre-shared secret that you both know with a question:
/otr smp ask %(peer_nick)s %(peer_server)s <secret> <question>
""" % dict(
your_fingerprint=self.user.getPrivkey(),
peer=self.peer,
peer_fingerprint=potr.human_hash(
self.crypto.theirPubkey.cfingerprint()),
peer_nick=self.peer_nick,
peer_server=self.peer_server,
)
def __init__(self, plugin, ctx, fpr=None, parent=None):
fjid = ctx.peer
gtk.Dialog.__init__(self, title=_('OTR settings for %s') % fjid,
parent=parent,
flags=gtk.DIALOG_DESTROY_WITH_PARENT,
buttons=(gtk.STOCK_CANCEL, gtk.RESPONSE_REJECT,
gtk.STOCK_OK, gtk.RESPONSE_ACCEPT))
self.ctx = ctx
self.fjid = fjid
self.jid = gajim.get_room_and_nick_from_fjid(self.fjid)[0]
self.account = ctx.user.accountname
self.fpr = fpr
self.plugin = plugin
if self.fpr is None:
key = self.ctx.getCurrentKey()
if key is not None:
self.fpr = key.cfingerprint()
self.GTK_BUILDER_FILE_PATH = \
self.plugin.local_file_path('contact_otr_window.ui')
self.xml = gtk.Builder()
self.xml.set_translation_domain('gajim_plugins')
self.xml.add_from_file(self.GTK_BUILDER_FILE_PATH)
self.notebook = self.gw('otr_settings_notebook')
self.child.pack_start(self.notebook)
self.connect('response', self.on_response)
self.gw('otr_default_checkbutton').connect('toggled',
self._otr_default_checkbutton_toggled)
# always set the label containing our fingerprint
self.gw('our_fp_label').set_markup(our_fp_text % ctx.user.getPrivkey())
if self.fpr is None:
# make the fingerprint widgets insensitive
# when not encrypted
for widget in self.gw('otr_fp_vbox').get_children():
widget.set_sensitive(False)
# show that the fingerprint is unknown
self.gw('their_fp_label').set_markup(their_fp_text % {
'jid': self.fjid, 'fp': _('unknown')})
self.gw('verified_combobox').set_active(-1)
else:
# make the fingerprint widgets sensitive when encrypted
for widget in self.gw('otr_fp_vbox').get_children():
widget.set_sensitive(True)
# show their fingerprint
fp = potr.human_hash(self.fpr)
self.gw('their_fp_label').set_markup(their_fp_text % {
'jid': self.fjid, 'fp': fp})
# set the trust combobox
if ctx.getCurrentTrust():
self.gw('verified_combobox').set_active(1)
else:
self.gw('verified_combobox').set_active(0)
otr_flags = self.plugin.get_flags(self.account, self.jid, fallback=False)
if otr_flags is not None:
self.gw('otr_default_checkbutton').set_active(0)
for w in self.gw('otr_settings_vbox').get_children():
w.set_sensitive(True)
else:
# per-user settings not available,
# using default settings
otr_flags = self.plugin.get_flags(self.account)
self.gw('otr_default_checkbutton').set_active(1)
for w in self.gw('otr_settings_vbox').get_children():
w.set_sensitive(False)
self.gw('otr_policy_allow_v2_checkbutton').set_active(
otr_flags['ALLOW_V2'])
self.gw('otr_policy_require_checkbutton').set_active(
otr_flags['REQUIRE_ENCRYPTION'])
self.gw('otr_policy_send_tag_checkbutton').set_active(
otr_flags['SEND_TAG'])
self.gw('otr_policy_start_on_tag_checkbutton').set_active(
otr_flags['WHITESPACE_START_AKE'])
self.child.show_all()
def __init__(self, plugin, ctx, fpr=None, parent=None):
fjid = ctx.peer
gtk.Dialog.__init__(self,
title=_('OTR settings for %s') % fjid,
parent=parent,
flags=gtk.DIALOG_DESTROY_WITH_PARENT,
buttons=(gtk.STOCK_CANCEL, gtk.RESPONSE_REJECT,
gtk.STOCK_OK, gtk.RESPONSE_ACCEPT))
self.ctx = ctx
self.fjid = fjid
self.jid = gajim.get_room_and_nick_from_fjid(self.fjid)[0]
self.account = ctx.user.accountname
self.fpr = fpr
self.plugin = plugin
if self.fpr is None:
key = self.ctx.getCurrentKey()
if key is not None:
self.fpr = key.cfingerprint()
self.GTK_BUILDER_FILE_PATH = \
self.plugin.local_file_path('contact_otr_window.ui')
self.xml = gtk.Builder()
self.xml.set_translation_domain('gajim_plugins')
self.xml.add_from_file(self.GTK_BUILDER_FILE_PATH)
self.notebook = self.gw('otr_settings_notebook')
self.child.pack_start(self.notebook)
self.connect('response', self.on_response)
self.gw('otr_default_checkbutton').connect(
'toggled', self._otr_default_checkbutton_toggled)
# always set the label containing our fingerprint
self.gw('our_fp_label').set_markup(our_fp_text % ctx.user.getPrivkey())
if self.fpr is None:
# make the fingerprint widgets insensitive
# when not encrypted
for widget in self.gw('otr_fp_vbox').get_children():
widget.set_sensitive(False)
# show that the fingerprint is unknown
self.gw('their_fp_label').set_markup(their_fp_text % {
'jid': self.fjid,
'fp': _('unknown')
})
self.gw('verified_combobox').set_active(-1)
else:
# make the fingerprint widgets sensitive when encrypted
for widget in self.gw('otr_fp_vbox').get_children():
widget.set_sensitive(True)
# show their fingerprint
fp = potr.human_hash(self.fpr)
self.gw('their_fp_label').set_markup(their_fp_text % {
'jid': self.fjid,
'fp': fp
})
# set the trust combobox
if ctx.getCurrentTrust():
self.gw('verified_combobox').set_active(1)
else:
self.gw('verified_combobox').set_active(0)
otr_flags = self.plugin.get_flags(self.account,
self.jid,
fallback=False)
if otr_flags is not None:
self.gw('otr_default_checkbutton').set_active(0)
for w in self.gw('otr_settings_vbox').get_children():
w.set_sensitive(True)
else:
# per-user settings not available,
# using default settings
otr_flags = self.plugin.get_flags(self.account)
self.gw('otr_default_checkbutton').set_active(1)
for w in self.gw('otr_settings_vbox').get_children():
w.set_sensitive(False)
self.gw('otr_policy_allow_v2_checkbutton').set_active(
otr_flags['ALLOW_V2'])
self.gw('otr_policy_require_checkbutton').set_active(
otr_flags['REQUIRE_ENCRYPTION'])
self.gw('otr_policy_send_tag_checkbutton').set_active(
otr_flags['SEND_TAG'])
self.gw('otr_policy_start_on_tag_checkbutton').set_active(
otr_flags['WHITESPACE_START_AKE'])
self.child.show_all()
