def on_mi_parse_password_activate(self, widget):
dlg = dialogs.ParsePasswordDialog()
response = dlg.run()
if response == gtk.RESPONSE_OK:
pswd = FigaroPassword()
pswd.update(dlg.parseddict)
self.addPasswordInteractively(pswd)
def do_new(self, arg):
'''Add new password to current category. You will be prompted to enter
fields.
Syntax:
new [-p]
-p - Get properties by parsing provided text. Will open default text editor
for you to paste text in.
'''
new_pass = FigaroPassword(
) # FIXME: Password type shouldn't be hardcoded.
argv = arg.split()
if "-p" in argv:
text = self.getEditorInput()
choosendict = parser.parseMessage(text, self.conf.patterns)
new_pass.update(choosendict)
try:
self.editPassword(new_pass)
except (KeyboardInterrupt, EOFError):
print "Cancelled"
else:
tree = self.getCwd()
tree.addNode(new_pass)
self.tryToSave()
def on_mi_parse_password_activate(self, widget):
dlg = dialogs.ParsePasswordDialog()
response = dlg.run()
if response == gtk.RESPONSE_OK:
pswd = FigaroPassword()
pswd.update(dlg.parseddict)
self.addPasswordInteractively(pswd)
def test_tooLongPassword(self):
pwd = FigaroPassword()
longpswd = "1234567890" * 3
self.assertRaises(FigaroPasswordTooLongError, pwd.__setitem__,
'password', longpswd)
self.assertRaises(FigaroPasswordTooLongError, pwd.update,
{'password': longpswd})
pwd.store_long_password = 1
pwd['title'] = "Long password"
pwd['password'] = longpswd
self.pdb.getTree()['Test'].addNode(pwd)
self.pdb.save(fname="fpm.saved")
self.pdb = PDBFigaro()
self.pdb.open(self.password, fname='fpm.saved')
saved_pwd = self.pdb.getTree()['Test'].locate('Long password')[0]
self.assertEqual(saved_pwd['password'], longpswd)
def test_tooLongPassword(self):
pwd = FigaroPassword()
longpswd = "1234567890"*3;
self.assertRaises(FigaroPasswordTooLongError, pwd.__setitem__,
'password', longpswd)
self.assertRaises(FigaroPasswordTooLongError, pwd.update,
{'password': longpswd})
pwd.store_long_password = 1
pwd['title'] = "Long password"
pwd['password'] = longpswd
self.pdb.getTree()['Test'].addNode(pwd)
self.pdb.save(fname="fpm.saved")
self.pdb = PDBFigaro()
self.pdb.open(self.password, fname='fpm.saved')
saved_pwd = self.pdb.getTree()['Test'].locate('Long password')[0]
self.assertEqual(saved_pwd['password'], longpswd)
def do_new(self, arg):
'''Add new password to current category. You will be prompted to enter
fields.
Syntax:
new [-p | -t]
-p - Get properties by parsing provided text. Will open default text editor
for you to paste text in. Mutually exclusive with -t option.
-t - Display editor template in default text editor. Mutually exclusive with -p option.
'''
new_pass = FigaroPassword() # FIXME: Password type shouldn't be hardcoded.
argv = arg.split()
if "-p" in argv and "-t" in argv:
print _("new: -p and -t arguments are mutually exclusive.")
print _("try 'help new' for more information")
elif "-p" in argv:
text = self.getEditorInput()
choosendict = parser.parseMessage(text, self.conf.patterns)
new_pass.update(choosendict)
elif "-t" in argv:
text = self.getEditorInput(new_pass.asEditText())
choosendict = parser.parseMessage(text, [new_pass.getEditPattern()])
new_pass.update(choosendict)
try:
self.editPassword(new_pass)
except (KeyboardInterrupt, EOFError):
self.printMessage(_("Cancelled"))
else:
tree = self.getCwd()
tree.addNode(new_pass)
self.tryToSave()
def do_import(self, arg):
'''Imports new password records into current category.
Syntax:
import
Get properties by parsing provided text. Will open default text editor
for you to paste text in.
'''
argv = arg.split()
tree = self.getCwd()
text = self.getEditorInput()
for line in text.split("\n"):
new_pass = FigaroPassword() # FIXME: Password type shouldn't be hardcoded.
choosendict = parser.parseMessage(line, self.conf.patterns)
new_pass.update(choosendict)
tree.addNode(new_pass)
self.tryToSave()
def do_import(self, arg):
'''Imports new password records into current category.
Syntax:
import
Get properties by parsing provided text. Will open default text editor
for you to paste text in.
'''
argv = arg.split()
tree = self.getCwd()
text = self.getEditorInput()
for line in [x for x in text.splitlines() if x]:
new_pass = FigaroPassword(
) # FIXME: Password type shouldn't be hardcoded.
choosendict = parser.parseMessage(line, self.conf.patterns)
new_pass.update(choosendict)
tree.addNode(new_pass)
self.tryToSave()
def test_catlessPassword(self):
'Saving and loading password without category'
tree = self.pdb.getTree()
pwd = FigaroPassword(title='CLHost', password='******')
tree.addNode(pwd)
self.pdb.save(fname='fpm.saved')
self.pdb = PDBFigaro()
self.pdb.open(self.password, fname='fpm.saved')
tlnodes = self.pdb.getTree().getNodes()
self.assertEqual(len(tlnodes), 1)
self.assertEqual(tlnodes[0].title, 'CLHost')
self.assertEqual(tlnodes[0]['password'], 'CLPass')
self.assertEqual(tlnodes[0]['url'], '')
def addPasswordInteractively(self, pswd=None):
"""Add the given password to the current category interactively.
Let user deside add the password or not and let him correct information
before adding."""
if pswd is None:
pswd = FigaroPassword()
dlg = dialogs.PasswordEditDialog(pswd)
response = dlg.run()
if response == gtk.RESPONSE_OK:
self.getCWTree().addNode(pswd)
self.setupPasswords()
self.tryToSave()
def do_new(self, arg):
'''Add new password to current category. You will be prompted to enter
fields.
Syntax:
new [-p | -t]
-p - Get properties by parsing provided text. Will open default text editor
for you to paste text in. Mutually exclusive with -t option.
-t - Display editor template in default text editor. Mutually exclusive with -p option.
If the config option 'force-editor is set, this command defaults to the -t option when no options are provided.
'''
new_pass = FigaroPassword(
) # FIXME: Password type shouldn't be hardcoded.
argv = arg.split()
use_visual_editor = len(
argv) == 0 and self.conf.options["force-editor"]
if "-p" in argv and "-t" in argv:
print _("new: -p and -t arguments are mutually exclusive.")
print _("try 'help new' for more information")
elif "-p" in argv:
text = self.getEditorInput()
choosendict = parser.parseMessage(text, self.conf.patterns)
new_pass.update(choosendict)
elif "-t" in argv or use_visual_editor:
text = self.getEditorInput(new_pass.asEditText())
choosendict = parser.parseMessage(text,
[new_pass.getEditPattern()])
new_pass.update(choosendict)
try:
if not use_visual_editor:
self.editPassword(new_pass)
except (KeyboardInterrupt, EOFError):
self.printMessage(_("Cancelled"))
else:
tree = self.getCwd()
tree.addNode(new_pass)
self.tryToSave()