def add(self, argv):
"""add [--first_name=<firstname> --last_name=<lastname>] <username>
Add a new user to the database."""
args, kwargs = CLI.breakout_args(argv[1:], self._environ)
username = args[0]
try:
pwent = passwd.getpwnam(username)
except KeyError:
pass
else:
models.create_user(_session, pwent)
return
grp = _session.query(models.Group).filter(models.Group.name=="testers").one()
kwargs["username"] = username
kwargs["authservice"] = "local"
kwargs.setdefault("is_staff", True)
kwargs.setdefault("is_active", True)
kwargs.setdefault("is_superuser", False)
if "first_name" not in kwargs:
kwargs["first_name"] = self._user_input("First Name? ")
if "last_name" not in kwargs:
kwargs["last_name"] = self._user_input("Last Name? ")
user = models.create(models.User, **kwargs)
user.groups = [grp]
_session.add(user)
_session.commit()
def win32(self, argv):
"""win32 <funcname> args...
Calls the win32api function named <funcname> with the supplied arguments and return the results."""
funcname = argv[1]
args, kwargs = CLI.breakout_args(argv[2:], vars(self._client))
rv = self._client.win32(funcname, *args, **kwargs)
return rv
def add(self, argv):
"""add column=value ...
Add a new row."""
args, kwargs = CLI.breakout_args(argv[1:], self._environ)
inst = self._obj(*args, **kwargs)
_session.add(inst)
_session.commit()
def win32(self, argv):
"""win32 <funcname> args...
Calls the win32api function named <funcname> with the supplied arguments and return the results."""
funcname = argv[1]
args, kwargs = CLI.breakout_args(argv[2:], vars(self._obj))
rv = self._obj.win32(funcname, *args, **kwargs)
return rv
def _generic_call(self, argv):
meth = getattr(self._client, argv[0])
args, kwargs = CLI.breakout_args(argv[1:], vars(self._client))
rv = apply(meth, args, kwargs)
if rv:
self._print(rv)
return rv
def _generic_call(self, argv):
meth = getattr(self._obj, argv[0])
args, kwargs = CLI.breakout_args(argv[1:], vars(self._obj))
rv = meth(*args, **kwargs)
if rv:
self._print(rv)
return rv
def _generic_call(self, argv):
meth = getattr(self._obj, argv[0])
args, kwargs = CLI.breakout_args(argv[1:], vars(self._obj))
rv = meth(*args, **kwargs)
if rv:
self._print(rv)
return rv
def _generic_call(self, argv):
meth = getattr(self._client, argv[0])
args, kwargs = CLI.breakout_args(argv[1:], vars(self._client))
rv = apply(meth, args, kwargs)
if rv:
self._print(rv)
return rv
def filter(self, argv):
"""filter
Apply filters by keyword arguments."""
args, kwargs = CLI.breakout_args(argv[1:], vars(self._obj))
if args:
self._obj = self._obj.filter(" ".join(args))
if kwargs:
for k, v in kwargs.iteritems():
self._obj = self._obj.filter(getattr(self._obj, k) == v)
def fiddle(self, argv):
"""fiddle <handle>
fiddle with a remote file object. Provide the handle id obtained from 'flist'."""
args, kwargs = CLI.breakout_args(argv[1:], vars(self._client))
if args:
handle = args[0]
else:
handle = self._client.flist()[0]
finfo = self._client.get_handle_info(handle)
if finfo:
cmd = self.clone(FileCommand)
cmd._setup(self._client, handle, "%s> " % (finfo,))
raise NewCommand, cmd # signal parser to use new cmd object
else:
self._print("No such handle on server.")
def fiddle(self, argv):
"""fiddle <handle>
fiddle with a remote file object. Provide the handle id obtained from 'flist'."""
args, kwargs = CLI.breakout_args(argv[1:], vars(self._obj))
if args:
handle = args[0]
else:
handle = self._obj.flist()[0]
finfo = self._obj.get_handle_info(handle)
if finfo:
cmd = self.clone(FileCommand)
cmd._setup(self._obj, handle, "%s> " % (finfo, ))
raise CLI.NewCommand(cmd)
else:
self._print("No such handle on server.")
def interact(self, argv):
"""interact <pid>
Interact with the raw file-like interface of a process. Provide the pid as
supplied from plist."""
args, kwargs = CLI.breakout_args(argv[1:], vars(self._client))
if args:
handle = int(args[0])
else:
handle = self._client.plist()[0]
pid = self._client.poll(handle)
if pid:
cmd = self.clone(ProcCommand)
cmd._setup(self._client, pid, "pid %s> " % (pid,))
raise NewCommand, cmd # signal parser to use new cmd object
else:
self._print("No such pid on server.")
def interact(self, argv):
"""interact <pid>
Interact with the raw file-like interface of a process. Provide the pid as
supplied from plist."""
args, kwargs = CLI.breakout_args(argv[1:], vars(self._obj))
if args:
pid = int(args[0])
else:
pid = self._obj.plist()[0]
pid = self._obj.poll(pid)
if pid:
cmd = self.clone(ProcCommand)
cmd._setup(self._obj, pid, "pid %s> " % (pid, ))
raise CLI.NewCommand(cmd)
else:
self._print("No such pid on server.")
def interact(self, argv):
"""interact <pid>
Interact with the raw file-like interface of a process. Provide the pid as
supplied from plist."""
args, kwargs = CLI.breakout_args(argv[1:], vars(self._obj))
if args:
pid = int(args[0])
else:
pid = self._obj.plist()[0]
pid = self._obj.poll(pid)
if pid:
cmd = self.clone(ProcCommand)
cmd._setup(self._obj, pid, "pid %s> " % (pid,))
raise CLI.NewCommand, cmd
else:
self._print("No such pid on server.")
def interact(self, argv):
"""interact <pid>
Interact with the raw file-like interface of a process. Provide the pid as
supplied from plist."""
args, kwargs = CLI.breakout_args(argv[1:], vars(self._client))
if args:
handle = int(args[0])
else:
handle = self._client.plist()[0]
pid = self._client.poll(handle)
if pid:
cmd = self.clone(ProcCommand)
cmd._setup(self._client, pid, "pid %s> " % (pid, ))
raise NewCommand, cmd # signal parser to use new cmd object
else:
self._print("No such pid on server.")
def set(self, argv):
"""set <name>=<value> ...
Set the column <name> to <value>."""
args, kwargs = CLI.breakout_args(argv[1:], self._environ)
for name, value in kwargs.items():
setattr(self._obj, name, value)
