def authorize_action(self, file_action):
# The user might be OK.
if (utils.check_auth(self.model.user, self.hutch) and
(not file_action
or utils.check_ssh(self.model.user, self.hutch) == file_action)):
return True
# If the user isn't OK, give him or her a chance to authenticate.
if self.model.user == self.myuid:
self.doAuthenticate()
if (utils.check_auth(self.model.user, self.hutch) and
(not file_action
or utils.check_ssh(self.model.user, self.hutch) == file_action)):
return True
QtWidgets.QMessageBox.critical(
None, "Error",
"Action not authorized for user %s" % self.model.user,
QtWidgets.QMessageBox.Ok, QtWidgets.QMessageBox.Ok)
return False
def authenticate_user(self, user, password):
if user == "":
user = self.myuid
need_su = self.myuid != user
if not utils.check_ssh(user, self.hutch):
if self.model.userIO != None:
try:
os.close(self.model.userIO)
except:
pass
self.model.userIO = None
self.ui.userLabel.setText("User: "******"/usr/bin/ssh", [
"ssh", user + "@" + utils.COMMITHOST, "/bin/tcsh",
"-if"
])
else:
os.execv("/usr/bin/ssh",
["ssh", utils.COMMITHOST, "/bin/tcsh", "-if"])
except:
pass
print "Say what? execv failed?"
sys.exit(0)
l = utils.read_until(fd, "(assword:|> )").group(1)
if l != "> ":
os.write(fd, password + "\n")
l = utils.read_until(fd, "> ")
if utils.KINIT != None and password != "":
os.write(fd, utils.KINIT + "\n")
l = utils.read_until(fd, ": ")
os.write(fd, password + "\n")
l = utils.read_until(fd, "> ")
self.model.user = user
if self.model.userIO != None:
try:
os.close(self.model.userIO)
except:
pass
self.model.userIO = fd
if need_su:
self.utimer.start(10 * 60000) # Let's go for 10 minutes.
self.ui.userLabel.setText("User: " + user)
def authenticate_user(self, user, password):
if user == "":
user = self.myuid
need_su = self.myuid != user
if not utils.check_ssh(user, self.hutch):
if self.model.userIO != None:
try:
os.close(self.model.userIO)
except:
pass
self.model.userIO = None
self.ui.userLabel.setText("User: "******".")[0]:
os.execv("/usr/bin/su",
["su", user, "-c", "/bin/tcsh -if"])
else:
os.execv("/usr/bin/ssh", [
"ssh", user + "@" + utils.COMMITHOST, "/bin/tcsh",
"-if"
])
else:
if utils.COMMITHOST == socket.gethostname().split(".")[0]:
print "C"
os.execv("/bin/tcsh", ["tcsh", "-if"])
else:
print "D"
os.execv("/usr/bin/ssh",
["ssh", utils.COMMITHOST, "/bin/tcsh", "-if"])
except:
pass
print "Say what? execv failed?"
sys.exit(0)
l = utils.read_until(fd, "(assword:|> )").group(1)
if l != "> ":
os.write(fd, password + "\n")
l = utils.read_until(fd, "> ")
if utils.KINIT != None and password != "":
os.write(fd, utils.KINIT + "\n")
l = utils.read_until(fd, ": ")
os.write(fd, password + "\n")
l = utils.read_until(fd, "> ")
#
# Sigh. Someone once had a file named time.py in their home
# directory. So let's go somewhere where we know the files.
#
os.write(fd, "cd %s\n" % utils.TMP_DIR)
l = utils.read_until(fd, "> ")
self.model.user = user
if self.model.userIO != None:
try:
os.close(self.model.userIO)
except:
pass
self.model.userIO = fd
if need_su:
self.utimer.start(10 * 60000) # Let's go for 10 minutes.
self.ui.userLabel.setText("User: " + user)
def operations_deploy():
"""Performs a system-level setup on a host and installs APP on it"""
check_ssh()
check_sudo()
prepare_install_and_check()
def user_deploy():
"""Compiles and installs APP in a user-owned directory."""
check_ssh()
install_and_check()