def edit_config_file(conf_str, config_field, object_name):
"edit the configuration on the server"
descriptor, file_name = tempfile.mkstemp(suffix=".yml", text=True)
handle = os.fdopen(descriptor, 'w+b')
handle.write(conf_str)
handle.close()
os.system("%s %s" % (system_state.editor, file_name))
post_data = yaml.load(open(file_name).read())
submit = libUi.ask_yes_no("Commit changes to server", libUi.YES)
if submit:
output = config_field.post_data(object_name, post_data)
os.unlink(file_name)
return output["command_status"], output["command_output"]
else:
msg = "Discarded changes. Edits can be found here: %s" % file_name
return OK, [msg]
def cmd(self, command_line):
"""
command_line -- all of the keywords passed in the command string, parsed
"""
status = OK
output = []
if len(command_line) < 2:
raise CommandError("Incomplete command.")
user_name = self.check_user_name(command_line)
if len(command_line) == 2:
system_state.push_prompt(["user", user_name])
else:
command = command_line[2].lower()
if command == "edit":
status, output = Edit.User().cmd(["edit", "user", user_name], 0)
elif command == "set-password":
password = libUi.pwd_input("password for %s: " % user_name)
try:
status, output = system_state.cnm_connector.set_password(user_name, password)
except MachineTraceback, m_err:
libUi.process_traceback(m_err)
status = FAIL
elif command == "delete":
if system_state.username == user_name:
status = FAIL
output = ["Cannot delete your own user object."]
else:
prompt = 'Delete user "%s" -- are you sure' % user_name
if libUi.ask_yes_no(prompt, libUi.NO) == libUi.NO:
status = FAIL
output = ["Aborted"]
try:
return system_state.cnm_connector.delete_user(user_name)
except MachineTraceback, m_err:
libUi.process_traceback(m_err)
status = FAIL
def cmd(self, command_line):
'''Create a thing that the user is interested in'''
if command_line.no_flag:
return FAIL, []
if len(command_line) < 3:
return FAIL, ["Incomplete command."]
conf_str = self.config_field.get_default_data()
#conf_str = yaml.dump(current_dict, default_flow_style=False)
file_descriptor, file_name = tempfile.mkstemp(suffix=".yml", text=True)
file_handle = os.fdopen(file_descriptor, 'w+b')
file_handle.write(conf_str)
file_handle.close()
os.system("vim %s" % file_name)
post_data = yaml.load(open(file_name).read())
submit = libUi.ask_yes_no("Commit changes to server", libUi.YES)
if submit:
_status, output = self.config_field.post_specific_data(command_line, 2, post_data)
os.unlink(file_name)
return OK, [output]
else:
msg = "Discarded changes. Edits can be found here: %s" % file_name
return OK, [msg]
def get_comments(form_text):
"Create a form that the user can edit and pull out relevant data"
_fd, file_name = tempfile.mkstemp(suffix=".txt", text=True)
file_handle = os.fdopen(_fd, 'w+b')
file_handle.write(form_text)
file_handle.close()
os.system("%s %s" % (system_state.editor, file_name))
form_data = open(file_name).read()
publish, job_names, comments = process_form_data(form_data)
delete_temp_file = False
submit = False
if job_names and comments:
submit = libUi.ask_yes_no("Submit comments to server", libUi.YES)
if submit:
delete_temp_file = True
else:
msg = "%%%% Discarded changes. Edits can be found here: %s\n"
print msg % file_name
else:
delete_temp_file = True
if delete_temp_file:
os.unlink(file_name)
return submit, publish, job_names, '\n'.join(comments)
def watch_jobs(self, job_names):
"Given a list of jobs, watch their progress."
summary_output = []
summary_status = OK
jobs = set(job_names)
try:
while job_names:
jobs = jobs.union(job_names)
time.sleep(0.25)
url = "json/job/poll/"
post_data = {"yaml": yaml.dump({"job_names": job_names})}
output = self.service_yaml_request(url, post_data=post_data)
if type(output) != type({}):
msg = "Request to %s returned and invalid type (%s)"
libUi.error(msg % (url, output))
return FAIL, output
for job_name in output:
job_output = output[job_name]
if "traceback" in job_output:
raise MachineTraceback(url, job_output["traceback"])
new_output = job_output.get("new_output", '')
if new_output:
libUi.process_cnm(new_output)
alive = job_output.get("alive")
if alive == None:
if job_output.get("command_status") == "QUEUED":
pending_job = job_output.get("pending_job")
msg = "%s is pending %s." % (job_name, pending_job)
libUi.warning(msg)
libUi.info("Watching %s..." % pending_job)
job_names = [pending_job]
break
if alive == False:
out = system_state.cnm_connector.join_job(job_name)
summary_output.append(out.get("command_output"))
status = out.get("command_status", OK)
if status != OK:
summary_status = FAIL
job_names += out.get("children", [])
job_names.remove(job_name)
comments = out.get("jobs_requiring_comment", 0)
if comments:
system_state.comment_counter = len(comments)
except exceptions.KeyboardInterrupt:
term = libUi.ask_yes_no("Terminate job", libUi.YES)
if term == libUi.NO:
msg = ["Disconnected from %s" % job_names,
"To re-connect, use 'job view'"]
return OK, msg
else:
matcher = re.compile("(\S+)@(\S+)\-(\d+)")
machine_names = set()
for job_name in job_names:
_user, machine_name, _counter = matcher.findall(job_name)[0]
machine_names.update([machine_name])
output = {}
for machine_name in machine_names:
_status, output = self.stop_jobs(machine_name)
print ">>> Halting all jobs on %s..." % machine_name
libUi.user_output(output, FAIL)
raise exceptions.KeyboardInterrupt
libUi.info("Finishing processing of %d jobs..." % len(jobs))
return summary_status, summary_output
