def connect_to_peer(self, peer_id):
if self.agent_is_banned(peer_id):
g_logger.info("Agent %s is banned." % peer_id)
if peer_id == theApp.peer_info.ID:
g_logger.error("Can't connect to self.")
if peer_id not in self.sessions:
peer_entry = None
if peer_id in self.super_peers:
peer_entry = self.super_peers[peer_id]
elif peer_id in self.normal_peers:
peer_entry = self.normal_peers[peer_id]
elif peer_id in self.mobile_peers:
peer_entry = self.mobile_peers[peer_id]
else:
g_logger.error(
"Peer id '%s' doesn't exist in all peer lists." % peer_id)
return
if self.network_is_banned(peer_entry.IP):
g_logger.info("Agent %s is banned in network grounds (%s)." % \
(peer_id, peer_entry.IP))
return
reactor.connectTCP(peer_entry.IP, peer_entry.Port, theApp.factory)
g_logger.debug("Connecting to %s:%d..." %
(peer_entry.IP, peer_entry.Port))
def update_test_mod(result, *args, **kw):
g_logger.info("Updating Test Module...")
# args = ((version, check_code=0), {})
version = args[0]
if len(args) == 2:
check_code = args[1]
else:
check_code = 0
filename = 'test_' + version + '.py'
path = os.path.join(TMP_DIR, filename)
if not os.path.exists(path):
g_logger.error("Test mod %s can't be found under '/tmp' folder." %
filename)
return
if check_code != 0:
# Verify if the file is the correct one
content = open(filename, 'rb').read()
crc = zlib.crc32(content) & 0xffffffff
if crc != check_code:
g_logger.error(
"Test mod %s is corrupt. Try to download it again." % filename)
return
# Rename the original test.py to test.py.bak,
# and replace test.py with new one
origin = os.path.join(ROOT_DIR, 'umit', 'icm', 'agent', 'test.py')
shutil.copy(origin, origin + '.bak')
shutil.copy(path, origin)
if 'umit.icm.agent.test' in sys.modules:
reload(sys.modules['umit.icm.agent.test'])
g_logger.info("Test Module updated.")
def _handle_response(self, response):
"""Result Handler (generate report)"""
time_end = default_timer()
self.status_code = response.code
self.response_time = time_end - self.time_start
g_logger.debug(self.url)
g_logger.debug((str(self.status_code) + ' ' + response.phrase))
g_logger.debug("Response time: %f" % (self.response_time))
#g_logger.debug(response.headers)
result = {'status_code': 0, 'time_end': time_end}
self.report = self._generate_report(result)
HTTP_SUCCESS_CODE = (200, 302)
if int(response.code) in HTTP_SUCCESS_CODE:
g_logger.debug('task done %s' % response.code)
task_done(self.__class__.__name__, TEST_WEB_TYPE, self)
#if self.pattern is not None:
#response.deliverBody(ContentExaminer(self.url,self.pattern))
#Here we can test the HTTP throttled
self._throttled_http_test()
else:
task_failed(self.__class__.__name__, TEST_WEB_TYPE, self)
g_logger.error("task failed!")
return self.report
def connect_to_peer(self, peer_id):
if self.agent_is_banned(peer_id):
g_logger.info("Agent %s is banned." % peer_id)
if peer_id == theApp.peer_info.ID:
g_logger.error("Can't connect to self.")
if peer_id not in self.sessions:
peer_entry = None
if peer_id in self.super_peers:
peer_entry = self.super_peers[peer_id]
elif peer_id in self.normal_peers:
peer_entry = self.normal_peers[peer_id]
elif peer_id in self.mobile_peers:
peer_entry = self.mobile_peers[peer_id]
else:
g_logger.error("Peer id '%s' doesn't exist in all peer lists." %
peer_id)
return
if self.network_is_banned(peer_entry.IP):
g_logger.info("Agent %s is banned in network grounds (%s)." % \
(peer_id, peer_entry.IP))
return
reactor.connectTCP(peer_entry.IP, peer_entry.Port,
theApp.factory)
g_logger.debug("Connecting to %s:%d..." %
(peer_entry.IP, peer_entry.Port))
def _on_activated(self,widget,row,col):
""""""
self.install_btn.set_sensitive(True)
#choice
selection = self.treeview.get_selection()
(model,iter) = selection.get_selected()
if iter == None:
return
else:
cur_version = self.store.get_value(iter,1)
#fill self.current_record
rs = g_db_helper.select("select * from updates where version = '%s'" % cur_version)
if len(rs) != 1:
g_logger.error("Record is ERROR in DB!!!! The window will be closed!!!")
self.destroy()
self.current_record = {}
self.current_record["version"] = rs[0][0]
self.current_record["news_date"] = rs[0][1]
self.current_record["software_name"] = rs[0][2]
self.current_record["description"] = rs[0][3]
self.current_record["download_url"] = rs[0][4]
self.current_record["is_update"] = rs[0][5]
self.current_record["check_code"] = rs[0][6]
self.statusbar.push(0,_("You have selected the %s version" % \
self.current_record["version"]))
self.details_textview.set_buffer(self._set_details_content(_(self.current_record["description"] + "\n" +
"download:"+self.current_record["download_url"] + "\n" +
"Designed by Umit!"
)))
self.details_textview.show_all()
g_logger.debug("Selected the item %s" % (self.current_record))
def login_failed_autologin(self, message):
"""
"""
g_logger.error(
"[Login Failed]Wrong username or password,will login again")
g_logger.error("[Login Failed]More information:%s" % (message))
self._alter_network_informaiton(message)
def _handle_response(self, response):
"""Result Handler (generate report)"""
time_end = default_timer()
self.status_code = response.code
self.response_time = time_end - self.time_start
g_logger.debug(self.url)
g_logger.debug((str(self.status_code) + ' ' + response.phrase))
g_logger.debug("Response time: %f" % (self.response_time))
#g_logger.debug(response.headers)
result = {'status_code': 0, 'time_end': time_end}
self.report = self._generate_report(result)
HTTP_SUCCESS_CODE = (200,302)
if int(response.code) in HTTP_SUCCESS_CODE:
g_logger.debug('task done %s'%response.code)
task_done(self.__class__.__name__,TEST_WEB_TYPE,self)
#if self.pattern is not None:
#response.deliverBody(ContentExaminer(self.url,self.pattern))
#Here we can test the HTTP throttled
self._throttled_http_test()
else:
task_failed(self.__class__.__name__,TEST_WEB_TYPE,self)
g_logger.error("task failed!")
return self.report
def update_test_mod(result, *args, **kw):
g_logger.info("Updating Test Module...")
# args = ((version, check_code=0), {})
version = args[0]
if len(args) == 2:
check_code = args[1]
else:
check_code = 0
filename = 'test_' + version + '.py'
path = os.path.join(TMP_DIR, filename)
if not os.path.exists(path):
g_logger.error("Test mod %s can't be found under '/tmp' folder." %
filename)
return
if check_code != 0:
# Verify if the file is the correct one
content = open(filename, 'rb').read()
crc = zlib.crc32(content) & 0xffffffff
if crc != check_code:
g_logger.error("Test mod %s is corrupt. Try to download it again." %
filename)
return
# Rename the original test.py to test.py.bak,
# and replace test.py with new one
origin = os.path.join(ROOT_DIR, 'umit', 'icm', 'agent', 'test.py')
shutil.copy(origin, origin + '.bak')
shutil.copy(path, origin)
if 'umit.icm.agent.test' in sys.modules:
reload(sys.modules['umit.icm.agent.test'])
g_logger.info("Test Module updated.")
def _handle_forward_message_response(self, message):
if message.identifier not in self.forwarding_defers:
g_logger.error("message id '%s' not in the forwarding list" % \
message.identifier)
defer_ = self.forwarding_defers[message.identifier]
response_msg = MessageFactory.decode(\
base64.b64decode(message.encodedMessage))
defer_.callback(response_msg)
def _handle_forward_message_response(self, message):
if message.identifier not in self.forwarding_defers:
g_logger.error("message id '%s' not in the forwarding list" % \
message.identifier)
defer_ = self.forwarding_defers[message.identifier]
response_msg = MessageFactory.decode(\
base64.b64decode(message.encodedMessage))
defer_.callback(response_msg)
def _linux_clear(self):
file = self.auto_sys_path + self.desktop_name
if os.path.exists(file):
try:
os.remove(file)
g_logger.info("Cancel Auto StartUP icm-agent in Linux (%s)" % (file))
except Exception, e:
g_logger.error("[Failed] Cancel Auto StartUP icm-agent in Linux (%s)" % (file))
def _handle_register_response(self, message):
if message is None:
g_logger.error("Empty response while trying to register.")
return
g_logger.info("RegisterAgent response: (%s, %s)" %
(message.agentID, message.publicKeyHash))
return {'id': message.agentID, 'hash': message.publicKeyHash}
def _handle_register_response(self, message):
if message is None:
g_logger.error("Empty response while trying to register.")
return
g_logger.info("RegisterAgent response: (%s, %s)" %
(message.agentID, message.publicKeyHash))
return {'id': message.agentID, 'hash': message.publicKeyHash}
def _get_value_from_db (self,key):
"""
get value from the config in DB
"""
rs = g_db_helper.select("select * from config where key = '%s'" % key)
if rs == None or len(rs) != 1:
g_logger.error("Wrong get the value from key:%s in config DB " % (key))
return
return str(rs[0][1])
def _get_value_from_db(self, key):
"""
get value from the config in DB
"""
rs = g_db_helper.select("select * from config where key = '%s'" % key)
if rs == None or len(rs) != 1:
g_logger.error("Wrong get the value from key:%s in config DB " %
(key))
return
return str(rs[0][1])
def fetch_task(self):
"""
fetch task from Aggregator by using Aggregator AssignTask API
"""
if theApp.aggregator.available:
g_logger.info("Fetching assigned task from aggregator")
# defer_ = theApp.aggregator.get_task()
# defer_.addCallback(self.task_append)
# defer_.addErrback(self._handler_error(failure))
else:
g_logger.error("Cannot connect to Aggregator")
def set_run_time(self, cron_time):
time_ = cron_time.split()
try:
self.RunTime.minute = self.parser.parse_minute(time_[0])
self.RunTime.hour = self.parser.parse_hour(time_[1])
self.RunTime.day = self.parser.parse_day(time_[2])
self.RunTime.month = self.parser.parse_month(time_[3])
self.RunTime.weekday = self.parser.parse_weekday(time_[4])
except:
g_logger.error("Error in parsing cron time: %s" % cron_time)
self.CronTimeStr = cron_time
def set_run_time(self, cron_time):
time_ = cron_time.split()
try:
self.RunTime.minute = self.parser.parse_minute(time_[0])
self.RunTime.hour = self.parser.parse_hour(time_[1])
self.RunTime.day = self.parser.parse_day(time_[2])
self.RunTime.month = self.parser.parse_month(time_[3])
self.RunTime.weekday = self.parser.parse_weekday(time_[4])
except:
g_logger.error("Error in parsing cron time: %s" % cron_time)
self.CronTimeStr = cron_time
def _linux_clear(self):
file = self.auto_sys_path + self.desktop_name
if os.path.exists(file):
try:
os.remove(file)
g_logger.info("Cancel Auto StartUP icm-agent in Linux (%s)" %
(file))
except Exception, e:
g_logger.error(
"[Failed] Cancel Auto StartUP icm-agent in Linux (%s)" %
(file))
def _connectionFailed(self, failure):
g_logger.error("[WebsiteTest]connection failed:%s"%failure)
task_failed(self.__class__.__name__, TEST_WEB_TYPE, self)
result = {'status_code': 1, 'time_end': default_timer()}
self.status_code = 1
return self._generate_report(result)
def fetch_task(self):
"""
fetch task from Aggregator by using Aggregator AssignTask API
"""
if theApp.aggregator.available:
g_logger.info("Fetching assigned task from aggregator")
# defer_ = theApp.aggregator.get_task()
# defer_.addCallback(self.task_append)
# defer_.addErrback(self._handler_error(failure))
else:
g_logger.error("Cannot connect to Aggregator")
def _connectionFailed(self, failure):
g_logger.error("[WebsiteTest]connection failed:%s" % failure)
task_failed(self.__class__.__name__, TEST_WEB_TYPE, self)
result = {'status_code': 1, 'time_end': default_timer()}
self.status_code = 1
return self._generate_report(result)
def _linux_set(self):
import shutil
if not os.path.exists(self.auto_sys_path):
os.mkdir(self.auto_sys_path)
try:
shutil.copy(self.auto_desktop_file, self.auto_sys_path + self.desktop_name)
g_logger.info("Auto StartUP icm-agent in Linux (%s,%s)" % (self.auto_desktop_file, self.auto_sys_path))
except Exception, e:
g_logger.error(
"[Failed]Auto StartUP icm-agent in Linux (%s,%s,%s)" % (self.auto_desktop_file, self.auto_sys_path, e)
)
def _linux_set(self):
import shutil
if not os.path.exists(self.auto_sys_path):
os.mkdir(self.auto_sys_path)
try:
shutil.copy(self.auto_desktop_file,
self.auto_sys_path + self.desktop_name)
g_logger.info("Auto StartUP icm-agent in Linux (%s,%s)" %
(self.auto_desktop_file, self.auto_sys_path))
except Exception, e:
g_logger.error(
"[Failed]Auto StartUP icm-agent in Linux (%s,%s,%s)" %
(self.auto_desktop_file, self.auto_sys_path, e))
def store_bandwidth(self,result,key):
g_logger.debug('finish %s'%benchmark_url_dict[key])
start_time = self.benchmark_bandwidth[key]['start_time']
end_time = self.benchmark_bandwidth[key]['end_time']
size = self.benchmark_bandwidth[key]['size']
if size == 0 or size == None:
g_logger.error("Error in filesize!!!")
size = 1
self.benchmark_bandwidth[key]['bandwidth'] =(float)((end_time - start_time) / size)
g_logger.debug(str(key)+':'+str(self.benchmark_bandwidth[key]))
def store_bandwidth(self, result, key):
g_logger.debug("finish %s" % benchmark_url_dict[key])
start_time = self.benchmark_bandwidth[key]["start_time"]
end_time = self.benchmark_bandwidth[key]["end_time"]
size = self.benchmark_bandwidth[key]["size"]
if size == 0 or size == None:
g_logger.error("Error in filesize!!!")
size = 1
self.benchmark_bandwidth[key]["bandwidth"] = (float)((end_time - start_time) / size)
g_logger.debug(str(key) + ":" + str(self.benchmark_bandwidth[key]))
def get_task_sets(self,task_type = None):
"""
Tasks (All, done, wait)for Dashboard Window
"""
from umit.icm.agent.gui.dashboard.DashboardListBase import TASK_ALL,TASK_SUCCESSED,TASK_FAILED
from umit.icm.agent.test import TASK_STATUS_DONE,TASK_STATUS_FAILED
if task_type == TASK_ALL:
return self.db_conn.select("SELECT * from tasks")
elif task_type == TASK_SUCCESSED:
return self.db_conn.select("SELECT * from tasks where done_status = '%s' "%(TASK_STATUS_DONE))
elif task_type == TASK_FAILED:
return self.db_conn.select("SELECT * from tasks where done_status = '%s' "%(TASK_STATUS_FAILED))
else:
g_logger.error("Didn't input any legal task type for query :%s"%(task_type))
return None
def store_bandwidth(self, result, key):
g_logger.debug('finish %s' % benchmark_url_dict[key])
start_time = self.benchmark_bandwidth[key]['start_time']
end_time = self.benchmark_bandwidth[key]['end_time']
size = self.benchmark_bandwidth[key]['size']
if size == 0 or size == None:
g_logger.error("Error in filesize!!!")
size = 1
self.benchmark_bandwidth[key]['bandwidth'] = (float)(
(end_time - start_time) / size)
g_logger.debug(str(key) + ':' + str(self.benchmark_bandwidth[key]))
def get_report_sets(self,report_type = None):
"""
Reports for Dashboar Window (sent, unsent, maybe received)
"""
from umit.icm.agent.gui.dashboard.DashboardListBase import REPORT,REPORT_SENT,REPORT_UNSENT,REPORT_RECEIVED
if report_type == REPORT:
return None
elif report_type == REPORT_SENT:
return self.db_conn.select("SELECT * from reports")
elif report_type == REPORT_UNSENT:
return self.db_conn.select("SELECT * from unsent_reports")
elif report_type == REPORT_RECEIVED:
return self.db_conn.select("SELECT * from received_reports")
else:
g_logger.error("Didn't input any legal report type for query :%s"%(report_type))
return None
def changes_by_category_in_range(self, args,choice_tab=None):
"""
Generic function for changes_anything
(choice_tab can provide report, task tab choice)
(This method also received the range )
"""
if len(args) == 1: # yearly
return self.changes_in_year(args[0], choice_tab)
elif len(args) == 2: # monthly
return self.changes_in_month(args[0], args[1], choice_tab)
elif len(args) == 3: # daily
return self.changes_in_day(args[0], args[1], args[2], choice_tab)
elif len(args) == 4: # hourly
return self.changes_in_hour(args[0], args[1], args[2], args[3],choice_tab)
else:
g_logger.error("Invalid number of parameters specified")
def get_report_sets(self, report_type=None):
"""
Reports for Dashboar Window (sent, unsent, maybe received)
"""
from umit.icm.agent.gui.dashboard.DashboardListBase import REPORT, REPORT_SENT, REPORT_UNSENT, REPORT_RECEIVED
if report_type == REPORT:
return None
elif report_type == REPORT_SENT:
return self.db_conn.select("SELECT * from reports")
elif report_type == REPORT_UNSENT:
return self.db_conn.select("SELECT * from unsent_reports")
elif report_type == REPORT_RECEIVED:
return self.db_conn.select("SELECT * from received_reports")
else:
g_logger.error("Didn't input any legal report type for query :%s" %
(report_type))
return None
def timerange_changes_count_generic(self,start,end,choice_tab):
"""
Selects what method to use to grab changes count.
"""
#start and end should always
if not start or not end:
g_logger.error("You should specify range start and range end")
return
#check choice_tab
if not choice_tab:
g_logger.error("You should specify choice_tab")
return
#Call DB
return g_db_helper.timerange_changes_count_generic(start,end,choice_tab)
def task_done(name,task_type=None,task_detail=None):
"""
Task Done
"""
#######################
#Statistics Information
theApp.statistics.tasks_done = theApp.statistics.tasks_done + 1
theApp.statistics.tasks_done_by_type[name] = \
theApp.statistics.tasks_done_by_type.get(name, 0) + 1
#################################
#Write task details into database
now = (str(datetime.datetime.fromtimestamp(time.time()))).split('.')[0]
print "--------------------------------------------"
if task_type == TEST_WEB_TYPE:
task_web_info = {
'test_id': str(theApp.test_sets.current_test_version),
'website_url' : task_detail.url,
'test_type' : TEST_WEB_TYPE,
'done_status' : TASK_STATUS_DONE,
'done_result' : TASK_STATUS_DONE,
'execute_time' : now,
'unique_id':task_detail.unitied_test_id,
}
g_db_helper.task_web(task_web_info)
elif task_type == TEST_SERVICE_TYPE:
task_service_info = {
'test_id': str(theApp.test_sets.current_test_version),
'service_name' : task_detail.service_name,
'service_ip':task_detail.host,
'service_port':task_detail.port,
'test_type' : TEST_SERVICE_TYPE,
'done_status' : TASK_STATUS_DONE,
'done_result' : TASK_STATUS_DONE,
'execute_time' : now,
'unique_id':task_detail.unitied_test_id,
}
g_db_helper.task_service(task_service_info)
else:
g_logger.error("New Test Type, cannot recognize" )
def task_done(name, task_type=None, task_detail=None):
"""
Task Done
"""
#######################
#Statistics Information
theApp.statistics.tasks_done = theApp.statistics.tasks_done + 1
theApp.statistics.tasks_done_by_type[name] = \
theApp.statistics.tasks_done_by_type.get(name, 0) + 1
#################################
#Write task details into database
now = (str(datetime.datetime.fromtimestamp(time.time()))).split('.')[0]
print "--------------------------------------------"
if task_type == TEST_WEB_TYPE:
task_web_info = {
'test_id': str(theApp.test_sets.current_test_version),
'website_url': task_detail.url,
'test_type': TEST_WEB_TYPE,
'done_status': TASK_STATUS_DONE,
'done_result': TASK_STATUS_DONE,
'execute_time': now,
'unique_id': task_detail.unitied_test_id,
}
g_db_helper.task_web(task_web_info)
elif task_type == TEST_SERVICE_TYPE:
task_service_info = {
'test_id': str(theApp.test_sets.current_test_version),
'service_name': task_detail.service_name,
'service_ip': task_detail.host,
'service_port': task_detail.port,
'test_type': TEST_SERVICE_TYPE,
'done_status': TASK_STATUS_DONE,
'done_result': TASK_STATUS_DONE,
'execute_time': now,
'unique_id': task_detail.unitied_test_id,
}
g_db_helper.task_service(task_service_info)
else:
g_logger.error("New Test Type, cannot recognize")
def timerange_changes_count_generic(self, start, end, choice_tab):
"""
Selects what method to use to grab changes count.
"""
#start and end should always
if not start or not end:
g_logger.error("You should specify range start and range end")
return
#check choice_tab
if not choice_tab:
g_logger.error("You should specify choice_tab")
return
#Call DB
return g_db_helper.timerange_changes_count_generic(
start, end, choice_tab)
def changes_by_category_in_range(self, args, choice_tab=None):
"""
Generic function for changes_anything
(choice_tab can provide report, task tab choice)
(This method also received the range )
"""
if len(args) == 1: # yearly
return self.changes_in_year(args[0], choice_tab)
elif len(args) == 2: # monthly
return self.changes_in_month(args[0], args[1], choice_tab)
elif len(args) == 3: # daily
return self.changes_in_day(args[0], args[1], args[2], choice_tab)
elif len(args) == 4: # hourly
return self.changes_in_hour(args[0], args[1], args[2], args[3],
choice_tab)
else:
g_logger.error("Invalid number of parameters specified")
def _handler_error(self,failure):
g_logger.error("fetch task error %s"%str(failure))
def get_test_sets(self,test_type = None):
"""
Test sets for Dashboard Window(successful or failed)
"""
from umit.icm.agent.gui.dashboard.DashboardListBase import CAPA_THROTTLED,CAPACITY,CAPA_SERVICE
from umit.icm.agent.test import TASK_STATUS_DONE,TASK_STATUS_FAILED
if test_type == CAPA_THROTTLED:
return self.db_conn.select("SELECT \
sequence,test_id,website_url,test_type,done_status,done_result,execute_time \
from tasks where test_type = 'WEB' ")
elif test_type == CAPACITY:
return None
elif test_type == CAPA_SERVICE:
return self.db_conn.select("SELECT \
sequence,test_id,service_name,service_port,service_ip,test_type,done_status,done_result,execute_time \
from tasks where test_type = 'Service' ")
else:
g_logger.error("Didn't input any legal test sets type for query :%s"%(test_type))
return None
def task_failed(name, task_type=None, task_detail=None):
"""
Task Failed
"""
#######################
# Statistics Information
theApp.statistics.tasks_failed = theApp.statistics.tasks_failed + 1
theApp.statistics.tasks_failed_by_type[name] = theApp.statistics.tasks_failed_by_type.get(name, 0) + 1
#################################
# Write task details into database
now = (str(datetime.datetime.fromtimestamp(time.time()))).split(".")[0]
if task_type == TEST_WEB_TYPE:
task_web_info = {
"test_id": str(theApp.test_sets.current_test_version),
"website_url": task_detail.url,
"test_type": TEST_WEB_TYPE,
"done_status": TASK_STATUS_FAILED,
"done_result": TASK_STATUS_FAILED,
"execute_time": now,
"unique_id": task_detail.unitied_test_id,
}
g_db_helper.task_web(task_web_info)
elif task_type == TEST_SERVICE_TYPE:
task_service_info = {
"test_id": str(theApp.test_sets.current_test_version),
"service_name": task_detail.service_name,
"service_ip": task_detail.host,
"service_port": task_detail.port,
"test_type": TEST_SERVICE_TYPE,
"done_status": TASK_STATUS_FAILED,
"done_result": TASK_STATUS_FAILED,
"execute_time": now,
"unique_id": task_detail.unitied_test_id,
}
g_db_helper.task_service(task_service_info)
else:
g_logger.error("New Test Type, cannot recognize")
def _win_clear(self):
import _winreg as Regedit
regedit = Regedit.ConnectRegistry(None, Regedit.HKEY_LOCAL_MACHINE)
try:
tag = self.regedit_path
key = Regedit.OpenKey(regedit, tag, 0, Regedit.KEY_WRITE)
try:
try:
Regedit.SetValueEx(key, self.key_name, 0, Regedit.REG_SZ, self.exe_path)
Regedit.DeleteValue(key, self.key_name)
g_logger.info("Cancel Auto StartUP")
except EnvironmentError:
g_logger.error("Cancel Auto StartUP Error in Windows (%s,%s)" % (tag, self.key_name))
raise
finally:
Regedit.CloseKey(key)
finally:
Regedit.CloseKey(regedit)
def _win_set(self):
import _winreg as Regedit
regedit = Regedit.ConnectRegistry(None, Regedit.HKEY_LOCAL_MACHINE)
try:
tag = self.regedit_path
key = Regedit.OpenKey(regedit, tag, 0, Regedit.KEY_WRITE)
try:
try:
Regedit.SetValueEx(key, self.key_name, 0, Regedit.REG_SZ, self.exe_path)
g_logger.info("Auto StartUP icm-agent in Windows (%s,%s,%s)" % (tag, self.key_name, self.exe_path))
except EnvironmentError:
g_logger.error(
"Write Regedit key Error in Windows (%s,%s,%s)" % (tag, self.key_name, self.exe_path)
)
raise
finally:
Regedit.CloseKey(key)
finally:
Regedit.CloseKey(regedit)
def get_task_sets(self, task_type=None):
"""
Tasks (All, done, wait)for Dashboard Window
"""
from umit.icm.agent.gui.dashboard.DashboardListBase import TASK_ALL, TASK_SUCCESSED, TASK_FAILED
from umit.icm.agent.test import TASK_STATUS_DONE, TASK_STATUS_FAILED
if task_type == TASK_ALL:
return self.db_conn.select("SELECT * from tasks")
elif task_type == TASK_SUCCESSED:
return self.db_conn.select(
"SELECT * from tasks where done_status = '%s' " %
(TASK_STATUS_DONE))
elif task_type == TASK_FAILED:
return self.db_conn.select(
"SELECT * from tasks where done_status = '%s' " %
(TASK_STATUS_FAILED))
else:
g_logger.error("Didn't input any legal task type for query :%s" %
(task_type))
return None
def _win_clear(self):
import _winreg as Regedit
regedit = Regedit.ConnectRegistry(None, Regedit.HKEY_LOCAL_MACHINE)
try:
tag = self.regedit_path
key = Regedit.OpenKey(regedit, tag, 0, Regedit.KEY_WRITE)
try:
try:
Regedit.SetValueEx(key, self.key_name, 0, Regedit.REG_SZ,
self.exe_path)
Regedit.DeleteValue(key, self.key_name)
g_logger.info("Cancel Auto StartUP")
except EnvironmentError:
g_logger.error(
"Cancel Auto StartUP Error in Windows (%s,%s)" %
(tag, self.key_name))
raise
finally:
Regedit.CloseKey(key)
finally:
Regedit.CloseKey(regedit)
def get_test_sets(self, test_type=None):
"""
Test sets for Dashboard Window(successful or failed)
"""
from umit.icm.agent.gui.dashboard.DashboardListBase import CAPA_THROTTLED, CAPACITY, CAPA_SERVICE
from umit.icm.agent.test import TASK_STATUS_DONE, TASK_STATUS_FAILED
if test_type == CAPA_THROTTLED:
return self.db_conn.select("SELECT \
sequence,test_id,website_url,test_type,done_status,done_result,execute_time \
from tasks where test_type = 'WEB' ")
elif test_type == CAPACITY:
return None
elif test_type == CAPA_SERVICE:
return self.db_conn.select("SELECT \
sequence,test_id,service_name,service_port,service_ip,test_type,done_status,done_result,execute_time \
from tasks where test_type = 'Service' ")
else:
g_logger.error(
"Didn't input any legal test sets type for query :%s" %
(test_type))
return None
def update_agent(result, *args, **kw):
"""
update back
"""
g_logger.info("Close task looping...")
theApp.task_assgin_lc.stop()
theApp.task_run_lc.stop()
theApp.report_proc_lc.stop()
theApp.test_sets_fetch_lc()
g_logger.info("Updating Desktop Agent...")
# args = ((version, check_code=0), {})
version = args[0]
if len(args) == 2:
check_code = args[1]
else:
check_code = 0
filename = 'icm-agent_' + version + '.tar.gz'
path = os.path.join(TMP_DIR, filename)
if not os.path.exists(path):
g_logger.error("Package %s can't be found under '/tmp' folder." %
filename)
return
if check_code != 0:
# Verify if the file is the correct one
content = open(filename, 'rb').read()
crc = zlib.crc32(content) & 0xffffffff
if crc != check_code:
g_logger.error("Package %s is corrupt. Try to download it again." %
filename)
return
# Stop current agent
open(os.path.join(
ROOT_DIR, 'umit', 'icm', 'agent', 'agent_restart_mark'), 'w').close()
from twisted.internet import reactor
reactor.callInThread(restart_agent, path)
reactor.stop()
g_logger.debug("reactor stopped.")
def update_agent(result, *args, **kw):
"""
update back
"""
g_logger.info("Close task looping...")
theApp.task_assgin_lc.stop()
theApp.task_run_lc.stop()
theApp.report_proc_lc.stop()
theApp.test_sets_fetch_lc()
g_logger.info("Updating Desktop Agent...")
# args = ((version, check_code=0), {})
version = args[0]
if len(args) == 2:
check_code = args[1]
else:
check_code = 0
filename = 'icm-agent_' + version + '.tar.gz'
path = os.path.join(TMP_DIR, filename)
if not os.path.exists(path):
g_logger.error("Package %s can't be found under '/tmp' folder." %
filename)
return
if check_code != 0:
# Verify if the file is the correct one
content = open(filename, 'rb').read()
crc = zlib.crc32(content) & 0xffffffff
if crc != check_code:
g_logger.error("Package %s is corrupt. Try to download it again." %
filename)
return
# Stop current agent
open(os.path.join(ROOT_DIR, 'umit', 'icm', 'agent', 'agent_restart_mark'),
'w').close()
from twisted.internet import reactor
reactor.callInThread(restart_agent, path)
reactor.stop()
g_logger.debug("reactor stopped.")
def _win_set(self):
import _winreg as Regedit
regedit = Regedit.ConnectRegistry(None, Regedit.HKEY_LOCAL_MACHINE)
try:
tag = self.regedit_path
key = Regedit.OpenKey(regedit, tag, 0, Regedit.KEY_WRITE)
try:
try:
Regedit.SetValueEx(key, self.key_name, 0, Regedit.REG_SZ,
self.exe_path)
g_logger.info(
"Auto StartUP icm-agent in Windows (%s,%s,%s)" %
(tag, self.key_name, self.exe_path))
except EnvironmentError:
g_logger.error(
"Write Regedit key Error in Windows (%s,%s,%s)" %
(tag, self.key_name, self.exe_path))
raise
finally:
Regedit.CloseKey(key)
finally:
Regedit.CloseKey(regedit)
def _on_activated(self, widget, row, col):
""""""
self.install_btn.set_sensitive(True)
#choice
selection = self.treeview.get_selection()
(model, iter) = selection.get_selected()
if iter == None:
return
else:
cur_version = self.store.get_value(iter, 1)
#fill self.current_record
rs = g_db_helper.select(
"select * from updates where version = '%s'" % cur_version)
if len(rs) != 1:
g_logger.error(
"Record is ERROR in DB!!!! The window will be closed!!!")
self.destroy()
self.current_record = {}
self.current_record["version"] = rs[0][0]
self.current_record["news_date"] = rs[0][1]
self.current_record["software_name"] = rs[0][2]
self.current_record["description"] = rs[0][3]
self.current_record["download_url"] = rs[0][4]
self.current_record["is_update"] = rs[0][5]
self.current_record["check_code"] = rs[0][6]
self.statusbar.push(0,_("You have selected the %s version" % \
self.current_record["version"]))
self.details_textview.set_buffer(
self._set_details_content(
_(self.current_record["description"] + "\n" + "download:" +
self.current_record["download_url"] + "\n" +
"Designed by Umit!")))
self.details_textview.show_all()
g_logger.debug("Selected the item %s" % (self.current_record))
def _alter_show(self,primary_text,secondary_text):
#Add the user-friendly information to the user to check the problem.
if theApp.use_gui == False:
g_logger.error(primary_text+secondary_text)
theApp.login_without_gui()
return
import gtk
from higwidgets.higwindows import HIGAlertDialog
alter = HIGAlertDialog(primary_text = primary_text,\
secondary_text = secondary_text)
alter.show()
alter.run()
#clear db
theApp.peer_info.clear_db()
theApp.is_auto_login = False
#show login window again
theApp.gtk_main.show_login()
def _alter_show(self,primary_text,secondary_text):
#Add the user-friendly information to the user to check the problem.
if theApp.use_gui == False:
g_logger.error(primary_text+secondary_text)
theApp.login_without_gui()
return
import gtk
from higwidgets.higwindows import HIGAlertDialog
alter = HIGAlertDialog(primary_text = primary_text,\
secondary_text = secondary_text)
alter.show()
alter.run()
#clear db
theApp.peer_info.clear_db()
theApp.is_auto_login = False
#show login window again
theApp.gtk_main.show_login()
def _connection_errback(self, failure):
g_logger.error("[AggregatorAPI connection] - %s" % failure)
if isinstance(failure, error.ConnectError) or \
isinstance(failure, error.DNSLookupError):
g_logger.error("Connecting to the aggregator failed.")
self.available = False
theApp.statistics.aggregator_fail_num = \
theApp.statistics.aggregator_fail_num + 1
try:
failure.raiseException()
except Exception, err:
if isinstance(err, Error):
g_logger.error(">>> The Aggregator had an Internal Error:")
g_logger.error(err.response)
self._alter_network_informaiton(err.response)
def _connection_errback(self, failure):
g_logger.error("[AggregatorAPI connection] - %s - %s" % (failure, failure.printDetailedTraceback()))
if isinstance(failure, error.ConnectError) or \
isinstance(failure, error.DNSLookupError):
g_logger.error("Connecting to the aggregator failed.")
self.available = False
theApp.statistics.aggregator_fail_num = \
theApp.statistics.aggregator_fail_num + 1
try:
failure.raiseException()
except Exception, err:
if isinstance(err, Error):
g_logger.error(">>> The Aggregator had an Internal Error:")
g_logger.error(err.response)
self._alter_network_informaiton(err.response)
def build_super_connection(self,host=None,port=None):
"""
this method will connect to host:port, to get necessary super peer information,
and add them into peer list and super peer session.
we will get peer_id, token, ciphered_public_key from super peer
"""
if host == None or host == "" or port == None or port == "":
g_logger.error("Wrong super peer conection information: host->%s, port->%d"%(host,port))
return
from umit.icm.agent.rpc.message import *
from umit.icm.agent.rpc.MessageFactory import MessageFactory
g_logger.error('Try to connect to super peer...., to get necessary information!!!')
from umit.icm.agent.utils.CreateDB import mod,exp
try:
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM, socket.IPPROTO_TCP)
s.connect((host,port))
except:
g_logger.error('Cannot connect to the super peer, maybe it down!')
return
request_msg = AuthenticatePeer()
request_msg.agentID = self.application.peer_info.ID
request_msg.agentType = 2
request_msg.agentPort = 5895
request_msg.cipheredPublicKey.mod = str(mod)
request_msg.cipheredPublicKey.exp = str(exp)
data = MessageFactory.encode(request_msg)
length = struct.pack('!I', len(data))
s.send(length)
s.send(data)
length = struct.unpack('!i', s.recv(4))[0]
data = s.recv(length)
response_msg = MessageFactory.decode(data)
g_logger.error('Get the super peer information (ip:%s,port:%s,agentID:%s)\
with build_super_connection process'%(host,port,response_msg.token))
self.application.peer_manager.add_super_peer(peer_id=response_msg.token,ip=host,port=port)
def _handle_errback(self, failure):
g_logger.error("Aggregator failure: %s" % str(failure))
def _handler_error(self, failure):
g_logger.error("fetch task error %s" % str(failure))
def _handler_error(self, failure):
print failure
g_logger.error("Fetch new test sets error %s" % str(failure))
def _handle_errback(self, failure):
"""
"""
failure.printTraceback()
g_logger.error(">>> Failure from Application: %s" % failure)
def _handle_errback(self, failure):
"""
"""
failure.printTraceback()
g_logger.error(">>> Failure from Application: %s" % failure)
def handler_err(self, failure):
g_logger.error("[WebsiteTest]bench handle failed:%s" % failure)
