def write_recording():
record_option = result['record_option']
new_record_option = []
for item in record_option:
finish = False
item['wb'] = list(item['wb'])
item['aaa_mode'] = list(item['aaa_mode'])
for new_item in new_record_option:
if cmp(new_item['data']['wb'], item['wb']) == 0 and cmp(
new_item['data']['aaa_mode'], item['aaa_mode']) == 0:
new_item['count'] += 1
finish = not finish
break
if not finish:
new_record_option.append({'data': item, 'count': 1})
new_record_option.sort(cmp=list_cmp)
content = ''
content += '每一次录像： name 值为camera._startRecording，和 camera._stopRecording。过程出现的参数：\n\n'
for item in new_record_option:
content += json.dumps(item['data']) + ' :\t' + str(
item['count']) + '\n'
write_file('output/result3.txt', content)
def write_recording1():
record_option = result['record_option']
new_record_option = {'wb': {}, 'aaa_mode': {}}
for item in record_option:
item['wb'] = list(item['wb'])
item['aaa_mode'] = list(item['aaa_mode'])
for wb in item['wb']:
if new_record_option['wb'].has_key(wb):
new_record_option['wb'][wb] += 1
else:
new_record_option['wb'][wb] = 1
for aaa_mode in item['aaa_mode']:
if new_record_option['aaa_mode'].has_key(aaa_mode):
new_record_option['aaa_mode'][aaa_mode] += 1
else:
new_record_option['aaa_mode'][aaa_mode] = 1
content = ''
content += '每一次录像： name 值为camera._startRecording，和 camera._stopRecording。过程出现的参数：\n\n'
for index in new_record_option['wb']:
content += 'wb = ' + str(index) + ':\t' + str(
new_record_option['wb'][index]) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
for index in new_record_option['aaa_mode']:
content += 'aaa_mode = ' + str(index) + ':\t' + str(
new_record_option['aaa_mode'][index]) + '\n'
write_file('output/result3.txt', content)
def write_live1():
live_option = result['live_option']
new_live_option = {'wb': {}, 'aaa_mode': {}}
for item in live_option:
item['wb'] = list(item['wb'])
item['aaa_mode'] = list(item['aaa_mode'])
for wb in item['wb']:
if new_live_option['wb'].has_key(wb):
new_live_option['wb'][wb] += 1
else:
new_live_option['wb'][wb] = 1
for aaa_mode in item['aaa_mode']:
if new_live_option['aaa_mode'].has_key(aaa_mode):
new_live_option['aaa_mode'][aaa_mode] += 1
else:
new_live_option['aaa_mode'][aaa_mode] = 1
content = ''
content += '每一次直播： name 值为camera._startLive，和 camera._stopLive。过程出现的参数：\n\n'
for index in new_live_option['wb']:
content += 'wb = ' + str(index) + ':\t' + str(
new_live_option['wb'][index]) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
for index in new_live_option['aaa_mode']:
content += 'aaa_mode = ' + str(index) + ':\t' + str(
new_live_option['aaa_mode'][index]) + '\n'
write_file('output/result4.txt', content)
def write_live():
live_option = result['live_option']
new_live_option = []
for item in live_option:
finish = False
item['wb'] = list(item['wb'])
item['aaa_mode'] = list(item['aaa_mode'])
for new_item in new_live_option:
if cmp(new_item['data']['wb'], item['wb']) == 0 and cmp(
new_item['data']['aaa_mode'], item['aaa_mode']) == 0:
new_item['count'] += 1
finish = True
break
if not finish:
new_live_option.append({'data': item, 'count': 1})
new_live_option.sort(cmp=list_cmp)
content = ''
content += '每一次直播： name 值为camera._startLive，和 camera._stopLive。过程出现的参数：\n\n'
for item in new_live_option:
content += json.dumps(item['data']) + ' :\t' + str(
item['count']) + '\n'
write_file('output/result4.txt', content)
def audit(self):
try:
print "the tmp filename is :" + self.filename
write_file(self.filename, self.dreq.request)
slow_cmd = "python sqlmap.py -r %s --dbms=Mysql --batch" % self.filename
quick_cmd = "python sqlmap.py -r %s --dbms=Mysql --smart --batch" % self.filename
cmd = slow_cmd if len(self.dreq.url) < 150 else quick_cmd
result = self.psqlmap(cmd)
m = re.search(r"Place[\w\W]+Parameter[\w\W]+Payload", result,
re.IGNORECASE)
if m:
method = re.findall(r"Place:(.*)", result,
re.IGNORECASE)[0].strip()
parameter = re.findall(r"Parameter:(.*)", result,
re.IGNORECASE)[0].strip()
payload = '\r\n'.join(
re.findall(r"Payload:(.*)", result, re.IGNORECASE))
self.dlog.debug(
"[ SqlmapAudit Vul Result ] method: %s, parameter: %s, payload: %s"
% (method, parameter, payload))
vul = scanIssue(rid=self.dreq.rid,
type=vulTypes.sql,
host=self.dreq.host,
url=self.dreq.url,
method=method,
parameters=parameter,
payload=payload)
self.insertVul(vul)
except Exception, e:
elog.exception(e)
def run_process(q_recv, q_send, in_folder, out_folder, failed_extractions_file,
max_tries, use_diffbot):
"""
Tries 'max_tries' times to extract text using
At the end, if using diffbot, tries one last time with boilerpipe
"""
texts, trec_ids = [], []
def retrieve_texts_from_html(html, use_diffbot=False):
""" Use the Diffbot API/Boilerpipe to retrieve texts from HTML """
if use_diffbot:
dummy_url = 'https://www.diffbot.com/dev/analytics/'
url_api = "https://api.diffbot.com/v3/article?token=%s" \
"&discussion=false&url=%s" % (DIFFBOT_TOKEN, dummy_url)
headers = {'Content-type': 'text/html'}
content = json.loads(
requests.post(url_api, data=html, headers=headers).text)
text = content["objects"][0]["text"]
title = content["objects"][0]["title"]
text = '\n'.join([title, text])
else:
text = Extractor(extractor='ArticleExtractor', html=html).getText()
return text
while True:
trec_id = q_recv.get()
# Check end condition
if trec_id is None:
break
# Check if file exists
if not os.path.isfile("%s/%s" % (in_folder, trec_id)):
continue
# Read HTML
html = read_file("%s/%s" % (in_folder, trec_id), encoding='latin1')
i = 0
while i != max_tries:
try:
texts.append(
retrieve_texts_from_html(html, use_diffbot=use_diffbot))
trec_ids.append(trec_id)
break
except Exception as e: # Extraction failed
# print(e)
i += 1
if i == max_tries:
write_file("%s\n" % trec_id, failed_extractions_file, 'a')
q_send.put((texts, trec_ids))
def write_timelapse1():
timelapse_option = result['timelapse_option']
new_timelapse_option = {
'wb': {},
'aaa_mode': {},
'long_shutter': {},
'interval': collections.OrderedDict()
}
for item in timelapse_option['option']:
item['wb'] = list(item['wb'])
item['aaa_mode'] = list(item['aaa_mode'])
for wb in item['wb']:
if new_timelapse_option['wb'].has_key(wb):
new_timelapse_option['wb'][wb] += 1
else:
new_timelapse_option['wb'][wb] = 1
for aaa_mode in item['aaa_mode']:
if new_timelapse_option['aaa_mode'].has_key(aaa_mode):
new_timelapse_option['aaa_mode'][aaa_mode] += 1
else:
new_timelapse_option['aaa_mode'][aaa_mode] = 1
for long_shutter in item['long_shutter']:
if new_timelapse_option['long_shutter'].has_key(long_shutter):
new_timelapse_option['long_shutter'][long_shutter] += item[
'long_shutter'][long_shutter]
else:
new_timelapse_option['long_shutter'][long_shutter] = item[
'long_shutter'][long_shutter]
sorted_key_list = sorted(timelapse_option['interval'])
for key in sorted_key_list:
new_timelapse_option['interval'][key] = timelapse_option['interval'][
key]
content = ''
content += '每一次Timelapse。过程出现的参数：\n\n'
for index in new_timelapse_option['wb']:
content += 'wb = ' + str(index) + ':\t' + str(
new_timelapse_option['wb'][index]) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
for index in new_timelapse_option['aaa_mode']:
content += 'aaa_mode = ' + str(index) + ':\t' + str(
new_timelapse_option['aaa_mode'][index]) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
for index in new_timelapse_option['interval']:
content += 'interval = ' + str(index) + ':\t' + str(
new_timelapse_option['interval'][index]) + '\n'
write_file('output/result5.txt', content)
def __task_new(self):
try:
req = urllib2.Request( self.server+ '/task/new')
resp = json.load(urllib2.urlopen(req))
if resp['success'] == True:
self.sqlitaskid = resp['taskid']
self.request_file = self.tmp_dir+"\\"+self.sqlitaskid
utils.write_file(self.request_file, self.request)
print 'Created SQLMap Task: ' + self.sqlitaskid + '\n'
else:
print 'SQLMap task creation failed\n'
except:
print 'Except SQLMap task creation failed\n'
def __task_new(self):
try:
req = urllib2.Request(self.server + '/task/new')
resp = json.load(urllib2.urlopen(req))
if resp['success'] == True:
self.sqlitaskid = resp['taskid']
self.request_file = self.tmp_dir + "\\" + self.sqlitaskid
utils.write_file(self.request_file, self.request)
print 'Created SQLMap Task: ' + self.sqlitaskid + '\n'
else:
print 'SQLMap task creation failed\n'
except:
print 'Except SQLMap task creation failed\n'
def write_timelapse():
timelapse_option = result['timelapse_option']
new_timelapse_option = {
'option': [],
'interval': collections.OrderedDict()
}
for item in timelapse_option['option']:
finish = False
item['wb'] = list(item['wb'])
item['aaa_mode'] = list(item['aaa_mode'])
for new_item in new_timelapse_option['option']:
if cmp(new_item['data']['wb'], item['wb']) == 0 and cmp(
new_item['data']['aaa_mode'],
item['aaa_mode']) == 0 and cmp(
new_item['data']['long_shutter'],
item['long_shutter']) == 0:
new_item['count'] += 1
finish = True
break
if not finish:
temp = collections.OrderedDict()
temp['wb'] = item['wb']
temp['aaa_mode'] = item['aaa_mode']
temp['long_shutter'] = item['long_shutter']
new_timelapse_option['option'].append({'data': temp, 'count': 1})
new_timelapse_option['option'].sort(cmp=list_cmp1)
sorted_key_list = sorted(timelapse_option['interval'])
for key in sorted_key_list:
new_timelapse_option['interval'][key] = timelapse_option['interval'][
key]
print new_timelapse_option['interval']
content = ''
content += '每一次Timelapse。过程出现的参数：\n\n'
for item in new_timelapse_option['option']:
content += json.dumps(item['data']) + ' :\t' + str(
item['count']) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
for index in new_timelapse_option['interval']:
content += 'interval = ' + str(index) + ':\t' + str(
new_timelapse_option['interval'][index]) + '\n'
write_file('output/result5.txt', content)
def get_data_list(threadName):
try:
while not temp_queue.empty():
curstart = temp_queue.get()
info = "线程名:%s,没有获取到数据还有 %d个" % (threadName, temp_queue.qsize())
logging.info(info)
print(info)
option = webdriver.ChromeOptions()
option.add_argument("headless")
browser = webdriver.Chrome(chrome_options=option)
url = data_list_url
url = url.format(26, curstart)
print(url)
logging.info(url)
browser.get(url) # Load page
# time.sleep(1) #休眠1秒，主要防止目标服务器判为攻击，不知是否有效
#获得网页数据
data = browser.page_source
file_name = DATA_LIST_PATH + "/" + str(curstart) + ".html"
if utils.write_file(file_name, data):
info = file_name + "写入文件成功"
logging.info(info)
print(info)
# browser.close()
browser.quit()
except BaseException as e:
traceback.print_exc() #直接打印异常
logging.error(traceback.format_exc()) #返回字符串 写入到文件
def audit(self):
try:
print "the tmp filename is :"+ self.filename
write_file(self.filename, self.dreq.request)
slow_cmd = "python sqlmap.py -r %s --dbms=Mysql --batch"%self.filename
quick_cmd = "python sqlmap.py -r %s --dbms=Mysql --smart --batch"%self.filename
cmd = slow_cmd if len(self.dreq.url) < 150 else quick_cmd
result = self.psqlmap(cmd)
m = re.search(r"Place[\w\W]+Parameter[\w\W]+Payload", result, re.IGNORECASE)
if m:
method = re.findall(r"Place:(.*)", result, re.IGNORECASE)[0].strip()
parameter = re.findall(r"Parameter:(.*)", result, re.IGNORECASE)[0].strip()
payload = '\r\n'.join(re.findall(r"Payload:(.*)", result, re.IGNORECASE))
self.dlog.debug("[ SqlmapAudit Vul Result ] method: %s, parameter: %s, payload: %s"%(method, parameter, payload))
vul = scanIssue(rid=self.dreq.rid, type= vulTypes.sql, host= self.dreq.host, url= self.dreq.url, method=method, parameters=parameter, payload= payload)
self.insertVul(vul)
except Exception,e:
elog.exception(e)
def read_and_write_html_from_warc(q, file2ids, output_folder):
while True:
info = q.get()
# Check end condition
if info is None:
break
file, file_id = info
# Check if file exists
if not os.path.isfile(file):
continue
warc_trec_ids = set(file2ids[file_id])
i = 0
while warc_trec_ids and i != MAX_TRIES:
fp = WARCFile(file, "rb")
first_record = True
for record in fp:
if not first_record:
if record['warc-trec-id'] in warc_trec_ids: # Found record
# Encode
try:
text = record.payload.encode('utf-8')
except UnicodeDecodeError:
text = record.payload
write_file(text,
'%s/%s' %
(output_folder, record['warc-trec-id']),
encoding=None)
warc_trec_ids.remove(record['warc-trec-id'])
else:
first_record = False
i += 1
if warc_trec_ids:
write_file(warc_trec_ids, 'failed_extracted_files.txt', mode='a')
def build_poc(self, poc_file, device_name, abi, sdk):
poc_bin = poc_file[:-2]
application_mk = APPLICATION_MK_TEMPLATE % (str(abi), str(sdk))
android_mk = ANDROID_MK_TEMPLATE % (poc_file, poc_bin)
original_src = "%s/%s/%s" % (consts.IDF_HOME, consts.POC_CODE_PATH,
poc_file)
work_dir = "%s/%s/%s_%s_%d/" % (consts.IDF_HOME, consts.TEMP_PATH,
poc_bin, device_name, int(time.time()))
build_dir = work_dir + "jni/"
# mkdir for work
os.system("mkdir -p %s" % build_dir)
utils.write_file(build_dir + "Application.mk", application_mk)
utils.write_file(build_dir + "Android.mk", android_mk)
# copy src file
os.system("cp %s %s" % (original_src, build_dir))
# ndk-build
os.system("cd %s; ndk-build &> /dev/null" % build_dir)
return "%s/libs/%s/%s" % (work_dir, abi, poc_bin)
def write_basic():
content = '发起拍照： name 值为 camera._takePicture' + '\n\n'
content += ''
for index, item in enumerate(result['take_count']):
content += remark[0][index] + ':\t' + str(item) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
content += '录像 name 值为 camera._startRecording' + '\n\n'
content += ''
for index, item in enumerate(result['record_count']):
content += remark[1][index] + ':\t' + str(item) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
content += '直播 name 值为 camera._startLive' + '\n\n'
content += ''
for index, item in enumerate(result['live_count']):
content += remark[2][index] + ':\t' + str(item) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
write_file('output/result1.txt', content)
#####
content = ''
content += '发起拍照： name 值为 camera._takePicture wb、aaa_mode频次统计\n\n'
for index in result['option_count']['wb']:
content += 'wb = ' + str(index) + ':\t' + str(
result['option_count']['wb'][index]) + '\n'
content += '\n\n' + '————————————————' + '\n\n'
for index in result['option_count']['aaa_mode']:
content += 'aaa_mode = ' + str(index) + ':\t' + str(
result['option_count']['aaa_mode'][index]) + '\n'
write_file('output/result2.txt', content)
def start_analyze(self):
try:
with open('data/result_save', 'r') as f:
self.result_list.extend(pickle.load(f))
except:
serialize_result('data/result_save', [])
file_list, file_used = get_file_list()
for file in file_list:
try:
self.analyze_log(file)
except:
write_file('data/file_used.json', json.dumps(file_used))
serialize_result('data/result_save', self.result_list)
print 'Not finished'
exit()
file_used.append(file)
write_file('data/file_used.json', json.dumps(file_used))
serialize_result('data/result_save', self.result_list)
result = self.get_sum()
self.print_export(result)
serialize_result('data/result', result)
def parse_exact_room_async(url, short_id):
apartment = None
request_data = get(url)
try:
soup = BeautifulSoup(request_data.text, 'html.parser')
apartment = soup.find("div", class_="adtxt_box")
current_flat_temp = flat.Flat()
title = apartment.find("p", class_="title")
current_flat_temp.sourceURL = url
current_flat_temp.shortId = short_id
current_flat_temp.price = title.find("span").contents[0]
current_flat_temp.name = title.find("span").parent.contents[-1]
current_flat_temp.author = apartment.find(
"span", class_="phones").parent.contents[1]
current_flat_temp.description = (''.join(
str(p.contents[0]).replace('<span class="rooms">', '').replace(
'</span>', '').strip()
for p in apartment.findAll("p", class_=None)[:-1])).replace(
'"', '', 100).replace("'", "", 100)
current_flat_temp.phoneImgURL = apartment.find(
"span", class_="phones").find("img")['src']
current_flat_temp.creationDate = datetime.utcnow().strftime(
"%Y-%m-%d %H:%M:%S.%f")
current_flat_temp.actualToDate = (
datetime.now() +
timedelta(days=90)).strftime("%Y-%m-%d %H:%M:%S.%f")
current_flat_temp.parsingSource = 1
current_flat_temp.isActive = 1
current_flat_temp.clientId = 1
__photosListUrls = ""
create_directory_if_not_exist(IMAGES_COMMON_PATH +
current_flat_temp.shortId)
for image in soup.findAll("a", rel="pics"):
write_file(
IMAGES_COMMON_PATH + current_flat_temp.shortId + "\\" +
image["href"].split("/")[-1],
get(KVARTIRANT_URL + image["href"]).content)
__photosListUrls = __photosListUrls + image["href"].split(
"/")[-1] + ";"
current_flat_temp.photosListUrls = __photosListUrls
if current_flat_temp.phoneImgURL:
write_file(
IMAGES_COMMON_PATH + current_flat_temp.shortId + "\\" +
current_flat_temp.phoneImgURL.split("/")[-1],
get(KVARTIRANT_URL + "/" +
current_flat_temp.phoneImgURL).content)
new_db = database.ApartmentsDb()
new_db.add_apartment(current_flat_temp)
new_db.con.close()
except Exception as ex:
broken_flat = UnparsedFlat()
broken_flat.URL = str(url)
broken_flat.HTML = str(apartment).replace("'", '"')
broken_flat.Exception = str(ex).replace("'", '"')
broken_flat.ErrorDate = datetime.now()
new_db = database.ApartmentsDb()
new_db.add_unpased_apartment(broken_flat)
new_db.con.close()
def __write_result(self, result: ExecuteResult):
formatted_output = """
--host--: {host},
--username--: {username},
--password--: {password},
--protocol--: {protocol},
--login_success--: {login_success},
--connect_success--: {connect_success},
--command_ok--: {command_ok},
--ssh_port--: {ssh_port},
--telnet_port: {telnet_port},
--ssh_connect_success--: {ssh_connect_success},
--telnet_connect_success--: {telnet_connect_success},
--command_list--:{command_list},
--err--: {err},
--result--:
{result}
""".format(host=result.host,
username=result.username,
password=result.password
if self.cos.output_password else "<DO NOT SHOW PASSWORD>",
protocol=result.protocol,
login_success=str(result.login_success),
connect_success=str(result.detail.ssh_connect_success
or result.detail.telnet_connect_success),
command_ok=str(result.command_ok),
ssh_port=self.cos.ssh_port,
telnet_port=self.cos.telnet_port,
ssh_connect_success=result.detail.ssh_connect_success,
telnet_connect_success=result.detail.telnet_connect_success,
command_list=" ".join(self.cos.command_list),
err=result.err,
result=result.output)
if self.cos.output == "file":
# 写入文件的同时, 也写到标准输出, 这样便于调用者处理
utils.stdout_write(formatted_output, flush=True)
filename = self.gen_filename(
host=result.host,
protocol=result.protocol,
username=result.username,
login_ok=result.login_success,
connect_ok=result.detail.ssh_connect_success
or result.detail.telnet_connect_success,
)
filename += ".txt"
a, b = utils.write_file(dir=self.cos.output_dir,
filename=filename,
content=formatted_output)
filename_full_path = filename if not self.cos.output_dir else self.cos.output_dir + "/" + filename
if not a and not b:
debug_print("write file: {} failed".format(filename_full_path))
return
debug_print("write to file: {} success".format(filename_full_path))
else: # 如果不是文件的话， 都输出到stdout
# lst = [
# "\n--host--: " + result.host,
# "--username--: " + result.username,
# # "--password--: " + result.password,
# "--protocol--: " + result.protocol,
# "--login_success--: " + str(result.login_success),
# "--connect_success--: " + str(result.connect_success),
# "--command_ok--: " + str(result.command_ok),
# "--err--: " + str(result.err),
# "--result--:\n" + result.output,
# ]
# utils.stdout_write('\n'.join(lst), flush=True)
utils.stdout_write(formatted_output, flush=True)
results_votazione = run_query(sparql_senato, query_votazione,query_delay,Json=True)
if results_votazione!=-1:
total_result['votazioni'][votazione['votazione']] = results_votazione
else:
error_messages.append("Connection refused for query vot: %s" % query_votazione)
else:
error_messages.append("Connection refused for query seduta vot: %s" % query_seduta_votazioni)
write_file(output_path+
seduta_file_pattern+
seduta['numero']+".json",
total_result,
fields=None,
print_metadata=False,
Json=True
)
else:
error_messages.append("Connection refused for query seduta: %s" % query_seduta)
else:
print "nessuna nuova seduta"
exit(1)
else:
error_messages.append("Connection refused for query sedute: %s" % query_sedute)
# se ci sono stati errori manda una singola email con tutti gli errori
for trec_id in tqdm(trec_ids, desc='Transforming HTMLs'):
q_process_recv.put(trec_id) # blocks until q below its max size
# Tell workers we're done
for _ in range(mp.cpu_count()):
q_process_recv.put(None)
# Receive info
pbar = tqdm(total=len(trec_ids),
ncols=100,
leave=True,
desc='Writing texts')
time.sleep(0.1) # It's how tqdm works...
for _ in range(mp.cpu_count()):
for text, trec_id in zip(*q_process_send.get()):
write_file(text, '%s/%s' % (args.out_folder, trec_id))
pbar.update(1)
# Close pool
pool.close()
pool.join()
# for trec_id in tqdm(trec_ids, total=len(trec_ids)):
# # Check if file exists
# if not os.path.isfile("%s/%s" % (args.in_folder, trec_id)):
# continue
# # Read HTML
# html = read_file("%s/%s" % (args.in_folder, trec_id), encoding='latin1')
#
# i = 0
# while i != args.max_tries:
def install_linux_check(params):
"""check guest status after installation, including network ping,
read/write option in guest. return value: 0 - ok; 1 - bad
"""
global logger
logger = params['logger']
params.pop('logger')
guestname = params.get('guestname')
virt_type = params.get('virt_type')
logger.info("the name of guest is %s" % guestname)
# Connect to local hypervisor connection URI
hypervisor = utils.get_hypervisor()
logger.info("the type of hypervisor is %s" % hypervisor)
conn = sharedmod.libvirtobj['conn']
domobj = conn.lookupByName(guestname)
state = domobj.info()[0]
if(state == libvirt.VIR_DOMAIN_SHUTOFF):
logger.info("guest is shutoff, if u want to run this case, \
guest must be started")
return 1
logger.info("get the mac address of vm %s" % guestname)
mac = utils.get_dom_mac_addr(guestname)
logger.info("the mac address of vm %s is %s" % (guestname, mac))
timeout = 300
while timeout:
ipaddr = utils.mac_to_ip(mac, 180)
if not ipaddr:
logger.info(str(timeout) + "s left")
time.sleep(10)
timeout -= 10
else:
logger.info("the ip address of vm %s is %s" % (guestname, ipaddr))
break
if timeout == 0:
logger.info("vm %s fail to get ip address" % guestname)
return 1
time.sleep(120)
logger.info("Now checking guest health after installation")
domain_name=guestname
blk_type=params['hddriver']
nic_type=params['nicdriver']
Test_Result = 0
# Ping guest from host
logger.info("check point1: ping guest from host")
if utils.do_ping(ipaddr, 20) == 1:
logger.info("ping current guest successfull")
else:
logger.error("Error: can't ping current guest")
Test_Result = 1
return Test_Result
# Creat file and read file in guest.
logger.info("check point2: creat and read dirctory/file in guest")
if utils.create_dir(ipaddr, "root", "redhat") == 0:
logger.info("create dir - /tmp/test successfully")
if utils.write_file(ipaddr, "root", "redhat") == 0:
logger.info("write and read file: /tmp/test/test.log successfully")
else:
logger.error("Error: fail to write/read file - /tmp/test/test.log")
Test_Result = 1
return Test_Result
else:
logger.error("Error: fail to create dir - /tmp/test")
Test_Result = 1
return Test_Result
# Check whether vcpu equals the value set in geust config xml
logger.info("check point3: check cpu number in guest equals to \
the value set in domain config xml")
vcpunum_expect = int(utils.get_num_vcpus(domain_name))
logger.info("vcpu number in domain config xml - %s is %s" % \
(domain_name, vcpunum_expect))
vcpunum_actual = int(utils.get_remote_vcpus(ipaddr, "root", "redhat"))
logger.info("The actual vcpu number in guest - %s is %s" %
(domain_name, vcpunum_actual))
if vcpunum_expect == vcpunum_actual:
logger.info("The actual vcpu number in guest is \
equal to the setting your domain config xml")
else:
logger.error("Error: The actual vcpu number in guest is \
NOT equal to the setting your domain config xml")
Test_Result = 1
return Test_Result
# Check whether mem in guest is equal to the value set in domain config xml
logger.info("check point4: check whether mem in guest is equal to \
the value set in domain config xml")
mem_expect = utils.get_size_mem(domain_name)
logger.info("current mem size in domain config xml - %s is %s" %
(domain_name, mem_expect))
mem_actual = utils.get_remote_memory(ipaddr, "root", "redhat")
logger.info("The actual mem size in guest - %s is %s" %
(domain_name, mem_actual))
diff_range = int(mem_expect) * 0.07
diff = int(mem_expect) - int(mem_actual)
if int(math.fabs(diff)) < int(diff_range):
logger.info("The actual mem size in guest is almost equal to \
the setting your domain config xml")
else:
logger.error("Error: The actual mem size in guest is NOT equal to \
the setting your domain config xml")
Test_Result = 1
return Test_Result
# Check app works fine in guest, such as: wget
logger.info("check point5: check app works fine in guest, such as: wget")
logger.info("get system environment information")
envfile = os.path.join(HOME_PATH, 'global.cfg')
logger.info("the environment file is %s" % envfile)
envparser = env_parser.Envparser(envfile)
file_url = envparser.get_value("other", "wget_url")
if utils.run_wget_app(ipaddr, "root", "redhat", file_url, logger) == 0:
logger.info("run wget successfully in guest.")
else:
logger.error("Error: fail to run wget in guest")
Test_Result = 1
return Test_Result
# Check nic and blk driver in guest
if 'kvm' in virt_type or 'xenfv' in virt_type:
logger.info("check point6: check nic and blk driver in guest is \
expected as your config:")
if utils.validate_remote_nic_type(ipaddr, "root", "redhat",
nic_type, logger) == 0 and \
utils.validate_remote_blk_type(ipaddr, "root", "redhat",
blk_type, logger) == 0:
logger.info("nic type - %s and blk type - %s check successfully" %
(nic_type, blk_type))
else:
logger.error("Error: nic type - %s or blk type - %s check failed" %
(nic_type, blk_type))
Test_Result = 1
return Test_Result
return Test_Result
# "Nome",
# "Voto"
voti_all = vne_sheet.worksheet("Voti dei Parlamentari").get_all_values()
# rimuove dal foglio dei voti le colonne oltre la 4
for voto in voti_all[1:]:
# elimina eventuali spazi iniziali/finali dal valore del voto
voto[4] = voto[4].strip()
voti.append(voto[:4])
vne_dict = {'metadati': dati_generali, 'voti' : voti}
write_file(output_path+
ramo+"_vne_" +
dati_generali['N. seduta'] +
"_"+
dati_generali['Titolo votazione'][:10]+".json",
vne_dict,
fields=None,
print_metadata=False,
Json=True
)
close_procedure(script_name, smtp_server, notification_system, notification_list, error_mail_body)
