def split_emails(text, fileids):
emails = []
reg_header = r'<.*?@.*?>\nType'
headers = re.findall(reg_header, text)
ind = 0
for i in range(0, len(headers) - 1):
start_h = text.find(headers[i])
end_h = text.find('Abstract')
header = text[start_h:end_h]
start_b = end_h
end_b = text.find(headers[i + 1])
body = text[start_b:end_b]
emails.append(Email(header.strip(), body.strip(), fileids[ind]))
text = text[end_b:]
ind += 1
end_h = text.find('Abstract')
header = text[:end_h]
body = text[end_h:]
emails.append(Email(header, body, fileids[ind]))
return emails
def SendSnapshot(self, send_option):
"""Send snapshot /tmp/snapshot.jpg
send options are:
1 ... Telegram bot
2 ... Email"""
if send_option == 1:
try:
bot = MyTelegramBot()
response = bot.send_photo(
"%s/data/plugins/synology/snapshot.jpg" %
self.installfolder)
if response == True:
logging.info("<INFO> Photo sent to Telegram!")
return True
else:
logging.info("<ERROR> Photo NOT sent to Telegram!")
return False
except:
return False
elif send_option == 2:
try:
m = Email()
m.SendAttachment(
"Snapshot", "Greetings from your Loxberry",
"%s/data/plugins/synology/snapshot.jpg" %
self.installfolder)
except:
logging.info("<INFO> sending email not implemented yet")
return False
else:
logging.info("<ERROR> no valid send option!")
return False
def run(self):
"""Run device and agent checks"""
# Main loop
devices = self.api.get_devices()
for device in devices:
# Begin
device = Device(device, self.results)
logger.debug('---- Device: %s ----', device.name)
# Device checks
if device.is_inactive():
logger.debug(' Device is archived or paused')
continue
device.run_device_checks()
if device.is_offline:
logger.debug(
' Device is offline; skipping remaining checks')
continue
# Agent checks
asset_details = self.api.get_asset_details(device.serial_number)
for agent in asset_details:
agent = Agent(self.api, agent, device, self.results,
self.include_unprotected)
logger.debug(' ---- Agent: %s ----', agent.name)
if agent.is_inactive():
logger.debug(' ' * 8 + 'Agent is archived or paused')
continue
agent.run_agent_checks()
self.api.session_close()
logger.info('All checks complete')
# Main loop done; send report
if config.EMAIL_TO:
mailer = Email()
d = datetime.today()
subject = 'Daily Datto Check: {}'.format(d.strftime('%m/%d/%Y'))
report = mailer.build_html_report(self.results.results)
mailer.send_email(config.EMAIL_TO, config.EMAIL_FROM, subject,
report, config.EMAIL_CC)
def tag_time(email):
header = email.header
body = email.body
reg_time = r'\[0-9]+:[0-9][0-9]|[0-9]+:[0-9][0-9] +[APap]\.?[mM]'
reg_line = r'Time.*\n'
# Tag header
times = []
times_tag = []
try:
# Get line which contains time info
line = re.findall(reg_line, header)[0]
times = re.findall(reg_time, line)
if len(times) == 1:
times_tag.append('<stime>' + times[0] + '</stime>')
else:
times_tag.append('<stime>' + times[0] + '</stime>')
times_tag.append('<etime>' + times[1] + '</etime>')
for i in range(0, len(times)):
line = re.sub(times[i], times_tag[i], line)
header = re.sub(reg_line, line, header)
except:
pass
# Tag times in body
if len(times) > 0:
# Strip times from header to contain only digits
for i in range(0, len(times)):
times[i] = re.findall(r'[0-9]+:[0-9][0-9]', times[i])[0]
# Get all times from body
times_b = re.findall(reg_time, body)
times_b_tag = list(times_b)
# Tag the times from body based on header time tags
for i in range(0, len(times_b)):
if times[0] in times_b[i]:
times_b_tag[i] = '<stime>' + times_b[i] + '</stime>'
if len(times) > 1:
for i in range(0, len(times_b)):
if times[1] in times_b[i]:
times_b_tag[i] = '<etime>' + times_b[i] + '</etime>'
# Put tagged times in body
for i in range(0, len(times_b)):
body = re.sub(times_b[i], times_b_tag[i], body)
return Email(header, body, email.fileid)
def add(cls, title, description, email, image_url, visible):
content_tag = tags.analyze_entities(title)
p = Poll(title=title,
description=description,
email=email,
image_url=image_url,
delete_key=str(uuid.uuid4()),
tag=content_tag,
visible=visible)
p.put() # Add to datastore
# don't check hidden polls
if visible:
# add a job to a task queue that will check the poll for bad language
taskqueue.add(queue_name='filter-queue',
url='/admin/worker/checkpoll',
params={'poll': p.get_id()})
if email:
Email.send_mail(email, p.get_id(), p.delete_key, title, image_url)
events.poll_created_event(p)
return p
def main():
sensor = 16 #PIR sensor set at GPIO pin 16
sensorState = 0 #sensorState refers to signal sent from
videoDevice = 0 #0 is the default videoDevice
fps = 30 #fps of video device
print("preparing sensor")
#setup Pi's GPIO
GPIO.setmode(GPIO.BOARD) #sets up GPIO's pin numbering to BOARD
GPIO.setup(sensor, GPIO.IN) #inits pin of sensor as input
print("preparing webcam")
cam = Webcam(videoDevice, fps)
print("preparing email")
#setup email, see "mail.py" for more information
myEmail = Email("myemail", "mypassword") #return an email object
myEmail.initSMTP("smtp.gmail.com", 587) #connect to gmail's SMTP on port 587
subject = "Intruder Alert"
recipient = "recipient@email"
#image file path for webcam screen capture
imgPath = "images/intruder.jpg"
print("listening to sensor...")
try:
while True:
time.sleep(2)
sensorState = GPIO.input(sensor)
print(sensorState)
if sensorState == GPIO.HIGH: #check if sensor sends a signal
date = time.strftime("Date: %x Time(24Hour): %X")
print("taking pic")
cam.takePicture(imgPath)
print("sending email")
myEmail.sendEmail(recipient, subject, date, imgPath)
print("sent")
time.sleep(60)
except KeyboardInterrupt:
pass
finally:
print("exiting...")
GPIO.cleanup() #exit GPIO cleanly
cam.closeWebcam()
myEmail.closeSMTP() #close connection to SMTP server
def listen(self) -> NoReturn:
"""Continuously loop while checking for due plans and unread email."""
while True:
# Check Plans
plans = self.db.read()
for plan in plans:
if plan.due_date <= arrow.utcnow():
self.db.write(filter(lambda p: plan != p, plans))
Notification.toast('Butler', f'{plan.name} is due.')
# Check Messages
for mail in Email.get(self.username, self.password):
Notification.toast(mail.subject, mail.body)
def tag_sents(email):
# Remove the 'Abstract:' part
body = email.body[9:]
body_sents = sent_tokenize(body)
body_sents = [re.sub(r'\n', '', b) for b in body_sents]
body = email.body
for s in body_sents:
if (not s.startswith(' ')) and s[0].isalnum():
ns = '<sentence>' + s + ' </sentence>'
body = body.replace(s, ns)
return Email(email.header, body, email.fileid)
def __init__(self):
'''
Initialising the detectron2 model and setting computation to GPU.
Returns
-------
None.
'''
self.comp = 'cuda' if (torch.cuda.is_available()) else 'cpu'
self.cfg = get_cfg()
self.cfg.MODEL.DEVICE=self.comp
self.cfg.merge_from_file(model_zoo.get_config_file("COCO-Detection/faster_rcnn_R_50_C4_3x.yaml"))
self.cfg.MODEL.ROI_HEADS.SCORE_THRESH_TEST = 0.9 # set threshold for this model
self.cfg.MODEL.WEIGHTS = model_zoo.get_checkpoint_url("COCO-Detection/faster_rcnn_R_50_C4_3x.yaml")
self.predictor = DefaultPredictor(self.cfg)
self.num_processes = 6
self.db = database.DataBase()
self.email = Email()
tz = pytz.timezone('Asia/Kolkata')
tz = datetime.now(tz)
self.date = str(tz.strftime('%Y-%m-%d_%H:%M'))
def dict_to_email(d):
msgid = d['mid']
author_email = d[GMAIL.AUTHOR][-1]['email_addr']
author_name = decode(d[GMAIL.AUTHOR][-1].get('from_text', ''))
subject = decode(d[GMAIL.SUBJECT][-1])
snippet = decode(d[GMAIL.SNIPPET][-1])
attachments = [Storage(name=a) for a in d[GMAIL.ATTACHMENTS]]
labels = [decode(l) for l in d[GMAIL.LABELS] if not l.startswith('^')]
return Email(id=('%x' % msgid),
fromname=author_name,
fromemail=author_email,
sendtime=datetime.fromtimestamp(d["time"] // 1000),
subject=subject,
content=snippet,
attachments=attachments,
labels=labels)
'Corn':'CHRIS/CME_C1',
'Dax':'CHRIS/EUREX_FDAX1',
'FTSE100':'CHRIS/LIFFE_Z1',
'Eurodollar':'CHRIS/CME_ED1',
'Euro':'CHRIS/CME_EC1',
'GBP':'CHRIS/CME_BP1',
'Gold':'CHRIS/CME_EC1'
}
data_index=pd.DataFrame()
for m in mkts.keys():
try:
data_index[m]=quandl.get(mkts[m],authtoken=token).Last
except:
data_index[m]=quandl.get(mkts[m],authtoken=token).Settle
data_pct=data_index.dropna().pct_change()
data=data_pct.dropna()
number=data.count().iloc[1]
window=20
results=pd.DataFrame()
for i in range(window+1,number):
pca = PCA(n_components=5)
pca.fit(data[i-window:i])
results[data.iloc[i].name]=pd.Series(pca.explained_variance_)**.5
results.T['2018':].plot(kind='area',colormap='magma',title='Vol Explained').get_figure().savefig('vol_explained.png')
e=Email(subject='Morning Update: Volatility explained by compoents')
e.add_attachment('vol_explained.png')
e.send()
sys.path.insert(0, PATH + '/module')
from getpass import getpass, getuser
from checker import Checker
from mail import Email
name = os.environ.get('PYMAIL_ADR')
if not name:
name = raw_input('User : '******'Sorry .. retry')
psw = getpass()
e = Email(name, psw)
try:
e.send()
except:
print('\nSomething went wrong, retry')
else:
if e.failed:
print('Failed sending to ' + str(e.failed))
else:
print('Sent')
except KeyboardInterrupt:
print('\nTerminated')
sys.exit(0)
}
data_index = pd.DataFrame()
for i in indices.keys():
file = 'https://wholesale.banking.societegenerale.com/fileadmin/indices_feeds/' + indices[
i]
data_index[i] = pd.read_csv(file,
sep='\t',
index_col=0,
parse_dates=[0],
usecols=[0, 1]).ix[:, 0]
data_pct = data_index.pct_change()
ax1 = data_pct['2019':].cumsum().ffill().plot(colormap='jet')
ax1.set_xlabel("")
ax1.get_figure().savefig('socgen.png')
plt.show()
plt.gcf().clear()
df = pd.DataFrame()
df['CTA'] = data_index.CTA
df['SP500'] = quandl.get('CHRIS/CME_SP1', authtoken=token).Last
df = df.dropna().pct_change()
ax2 = pd.ewmcorr(df.CTA, df['SP500'], 20)['2019':].plot(
colormap='jet', title='20 Day Rolling Correlation: CTA index to S&P 500')
ax2.set_xlabel("")
ax2.get_figure().savefig('socgen_corr.png')
e = Email(subject='Morning Update: Soc Gen Indices')
e.add_attachments(['socgen.png', 'socgen_corr.png'])
e.send()
'GBP': 'CHRIS/CME_BP1',
#'Gold':'CHRIS/CME_EC1'
}
data_index = pd.DataFrame()
for m in mkts.keys():
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Last
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Settle
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Value
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).value
except:
try:
data_index[m] = quandl.get(mkts[m],
authtoken=token).Rate
except:
print(m)
data_pct = data_index.pct_change()
data_pct['2019':].cumsum().ffill().plot(
colormap='brg').get_figure().savefig('YTD.png')
e = Email(subject='Morning Update: Macro YTD Email')
e.add_attachment('YTD.png')
e.send()
def setup_mail(to, files):
email = Email()
email.prepare_msg(to)
email.attach_msg(email.set_msg(files))
email.send_email()
data_index[m]=quandl.get(mkts[m],authtoken=token).Value
except:
try:
data_index[m]=quandl.get(mkts[m],authtoken=token).value
except:
data_index[m]=quandl.get(mkts[m],authtoken=token).Rate
data_pct=data_index.pct_change()
s=calc_ts_pairwise_correlation(data_pct)
s.dropna().to_csv('pairwise_c.csv')
s['2000':].plot(colormap='jet').get_figure().savefig('pairwise.png')
e=Email(subject='Morning Update: Pairwise Correlation')
e.add_attachment('pairwise.png')
e.send()
data_pct['2019':].cumsum().ffill().plot(colormap='brg').get_figure().savefig('YTD.png')
e=Email(subject='Morning Update: Macro YTD Email')
e.add_attachment('YTD.png')
e.send()
def get_sector_data():
sp=SectorPerformances (key=key, output_format='pandas')
link = "http://xsb.seiee.sjtu.edu.cn" + hyper.get("href")
mail_context += "<br>\r\n".join([title, link, '\r\n'])
if not new_term:
mail_context += "No new schoarship today & yesterday. <br>\r\n You may want to visit http://xsb.seiee.sjtu.edu.cn/xsb/list/611-1-20.htm"
mail_context += "<br>"
return mail_context
if __name__ == "__main__":
parser = argparse.ArgumentParser(description="Tongqu Crawler")
parser.add_argument("-r",
"--recipient",
type=str,
default="*****@*****.**")
args = parser.parse_args()
msg1 = ""
msg2 = ""
try:
msg1 = crawl_tongqu()
except Exception as e:
print(e)
try:
msg2 = crawl_scholarship()
except Exception as e:
print(e)
email = Email(recipient=args.recipient, text=msg1 + msg2)
data_index = pd.DataFrame()
for i in indices.keys():
file = 'https://cib.societegenerale.com/fileadmin/indices_feeds/' + indices[
i]
data_index[i] = pd.read_csv(file,
sep='\t',
index_col=0,
parse_dates=[0],
usecols=[0, 1]).ix[:, 0]
data_pct = data_index.pct_change()
ax1 = data_pct['2018':].cumsum().ffill().plot(colormap='jet')
ax1.set_xlabel("")
ax1.get_figure().savefig('socgen.png')
plt.show()
plt.gcf().clear()
df = pd.DataFrame()
df['CTA'] = data_index.CTA
df['SP500'] = quandl.get('CHRIS/CME_SP1', authtoken=token).Last
df = df.dropna().pct_change()
ax2 = pd.ewmcorr(df.CTA, df['SP500'], 20)['2018':].plot(
colormap='jet', title='20 Day Rolling Correlation: CTA index to S&P 500')
ax2.set_xlabel("")
ax2.get_figure().savefig('socgen_corr.png')
e = Email(to='*****@*****.**',
subject='Morning Update: Soc Gen Indices')
e.add_attachments(['socgen.png', 'socgen_corr.png'])
e.send()
class Main:
def __init__(self):
self.wechat = WeChat()
self.openldap = OpenLdap()
self.e_mail = Email()
def get_wechat_uid_info(self, uid):
#根据uid获取企业微信中该用户的属性值
wechat_user_list = self.wechat.get_user_list()
for info in wechat_user_list:
for k_info, v_info in info.items():
if k_info == 'userid':
v = v_info.lower()
if v == uid:
return info
def get_wechat_gid_info(self, gid):
#跟据部门id获取企业微信中该部门的属性值
wechat_department_list = self.wechat.get_department_list()
for info in wechat_department_list:
for k_info, v_info in info.items():
if k_info == 'id':
if v_info == gid:
return info
def get_wechat_ugid(self, uid):
#根据uid获取企业微信的部门id,用于排除添加某部门用户
wechat_user_list = self.wechat.get_user_list()
for info in wechat_user_list:
for k_info, v_info in info.items():
if k_info == 'userid':
v = v_info.lower()
if v == uid:
dep_id = info.get('department')
return dep_id
def add_user(self):
ldap_uid = self.openldap.get_ldap_uid()
ldap_gid = self.openldap.get_ldap_gid()
wechat_uid = self.wechat.get_wechat_userid()
wechat_gid = self.wechat.get_wechat_gid()
#添加用户组
for w_gid in wechat_gid:
#判断微信部门是否已经存在ldap组中
if w_gid not in ldap_gid:
#列表[id]转成字符串id
gid = [str(x) for x in w_gid]
gid_new = "".join(gid)
wechat_gid_info = self.get_wechat_gid_info(int(gid_new))
print(wechat_gid_info)
# 不存在则向ldap添加部门信息
def f(id, name):
return self.openldap.ldap_add_group(id, name)
f(**wechat_gid_info)
#添加用户
for w_uid in wechat_uid:
# 判断微信账号是否已经存在ldap中
if w_uid not in ldap_uid:
# 不存在则向ldap添加账号信息
# 列表[uid]转成字符串'uid'
uid = "".join(w_uid)
#判断用户是否属于排除添加的部门:合作伙伴(:40)
exclude = [40]
wechat_dep_id = self.get_wechat_ugid(uid)
if wechat_dep_id not in exclude:
#添加用户
wechat_uid_info = self.get_wechat_uid_info(uid)
def f(userid, name, mobile, email, position, department):
print('开始添加ldap用户:%s' % userid)
if self.openldap.ldap_add_user(userid, name, mobile,
email, position,
department):
print('开始发送邮件')
self.e_mail.send_mail(email, userid, name)
f(**wechat_uid_info)
def __init__(self):
self.wechat = WeChat()
self.openldap = OpenLdap()
self.e_mail = Email()
tfs = TfsUtils(url, auth)
items = tfs.find_stored_query()
name = set()
for item_id in items:
work_item = tfs.find_work_item(item_id)
if work_item["24"] not in name:
rest_time = work_item["10000"] - 8
used_time = work_item["10052"] + 8
data = {
u"10000": rest_time,
u"10052": used_time
}
tfs.update_work_item(item_id, data)
name.add(work_item["24"])
print item_id
except Exception, e:
# print exception info
print Exception, ":", e
subject = "TFS报工失败"
text = "失败原因" + str(e)
traceback.print_exc()
# Email notification
email = Email(config)
email.send(subject, text)
import seaborn as sns
import pandas as pd
import matplotlib.pyplot as plt
plt.switch_backend('agg')
from mail import Email
from lab import *
sns.set_context("poster")
sns.set(font_scale=1)
sp = get_sp_future()
pct_returns = sp.pct_change()
short_days = 1
long_days = 60
z = (pd.Series.ewm(pct_returns, short_days).mean() -
pd.Series.ewm(pct_returns, long_days).mean()) / (pd.Series.ewm(
pct_returns, long_days).std())
if z.abs().iloc[-1] > 1:
df = pd.DataFrame()
df['SP'] = sp
df['Z score'] = z
ax = df['2018':].plot(secondary_y='SP')
ax.get_figure().savefig('zscore_sp.png')
e = Email(subject='Morning Update: S&P 500 1sd Move')
e.add_attachments(['zscore_sp.png'])
e.send()
else:
print('No email')
def emailFromString(uid, s, sendtime_if_error):
'Email RFC822 string -> Email object'
return Email.fromEmailMessage(uid, DecodedEmail(email.message_from_string(s)),
sendtime_if_error)
from urllib.request import urlopen
from mail import Email
quote_page = 'http://archive.wortfm.org/'
page = urlopen(quote_page)
soup = BeautifulSoup(page, 'html.parser')
msg = ''
for l in soup.find_all(sho='83'):
msg = msg + '<p><a href="' + l.find('button').get('mp3') + '">Diaspora</a>'
for l in soup.find_all(sho='72'):
msg = msg + '<p><a href="' + l.find('button').get(
'mp3') + '">Global Revolution</a>'
for l in soup.find_all(sho='21'):
msg = msg + '<p><a href="' + l.find('button').get(
'mp3') + '">Entertainment</a>\n'
for l in soup.find_all(sho='62'):
msg = msg + '<p><a href="' + l.find('button').get(
'mp3') + '">Journeys Into Jazz</a>\n'
for l in soup.find_all(sho='43'):
msg = msg + '<p><a href="' + l.find('button').get(
'mp3') + '">Something Wonderful</a>\n'
e = Email(subject='Weekly Update: Music Email', to=['*****@*****.**'])
e.add_text(msg)
e.send()
import pandas as pd
import matplotlib.pyplot as plt
plt.switch_backend('agg')
from mail import Email
from alpha_vantage.timeseries import TimeSeries
from alpha_vantage.sectorperformance import SectorPerformances
key = 'B22889019-EABCFEE1'
sns.set_context("poster")
def get_sector_data():
sp = SectorPerformances(key=key, output_format='pandas')
data, _ = sp.get_sector()
df = pd.DataFrame()
df['1M Performane'] = data['Rank D: Month Performance']
df['YTD Performance'] = data['Rank F: Year-to-Date (YTD) Performance']
df['1Y Performance'] = data['Rank G: Year Performance']
df['3Y Performance'] = (data['Rank H: Year Performance'] +
1)**.33333333 - 1
df['10Y Performance'] = (data['Rank J: Year Performance'] + 1)**.1 - 1
return df
get_sector_data().plot(
kind='bar', colormap='jet',
title='Performance (Long term Annualized)').get_figure().savefig(
'sector.png', bbox_inches='tight')
e = Email(subject='Morning Update: Sector Performance')
e.add_attachment('sector.png')
e.send()
def sendEmail(self, updatedPostViews):
email = Email()
email.send(updatedPostViews)
data_index = pd.DataFrame()
for m in mkts.keys():
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Last
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Settle
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Value
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).value
except:
try:
data_index[m] = quandl.get(mkts[m],
authtoken=token).Rate
except:
print(m)
data_pct = data_index.pct_change()
mu = pd.ewma(data_pct, 260)
sd = pd.ewmstd(data_pct, 260)
zscores = (data_pct - mu) / sd
last = zscores.iloc[-2].dropna().sort_values()
last.plot(kind='barh', colormap='jet',
ylim=[-3, 3]).get_figure().savefig('zscore.png', bbox_inches='tight')
e = Email(subject='Morning Update: Macro Dashboard')
e.add_attachment('zscore.png')
e.send()
from mail import Email
if __name__ == '__main__':
mail = Email(to='*****@*****.**', subject='Follow-up')
ctx = {'username': '******'}
mail.text('followup.txt', ctx)
mail.html('followup.html', ctx) # Optional
mail.send()
for m in mkts.keys():
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Last
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Settle
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Value
except:
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).value
except:
try:
data_index[m] = quandl.get(mkts[m],
authtoken=token).Rate
except:
print(m)
data_pct = data_index.pct_change()
mu = pd.ewma(data_pct, 60)
sd = pd.ewmstd(data_pct, 60)
zscores = (data_pct - mu) / sd
last = zscores.iloc[-2].dropna().sort_values()
last.plot(kind='barh', colormap='jet',
ylim=[-3, 3]).get_figure().savefig('zscore.png', bbox_inches='tight')
e = Email(to='*****@*****.**',
subject='Morning Update: Macro Dashboard')
e.add_attachment('zscore.png')
e.send()
mkts = {
'SP 500': 'CHRIS/CME_SP1',
'Natural Gas': 'CHRIS/CME_NG1',
'US 10Y': 'CHRIS/CME_TY1',
'Crude Oil': 'CHRIS/CME_CL1',
'Eurostoxx 50': 'CHRIS/EUREX_FESX1',
'Dollar Index': 'CHRIS/ICE_DX1',
'Wheat': 'CHRIS/CME_W7',
'Corn': 'CHRIS/CME_C1',
'Dax': 'CHRIS/EUREX_FDAX1',
'FTSE100': 'CHRIS/LIFFE_Z1',
'Eurodollar': 'CHRIS/CME_ED1',
'Euro': 'CHRIS/CME_EC1',
'GBP': 'CHRIS/CME_BP1',
'Gold': 'CHRIS/CME_EC1'
}
data_index = pd.DataFrame()
for m in mkts.keys():
try:
data_index[m] = quandl.get(mkts[m], authtoken=token).Last
except:
data_index[m] = quandl.get(mkts[m], authtoken=token).Settle
data_pct = data_index.pct_change()
s = calc_ts_pairwise_correlation(data_pct)
s['2000':].plot(colormap='jet').get_figure().savefig('pairwise.png')
e = Email(subject='Morning Update: Pairwise Correlation')
e.add_attachment('pairwise.png')
e.send()
sys.path.insert( 0, PATH + '/module' )
from getpass import getpass, getuser
from checker import Checker
from mail import Email
name = os.environ.get('PYMAIL_ADR')
if not name:
name = raw_input('User : '******'Sorry .. retry')
psw = getpass()
e = Email( name, psw )
try:
e.send()
except:
print('\nSomething went wrong, retry')
else:
if e.failed:
print('Failed sending to ' + str(e.failed))
else:
print('Sent')
except KeyboardInterrupt:
print('\nTerminated')
sys.exit(0)
SENT_VIA = 0
MINISERVER = global_cfg.get("MINISERVER1", "IPADDRESS")
INSTALLFOLDER = global_cfg.get("BASE", "INSTALLFOLDER")
logging.info("<INFO> loading configuration...")
logging.info("<INFO> DiskStation - " + DS_HOST + ", " + DS_PORT + ", " +
DS_USER + ", " + EMAIL)
logging.info("<INFO> Camera IDs - " + CIDS)
logging.info("<INFO> Miniserver - " + MINISERVER)
while True:
data, addr = sock.recvfrom(
1024) # read data with buffer size of 1024 bytes
logging.info("<INFO> received message from %s: %s" % (addr[0], data))
if (str(data).__contains__("TestMail")):
email = Email()
response = email.SendMsg(
"Test from Loxberry",
"This message was sent sucessfully from your Loxberry! \nHave fun :-) "
)
if response == True:
logging.info("<INFO> successful executed \"%s\" " % data)
else:
logging.info("<ERROR> %s not executed" % data)
continue
if (addr[0] == MINISERVER or addr[0] == "127.0.0.1"
): # only the miniserver is allowed to send commands
# create DS object and login
ds = DiskStation(DS_USER, DS_PWD, DS_HOST, DS_PORT, EMAIL,
INSTALLFOLDER)
'could not process areas.json file make sure that areas.json exists')
except KeyError:
raise BaseException('areas key is not specified in areas.json')
# init the Email
try:
sender_address = environ['EMAIL_ADDRESS']
receiver_address = environ['EMAIL_ADDRESS']
sender_pass = environ['PASSWORD']
except KeyError as e:
print(
'please make sure that you set the environment variables EMAIL_ADDRESS and PASSWORD correctly'
)
raise
email = Email(sender_address, receiver_address, sender_pass)
print('found {} areas in areas.json file'.format(len(AREAS)))
print('---------------------------------')
def get_inst_rain_average(file_path: str) -> Dict[str, float]:
'''
function to get the average rain over a grid for locations specified in areas.json
:param file_path x: file path to a grib file
:return: data row including (name: area name, area_max: max rain,
area_min: min rain, area_average: average rain for all
areas specified in areas.json file)
'''
grbs = pygrib.open(file_path)
grb = grbs[1]
from mail import Email
if __name__ == '__main__':
mail = Email(to='*****@*****.**', subject='Adaptation Complete')
ctx = {'username': '******'}
mail.text('adaptation.txt', ctx)
mail.html('adaptation.html', ctx) # Optional
mail.send()
#!/usr/bin/python
#coding:utf-8
import os
import sys
from datetime import *
from urlparse import urlparse
from jinja2 import Environment, FileSystemLoader
from mail import Email
if __name__ == "__main__":
# get data
log_result =
# generate using jinja2 template
env = Environment(loader = FileSystemLoader('%s/templates' % os.path.dirname(os.path.abspath(__file__))))
template = env.get_template('html.email.tpl')
html_content = template.render(result = log_result)
# mail
email = Email(smtp = 'smtp.company.com')
email.send(sender = '*****@*****.**',
receiptors = ["*****@*****.**", "*****@*****.**", "*****@*****.**"],
cc = '*****@*****.**',
subject = 'email subject',
content = html_content,
content_subtype = 'html',
attachment = ['/file/path/to/attachment'])