def send_email(func, target, code):
if func == settings.FUNCTION_REGISTER:
content = T(u"<html><p>您正在进行用户注册操作，验证码 {{ code }}，请在 15 分钟内按提示提交验证码。")
elif func == settings.FUNCTION_UPDATE:
content = T(u"<html><p>您正在进行手机号更新操作，验证码 {{ code }}，请在 15 分钟内按提示提交验证码。")
elif func == settings.FUNCTION_RESET:
content = T(u"<html><p>您正在进行密码重置操作，验证码 {{ code }}，请在 15 分钟内按提示提交验证码。")
else:
logger.warning('invalid function parameter %s' % func)
return
m = emails.Message(
html=content,
subject=T(u"随阅易手机阅读 - 验证码"),
mail_from=(u"随阅易手机阅读", settings.SMTP_FROM),
)
response = m.send(
render={
"code": code,
},
to=target,
smtp={
"host": settings.SMTP_SERVER,
"port": settings.SMTP_PORT,
'ssl': True,
'user': settings.SMTP_FROM,
'password': settings.SMTP_PASSWORD,
},
)
if response.status_code not in [250, ]:
logger.warning('cannot send email, target=%s, code=%s. %s' % (target, code, str(response)))
return
logger.info('email has sent, target=%s, code=%s' % (target, code))
def send_password_reset_code(self):
"""Create a password reset code"""
reset_token = ''.join(
random.SystemRandom().choice(string.ascii_letters + string.digits)
for _ in range(RESET_TOKEN_LEN))
self._data['_reset_token'] = reset_token
self._set_modified(True)
self.save()
logger.info("Password reset requested for (%s) : %s", self.email,
reset_token)
with (Path(app.config.ASSETS_PATH) / 'html/recover.html').open() as html, \
(Path(app.config.ASSETS_PATH) / 'txt/recover.txt').open() as txt, \
(Path(app.config.ASSETS_PATH) / 'img/epmanage.png').open('rb') as logo:
msg = Message(
html=T(html.read()),
text=T(txt.read()),
subject="Account recovery for {}".format(self.email),
mail_from=("EPManage", app.config.EMAIL_ADDRESS),
message_id=make_msgid(domain=app.config.EMAIL_DOMAIN))
msg.attach(filename="epmanage.png",
content_disposition="inline",
data=logo)
msg.send(to=self.email,
render={
'USER_EMAIL':
self.email,
'URL_TO_RESET':
"{}/{}".format(app.config.RECOVERY_URL, reset_token)
})
return True
def send_email(min_data):
'''Send an email notification with the min temp & time and a plot of the temperature forecast.
Parameters
----------
min_data : tuple
Minimum temperature, datetime object of minimum temperature
'''
message = emails.html(subject=T(email_subject),
html=T(email_contents),
mail_from=(config.email["from"]["name"],
config.email["from"]["email"]))
message.attach(filename='temps_plot.png',
data=open('temps_plot.png', 'rb'))
message.attachments['temps_plot.png'].is_inline = True
message.transformer.synchronize_inline_images()
message.transformer.save()
render_data = {
"temperature": min_data[0],
"temp_time": min_data[1].strftime("%-I:%M %p on %A %b %-d"),
"now": datetime.now().strftime("%-I:%M %p %A %b %-d %Y")
}
return message.send(to=(config.email["to"]["name"],
config.email["to"]["email"]),
render=render_data,
smtp=config.email["smtp"])
def send_email():
message = emails.html(subject=T('测试邮件'),
html=T('<p>详情见附件<br><br>'),
mail_from=('auto-reporter', USERNAME))
message.attach(data=open('../log/2020-01-16 10-50-03.xlsx', 'rb'),
filename="2020-01-16 10-50-03.xlsx")
r = message.send(to=USERNAME, smtp=smtp_conf)
print(r)
def send_email():
message = emails.html(subject=T('Html email Testing'),
html=T(open('email_tmpl.html').read()),
mail_from=('auto-reporter', USERNAME))
message.attach(data=open('readme.md', 'r'), filename="readme.txt")
message.attach(filename="test.png", content_disposition="inline", data=open("test.png", "rb"))
r = message.send(to=('Orangleliu', USERNAME),
render={'name': 'ALL', 'img_name': "test.png"},
smtp={'host': SMTP})
print(r.status_code)
def send_email(username, password, receiver, receiver_email):
message = emails.html(subject=T('MICL Cluster Password'),
html=T(
'<p>Server IP: <b>155.69.146.213</b>'
'<p>Your username is <b>{{username}}</b>'
'<p>Your password is <b>{{password}}</b>'
),
mail_from=('auto-reporter', USERNAME))
r = message.send(to=(receiver, receiver_email), render={
'username': username,
'password': password}, smtp=smtp_conf)
return r
def send_eamil(self, sender_nick_name, receivers, subject, content):
user_name = self.smpt['user']
message = emails.html(subject=T(subject),
html=T(content),
mail_from=(sender_nick_name, user_name))
logs = []
for receiver in receivers:
print('发送中：' + receiver + '.....')
history = message.send(to=(None, receiver), smtp=self.smpt)
logs.append(history)
return logs
def invite(data: dict):
"""
Create a Client object ready for registration
:return: the registration_token to be used for registration
"""
max_agents = data.pop('max_agents')
if max_agents > app.config.INVITE_MAX_AGENTS:
raise AuthException("Please set a maximum of {} agents".format(app.config.INVITE_MAX_AGENTS))
max_users = data.pop('max_users')
if max_users > app.config.INVITE_MAX_USERS:
raise AuthException("Please set a maximum of {} users".format(app.config.INVITE_MAX_USERS))
client = epmanage.lib.client.Client()
client.invitation_email = data.pop('email')
client.max_agents = max_agents
client.max_users = max_users
client.token = ''.join(random.SystemRandom().choice(string.ascii_lowercase + string.digits) for _ in range(32))
client.registration_token = ''.join(random.SystemRandom().choice(string.ascii_lowercase + string.digits)
for _ in range(20))
client.database_settings = dict(
DBNAME='{}_corp'.format(client.token)
)
client.save()
client.insert_default_data()
sender = AuthController.get_current_identity().get_user()
user_name = "{} {}".format(sender.firstname, sender.lastname)
user_email = sender.email
with (Path(app.config.ASSETS_PATH) / 'html/invite.html').open() as html, \
(Path(app.config.ASSETS_PATH) / 'txt/invite.txt').open() as txt, \
(Path(app.config.ASSETS_PATH) / 'img/rocket.png').open('rb') as rocket, \
(Path(app.config.ASSETS_PATH) / 'img/epmanage.png').open('rb') as logo:
msg = Message(
html=T(html.read()),
text=T(txt.read()),
subject="Invitation to the EPManage",
mail_from=(user_name, user_email),
message_id=make_msgid(domain=app.config.EMAIL_DOMAIN))
msg.attach(filename="rocket.png", content_disposition="inline", data=rocket)
msg.attach(filename="epmanage.png", content_disposition="inline", data=logo)
msg.send(to=client.invitation_email, render={
'USER_NAME': user_name,
'USER_EMAIL': user_email,
'URL_TO_JOIN': "{}/{}".format(app.config.REGISTRATION_URL, client.registration_token)
})
return client.registration_token
def notify_recipient(self, sites: List[settings.Site],
addresses: List = []) -> None:
"""
Method sends notification to recipients
& updates self.sent_report with results.
"""
if not sites:
print("There are no sites with expiring SSL certificates")
if not addresses:
addresses = self.recipients
message = emails.html(
mail_from=("ITS Certificate Automate Checker", "*****@*****.**"),
html=T(open("letter.html").read()),
subject="To admins & engineers",
)
for addr in addresses:
r = message.send(
to=("To admins & engineers ", addr),
render={"sites": sites},
smtp=settings.smtp_config._asdict()
)
self.sent_report[addr] = r.status_code == 250
def _get_message(self):
options = self.options
if options.message_id_domain:
message_id = emails.MessageID(domain=options.message_id_domain)
else:
message_id = None
args = dict(images_inline=options.inline_images,
message_params=dict(
headers=self._headers_from_command_line(),
mail_from=(options.from_name, options.from_email),
subject=T(unicode(options.subject, 'utf-8')),
message_id=message_id),
template_cls=T)
if options.url:
message = emails.loader.from_url(url=options.url, **args)
elif options.from_directory:
message = emails.loader.from_directory(options.from_directory,
**args)
elif options.from_file:
message = emails.loader.from_file(options.from_file, **args)
elif options.from_zipfile:
message = emails.loader.from_zip(options.from_zipfile, **args)
else:
logging.error('No message source specified.')
sys.exit(1)
return message
async def _send(self, body: dict, template: str) -> dict:
subject = body.get('subject', '')
message = emails.html(subject=subject,
html=T(template),
mail_from=('Ardas Inc', self.email_address))
response = message.send(
to=body['to_addr'],
render={
'to_name': body['to_name'],
'linc': body['linc']
},
smtp={
'host': self.smtp_server,
'port': self.smtp_port,
'tls': True,
'user': self.login,
'password': self.password
},
)
status = response.status_code
text = response.status_text.decode('utf-8')
if status != 250:
return {'success': False, 'error': text}
return {'success': True, 'transaction_id': text.split()[1]}
async def email_sender(body: dict,
template: str,
config: dict,
subject='None'):
message = emails.html(subject=subject,
html=T(template),
mail_from=('Ardas Inc', config['EMAIL_ADDRESS']))
response = message.send(
to=body['to_addr'],
render={
'to_name': body['to_name'],
'linc': body['linc']
},
smtp={
'host': config['SMTP_SERVER'],
'port': config['SMTP_PORT'],
'tls': True,
'user': config['LOGIN'],
'password': config['PASSWORD']
},
)
status = response.status_code
text = response.status_text.decode('utf-8')
if status != 250:
raise web.HTTPUnprocessableEntity(content_type='application/json',
body=json.dumps({
'success': False,
'error': text
}))
return {'success': True, 'transaction_id': text.split()[1]}
def send_email(
email_to: str,
subject_template: str = "",
html_template: str = "",
environment=None,
) -> None:
"""
send email to some mail address
:param email_to: send to this email
:param subject_template: email subject
:param html_template: email content
:param environment: template params
:return: email send response
"""
if environment is None:
environment = {}
assert settings.EMAILS_ENABLED, "no provided configuration for email variables"
# email message
message = emails.Message(
subject=T(subject_template),
html=T(html_template),
mail_from=(settings.EMAILS_FROM_NAME, settings.EMAILS_FROM_EMAIL),
)
# smtp server
smtp_options = {"host": settings.SMTP_HOST, "port": settings.SMTP_PORT}
if settings.SMTP_SSL:
smtp_options["ssl"] = True
if settings.SMTP_USER:
smtp_options["user"] = settings.SMTP_USER
if settings.SMTP_PASSWORD:
smtp_options["password"] = settings.SMTP_PASSWORD
# send
response = message.send(to=email_to, render=environment, smtp=smtp_options)
if response.status_code not in [
250,
]:
logger.info(f"send email failed {response}")
else:
logger.info(f"send email to {email_to} successfully")
def send_email():
message = emails.html(
subject=T('Payment Receipt No.{{ billno }}'),
html=T('<p>Dear {{ name }}! This is a receipt...<br><br>'),
mail_from=('auto-reporter', USERNAME))
message.attach(data=open('readme.md', 'r'), filename="readme.txt")
r = message.send(to=('Orangleliu', USERNAME),
render={
'name': 'Orangleliu',
'billno': '141051906163'
},
smtp={
'host': SMTP,
'user': USERNAME,
'password': PASSWORD
})
print(r.status_code)
def _create_message_from_template(self, mail_to, subject, template_path, cc, bcc, templates_encoding):
mail_from = self.smtp_settings.sender
full_template_path = path.join(self.templates_path, template_path)
with io.open(full_template_path, 'r', encoding=templates_encoding) as file:
template_content = file.read()
file.close()
message = emails.Message(
mail_from=mail_from, mail_to=mail_to, cc=cc, bcc=bcc, subject=T(subject), html=T(template_content))
return message
def send_email(to_email):
html = """
<html>
<head></head>
<body>
<p>Hi!<br>
How are you?<br>
Here is the <a href="http://www.baidu.com">link</a> you wanted.<br>
</p>
<img src="https://img-blog.csdnimg.cn/20200813165242761.png?x-oss-process=image/watermark,type_ZmFuZ3poZW5naGVpdGk,shadow_10,text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQxNTk2NzM0,size_16,color_FFFFFF,t_70#pic_center" alt="在这里插入图片描述">
</body>
</html>
"""
message = emails.html(subject=T('测试邮件'),
html=T(html),
mail_from=('Jack.Wu', USERNAME))
# message.attach(data=open('readme.md', 'r'), filename="readme.txt")
r = message.send(to=(to_email), smtp=smtp_conf)
print(r)
def send_email(to: tuple,
message_type: str,
attachment: str,
mail_from: tuple = ('Infra Provisioner',
'*****@*****.**')):
gpg = gnupg.GPG(gnupghome=GPG_HOME)
filename = f"terraform-{message_type}-output.txt.asc"
to_emails, recipient_keys = zip(*to)
encrypted_ascii_data = gpg.encrypt(attachment,
recipient_keys,
always_trust=True)
assert encrypted_ascii_data.ok is True, f"Invalid GPG Key {encrypted_ascii_data.stderr} recipients {to}"
subject = EMAIL_DATA.get(message_type).get('subject')
body = EMAIL_DATA.get(message_type).get('message')
message = emails.html(text=T(body),
subject=T(subject),
mail_from=MAIL_FROM)
message.attach(data=bytes(str(encrypted_ascii_data).encode('utf8')),
filename=filename)
message.send(to=to_emails,
render={
'stderr': encrypted_ascii_data.stderr,
'to': to
},
smtp={
'host': SMTP_SERVER,
'port': SMTP_PORT,
'ssl': SMTP_SSL,
'user': SMTP_USERNAME,
'password': SMTP_PASSWORD
})
import emails
from emails.template import JinjaTemplate as T
message = emails.html(
subject=T('Payment Receipt No.{{ billno }}'),
html=T('<p>Dear {{ name }}! This is a receipt...'),
mail_from=('Dj Huj', '*****@*****.**')
)
res = message.send(
to=('Yuru Danilin', '*****@*****.**'),
render={'name': 'John Brown', 'billno': '141051906163'},
smtp={
'host': 'smtp.yandex.ru',
'port': 465,
'ssl': True,
'user': '******',
'password': '******'
}
)
print(f"Sending status code: {res.status_code}")
def process(terrayaml: str, metadata: dict, logger: KopfObjectLogger) -> str:
#
# User input YAML
#
env = jinja2.Environment()
env.filters['random_password'] = random_password
env.filters['random_name'] = random_name
template = T(template_text=terrayaml, environment=env).render(**metadata)
provision = yaml.load(template, Loader=yaml.FullLoader)
logger.info(f"provision this template {provision}")
# print(provision)
#
# Start terraform
#
meta = provision.pop('meta', {})
team = meta.get('team', 'oss')
profile = meta.get('profile', PROFILE)
environment = meta.get('environment', 'testing')
application = meta.get('application', 'wurkflow')
statefile_region = meta.get('statefile_region', 'eu-west-1')
ts = Terrascript()
ts += Terraform(required_version=">= 0.12.7").backend(
"s3",
bucket=REMOTE_STATE_S3_BUCKET,
key=
f"k8/terrayaml-operator/{team}/{environment}/{application}-terraform.tfstate",
region=statefile_region,
profile=ROOT_PROFILE)
#
# Extract the notify component
#
notify = provision.pop('notify')
if notify:
# tuple of email, key
recipient_emails = notify.get('email', [])
# append out infra provisioner email
recipient_emails.append('*****@*****.**')
recipients = get_recipients_from_pgp(recipient_emails=recipient_emails)
logger.info(f"notify these emails: {recipient_emails}")
#
# Parse the yaml
#
for provider in provision:
#print(f"----- output for provider: {provider.upper()} -----")
for resource, data in provision.get(provider).items():
#print(f"----- output for resource: {resource} -----")
for item in data.get('items', []):
api = TF_YAML_MAP.get(resource)
outputs = item.pop('outputs', [])
item_name = item.pop('name', random_name(value=resource))
tf_resource = api(item_name, **item)
ts.add(tf_resource)
# handle terraform outputs
for opt in outputs:
assert getattr(
tf_resource, opt.get('value')
), f"{tf_resource} has no attribute {opt.get('value')}"
ts.add(
Output(opt.get('name'),
value=getattr(tf_resource, opt.get('value'))))
# Add a provider (+= syntax)
ts += Provider('aws',
skip_metadata_api_check=True,
profile=profile,
region=REGION)
data = ts.dump()
# Plan
working_dir = tempfile.mkdtemp(dir='./runs')
crd_api = kubernetes.client.CustomObjectsApi()
selfLink = metadata.get('selfLink').split('/')
# update with planId
logger.info(f"planId: {working_dir}")
crd_api.patch_namespaced_custom_object(
group=selfLink[2],
version=selfLink[3],
name=selfLink[7],
namespace=selfLink[5],
plural=selfLink[6],
body={"spec": {
"planId": working_dir
}})
tf_response, tf_code = terraform(working_dir=working_dir,
data=data,
logger=logger)
logger.info(f"Terraform Plan result: {tf_response}")
if recipients:
logger.info(f"Send email to {recipients}")
send_email(to=recipients,
attachment=tf_response,
message_type='success' if tf_code != 1 else 'error')
else:
logger.info('No recipients defined')
logger.info(f"PlanId is {working_dir}")
return f"{working_dir}"
