def parse(filename='..\\data\\enron\\processed\\small.mbox'):
messages = []
input = mailbox.mbox(filename)
for message in input:
#see if it has a From, if not it's a bad mbox, just skip for now
if (message['From']):
#Create Sender Endpoint
sender_add, sender_name = parse_endpoints(message['From'])
if (sender_add and sender_name):
sendEnd = Endpoint(address=sender_add[0], name=sender_name[0])
#Create Message object
id = message['Message-ID']
if (id):
print("********* "+id)
else:
print("********* "+str(message))
subject = message['Subject']
date = dateutil.parser.parse(message['Date'])
body = message.get_payload()
mess = Message(id=id, sender=sendEnd, subject=subject, datetime=date, body=body, flatmbox=str(message))
#Add receiver Endpoints
recipients_add, recipients_name = parse_endpoints(message['To'])
if (recipients_add and recipients_name):
for (recipient_add, recipient_name) in zip(recipients_add, recipients_name):
#print("*"+recipient_add+"*", recipient_name)
recEnd = Endpoint(address=recipient_add, name=recipient_name)
mess.addRecipient(recEnd)
#get all custom headers and save as strings
headers = message.items()
for header in headers:
if (header[0].startswith('X') or header[0].startswith('x')):
ch = CustomHeader(header_key=header[0], header_value=header[1])
mess.addCH(ch)
#add to the list
messages.append(mess)
return messages
def inspect(base_domain):
domain = Domain(base_domain)
domain.http = Endpoint("http", "root", base_domain)
domain.httpwww = Endpoint("http", "www", base_domain)
domain.https = Endpoint("https", "root", base_domain)
domain.httpswww = Endpoint("https", "www", base_domain)
# Analyze HTTP endpoint responsiveness and behavior.
basic_check(domain.http)
basic_check(domain.httpwww)
basic_check(domain.https)
basic_check(domain.httpswww)
# Analyze HSTS header, if present, on each HTTPS endpoint.
hsts_check(domain.https)
hsts_check(domain.httpswww)
return result_for(domain)
def load_endpoints():
config = configparser.ConfigParser()
config.read('endpoints.cfg')
port = config['DEFAULT']['port']
host = config['sequencer']['host']
route = config['sequencer']['route']
sequencer = Endpoint(host, port, route)
host = config['shuffler']['host']
route = config['shuffler']['route']
shuffler = Endpoint(host, port, route)
banks = []
hosts = config['bank_server']['host'].split('\n')
routes = config['bank_server']['route'].split('\n')
for host in hosts:
banks.append(Endpoint(host, port, routes))
return sequencer, shuffler, banks
def create_ednpoint():
user = require_user()
if request.json.keys() != ['name']:
return abort(400)
name = request.json['name']
if not name:
return abort(400)
endpoint = Endpoint(user.id, name)
db.session.add(endpoint)
db.session.commit()
return jsonify(present_endpoint(endpoint))
def newEndpoint(endpoint):
training = Training.query.filter(Training.id == endpoint.get("training_id")).one_or_none()
if training is not None:
if Endpoint.query.filter(Endpoint.name == endpoint.get("name")) is not None:
newEndpoint = Endpoint(id = endpoint.get("id"), name = endpoint.get("name"))
training.endpoints.append(newEndpoint)
db.session.add(newEndpoint)
db.session.commit()
return jsonify(newEndpoint.serialize()), 201
else:
abort(409,"Endpoint {name} exists already".format(name= endpoint.get("name")),)
else:
abort(409,"Training with this id:{training_id} not exists".format(training_id= id))
# coding=utf-8
import os
import json
from random import shuffle
from flask import Flask, jsonify, request, make_response
from flasgger import Swagger, swag_from
from flask_api import status # HTTP Status Codes
from werkzeug import exceptions as ex
from models import Response, UBRList, Endpoint
import requests
import logging
from logging.config import fileConfig
# Bank servers
endpoints = [
Endpoint('10.0.1.12', 8080, '/requests/process'),
Endpoint('10.0.1.13', 8080, '/requests/process'),
Endpoint('10.0.1.14', 8080, '/requests/process'),
Endpoint('10.0.1.15', 8080, '/requests/process'),
]
# Pull options from environment
debug = (os.getenv('DEBUG', 'False') == 'True')
port = os.getenv('PORT', '8080')
# Initialize Flask
app = Flask(__name__)
# Configure logging
fileConfig('/vagrant/shuffler/logger.cfg')
log = logging.getLogger()
import os
from config import db
from models import Notebook, Training, Endpoint
NOTEBOOKS = [{"notebook_name": "FirstNotebook", "notebook_id": "12345"}]
TRAININGS = [{"training_name": "FirstTraining", "training_id": "12345"}]
ENDPOINTS = [{"endpoint_name": "FirstEndpoint", "endpoint_id": "12345"}]
if os.path.exists("mimir.db"):
os.remove("mimir.db")
db.create_all()
for notebook in NOTEBOOKS:
n = Notebook(notebook_id=notebook.get("notebook_id"),
notebook_name=notebook.get("notebook_name"))
db.session.add(n)
for training in TRAININGS:
t = Training(training_id=training.get("training_id"),
training_name=training.get("training_name"))
db.session.add(t)
for endpoint in ENDPOINTS:
e = Endpoint(endpoint_id=endpoint.get("endpoint_id"),
endpoint_name=endpoint.get("endpoint_name"))
db.session.add(e)
db.session.commit()
def endpoints_check():
global endpoint_definitions
global alert_definitions
global metrics_definitions
global db
thread_args = []
logger.info("collecting endpoint health")
with ThreadPoolExecutor(max_workers=settings.MAX_WORKERS) as executor:
for group in endpoint_definitions["groups"]:
environment_group_id = group["id"]
for environment in group["environments"]:
environment_id = environment["id"]
for endpoint_group in environment["endpoint-groups"]:
endpoint_group_id = endpoint_group["id"]
endpoint_group_enabled = endpoint_group["enabled"]
if endpoint_group_enabled == "true":
for endpoint in endpoint_group["endpoints"]:
endpoint_id = endpoint["id"]
endpoint_url = endpoint["url"]
if "appendTraceID" in endpoint and endpoint[
"appendTraceID"]:
# default argument key
trace_argument_key = "cupcake_trace_id"
# use custom key if provided
if "traceArgumentKey" in endpoint:
trace_argument_key = endpoint[
"traceArgumentKey"]
endpoint_url = create_or_append_query_string(
original=endpoint_url,
argument="{}={}".format(
trace_argument_key, get_trace_id()))
if "appendAttempt" in endpoint and endpoint[
"appendAttempt"]:
# default argument key
append_attempt_key = "cupcake_attempt"
# use custom key if provided
if "attemptArgumentKey" in endpoint:
append_attempt_key = endpoint[
"attemptArgumentKey"]
endpoint_url = create_or_append_query_string(
original=endpoint_url,
argument="{}=##CUPCAKE_ATTEMPT##".format(
append_attempt_key))
endpoint_expected = ""
if "expected" in endpoint:
endpoint_expected = endpoint["expected"]
endpoint_threshold = None
if "threshold" in endpoint:
endpoint_threshold = Threshold(
endpoint["threshold"])
endpoint_model = Endpoint(
environment_group=environment_group_id,
environment=environment_id,
endpoint_group=endpoint_group_id,
endpoint=endpoint_id,
url=endpoint_url)
metrics_groups = get_endpoint_default(
model=endpoint_model,
property="metrics-groups",
default_value=["default"])
alert_groups = get_endpoint_default(
model=endpoint_model,
property="alert-groups",
default_value=get_alerts_in_group(
"default", alert_definitions))
executor.submit(run_test, endpoint_model,
metrics_groups, alert_groups,
endpoint_expected,
endpoint_threshold)
NOTEBOOKS = []
TRAININGS = []
ENDPOINTS = []
config.createDB()
db.create_all()
for notebook in NOTEBOOKS:
n = Notebook(id=notebook.get("id"), name=notebook.get("name"))
db.session.add(n)
for training in TRAININGS:
t = Training(id=training.get("training_id"), name=training.get("name"))
for endpoint in training.get("endpoints"):
endpoint_id, endpoint_name, createdDate = endpoint
n.endpoints.append(
Ednpoint(id=endpoint_id,
name=endpoint_name,
created_date=datetime.strptime(created_date,
"%Y-%m-%d %H:%M:%S")))
db.session.add(t)
for endpoint in ENDPOINTS:
e = Endpoint(id=endpoint.get("id"), name=endpoint.get("name"))
db.session.add(e)
db.session.commit()