def init():
'''
This function initializes the database
'''
collection = connectMongo()
collection.remove()
print('Database reinitialized')
def init():
collection = connectMongo()
collection.remove()
with open('initial.json') as json_file:
json_object = json.load(json_file)
for data in json_object:
collection.insert(data)
print('Database reinitialized')
# Project 1 Task 1
# due 10/6/2017
# Carsten Hood
# UIN: 922009787
# CSCE 489-599 Cloud Computing
# Fall 2017
from mongo_connect import connectMongo
import constants
import pymongo
import json
import pprint
import redis
collection = connectMongo()
##### FIND ALL ENTRIES IN THE DATABASE #####
# Assuming RQ0 is the query to find all entries in the database
RQ0 = collection.find()
for data in RQ0:
pprint.pprint(data)
pprint.pprint("hello")
######## FIND ENTRIES WITH CONDITION #######
######## collection.find(CONDITION) #######
######## E.g., collection.find({"Name" : "Alice"}) #######
######## UPDATE ENTRIES WITH CONDITION ########
######## collection.update_one(CONDITION, _update_) #######
}
}, {
'$project': {
'uid': 1,
'total_activity_duration': {
'$ifNull': ['$total_activity_duration', 0]
}
}
}]
res = collection.aggregate(pipeline)
for doc in res:
pprint(doc)
targetCollection = connectMongo()
# # WQ1. Add the data in dummy-fitness.json to the MongoDB database
# # insert documents in json file into collection
# insertJsonFile(fname='dummy-fitness.json', collection=targetCollection)
# # WQ2. Update the database with data from user1001-new
# # read the json
# with open("user1001-new.json") as f:
# jsonObject = json.load(f)
#
# # update the document with uid 1001
# updateEmployeeInfo(targetCollection, jsonObject)
# # RQ1. Count the number of employees whose data is in the AggieFit database.
# print current number of employees in database
from mongo_connect import connectMongo
from redis_connect import connectRedis
import constants
import pymongo
from pymongo import errors as pymonerr
messageboarddb = connectMongo()
redis_pub = connectRedis()
redis_sub = redis_pub.pubsub()
# redis_sub.subscribe("test-redispy")
def __init__(self):
self.db = connectMongo()
self.userFeatures = self.db['user_features']
self.weights = self.db['weights']
self.userAverageScores = self.db['averageScore']
from fuzzy_hash import sdhash_get_from_file
from virus_check import clamav # take file path, return True for ok, False for virus
import os
from mongo_connect import connectMongo
CONTENT_GOOD = 1
CONTENT_SUSPICIOUS = 2
files_sdhashs = connectMongo()
md = clamav()
def virus_check_file(file_path):
ret = md.scan_file(file_path)
return ret
def global_process_files(_file_paths_list):
num_all_files = len(_file_paths_list)
num_bad_files = 0
suspicious_file_paths_list = []
for file_path in _file_paths_list:
head, file_name_with_ext = os.path.split(file_path) # with ext
sdhash = sdhash_get_from_file(file_path)
if global_check_file(file_name_with_ext, sdhash,
file_path) == CONTENT_GOOD:
print("One file passed global test")
else:
suspicious_file_paths_list.append(file_path)
num_bad_files += 1
def printdict(dict):
print("{"),
i = 0
for key, value in dict.iteritems():
i = i + 1
if (str(key) != "_id"):
if i < len(dict):
print("'" + str(key) + "':'" + str(value) + ", "),
else:
print("'" + str(key) + "':'" + str(value)),
print("}")
db = connectMongo()
#db.create_collection("health_quotes")
#db.create_collection("fit_chat")
allcollectionNames = db.collection_names()
#db["health_quotes"].remove()
#db["fit_chat"].remove()
#for collectionName in allcollectionNames:
# print(collectionName)
selectCollection = False
listenStart = False
previndex = 0
while True:
try:
if listenStart == True:
while True:
if previndex != msgboard.count():