def main():
"""Main function for script"""
args = parse_args()
keyfile = args.keyfile
account = args.account
logger.createLog(os.path.basename(__file__)[:-3])
# Connect to EC2, create SecGroup if needed, start an instance
ec2_resource = get_resource(account)
logger.console('Connected to EC2')
ami = 'ami-785db401' # Ubuntu
# ami = 'ami-acd005d5' # Amazon Linux
create_security_group(ec2_resource)
instance = create_instance(ec2_resource, ami, keyfile)
# Wait for some time before connecting to instance via SSH
logger.console('Waiting for instance to boot')
instance.wait_until_running()
logger.console('Running')
instance.load()
logger.console('Public ip address received: ' +
str(instance.public_ip_address))
logger.console('Updating instance')
run_command("ssh -t -o StrictHostKeyChecking=no -i " + keyfile +
" ubuntu@" + str(instance.public_ip_address) +
" 'sudo apt -y update'")
def main(args):
logger = createLog(__name__)
environment = args.environment
process = args.process
procType = args.ingestType
customFile = args.inputFile
startDate = args.startDate
singleRecord = args.singleRecord
limit = args.limit
offset = args.offset
options = args.options
logger.info('Staring Process {} in {}'.format(process, environment))
logger.debug(
'Process Args Type: {}, Limit: {}, Offset: {}, Date: {}, File: {}, Record: {}'
.format(procType, limit, offset, startDate, customFile, singleRecord))
availableProcesses = registerProcesses()
procClass = availableProcesses[process]
processInstance = procClass(procType, customFile, startDate, singleRecord,
limit, offset, options)
if process != 'APIProcess':
task = newrelic.agent.BackgroundTaskWrapper(processInstance.runProcess)
else:
task = processInstance.runProcess
task()
from flask import Blueprint, url_for, redirect
from logger import createLog
logger = createLog(__name__)
info = Blueprint('info', __name__, url_prefix='/')
@info.route('/', methods=['GET'])
def apiInfo():
logger.debug('Status check 200 OK on /')
return redirect(url_for('flasgger.apidocs'))
# .\environment\Scripts\activate
from flask import Flask, render_template, Response, request, jsonify, redirect, url_for
import cv2
from photoDetection import UserVerification
from util import loadIds
import logging
from logger import createLog
createLog('user')
user = logging.getLogger('user')
app = Flask('templates')
#Initializing camera to capture video
camera = cv2.VideoCapture(0)
images = loadIds()
#object created for user verification task
#this class expects the original ID images
verify = UserVerification(images)
#Function which generates frames from the video and yeild it to render it live on html
def gen_frames():
while True:
try:
success, frame = camera.read()
#processing frames for detection
coords, out_frame, id_cropped_resized = verify.imageCapture(
frame, 2)
