sinkers

# tasks.py
from celery import task, Celery, subtask, group
import time

REDIS_SERVER = 'redis://localhost:6379'

celery = Celery("app", broker=REDIS_SERVER, backend=REDIS_SERVER)

@task()
def task1(input):

sinkers

# First part is a unit test script effectively, this code would go in the Flask app
from celery import Celery

# There needs to be a seperate tasks module, see below
import tasks

# Celery uses redis to commuicate between tasks
celery = Celery("app", broker='redis://localhost:6379',backend='redis://localhost:6379')

# This submits the task to run via Celery

sinkers

from tornado.wsgi import WSGIContainer
from tornado.httpserver import HTTPServer
from tornado.ioloop import IOLoop
import tornado.netutil
import requests
import os
import netifaces

from worker import app
from worker import register

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#!/usr/bin/python
# Script to encode HLS and DASH from a multi TS mezzanine file
# Places encoded files in a folder of the same name as the source input
# Steps
# 1. Check file with mediainfo (optional)
# 2. Encode to resolutions as mp4
# 3. Split into TS segments and create playlists
# 4. Create variant playlist

import subprocess

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#!/usr/bin/python
'''
Script to monitor live streams and send an Amazon SNS if the stream is down (and possibly take restorative action)

Future:
 Black detect: ffmpeg -i out.mp4 -vf blackdetect -f null -
 Note the following doesn't seem to fully work without looking at the debug logs
 On live ffmpeg -y -i rtmp://cp30129.live.edgefcs.net/live/videoops-videoops@50541 -vf blackdetect -t 10 -loglevel debug -f null -

'''

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#!/bin/sh

#  encode_bitrate_overlay.sh
#  
#
#  Created by Andrew Sinclair on 11/07/2014.
#
#!/bin/bash
VIDSOURCE=$1
OUTNAME=$2

sinkers

#!/bin/sh

#  encode_bitrate_overlay.sh
#  
#
#  Created by Andrew Sinclair on 11/07/2014.
#
#!/bin/bash
VIDSOURCE=$1
OUTNAME=$2

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#!/bin/bash
VIDSOURCE=$1
OUTNAME=$2
RESOLUTION1="320x180"
RESOLUTION2="512x288"
RESOLUTION3="640x360"
RESOLUTION4="960x540"
RESOLUTION5="1024x576"
RESOLUTION6="1280x720"
RESOLUTION7="1920x1080"

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<adRequest networkId="90750" version="1" profile="90750:ooyala_android">
	<capabilities>
		<supportsSlotTemplate />
		<supportsAdUnitInMultipleSlots />
		<supportNullCreative />
		<supportsSlotCallback />
		<requiresVideoCallbackUrl />
		<supportsFallbackAds />
		<expectMultipleCreativeRenditions />
		<requiresRendererManifest />

sinkers

import requests
import random
import xml.dom.minidom

'''
Simple script to simulate what needs to go in a Freewheel ad request
This example is for VMAP but what needs to be requested is similar on other response types e.g. FW Smart XML
To use Smart XML response just change the resp parameter to "xml"
'''