jolexa

from time import time
import sys
import boto3

client = boto3.client('cloudfront')
# Uncomment this to pass a URL to the script
#def get_id(url):
#    print("get_id args: {0}".format(url))
#    # url: asdf.cloudfront.net
#    # return: E2134123ASDF

evz

How to use

• Add the s3.py file to your project. As an example, put it inside a folder called publishers.
• The folder where s3.py resides must be a Python package, so add an empty __init__.py file to that folder also.
• Add the following configuration to your site.yaml and modify it as needed:

publisher:
    s3:
 type: publishers.s3.S3 # here, publishers is the folder where the s3.py file was placed

ajokela

Splitting the File

The two extra command line options you need to use over and above the standard syntax are -M (--multi-volume) which tells Tar you want to split the file over multiple media disks. You then need to tell Tar how big that media is, so that it can create files of the correct size. To do this you use the --tape-length option, where the value you pass is number x 1024 bytes.

The example below shows the syntax used. Lets say the largefile.tgz is 150 Meg and we need to fit the file on two 100 Meg Zip drives.

tar -c -M --tape-length=102400 --file=disk1.tar largefile.tgz
The value 102400 is 1024 x 100, which will create a 100 Meg file called disk1.tar and then Tar will prompt for volume 2 like below :-

Prepare volume #2 for disk1.tar and hit return:

ajokela

require "imgscalr-lib" # https://github.com/thebuzzmedia/imgscalr
require "jruby"
java_import "javax.imageio.ImageIO"

ImageIO.write(
  com.thebuzzmedia.imgscalr.Scalr.resize(
    ImageIO.read(java.io.File.new("iss.jpg")), 
    250), 
  "jpg", 
  java.io.File.new("iss_new.jpg"))