skolomiiets

An Ansible summary

Jon Warbrick, July 2014, V3.2 (for Ansible 1.7)

Configuration file

intro_configuration.html

First one found from of

skolomiiets

#!/usr/bin/env bash

curl --header 'Authorization: token $TOKEN' \
     --header 'Accept: application/vnd.github.v3.raw' \
     --remote-name \
     --location https://api.github.com/repos/owner/repo/contents/path

skolomiiets

githubimport

Allows you to import Python modules from the top level of a GitHub repository. Basically, golang's import semantics but in Python fashion.

>>> import githubimport
>>> from MineRobber9000.test_modules import blah
>>> blah.foo()
"bar"

skolomiiets

import io
import sys

class IteratorFile(io.TextIOBase):
    """ given an iterator which yields strings,
    return a file like object for reading those strings """

    def __init__(self, it):
        self._it = it
        self._f = io.StringIO()

skolomiiets

###################################################
##
## Alertmanager YAML configuration for routing.
##
## Will route alerts with a code_owner label to the slack-code-owners receiver 
## configured above, but will continue processing them to send to both a
## central Slack channel (slack-monitoring) and PagerDuty receivers
## (pd-warning and pd-critical)
##

skolomiiets

# The goal: create a list of maps of subnet mappings so we don't have to statically hard-code them in aws_lb
# https://www.terraform.io/docs/providers/aws/r/lb.html#subnet_mapping
locals {
  # These represent dynamic data we fetch from somewhere, such as subnet IDs and EIPs from a VPC module
  subnet_ids = ["subnet-1", "subnet-2", "subnet-3"]
  eips       = ["eip-1", "eip-2", "eip-3"]
}

# Here's the hack! The null_resource has a map called triggers that we can set to arbitrary values. 
# We can also use count to create a list of null_resources. By accessing the triggers map inside of

skolomiiets

Optimizing Django and Celery for Handling Many Concurrent Requests

Handling a high volume of concurrent requests in a Django application with Celery for background tasks can be challenging. This guide will walk you through the necessary steps to optimize your setup for better performance and scalability.

Default Setup with Gunicorn and Celery

By default, Gunicorn with Django and Celery uses synchronous workers to handle web requests and background tasks. This means:

• Gunicorn: Uses sync workers which can handle one request at a time per worker.
• Celery: Processes tasks synchronously within each worker.