Arun Patel arpat

Introduction

An introduction to curl using GitHub's API.

Makes a basic GET request to the specifed URI

curl https://api.github.com/users/caspyin

You can post a json file with curl like so:

curl -X POST -H "Content-Type: application/json" -d @FILENAME DESTINATION

so for example:

jq 'map(.foo)'

[ { foo: 1 }, { foo: 2 } ]
[1, 2]

I'm no longer using this exact setup, it is based on an old version of libfprint and further development is moving at a slow pace.

This document will still be available for further reference, but I don't plan to update it.

	import socket
	import pickle
	import random
	import time
	import struct
	import threading
	import urllib2

	#from sc_watchdog.logger import log

	Uninstall a bundle (use http://localhost:4505/system/console/bundles to access the Apache Felix web console)
	curl -u admin:admin -daction=uninstall http://localhost:4505/system/console/bundles/"name of bundle"

	Install a bundle
	curl -u admin:admin -F action=install -F bundlestartlevel=20 -F
	bundlefile=@"name of jar.jar" http://localhost:4505/system/console/bundles

	Build a bundle
	curl -u admin:admin -F bundleHome=/apps/centrica/bundles/name of bundle -F
	descriptor=/apps/centrica/bundles/com.centrica.cq.wcm.core-bundle/name_of_bundle.bnd

	def draw_graph3(networkx_graph,notebook=True,output_filename='graph.html',show_buttons=True,only_physics_buttons=False):
	"""
	This function accepts a networkx graph object,
	converts it to a pyvis network object preserving its node and edge attributes,
	and both returns and saves a dynamic network visualization.

	Valid node attributes include:
	"size", "value", "title", "x", "y", "label", "color".

	(For more info: https://pyvis.readthedocs.io/en/latest/documentation.html#pyvis.network.Network.add_node)

	def draw_graph3(networkx_graph,notebook=True,output_filename='graph.html',show_buttons=True,only_physics_buttons=False,
	height=None,width=None,bgcolor=None,font_color=None,pyvis_options=None):
	"""
	This function accepts a networkx graph object,
	converts it to a pyvis network object preserving its node and edge attributes,
	and both returns and saves a dynamic network visualization.

	Valid node attributes include:
	"size", "value", "title", "x", "y", "label", "color".