Merge pull request #5 from IanOlin/affiliation

Final Polished Output for Affiliation Metrics

Author: jaredbriskman

company-affiliation/CNTK_frequentcommitters.json

@@ -0,0 +1,249 @@
+# This Python file uses the following encoding: utf-8
+#-*- coding: utf-8 -*-
+import os, sys
+from selenium.webdriver.common.desired_capabilities import DesiredCapabilities
+firefox_capabilities = DesiredCapabilities.FIREFOX
+firefox_capabilities['marionette'] = True
+firefox_capabilities['binary'] = '/usr/bin/firefox'
+from selenium import webdriver
+from selenium.common.exceptions import NoSuchElementException
+from selenium.webdriver.common.keys import Keys
+from datetime import datetime, time
+from pattern.web import *
+from pattern.web import URL, extension, download
+from sets import Set
+import json
+import re
+import csv
+import unicodedata
+
+stack_committercount_dict = {"cinder": "cinder-openstack-dict.csv", "glance": "glance-openstack-dict.csv", "horizon": "horizon-openstack-dict.csv","keystone": "keystone-openstack-dict.csv", "neutron": "neutron-openstack-dict.csv", "nova": "nova-openstack-dict.csv", "swift": "swift-openstack-dict.csv", "cloudstack": "cloudstack-apache-dict.csv"}
+ml_committercount_dict = {"Theano": "Theano-Theano-dict.csv", "CNTK": "CNTK-Microsoft-dict.csv", "caffe": "caffe-BVLC-dict.csv", "deeplearning4j": "deeplearning4j-deeplearning4j-dict.csv", "tensorflow": "tensorflow-tensorflow-dict.csv"}
+
+
+"""
+Opens the csv file specified and loads the result into a dictionary
+
+input: a filename
+output: a python dictionary with names as keys and commit counts as values
+"""
+def obtainCommittersandCount(repocommitfile): 
+	filepath = "/home/anne/github-research/committer_csvs"
+	name_commits_dict = {}
+	for root, _, files in os.walk(filepath):
+		for f in files:
+			fullpath = os.path.join(root, f)
+			if (f == repocommitfile):
+				try:
+					with open(fullpath, "rt") as f_obj:
+						reader = csv.reader(f_obj)
+						for row in reader:
+							name = row[0].decode('utf-8')
+							commitcount = int(row[1])
+							name_commits_dict[name] = commitcount
+				except ValueError:
+					print fullpath, " has this error: ", ValueError
+				except TypeError:
+					print fullpath, " has this error: ", TypeError
+	return name_commits_dict
+
+"""
+Calculates what 10% of the # of committers for a repo is
+
+input: a filename (string), a percentage (int or float, like 10 or 10.0 for 10%)
+output: 10% of the # of committers
+"""
+def num_of_percent(repocommitfile, percent):
+	name_commits_dict = obtainCommittersandCount(repocommitfile)
+	if (percent > 100) or ((type(percent) != int) and (type(percent) != float)):
+		print "\ninvalid percentage. Try again\n"
+		return 0
+	return int(len(name_commits_dict)*(percent*.01))
+
+"""
+Gets the number of commits a person has for this particular project
+
+input: name of committer (string), the repo's committer count filename (string representing .csv file)
+output: number of commits by committer, if any
+"""
+def findNumCommits(name, repocommitfile):
+	name_commits_dict = obtainCommittersandCount(repocommitfile)
+	try:
+		if (type(name) == str):
+			return name_commits_dict[name]
+		elif (type(name) == unicode):
+			return name_commits_dict[name.decode("utf-8")]
+	except KeyError, Argument:
+		return 0
+
+"""
+Finds the available company affiliation of the committer
+
+input: committer's name (string)
+output: organizations this person worked at (list)
+"""
+def findHistory(name):
+	pending = []
+	personalHistory = []
+	readablename = name.split(" ")
+
+	try:
+		name_key = ""
+		if len(readablename) == 3:
+			name_key += '{}{}{}'.format(readablename[0], readablename[1], readablename[2])
+		elif len(readablename) == 2:
+			name_key += '{}{}'.format(readablename[0], readablename[1])
+		elif len(readablename) == 1:
+			name_key += '{}'.format(readablename[0])
+		elif len(readablename) == 4:
+			name_key += '{}{}{}{}'.format(readablename[0], readablename[1], readablename[2], readablename[3])
+		
+		name_key_unicode = name_key.decode('utf-8')
+		
+		with open('companyaffiliation.json', 'r') as data_file:
+			data = json.load(data_file)
+			# print data_file
+			try:
+				return data[name_key_unicode]
+			except KeyError, Argument:
+				return
+	except IOError, Argument:
+		print "companyaffiliation.json doesn't exist yet", Argument
+	except UnicodeEncodeError, Argument:
+		pending.append(name)
+		print "we can't decode {}".format(name), Argument
+
+"""
+Gets a list of the most prolific committers in the repo
+
+input: repocommitfile(string representing name of csv file input), percent(int or float, the top percent of commiters we want)
+output: a list of the most prolific committers in top 'percent' percent
+"""
+def frequentcommitters(repocommitfile, percent):
+	name_commits_dict = obtainCommittersandCount(repocommitfile)
+	num_percent = num_of_percent(repocommitfile, percent)
+	# Loop through name_commits_dict num_percent times. (Inefficient, I know)
+	committers = []
+	count_max = 1
+	# get the values (commit count) of the dictionary
+	commit_number_list = sorted(name_commits_dict.values())[-1*num_percent:]
+	for name in name_commits_dict:
+		count = name_commits_dict[name]
+		if (count in commit_number_list):
+			committers.append(name)
+	return committers
+
+"""
+Finds the # of prolific committers affiliated with the repo's organization 
+(for example, how many of tensorflow's committers are affiliated with Google?)
+
+input: the repo's committer count filename (string representing .csv file), the repo's name (string), percent (float or int, representing top % of prolificcommitters)
+output: the committers who are affiliated with the repo's organization (list)
+"""
+def findNumEmployees(companyfile, repo, percent):
+	employeeList = []
+	# company is the phrase to look for in the linkedin data or email domain association
+	association = {"tensorflow":["oogle", "Google"], \
+					"CNTK": ["icrosoft", "Microsoft"], \
+					"deeplearning4j": ["kymind", "Skymind.io"], \
+					"Theano": ["Montr", "Univ. of Montreal"], \
+					"caffe": ["erkeley", "Berkeley Vision and Learning Center"], \
+					"cinder": ["penstack", "Openstack"], \
+					"cloudstack": ["pache", "Apache Foundation"], \
+					"glance": ["penstack", "Openstack"], \
+					"horizon": ["penstack", "Openstack"], \
+					"keystone": ["penstack", "Openstack"], \
+					"neutron": ["penstack", "Openstack"], \
+					"nova": ["penstack", "Openstack"], \
+					"swift": ["penstack", "Openstack"]
+					}
+	
+	company_searchterm = association[repo][0]
+	company = association[repo][1]
+	committers_list = frequentcommitters(companyfile, percent)
+	#looping through frequentcommitters to see if this person has worked at the company
+	for name_index in range(len(committers_list)):
+		name = committers_list[name_index] 
+		name_unicode = name.encode("utf-8")
+		personalHistory = findHistory(name_unicode) #pulls up the personal work history of this person
+		if personalHistory == None:
+			continue
+		else:
+			for alist_index in range(len(personalHistory)):
+				currentCompany = personalHistory[alist_index] #a list in the form of [company, dates]
+				if (company_searchterm in currentCompany):
+					employeeList.append(name)
+					# So we don't double count:
+					break
+	jsondict = {}
+	jsondict[percent] = {}
+	jsondict[percent]["frequent"] = [len(committers_list), committers_list]
+	jsondict[percent]["affiliated"] = [len(employeeList), employeeList]
+	try:
+		affiliated_over_overall = (len(employeeList)*100.0)/len(committers_list)
+		print "Out of top {} percent of {}'s committers, at least {} percent of them are affiliated with {}".format(percent, repo, affiliated_over_overall, company)
+	except ZeroDivisionError, Argument:
+		print "More Commit Data needed for {}'s commits".format(repo)
+
+	return employeeList
+
+"""
+Optional Helper Function
+Scrapes the committer's linkedin profile and stores it into the file, companyaffiliation.json
+
+input: committer's name (string), url of committer's linkedin profilei (string)
+output: committer's name and work history (a tuple containing a string and a list)
+"""
+def getLinkedInInfo(name, url):
+	driver = webdriver.Firefox(capabilities=firefox_capabilities)
+	driver.get(url)
+	time.sleep(2)
+	title = driver.title
+	orgs_worklife = driver.find_elements_by_class_name("item-subtitle")
+	dateranges = driver.find_elements_by_class_name("date-range")
+	orgsAndCompanies = []
+	for i in range(len(dateranges)):
+		try:
+			daterange = dateranges[i]
+			one_daterange = daterange.text.encode('ascii', 'ignore').decode('ascii')
+			# print i
+			one_org = orgs_worklife[i].text.encode('ascii', 'ignore').decode('ascii')
+			# print one_org
+			orgsAndCompanies.append((one_org, one_daterange))
+		except IndexError as e:
+			break
+	driver.quit()
+	readablename = name.encode("utf-8").split(" ")
+	try:
+		name_key = ""
+		if len(readablename) == 3:
+			name_key += '{}{}{}'.format(readablename[0], readablename[1], readablename[2])
+		elif len(readablename) == 2:
+			name_key += '{}{}'.format(readablename[0], readablename[1])
+		elif len(readablename) == 1:
+			name_key += '{}'.format(readablename[0])
+		elif len(readablename) == 4:
+			name_key += '{}{}{}{}'.format(readablename[0], readablename[1], readablename[2], readablename[3])
+		name_key += "\n"
+		name_key_unicode = name_key.decode('utf-8')
+
+		with open('companyaffiliation.json', 'r') as data_file:
+			affiliations = json.load(data_file)
+		affiliations[name_key] = orgsAndCompanies
+
+		with open('companyaffiliation.json', 'w') as data_file:
+			json.dump(affiliations, data_file)
+	except IOError, Argument:
+		print "companyaffiliation.json doesn't exist yet", Argument
+	except UnicodeEncodeError, Argument:
+		print "we can't decode {}".format(name), Argument
+	return name, orgsAndCompanies
+
+if __name__ == '__main__':
+	stack_committercount_dict = {"cinder": "cinder-openstack-dict.csv", "glance": "glance-openstack-dict.csv", "horizon": "horizon-openstack-dict.csv","keystone": "keystone-openstack-dict.csv", "neutron": "neutron-openstack-dict.csv", "nova": "nova-openstack-dict.csv", "swift": "swift-openstack-dict.csv", "cloudstack": "cloudstack-apache-dict.csv"}
+	ml_committercount_dict = {"Theano": "Theano-Theano-dict.csv", "CNTK": "CNTK-Microsoft-dict.csv", "caffe": "caffe-BVLC-dict.csv", "deeplearning4j": "deeplearning4j-deeplearning4j-dict.csv", "tensorflow": "tensorflow-tensorflow-dict.csv"}
+	percent = 100
+	for repo in ml_committercount_dict:
+		csv_file = ml_committercount_dict[repo]
+		findNumEmployees(csv_file, repo, percent)
+	print "\n"