def main():
argparser = configargparse.ArgumentParser(
description="AWIS API Proof of Concept")
argparser.add_argument('--key-id', required=True)
argparser.add_argument('--secret-key', required=True)
argparser.add_argument('--sites', required=True, nargs='+')
args = argparser.parse_args()
client = AwisApi(args.key_id, args.secret_key)
tree = client.url_info(args.sites, "Rank", "LinksInCount", "Speed")
print etree_tostring(tree)
print "client ns_prefixes: ", client.NS_PREFIXES
alexa_prefix = client.NS_PREFIXES['alexa']
awis_prefix = client.NS_PREFIXES['awis']
elem = tree.find('//{%s}StatusCode' % alexa_prefix)
assert elem.text == 'Success'
for elem_result in tree.findall('//{%s}UrlInfoResult' % awis_prefix):
# print etree_tostring(elem_result)
print "elem_result tag: %s, text: %s" % (elem_result.tag,
elem_result.text)
tree_result = ElementTree(elem_result)
elem_url = tree_result.find('//{%s}DataUrl' % awis_prefix)
if elem_url is not None:
print "elem_url tag: %s, text: %s" % (elem_url.tag, elem_url.text)
elem_metric = tree_result.find('//{%s}Rank' % awis_prefix)
if elem_metric is not None:
print "elem_metric tag: %s, text: %s " % (elem_metric.tag,
elem_metric.text)
def get_metrics(cls, domains, metrics, options):
awis_client = AwisApi(options.key_id, options.secret_key)
tree = awis_client.url_info(domains, *metrics)
alexa_prefix = awis_client.NS_PREFIXES['alexa']
awis_prefix = awis_client.NS_PREFIXES['awis']
elem = tree.find('//{%s}StatusCode' % alexa_prefix)
if elem.text != 'Success':
raise UserWarning('unable to get metrics: %s' %
etree_tostring(tree))
metric_values = []
elems_results = enumerate(
tree.findall('//{%s}UrlInfoResult' % awis_prefix))
for result_count, elem_result in elems_results:
# print("UrlInfoResult Elem: %s" % etree_tostring(elem_result))
# print("elem_result tag: %s, text: %s" % (elem_result.tag, elem_result.text))
tree_result = ElementTree(elem_result)
domain = None
elem_url = tree_result.find('//{%s}DataUrl' % awis_prefix)
if elem_url is not None:
# print("elem_url tag: %s, text: %s" % (elem_url.tag, elem_url.text))
domain = elem_url.text
if domain[-1] == "/":
domain = domain[:-1]
assert domain == domains[result_count], \
"sanity check %s == %s" % (domain, domains[result_count])
# if domain:
# print("getting results for domain %s" % domain)
domain_metrics = {}
for metric in metrics:
elem_metric = tree_result.find('//{%s}%s' %
(awis_prefix, metric))
if elem_metric is None:
raise UserWarning('unable to find metric within UrlInfoResult: %s' \
% etree_tostring(tree_result))
domain_metrics[metric] = elem_metric.text
metric_values.append(domain_metrics)
print("success: %s" % metric_values)
return metric_values
# AUTHOR: JOHN SKANDALAKIS
# USE: This program queries the Alexa API to get the URLs associated with an
# alexa category. To use this file you need an alexa api key file as provided
# by AWS. The file needs to be located in the same directory
from awis import AwisApi
import os.path
# grab the api key and id from file and create the alexa object
ACCESS_ID = None
SECRET_ACCESS_KEY = None
with open("rootkey.csv", "r") as keyfile:
ACCESS_ID = keyfile.readline().split("=")[1].strip()
SECRET_ACCESS_KEY = keyfile.readline().split("=")[1].strip()
api = AwisApi(ACCESS_ID, SECRET_ACCESS_KEY)
# check the list of categories you want to take from alexa
with open('categories.csv', 'r') as c:
for category in c:
category = category.strip()
fname = "categories/" + category.replace('/', '-')
# check to make sure you haven't already
# done this so you don't spend money
if os.path.isfile(fname):
print fname, "already exists"
continue
i = 1
def start(self, baseUrl):
queryUrl = 'http://' + baseUrl
content = {}
api = AwisApi(aws_config['accessKeyId'], aws_config['secretAccessKey'])
respXml = api.url_info(queryUrl, 'RelatedLinks', 'Categories', 'Rank',
'RankByCountry', 'UsageStats', 'ContactInfo',
'Speed', 'Language', 'Keywords', 'OwnedDomains',
'LinksInCount', 'SiteData')
xml = etree.tostring(respXml, encoding='UTF-8')
respStatus = respXml.find('//{%s}StatusCode' %
api.NS_PREFIXES['alexa']).text
if 'Success' == respStatus:
dom_doc = parseString(xml)
rank_list_items = []
for country in dom_doc.getElementsByTagName('aws:Country'):
country_code = country.getAttribute('Code')
country_name = country_name_by_code(country_code)
ranks = country.getElementsByTagName('aws:Rank')
if len(ranks) > 0 and ranks[0].firstChild is not None:
rank = ranks[0].firstChild.nodeValue
try:
rank_list_items.append(
'<li>%(rank)s<sup>th</sup> most visited website in <img src="/images/flags/%(countryCode)s.png" alt="%(countryName)s flag" /> %(countryName)s</li>'
% {
'countryCode': country_code.lower(),
'countryName': country_name,
'rank': rank
})
except:
pass
content['visitorsLocation'] = '<ul>' + ''.join(
rank_list_items[:3]) + '</ul>'
related_list_items = []
for related in dom_doc.getElementsByTagName('aws:RelatedLink'):
related_url = related.getElementsByTagName(
'aws:NavigableUrl')[0].firstChild.nodeValue
related_title = related.getElementsByTagName(
'aws:Title')[0].firstChild.nodeValue
related_list_items.append(
'<li><a href="%s" rel="nofollow" class="external" target="_blank">%s</a></li>'
% (related_url, related_title))
content['relatedLinks'] = '<ul>' + ''.join(
related_list_items[:5]) + '</ul>'
content['worldRank'] = respXml.find('//{%s}Rank' %
api.NS_PREFIXES['awis']).text
temp = respXml.find('//{%s}MedianLoadTime' %
api.NS_PREFIXES['awis']).text
if temp is not None:
content['loadTimeMs'] = long(temp)
if int(
respXml.find('//{%s}Percentile' %
api.NS_PREFIXES['awis']).text) < 50:
pass
self.sendAndSaveReport(baseUrl, content)
