def test_getVisitorDetails(self, table_name, visitor, browsers, visits):
print('location', location())
client = DynamoClient(table_name)
result = client.addNewVisitor(visitor, location(), browsers, visits)
print('result', result)
result = client.getVisitorDetails(visitor)
print('result', result)
assert 'visitor' in result.keys()
assert dict(result['visitor']) == dict(visitor)
assert 'browsers' in result.keys()
assert all([
dict(result['browsers'][index]) == dict(browsers[index])
for index in range(len(browsers))
])
assert 'location' in result.keys()
assert dict(result['location']) == dict(location())
assert 'visits' in result.keys()
assert all([
dict(result['visits'][index]) == dict(visits[index])
for index in range(len(visits))
])
assert 'sessions' in result.keys()
def s3_processor(event, context):
"""[summary]
Args:
event ([type]): [description]
context ([type]): [description]
Returns:
[type]: [description]
"""
new = 0
updated = 0
additional = 0
# Get the necessary data from the S3 event.
key = urllib.parse.unquote_plus(
event['Records'][0]['s3']['object']['key'], encoding='utf-8'
)
aws_region = event['Records'][0]['awsRegion']
bucket_name = event['Records'][0]['s3']['bucket']['name']
# Create the necessary clients
dynamo_client = DynamoClient( os.environ['TABLE_NAME'], aws_region )
s3_client = S3Client( bucket_name, aws_region )
# Parse the record to get the browsers, visits, and session.
record = processDF( key, s3_client )
# Get the visitor from the table
visitor_details = dynamo_client.getVisitorDetails(
Visitor( record['session'].id )
)
# Add the visitor, visits, session, and browsers if the visitor is not in
# the table.
if not 'visitor' in visitor_details:
dynamo_client.addVisitor( Visitor( record['session'].id ) )
dynamo_client.addSession( record['session'] )
dynamo_client.addVisits( record['visits'] )
dynamo_client.addBrowsers( record['browsers'] )
new += 1
# Check to see if the last session can be combined with the one in this
# record.
else:
last_session = visitor_details['sessions'][-1]
last_sessions_visits = [
visit for visit in visitor_details['visits']
if visit.sessionStart == last_session.sessionStart
]
# Combine the visits and update the session when the last session was
# less than 30 minutes from this record,
if (
(
last_sessions_visits[-1].date - record['visits'][0].date
).total_seconds() < 60 * 30
):
# Update all of the record's with the previous session start
for visit in record['visits']:
visit.sessionStart = last_session.sessionStart
# Update the last visit of the last session when the first visit of
# the record is the last page visited in the previous session.
if ( last_sessions_visits[-1].title == record['visits'][0].title ):
updated_visit = Visit(
last_sessions_visits[-1].id, # visitor_id
last_sessions_visits[-1].date, # date
last_sessions_visits[-1].user, # user
last_sessions_visits[-1].title, # title
last_sessions_visits[-1].slug, # slug
last_sessions_visits[-1].sessionStart, # sessionStart
{
**last_sessions_visits[-1].scrollEvents,
**record['visits'][0].scrollEvents
}, # scrollEvents
(
# The total time on the updated page is the last scroll
# event on the record's first visit minus the first
# scroll event of the last visit of the session to
# update.
datetime.datetime.strptime(
list(
record['visits'][0].scrollEvents.keys()
)[-1],
'%Y-%m-%dT%H:%M:%S.%fZ'
) - datetime.datetime.strptime(
list(
last_sessions_visits[-1].scrollEvents.keys()
)[0],
'%Y-%m-%dT%H:%M:%S.%fZ'
)
).total_seconds(), #timeOnPage
last_sessions_visits[-1].prevTitle, # prevTitle
last_sessions_visits[-1].prevSlug, # prevSlug
record['visits'][0].nextTitle, # nextTitle
record['visits'][0].nextSlug # nextSlug
)
visits_to_update = [ updated_visit ] + record['visits'][1:] + \
last_sessions_visits[:-1]
else:
visits_to_update = record['visits'] + last_sessions_visits
# Update all of the visits in the record to have the session
dynamo_client.updateVisits( visits_to_update )
dynamo_client.addBrowsers( record['browsers'] )
dynamo_client.updateSession(
Session(
last_session.sessionStart, # Start date-time
last_session.id, # Visitor ID
np.mean( [
visit.timeOnPage for visit in visits_to_update
] ), # avgTime
np.sum( [
visit.timeOnPage for visit in visits_to_update
] ) # totalTime
),
[]
)
updated += 1
# Add a the new session, visits, and browsers when the last session was
# more than 30 minutes from this record.
else:
dynamo_client.addSession( record['session'] )
dynamo_client.addVisits( record['visits'] )
dynamo_client.addBrowsers( record['browsers'] )
additional += 1
return {
'statusCode': 200,
'body': json.dumps(f'updated { updated }\nnew { new }\nadditional {additional}')
}
