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from datetime import datetime
import os
import requests
import config
class TinderProfile(object):
def _parse_processed_files(self, data, main):
"""Keep the biggest photo from a list."""
best_size = 0
best_url = None
for p in data:
size = p['width'] * p['height']
if size > best_size:
best_url = p['url']
best_size = size
if best_url:
self._photos.append({'url': best_url, 'main': main})
def __init__(self, data):
"""Load information about a Tinder user from its extracted data."""
self._ping_time = data['ping_time']
if 'title' in data['jobs']:
self._job_title = data['jobs']['title']
else:
self._job_title = None
if 'company' in data['jobs']:
self._job_company = data['jobs']['company']
else:
self._job_company = None
if 'name' in data['schools']:
self._school = data['schools']['name']
else:
self._school = None
self._photos = []
for p in data['photos']:
self._parse_processed_files(p['processedFiles'], not('main' in p.keys()))
self._gender = data['gender']
self._distance_mi = data['distance_mi']
self._id = data['_id']
if 'bio' in data:
self._bio = data['bio'] if len(data['bio']) > 0 else None
else:
self._bio = None
self._name = data['name']
self._birth_date = data['birth_date']
def __str__(self):
"""Output a summary of the profile."""
desc = self._name
age = self.compute_age()
if age:
desc += '\n age: %.1f years old' % age
activity = self.compute_last_activity()
unit = activity['unit'] if activity['value'] < 2 else activity['unit'] + 's'
desc += '\n last seen: %.1f %s ago' % (activity['value'], unit)
if self._school:
desc += '\n school: %' % self._school
if self._job_title:
desc += '\n job: %s' % self._job_title
if self._job_company:
desc += '\n company: %s' % self._job_company
dist = self.compute_distance()
unit = 'km' if config.DISTANCE_IN_KM else 'mile'
if dist < 2:
desc += '\n distance: %d %s' % (dist, unit)
else:
desc += '\n distance: %d %ss' % (dist, unit)
count = len(self._photos)
if count < 2:
desc += '\n %d photo' % count
else:
desc += '\n %d photos' % count
if self._bio:
bio = self._bio.replace('\n', '\n ')
while bio[-1] == '\n' or bio[-1] == ' ':
bio = bio[:-1]
desc += '\n\n'
desc += ' ' + bio
return desc
def output(self):
"""Output the profile in a directory."""
dest = config.OUTPUT_DIR + os.sep + self._id
if not os.path.exists(dest):
os.makedirs(dest)
with open(dest + os.sep + 'info.txt', 'w') as f:
f.write(str(self))
for p in self._photos:
response = requests.get(p['url'], stream=True)
if response.status_code == 200:
name = os.path.basename(p['url'])
with open(dest + os.sep + name, 'wb') as f:
for chunk in response:
f.write(chunk)
def compute_age(self):
"""Provide the age of the Tinder user."""
if not(self._birth_date):
age = None
else:
birth = datetime.strptime(self._birth_date, "%Y-%m-%dT%H:%M:%S.%fZ")
diff = datetime.now() - birth
age = float("%.1f" % round(diff.days / 365.0, 1))
return age
def compute_last_activity(self):
"""Compute the last activity of the Tinder user."""
seen = datetime.strptime(self._ping_time, "%Y-%m-%dT%H:%M:%S.%fZ")
diff = datetime.now() - seen
if diff.days < (365.0 / 12):
activity = { 'value': diff.days, 'unit': 'day' }
elif diff.days < 365:
activity = { 'value': float("%.1f" % round(diff.days / (365.0 / 12), 1)), 'unit': 'month' }
else:
activity = { 'value': float("%.1f" % round(diff.days / 365.0, 1)), 'unit': 'year' }
return activity
def compute_distance(self):
"""Provide the distance in kms if needed."""
if config.DISTANCE_IN_KM:
dist = int(self._distance_mi * 1.60934)
else:
dist = self._distance_mi
return dist
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