def count_tags():
data = {}
data_from_func = base_func.extract_file(
'C:\\Users\\user\Documents\Projects\LifeReel\Data\\01_140517.json')
response_js = data_from_func
# empty counters and all counters
for i in range(len(response_js['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js['Sessions'][i]:
loc = response_js['Sessions'][i]['Location']
country = loc['Country']
if (country == 'UA') or (country == 'IL'):
continue
else:
countries = base_func.countries_set(countries_code)
if country in countries:
if 'Events' in response_js['Sessions'][i]:
event = response_js['Sessions'][i]['Events']
# number of events need to review
len_event = len(response_js['Sessions'][i]['Events'])
# enter every event
for j in range(len_event):
if (event[j]['Name']
== 'tag_counter') and ('Properties'
in event[j]):
for key in event[j]['Properties']:
if key not in data.keys():
data[key] = 0
data[key] += 1
print(data)
return data
def extract_i2t_sessions():
data_i2t = {}
response_js = base_func.extract_file(
'C:\\Users\\user\Documents\Projects\LifeReel\Data\\20_0517.json')
# enter each session. each session is a list of dictionaries
for i in range(len(response_js['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js['Sessions'][i]:
country = response_js['Sessions'][i]['Location']['Country']
connectivity = response_js['Sessions'][i]['Connectivity']
if (country == 'UA') or (country == 'IL'):
continue
'''if response_js['Sessions'][i]['UserId'] != '161cdf511ef41ca2_1495293097712':
continue
if country != 'PE':
continue'''
if response_js['Sessions'][i]['Platform'] != Platform:
continue
else:
countries = base_func.countries_set(countries_code)
if country in countries:
if country not in data_i2t.keys():
data_i2t[country] = {}
data_i2t[country]['requests'] = {}
data_i2t[country]['errors'] = {}
user_id = response_js['Sessions'][i]['UserId']
if 'Events' in response_js['Sessions'][i]:
event = response_js['Sessions'][i]['Events']
# number of events need to review
len_event = len(event)
# enter every event
for j in range(len_event):
if (event[j]['Name'] == 'i2t_counter') and (
event[j]['Properties']['request_count']):
if connectivity not in data_i2t[country][
'requests'].keys():
data_i2t[country]['requests'][
connectivity] = 0
data_i2t[country]['requests'][
connectivity] += int(event[j]['Properties']
['request_count'])
if (event[j]['Name'] == 'i2t_response_received'
) and ('Properties' in event[j]) and (
'message' in event[j]['Properties']):
if connectivity not in data_i2t[country][
'errors'].keys():
data_i2t[country]['errors'][
connectivity] = 0
data_i2t[country]['errors'][connectivity] += 1
'''if country == 'PE':
print(user_id)'''
print(data_i2t)
return data_i2t
def extract_data():
data = {}
response_js = base_func.extract_file(
'C:\\Users\\user\Documents\Projects\LifeReel\Data\\15_200517.json')
# enter each session. each session is a list of dictionaries
for i in range(len(response_js['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js['Sessions'][i]:
loc = response_js['Sessions'][i]['Location']
country = loc['Country']
if (country == 'UA') or (country == 'IL'):
continue
if response_js['Sessions'][i]['Platform'] != Platform:
continue
else:
countries = base_func.countries_set(countries_code)
if country in countries:
user_id = response_js['Sessions'][i]['UserId']
if country not in data.keys():
data[country] = {}
if user_id not in data[country].keys():
data[country][user_id] = {}
data[country][user_id]['request_count'] = 0
data[country][user_id]['response_count'] = 0
if 'Events' in response_js['Sessions'][i]:
event = response_js['Sessions'][i]['Events']
# number of events need to review
len_event = len(event)
# enter every event
for j in range(len_event):
if event[j]['Name'] == 'i2t_counter':
data[country][user_id]['request_count'] += int(
event[j]['Properties']['request_count'])
data[country][user_id]['response_count'] += int(
event[j]['Properties']['response_count'])
if (event[j]['Name'] == 'i2t_response_received'
) and ('message' in event[j]['Properties']):
if event[j]['Properties'][
'message'] not in data[country][
user_id].keys():
data[country][user_id][
event[j]['Properties']['message']] = 0
data[country][user_id][event[j]['Properties']
['message']] += 1
print(data)
return data
def extract_users(StartDate, EndDate, UserId, EventName, Version, Platform):
pages_num = (base_func.calc_pages(StartDate, EndDate, UserId, EventName,
Version, Platform)) + 1
data = {}
data_from_func = base_func.extract_api(pages_num, StartDate, EndDate,
UserId, EventName, Version,
Platform)
response_js = data_from_func
json_num = len(response_js)
# enter each session. each session is a list of dictionaries
for a in range(json_num):
for i in range(len(response_js[a]['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js[a]['Sessions'][i]:
loc = response_js[a]['Sessions'][i]['Location']
country = loc['Country']
if (country == 'UA') or (country == 'IL'):
continue
else:
countries = base_func.countries_set(countries_code)
if country in countries:
user_id = response_js[a]['Sessions'][i]['UserId']
if 'Events' in response_js[a]['Sessions'][i]:
event = response_js[a]['Sessions'][i]['Events']
# number of events need to review
len_event = len(event)
# enter every event
for j in range(len_event):
if (event[j]['Name'] == 'launch'
) and ('Properties' in event[j]) and (
event[j]['Properties']['app_installed']
== 'true'):
if user_id not in data.keys():
data[user_id] = {}
data[user_id]['1st_collage'] = 0
data[user_id][
'drive_click_connect'] = 0
data[user_id]['drive_connection'] = 0
return data
def find_launch_users():
data = {}
data_from_func = base_func.extract_file(
'C:\\Users\\user\Documents\Projects\LifeReel\Data\\01_070517.json')
response_js = data_from_func
# empty counters and all counters
for i in range(len(response_js['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js['Sessions'][i]:
country = response_js['Sessions'][i]['Location']['Country']
if (country == 'UA') or (country == 'IL'):
continue
else:
countries = base_func.countries_set(countries_code)
if country in countries:
if response_js['Sessions'][i]['AppVersion'] == '0.9.2.2':
user_id = response_js['Sessions'][i]['UserId']
if 'Events' in response_js['Sessions'][i]:
event = response_js['Sessions'][i]['Events']
len_event = len(
response_js['Sessions'][i]['Events'])
for j in range(len_event):
if (event[j]['Name'] == 'launch') and (
'Properties' in event[j]) and (
'app_installed'
in event[j]['Properties']):
if user_id not in data.keys():
data[user_id] = {
'tutorial_p_1': 0,
'tutorial_p_2': 0,
'tutorial_p_3': 0,
'tutorial_p_4': 0,
'first_tm_connect': 0
}
return data
def find_launch_tutorial_users(data_launch):
data = data_launch
data_from_func = base_func.extract_file(
'C:\\Users\\user\Documents\Projects\LifeReel\Data\\01_070517.json')
response_js = data_from_func
# empty counters and all counters
for i in range(len(response_js['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js['Sessions'][i]:
country = response_js['Sessions'][i]['Location']['Country']
if (country == 'UA') or (country == 'IL'):
continue
else:
countries = base_func.countries_set(countries_code)
if country in countries:
if response_js['Sessions'][i]['AppVersion'] == '0.9.2.2':
user_id = response_js['Sessions'][i]['UserId']
if 'Events' in response_js['Sessions'][i]:
event = response_js['Sessions'][i]['Events']
len_event = len(
response_js['Sessions'][i]['Events'])
for j in range(len_event):
if (event[j]['Name']
== 'tutorial_page') and ('Properties'
in event[j]):
if 'page_number' in event[j]['Properties']:
if event[j]['Properties'][
'page_number'] == 1:
if (user_id in data.keys()) and (
data[user_id]
['tutorial_p_1'] < 1):
data[user_id][
'tutorial_p_1'] = 1
elif event[j]['Properties'][
'page_number'] == 2:
if (user_id in data.keys()) and (
data[user_id]
['tutorial_p_2'] < 1):
data[user_id][
'tutorial_p_2'] = 1
elif event[j]['Properties'][
'page_number'] == 3:
if (user_id in data.keys()) and (
data[user_id]
['tutorial_p_3'] < 1):
data[user_id][
'tutorial_p_3'] = 1
elif event[j]['Properties'][
'page_number'] == 4:
if (user_id in data.keys()) and (
data[user_id]
['tutorial_p_4'] < 1):
data[user_id][
'tutorial_p_4'] = 1
'''if ((event[j]['Name'] == 'first_collage_created') and ('Properties' in event[j]) and('creation_duration' in event[j]['Properties']))\
or (event[j]['Name'] == 'time_machine_clicked')\
or (event[j]['Name'] == 'cloud_connect_suggestion')\
or (event[j]['Name'] == 'Google Drive State'):'''
if (event[j]['Name'] == 'time_machine_clicked') \
or (event[j]['Name'] == 'cloud_connect_suggestion') \
or (event[j]['Name'] == 'Google Drive State'):
if (user_id in data.keys()) and (
data[user_id]['first_tm_connect'] <
1):
data[user_id]['first_tm_connect'] = 1
if 'Screens' in response_js['Sessions'][i]:
screen = response_js['Sessions'][i]['Screens']
len_screen = len(screen)
for j in range(len_screen):
if screen[j]['Name'] == 'Feed':
if (user_id in data.keys()) and (
data[user_id]
['first_tm_connect'] < 1):
data[user_id][
'first_tm_connect'] = 1
print(data)
return data
UserId, EventName, Version,
Platform)
response_js = data_from_func
json_num = len(response_js)
# enter each session. each session is a list of dictionaries
for a in range(json_num):
for i in range(len(response_js[a]['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js[a]['Sessions'][i]:
loc = response_js[a]['Sessions'][i]['Location']
country = loc['Country']
if (country == 'UA') or (country == 'IL'):
continue
else:
countries = base_func.countries_set(countries_code)
if country in countries:
user_id = response_js[a]['Sessions'][i]['UserId']
# all legal sessions
sessions_us.append(user_id)
date = response_js[a]['Sessions'][i]['StartTime']
dates.append(date)
# durations of legal sessions
duration_ms = response_js[a]['Sessions'][i]['Duration']
duration = timedelta(milliseconds=duration_ms)
duration_float = duration.total_seconds()
sessions_duration_ms_us.append(duration_ms)
sessions_duration_us.append(duration)
if user_id not in sessions_us_1.keys():
sessions_us_1[user_id] = {}
sessions_us_1[user_id][date] = duration_float
data_from_func = base_func.extract_api(pages_num, StartDate, EndDate, UserId, EventName, Version)
response_js = data_from_func
json_num = len(response_js)
# enter each session. each session is a list of dictionaries
for a in range(json_num):
for i in range(len(response_js[a]['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js[a]['Sessions'][i]:
loc = response_js[a]['Sessions'][i]['Location']
country = loc['Country']
if (country == 'UA') or (country == 'IL'):
continue
else:
#if country in ['AR', 'BO', 'BR', 'CL', 'CO', 'EC', 'JM', 'MX', 'PA', 'PE', 'PR', 'ES', 'UY']:
countries = base_func.countries_set('Latm')
if country in countries:
#'Argentina', 'Bolivia', 'Brazil', 'Chile', 'Colombia', 'Ecuador', 'Jamaica', 'Mexico', 'Panama', 'Peru', 'Puerto Rico', 'Spain', 'Uruguay'
user_id = response_js[a]['Sessions'][i]['UserId']
# all legal sessions
sessions.append(user_id)
date = response_js[a]['Sessions'][i]['StartTime']
dates.append(date)
# durations of legal sessions
duration_ms = response_js[a]['Sessions'][i]['Duration']
duration = timedelta(milliseconds=duration_ms)
duration_float = duration.total_seconds()
sessions_duration_ms.append(duration_ms)
sessions_duration.append(duration)
if user_id not in sessions_1.keys():
sessions_1[user_id] = {}
def extract_data(StartDate, EndDate, UserId, EventName, Version, data):
pages_num = (base_func.calc_pages(StartDate, EndDate, UserId, EventName,
Version, Platform)) + 1
data_from_func = base_func.extract_api(pages_num, StartDate, EndDate,
UserId, EventName, Version,
Platform)
response_js = data_from_func
json_num = len(response_js)
# enter each session. each session is a list of dictionaries
for a in range(json_num):
for i in range(len(response_js[a]['Sessions'])):
# remove internal users: Israel/ Ukraine
if 'Location' in response_js[a]['Sessions'][i]:
loc = response_js[a]['Sessions'][i]['Location']
country = loc['Country']
if (country == 'UA') or (country == 'IL'):
continue
else:
countries = base_func.countries_set(countries_code)
if country in countries:
user_id = response_js[a]['Sessions'][i]['UserId']
if user_id in data.keys():
if 'Events' in response_js[a]['Sessions'][i]:
event = response_js[a]['Sessions'][i]['Events']
for j in range(len(event)):
if (event[j]['Name']
== 'first_collage_created') and (
data[user_id]['1st_collage'] <
1):
data[user_id]['1st_collage'] += 1
if event[j][
'Name'] == 'Google Drive State':
if ('Properties' in event[j]) and (
event[j]['Properties']
['Connected'] == 'true') and (
data[user_id]
['drive_connection'] < 1):
data[user_id][
'drive_connection'] += 1
if 'Screens' in response_js[a]['Sessions'][i]:
screen = response_js[a]['Sessions'][i][
'Screens']
for j in range(len(screen)):
if len(screen[j]['Actions']) > 0:
for k in range(
len(screen[j]['Actions'])):
if 'Description' in screen[j][
'Actions'][k]:
# during onboarding drive connection preference
if (screen[j]['Actions'][k]
['Description']
== 'Connect'
or screen[j]['Actions']
[k]['Description']
== 'Conectar'
or screen[j]['Actions']
[k]['Description']
== 'Conectar-se'
) and (
data[user_id]
['drive_click_connect']
< 1):
data[user_id][
'drive_click_connect'] += 1
if (screen[j]['Actions'][k]
['Description'] ==
'CONNECT GOOGLE PHOTOS'
or screen[j]['Actions']
[k]['Description'] ==
'CONECTAR GOOGLE FOTOS'
or screen[j]['Actions']
[k]['Description'] ==
'CONECTAR-SE AO GOOGLE PHOTOS'
) and (
data[user_id]
['drive_click_connect']
< 1):
data[user_id][
'drive_click_connect'] += 1
return data
