def get_avg_intensity(data, date, period=7, country_list=None):
""" Calculate Average Intensity of the last 7 days for a particular date
Parameters:
data: sample of the main server ping data frame
date: string, with the format of 'yyyyMMdd'
period: The number of days before to run the analysis on.
country_list: a list of country names in string
Returns:
a dataframe with three columns: 'submission_date_s3', 'country', 'avg_intensity'
"""
data_all = keep_countries_and_all(data, country_list)
begin = date_plus_x_days(date, -period)
data_agg = data_all\
.filter("submission_date_s3 <= '{0}' and submission_date_s3 > '{1}'".format(date, begin))\
.filter("subsession_length <= 86400")\
.filter("subsession_length > 0")\
.filter('active_ticks <= 17280')\
.groupBy('country', 'client_id', 'submission_date_s3')\
.agg(F.sum('subsession_length').alias('total_daily_time'),
F.sum('active_ticks').alias('total_daily_ticks'))\
.select('country',
'client_id',
'submission_date_s3',
F.when(F.col('total_daily_time') > 86400, 86400)
.otherwise(F.col('total_daily_time'))
.alias('total_daily_time'),
F.when(F.col('total_daily_ticks') > 17280, 17280)
.otherwise(F.col('total_daily_ticks'))
.alias('total_daily_ticks'))\
.select('*',
(col('total_daily_ticks') * 5 / col('total_daily_time'))
.alias('daily_intensity'))\
.select('country',
'client_id',
'submission_date_s3',
F.when(F.col('daily_intensity') > 1, 1)
.otherwise(F.col('daily_intensity'))
.alias('daily_intensity'))
country_avg_intensity = data_agg\
.groupBy('country', 'client_id')\
.agg(F.avg('daily_intensity').alias('avg_7d_intensity'))\
.groupBy('country')\
.agg(F.avg('avg_7d_intensity').alias('avg_intensity'))\
.select(lit(date).alias('submission_date_s3'), '*')
df = country_avg_intensity.orderBy('submission_date_s3', 'country')
return df
def top_10_addons_on_date(data, date, topN, period=7, country_list=None):
""" Gets the number of users in the past week who have used the top N addons,
broken down by country.
Parameters:
data - The main ping server.
date - The day you which you want to get the top N addons.
topN - the number of addons to get.
period - number of days to use to calculate metric
country_list - a list of country names in string
Returns:
Dataframe containing the number of users using each of the addons.
submission_date_s3, country, addon_id, name, percent_of_active_users
"""
addon_filter = (~col('addon.is_system')) & (~col('addon.foreign_install')) & \
(~col('addon.addon_id').isin(NON_MOZ_TP)) & (~col('addon.addon_id').like('%@mozilla%')) &\
(~col('addon.addon_id').like('%@shield.mozilla%')) &\
(~col('addon.addon_id').like('%' + UNIFIED_SEARCH_STR + '%'))
data_all = keep_countries_and_all(data, country_list)
begin = date_plus_x_days(date, -period)
wau = data_all.filter((col('submission_date_s3') > begin) &
(col('submission_date_s3') <= date))\
.groupBy('country')\
.agg(lit(date).alias('submission_date_s3'),
F.countDistinct('client_id').alias('wau'))
counts = data_all.select('submission_date_s3', 'country', 'client_id',
F.explode('active_addons').alias('addon'))\
.filter((col('submission_date_s3') > begin) &
(col('submission_date_s3') <= date))\
.filter(addon_filter)\
.select('country', 'client_id', 'addon.addon_id', 'addon.name')\
.distinct()\
.groupBy('country', 'addon_id')\
.agg(F.count('*').alias('number_of_users'), F.last('name').alias('name'))\
.select('*', lit(date).alias('submission_date_s3'),
lit(begin).alias('start_date'),
F.row_number().over(Window.partitionBy('country')
.orderBy(desc('number_of_users'))
.rowsBetween(Window.unboundedPreceding, Window.currentRow))
.alias('rank'))\
.filter(col('rank') <= topN)
return counts.join(F.broadcast(wau), on=['country'], how='left')\
.select(lit(date).alias('submission_date_s3'), 'country',
'addon_id', col('name').alias('addon_name'),
(100.0 * col('number_of_users') / col('wau')).alias('pct_with_addon'))
def get_daily_avg_session(data, date, period=7, country_list=None):
""" Calculate Average Daily usage of the last 7 days for a particular date
Parameters:
data: sample of the main server ping data frame
date: string, with the format of 'yyyyMMdd'
country_list: a list of country names in string
Returns:
a dataframe with four columns:
'submission_date_s3',
'country',
'avg_daily_usage(hours)'
"""
data_all = keep_countries_and_all(data, country_list)
begin = date_plus_x_days(date, -period)
data_agg = data_all\
.filter("submission_date_s3 <= '{}' and submission_date_s3 > '{}'"
.format(date, begin))\
.filter("subsession_length <= 86400") .filter("subsession_length > 0")\
.groupBy('country',
'client_id',
'submission_date_s3')\
.agg(F.sum('subsession_length').alias('total_daily_time'))\
.select('country',
'client_id',
'submission_date_s3',
F.when(F.col('total_daily_time') > 86400, 86400)
.otherwise(F.col('total_daily_time'))
.alias('total_daily_time'))
country_avg_session = data_agg\
.groupBy('country', 'client_id')\
.agg(F.avg('total_daily_time').alias('client_7d_avg'))\
.groupBy('country')\
.agg(F.avg('client_7d_avg').alias('avg_daily_subsession_length'))\
.select(lit(date).alias('submission_date_s3'), '*')
df = country_avg_session.orderBy('submission_date_s3', 'country')
df = df.withColumn('avg_daily_usage(hours)',
df.avg_daily_subsession_length / 3600)
return df.select('submission_date_s3', 'country', 'avg_daily_usage(hours)')
def pct_new_version(data,
date,
period=7,
country_list=None,
url=RELEASE_VERSIONS_URL):
""" Calculate the proportion of active users on the latest release version every day.
Parameters:
data: sample of the main server ping data frame
date: The day to calculate the metric
period: number of days to use to calculate metric
country_list: a list of country names in string
url: path to the json file containing all the firefox release information to date
Returns:
a dataframe with five columns - 'country', 'submission_date_s3',
'pct_latest_version'
"""
data_all = keep_countries_and_all(data, country_list)
begin = date_plus_x_days(date, -period)
latest_version = get_latest_version(date, url)
data_filtered = data_all.filter("""
{0} >= '{1}' and {0} <= '{2}'
""".format("submission_date_s3", begin, date))\
.withColumn('app_major_version',
split('app_version',
'\.').getItem(0))\
.select('submission_date_s3',
'client_id',
'app_major_version',
'country')
WAU = data_filtered.groupBy('country')\
.agg(F.countDistinct('client_id').alias('WAU'))
WAU_latest = data_filtered.filter(F.col('app_major_version') >= F.lit(latest_version))\
.groupBy('country')\
.agg(F.countDistinct('client_id').alias('WAU_is_latest'))
join_df = WAU.join(WAU_latest, 'country', 'left')\
.withColumn("pct_latest_version", (100.0 * F.col("WAU_is_latest") / F.col("WAU")))\
.select(F.lit(date).alias('submission_date_s3'),
'country',
F.coalesce('pct_latest_version', F.lit(0)).alias('pct_latest_version'))
return join_df
def os_on_date(data, date, period=7, country_list=None):
""" Gets the distribution of OS usage calculated on the WAU on 1 day.
Parameters:
data: Usually the main summary data frame.
date: day to get the os distribution for the past week.
period: The number of days to calculate the distibution. By default it finds os
distribution over a week.
country_list: The countries to do the analysis. If None then it does it for the whole
world.
Returns:
submission_date_s3, country, os, pct_on_os
"""
data_all = keep_countries_and_all(data, country_list)
begin = date_plus_x_days(date, -period)
data_all = data_all.select(
'client_id', 'submission_date_s3', 'country',
nice_os(col('os'), col('os_version')).alias('nice_os'))
# Calculate the WAU
wau = data_all\
.filter((col('submission_date_s3') <= date) & (col('submission_date_s3') > begin))\
.groupBy('country')\
.agg(countDistinct('client_id').alias('WAU'))\
os_wau = data_all\
.filter((col('submission_date_s3') <= date) &
(col('submission_date_s3') > begin))\
.groupBy('country', 'nice_os')\
.agg(countDistinct('client_id').alias('WAU_on_OS'))\
.select(lit(begin).alias('start_date'), lit(date).alias('submission_date_s3'),
'country', 'WAU_on_OS', 'nice_os')
res = os_wau.join(wau, 'country', how='left')\
.select('start_date', 'submission_date_s3',
'country', 'WAU_on_OS', 'nice_os', 'WAU')
return res.select('submission_date_s3', 'country',
col('nice_os').alias('os'),
(100.0 * col('WAU_on_OS') /
col('WAU')).alias('pct_on_os'))
def get_addon(data, date, period=7, country_list=None):
""" Calculate the proportion of WAU that have a "self installed" addon for a specific date
Parameters:
data: sample of the main server ping data frame
date: string, with the format of 'yyyyMMdd'
period: The number of days before looked at in the analysis
country_list: a list of country names in string
Returns:
a dataframe showing all the information for each date in the period
- three columns: 'submission_date_s3', 'country', 'pct_Addon'
"""
data_all = keep_countries_and_all(data, country_list)
begin = date_plus_x_days(date, -period)
addon_filter = (~F.col('addon.is_system')) & (~F.col('addon.foreign_install')) &\
(~F.col('addon.addon_id').isin(NON_MOZ_TP)) &\
(~F.col('addon.addon_id').like('%@mozilla%')) &\
(~F.col('addon.addon_id').like('%@shield.mozilla%')) &\
(~F.col('addon.addon_id').like('%' + UNIFIED_SEARCH_STR + '%'))
WAU = data_all\
.filter("submission_date_s3 <= '{0}' and submission_date_s3 > '{1}'".format(date, begin))\
.groupBy('country')\
.agg(F.countDistinct('client_id').alias('WAU'))
addon_count = data_all\
.filter("submission_date_s3 <= '{0}' and submission_date_s3 > '{1}'".format(date, begin))\
.select('submission_date_s3', 'country', 'client_id',
F.explode('active_addons').alias('addon'))\
.filter(addon_filter)\
.groupBy('country')\
.agg(F.countDistinct('client_id').alias('add_on_count'))
join_df = WAU.join(addon_count, 'country', how='left')\
.withColumn("pct_addon", (100.0 * F.col("add_on_count") / F.col("WAU")))\
.select(F.lit(date).alias('submission_date_s3'), '*')
return join_df.select('submission_date_s3', 'country', 'pct_addon')
def locale_on_date(data, date, topN, period=7, country_list=None):
""" Gets the ratio of the top locales in each country over the last week.
parameters:
data: The main ping server
date: The date to find the locale distribution
topN: The number of locales to get for each country. Only does the top N.
period: The number of days before looked at in the analyisis
country_list: The list to find look at in the analysis
output:
dataframe with columns:
['country', 'submission_date_s3', 'locale', 'pct_on_locale']
"""
data_all = keep_countries_and_all(data, country_list)
begin = date_plus_x_days(date, -period)
wau = data_all\
.filter((col('submission_date_s3') <= date) & (col('submission_date_s3') > begin))\
.groupBy('country')\
.agg(countDistinct('client_id').alias('WAU'))
locale_wau = data_all\
.filter((col('submission_date_s3') <= date) & (col('submission_date_s3') > begin))\
.groupBy('country', 'locale')\
.agg(countDistinct('client_id').alias('WAU_on_locale'))\
.select(lit(begin).alias('start_date'), lit(date).alias('submission_date_s3'),
'country', 'WAU_on_locale', 'locale')
res = locale_wau.join(wau, 'country', how='left')\
.select('start_date', 'submission_date_s3',
'country', 'WAU_on_locale', 'locale', 'WAU')
rank_window = Window.partitionBy('country', 'submission_date_s3').orderBy(
desc('WAU_on_locale'))
return res.select('*', F.row_number().over(rank_window).alias('rank'))\
.filter(col('rank') <= topN)\
.select('submission_date_s3', 'country', 'locale',
(100.0 * col('WAU_on_locale') / col('WAU')).alias('pct_on_locale'))