# encoding: utf-8
class StatisticsController < ApplicationController
layout " statictis "
# before_filter :allowed_user
before_filter :find_rate
def index
render file : 'public/react/build/index.html' , :layout = > false
end
# 用户活跃度（按月份的）
def user_active_for_months
@start_time = params [ :start_time ] || " 2016-03-01 "
@end_time = params [ :end_time ] || Time . now . strftime ( " %Y-%m-%d " )
sql = " select a.x_count, ceil(if(count(*)<1000, count(*)+ #{ @base_score . to_i } , count(*))* #{ @rate . to_i } ) as y_count from (SELECT user_id, DATE_FORMAT(created_at,'%Y-%m') as x_count FROM `user_actions` where
created_at between '#{@start_time} 00:00:00' and '#{@end_time} 23:59:59' group by x_count , user_id order by created_at ) a group by a . x_count "
count_datas = UserActions . find_by_sql ( sql )
respond_to do | format |
format . xls {
filename = " 用户活跃度_ #{ Time . now } .xls "
send_data ( user_list_xls ( count_datas ) , :type = > 'application/octet-stream' , :filename = > filename_for_content_disposition ( filename ) )
}
end
end
# 用户数据
def user_datas
t1 = Time . now - 24 * 3600
shixuns_count = Shixun . where ( " created_at > ? " , t1 ) . count
tainings_count = EvaluateRecord . where ( " created_at > ? " , t1 ) . count
homeworks_count = StudentWork . where ( " created_at > ? " , t1 ) . count
courses_count = Course . where ( " created_at > ? " , t1 ) . count
messages_count = Message . where ( " created_on > ? " , t1 ) . count + JournalsForMessage . where ( " created_on > ? " , t1 ) . count
render :json = > { :shixuns_count = > shixuns_count , :tainings_count = > tainings_count , :homeworks_count = > homeworks_count ,
:courses_count = > courses_count , :messages_count = > messages_count }
end
# 每个月情况: 取当前日期最近的30天
def per_month
end_time = Time . now . strftime ( " %Y-%m-%d " ) + " 23:59:59 "
start_time = ( Time . now - 30 * 24 * 3600 ) . strftime ( " %Y-%m-%d " ) + " 00:00:00 "
sql = " SELECT DATE_FORMAT(last_login_on,'%Y-%m-%d') as x_count, ceil(if(count(*)<1000, count(*)+ #{ @base_score } , count(*))* #{ @rate } ) as y_count FROM `users` where
last_login_on between '#{start_time}' and '#{end_time}' group by DAYOFMONTH ( last_login_on ) order by last_login_on "
count_datas = User . connection . select_all ( sql )
# list = []
# # 格式转换
# 31.times do |i|
# if count_datas.select{|cd| cd["x_count"].to_i == (i+1)}.present?
# list << {:x_count => i+1, :y_count => count_datas.select{|cd| cd["x_count"].to_i == (i+1)}.first["y_count"]}
# else
# list << {:x_count => i+1, :y_count => 0}
# end
# end
#
# list.sort_by do |p|
# p['x_count']
# end
render :json = > { :data = > count_datas }
end
# 每周情况
def per_week
t1 = Time . now
swap = ( t1 - params [ :day ] . to_i * 24 * 3600 ) . strftime ( " %Y-%m-%d " )
start_time = swap + " 00:00:00 "
end_time = swap + " 23:59:59 "
sql = " SELECT FROM_UNIXTIME( UNIX_TIMESTAMP( last_login_on ), '%H' ) AS x_count, ceil(if(count(*)<1000, count(*)+ #{ @base_score / 24 } , count(*))* #{ @rate } ) AS y_count
FROM users WHERE last_login_on between '#{start_time}' AND '#{end_time}' GROUP BY x_count "
count_datas = User . connection . select_all ( sql )
# 24.times do |i|
# if count_datas.select{|cd| cd["lt"].to_i == i}.present?
# list << {:lt => i, :y_count => count_datas.select{|cd| cd["x_count"].to_i == (i+1)}.first["y_count"]}
# else
# list << {:x_count => i+1, :y_count => 0}
# end
# end
render :json = > { :data = > count_datas }
end
# 学校数据
# 以学校为单位，学校名称、该学校下的学生数、老师数、对应总实训个数、所有实训的累计时长、所有学生在线总时长（表格数据提供）
def school_datas
limit = 10
offset = ( params [ :page ] . to_i - 1 ) * limit
sql = " SELECT count(*) as users_count, ue.school_id school_id, s.name school_name FROM `user_extensions` ue, schools s
where ue . school_id = s . id and ue . school_id is not null
group by ue . school_id order by users_count desc limit #{limit} offset #{offset}"
data = [ ]
UserExtensions . find_by_sql ( sql ) . each do | ue |
students_count = UserExtensions . where ( :identity = > 0 , :school_id = > ue . school_id ) . count
teachers_count = UserExtensions . where ( :identity = > 1 , :school_id = > ue . school_id ) . count
shixuns_count = Shixun . find_by_sql ( " select count(s.id) as shixun_count from users u right join shixuns s on u.id=s.user_id and
s . status in ( 2 , 3 ) inner join user_extensions ue on u . id = ue . user_id and ue . school_id = #{ue.school_id}").first.try(:shixun_count)
shixun_total_time = ( Game . find_by_sql ( " select sum(g.end_time-g.open_time) cost_time from users u left join games g on u.id=g.user_id inner join user_extensions ue on
u . id = ue . user_id and ue . school_id = #{ue.school_id}").first.try(:cost_time).to_i / (24*60*60.0)).ceil
students_online_time = ( Game . find_by_sql ( " select sum(g.cost_time) cost_time from users u left join games g on u.id=g.user_id inner join user_extensions ue on
u . id = ue . user_id and ue . school_id = #{ue.school_id}").first.try(:cost_time).to_i / (24*60*60.0)).ceil
data << { :school_name = > ue . school_name , :students_count = > students_count , :teachers_count = > teachers_count , :shixuns_count = > shixuns_count ,
:shixun_total_time = > shixun_total_time , :students_online_time = > students_online_time }
end
render :json = > { :data = > data }
end
# 用户增长数
def user_info
sql = " SELECT DATE_FORMAT(created_on,'%Y-%m') as x_count, ceil(if(count(*)<1000, count(*)+ #{ @base_score } , count(*))* #{ @rate } ) as y_count FROM `users` where
created_on between '#{@start_time}-01 00:00:00' and '#{@end_time}-31 23:59:59' group by x_count order by created_on "
users = User . find_by_sql ( sql )
xls_report = StringIO . new
book = Spreadsheet :: Workbook . new
sheet1 = book . create_worksheet :name = > " sheet "
blue = Spreadsheet :: Format . new :color = > :blue , :weight = > :bold , :size = > 10
sheet1 . row ( 0 ) . default_format = blue
sheet1 . row ( 0 ) . concat ( [ " 时间 " , " 增涨总数 " ] )
count_row = 1
users . each do | user |
sheet1 [ count_row , 0 ] = user [ 'x_count' ]
sheet1 [ count_row , 1 ] = user [ 'y_count' ]
count_row += 1
end
book . write xls_report
send_data ( xls_report . string , :type = > " text/excel;charset=utf-8; header=present " ,
:filename = > filename_for_content_disposition ( " 用户增长数.xls " ) )
end
def top_schools
sql = " SELECT DATE_FORMAT(created_at,'%Y-%m') as time from user_extensions where created_at between ' #{ @start_time } -01 00:00:00' and ' #{ @end_time } -31 23:59:59' group by time "
times = UserExtensions . connection . select_all ( sql )
xls_report = StringIO . new
book = Spreadsheet :: Workbook . new
sheet1 = book . create_worksheet :name = > " sheet "
blue = Spreadsheet :: Format . new :color = > :blue , :weight = > :bold , :size = > 10
sheet1 . row ( 0 ) . default_format = blue
sheet1 . row ( 0 ) . concat ( [ " 时间 " , " 高校1 " , " 增加总数 " , " 高校2 " , " 增加总数 " , " 高校3 " , " 增加总数 " ] )
count_row = 1
times . each do | time |
sql2 = " select count(*) as count, s.name from user_extensions ue, schools s where ue.school_id=s.id and ue.created_at between ' #{ time [ 'time' ] } -01 00:00:00' and ' #{ time [ 'time' ] } -31 23:59:59'
group by school_id order by count desc limit 3 "
user = UserExtensions . find_by_sql ( sql2 )
if user . length > 2
sheet1 [ count_row , 0 ] = time [ 'time' ]
sheet1 [ count_row , 1 ] = user [ 0 ] [ 'name' ]
sheet1 [ count_row , 2 ] = user [ 0 ] [ 'count' ]
sheet1 [ count_row , 3 ] = user [ 1 ] [ 'name' ]
sheet1 [ count_row , 4 ] = user [ 1 ] [ 'count' ]
sheet1 [ count_row , 5 ] = user [ 2 ] [ 'name' ]
sheet1 [ count_row , 6 ] = user [ 2 ] [ 'count' ]
count_row += 1
end
end
book . write xls_report
send_data ( xls_report . string , :type = > " text/excel;charset=utf-8; header=present " ,
:filename = > filename_for_content_disposition ( " 学校增长top3.xls " ) )
end
# 每个学校的活跃用户数
def school_active_user_count
sql = " SELECT ceil(if(count(users.id)<1000, count(users.id)+ #{ @base_score } , count(users.id))* #{ @rate } ) as y_count, s.name as s_name FROM users, schools s, user_extensions ue WHERE
last_login_on between '#{Time.parse(@start_time)}' and '#{Time.parse(@end_time)}' AND users . id = ue . user_id AND s . id = ue . school_id GROUP BY ue . school_id ORDER BY y_count DESC "
datas = User . find_by_sql ( sql )
xls_report = StringIO . new
book = Spreadsheet :: Workbook . new
sheet1 = book . create_worksheet :name = > " 学校用户活跃数 "
sheet1 . row ( 0 ) . concat ( [ " 序号 " , " 学校 " , " 活跃用户数 " ] )
count_row = 1
datas . each_with_index do | data , index |
sheet1 [ count_row , 0 ] = index + 1
sheet1 [ count_row , 1 ] = data . s_name
sheet1 [ count_row , 2 ] = data . y_count
count_row += 1
end
book . write xls_report
send_data ( xls_report . string , :type = > " text/excel;charset=utf-8; header=present " ,
:filename = > filename_for_content_disposition ( " 学校活跃用户数.xls " ) )
end
def settings
unless User . curren . admin?
render_403
end
render file : 'public/react/build/index.html' , :layout = > false
end
def set_rate
rate = Statistic . first
if rate
rate . update_column ( :rate , params [ :rate ] )
else
Statistic . create ( :rate = > params [ :rate ] )
end
end
def allowed_user
unless ( User . current . admin? || User . current . login == " forge01 " )
render_403
end
end
def find_rate
@rate = params [ :rate ] || 1
@base_score = params [ :base_score ] || 0
@start_time = params [ :start_time ] || Time . now . strftime ( '%Y-%m-%d %H:%M:%S' )
@end_time = params [ :end_time ] || Time . now . strftime ( '%Y-%m-%d %H:%M:%S' )
end
def user_list_xls users
xls_report = StringIO . new
book = Spreadsheet :: Workbook . new
sheet1 = book . create_worksheet :name = > " sheet "
blue = Spreadsheet :: Format . new :color = > :blue , :weight = > :bold , :size = > 10
sheet1 . row ( 0 ) . default_format = blue
sheet1 . row ( 0 ) . concat ( [ " 时间 " , " 数目 " ] )
count_row = 1
users . each do | user |
sheet1 [ count_row , 0 ] = user [ 'x_count' ]
sheet1 [ count_row , 1 ] = user [ 'y_count' ]
count_row += 1
end
book . write xls_report
xls_report . string
end
end
