Class: Report::RmasReport::RmasReport

Inherits:
Object
  • Object
show all
Defined in:
app/services/report/rmas_report/rmas_report.rb

Defined Under Namespace

Classes: Result

Class Method Summary collapse

Class Method Details

.email_report_channel_returns(start_date, end_date) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 887

def self.email_report_channel_returns(start_date,end_date)
  sql = <<-SQL
    with sales as (
        select report_grouping,count(distinct order_id) as num_orders,sum(quantity * (discounted_price - amazon_vc) * exchange_rate) as sales_amount
        from view_sales vsf
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        and gl_date between '#{start_date}' and '#{end_date}'
        group by report_grouping
    ), returns as (
        select report_grouping,count(distinct rma_id) as num_rmas,sum(quantity * discounted_price * consolidated_exchange_rate) as returned_amount
        from view_rmas_facts vrf
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        group by report_grouping
    )
    select r.report_grouping,num_rmas,returned_amount,
          case when sales_amount = 0 then 0 else (returned_amount / sales_amount) * 100 end as ptg_in_sales,
          coalesce(num_orders,0) as num_orders,coalesce(sales_amount,0) as sales_amount
    from returns r
    left join sales s on r.report_grouping = s.report_grouping
    order by 3 desc
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.email_report_rma_codes_used(start_date, end_date) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 916

def self.email_report_rma_codes_used(start_date,end_date)
  sql = <<-SQL
    select returned_reason,returned_description,count(distinct rma_id) as num_rmas,sum(quantity * discounted_price * consolidated_exchange_rate) as returned_amount
    from view_rmas_facts vrf
    left join product_lines pl on vrf.primary_product_line_id = pl.id
    where return_date between '#{start_date}' and '#{end_date}'
    and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
    group by returned_reason,returned_description
    order by 4 desc limit 10
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.email_report_rmas_by_state(start_date, end_date) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 873

def self.email_report_rmas_by_state(start_date,end_date)

  sql = <<-SQL
    select rma_state,count(distinct rma_id) as num_rmas,sum(quantity * discounted_price * consolidated_exchange_rate) as returned_amount
    from view_rmas_facts vrf
    left join product_lines pl on vrf.primary_product_line_id = pl.id
    where (return_date between '#{start_date}' and '#{end_date}' or rma_created_date between '#{start_date}' and '#{end_date}')
    and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
    group by rma_state
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.email_report_sales_vs_returns(start_date, end_date) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 817

def self.email_report_sales_vs_returns(start_date,end_date)
  sql = <<-SQL
    with sales as (
        select count(distinct order_id) as num_orders,sum(quantity * (discounted_price - amazon_vc) * exchange_rate) as sales_amount
        from view_sales vsf
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        and gl_date between '#{start_date}' and '#{end_date}'
    ), returns as (
        select count(distinct rma_id) as num_rmas,sum(quantity * discounted_price * consolidated_exchange_rate) as returned_amount
        from view_rmas_facts vrf
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
    )
    select num_rmas,returned_amount,
          case when sales_amount = 0 then 0 else (returned_amount / sales_amount) * 100 end as ptg_in_sales,
          num_orders,sales_amount
    from returns,sales
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.email_report_sales_vs_returns_by_rep(start_date, end_date) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 842

def self.email_report_sales_vs_returns_by_rep(start_date,end_date)
  sql = <<-SQL
    with sales as (
        select coalesce(primary_sr_id,local_sr_id) as primary_or_local_rep_id,count(distinct order_id) as num_orders,sum(quantity * (discounted_price - amazon_vc) * exchange_rate) as sales_amount
        from view_sales vsf
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        and gl_date between '#{start_date}' and '#{end_date}'
        group by coalesce(primary_sr_id,local_sr_id)
    ), returns as (
        select primary_or_local_rep_id,e.full_name,count(distinct rma_id) as num_rmas,sum(quantity * discounted_price * consolidated_exchange_rate) as returned_amount
        from view_rmas_facts vrf
        left join parties e on e.id = vrf.primary_or_local_rep_id
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        group by primary_or_local_rep_id,e.full_name
    )
    select r.primary_or_local_rep_id,r.full_name,num_rmas,returned_amount,
          case when sales_amount = 0 then 0 else (returned_amount / sales_amount) * 100 end as ptg_in_sales,
          num_orders,sales_amount
    from returns r
    inner join sales s on r.primary_or_local_rep_id = s.primary_or_local_rep_id
    where r.primary_or_local_rep_id not in (85,155)
    order by 4 desc
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.result(options = {}) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 8

def self.result(options = {})
  start_date = options[:period1_gteq]
  end_date = options[:period1_lteq]
  is_email = options[:is_email]
  company_id = options[:company_id].present? ? options[:company_id].first.to_i : ""
  customer_ids = options[:customer_ids]
  product_lines = options[:product_lines].map(&:presence).compact
  product_line_ids = []
  if product_lines.present?
    product_lines.each do |product_line|
      ProductLine.all.each { |pl| product_line_ids << pl.id if pl.lineage_expanded&.split('>')&.first&.strip == product_line }
    end
  end
  report_groupings = options[:report_groupings]

  rmas_review_chart = rmas_review_chart(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_by_state = rmas_by_state(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_review_table = rmas_review_table(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_review_table_bd = []
  product_lines = product_lines.present? ? product_lines : ProductLine.where.not(lineage_expanded: [nil, ""]).map { |pl| pl.lineage_expanded.split('>').first.strip }.uniq.sort
  product_lines.each do |product_line|
    pl_data = rmas_review_table_bd(start_date,end_date,company_id,customer_ids,product_line,report_groupings)
    pl_data.map{ |d| rmas_review_table_bd << d } if pl_data.present?
  end

  rmas_returned_resons = rmas_returned_resons(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_restocking_resons = rmas_restocking_resons(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_pl_chart = rmas_by_product_line_chart(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_pl_table = rmas_by_product_line_table(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_pl_table_bd = rmas_by_product_line_table_bd(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_pl_table_bd2 = rmas_by_product_line_table_bd2(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_channel_table = rmas_by_channel_table(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_channel_table_bd = rmas_by_channel_table_bd(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  rmas_by_rep = rmas_by_rep(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)

  if is_email.present?
    email_report_sales_vs_returns = email_report_sales_vs_returns(start_date,end_date)
    email_report_sales_vs_returns_by_rep = email_report_sales_vs_returns_by_rep(start_date,end_date)
    email_report_rmas_by_state = email_report_rmas_by_state(start_date,end_date)
    email_report_channel_returns = email_report_channel_returns(start_date,end_date)
    email_report_rma_codes_used = email_report_rma_codes_used(start_date,end_date)
  end

  Result.new(success: true,
             start_date: start_date,
             end_date: end_date,
             company_id: company_id,
             rmas_review_chart: rmas_review_chart,
             rmas_by_state: rmas_by_state,
             rmas_review_table: rmas_review_table.compact,
             rmas_review_table_bd: rmas_review_table_bd.uniq,
             rmas_returned_resons: rmas_returned_resons,
             rmas_restocking_resons: rmas_restocking_resons,
             rmas_pl_chart: rmas_pl_chart,
             rmas_pl_table: rmas_pl_table,
             rmas_pl_table_bd: rmas_pl_table_bd,
             rmas_pl_table_bd2: rmas_pl_table_bd2,
             rmas_channel_table: rmas_channel_table,
             rmas_channel_table_bd: rmas_channel_table_bd,
             rmas_by_rep: rmas_by_rep,
             email_report_sales_vs_returns: email_report_sales_vs_returns,
             email_report_sales_vs_returns_by_rep: email_report_sales_vs_returns_by_rep,
             email_report_rmas_by_state: email_report_rmas_by_state,
             email_report_channel_returns: email_report_channel_returns,
             email_report_rma_codes_used: email_report_rma_codes_used
  )

end

.rmas_by_channel_table(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 661

def self.rmas_by_channel_table(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with sales as (
        select report_grouping,count(distinct order_id) as num_orders,sum(quantity * (discounted_price - amazon_vc) * exchange_rate) as sales_amount
        from view_sales vsf
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        and gl_date between '#{start_date}' and '#{end_date}'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by report_grouping
    ), returns as (
        select report_grouping,count(distinct rma_id) as num_rmas,sum(quantity * discounted_price * consolidated_exchange_rate) as returned_amount
        from view_rmas_facts vrf
        inner join companies c on vrf.company_id = c.id
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by report_grouping
    ), avg_return_window as (
        select report_grouping,round(avg(return_time),0) as avg_return_time
        from (
            select distinct rma_id,rma_number,report_grouping,shipped_date,rma_created_date,(rma_created_date - shipped_date) as return_time
            from view_rmas_facts
            where (rma_created_date - shipped_date) > 0
            #{company_id_sql}
            #{customer_ids_sql}
        )a
        group by report_grouping
    ), uniq_rmas as (
        select distinct rma_id
        from view_rmas_facts vrf
        inner join companies c on vrf.company_id = c.id
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
    ), rmas_exchange as (
        select report_grouping,count(o.rma_id) as num_rmas_with_exchange,sum(iv.line_total * iv.consolidated_exchange_rate) as exchange_amount
        from orders o
        inner join invoices iv on o.id = iv.order_id
        inner join uniq_rmas ur on o.rma_id = ur.rma_id
        where order_type = 'SO'
        and o.rma_id is not null
        and o.state = 'invoiced'
        group by report_grouping
    )
    select r.report_grouping,num_rmas,returned_amount,num_rmas_with_exchange,exchange_amount,
          case when sales_amount = 0 then 0 else round(((returned_amount / sales_amount) * 100)::decimal,1) end as ptg_in_sales,
          avg_return_time,coalesce(num_orders,0) as num_orders,coalesce(sales_amount,0) as sales_amount
    from returns r
    left join avg_return_window arw on r.report_grouping = arw.report_grouping
    left join rmas_exchange re on r.report_grouping = re.report_grouping
    left join sales s on r.report_grouping = s.report_grouping
    order by 3 desc
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_by_channel_table_bd(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 736

def self.rmas_by_channel_table_bd(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    select report_grouping,returned_reason,returned_description,count(distinct rma_id) as num_rmas,sum(quantity * discounted_price * consolidated_exchange_rate) as returned_amount
    from view_rmas_facts vrf
    left join product_lines pl on vrf.primary_product_line_id = pl.id
    where return_date between '#{start_date}' and '#{end_date}'
    and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
    #{company_id_sql}
    #{customer_ids_sql}
    #{product_line_ids_sql}
    #{report_grouping_sql}
    group by report_grouping,returned_reason,returned_description
    order by 1,4,5 desc
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_by_product_line_chart(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 396

def self.rmas_by_product_line_chart(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with weeks as (
        select distinct week,week_start_date
        from analytic_date_time_dimensions
        where date between '#{start_date}' and '#{end_date}'
        order by week_start_date

    ), rmas_data as (
        select week,week_start_date,
            sum(case when trim(split_part(lineage_expanded,'>',1)) = 'Floor Heating' then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as floorheating,
            sum(case when trim(split_part(lineage_expanded,'>',1)) = 'Snow Melting' then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as snowdeicing,
            sum(case when trim(split_part(lineage_expanded,'>',1)) = 'Towel Warmer' then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as towelwarmer,
            sum(case when trim(split_part(lineage_expanded,'>',1)) = 'Radiant Panel' then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as radiantpanels,
            sum(case when trim(split_part(lineage_expanded,'>',1)) not in ('Floor Heating','Snow Melting','Towel Warmer','Radiant Panel') then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as otherproduct,
            count(distinct rma_id) as ttl_rmas
        from view_rmas_facts vrf
        inner join analytic_date_time_dimensions dt on return_date = dt.date
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by week,week_start_date
        order by week_start_date

    )
    select w.week,w.week_start_date,coalesce(rd.floorheating,0) as floorheating,coalesce(rd.snowdeicing,0) as snowdeicing,coalesce(rd.towelwarmer,0) as towelwarmer,
          coalesce(rd.radiantpanels,0) as radiantpanels,coalesce(rd.otherproduct,0) as otherproduct,coalesce(rd.ttl_rmas,0) as ttl_rmas
    from weeks w
    left join rmas_data rd on rd.week = w.week

  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_by_product_line_table(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 440

def self.rmas_by_product_line_table(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  prev_start_date = start_date.years_ago(1)
  prev_end_date = end_date.years_ago(1)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with pg_list as (
        select distinct trim(split_part(lineage_expanded,'>',1)) as group1
        from product_lines pl
        where trim(split_part(lineage_expanded,'>',1)) not in ('Shipping','Rental Tools','Services')
        #{product_line_ids_sql}

    ), returns as (
        select trim(split_part(lineage_expanded,'>',1)) as group1,
              sum(case when year = #{prev_start_date.year} then quantity else 0 end) as qty_returned_prev,
              sum(case when year = #{prev_start_date.year} then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as amount_returned_prev,
              sum(case when year = #{start_date.year} then quantity else 0 end) as qty_returned,
              sum(case when year = #{start_date.year} then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as amount_returned
        from view_rmas_facts vrf
        inner join analytic_date_time_dimensions dt on return_date = dt.date
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where (return_date between '#{prev_start_date}' and '#{prev_end_date}' or return_date between '#{start_date}' and '#{end_date}')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by trim(split_part(lineage_expanded,'>',1))

    ), sales as (
      select trim(split_part(lineage_expanded,'>',1)) as group1,
              sum(case when year = #{prev_start_date.year} then quantity else 0 end) as qty_sold_prev,
              sum(case when year = #{prev_start_date.year} then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as sales_amount_prev,
              sum(case when year = #{start_date.year} then quantity else 0 end) as qty_sold,
              sum(case when year = #{start_date.year} then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as sales_amount
        from view_sales vsf
        inner join analytic_date_time_dimensions dt on vsf.gl_date = dt.date
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and (date between '#{prev_start_date}' and '#{prev_end_date}' or date between '#{start_date}' and '#{end_date}')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by trim(split_part(lineage_expanded,'>',1))
    )
    select pl.group1,s.qty_sold_prev,s.sales_amount_prev,r.qty_returned_prev,r.amount_returned_prev,s.qty_sold,s.sales_amount,r.qty_returned,r.amount_returned
    from pg_list pl
    left join returns r on pl.group1 = r.group1
    left join sales s on pl.group1 = s.group1
    where s.qty_sold_prev is not null or s.qty_sold is not null or r.qty_returned_prev is not null or r.qty_returned is not null
    order by pl.group1
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_by_product_line_table_bd(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 501

def self.rmas_by_product_line_table_bd(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  prev_start_date = start_date.years_ago(1)
  prev_end_date = end_date.years_ago(1)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  product_line_ids_sql2 = product_line_ids.present? ? " " : " and group1 <> ('Shipping') "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with uniq_items as (
        select distinct trim(split_part(lineage_expanded,'>',1)) as group1,item_id
        from view_rmas_facts vrf
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where (return_date between '#{prev_start_date}' and '#{prev_end_date}' or return_date between '#{start_date}' and '#{end_date}')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        and item_id is not null
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        union all
        select distinct trim(split_part(lineage_expanded,'>',1)) as group1,item_id
        from view_sales vsf
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and (gl_date between '#{prev_start_date}' and '#{prev_end_date}' or gl_date between '#{start_date}' and '#{end_date}')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        and item_id is not null
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}

    ), pg_list as (
        select distinct group1,item_id
        from uniq_items
        where group1 is not null
        #{product_line_ids_sql2}

    ), returns as (
        select trim(split_part(lineage_expanded,'>',1)) as group1,item_id,
            sum(case when year = #{prev_start_date.year} then quantity else 0 end) as qty_returned_prev,
            sum(case when year = #{prev_start_date.year} then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as amount_returned_prev,
            sum(case when year = #{start_date.year} then quantity else 0 end) as qty_returned,
            sum(case when year = #{start_date.year} then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as amount_returned
        from view_rmas_facts vrf
        inner join analytic_date_time_dimensions dt on return_date = dt.date
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where (return_date between '#{prev_start_date}' and '#{prev_end_date}' or return_date between '#{start_date}' and '#{end_date}')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by trim(split_part(lineage_expanded,'>',1)),item_id

    ), sales as (
        select trim(split_part(lineage_expanded,'>',1)) as group1,item_id,
            sum(case when year = #{prev_start_date.year} then quantity else 0 end) as qty_sold_prev,
            sum(case when year = #{prev_start_date.year} then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as sales_amount_prev,
            sum(case when year = #{start_date.year} then quantity else 0 end) as qty_sold,
            sum(case when year = #{start_date.year} then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as sales_amount
        from view_sales vsf
        inner join analytic_date_time_dimensions dt on vsf.gl_date = dt.date
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and (date between '#{prev_start_date}' and '#{prev_end_date}' or date between '#{start_date}' and '#{end_date}')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by trim(split_part(lineage_expanded,'>',1)),item_id

    ), item_supplier as (
        select i.id as item_id,array_agg(replace(full_name,',','')) as suppliers
        from items i
        inner join supplier_items si on i.id = si.item_id
        inner join parties s on si.supplier_id = s.id
        where si.active = true
        group by i.id
    )
    select pl.group1,trim(split_part(pl2.lineage_expanded,'>',2)) as group2,trim(split_part(pl2.lineage_expanded,'>',3)) as group3,trim(split_part(pl2.lineage_expanded,'>',2)) as group4,pl.item_id,sku,i.name,
          coalesce(s.qty_sold_prev,0) as qty_sold_prev,coalesce(s.sales_amount_prev,0) as sales_amount_prev,coalesce(r.qty_returned_prev,0) as qty_returned_prev,coalesce(r.amount_returned_prev,0) as amount_returned_prev,
          coalesce(s.qty_sold,0) as qty_sold,coalesce(s.sales_amount,0) as sales_amount,coalesce(r.qty_returned,0) as qty_returned,coalesce(r.amount_returned,0) as amount_returned,suppliers
    from pg_list pl
    inner join items i on pl.item_id = i.id
    inner join product_lines pl2 on i.primary_product_line_id = pl2.id
    left join returns r on pl.group1 = r.group1 and pl.item_id = r.item_id
    left join sales s on pl.group1 = s.group1 and pl.item_id = s.item_id
    left join item_supplier ts on ts.item_id = pl.item_id
    order by 1,15 desc

  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_by_product_line_table_bd2(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 600

def self.rmas_by_product_line_table_bd2(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  prev_start_date = start_date.years_ago(1)
  prev_end_date = end_date.years_ago(1)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with pg_list as (
        select distinct trim(split_part(lineage_expanded,'>',1)) as group1,trim(split_part(lineage_expanded,'>',2)) as group2
        from product_lines pl
        where trim(split_part(lineage_expanded,'>',1)) not in ('Shipping','Rental Tools','Services','Mirror Defogger','Shower Kits')
        #{product_line_ids_sql}

    ), returns as (
        select trim(split_part(lineage_expanded,'>',1)) as group1,trim(split_part(lineage_expanded,'>',2)) as group2,
            sum(case when year = #{prev_start_date.year} then quantity else 0 end) as qty_returned_prev,
            sum(case when year = #{prev_start_date.year} then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as amount_returned_prev,
            sum(case when year = #{start_date.year} then quantity else 0 end) as qty_returned,
            sum(case when year = #{start_date.year} then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as amount_returned
        from view_rmas_facts vrf
        inner join analytic_date_time_dimensions dt on return_date = dt.date
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where (return_date between '#{prev_start_date}' and '#{prev_end_date}' or return_date between '#{start_date}' and '#{end_date}')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by trim(split_part(lineage_expanded,'>',1)),trim(split_part(lineage_expanded,'>',2))

    ), sales as (
        select trim(split_part(lineage_expanded,'>',1)) as group1,trim(split_part(lineage_expanded,'>',2)) as group2,
            sum(case when year = #{prev_start_date.year} then quantity else 0 end) as qty_sold_prev,
            sum(case when year = #{prev_start_date.year} then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as sales_amount_prev,
            sum(case when year = #{start_date.year} then quantity else 0 end) as qty_sold,
            sum(case when year = #{start_date.year} then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as sales_amount
        from view_sales vsf
        inner join analytic_date_time_dimensions dt on vsf.gl_date = dt.date
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and (date between '#{prev_start_date}' and '#{prev_end_date}' or date between '#{start_date}' and '#{end_date}')
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by trim(split_part(lineage_expanded,'>',1)),trim(split_part(lineage_expanded,'>',2))
    )
    select pl.group1,pl.group2,s.qty_sold_prev,s.sales_amount_prev,r.qty_returned_prev,r.amount_returned_prev,s.qty_sold,s.sales_amount,r.qty_returned,r.amount_returned
    from pg_list pl
    left join returns r on pl.group1 = r.group1 and pl.group2 = r.group2
    left join sales s on pl.group1 = s.group1 and pl.group2 = s.group2
    where s.qty_sold_prev is not null or s.qty_sold is not null or r.qty_returned_prev is not null or r.qty_returned is not null
    order by pl.group1,4 desc
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_by_rep(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 759

def self.rmas_by_rep(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  prev_start_date = start_date.years_ago(1)
  prev_end_date = end_date.years_ago(1)
  company_id_sql = company_id.present? ? " and vf.company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and vf.customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  report_grouping_sql = report_groupings.present? ? " and vf.report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with sales as (
      select coalesce(primary_sr_id,local_sr_id) as primary_or_local_rep_id,
            count(distinct case when year = #{prev_start_date.year} then order_id end) as num_orders_prev,
            sum(case when year = #{prev_start_date.year} then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as sales_amount_prev,
            count(distinct case when year = #{start_date.year} then order_id end) as num_orders,
            sum(case when year = #{start_date.year} then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as sales_amount
      from view_sales vf
      inner join analytic_date_time_dimensions dt on vf.gl_date = dt.date
      left join product_lines pl on vf.primary_product_line_id = pl.id
      where invoice_type in ('SO','CI')
      and (gl_date between '#{prev_start_date}' and '#{prev_end_date}' or gl_date between '#{start_date}' and '#{end_date}')
      and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
      #{company_id_sql}
      #{customer_ids_sql}
      #{product_line_ids_sql}
      #{report_grouping_sql}
      group by coalesce(primary_sr_id,local_sr_id)

    ), returns as (
      select primary_or_local_rep_id,full_name,
              count(distinct case when year = #{prev_start_date.year} then rma_id end) as num_rmas_prev,
              sum(case when year = #{prev_start_date.year} then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as amount_returned_prev,
              count(distinct case when year = #{start_date.year} then rma_id end) as num_rmas,
              sum(case when year = #{start_date.year} then (quantity * discounted_price * consolidated_exchange_rate) else 0 end) as amount_returned
      from view_rmas_facts vf
      inner join analytic_date_time_dimensions dt on return_date = dt.date
      left join parties e on e.id = vf.primary_or_local_rep_id
      left join product_lines pl on vf.primary_product_line_id = pl.id
      where (return_date between '#{prev_start_date}' and '#{prev_end_date}' or return_date between '#{start_date}' and '#{end_date}')
      and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
      #{company_id_sql}
      #{customer_ids_sql}
      #{product_line_ids_sql}
      #{report_grouping_sql}
      group by primary_or_local_rep_id,full_name
    )
    select r.primary_or_local_rep_id,full_name,num_rmas_prev,amount_returned_prev,
          coalesce(num_orders_prev,0) as num_orders_prev,coalesce(sales_amount_prev,0) as sales_amount_prev,
          num_rmas,amount_returned,
          coalesce(num_orders,0) as num_orders,coalesce(sales_amount,0) as sales_amount
    from returns r
    left join sales s on r.primary_or_local_rep_id = s.primary_or_local_rep_id
    where r.primary_or_local_rep_id not in (85,155)
    order by 7 desc
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_by_state(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 136

def self.rmas_by_state(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " and pl.id is not null "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    select rma_state,sum(quantity * discounted_price * consolidated_exchange_rate) as rmas_amount,count(distinct rma_id) as num_rmas
    from view_rmas_facts vrf
    left join product_lines pl on vrf.primary_product_line_id = pl.id
    where (vrf.rma_created_date between '#{start_date}' and '#{end_date}' or vrf.return_date between '#{start_date}' and '#{end_date}')
    and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
    #{company_id_sql}
    #{customer_ids_sql}
    #{product_line_ids_sql}
    #{report_grouping_sql}
    group by rma_state
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_restocking_resons(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 353

def self.rmas_restocking_resons(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with top_reasons as (
        select restocking_reason,restocking_description,count(distinct rma_id) as num_rmas
        from view_rmas_facts vrf
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by restocking_reason,restocking_description
        order by 3 desc limit 10

    ), others as (
        select 'Others' as restocking_description,count(distinct rma_id) as num_rmas
        from view_rmas_facts vrf
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and restocking_reason not in (select restocking_reason from top_reasons)
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
    )
    select restocking_reason,(restocking_reason || ' - ' || restocking_description) as restocking_description,num_rmas
    from top_reasons
    where restocking_reason <> 'No code'
    union all
    select restocking_description,restocking_description,num_rmas
    from others
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_returned_resons(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 311

def self.rmas_returned_resons(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with top_reasons as (
        select returned_reason,returned_description,count(distinct rma_id) as num_rmas
        from view_rmas_facts vrf
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by returned_reason,returned_description
        order by 3 desc limit 10

    ), others as (
        select 'Others' as returned_description,count(distinct rma_id) as num_rmas
        from view_rmas_facts vrf
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where return_date between '#{start_date}' and '#{end_date}'
        and returned_reason not in (select returned_reason from top_reasons)
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
    )
    select returned_reason,(returned_reason || ' - ' || returned_description) as returned_description,num_rmas
    from top_reasons
    union all
    select returned_description,returned_description,num_rmas
    from others
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_review_chart(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 77

def self.rmas_review_chart(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  start_year = start_date.years_ago(7).year
  end_year = end_date.year
  start_day = (start_date.month * 100) + start_date.day
  end_day = (end_date.month * 100) +  end_date.day
  # prev_start_date = start_date.years_ago(1)
  # prev_end_date = end_date.years_ago(1)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " and pl.id is not null "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with sales as (
        select year,sum(quantity * (discounted_price - amazon_vc) * exchange_rate) as sales
        from view_sales vsf
        inner join analytic_date_time_dimensions dt on vsf.gl_date = dt.date
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and year between #{start_year} and #{end_year}
        and ((month * 100) + day) between #{start_day} and #{end_day}
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by year

    ), returns as (
        select year,sum(quantity * discounted_price * consolidated_exchange_rate) as returns,count(distinct rma_id) as num_rmas
        from view_rmas_facts vrf
        inner join analytic_date_time_dimensions dt on vrf.return_date = dt.date
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where year between #{start_year} and #{end_year}
        and ((month * 100) + day) between #{start_day} and #{end_day}
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by year

    ), calculations as (
      select s.year,s.sales,r.returns,(lag(r.returns) OVER (ORDER BY s.year)) as returns_prev,num_rmas,(lag(r.num_rmas) OVER (ORDER BY s.year)) as num_rmas_prev
      from sales s
      inner join returns r on s.year = r.year

    )
    select year,sales,returns,
      coalesce(case when returns_prev = 0 then 0 else round((((returns - returns_prev) / returns_prev) * 100)::decimal,0) end,0) as returned_amount_variation,
      coalesce(case when num_rmas_prev = 0 then 0 else round((((num_rmas - num_rmas_prev)::decimal / num_rmas_prev) * 100),0) end,0) as num_rmas_variation
    from calculations
    where year >= #{start_year + 1}
    order by year
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_review_table(start_date, end_date, company_id, customer_ids, product_line_ids, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 158

def self.rmas_review_table(start_date,end_date,company_id,customer_ids,product_line_ids,report_groupings)
  start_year = start_date.years_ago(7).year
  end_year = end_date.year
  start_day = (start_date.month * 100) + start_date.day
  end_day = (end_date.month * 100) +  end_date.day
  # prev_start_date = start_date.years_ago(1)
  # prev_end_date = end_date.years_ago(1)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  product_line_ids_sql = product_line_ids.present? ? " and pl.id in (#{product_line_ids.map{|pg| pg.to_i }.join(',')}) " : " and pl.id is not null "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with returns as (
        select year,
        count(distinct rma_id) as ttl_rmas,
        sum(quantity * discounted_price * consolidated_exchange_rate) as ttl_amount_returned,
        count(distinct case when company_id = 1 then rma_id end) as us_rmas,
        sum(case when company_id = 1 then (quantity * discounted_price * consolidated_exchange_rate) end) as us_amount_returned,
        count(distinct case when company_id = 2 then rma_id end) as ca_rmas,
        sum(case when company_id = 2 then (quantity * discounted_price * consolidated_exchange_rate) end) as ca_amount_returned
        from view_rmas_facts vrf
        inner join analytic_date_time_dimensions dt on vrf.return_date = dt.date
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where year between #{start_year} and #{end_year}
        and ((month * 100) + day) between #{start_day} and #{end_day}
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by year
        order by 1

    ), calculations as (
        select year,
        ttl_rmas,lag(ttl_rmas) OVER (ORDER BY year) as ttl_rmas_prev,
        ttl_amount_returned,lag(ttl_amount_returned) OVER (ORDER BY year) as ttl_amount_returned_prev,
        us_rmas,lag(us_rmas) OVER (ORDER BY year) as us_rmas_prev,
        us_amount_returned,lag(us_amount_returned) OVER (ORDER BY year) as us_amount_returned_prev,
        ca_rmas,lag(ca_rmas) OVER (ORDER BY year) as ca_rmas_prev,
        ca_amount_returned,lag(ca_amount_returned) OVER (ORDER BY year) as ca_amount_returned_prev
        from returns r

    ), sales as (
        select year,
        sum(quantity * (discounted_price - amazon_vc) * exchange_rate) as ttl_sales,
        sum(case when company_id = 1 then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as us_sales,
        sum(case when company_id = 2 then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as ca_sales
        from view_sales vsf
        inner join analytic_date_time_dimensions dt on vsf.gl_date = dt.date
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and year between #{start_year} and #{end_year}
        and ((month * 100) + day) between #{start_day} and #{end_day}
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        #{company_id_sql}
        #{customer_ids_sql}
        #{product_line_ids_sql}
        #{report_grouping_sql}
        group by year
    )
    select c.year,
        ttl_rmas,case when ttl_rmas_prev = 0 then 0 else round((((ttl_rmas - ttl_rmas_prev)::decimal / ttl_rmas_prev) * 100),0) end as ttl_rmas_variation,
        ttl_amount_returned,case when ttl_sales = 0 then 0 else round(((ttl_amount_returned / ttl_sales) * 100)::decimal,1) end ttl_ptg_of_sales,ttl_sales,
        case when ttl_amount_returned_prev = 0 then 0 else round((((ttl_amount_returned - ttl_amount_returned_prev) / ttl_amount_returned_prev) * 100)::decimal,0) end as ttl_amount_variation,
        us_rmas,case when us_rmas_prev = 0 then 0 else round((((us_rmas - us_rmas_prev)::decimal / us_rmas_prev) * 100),0) end as us_rmas_variation,
        us_amount_returned,case when us_sales = 0 then 0 else round(((us_amount_returned / us_sales) * 100)::decimal,1) end us_ptg_of_sales,us_sales,
        case when us_amount_returned_prev = 0 then 0 else round((((us_amount_returned - us_amount_returned_prev) / us_amount_returned_prev) * 100)::decimal,0) end as us_amount_variation,
        ca_rmas,case when ca_rmas_prev = 0 then 0 else round((((ca_rmas - ca_rmas_prev)::decimal / ca_rmas_prev) * 100),0) end as ca_rmas_variation,
        ca_amount_returned,case when ca_sales = 0 then 0 else round(((ca_amount_returned / ca_sales) * 100)::decimal,1) end ca_ptg_of_sales,ca_sales,
        case when ca_amount_returned_prev = 0 then 0 else round((((ca_amount_returned - ca_amount_returned_prev) / ca_amount_returned_prev) * 100)::decimal,0) end as ca_amount_variation
    from calculations c
    inner join sales s on s.year = c.year
    where c.year >= #{start_year + 1}
    order by c.year
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end

.rmas_review_table_bd(start_date, end_date, company_id, customer_ids, product_line, report_groupings) ⇒ Object 



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# File 'app/services/report/rmas_report/rmas_report.rb', line 239

def self.rmas_review_table_bd(start_date,end_date,company_id,customer_ids,product_line,report_groupings)
  start_year = start_date.years_ago(7).year
  end_year = end_date.year
  start_day = (start_date.month * 100) + start_date.day
  end_day = (end_date.month * 100) +  end_date.day
  # prev_start_date = start_date.years_ago(1)
  # prev_end_date = end_date.years_ago(1)
  company_id_sql = company_id.present? ? " and company_id = #{company_id} " : " "
  customer_ids_sql = customer_ids.present? ? " and customer_id in (#{customer_ids.map{|c| c.to_i }.join(',')})" : " "
  report_grouping_sql = report_groupings.present? ? " and report_grouping in (#{report_groupings.map{|rg| "'#{rg.sub("'","''")}'" }.join(',')})" : " "

  sql = <<-SQL
    with returns as (
        select year,trim(split_part(pl.lineage_expanded,'>',1)) as group1,
        coalesce(sum(quantity * discounted_price * consolidated_exchange_rate), 0) as ttl_amount_returned,
        coalesce(sum(case when company_id = 1 then (quantity * discounted_price * consolidated_exchange_rate) end),0) as us_amount_returned,
        coalesce(sum(case when company_id = 2 then (quantity * discounted_price * consolidated_exchange_rate) end),0) as ca_amount_returned
        from view_rmas_facts vrf
        inner join analytic_date_time_dimensions dt on vrf.return_date = dt.date
        left join product_lines pl on vrf.primary_product_line_id = pl.id
        where year between #{start_year} and #{end_year}
        and ((month * 100) + day) between #{start_day} and #{end_day}
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        and trim(split_part(pl.lineage_expanded,'>',1)) = '#{product_line}'
        #{company_id_sql}
        #{customer_ids_sql}
        #{report_grouping_sql}
        group by year,trim(split_part(pl.lineage_expanded,'>',1))
        order by 1

    ), calculations as (
        select year,group1,
        ttl_amount_returned,coalesce(lag(ttl_amount_returned) OVER (ORDER BY year),0) as ttl_amount_returned_prev,
        us_amount_returned,coalesce(lag(us_amount_returned) OVER (ORDER BY year),0) as us_amount_returned_prev,
        ca_amount_returned,coalesce(lag(ca_amount_returned) OVER (ORDER BY year),0) as ca_amount_returned_prev
        from returns r

    ), sales as (
        select year,trim(split_part(pl.lineage_expanded,'>',1)) as group1,
        sum(quantity * (discounted_price - amazon_vc) * exchange_rate) as ttl_sales,
        sum(case when company_id = 1 then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as us_sales,
        sum(case when company_id = 2 then (quantity * (discounted_price - amazon_vc) * exchange_rate) else 0 end) as ca_sales
        from view_sales vsf
        inner join analytic_date_time_dimensions dt on vsf.gl_date = dt.date
        left join product_lines pl on vsf.primary_product_line_id = pl.id
        where invoice_type in ('SO','CI')
        and year between #{start_year} and #{end_year}
        and ((month * 100) + day) between #{start_day} and #{end_day}
        and trim(split_part(pl.lineage_expanded,'>',1)) <> 'Rental Tools'
        and trim(split_part(pl.lineage_expanded,'>',1)) = '#{product_line}'
        #{company_id_sql}
        #{customer_ids_sql}
        #{report_grouping_sql}
        group by year,trim(split_part(pl.lineage_expanded,'>',1))
    )
    select c.year,c.group1,
        ttl_amount_returned,case when ttl_sales = 0 then 0 else round(((ttl_amount_returned / ttl_sales) * 100)::decimal,1) end ttl_ptg_of_sales,ttl_sales,
        case when ttl_amount_returned_prev = 0 then 0 else round((((ttl_amount_returned - ttl_amount_returned_prev) / ttl_amount_returned_prev) * 100)::decimal,0) end as ttl_amount_variation,
        us_amount_returned,case when us_sales = 0 then 0 else round(((us_amount_returned / us_sales) * 100)::decimal,1) end us_ptg_of_sales,us_sales,
        case when us_amount_returned_prev = 0 then 0 else round((((us_amount_returned - us_amount_returned_prev) / us_amount_returned_prev) * 100)::decimal,0) end as us_amount_variation,
        ca_amount_returned,case when ca_sales = 0 then 0 else round(((ca_amount_returned / ca_sales) * 100)::decimal,1) end ca_ptg_of_sales,ca_sales,
        case when ca_amount_returned_prev = 0 then 0 else round((((ca_amount_returned - ca_amount_returned_prev) / ca_amount_returned_prev) * 100)::decimal,0) end as ca_amount_variation
    from calculations c
    left join sales s on s.year = c.year and s.group1 = c.group1
    where c.year >= #{start_year + 1}
    and ttl_amount_returned_prev is not null
    order by c.year,c.group1
  SQL

  results = ActiveRecord::Base.connection.execute(sql).to_a.map{ |r| r.symbolize_keys }
end