diff --git a/Hryvicki Kirill/0/Gemfile b/Hryvicki Kirill/0/Gemfile
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+++ b/Hryvicki Kirill/0/Gemfile	
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+source 'https://rubygems.org'
+
+gem 'mechanize'
+gem 'roo'
+gem 'roo-xls'
diff --git a/Hryvicki Kirill/0/README.md b/Hryvicki Kirill/0/README.md
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index 0000000..98b66bc
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+++ b/Hryvicki Kirill/0/README.md	
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+# Usage
+```
+bundle install
+```
+```
+ruby load_files.rb
+```
+```
+ruby run.rb
+```
+before loading files create empty folder named as 'data'
diff --git a/Hryvicki Kirill/0/load_files.rb b/Hryvicki Kirill/0/load_files.rb
new file mode 100644
index 0000000..00dc901
--- /dev/null
+++ b/Hryvicki Kirill/0/load_files.rb	
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+require 'mechanize'
+require 'open-uri'
+require 'uri'
+require 'webrick'
+
+agent = Mechanize.new
+page = agent.get('http://www.belstat.gov.by/ofitsialnaya-statistika/makroekonomika-i-okruzhayushchaya-sreda/tseny/operativnaya-informatsiya_4/srednie-tseny-na-potrebitelskie-tovary-i-uslugi-po-respublike-belarus')
+page.links_with(href: /.xls/).each do |link|
+  str_link = link.href.to_s
+  str_link = WEBrick::HTTPUtils.unescape(str_link)
+  str_link = WEBrick::HTTPUtils.escape(str_link)
+  f_link = if str_link.start_with?('/')
+             str_link
+           else
+             'http://www.belstat.gov.by' + str_link
+           end
+  download = URI.open(f_link)
+  IO.copy_stream(download, "./data/#{download.base_uri.to_s.split('/')[-1]}")
+end
diff --git a/Hryvicki Kirill/0/run.rb b/Hryvicki Kirill/0/run.rb
new file mode 100644
index 0000000..006a19a
--- /dev/null
+++ b/Hryvicki Kirill/0/run.rb	
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+require 'roo'
+require 'roo-xls'
+
+def get_file_instance(file_path)
+  ext = file_path.split('.')[2]
+  file_instance = nil
+  if ext.include?('xls')
+    file_instance = conditional_load(ext, file_path)
+  else
+    puts 'unsupported file type: ' + file_path
+  end
+  file_instance
+end
+
+def conditional_load(ext, file_path)
+  case ext
+  when 'xls'
+    sheet = Roo::Excel.new(file_path)
+  when 'xlsx'
+    sheet = Roo::Excelx.new(file_path)
+  end
+  sheet
+end
+
+def fetch_products_data(file_instance, products, regions)
+  (9..file_instance.last_row).each do |n|
+    next if file_instance.cell('E', n).nil?
+
+    year = file_instance.cell('A', 3).split(' ')[2]
+    month = file_instance.cell('A', 3).split(' ')[1]
+    key = file_instance.cell('A', n).strip.downcase
+    meta = [key, year, month]
+    add_product(products, meta, regions, file_instance, n)
+  end
+end
+
+def add_product(products, meta, regions, file_instance, num)
+  key = meta[0]
+  year = meta[1]
+  month = meta[2]
+  parse_product(products, key, year)
+  products[key][year][month] = { regions[4] => format_value(file_instance.cell('O', num), year) }
+end
+
+def parse_product(products, key, year)
+  products[key] = {} unless products[key]
+  products[key][year] = {} unless products[key][year]
+end
+
+def format_value(val, year)
+  return if val.nil?
+
+  result = val.to_f
+  result /= 10_000 if year.to_i < 2017
+  result.round(2)
+end
+
+def get_recent_price_data(key, products, month_map)
+  current_year = Time.now.strftime('%Y').to_s
+  current_month = parse_month(month_map)
+  product_year_data = products[key]
+  year_key = get_closest_year(current_year, product_year_data)
+  product_month_data = product_year_data[year_key]
+  month_key = get_closest_month(current_month, product_month_data, month_map)
+  form_recent_price_data(product_month_data[month_key]['Minsk'], year_key, month_key, key)
+end
+
+def form_recent_price_data(price, year, month, product)
+  {
+    'price' => price,
+    'year' => year,
+    'month' => month,
+    'product' => product
+  }
+end
+
+def parse_month(month_map)
+  current_month = Time.now.strftime('%m')
+  month_map.each { |month, month_number| current_month = month if month_number == current_month }
+  current_month
+end
+
+def get_closest_year(current_year, product_data)
+  current_year if product_data[current_year]
+  product_data.keys.max_by(&:to_i) unless product_data[current_year]
+end
+
+def get_closest_month(current_month, product_data, month_map)
+  current_month if product_data[current_month]
+  product_data.keys.max { |a, b| month_map[a].to_i <=> month_map[b].to_i } unless product_data[current_month]
+end
+
+def get_min_price(hash)
+  min_year_price = Float::INFINITY
+  result = {}
+  hash.each do |year, year_hash|
+    min_month_data = find_min_month(year_hash)
+    min_year_data = find_min_year(year, min_month_data, min_year_price)
+    min_year_price = min_year_data['price'] if min_year_data['price']
+    result = actual_data(result, min_year_data)
+  end
+  result
+end
+
+def find_min_month(year_hash, min_month_price = Float::INFINITY, min_month = nil)
+  year_hash.each do |month, month_hash|
+    price = month_hash['Minsk']
+    next unless price
+
+    if price < min_month_price
+      min_month_price = price
+      min_month = month
+    end
+  end
+  { 'price' => min_month_price, 'month' => min_month }
+end
+
+def find_min_year(year, min_month_data, min_year_price)
+  result = {}
+  min_month_price = min_month_data['price']
+  result['month'] = min_month_data['month']
+  if min_month_price < min_year_price
+    result['price'] = min_month_price
+    result['year'] = year
+  end
+  result
+end
+
+def get_max_price(hash)
+  max_year_price = 0
+  result = {}
+  hash.each do |year, year_hash|
+    max_month_data = find_max_month(year_hash)
+    max_year_data = find_max_year(year, max_month_data, max_year_price)
+    max_year_price = max_year_data['price'] if max_year_data['price']
+    result = actual_data(result, max_year_data)
+  end
+  result
+end
+
+def find_max_month(year_hash, max_month_price = 0, max_month = nil)
+  year_hash.each do |month, month_hash|
+    price = month_hash['Minsk']
+    next unless price
+
+    if price > max_month_price
+      max_month_price = price
+      max_month = month
+    end
+  end
+  { 'price' => max_month_price, 'month' => max_month }
+end
+
+def find_max_year(year, max_month_data, max_year_price)
+  result = {}
+  max_month_price = max_month_data['price']
+  result['month'] = max_month_data['month']
+  if max_month_price > max_year_price
+    result['price'] = max_month_price
+    result['year'] = year
+  end
+  result
+end
+
+def actual_data(result, year_data)
+  result['month'] = year_data['month']
+  result['price'] = year_data['price'] if year_data['price']
+  result['year'] = year_data['year'] if year_data['year']
+  result
+end
+
+def get_similar_price_products(data, products)
+  price = data['price']
+  year = data['year']
+  month = data['month']
+  origin_product = data['product']
+  form_similar_products_array(products, price, year, month, origin_product)
+end
+
+def form_similar_products_array(products, price, year, month, origin_product)
+  result = []
+  products.each do |product, product_data|
+    next unless product_data[year]
+
+    next unless product_data[year][month]
+
+    result.push(product) if product_data[year][month]['Minsk'] == price && product != origin_product
+  end
+  result
+end
+
+def first_level(key, recent_price_data)
+  puts ''
+  puts key.capitalize + ' is ' + recent_price_data['price'].to_s + ' BYN in Minsk these days.'
+end
+
+def second_level_min_price(product_data, month_map)
+  min_price = get_min_price(product_data)
+  puts 'Lowest was on ' + min_price['year'] + '/' + month_map[min_price['month']].to_s + ' at price '
+  print min_price['price'].to_s + ' BYN'
+end
+
+def second_level_max_price(product_data, month_map)
+  max_price = get_max_price(product_data)
+  puts 'Maximum was on ' + max_price['year'] + '/' + month_map[max_price['month']].to_s + ' at price '
+  print max_price['price'].to_s + ' BYN'
+end
+
+def third_level(recent_price_data, products)
+  similar_products = get_similar_price_products(recent_price_data, products)
+  if similar_products.empty?
+    puts 'No products for similar price'
+  else
+    puts 'For similar price you also can afford'
+    puts similar_products
+  end
+end
+
+def make_products_container
+  regions = ['Brest', 'Vitebsk', 'Gomel', 'Grodno', 'Minsk', 'Minsk Region', 'Mogilyov']
+  products = {}
+  file_paths = Dir['./data/*']
+  file_paths.each do |file_path|
+    file_instance = get_file_instance(file_path)
+    fetch_products_data(file_instance, products, regions) if file_instance
+  end
+  products
+end
+
+def user_wish(products)
+  puts 'What price are you looking for?'
+  word = gets.chomp.downcase.encode('UTF-8')
+  products.keys.select { |key| key.include?(word) }
+end
+
+def month_map_former
+  {
+    'январь' => 1, 'февраль' => 2,
+    'март' => 3, 'апрель' => 4,
+    'май' => 5, 'июнь' => 6,
+    'июль' => 7, 'авуст' => 8,
+    'сентябрь' => 9, 'октябрь' => 10,
+    'ноябрь' => 11, 'декабрь' => 12
+  }
+end
+
+def process_request(products, key, month_map)
+  recent_price_data = get_recent_price_data(key, products, month_map)
+  first_level(key, recent_price_data)
+  second_level_min_price(products[key], month_map)
+  second_level_max_price(products[key], month_map)
+  third_level(recent_price_data, products)
+end
+
+def main
+  month_map = month_map_former
+  products = make_products_container
+  loop do
+    keys = user_wish(products)
+    puts word.capitalize + ' can not be found in database' if keys.empty?
+    keys.each { |key| process_request(products, key, month_map) } unless keys.empty?
+  end
+end
+
+main