class IncomingLinksReport attr_accessor :type, :data, :y_titles, :start_date, :end_date, :limit, :category_id def initialize(type) @type = type @y_titles = {} @data = nil @category_id = nil end def as_json(_options = nil) { type: self.type, title: I18n.t("reports.#{self.type}.title"), xaxis: I18n.t("reports.#{self.type}.xaxis"), ytitles: self.y_titles, data: self.data, start_date: start_date, end_date: end_date } end def self.find(type, _opts = {}) report_method = :"report_#{type}" return nil unless respond_to?(report_method) # Load the report report = IncomingLinksReport.new(type) report.start_date = _opts[:start_date] || 30.days.ago report.end_date = _opts[:end_date] || Time.now.end_of_day report.limit = _opts[:limit].to_i if _opts[:limit] report.category_id = _opts[:category_id] if _opts[:category_id] send(report_method, report) report end # Return top 10 users who brought traffic to the site within the last 30 days def self.report_top_referrers(report) report.y_titles[:num_clicks] = I18n.t("reports.#{report.type}.num_clicks") report.y_titles[:num_topics] = I18n.t("reports.#{report.type}.num_topics") num_clicks = link_count_per_user(start_date: report.start_date, end_date: report.end_date, category_id: report.category_id) num_topics = topic_count_per_user(start_date: report.start_date, end_date: report.end_date, category_id: report.category_id) user_id_lookup = User .where(username: num_clicks.keys) .select(:id, :username, :uploaded_avatar_id) .inject({}) { |sum, v| sum[v.username] = { id: v.id, user_avatar_template: User.avatar_template(v.username, v.uploaded_avatar_id) } sum } report.data = [] num_clicks.each_key do |username| report.data << { username: username, user_id: user_id_lookup[username][:id], user_avatar_template: user_id_lookup[username][:user_avatar_template], num_clicks: num_clicks[username], num_topics: num_topics[username] } end report.data = report.data.sort_by { |x| x[:num_clicks] }.reverse[0, 10] end def self.per_user(start_date:, end_date:, category_id:) public_incoming_links(category_id: category_id) .where('incoming_links.created_at > ? AND incoming_links.created_at < ? AND incoming_links.user_id IS NOT NULL', start_date, end_date) .joins(:user) .group('users.username') end def self.link_count_per_user(start_date:, end_date:, category_id:) per_user(start_date: start_date, end_date: end_date, category_id: category_id).count end def self.topic_count_per_user(start_date:, end_date:, category_id:) per_user(start_date: start_date, end_date: end_date, category_id: category_id).joins(:post).count("DISTINCT posts.topic_id") end # Return top 10 domains that brought traffic to the site within the last 30 days def self.report_top_traffic_sources(report) report.y_titles[:num_clicks] = I18n.t("reports.#{report.type}.num_clicks") report.y_titles[:num_topics] = I18n.t("reports.#{report.type}.num_topics") report.y_titles[:num_users] = I18n.t("reports.#{report.type}.num_users") num_clicks = link_count_per_domain(start_date: report.start_date, end_date: report.end_date, category_id: report.category_id) num_topics = topic_count_per_domain(num_clicks.keys, category_id: report.category_id) report.data = [] num_clicks.each_key do |domain| report.data << { domain: domain, num_clicks: num_clicks[domain], num_topics: num_topics[domain] } end report.data = report.data.sort_by { |x| x[:num_clicks] }.reverse[0, 10] end def self.link_count_per_domain(limit: 10, start_date:, end_date:, category_id:) public_incoming_links(category_id: category_id) .where('incoming_links.created_at > ? AND incoming_links.created_at < ?', start_date, end_date) .joins(incoming_referer: :incoming_domain) .group('incoming_domains.name') .order('count_all DESC') .limit(limit) .count end def self.per_domain(domains, options = {}) public_incoming_links(category_id: options[:category_id]) .joins(incoming_referer: :incoming_domain) .where('incoming_links.created_at > ? AND incoming_domains.name IN (?)', 30.days.ago, domains) .group('incoming_domains.name') end def self.topic_count_per_domain(domains, options = {}) # COUNT(DISTINCT) is slow per_domain(domains, options).count("DISTINCT posts.topic_id") end def self.report_top_referred_topics(report) report.y_titles[:num_clicks] = I18n.t("reports.#{report.type}.labels.num_clicks") num_clicks = link_count_per_topic(start_date: report.start_date, end_date: report.end_date, category_id: report.category_id) num_clicks = num_clicks.to_a.sort_by { |x| x[1] }.last(report.limit || 10).reverse report.data = [] topics = Topic.select('id, slug, title').where('id in (?)', num_clicks.map { |z| z[0] }) topics = topics.in_category_and_subcategories(report.category_id) if report.category_id num_clicks.each do |topic_id, num_clicks_element| topic = topics.find { |t| t.id == topic_id } if topic report.data << { topic_id: topic_id, topic_title: topic.title, topic_url: topic.relative_url, num_clicks: num_clicks_element } end end report.data end def self.link_count_per_topic(start_date:, end_date:, category_id:) public_incoming_links(category_id: category_id) .where('incoming_links.created_at > ? AND incoming_links.created_at < ? AND topic_id IS NOT NULL', start_date, end_date) .group('topic_id') .count end def self.public_incoming_links(category_id: nil) IncomingLink .joins(post: :topic) .where("topics.archetype = ?", Archetype.default) .merge(Topic.in_category_and_subcategories(category_id)) end end