Emi Matchu
0261d02137
Been running into the item "Hanging Plushie Grundo Background Item" not being modelable, because TNT seem to have left its description blank! Let's be less picky about what data we take in, but keep the intention of these validations: to ensure that *we* don't make a mistake and forget a field when importing items!
768 lines
26 KiB
Ruby
768 lines
26 KiB
Ruby
require "async"
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require "async/barrier"
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class Item < ApplicationRecord
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include PrettyParam
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include Item::Dyeworks
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# We use the `type` column to mean something other than what Rails means!
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self.inheritance_column = nil
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SwfAssetType = 'object'
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serialize :cached_compatible_body_ids, coder: Serializers::IntegerSet
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serialize :cached_occupied_zone_ids, coder: Serializers::IntegerSet
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has_many :closet_hangers
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has_one :contribution, as: :contributed, inverse_of: :contributed
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has_one :nc_mall_record
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has_many :parent_swf_asset_relationships, as: :parent
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has_many :swf_assets, through: :parent_swf_asset_relationships
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belongs_to :dyeworks_base_item, class_name: "Item",
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default: -> { inferred_dyeworks_base_item }, optional: true
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has_many :dyeworks_variants, class_name: "Item",
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inverse_of: :dyeworks_base_item
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# We require a name field. A number of other fields must be *specified*: they
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# can't be nil, to help ensure we aren't forgetting any fields when importing
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# items. But sometimes they happen to be blank (e.g. when TNT leaves an item
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# description empty, oops), in which case we want to accept that reality!
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validates_presence_of :name
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validates :description, :thumbnail_url, :rarity, :price, :zones_restrict,
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exclusion: {in: [nil], message: "must be specified"}
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attr_writer :current_body_id, :owned, :wanted
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NCRarities = [0, 500]
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PAINTBRUSH_SET_DESCRIPTION = 'This item is part of a deluxe paint brush set!'
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scope :newest, -> {
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order(arel_table[:created_at].desc) if arel_table[:created_at]
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}
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scope :sitemap, -> { order([:id]).limit(49999) }
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scope :name_includes, ->(value) {
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Item.where("name LIKE ?", "%" + sanitize_sql_like(value) + "%")
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}
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scope :name_excludes, ->(value) {
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Item.where("name NOT LIKE ?", "%" + sanitize_sql_like(value) + "%")
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}
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scope :is_nc, -> {
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i = Item.arel_table
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where(i[:rarity_index].in(Item::NCRarities).or(i[:is_manually_nc].eq(true)))
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}
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scope :is_not_nc, -> {
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i = Item.arel_table
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where(i[:rarity_index].in(Item::NCRarities).or(i[:is_manually_nc].eq(true)).not)
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}
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scope :is_np, -> {
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self.is_not_nc.is_not_pb
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}
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scope :is_not_np, -> {
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self.merge Item.is_nc.or(Item.is_pb)
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}
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scope :is_pb, -> {
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where('description LIKE ?',
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'%' + sanitize_sql_like(PAINTBRUSH_SET_DESCRIPTION) + '%')
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}
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scope :is_not_pb, -> {
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where('description NOT LIKE ?',
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'%' + sanitize_sql_like(PAINTBRUSH_SET_DESCRIPTION) + '%')
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}
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scope :is_modeled, -> {
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where(cached_predicted_fully_modeled: true)
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}
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scope :is_not_modeled, -> {
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where(cached_predicted_fully_modeled: false)
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}
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scope :occupies, ->(zone_label) {
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Zone.matching_label(zone_label).
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map { |z| occupies_zone_id(z.id) }.reduce(none, &:or)
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}
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scope :not_occupies, ->(zone_label) {
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Zone.matching_label(zone_label).
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map { |z| not_occupies_zone_id(z.id) }.reduce(all, &:and)
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}
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scope :occupies_zone_id, ->(zone_id) {
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where("FIND_IN_SET(?, cached_occupied_zone_ids) > 0", zone_id)
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}
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scope :not_occupies_zone_id, ->(zone_id) {
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where.not("FIND_IN_SET(?, cached_occupied_zone_ids) > 0", zone_id)
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}
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scope :restricts, ->(zone_label) {
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zone_ids = Zone.matching_label(zone_label).map(&:id)
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condition = zone_ids.map { '(SUBSTR(items.zones_restrict, ?, 1) = "1")' }.join(' OR ')
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where(condition, *zone_ids)
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}
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scope :not_restricts, ->(zone_label) {
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zone_ids = Zone.matching_label(zone_label).map(&:id)
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condition = zone_ids.map { '(SUBSTR(items.zones_restrict, ?, 1) = "1")' }.join(' OR ')
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where("NOT (#{condition})", *zone_ids)
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}
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scope :fits, ->(body_id) {
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where("FIND_IN_SET(?, cached_compatible_body_ids) > 0", body_id).
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or(where("FIND_IN_SET('0', cached_compatible_body_ids) > 0"))
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}
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scope :not_fits, ->(body_id) {
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where.not("FIND_IN_SET(?, cached_compatible_body_ids) > 0", body_id).
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and(where.not("FIND_IN_SET('0', cached_compatible_body_ids) > 0"))
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}
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def nc_trade_value
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return nil unless nc?
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# Load the trade value, if we haven't already. Note that, because the trade
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# value may be nil, we also save an explicit boolean for whether we've
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# already looked it up, rather than checking if the saved value is empty.
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return @nc_trade_value if @nc_trade_value_loaded
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@nc_trade_value = begin
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Rails.logger.debug "Item #{id} (#{name}) <lookup>"
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OwlsValueGuide.find_by_name(name)
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rescue OwlsValueGuide::NotFound => error
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Rails.logger.debug("No NC trade value listed for #{name} (#{id})")
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nil
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rescue OwlsValueGuide::NetworkError => error
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Rails.logger.error("Couldn't load nc_trade_value: #{error.full_message}")
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nil
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end
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@nc_trade_value_loaded = true
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@nc_trade_value
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end
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# Return an OrderedHash mapping users to the number of times they
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# contributed to this item's assets, from most contributions to least.
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def contributors_with_counts
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# Get contributing users' IDs
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swf_asset_ids = swf_assets.select(SwfAsset.arel_table[:id]).map(&:id)
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swf_asset_contributions = Contribution.select('user_id').
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where(:contributed_type => 'SwfAsset', :contributed_id => swf_asset_ids)
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contributor_ids = swf_asset_contributions.map(&:user_id)
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# Get the users, mapped by ID
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contributors_by_id = {}
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User.find(contributor_ids).each { |u| contributors_by_id[u.id] = u }
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# Count each user's contributions
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contributor_counts_by_id = Hash.new(0)
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contributor_ids.each { |id| contributor_counts_by_id[id] += 1 }
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# Build an OrderedHash mapping users to counts in descending order
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contributors_with_counts = ActiveSupport::OrderedHash.new
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contributor_counts_by_id.sort_by { |k, v| v }.reverse.each do |id, count|
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contributor = contributors_by_id[id]
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contributors_with_counts[contributor] = count
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end
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contributors_with_counts
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end
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def nc?
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is_manually_nc? || NCRarities.include?(rarity_index)
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end
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def pb?
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I18n.with_locale(:en) { self.description == PAINTBRUSH_SET_DESCRIPTION }
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end
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def np?
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!nc? && !pb?
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end
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def currently_in_mall?
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nc_mall_record.present?
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end
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def source
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if dyeworks_buyable?
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:dyeworks
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elsif currently_in_mall?
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:nc_mall
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elsif nc?
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:other_nc
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elsif np?
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:np
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elsif pb?
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:pb
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else
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raise "Item has no matching source (should not happen?)"
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end
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end
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def owned?
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@owned || false
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end
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def wanted?
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@wanted || false
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end
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def current_nc_price
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nc_mall_record&.current_price
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end
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# If this is a PB item, return the corresponding Color, inferred from the
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# item name. If it's not a PB item, or we fail to infer a specific color,
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# return nil. (This is expected to be nil for some PB items, like the "Aisha
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# Collar", which belong to many colors. It can also be nil for PB items for
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# new colors we haven't manually added to the database yet, or if a PB item
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# is named strangely in the future.)
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def pb_color
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return nil unless pb?
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# NOTE: To handle colors like "Royalboy", where the items aren't consistent
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# with the color name regarding whether or not there's spaces, we remove
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# all spaces from the item name and color name when matching. We also
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# hackily handle the fact that "Elderlyboy" color has items named "Elderly
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# Male" (and same for Girl/Female) by replacing those words, too. These
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# hacks could cause false matches in theory, but I'm not aware of any rn!
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normalized_name = name.downcase.gsub("female", "girl").gsub("male", "boy").
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gsub(/\s/, "")
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# For each color, normalize its name, look for it in the item name, and
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# return the matching color that appears earliest. (This is important for
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# items that contain multiple color names, like the "Royal Girl Elephante
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# Gold Bracelets".)
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Color.all.to_h { |c| [c, c.name.downcase.gsub(/\s/, "")] }.
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transform_values { |n| normalized_name.index(n) }.
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filter { |c, n| n.present? }.
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min_by { |c, i| i }&.first
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end
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# If this is a PB item, return the corresponding Species, inferred from the
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# item name. If it's not a PB item, or we fail to infer a specific species,
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# return nil. (This is not expected to be nil in general, but could be for PB
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# items for new species we haven't manually added to the database yet, or if
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# a PB item is named strangely in the future.)
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def pb_species
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return nil unless pb?
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normalized_name = name.downcase
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Species.order(:name).find { |s| normalized_name.include?(s.name.downcase) }
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end
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def pb_item_name
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pb_color&.pb_item_name
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end
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def restricted_zones(options={})
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options[:scope] ||= Zone.all
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options[:scope].find(restricted_zone_ids)
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end
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def restricted_zone_ids
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unless @restricted_zone_ids
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@restricted_zone_ids = []
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zones_restrict.split(//).each_with_index do |switch, id|
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@restricted_zone_ids << (id.to_i + 1) if switch == '1'
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end
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end
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@restricted_zone_ids
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end
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def occupied_zone_ids
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occupied_zones.map(&:id)
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end
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def occupied_zones
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zone_ids = swf_assets.map(&:zone_id).uniq
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Zone.find(zone_ids)
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end
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def affected_zones
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restricted_zones + occupied_zones
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end
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def update_cached_fields
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# First, clear out some cached instance variables we use for performance,
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# to ensure we recompute the latest values.
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@predicted_body_ids = nil
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@predicted_missing_body_ids = nil
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# We also need to reload our associations, so they include any new records.
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swf_assets.reload
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# Finally, compute and save our cached fields.
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self.cached_occupied_zone_ids = occupied_zone_ids
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self.cached_compatible_body_ids = compatible_body_ids(use_cached: false)
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self.cached_predicted_fully_modeled =
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predicted_fully_modeled?(use_cached: false)
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self.save!
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end
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def species_support_ids
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@species_support_ids_array ||= read_attribute('species_support_ids').split(',').map(&:to_i) rescue nil
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end
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def species_support_ids=(replacement)
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@species_support_ids_array = nil
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replacement = replacement.join(',') if replacement.is_a?(Array)
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write_attribute('species_support_ids', replacement)
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end
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def predicted_body_ids
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@predicted_body_ids ||= if compatible_body_ids.include?(0)
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# Oh, look, it's already known to fit everybody! Sweet. We're done. (This
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# isn't folded into the case below, in case this item somehow got a
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# body-specific and non-body-specific asset. In all the cases I've seen
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# it, that indicates a glitched item, but this method chooses to reflect
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# behavior elsewhere in the app by saying that we can put this item on
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# anybody. (Heh. Any body.))
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compatible_body_ids
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elsif compatible_body_ids.size == 1
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# This might just be a species-specific item. Let's be conservative in
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# our prediction, though we'll revise it if we see another body ID.
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compatible_body_ids
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elsif compatible_body_ids.size == 0
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# If somehow we have this item, but not any modeling data for it (weird!),
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# consider it to fit all standard pet types until shown otherwise.
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PetType.basic.released_before(released_at_estimate).
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distinct.pluck(:body_id).sort
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else
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# First, find our compatible pet types, then pair each body ID with its
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# color. (As an optimization, we omit standard colors, other than the
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# basic colors. We also flatten the basic colors into the single color
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# ID "basic", so we can treat them specially.)
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compatible_pairs = compatible_pet_types.joins(:color).
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merge(Color.nonstandard.or(Color.basic)).
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distinct.pluck(
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Arel.sql("IF(colors.basic, 'basic', colors.id)"), :body_id)
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# Group colors by body, to help us find bodies unique to certain colors.
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compatible_color_ids_by_body_id = {}.tap do |h|
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compatible_pairs.each do |(color_id, body_id)|
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h[body_id] ||= []
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h[body_id] << color_id
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end
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end
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# Find non-basic colors with at least one unique compatible body. (This
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# means we'll ignore e.g. the Maraquan Mynci, which has the same body as
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# the Blue Mynci, as not indicating Maraquan compatibility in general.)
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modelable_color_ids =
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compatible_color_ids_by_body_id.
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filter { |k, v| v.size == 1 && v.first != "basic" }.
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values.map(&:first).uniq
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# We can model on basic pets (perhaps in addition to the above) if we
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# find at least one compatible basic body that doesn't *also* fit any of
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# the modelable colors we identified above.
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basic_is_modelable =
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compatible_color_ids_by_body_id.values.
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any? { |v| v.include?("basic") && (v & modelable_color_ids).empty? }
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# Filter to pet types that match the colors that seem compatible.
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predicted_pet_types =
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(basic_is_modelable ? PetType.basic : PetType.none).
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or(PetType.where(color_id: modelable_color_ids))
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# Only include species that were released when this item was. If we don't
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# know our creation date (we don't have it for some old records), assume
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# it's pretty old.
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predicted_pet_types.merge! PetType.released_before(released_at_estimate)
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# Get all body IDs for the pet types we decided are modelable.
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predicted_pet_types.distinct.pluck(:body_id).sort
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end
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end
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def predicted_missing_body_ids
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@predicted_missing_body_ids ||= predicted_body_ids - compatible_body_ids
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end
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def predicted_missing_standard_body_ids_by_species_id
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@predicted_missing_standard_body_ids_by_species_id ||=
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PetType.select('DISTINCT body_id, species_id').
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joins(:color).
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where(body_id: predicted_missing_body_ids,
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colors: {standard: true}).
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inject({}) { |h, pt| h[pt.species_id] = pt.body_id; h }
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end
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def predicted_missing_standard_body_ids_by_species
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species = Species.where(id: predicted_missing_standard_body_ids_by_species_id.keys)
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species_by_id = species.inject({}) { |h, s| h[s.id] = s; h }
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predicted_missing_standard_body_ids_by_species_id.inject({}) { |h, (sid, bid)|
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h[species_by_id[sid]] = bid; h }
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end
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def predicted_missing_nonstandard_body_pet_types
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body_ids = predicted_missing_body_ids - PetType.basic_body_ids
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PetType.joins(:color).where(body_id: body_ids, colors: {standard: false})
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end
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def predicted_missing_nonstandard_body_ids_by_species_by_color
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pet_types = predicted_missing_nonstandard_body_pet_types
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species_by_id = {}
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Species.find(pet_types.map(&:species_id)).each do |species|
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species_by_id[species.id] = species
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end
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colors_by_id = {}
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Color.find(pet_types.map(&:color_id)).each do |color|
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colors_by_id[color.id] = color
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end
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body_ids_by_species_by_color = {}
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pet_types.each do |pt|
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color = colors_by_id[pt.color_id]
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body_ids_by_species_by_color[color] ||= {}
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body_ids_by_species_by_color[color][species_by_id[pt.species_id]] = pt.body_id
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end
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body_ids_by_species_by_color
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end
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def predicted_fully_modeled?(use_cached: true)
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return cached_predicted_fully_modeled? if use_cached
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predicted_missing_body_ids.empty?
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end
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def predicted_modeled_ratio
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compatible_body_ids.size.to_f / predicted_body_ids.size
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end
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# We estimate the item's release time as either when we first saw it, or 2010
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# if it's so old that we don't have a record.
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def released_at_estimate
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created_at || Time.new(2010)
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end
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def as_json(options={})
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super({
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only: [:id, :name, :description, :thumbnail_url, :rarity_index],
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methods: [:zones_restrict],
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}.merge(options))
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end
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def compatible_body_ids(use_cached: true)
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return cached_compatible_body_ids if use_cached
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swf_assets.map(&:body_id).uniq
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end
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def compatible_pet_types
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return PetType.all if compatible_body_ids.include?(0)
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PetType.where(body_id: compatible_body_ids)
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end
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def handle_assets!
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if @parent_swf_asset_relationships_to_update && @current_body_id
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new_swf_asset_ids = @parent_swf_asset_relationships_to_update.map(&:swf_asset_id)
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rels = ParentSwfAssetRelationship.arel_table
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swf_assets = SwfAsset.arel_table
|
|
|
|
# If a relationship used to bind an item and asset for this body type,
|
|
# but doesn't in this sample, the two have been unbound. Delete the
|
|
# relationship.
|
|
ids_to_delete = self.parent_swf_asset_relationships.
|
|
select(rels[:id]).
|
|
joins(:swf_asset).
|
|
where(rels[:swf_asset_id].not_in(new_swf_asset_ids)).
|
|
where(swf_assets[:body_id].in([@current_body_id, 0])).
|
|
map(&:id)
|
|
|
|
unless ids_to_delete.empty?
|
|
ParentSwfAssetRelationship.where(:id => ids_to_delete).delete_all
|
|
end
|
|
|
|
@parent_swf_asset_relationships_to_update.each do |rel|
|
|
rel.save!
|
|
rel.swf_asset.save!
|
|
end
|
|
end
|
|
end
|
|
|
|
def body_specific?
|
|
# If there are species support IDs (it's not empty), the item is
|
|
# body-specific. If it's empty, it fits everyone the same.
|
|
explicitly_body_specific? || !species_support_ids.empty?
|
|
end
|
|
|
|
def add_origin_registry_info(info, locale)
|
|
# bear in mind that numbers from registries are floats
|
|
species_support_strs = info['species_support'] || []
|
|
self.species_support_ids = species_support_strs.map(&:to_i)
|
|
|
|
# NOTE: If some of these fields are missing, it could cause saving the item
|
|
# to fail, because many of these columns are non-nullable.
|
|
self.name = info['name']
|
|
self.description = info['description']
|
|
self.thumbnail_url = info['thumbnail_url']
|
|
self.category = info['category']
|
|
self.type = info['type']
|
|
self.rarity = info['rarity']
|
|
self.rarity_index = info['rarity_index'].to_i
|
|
self.price = info['price'].to_i
|
|
self.weight_lbs = info['weight_lbs'].to_i
|
|
self.zones_restrict = info['zones_restrict']
|
|
end
|
|
|
|
def pending_swf_assets
|
|
@parent_swf_asset_relationships_to_update.inject([]) do |all_swf_assets, relationship|
|
|
all_swf_assets << relationship.swf_asset
|
|
end
|
|
end
|
|
|
|
def parent_swf_asset_relationships_to_update=(rels)
|
|
@parent_swf_asset_relationships_to_update = rels
|
|
end
|
|
|
|
# NOTE: Adding the JSON serializer makes `as_json` treat this like a model
|
|
# instead of like a hash, so you can target its children with things like
|
|
# the `include` option. This feels clunky though, I wish I had something a
|
|
# bit more suited to it!
|
|
Appearance = Struct.new(:item, :body, :swf_assets) do
|
|
include ActiveModel::Serializers::JSON
|
|
delegate :present?, :empty?, to: :swf_assets
|
|
delegate :species, :fits?, :fits_all?, to: :body
|
|
|
|
def attributes
|
|
{item:, body:, swf_assets:}
|
|
end
|
|
|
|
def html5?
|
|
swf_assets.all?(&:html5?)
|
|
end
|
|
|
|
def occupied_zone_ids
|
|
swf_assets.map(&:zone_id).uniq.sort
|
|
end
|
|
|
|
def restricted_zone_ids
|
|
return [] if empty?
|
|
([item] + swf_assets).map(&:restricted_zone_ids).flatten.uniq.sort
|
|
end
|
|
end
|
|
Appearance::Body = Struct.new(:id, :species) do
|
|
include ActiveModel::Serializers::JSON
|
|
def attributes
|
|
{id:, species:}
|
|
end
|
|
|
|
def fits_all?
|
|
id == 0
|
|
end
|
|
|
|
def fits?(target)
|
|
fits_all? || target.body_id == id
|
|
end
|
|
end
|
|
|
|
def appearances
|
|
@appearances ||= build_appearances
|
|
end
|
|
|
|
def build_appearances
|
|
all_swf_assets = swf_assets.to_a
|
|
|
|
# If there are no assets yet, there are no appearances.
|
|
return [] if all_swf_assets.empty?
|
|
|
|
# Get all SWF assets, and separate the ones that fit everyone (body_id=0).
|
|
swf_assets_by_body_id = all_swf_assets.group_by(&:body_id)
|
|
swf_assets_for_all_bodies = swf_assets_by_body_id.delete(0) || []
|
|
|
|
# If there are no body-specific assets, return one appearance for them all.
|
|
if swf_assets_by_body_id.empty?
|
|
body = Appearance::Body.new(0, nil)
|
|
return [Appearance.new(self, body, swf_assets_for_all_bodies)]
|
|
end
|
|
|
|
# Otherwise, create an appearance for each real (nonzero) body ID. We don't
|
|
# generally expect body_id = 0 and body_id != 0 to mix, but if they do,
|
|
# uhh, let's merge the body_id = 0 ones in?
|
|
species_by_body_id = Species.with_body_ids(swf_assets_by_body_id.keys)
|
|
swf_assets_by_body_id.map do |body_id, body_specific_assets|
|
|
swf_assets_for_body = body_specific_assets + swf_assets_for_all_bodies
|
|
body = Appearance::Body.new(body_id, species_by_body_id[body_id])
|
|
Appearance.new(self, body, swf_assets_for_body)
|
|
end
|
|
end
|
|
|
|
def appearance_for(target, ...)
|
|
Item.appearances_for([self], target, ...)[id]
|
|
end
|
|
|
|
def appearances_by_occupied_zone_id
|
|
{}.tap do |h|
|
|
appearances.each do |appearance|
|
|
appearance.occupied_zone_ids.each do |zone_id|
|
|
h[zone_id] ||= []
|
|
h[zone_id] << appearance
|
|
end
|
|
end
|
|
end
|
|
end
|
|
|
|
def appearances_by_occupied_zone
|
|
zones_by_id = occupied_zones.to_h { |z| [z.id, z] }
|
|
appearances_by_occupied_zone_id.transform_keys { |zid| zones_by_id[zid] }
|
|
end
|
|
|
|
# Given a list of items, return how they look on the given target (either a
|
|
# pet type or an alt style).
|
|
def self.appearances_for(items, target, swf_asset_includes: [])
|
|
# First, load all the relationships for these items that also fit this
|
|
# body.
|
|
relationships = ParentSwfAssetRelationship.
|
|
includes(swf_asset: swf_asset_includes).
|
|
where(parent_type: "Item", parent_id: items.map(&:id)).
|
|
where(swf_asset: {body_id: [target.body_id, 0]})
|
|
|
|
pet_type_body = Appearance::Body.new(target.body_id, target.species)
|
|
all_pets_body = Appearance::Body.new(0, nil)
|
|
|
|
# Then, convert this into a hash from item ID to SWF assets.
|
|
assets_by_item_id = relationships.group_by(&:parent_id).
|
|
transform_values { |rels| rels.map(&:swf_asset) }
|
|
|
|
# Finally, for each item, return an appearance—even if it's empty!
|
|
items.to_h do |item|
|
|
assets = assets_by_item_id.fetch(item.id, [])
|
|
|
|
fits_all_pets = assets.present? && assets.all? { |a| a.body_id == 0 }
|
|
body = fits_all_pets ? all_pets_body : pet_type_body
|
|
|
|
[item.id, Appearance.new(item, body, assets)]
|
|
end
|
|
end
|
|
|
|
def self.all_by_ids_or_children(ids, swf_assets)
|
|
swf_asset_ids = []
|
|
swf_assets_by_id = {}
|
|
swf_assets_by_parent_id = {}
|
|
swf_assets.each do |swf_asset|
|
|
id = swf_asset.id
|
|
swf_assets_by_id[id] = swf_asset
|
|
swf_asset_ids << id
|
|
end
|
|
SwfAsset.object_assets.joins(:parent_swf_asset_relationships).
|
|
where(SwfAsset.arel_table[:id].in(swf_asset_ids)).select([
|
|
SwfAsset.arel_table[:id],
|
|
ParentSwfAssetRelationship.arel_table[:parent_id]
|
|
]).each do |row|
|
|
item_id = row.parent_id.to_i
|
|
swf_assets_by_parent_id[item_id] ||= []
|
|
swf_assets_by_parent_id[item_id] << swf_assets_by_id[row.id.to_i]
|
|
ids << item_id
|
|
end
|
|
find(ids).tap do |items|
|
|
items.each do |item|
|
|
swf_assets = swf_assets_by_parent_id[item.id]
|
|
if swf_assets
|
|
swf_assets.each do |swf_asset|
|
|
swf_asset.item = item
|
|
end
|
|
end
|
|
end
|
|
end
|
|
end
|
|
|
|
def self.preload_nc_trade_values(items)
|
|
# Only allow 10 trade values to be loaded at a time.
|
|
barrier = Async::Barrier.new
|
|
semaphore = Async::Semaphore.new(10, parent: barrier)
|
|
|
|
Sync do
|
|
# Load all the trade values in concurrent async tasks. (The
|
|
# `nc_trade_value` caches the value in the Item object.)
|
|
items.each do |item|
|
|
semaphore.async { item.nc_trade_value }
|
|
end
|
|
|
|
# Wait until all tasks are done.
|
|
barrier.wait
|
|
ensure
|
|
barrier.stop # If something goes wrong, clean up all tasks.
|
|
end
|
|
|
|
items
|
|
end
|
|
|
|
def self.collection_from_pet_type_and_registries(pet_type, info_registry, asset_registry, scope=Item.all)
|
|
# bear in mind that registries are arrays with many nil elements,
|
|
# due to how the parser works
|
|
|
|
# Collect existing items
|
|
items = {}
|
|
item_ids = []
|
|
info_registry.each do |item_id, info|
|
|
if info && info[:is_compatible]
|
|
item_ids << item_id.to_i
|
|
end
|
|
end
|
|
|
|
# Collect existing relationships
|
|
existing_relationships_by_item_id_and_swf_asset_id = {}
|
|
existing_items = scope.where(id: item_ids).
|
|
includes(:parent_swf_asset_relationships)
|
|
existing_items.each do |item|
|
|
items[item.id] = item
|
|
relationships_by_swf_asset_id = {}
|
|
item.parent_swf_asset_relationships.each do |relationship|
|
|
relationships_by_swf_asset_id[relationship.swf_asset_id] = relationship
|
|
end
|
|
existing_relationships_by_item_id_and_swf_asset_id[item.id] =
|
|
relationships_by_swf_asset_id
|
|
end
|
|
|
|
# Collect existing assets
|
|
swf_asset_ids = []
|
|
asset_registry.each do |asset_id, asset_data|
|
|
swf_asset_ids << asset_id.to_i if asset_data
|
|
end
|
|
existing_swf_assets = SwfAsset.object_assets.includes(:zone).
|
|
where(remote_id: swf_asset_ids)
|
|
existing_swf_assets_by_remote_id = {}
|
|
existing_swf_assets.each do |swf_asset|
|
|
existing_swf_assets_by_remote_id[swf_asset.remote_id] = swf_asset
|
|
end
|
|
|
|
# With each asset in the registry,
|
|
relationships_by_item_id = {}
|
|
asset_registry.each do |asset_id, asset_data|
|
|
if asset_data
|
|
# Build and update the item
|
|
item_id = asset_data[:obj_info_id].to_i
|
|
next unless item_ids.include?(item_id) # skip incompatible (Uni Bug)
|
|
item = items[item_id]
|
|
unless item
|
|
item = Item.new
|
|
item.id = item_id
|
|
items[item_id] = item
|
|
end
|
|
item.add_origin_registry_info info_registry[item.id.to_s], I18n.default_locale
|
|
item.current_body_id = pet_type.body_id
|
|
|
|
# Build and update the SWF
|
|
swf_asset_remote_id = asset_data[:asset_id].to_i
|
|
swf_asset = existing_swf_assets_by_remote_id[swf_asset_remote_id]
|
|
unless swf_asset
|
|
swf_asset = SwfAsset.new
|
|
swf_asset.remote_id = swf_asset_remote_id
|
|
end
|
|
swf_asset.origin_object_data = asset_data
|
|
swf_asset.origin_pet_type = pet_type
|
|
swf_asset.item = item
|
|
|
|
# Build and update the relationship
|
|
relationship = existing_relationships_by_item_id_and_swf_asset_id[item.id][swf_asset.id] rescue nil
|
|
unless relationship
|
|
relationship = ParentSwfAssetRelationship.new
|
|
relationship.parent = item
|
|
end
|
|
relationship.swf_asset = swf_asset
|
|
relationships_by_item_id[item_id] ||= []
|
|
relationships_by_item_id[item_id] << relationship
|
|
end
|
|
end
|
|
|
|
# Set up the relationships to be updated on item save
|
|
relationships_by_item_id.each do |item_id, relationships|
|
|
items[item_id].parent_swf_asset_relationships_to_update = relationships
|
|
end
|
|
|
|
items.values
|
|
end
|
|
end
|