Module: Brick

Defined in:
lib/brick/util.rb,
lib/brick.rb,
lib/brick/config.rb,
lib/brick/join_array.rb,
lib/brick/route_mapper.rb,
lib/brick/reflect_tables.rb,
lib/brick/version_number.rb,
lib/brick/serializers/json.rb,
lib/brick/serializers/yaml.rb,
lib/brick/frameworks/cucumber.rb,
lib/brick/frameworks/rails/engine.rb,
lib/generators/brick/seeds_generator.rb,
lib/generators/brick/models_generator.rb,
lib/generators/brick/install_generator.rb,
lib/generators/brick/migration_builder.rb,
lib/generators/brick/salesforce_schema.rb,
lib/generators/brick/migrations_generator.rb,
lib/generators/brick/controllers_generator.rb,
lib/generators/brick/salesforce_migrations_generator.rb,
lib/brick/extensions.rb,
lib/brick/extensions.rb

Overview

:nodoc:

Defined Under Namespace

Modules: Cucumber, Extensions, MigrationBuilder, Rails, RouteMapper, RouteSet, Serializers, Util, VERSION Classes: Config, ControllersGenerator, InstallGenerator, JoinArray, JoinHash, MigrationsGenerator, ModelsGenerator, SalesforceMigrationsGenerator, SalesforceSchema, SeedsGenerator

Constant Summary collapse

ALL_API_ACTIONS = 
[:index, :show, :create, :update, :destroy]
CURRENCY_SYMBOLS = 
'$£¢₵€₠ƒ¥₿₩₪₹₫₴₱₲₳₸₺₼₽៛₡₢₣₤₥₦₧₨₭₮₯₰₶₷₻₾'
ADD_CONST_MISSING = 
lambda do
  return if @_brick_const_missing_done

  @_brick_const_missing_done = true
  alias _brick_const_missing const_missing
  def const_missing(*args)
    requested = args.first.to_s
    is_controller = requested.end_with?('Controller')
    # self.name is nil when a model name is requested in an .erb file
    if self.name && ::Brick.config.path_prefix
      split_self_name.shift if (split_self_name = self.name.split('::')).first.blank?
      # Asking for the prefix module?
      camelize_prefix = ::Brick.config.path_prefix.camelize
      if self == Object && requested == camelize_prefix
        Object.const_set(args.first, (built_module = Module.new))
        puts "module #{camelize_prefix}; end\n"
        return built_module
      elsif module_parent == Object && self.name == camelize_prefix ||
            module_parent.name == camelize_prefix && module_parent.module_parent == Object
        split_self_name.shift # Remove the identified path prefix from the split name
        is_brick_prefix = true
        if is_controller
          brick_root = split_self_name.empty? ? self : camelize_prefix.constantize
        end
      end
    end
    base_module = if self < ActiveRecord::Migration || !self.name
                    brick_root || Object
                  # elsif split_self_name&.length&.> 1 # Classic mode
                  #   begin
                  #     base = self
                  #     unless (base_goal = requested.split('::')[0..-2].join('::')).empty?
                  #       base = base.parent while base.name != base_goal && base != Object
                  #     end
                  #     binding.pry
                  #     return base._brick_const_missing(*args)

                  #   rescue NameError # %%% Avoid the error "____ cannot be autoloaded from an anonymous class or module"
                  #     return self.const_get(args.first) if self.const_defined?(args.first)

                  #     # unless self == (prnt = (respond_to?(:parent) ? parent : module_parent))
                  #     unless self == Object
                  #       begin
                  #         return Object._brick_const_missing(*args)

                  #       rescue NameError
                  #         return Object.const_get(args.first) if Object.const_defined?(args.first)

                  #       end
                  #     end
                  #   end
                  #   Object
                  else
                    sti_base = (::Brick.config.sti_namespace_prefixes&.fetch("::#{name}::#{requested}", nil) ||
                                ::Brick.config.sti_namespace_prefixes&.fetch("::#{name}::", nil))&.constantize
                    self
                  end
    # puts "#{self.name} - #{args.first}"
    # Unless it's a Brick prefix looking for a TNP that should create a module ...
    relations = ::Brick.relations
    unless (is_tnp_module = (is_brick_prefix && !is_controller && ::Brick.config.table_name_prefixes.values.include?(requested)))
      # ... first look around for an existing module or class.
      desired_classname = (self == Object || !name) ? requested : "#{name}::#{requested}"
      if (self.const_defined?(args.first) && (possible = self.const_get(args.first)) &&
          # Reset `possible` if it's a controller request that's not a perfect match
          # Was:  (possible = nil)  but changed to #local_variable_set in order to suppress the "= should be ==" warning
          (possible&.name == desired_classname || (is_controller && binding.local_variable_set(:possible, nil)))) ||

         # Try to require the respective Ruby file
         # ((filename = ActiveSupport::Dependencies.search_for_file(desired_classname.underscore)) &&
         #  (require_dependency(filename) || true) &&
         (!anonymous? &&
          (filename = ActiveSupport::Dependencies.search_for_file(desired_classname.underscore) ||
                      (self != Object && ActiveSupport::Dependencies.search_for_file((desired_classname = requested).underscore))
          ) && (require_dependency(filename) || true) &&
          (filename != Module.instance_variable_get(:@_brick_last_filename) || # Avoid trying the same exact file twice in a row
           Module.instance_variable_set(:@_brick_last_filename, nil)) &&
           Module.instance_variable_set(:@_brick_last_filename, filename) &&

          (possible = self.const_get(args.first)) && possible.name == desired_classname
         ) ||

         # If any class has turned up so far (and we're not in the middle of eager loading)
         # then return what we've found.
         (possible&.module_parent == base_module && !::Brick.is_eager_loading) # Used to also have:   && possible != self
        if ((!brick_root && (filename || possible.instance_of?(Class))) ||
            (possible.instance_of?(Module) && possible&.module_parent == self) ||
            (possible.instance_of?(Class) && possible == self)) && # Are we simply searching for ourselves?
           # Skip when what we found as `possible` is not related to the base class of an STI model
           (!sti_base || possible.is_a?(sti_base))
          # if possible.is_a?(ActiveRecord::Base) && !possible.abstract_class? && (pk = possible.primary_key) &&
          #    !(relation = relations.fetch(possible.table_name, nil))&.fetch(:pks, nil)
          #   binding.pry
          #   x = 5
          # end
          return possible
        end
      end
      Module.instance_variable_set(:@_brick_last_filename, nil) # Clear out the check for trying the same exact file twice in a row
    end
    class_name = ::Brick.namify(requested)
    is_avo_present = Object.const_defined?('Avo') && ::Avo.respond_to?(:railtie_namespace)
    #        CONTROLLER
    result = if ::Brick.enable_controllers? &&
                is_controller && (plural_class_name = class_name[0..-11]).length.positive?
               # Otherwise now it's up to us to fill in the gaps
               controller_class_name = +''
               full_class_name = +''
               unless self == Object || (is_avo_present && self.name == 'Avo')
                 controller_class_name << ((split_self_name&.first && split_self_name.join('::')) || self.name)
                 full_class_name << "::#{controller_class_name}"
                 controller_class_name << '::'
               end
               # (Go over to underscores for a moment so that if we have something come in like VABCsController then the model name ends up as
               # Vabc instead of VABC)
               singular_class_name = ::Brick.namify(plural_class_name, :underscore).singularize.camelize
               full_class_name << "::#{singular_class_name}"
               skip_controller = nil
               begin
                 if plural_class_name == 'BrickOpenapi' ||
                    (
                      (::Brick.config.add_status || ::Brick.config.add_orphans) &&
                      plural_class_name == 'BrickGem'
                    # Was:  ) || (model = self.const_get(full_class_name))
                    ) || (model = Object.const_get(full_class_name))
                   # puts "#{self.name} - #{full_class_name}"

                   # In the very rare case that we've picked up a MODULE which has the same name as what would be the
                   # resource's MODEL name, just build out an appropriate auto-model on-the-fly. (RailsDevs code has this in PayCustomer.)
                   # %%% We don't yet display the code for this new model
                   if model && !model.is_a?(Class)
                     model, _code = Object.send(:build_model, relations, model.module_parent, model.module_parent.name, singular_class_name)
                   end
                 end
               rescue NameError # If the const_get for the model has failed...
                 skip_controller = true
                 # ... then just fall through and allow it to fail when trying to load the ____Controller class normally.
               end
               unless skip_controller
                 Object.send(:build_controller, self, class_name, plural_class_name, model, relations)
               end

             # MODULE
             elsif (::Brick.enable_models? || ::Brick.enable_controllers?) && # Schema match?
                   # %%% This works for Person::Person -- but also limits us to not being able to allow more than one level of namespacing
                   (base_module == Object || (camelize_prefix && base_module == Object.const_get(camelize_prefix))) &&
                   (schema_name = [(singular_table_name = class_name.underscore),
                                   (table_name = singular_table_name.pluralize),
                                   ::Brick.is_oracle ? class_name.upcase : class_name,
                                   (plural_class_name = class_name.pluralize)].find { |s| Brick.db_schemas&.include?(s) }&.camelize ||
                                  (::Brick.config.sti_namespace_prefixes&.key?("::#{class_name}::") && class_name) ||
                                  (::Brick.config.table_name_prefixes&.values&.include?(class_name) && class_name))
               return self.const_get(schema_name) if self.const_defined?(schema_name) &&
                                                     (!is_tnp_module || self.const_get(schema_name).is_a?(Class))

               # Build out a module for the schema if it's namespaced
               # schema_name = schema_name.camelize
               base_module.const_set(schema_name.to_sym, (built_module = Module.new))
               [built_module, "module #{schema_name}; end\n"]
               # %%% Perhaps an option to use the first module just as schema, and additional modules as namespace with a table name prefix applied

             # MODULE (overrides from "treat_as_module")
             elsif (::Brick.enable_models? || ::Brick.enable_controllers?) &&
                   (possible_module = (base_module == Object ? '' : "#{base_module.name}::") + class_name) &&
                   ::Brick.config.treat_as_module.include?(possible_module)
               base_module.const_set(class_name.to_sym, (built_module = Module.new))
               [built_module, "module #{possible_module}; end\n"]

             # AVO 2.x Resource
             elsif base_module == Object && is_avo_present && requested.end_with?('Resource') &&
                   # Expect that anything called MotorResource or SpinaResource could be from those administrative gems
                   requested.length > 8 && ['MotorResource', 'SpinaResource'].exclude?(requested) &&
                   (model = Object.const_get(requested[0..-9])) && model < ActiveRecord::Base
               built_resource = Class.new(Avo::BaseResource) do
                 self.model_class = model
                 self.title = :brick_descrip
                 self.includes = []
                 ::Brick::ADD_AVO_FIELDS.call(self, model)
               end
               base_module.const_set(requested.to_sym, built_resource)
               [built_resource, nil]

             # AVO 3.x Resource
             elsif is_avo_present && self.name == 'Avo::Resources' &&
                   (model = begin
                              (model = Object.const_get(requested)) && model < ActiveRecord::Base
                              model
                            rescue
                            end)
               [::Brick.avo_3x_resource(model, requested), nil]

             # MODEL
             elsif ::Brick.enable_models?
               # Avo sometimes tries to find a model class inside of the Avo namespace
               if is_avo_present && self.name == 'Avo'
                 name = (base_module = Object).name
               end
               name ||= base_module.name
               # Custom inheritable Brick base model?
               class_name = (inheritable_name = class_name)[5..-1] if class_name.start_with?('Brick')
               Object.send(:build_model, relations, base_module, name, class_name, inheritable_name)
             end
    if result
      built_class, code = result
      puts "\n#{code}\n" if code
      built_class
    elsif !schema_name && ::Brick.config.sti_namespace_prefixes&.key?("::#{class_name}")
#         module_prefixes = type_name.split('::')
#         path = base_module.name.split('::')[0..-2] + []
#         module_prefixes.unshift('') unless module_prefixes.first.blank?
#         candidate_file = ::Rails.root.join('app/models' + module_prefixes.map(&:underscore).join('/') + '.rb')
      base_module._brick_const_missing(*args)
    # elsif base_module != Object
    #   module_parent.const_missing(*args)
    elsif Object.const_defined?('Rails') && ::Rails.respond_to?(:autoloaders) && # After finding nothing else, if Zeitwerk is enabled ...
          (Rails::Autoloaders.respond_to?(:zeitwerk_enabled?) ? Rails::Autoloaders.zeitwerk_enabled? : true)
      self._brick_const_missing(*args) # ... rely solely on Zeitwerk.
    else # Classic mode
      unless (found = base_module._brick_const_missing(*args))
        puts "MISSING! #{base_module.name} #{args.inspect} #{table_name}"
      end
      found
    end
  end

  # Support Rails < 6.0 which adds #parent instead of #module_parent
  unless respond_to?(:module_parent)
    def module_parent # Weirdly for Grape::API does NOT come in with the proper class, but some anonymous Class thing
      parent
    end
  end
end
ADD_AVO_FIELDS = 
lambda do |obj, model|
  require 'generators/avo/resource_generator'
  field_generator = Generators::Avo::ResourceGenerator.new([''])
  field_generator.instance_variable_set(:@model, model)
  flds = field_generator.send(:generate_fields)&.split("\n")
                        &.each_with_object([]) do |f, s|
                          if (f = f.strip).start_with?('field ')
                            f = f[6..-1].split(',')
                            s << [f.first[1..-1].to_sym, [f[1][1..-1].split(': :').map(&:to_sym)].to_h]
                          end
                        end || []
  if (!model.is_view? && mod_pk = model.primary_key)
    obj.field((mod_pk.is_a?(Array) ? mod_pk.first : mod_pk).to_sym, **{ as: :id })
  end
  # Create a call such as:  field :name, as: :text
  flds.each do |f|
    # Add proper types if this is a polymorphic belongs_to
    if f.last == { as: :belongs_to } &&
       (fk = ::Brick.relations[model.table_name][:fks].find { |k, v| v[:assoc_name] == f.first.to_s }) &&
       fk.last.fetch(:polymorphic, nil)
      poly_types = fk.last.fetch(:inverse_table, nil)&.each_with_object([]) do |poly_table, s|
        s << Object.const_get(::Brick.relations[poly_table][:class_name])
      end
      if poly_types.present?
        f.last[:polymorphic_as] = f.first
        f.last[:types] = poly_types
      end
    end
    kwargs = f.last.is_a?(Hash) ? f.pop : {}
    obj.send(:field, *f, **kwargs)
  end
end

Class Attribute Summary collapse

Class Method Summary collapse

Class Attribute Details

.auto_models ⇒ Object

Returns the value of attribute auto_models.



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# File 'lib/brick.rb', line 110

def auto_models
  @auto_models
end

.db_schemas ⇒ Object

Returns the value of attribute db_schemas.



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# File 'lib/brick.rb', line 110

def db_schemas
  @db_schemas
end

.default_schema ⇒ Object

Returns the value of attribute default_schema.



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# File 'lib/brick.rb', line 110

def default_schema
  @default_schema
end

.established_drf ⇒ Object

Returns the value of attribute established_drf.



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# File 'lib/brick.rb', line 110

def established_drf
  @established_drf
end

.initializer_loaded ⇒ Object

Returns the value of attribute initializer_loaded.



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# File 'lib/brick.rb', line 110

def initializer_loaded
  @initializer_loaded
end

.is_eager_loading ⇒ Object

Returns the value of attribute is_eager_loading.



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# File 'lib/brick.rb', line 110

def is_eager_loading
  @is_eager_loading
end

.is_oracle ⇒ Object

Returns the value of attribute is_oracle.



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# File 'lib/brick.rb', line 110

def is_oracle
  @is_oracle
end

.routes_done ⇒ Object

Returns the value of attribute routes_done.



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# File 'lib/brick/route_mapper.rb', line 5

def routes_done
  @routes_done
end

.table_name_lookup ⇒ Object

Returns the value of attribute table_name_lookup.



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# File 'lib/brick.rb', line 110

def table_name_lookup
  @table_name_lookup
end

.test_schema ⇒ Object

Returns the value of attribute test_schema.



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# File 'lib/brick.rb', line 110

def test_schema
  @test_schema
end

Class Method Details

._add_bt_and_hm(fk, relations, polymorphic_class = nil, is_optional = false) ⇒ Object 



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# File 'lib/brick/extensions.rb', line 2891

def _add_bt_and_hm(fk, relations, polymorphic_class = nil, is_optional = false)
  bt_assoc_name = ::Brick.namify(fk[2].dup, :downcase)
  unless polymorphic_class
    bt_assoc_name = if bt_assoc_name.underscore.end_with?('_id')
                      bt_assoc_name[-3] == '_' ? bt_assoc_name[0..-4] : bt_assoc_name[0..-3]
                    elsif bt_assoc_name.downcase.end_with?('id') && bt_assoc_name.exclude?('_')
                      bt_assoc_name[0..-3] # Make the bold assumption that we can just peel off any final ID part
                    else
                      "#{bt_assoc_name}_bt"
                    end
  end
  bt_assoc_name = "#{bt_assoc_name}_" if bt_assoc_name == 'attribute'

  # %%% Temporary schema patch
  for_tbl = fk[1]
  fk_namified = ::Brick.namify(fk[1])
  fk[0] = ::Brick.apartment_default_tenant if ::Brick.is_apartment_excluded_table(fk_namified)
  fk[1] = "#{fk[0]}.#{fk[1]}" if fk[0] # && fk[0] != ::Brick.default_schema
  bts = (relation = relations.fetch(fk[1], nil))&.fetch(:fks) { relation[:fks] = {} }

  # %%% Do we miss out on has_many :through or even HM based on constantizing this model early?
  # Maybe it's already gotten this info because we got as far as to say there was a unique class
  primary_table = if (is_class = fk[4].is_a?(Hash) && fk[4].key?(:class))
                    pri_tbl = (primary_class = fk[4][:class].constantize).table_name
                    if (pri_tbl_parts = pri_tbl.split('.')).length > 1
                      fk[3] = pri_tbl_parts.first
                    end
                  else
                    is_schema = if ::Brick.config.schema_behavior[:multitenant]
                                  # If Apartment gem lists the primary table as being associated with a non-tenanted model
                                  # then use 'public' schema for the primary table
                                  if ::Brick.is_apartment_excluded_table(fk[4])
                                    fk[3] = ::Brick.apartment_default_tenant
                                    true
                                  end
                                else
                                  fk[3] && fk[3] != ::Brick.default_schema && fk[3] != 'public'
                                end
                    pri_tbl = fk[4]
                    is_schema ? "#{fk[3]}.#{pri_tbl}" : pri_tbl
                  end
  hms = (relation = relations.fetch(primary_table, nil))&.fetch(:fks) { relation[:fks] = {} } unless is_class

  unless fk[4]
    puts "WARNING:  Foreign key \"#{fk[5]}\" for \"#{"#{fk[0]}." if fk[0]}#{fk[1]}.#{fk[2]}\" does not reference a valid primary key or column(s) configured with a unique constraint."
    return
  end
  unless (cnstr_name = fk[5])
    # For any appended references (those that come from config), arrive upon a definitely unique constraint name
    pri_tbl = is_class ? fk[4][:class].underscore : pri_tbl
    pri_tbl = "#{bt_assoc_name}_#{pri_tbl}" if pri_tbl&.singularize != bt_assoc_name
    cnstr_name = ensure_unique(+"(brick) #{for_tbl}_#{pri_tbl}", nil, bts, hms)
    missing = []
    missing << fk[1] unless relations.key?(fk[1])
    missing << primary_table unless is_class || relations.key?(primary_table)
    unless missing.empty?
      tables = relations.reject { |_k, v| v.is_a?(Hash) && v.fetch(:isView, nil) }.keys
                        .select { |table_name| table_name.is_a?(String) }.sort
      puts "Brick: Additional reference #{fk.inspect} refers to non-existent #{'table'.pluralize(missing.length)} #{missing.join(' and ')}. (Available tables include #{tables.join(', ')}.)"
      return
    end
    unless (cols = relations[fk[1]][:cols]).key?(fk[2]) || (polymorphic_class && cols.key?("#{fk[2]}_id") && cols.key?("#{fk[2]}_type"))
      columns = cols.map { |k, v| "#{k} (#{v.first.split(' ').first})" }
      puts "Brick: Additional reference #{fk.inspect} refers to non-existent column #{fk[2]}. (Columns present in #{fk[1]} are #{columns.join(', ')}.)"
      return
    end
    if (redundant = bts.find { |_k, v| v[:inverse]&.fetch(:inverse_table, nil) == fk[1] && v[:fk] == fk[2] && v[:inverse_table] == primary_table })
      if is_class && !redundant.last.key?(:class)
        redundant.last[:primary_class] = primary_class # Round out this BT so it can find the proper :source for a HMT association that references an STI subclass
      else
        puts "Brick: Additional reference #{fk.inspect} is redundant and can be removed.  (Already established by #{redundant.first}.)"
      end
      return
    end
  end
  return unless bts # Rails 5.0 and older can have bts end up being nil

  if (assoc_bt = bts[cnstr_name])
    if polymorphic_class
      # Assuming same fk (don't yet support composite keys for polymorphics)
      assoc_bt[:inverse_table] << fk[4]
      assoc_bt[:polymorphic] << polymorphic_class
    else # Expect we could have a composite key going
      if assoc_bt[:fk].is_a?(String)
        assoc_bt[:fk] = [assoc_bt[:fk], fk[2]] unless fk[2] == assoc_bt[:fk]
      elsif assoc_bt[:fk].exclude?(fk[2])
        assoc_bt[:fk] << fk[2]
      end
      assoc_bt[:assoc_name] = "#{assoc_bt[:assoc_name]}_#{fk[2]}"
    end
  else
    inverse_table = [primary_table] if polymorphic_class
    assoc_bt = bts[cnstr_name] = { is_bt: true, fk: fk[2], assoc_name: bt_assoc_name, inverse_table: inverse_table || primary_table }
    assoc_bt[:optional] = true if (is_optional ||
                                   (is_optional.nil? && !relations[fk[1]][:cols][fk[2]][3])
                                  ) && ActiveRecord.version >= ::Gem::Version.new('5.0')
    assoc_bt[:polymorphic] = [polymorphic_class] if polymorphic_class
  end
  if is_class
    # For use in finding the proper :source for a HMT association that references an STI subclass
    assoc_bt[:primary_class] = primary_class
    # For use in finding the proper :inverse_of for a BT association that references an STI subclass
    # assoc_bt[:inverse_of] = primary_class.reflect_on_all_associations.find { |a| a.foreign_key == bt[1] }
  end

  return if is_class || ::Brick.config.exclude_hms&.any? { |exclusion| fk[1] == exclusion[0] && fk[2] == exclusion[1] && primary_table == exclusion[2] } || hms.nil?

  if (assoc_hm = hms.fetch((hm_cnstr_name = "hm_#{cnstr_name}"), nil))
    if assoc_hm[:fk].is_a?(String)
      assoc_hm[:fk] = [assoc_hm[:fk], fk[2]] unless fk[2] == assoc_hm[:fk]
    elsif assoc_hm[:fk].exclude?(fk[2])
      assoc_hm[:fk] << fk[2]
    end
    assoc_hm[:alternate_name] = "#{assoc_hm[:alternate_name]}_#{bt_assoc_name}" unless assoc_hm[:alternate_name] == bt_assoc_name
  else
    inv_tbl = if ::Brick.config.schema_behavior[:multitenant] && Object.const_defined?('Apartment') && fk[0] == ::Brick.apartment_default_tenant
                for_tbl
              else
                fk[1]
              end
    assoc_hm = hms[hm_cnstr_name] = { is_bt: false, fk: fk[2], assoc_name: fk_namified.pluralize, alternate_name: bt_assoc_name,
                                      inverse_table: inv_tbl, inverse: assoc_bt }
    assoc_hm[:polymorphic] = true if polymorphic_class
    hm_counts = relation.fetch(:hm_counts) { relation[:hm_counts] = {} }
    this_hm_count = hm_counts[fk[1]] = hm_counts.fetch(fk[1]) { 0 } + 1
  end
  assoc_bt[:inverse] = assoc_hm
end

._brick_index(tbl_name, mode = nil, separator = nil, relation = nil, not_path = nil) ⇒ Object 



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# File 'lib/brick/extensions.rb', line 3166

def _brick_index(tbl_name, mode = nil, separator = nil, relation = nil, not_path = nil)
  separator ||= '_'
  relation ||= ::Brick.relations.fetch(tbl_name, nil)
  if mode == :migration
    res_name = tbl_name
  else
    res_name = (tbl_name_parts = tbl_name.split('.'))[0..-2].first
    res_name << '.' if res_name
    (res_name ||= +'') << (relation&.fetch(:resource, nil) || tbl_name_parts.last)
  end

  res_parts = ((mode == :singular) ? res_name.singularize : res_name).split('.')
  res_parts.shift if ::Brick.apartment_multitenant && res_parts.length > 1 && res_parts.first == ::Brick.apartment_default_tenant
  index2 = []
  if ::Brick.config.path_prefix
    res_parts.unshift(::Brick.config.path_prefix)
    index2 << ::Brick.config.path_prefix
  end
  if (aps = relation&.fetch(:auto_prefixed_schema, nil)) # && res_parts.last.start_with?(aps)
    aps = aps[0..-2] if aps[-1] == '_'
    last_part = res_parts.last # [aps.length..-1]
    res_parts[-1] = aps
    res_parts << last_part
    index2 << aps
  end
  index = res_parts.map(&:underscore).join(separator)
  if separator == 'x'
    index = index.tr('_', 'x')
  else
    # Rails applies an _index suffix to that route when the resource name isn't something plural
    index << '_index' if mode != :singular && !not_path &&
                         index == (
                                    index2 + [relation[:class_name][(relation&.fetch(:auto_prefixed_class, nil)&.length&.+ 2) || 0..-1]&.underscore&.tr('/', '_') || '_']
                                  ).join(separator)
  end
  index
end

._class_pk(dotted_name, multitenant) ⇒ Object 



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# File 'lib/brick/extensions.rb', line 3211

def _class_pk(dotted_name, multitenant)
  Object.const_get((multitenant ? [dotted_name.split('.').last] : dotted_name.split('.')).map { |nm| "::#{nm.singularize.camelize}" }.join).primary_key
end

._find_csv_separator(stream, likely_separator) ⇒ Object 



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# File 'lib/brick.rb', line 860

def _find_csv_separator(stream, likely_separator)
  line = nil
  last_char = nil
  in_quotes = false
  ret = +''
  while true
    (line = stream.readline).each_char do |ch|
      likely_separator[ch] += 2 if !in_quotes && last_char == '"' && ch != "\n"
      if ch == '"'
        in_quotes = !in_quotes
        likely_separator[last_char] += 2 if in_quotes && last_char != "\n"
      end
      last_char = ch
    end
    ret << line
    break if !in_quotes || stream.eof?
  end
  likely_separator[line[0]] += 1
  likely_separator[line[-2]] += 1
  ret
end

.additional_references=(ars) ⇒ Object

Additional table associations to use (Think of these as virtual foreign keys perhaps)



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# File 'lib/brick.rb', line 489

def additional_references=(ars)
  if ars
    ars = ars.call if ars.is_a?(Proc)
    ars = ars.to_a unless ars.is_a?(Array)
    ars = [ars] unless ars.empty? || ars.first.is_a?(Array)
    Brick.config.additional_references = ars
  end
end

.always_load_fields=(field_set) ⇒ Object 



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# File 'lib/brick.rb', line 633

def always_load_fields=(field_set)
  Brick.config.always_load_fields = field_set
end

.apartment_default_tenant ⇒ Object 



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# File 'lib/brick.rb', line 178

def apartment_default_tenant
  Apartment.default_tenant || 'public'
end

.apartment_multitenant ⇒ Object 



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# File 'lib/brick.rb', line 171

def apartment_multitenant
  if @apartment_multitenant.nil?
    @apartment_multitenant = ::Brick.config.schema_behavior[:multitenant] && Object.const_defined?('Apartment')
  end
  @apartment_multitenant
end

.api_filter ⇒ Object 



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# File 'lib/brick.rb', line 442

def api_filter
  Brick.config.api_filter
end

.api_filter=(proc) ⇒ Object 



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# File 'lib/brick.rb', line 437

def api_filter=(proc)
  Brick.config.api_filter = proc
end

.api_root=(path) ⇒ Object 



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# File 'lib/brick.rb', line 422

def api_root=(path)
  Brick.config.api_roots = [path]
end

.api_roots ⇒ Object 



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# File 'lib/brick.rb', line 432

def api_roots
  Brick.config.api_roots
end

.api_roots=(paths) ⇒ Object 



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# File 'lib/brick.rb', line 427

def api_roots=(paths)
  Brick.config.api_roots = paths
end

.apply_double_underscore_patch ⇒ Object 



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# File 'lib/brick.rb', line 822

def apply_double_underscore_patch
  unless @double_underscore_applied
    # Same as normal #camelize and #underscore, just that double-underscores turn into a single underscore
    ActiveSupport::Inflector.class_eval do
      def camelize(term, uppercase_first_letter = true)
        strings = term.to_s.split('__').map do |string|
          # String#camelize takes a symbol (:upper or :lower), so here we also support :lower to keep the methods consistent.
          if !uppercase_first_letter || uppercase_first_letter == :lower
            string = string.sub(inflections.acronyms_camelize_regex) { |match| match.downcase! || match }
          else
            string = string.sub(/^[a-z\d]*/) { |match| inflections.acronyms[match] || match.capitalize! || match }
          end
          string.gsub!(/(?:_|(\/))([a-z\d]*)/i) do
            word = $2
            substituted = inflections.acronyms[word] || word.capitalize! || word
            $1 ? "::#{substituted}" : substituted
          end
          string
        end
        strings.join('_')
      end

      def underscore(camel_cased_word)
        return camel_cased_word.to_s unless /[A-Z-]|::/.match?(camel_cased_word)
        regex = inflections.respond_to?(:acronyms_underscore_regex) ? inflections.acronyms_underscore_regex : inflections.acronym_regex
        camel_cased_word.to_s.gsub('::', '/').split('_').map do |word|
          word.gsub!(regex) { "#{$1 && '_' }#{$2.downcase}" }
          word.gsub!(/([A-Z]+)(?=[A-Z][a-z])|([a-z\d])(?=[A-Z])/) { ($1 || $2) << '_' }
          word.tr!('-', '_')
          word.downcase!
          word
        end.join('__')
      end
    end
    @double_underscore_applied = true
  end
end

.ar_base ⇒ Object 



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# File 'lib/brick/extensions.rb', line 3020

def ar_base
  @ar_base ||= Object.const_defined?(:ApplicationRecord) ? ApplicationRecord : Class.new(ActiveRecord::Base)
end

.ar_tables ⇒ Object 



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# File 'lib/brick/reflect_tables.rb', line 520

def ar_tables
  ar_smtn = if ActiveRecord::Base.respond_to?(:schema_migrations_table_name)
              ActiveRecord::Base.schema_migrations_table_name
            else
              'schema_migrations'
            end
  ar_imtn = ActiveRecord.version >= ::Gem::Version.new('5.0') ? ActiveRecord::Base.internal_metadata_table_name : 'ar_internal_metadata'
  [ar_smtn, ar_imtn]
end

.avo_3x_resource(model, requested) ⇒ Object 



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# File 'lib/brick/extensions.rb', line 1596

def self.avo_3x_resource(model, requested)
  built_resource = Class.new(Avo::BaseResource) do
    self.model_class = model
    self.title = :brick_descrip
    self.includes = []
    define_method :fields do # Have to be inside of a fields method
      ::Brick::ADD_AVO_FIELDS.call(self, model)
    end
  end
  ::Avo::Resources.const_set(requested.to_sym, built_resource)
  built_resource
end

.config {|@config| ... } ⇒ Object Also known as: configure

This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.

Returns Brick’s global configuration object, a singleton. These settings affect all threads.

Yields:



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# File 'lib/brick.rb', line 727

def config
  @config ||= Brick::Config.instance
  yield @config if block_given?
  @config
end

.controllers_inherit_from=(value) ⇒ Object 



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# File 'lib/brick.rb', line 462

def controllers_inherit_from=(value)
  Brick.config.controllers_inherit_from = value
end

.ctrl_to_klass(ctrl_path, res_names = {}) ⇒ Object

Attempt to determine an ActiveRecord::Base class and additional STI information when given a controller’s path



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# File 'lib/brick.rb', line 781

def ctrl_to_klass(ctrl_path, res_names = {})
  klass = nil
  sti_type = nil

  if res_names.empty?
    ::Brick.relations.each_with_object({}) do |v, s|
      next if v.first.is_a?(Symbol)

      v_parts = v.first.split('.')
      v_parts.shift if v_parts.first == 'public'
      res_names[v_parts.join('.')] = v.first
    end
  end

  c_path_parts = ctrl_path.split('/')
  found = nil
  while c_path_parts.present?
    possible_c_path = c_path_parts.join('.')
    possible_c_path_singular = c_path_parts[0..-2] + [c_path_parts.last.singularize]
    possible_sti = possible_c_path_singular.join('/').camelize
    break if (
               res_name = res_names[found = possible_c_path] ||
                          ((klass = Brick.config.sti_namespace_prefixes.key?("::#{possible_sti}") && possible_sti.constantize) &&
                           (sti_type = possible_sti)) ||
                          # %%% Used to have the more flexible:  (DidYouMean::SpellChecker.new(dictionary: res_names.keys).correct(possible_c_path)).first
                          res_names[found = possible_c_path] || res_names[found = possible_c_path_singular.join('.')] ||
                          ((::Brick.config.table_name_prefixes.key?(tn_prefix = c_path_parts.first) ||
                            ::Brick.config.table_name_prefixes.key?(tn_prefix = "#{c_path_parts.first}_")) &&
                           res_names[found = tn_prefix + c_path_parts.last]
                          )
             ) &&
             (
               klass ||
               ((rel = ::Brick.relations.fetch(res_name, nil)) &&
               (klass ||= rel[:class_name]&.constantize))
             )
    c_path_parts.shift
  end
  [klass, sti_type, found]
end

.custom_columns=(cust_cols) ⇒ Object

Custom columns to add to a table, minimally defined with a name and DSL string.



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# File 'lib/brick.rb', line 515

def custom_columns=(cust_cols)
  if cust_cols
    cust_cols = cust_cols.call if cust_cols.is_a?(Proc)
    Brick.config.custom_columns = cust_cols
  end
end

.default_route_fallback=(resource_name) ⇒ Object 



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# File 'lib/brick.rb', line 621

def default_route_fallback=(resource_name)
  Brick.config.default_route_fallback = resource_name
end

.defer_references_for_generation=(drfg) ⇒ Object

References to disregard when auto-building migrations, models, and seeds



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# File 'lib/brick.rb', line 500

def defer_references_for_generation=(drfg)
  if drfg
    drfg = [drfg] unless drfg.empty? || drfg.first.is_a?(Array)
    Brick.config.defer_references_for_generation = drfg
  end
end

.display_classes(prefix, rels, max_length) ⇒ Object 



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# File 'lib/brick.rb', line 772

def display_classes(prefix, rels, max_length)
  rels.sort.each do |rel|
    ::Brick.auto_models << rel.first
    puts "#{rel.first}#{' ' * (max_length - rel.first.length)}  /#{prefix}#{"#{rel[1]}/" if rel[1]}#{rel.last}"
  end
  puts "\n"
end

.drfgs ⇒ Object 



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# File 'lib/brick.rb', line 507

def drfgs
  (::Brick.config.defer_references_for_generation || []).each_with_object({}) do |drfg, s|
    s[drfg.first] = [drfg[1..-1]]
  end
end

.eager_load_classes(do_ar_abstract_bases = false) ⇒ Object 



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# File 'lib/brick.rb', line 738

def eager_load_classes(do_ar_abstract_bases = false)
  ::Brick.is_eager_loading = true
  if ::ActiveSupport.version < ::Gem::Version.new('6') ||
     ::Rails.configuration.instance_variable_get(:@autoloader) == :classic
    if ::ActiveSupport.version < ::Gem::Version.new('4')
      ::Rails.application.eager_load!
    else
      ::Rails.configuration.eager_load_namespaces.select { |ns| ns < ::Rails::Application }.each(&:eager_load!)
    end
  else
    # Same as:  Zeitwerk::Loader.eager_load_all -- plus retry when something skips a beat
    Zeitwerk::Registry.loaders.each { |loader| load_with_retry(loader) }
  end
  abstract_ar_bases = if do_ar_abstract_bases
                        ActiveRecord::Base.descendants.select { |ar| ar.abstract_class? }.map(&:name)
                      end
  ::Brick.is_eager_loading = false
  abstract_ar_bases
end

.enable_api ⇒ Object 



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# File 'lib/brick.rb', line 417

def enable_api
  Brick.config.enable_api
end

.enable_api=(path) ⇒ Object 



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# File 'lib/brick.rb', line 412

def enable_api=(path)
  Brick.config.enable_api = path
end

.enable_controllers=(value) ⇒ Object

Switches Brick auto-controllers on or off, for all threads



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# File 'lib/brick.rb', line 374

def enable_controllers=(value)
  Brick.config.enable_controllers = value
end

.enable_controllers? ⇒ Boolean

Returns ‘true` if Brick controllers are on, `false` otherwise. This affects all threads. Enabled by default.

Returns:

  • (Boolean) 


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# File 'lib/brick.rb', line 381

def enable_controllers?
  !!Brick.config.enable_controllers
end

.enable_models=(value) ⇒ Object

Switches Brick auto-models on or off, for all threads



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# File 'lib/brick.rb', line 361

def enable_models=(value)
  Brick.config.enable_models = value
end

.enable_models? ⇒ Boolean

Returns ‘true` if Brick models are on, `false` otherwise. This affects all threads. Enabled by default.

Returns:

  • (Boolean) 


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# File 'lib/brick.rb', line 368

def enable_models?
  !!Brick.config.enable_models
end

.enable_routes=(value) ⇒ Object

Switches Brick auto-routes on or off, for all threads



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# File 'lib/brick.rb', line 400

def enable_routes=(value)
  Brick.config.enable_routes = value
end

.enable_routes? ⇒ Boolean

Returns ‘true` if Brick routes are on, `false` otherwise. This affects all threads. Enabled by default.

Returns:

  • (Boolean) 


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# File 'lib/brick.rb', line 407

def enable_routes?
  !!Brick.config.enable_routes
end

.enable_views=(value) ⇒ Object

Switches Brick auto-views on or off, for all threads



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# File 'lib/brick.rb', line 387

def enable_views=(value)
  Brick.config.enable_views = value
end

.enable_views? ⇒ Boolean

Returns ‘true` if Brick views are on, `false` otherwise. This affects all threads. Enabled by default.

Returns:

  • (Boolean) 


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# File 'lib/brick.rb', line 394

def enable_views?
  !!Brick.config.enable_views
end

.ensure_unique(name, delimiter, *sources) ⇒ Object 



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# File 'lib/brick/extensions.rb', line 3078

def ensure_unique(name, delimiter, *sources)
  base = name
  delimiter ||= '_'
  # By default ends up building this regex:  /_(\d+)$/
  if (added_num = name.slice!(Regexp.new("#{delimiter}(\d+)$")))
    added_num = added_num[1..-1].to_i
  else
    added_num = 1
  end
  while (
    name = "#{base}#{delimiter}#{added_num += 1}"
    sources.each_with_object(nil) do |v, s|
      s || case v
           when Hash
             v.key?(name)
           when Array
             v.include?(name)
           end
    end
  )
  end
  name
end

.exclude_column(table, col) ⇒ Object 



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# File 'lib/brick.rb', line 329

def exclude_column(table, col)
  puts "Excluding #{table}.#{col}"
  true
end

.exclude_hms=(skips) ⇒ Object

Skip creating a has_many association for these (Uses the same exact three-part format as would define an additional_reference)



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# File 'lib/brick.rb', line 530

def exclude_hms=(skips)
  if skips
    skips = skips.call if skips.is_a?(Proc)
    skips = skips.to_a unless skips.is_a?(Array)
    skips = [skips] unless skips.empty? || skips.first.is_a?(Array)
    Brick.config.exclude_hms = skips
  end
end

.exclude_tables=(value) ⇒ Object 



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# File 'lib/brick.rb', line 452

def exclude_tables=(value)
  Brick.config.exclude_tables = value
end

.existing_stis ⇒ Object 



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# File 'lib/brick.rb', line 106

def existing_stis
  @existing_stis ||= Brick.config.sti_namespace_prefixes.each_with_object({}) { |snp, s| s[snp.first[2..-1]] = snp.last unless snp.first.end_with?('::') }
end

.find_col_renaming(api_ver_path, relation_name) ⇒ Object 



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# File 'lib/brick/extensions.rb', line 3204

def find_col_renaming(api_ver_path, relation_name)
  ::Brick.config.api_column_renaming&.fetch(
    api_ver_path,
    ::Brick.config.api_column_renaming&.fetch(relation_name, nil)
  )
end

.find_orphans(multi_schema) ⇒ Object

Locate orphaned records



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# File 'lib/brick/extensions.rb', line 3103

def find_orphans(multi_schema)
  is_default_schema = multi_schema&.==(::Brick.apartment_default_tenant)
  relations.each_with_object([]) do |v, s|
    frn_tbl = v.first
    next if frn_tbl.is_a?(Symbol) || # Skip internal metadata entries
            (relation = v.last).key?(:isView) || config.exclude_tables.include?(frn_tbl) ||
            !(for_pk = (relation[:pkey].values.first&.first))

    is_default_frn_schema = !is_default_schema && multi_schema &&
                            ((frn_parts = frn_tbl.split('.')).length > 1 && frn_parts.first)&.==(::Brick.apartment_default_tenant)
    relation[:fks].select { |_k, assoc| assoc[:is_bt] }.each do |_k, bt|
      begin
        if bt.key?(:polymorphic)
          pri_pk = for_pk
          pri_tables = Brick.config.polymorphics["#{frn_tbl}.#{bt[:fk]}"]
                            .each_with_object(Hash.new { |h, k| h[k] = [] }) do |pri_class, s|
            s[Object.const_get(pri_class).table_name] << pri_class
          end
          fk_id_col = "#{bt[:fk]}_id"
          fk_type_col = "#{bt[:fk]}_type"
          selects = []
          pri_tables.each do |pri_tbl, pri_types|
            # Skip if database is multitenant, we're not focused on "public", and the foreign and primary tables
            # are both in the "public" schema
            next if is_default_frn_schema &&
                    ((pri_parts = pri_tbl&.split('.'))&.length > 1 && pri_parts.first)&.==(::Brick.apartment_default_tenant)

            selects << "SELECT '#{pri_tbl}' AS pri_tbl, frn.#{fk_type_col} AS pri_type, frn.#{fk_id_col} AS pri_id, frn.#{for_pk} AS frn_id
            FROM #{frn_tbl} AS frn
              LEFT OUTER JOIN #{pri_tbl} AS pri ON pri.#{pri_pk} = frn.#{fk_id_col}
            WHERE frn.#{fk_type_col} IN (#{
              pri_types.map { |pri_type| "'#{pri_type}'" }.join(', ')
            }) AND frn.#{bt[:fk]}_id IS NOT NULL AND pri.#{pri_pk} IS NULL\n"
          end
          ActiveRecord::Base.execute_sql(selects.join("UNION ALL\n")).each do |o|
            entry = [frn_tbl, o['frn_id'], o['pri_type'], o['pri_id'], fk_id_col]
            entry << o['pri_tbl'] if (pri_class = Object.const_get(o['pri_type'])) != pri_class.base_class
            s << entry
          end
        else
          # Skip if database is multitenant, we're not focused on "public", and the foreign and primary tables
          # are both in the "public" schema
          pri_tbl = bt.key?(:inverse_table) && bt[:inverse_table]
          next if is_default_frn_schema &&
                  ((pri_parts = pri_tbl&.split('.'))&.length > 1 && pri_parts.first)&.==(::Brick.apartment_default_tenant)

          pri_pk = relations[pri_tbl].fetch(:pkey, nil)&.values&.first&.first ||
                   _class_pk(pri_tbl, multi_schema)
          ActiveRecord::Base.execute_sql(
            "SELECT frn.#{bt[:fk]} AS pri_id, frn.#{for_pk} AS frn_id
            FROM #{frn_tbl} AS frn
              LEFT OUTER JOIN #{pri_tbl} AS pri ON pri.#{pri_pk} = frn.#{bt[:fk]}
            WHERE frn.#{bt[:fk]} IS NOT NULL AND pri.#{pri_pk} IS NULL
            ORDER BY 1, 2"
          ).each { |o| s << [frn_tbl, o['frn_id'], pri_tbl, o['pri_id'], bt[:fk]] }
        end
      rescue StandardError => err
        puts "Strange -- #{err.inspect}"
      end
    end
  end
end

.gem_version ⇒ Object

Returns Brick’s ‘::Gem::Version`, convenient for comparisons. This is recommended over `::Brick::VERSION::STRING`.



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# File 'lib/brick.rb', line 708

def gem_version
  ::Gem::Version.new(VERSION::STRING)
end

.get_bts_and_hms(model, recalculate = nil) ⇒ Object 



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# File 'lib/brick.rb', line 208

def get_bts_and_hms(model, recalculate = nil)
  if !recalculate && (ret = model.instance_variable_get(:@_brick_bts_and_hms))
    return ret
  end

  model_cols = model.columns_hash
  bts, hms = model.reflect_on_all_associations.each_with_object([{}, {}]) do |a, s|
    if a.belongs_to? && !a.polymorphic? && ::Brick.config.polymorphics.fetch(full_assoc_name = "#{model.table_name}.#{a.name}", nil)
      puts "Based on inclusion in ::Brick.polymorphics, marking association #{full_assoc_name} as being polymorphic."
      a.options[:polymorphic] = true
    end
    if (through = a.options[:through]) && !a.through_reflection
      puts "WARNING:  In model #{model.name}, unable to utilise:  has_many #{a.name}, through: #{through.inspect}"
    end
    primary_klass = if a.belongs_to?
                      a.polymorphic? ? nil : a.klass
                    else
                      a.active_record
                    end
    a_pk = a.options.fetch(:primary_key, nil)&.to_s ||
           primary_klass&.primary_key # Was:  a.klass.primary_key
    if !a.polymorphic? && (a.belongs_to? || (through && (thr = a.through_reflection))) &&
       !((kls = thr&.klass || a.klass) && ::Brick.config.exclude_tables.exclude?(kls.table_name) &&
          (!a.belongs_to? ||
            ((fk_type = a.foreign_key.is_a?(Array) ? a.foreign_key.map { |fk_part| model_cols[fk_part.to_s].type } : model_cols[a.foreign_key.to_s]&.type) &&
             (primary_cols = primary_klass.columns_hash) &&
             (pk_type = a_pk.is_a?(Array) ? a_pk.map { |pk_part| primary_cols[pk_part.to_s].type } : primary_cols[a_pk].type) &&
             (same_type = (pk_type == fk_type))
            )
          )
        )
      if same_type == false # We really do want to test specifically for false here, and not nil!
        puts "WARNING:
  Foreign key column #{a.klass.table_name}.#{a.foreign_key} is #{fk_type}, but the primary key it relates to, #{primary_klass.table_name}.#{a_pk}, is #{pk_type}.
  These columns should both be of the same type."
      end
      next
    end

    if a.belongs_to?
      if a.polymorphic?
        rel_poly_bt = relations[model.table_name][:fks].find { |_k, fk| fk[:assoc_name] == a.name.to_s }
        if (primary_tables = rel_poly_bt&.last&.fetch(:inverse_table, [])).is_a?(Array)
          models = rel_poly_bt[1][:polymorphic]&.map { |table| table.singularize.camelize.constantize }
          s.first[a.foreign_key.to_s] = [a.name, models, true]
        else
          # This will come up when using Devise invitable when invited_by_class_name is not
          # specified because in that circumstance it adds a polymorphic :invited_by association,
          # along with appropriate invited_by_type and invited_by_id columns.

          # See if any currently-loaded models have a has_many association over to this polymorphic belongs_to
          hm_models = ActiveRecord::Base.descendants.select do |m|
            m.reflect_on_all_associations.any? { |assoc| !assoc.belongs_to? && assoc.options[:as]&.to_sym == a.name }
          end
          # No need to include models with no table, or subclassed models if their parent is already in the list
          hm_models.reject! { |m| !m.table_exists? || hm_models.any? { |parent| parent != m && m < parent } }
          if hm_models.empty?
            puts "Missing any real indication as to which models \"has_many\" this polymorphic BT in model #{a.active_record.name}:"
            puts "  belongs_to :#{a.name}, polymorphic: true"
          else
            puts "Having analysed all currently-loaded models to infer the various polymorphic has_many associations for #{model.name}, here are the current results:"
            puts "::Brick.polymorphics = { \"#{model.table_name}.#{a.name}\" =>
                     #{hm_models.map(&:name).inspect}
                   }"
            puts 'If you add the above to your brick.rb, it will "cement" these options into place, and avoid this lookup process.'
            s.first[a.foreign_key.to_s] = [a.name, hm_models, true]
          end
        end
      else
        bt_key = a.foreign_key.is_a?(Array) ? a.foreign_key : a.foreign_key.to_s
        s.first[bt_key] = [a.name, a.klass]
      end
    else # This gets all forms of has_many and has_one
      if through # has_many :through or has_one :through
        is_invalid_source = nil
        begin
          if a.through_reflection.macro != :has_many # This HM goes through either a belongs_to or a has_one, so essentially a HOT?
            # Treat it like a belongs_to - just keyed on the association name instead of a foreign_key
            s.first[a.name] = [a.name, a.klass]
            next
          elsif !a.source_reflection # Had considered:  a.active_record.reflect_on_association(a.source_reflection_name).nil?
            is_invalid_source = true
          end
        rescue
          is_invalid_source = true
        end
        if is_invalid_source
          puts "  due to invalid source #{a.source_reflection_name.inspect}."
          next
        end
      else
        this_fks = (this_fk = a.foreign_key).is_a?(Array) ? this_fk.uniq : [this_fk.to_s]
        if !a.options.key?(:as) && (this_fks - a.klass.column_names).length.positive?
          options = ", #{a.options.map { |k, v| "#{k.inspect} => #{v.inspect}" }.join(', ')}" if a.options.present?
          puts "WARNING:  Model #{model.name} has this association:
        has_many :#{a.name}#{options}
      which expects column #{a.foreign_key} to exist in table #{a.klass.table_name}.  This column is missing."
          next

        end
      end
      s.last[a.name] = a
    end
  end
  # Mark has_manys that go to an associative ("join") table so that they are skipped in the UI,
  # as well as any possible polymorphic associations
  skip_hms = {}
  hms.each do |hmt|
    if (through = hmt.last.options[:through])
      # ::Brick.relations[hmt.last.through_reflection.table_name]
      skip_hms[through] = nil if hms[through] && model.is_brick? &&
                                 hmt.last.klass != hmt.last.active_record && # Don't pull HMs for HMTs that point back to the same table
                                 hmt[1].source_reflection.belongs_to? # Don't pull HMs when the HMT is built from HM -> HM
      # End up with a hash of HMT names pointing to join-table associations
      model._br_associatives[hmt.first] = hms[through] # || hms["#{(opt = hmt.last.options)[:through].to_s.singularize}_#{opt[:source].to_s.pluralize}".to_sym]
    end
  end
  skip_hms.each { |k, _v| hms.delete(k) }
  model.instance_variable_set(:@_brick_bts_and_hms, [bts, hms]) # Cache and return this result
end

.get_possible_schemas ⇒ Object 



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# File 'lib/brick.rb', line 116

def get_possible_schemas
  if (possible_schemas = (multitenancy = ::Brick.config.schema_behavior&.[](:multitenant)) &&
                          multitenancy&.[](:schema_to_analyse))
    possible_schemas = [possible_schemas] unless possible_schemas.is_a?(Array)
    possible_schema = possible_schemas.find { |ps| ::Brick.db_schemas.key?(ps) }
  end
  [possible_schema, possible_schemas, multitenancy]
end

.get_status_of_resources ⇒ Object

Identify built out routes, migrations, models, (and also soon controllers and views!) for each resource



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# File 'lib/brick/extensions.rb', line 3027

def get_status_of_resources
  rails_root = ::Rails.root.to_s
  migrations = if Dir.exist?(mig_path = ActiveRecord::Migrator.migrations_paths.first || "#{rails_root}/db/migrate")
                 Dir["#{mig_path}/**/*.rb"].each_with_object(Hash.new { |h, k| h[k] = [] }) do |v, s|
                   File.read(v).split("\n").each_with_index do |line, line_idx|
                     # For all non-commented lines, look for any that have "create_table", "alter_table", or "drop_table"
                     if !line.lstrip.start_with?('#') &&
                        (idx = (line.index('create_table ') || line.index('create_table('))&.+(13)) ||
                        (idx = (line.index('alter_table ') || line.index('alter_table('))&.+(12)) ||
                        (idx = (line.index('drop_table ') || line.index('drop_table('))&.+(11))
                       tbl = line[idx..-1].match(/([:'"\w\.]+)/)&.captures&.first
                       if tbl
                         v = v[(rails_root.length)..-1] if v.start_with?(rails_root)
                         v = v[1..-1] if v.start_with?('/')
                         s[tbl.tr(':\'"', '').pluralize] << [v, line_idx + 1]
                       end
                     end
                   end
                 end
               end
  abstract_activerecord_bases = ::Brick.eager_load_classes(true)
  rails_root = ::Rails.root.to_s
  models = ::Brick.relations.each_with_object({}) do |rel, s|
             next if rel.first.is_a?(Symbol)

             begin
               if (model = rel.last[:class_name]&.constantize) &&
                  (inh = ActiveRecord::Base._brick_inheriteds[model]&.join(':'))
                 inh = inh[rails_root.length + 1..-1] if inh.start_with?(rails_root)
                 s[rel.first] = [inh, model]
               end
             rescue
             end
           end
  ::Brick.relations.each_with_object([]) do |v, s|
    next if v.first.is_a?(Symbol) # ||
    #       Brick.config.exclude_tables.include?(v.first)

    tbl_parts = v.first.split('.')
    tbl_parts.shift if ::Brick.apartment_multitenant && tbl_parts.length > 1 && tbl_parts.first == ::Brick.apartment_default_tenant
    res = tbl_parts.join('.')
    table_name = (model = models[res])&.last&.table_name
    table_name ||= begin
                     v.last[:class_name].constantize.table_name
                   rescue
                   end
    model = model.first if model.is_a?(Array)
    s << [v.first, table_name || v.first, migrations&.fetch(res, nil), model]
  end
end

.has_ones=(hos) ⇒ Object

Associations to treat as a has_one



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# File 'lib/brick.rb', line 547

def has_ones=(hos)
  if hos
    hos = hos.call if hos.is_a?(Proc)
    hos = hos.to_a unless hos.is_a?(Array)
    hos = [hos] unless hos.empty? || hos.first.is_a?(Array)
    # Translate to being nested hashes
    Brick.config.has_ones = hos&.each_with_object(Hash.new { |h, k| h[k] = {} }) do |v, s|
      s[v.first][v[1]] = v[2] if v[1]
      s
    end
  end
end

.hmts=(assocs) ⇒ Object

Associations for which to auto-create a has_many _, through: _



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# File 'lib/brick.rb', line 568

def hmts=(assocs)
  Brick.config.hmts = assocs
end

.is_apartment_excluded_table(tbl) ⇒ Object 



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# File 'lib/brick/extensions.rb', line 3215

def is_apartment_excluded_table(tbl)
  if Object.const_defined?('Apartment')
    tbl_klass = (tnp = ::Brick.config.table_name_prefixes&.find { |k, _v| tbl.start_with?(k) }) ? +"#{tnp.last}::" : +''
    tbl_klass << tbl[tnp&.first&.length || 0..-1].singularize.camelize
    Apartment.excluded_models&.include?(tbl_klass)
  end
end

.is_geography?(val) ⇒ Boolean

Returns:

  • (Boolean) 


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# File 'lib/brick.rb', line 344

def is_geography?(val)
  val.length < 31 && (val.length - 6) % 8 == 0 && val[0..5].bytes == [230, 16, 0, 0, 1, 12]
end

.json_columns=(cols) ⇒ Object 



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# File 'lib/brick.rb', line 585

def json_columns=(cols)
  Brick.config.json_columns = cols
end

.license=(key) ⇒ Object 



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# File 'lib/brick.rb', line 625

def license=(key)
  Brick.config.license = key
end

.load_additional_references ⇒ Object

Load additional references (virtual foreign keys) This is attempted early if a brick initialiser file is found, and then again as a failsafe at the end of our engine’s initialisation %%% Maybe look for differences the second time ‘round and just add new stuff instead of entirely deferring



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# File 'lib/brick.rb', line 640

def load_additional_references
  return if @_additional_references_loaded || ::Brick.config.mode != :on

  relations = ::Brick.relations
  if (ars = ::Brick.config.additional_references) || ::Brick.config.polymorphics
    is_optional = ActiveRecord.version >= ::Gem::Version.new('5.0')
    if ars
      ars.each do |ar|
        fk = ar.length < 5 ? [nil, +ar[0], ar[1], nil, +ar[2]] : [ar[0], +ar[1], ar[2], ar[3], +ar[4], ar[5]]
        ::Brick._add_bt_and_hm(fk, relations, false, is_optional)
      end
    end
    if (polys = ::Brick.config.polymorphics)
      if (schema = ::Brick.config.schema_behavior[:multitenant]&.fetch(:schema_to_analyse, nil)) && ::Brick.db_schemas&.key?(schema)
        ActiveRecord::Base.execute_sql("SET SEARCH_PATH = ?;", schema)
      end
      missing_stis = {}
      polys.each do |k, v|
        table_name, poly = k.split('.')
        v ||= ActiveRecord::Base.execute_sql("SELECT DISTINCT #{poly}_type AS typ FROM #{table_name}").each_with_object([]) { |result, s| s << result['typ'] if result['typ'] }
        v.each do |type|
          # Allow polymorphic BT to relate to an STI subclass
          base_type = ::Brick.config.sti_namespace_prefixes["::#{type}"] ||
                      ::Brick.config.sti_namespace_prefixes.find { |k, _v| k.end_with?('::') && type.start_with?(k[2..-1]) }&.last&.[](2..-1)
          if relations.key?(primary_table = (base_type || type).underscore.pluralize)
            ::Brick._add_bt_and_hm([nil, table_name, poly, nil, primary_table, "(brick) #{table_name}_#{poly}"], relations,
                                   type, # Polymorphic class
                                   is_optional)
          elsif relations.present?
            missing_stis[primary_table] = type unless ::Brick.existing_stis.key?(type)
          end
        end
      end
      unless missing_stis.empty?
        print "
You might be missing an STI namespace prefix entry for these tables:  #{missing_stis.keys.join(', ')}.
In config/initializers/brick.rb appropriate entries would look something like:
  Brick.sti_namespace_prefixes = {"
        puts missing_stis.map { |_k, missing_sti| "\n    '#{missing_sti}' => 'SomeParentModel'" }.join(',')
        puts "  }
(Just trade out SomeParentModel with some more appropriate one.)"
      end
    end
    @_additional_references_loaded = true
  end

  # Find associative tables that can be set up for has_many :through
  ::Brick.relations.each do |tbl_name, relation|
    next if tbl_name.is_a?(Symbol)

    tbl_cols = relation[:cols].keys
    fks = relation[:fks].each_with_object({}) { |fk, s| s[fk.last[:fk]] = [fk.last[:assoc_name], fk.last[:inverse_table]] if fk.last[:is_bt]; s }
    # Aside from the primary key and the metadata columns created_at, updated_at, and deleted_at, if this table
    # only has foreign keys then it can act as an associative table and thus be used with has_many :through.
    if fks.length > 1 && (
         ::Brick.config.treat_as_associative&.include?(tbl_name) ||
         (tbl_cols - fks.keys - (::Brick.config.metadata_columns || []) - (relation[:pkey].values.first || [])).length.zero?
       )
      fks.each { |fk| relation[:hmt_fks][fk.first] = fk.last }
    end
  end
end

.load_with_retry(loader, autoloaded = nil) ⇒ Object

Some classes (like Phlex::Testing::Rails) will successfully auto-load after a retry



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# File 'lib/brick.rb', line 759

def load_with_retry(loader, autoloaded = nil)
  autoloaded ||= loader.send(:autoloaded_dirs).dup
  begin
    loader.eager_load
  rescue Zeitwerk::SetupRequired
    # This is fine -- we eager load what can be eager loaded
  rescue Zeitwerk::NameError
    if autoloaded != (new_auto = loader.send(:autoloaded_dirs))
      load_with_retry(loader, new_auto.dup) # Try one more time and it could come together
    end
  end
end

.metadata_columns=(value) ⇒ Object 



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# File 'lib/brick.rb', line 478

def metadata_columns=(value)
  Brick.config.metadata_columns = value
end

.mode=(setting) ⇒ Object 



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# File 'lib/brick.rb', line 349

def mode=(setting)
  Brick.config.mode = setting
end

.model_descrips=(descrips) ⇒ Object

DSL templates for individual models to provide prettier descriptions of objects



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# File 'lib/brick.rb', line 596

def model_descrips=(descrips)
  Brick.config.model_descrips = descrips
end

.models_inherit_from=(value) ⇒ Object 



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# File 'lib/brick.rb', line 457

def models_inherit_from=(value)
  Brick.config.models_inherit_from = value
end

.namify(name, action = nil) ⇒ Object

Convert spaces to underscores if the second character and onwards is mixed case



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# File 'lib/brick.rb', line 188

def namify(name, action = nil)
  has_uppers = name =~ /[A-Z]+/
  has_lowers = name =~ /[a-z]+/
  name.downcase! if has_uppers && action == :downcase
  name = "Z#{name}" if name.start_with?('_') # Entity Framework creates a table named __EFMigrationsHistory
  if name.include?(' ')
    # All uppers or all lowers?
    if !has_uppers || !has_lowers
      name.titleize.tr(' ', '_')
    else # Mixed uppers and lowers -- just remove existing spaces
      name.tr(' ', '')
    end
  else
    # .NET has a background job processor called "Hangfire" which creates several tables,
    # two of which get named the same as core Ruby classes -- "Set" and "Hash".
    name = "#{name}x" if ['Hash', 'Set', 'hash', 'set'].include?(name)
    action == :underscore ? name.underscore : name
  end
end

.nested_attributes=(anaf) ⇒ Object

Associations upon which to add #accepts_nested_attributes_for logic



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# File 'lib/brick.rb', line 562

def nested_attributes=(anaf)
  Brick.config.nested_attributes = anaf
end

.non_tenanted_models ⇒ Object

If multitenancy is enabled, a list of non-tenanted “global” models



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# File 'lib/brick.rb', line 183

def non_tenanted_models
  @pending_models ||= {}
end

.not_nullables=(value) ⇒ Object 



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# File 'lib/brick.rb', line 483

def not_nullables=(value)
  Brick.config.not_nullables = value
end

.omit_empty_tables_in_dropdown=(setting) ⇒ Object 



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# File 'lib/brick.rb', line 629

def omit_empty_tables_in_dropdown=(setting)
  Brick.config.omit_empty_tables_in_dropdown = setting
end

.order=(value) ⇒ Object 



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# File 'lib/brick.rb', line 523

def order=(value)
  Brick.config.order = value
end

.path_prefix=(path) ⇒ Object

Any path prefixing to apply to all auto-generated Brick routes



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# File 'lib/brick.rb', line 355

def path_prefix=(path)
  Brick.config.path_prefix = path
end

.polymorphics=(polys) ⇒ Object

Polymorphic associations



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# File 'lib/brick.rb', line 579

def polymorphics=(polys)
  polys = polys.each_with_object({}) { |poly, s| s[poly] = nil } if polys.is_a?(Array)
  Brick.config.polymorphics = polys || {}
end

.reflect_tables ⇒ Object

This is done separately so that during testing it can be called right after a migration in order to make sure everything is good.



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# File 'lib/brick/reflect_tables.rb', line 5

def reflect_tables
  require 'brick/join_array'
  return unless ::Brick.config.mode == :on

  # return if ActiveRecord::Base.connection.current_database == 'postgres'

  # Overwrite SQLite's #begin_db_transaction so it opens in IMMEDIATE mode instead of
  # the default DEFERRED mode.
  #   https://discuss.rubyonrails.org/t/failed-write-transaction-upgrades-in-sqlite3/81480/2
  if ActiveRecord::Base.connection.adapter_name == 'SQLite'
    arca = ::ActiveRecord::ConnectionAdapters
    db_statements = arca::SQLite3.const_defined?('DatabaseStatements') ? arca::SQLite3::DatabaseStatements : arca::SQLite3::SchemaStatements
    # Rails 7.1 and later
    if arca::AbstractAdapter.private_instance_methods.include?(:with_raw_connection)
      db_statements.define_method(:begin_db_transaction) do
        log("begin immediate transaction", "TRANSACTION") do
          with_raw_connection(allow_retry: true, materialize_transactions: false) do |conn|
            conn.transaction(:immediate)
          end
        end
      end
    else # Rails < 7.1
      db_statements.define_method(:begin_db_transaction) do
        log('begin immediate transaction', 'TRANSACTION') { @connection.transaction(:immediate) }
      end
    end
  end

  orig_schema = nil
  if (relations = ::Brick.relations).keys == [:db_name]
    # ::Brick.remove_instance_variable(:@_additional_references_loaded) if ::Brick.instance_variable_defined?(:@_additional_references_loaded)

    # Only for Postgres  (Doesn't work in sqlite3 or MySQL)
    # puts ActiveRecord::Base.execute_sql("SELECT current_setting('SEARCH_PATH')").to_a.inspect

    # ---------------------------
    # 1. Figure out schema things
    is_postgres = nil
    is_mssql = ActiveRecord::Base.connection.adapter_name == 'SQLServer'
    case ActiveRecord::Base.connection.adapter_name
    when 'PostgreSQL', 'SQLServer'
      is_postgres = !is_mssql
      db_schemas = if is_postgres
                     ActiveRecord::Base.execute_sql('SELECT nspname AS table_schema, MAX(oid) AS dt FROM pg_namespace GROUP BY 1 ORDER BY 1;')
                   else
                     ActiveRecord::Base.execute_sql('SELECT DISTINCT table_schema, NULL AS dt FROM INFORMATION_SCHEMA.tables;')
                   end
      ::Brick.db_schemas = db_schemas.each_with_object({}) do |row, s|
        row = case row
              when Array
                row
              else
                [row['table_schema'], row['dt']]
              end
        # Remove any system schemas
        s[row.first] = { dt: row.last } unless ['information_schema', 'pg_catalog', 'pg_toast', 'heroku_ext',
                                                'INFORMATION_SCHEMA', 'sys'].include?(row.first)
      end
      possible_schema, possible_schemas, multitenancy = ::Brick.get_possible_schemas
      if possible_schemas
        if possible_schema
          ::Brick.default_schema = ::Brick.apartment_default_tenant
          schema = possible_schema
          orig_schema = ActiveRecord::Base.execute_sql('SELECT current_schemas(true)').first['current_schemas'][1..-2].split(',')
          ActiveRecord::Base.execute_sql("SET SEARCH_PATH = ?", schema)
        # When testing, just find the most recently-created schema
        elsif begin
                Rails.env == 'test' ||
                  ActiveRecord::Base.execute_sql("SELECT value FROM ar_internal_metadata WHERE key='environment';").first&.fetch('value', nil) == 'test'
              rescue
              end
          ::Brick.default_schema = ::Brick.apartment_default_tenant
          ::Brick.test_schema = schema = ::Brick.db_schemas.to_a.sort { |a, b| b.last[:dt] <=> a.last[:dt] }.first.first
          if possible_schema.blank?
            puts "While running tests, using the most recently-created schema, #{schema}."
          else
            puts "While running tests, had noticed in the brick.rb initializer that the line \"::Brick.schema_behavior = ...\" refers to a schema called \"#{possible_schema}\" which does not exist.  Reading table structure from the most recently-created schema, #{schema}."
          end
          orig_schema = ActiveRecord::Base.execute_sql('SELECT current_schemas(true)').first['current_schemas'][1..-2].split(',')
          ::Brick.config.schema_behavior = { multitenant: {} } # schema_to_analyse: [schema]
          ActiveRecord::Base.execute_sql("SET SEARCH_PATH = ?", schema)
        else
          puts "*** In the brick.rb initializer the line \"::Brick.schema_behavior = ...\" refers to schema(s) called #{possible_schemas.map { |s| "\"#{s}\"" }.join(', ')}.  No mentioned schema exists. ***"
          if ::Brick.db_schemas.key?(::Brick.apartment_default_tenant)
            ::Brick.default_schema = schema = ::Brick.apartment_default_tenant
          end
        end
      end
    when 'Mysql2', 'Trilogy'
      ::Brick.default_schema = schema = ActiveRecord::Base.connection.current_database
    when 'OracleEnhanced'
      # ActiveRecord::Base.connection.current_database will be something like "XEPDB1"
      ::Brick.default_schema = schema = ActiveRecord::Base.connection.raw_connection.username
      ::Brick.db_schemas = {}
      ActiveRecord::Base.execute_sql("SELECT username FROM sys.all_users WHERE ORACLE_MAINTAINED != 'Y'").each { |s| ::Brick.db_schemas[s.first] = {} }
    when 'SQLite'
      sql = "SELECT m.name AS relation_name, UPPER(m.type) AS table_type,
        p.name AS column_name, p.type AS data_type,
        CASE p.pk WHEN 1 THEN 'PRIMARY KEY' END AS const
      FROM sqlite_master AS m
        INNER JOIN pragma_table_info(m.name) AS p
      WHERE m.name NOT IN ('sqlite_sequence', ?, ?)
      ORDER BY m.name, p.cid"
    else
      puts "Unfamiliar with connection adapter #{ActiveRecord::Base.connection.adapter_name}"
    end

    ::Brick.db_schemas ||= {}

    # ---------------------
    # 2. Tables and columns
    # %%% Retrieve internal ActiveRecord table names like this:
    # ActiveRecord::Base.internal_metadata_table_name, ActiveRecord::Base.schema_migrations_table_name
    # For if it's not SQLite -- so this is the Postgres and MySQL version
    measures = []
    ::Brick.is_oracle = true if ActiveRecord::Base.connection.adapter_name == 'OracleEnhanced'
    case ActiveRecord::Base.connection.adapter_name
    when 'PostgreSQL', 'SQLite' # These bring back a hash for each row because the query uses column aliases
      # schema ||= 'public' if ActiveRecord::Base.connection.adapter_name == 'PostgreSQL'
      retrieve_schema_and_tables(sql, is_postgres, is_mssql, schema).each do |r|
        # If Apartment gem lists the table as being associated with a non-tenanted model then use whatever it thinks
        # is the default schema, usually 'public'.
        schema_name = if ::Brick.config.schema_behavior[:multitenant]
                        ::Brick.apartment_default_tenant if ::Brick.is_apartment_excluded_table(r['relation_name'])
                      elsif ![schema, 'public'].include?(r['schema'])
                        r['schema']
                      end
        relation_name = schema_name ? "#{schema_name}.#{r['relation_name']}" : r['relation_name']
        # Both uppers and lowers as well as underscores?
        ::Brick.apply_double_underscore_patch if relation_name =~ /[A-Z]/ && relation_name =~ /[a-z]/ && relation_name.index('_')
        relation = relations[relation_name]
        relation[:isView] = true if r['table_type'] == 'VIEW'
        relation[:description] = r['table_description'] if r['table_description']
        col_name = r['column_name']
        key = case r['const']
              when 'PRIMARY KEY'
                relation[:pkey][r['key'] || relation_name] ||= []
              when 'UNIQUE'
                relation[:ukeys][r['key'] || "#{relation_name}.#{col_name}"] ||= []
                # key = (relation[:ukeys] = Hash.new { |h, k| h[k] = [] }) if key.is_a?(Array)
                # key[r['key']]
              else
                if r['data_type'] == 'uuid'
                  # && r['column_name'] == ::Brick.ar_base.primary_key
                  # binding.pry
                  relation[:pkey][r['key'] || relation_name] ||= []
                end
              end
        # binding.pry if key && r['data_type'] == 'uuid'
        key << col_name if key
        cols = relation[:cols] # relation.fetch(:cols) { relation[:cols] = [] }
        cols[col_name] = [r['data_type'], r['max_length'], measures&.include?(col_name), r['is_nullable'] == 'NO']
        # puts "KEY! #{r['relation_name']}.#{col_name} #{r['key']} #{r['const']}" if r['key']
        relation[:col_descrips][col_name] = r['column_description'] if r['column_description']
      end
    else # MySQL2, OracleEnhanced, and MSSQL act a little differently, bringing back an array for each row
      schema_and_tables = case ActiveRecord::Base.connection.adapter_name
                          when 'OracleEnhanced'
                            sql =
"SELECT c.owner AS schema, c.table_name AS relation_name,
  CASE WHEN v.owner IS NULL THEN 'BASE_TABLE' ELSE 'VIEW' END AS table_type,
  c.column_name, c.data_type,
  COALESCE(c.data_length, c.data_precision) AS max_length,
  CASE ac.constraint_type WHEN 'P' THEN 'PRIMARY KEY' END AS const,
  ac.constraint_name AS \"key\",
  CASE c.nullable WHEN 'Y' THEN 'YES' ELSE 'NO' END AS is_nullable
FROM all_tab_cols c
  LEFT OUTER JOIN all_cons_columns acc ON acc.owner = c.owner AND acc.table_name = c.table_name AND acc.column_name = c.column_name
  LEFT OUTER JOIN all_constraints ac ON ac.owner = acc.owner AND ac.table_name = acc.table_name AND ac.constraint_name = acc.constraint_name AND constraint_type = 'P'
  LEFT OUTER JOIN all_views v ON c.owner = v.owner AND c.table_name = v.view_name
WHERE c.owner IN (#{::Brick.db_schemas.keys.map { |s| "'#{s}'" }.join(', ')})
  AND c.table_name NOT IN (?, ?)
ORDER BY 1, 2, c.internal_column_id, acc.position"
                            ActiveRecord::Base.execute_sql(sql, *ar_tables)
                          else
                            retrieve_schema_and_tables(sql)
                          end

      schema_and_tables.each do |r|
        next if r[1].index('$') # Oracle can have goofy table names with $

        if (relation_name = r[1]) =~ /^[A-Z0-9_]+$/
          relation_name.downcase!
        # Both uppers and lowers as well as underscores?
        elsif relation_name =~ /[A-Z]/ && relation_name =~ /[a-z]/ && relation_name.index('_')
          ::Brick.apply_double_underscore_patch
        end
        # Expect the default schema for SQL Server to be 'dbo'.
        if (::Brick.is_oracle && r[0] != schema) || (is_mssql && r[0] != 'dbo')
          relation_name = "#{r[0]}.#{relation_name}"
        end

        relation = relations[relation_name] # here relation represents a table or view from the database
        relation[:isView] = true if r[2] == 'VIEW' # table_type
        col_name = ::Brick.is_oracle ? connection.send(:oracle_downcase, r[3]) : r[3]
        key = case r[6] # constraint type
              when 'PRIMARY KEY'
                # key
                relation[:pkey][r[7] || relation_name] ||= []
              when 'UNIQUE'
                relation[:ukeys][r[7] || "#{relation_name}.#{col_name}"] ||= []
                # key = (relation[:ukeys] = Hash.new { |h, k| h[k] = [] }) if key.is_a?(Array)
                # key[r['key']]
              end
        key << col_name if key
        cols = relation[:cols] # relation.fetch(:cols) { relation[:cols] = [] }
        # 'data_type', 'max_length', measure, 'is_nullable'
        cols[col_name] = [r[4], r[5], measures&.include?(col_name), r[8] == 'NO']
        # puts "KEY! #{r['relation_name']}.#{col_name} #{r['key']} #{r['const']}" if r['key']
      end
    end

    # PostGIS adds three views which would confuse Rails if models were to be built for them.
    if ActiveRecord::Base.connection.adapter_name == 'PostgreSQL'
      if relations.key?('geography_columns') && relations.key?('geometry_columns') && relations.key?('spatial_ref_sys')
        (::Brick.config.exclude_tables ||= []) << 'geography_columns'
        ::Brick.config.exclude_tables << 'geometry_columns'
        ::Brick.config.exclude_tables << 'spatial_ref_sys'
      end
    end

    # # Add unique OIDs
    # if ActiveRecord::Base.connection.adapter_name == 'PostgreSQL'
    #   ActiveRecord::Base.execute_sql(
    #     "SELECT c.oid, n.nspname, c.relname
    #     FROM pg_catalog.pg_namespace AS n
    #       INNER JOIN pg_catalog.pg_class AS c ON n.oid = c.relnamespace
    #     WHERE c.relkind IN ('r', 'v')"
    #   ).each do |r|
    #     next if ['pg_catalog', 'information_schema', ''].include?(r['nspname']) ||
    #       ['ar_internal_metadata', 'schema_migrations'].include?(r['relname'])
    #     relation = relations.fetch(r['relname'], nil)
    #     if relation
    #       (relation[:oid] ||= {})[r['nspname']] = r['oid']
    #     else
    #       puts "Where is #{r['nspname']} #{r['relname']} ?"
    #     end
    #   end
    # end
    # schema = ::Brick.default_schema # Reset back for this next round of fun

    # ---------------------------------------------
    # 3. Foreign key info
    # (done in two parts which get JOINed together in Ruby code)
    kcus = nil
    entry_type = nil
    case ActiveRecord::Base.connection.adapter_name
    when 'PostgreSQL', 'Mysql2', 'Trilogy', 'SQLServer'
      # Part 1 -- all KCUs
      sql = "SELECT CONSTRAINT_CATALOG, CONSTRAINT_SCHEMA, CONSTRAINT_NAME, ORDINAL_POSITION,
                    TABLE_NAME, COLUMN_NAME
            FROM INFORMATION_SCHEMA.KEY_COLUMN_USAGE#{"
            WHERE CONSTRAINT_SCHEMA = COALESCE(current_setting('SEARCH_PATH'), 'public')" if is_postgres && schema }#{"
            WHERE CONSTRAINT_SCHEMA = '#{ActiveRecord::Base.connection.current_database&.tr("'", "''")}'" if ActiveRecord::Base.is_mysql
            }"
      kcus = ActiveRecord::Base.execute_sql(sql).each_with_object({}) do |v, s|
               if (entry_type ||= v.is_a?(Array) ? :array : :hash) == :hash
                 key = "#{v['constraint_name']}.#{v['constraint_schema']}.#{v['constraint_catalog']}.#{v['ordinal_position']}"
                 key << ".#{v['table_name']}.#{v['column_name']}" unless is_postgres || is_mssql
                 s[key] = [v['constraint_schema'], v['table_name']]
               else # Array
                 key = "#{v[2]}.#{v[1]}.#{v[0]}.#{v[3]}"
                 key << ".#{v[4]}.#{v[5]}" unless is_postgres || is_mssql
                 s[key] = [v[1], v[4]]
               end
             end

      # Part 2 -- fk_references
      sql = "SELECT kcu.CONSTRAINT_SCHEMA, kcu.TABLE_NAME, kcu.COLUMN_NAME,
          #{# These will get filled in with real values (effectively doing the JOIN in Ruby)
            is_postgres || is_mssql ? 'NULL as primary_schema, NULL as primary_table' :
                                      'kcu.REFERENCED_TABLE_NAME, kcu.REFERENCED_COLUMN_NAME'},
          kcu.CONSTRAINT_NAME AS CONSTRAINT_SCHEMA_FK,
          rc.UNIQUE_CONSTRAINT_NAME, rc.UNIQUE_CONSTRAINT_SCHEMA, rc.UNIQUE_CONSTRAINT_CATALOG, kcu.ORDINAL_POSITION
        FROM INFORMATION_SCHEMA.REFERENTIAL_CONSTRAINTS AS rc
          INNER JOIN INFORMATION_SCHEMA.KEY_COLUMN_USAGE AS kcu
            ON kcu.CONSTRAINT_CATALOG = rc.CONSTRAINT_CATALOG
            AND kcu.CONSTRAINT_SCHEMA = rc.CONSTRAINT_SCHEMA
            AND kcu.CONSTRAINT_NAME = rc.CONSTRAINT_NAME#{"
        WHERE kcu.CONSTRAINT_SCHEMA = COALESCE(current_setting('SEARCH_PATH'), 'public')" if is_postgres && schema}#{"
        WHERE kcu.CONSTRAINT_SCHEMA = '#{ActiveRecord::Base.connection.current_database&.tr("'", "''")}'" if ActiveRecord::Base.is_mysql}"
      fk_references = ActiveRecord::Base.execute_sql(sql)
    when 'SQLite'
      sql = "SELECT NULL AS constraint_schema, m.name, fkl.\"from\", NULL AS primary_schema, fkl.\"table\", m.name || '_' || fkl.\"from\" AS constraint_name
      FROM sqlite_master m
        INNER JOIN pragma_foreign_key_list(m.name) fkl ON m.type = 'table'
      ORDER BY m.name, fkl.seq"
      fk_references = ActiveRecord::Base.execute_sql(sql)
    when 'OracleEnhanced'
      schemas = ::Brick.db_schemas.keys.map { |s| "'#{s}'" }.join(', ')
      sql =
      "SELECT -- fk
             ac.owner AS constraint_schema, acc_fk.table_name, acc_fk.column_name,
             -- referenced pk
             ac.r_owner AS primary_schema, acc_pk.table_name AS primary_table, acc_fk.constraint_name AS constraint_schema_fk
             -- , acc_pk.column_name
      FROM all_cons_columns acc_fk
        INNER JOIN all_constraints ac ON acc_fk.owner = ac.owner
          AND acc_fk.constraint_name = ac.constraint_name
        INNER JOIN all_cons_columns acc_pk ON ac.r_owner = acc_pk.owner
          AND ac.r_constraint_name = acc_pk.constraint_name
      WHERE ac.constraint_type = 'R'
        AND ac.owner IN (#{schemas})
        AND ac.r_owner IN (#{schemas})"
      fk_references = ActiveRecord::Base.execute_sql(sql)
    end
    ::Brick.is_oracle = true if ActiveRecord::Base.connection.adapter_name == 'OracleEnhanced'
    # ::Brick.default_schema ||= schema ||= 'public' if ActiveRecord::Base.connection.adapter_name == 'PostgreSQL'
    ::Brick.default_schema ||= 'public' if is_postgres
    fk_references&.each do |fk|
      fk = fk.values unless fk.is_a?(Array)
      # Virtually JOIN KCUs to fk_references in order to fill in the primary schema and primary table
      kcu_key = "#{fk[6]}.#{fk[7]}.#{fk[8]}.#{fk[9]}"
      kcu_key << ".#{fk[3]}.#{fk[4]}" unless is_postgres || is_mssql
      if (kcu = kcus&.fetch(kcu_key, nil))
        fk[3] = kcu[0]
        fk[4] = kcu[1]
      end
      # Multitenancy makes things a little more general overall, except for non-tenanted tables
      if ::Brick.is_apartment_excluded_table(::Brick.namify(fk[1]))
        fk[0] = ::Brick.apartment_default_tenant
      elsif (is_postgres && (fk[0] == 'public' || (multitenancy && fk[0] == schema))) ||
            (::Brick.is_oracle && fk[0] == schema) ||
            (is_mssql && fk[0] == 'dbo') ||
            (!is_postgres && !::Brick.is_oracle && !is_mssql && ['mysql', 'performance_schema', 'sys'].exclude?(fk[0]))
        fk[0] = nil
      end
      if ::Brick.is_apartment_excluded_table(fk[4])
        fk[3] = ::Brick.apartment_default_tenant
      elsif (is_postgres && (fk[3] == 'public' || (multitenancy && fk[3] == schema))) ||
            (::Brick.is_oracle && fk[3] == schema) ||
            (is_mssql && fk[3] == 'dbo') ||
            (!is_postgres && !::Brick.is_oracle && !is_mssql && ['mysql', 'performance_schema', 'sys'].exclude?(fk[3]))
        fk[3] = nil
      end
      if ::Brick.is_oracle
        fk[1].downcase! if fk[1] =~ /^[A-Z0-9_]+$/
        fk[4].downcase! if fk[4] =~ /^[A-Z0-9_]+$/
        fk[2] = connection.send(:oracle_downcase, fk[2])
      end
      ::Brick._add_bt_and_hm(fk, relations, nil, nil)
    end
    kcus = nil # Allow this large item to be garbage collected
  end

  table_name_lookup = (::Brick.table_name_lookup ||= {})
  relations.each do |k, v|
    next if k.is_a?(Symbol)

    rel_name = k.split('.').map { |rel_part| ::Brick.namify(rel_part, :underscore) }
    schema_names = rel_name[0..-2]
    schema_names.shift if ::Brick.apartment_multitenant && schema_names.first == ::Brick.apartment_default_tenant
    v[:schema] = schema_names.join('.') unless schema_names.empty?
    # %%% If more than one schema has the same table name, will need to add a schema name prefix to have uniqueness
    if (singular = rel_name.last.singularize).blank?
      singular = rel_name.last
    end
    name_parts = if (tnp = ::Brick.config.table_name_prefixes
                                  &.find do |k1, v1|
                                    k.start_with?(k1) &&
                                    ((k.length >= k1.length && v1) ||
                                     (k.length == k1.length && (v1.nil? || v1.start_with?('::'))))
                                  end
                    )&.present?
                   if tnp.last&.start_with?('::') # TNP that points to an exact class?
                     # Had considered:  [tnp.last[2..-1]]
                     [singular]
                   elsif tnp.last
                     v[:auto_prefixed_schema], v[:auto_prefixed_class] = tnp
                     # v[:resource] = rel_name.last[tnp.first.length..-1]
                     [tnp.last, singular[tnp.first.length..-1]]
                   else # Override applying an auto-prefix for any TNP that points to nil
                     [singular]
                   end
                 else
                   # v[:resource] = rel_name.last
                   [singular]
                 end
    proposed_name_parts = (schema_names + name_parts).map { |p| ::Brick.namify(p, :underscore).camelize }
    # Find out if the proposed name leads to a module or class that already exists and is not an AR class
    colliding_thing = nil
    loop do
      klass = Object
      proposed_name_parts.each do |part|
        if klass.const_defined?(part) && klass.name != part
          begin
            klass = klass.const_get(part)
          rescue NoMethodError => e
            klass = nil
            break
          end
        else
          klass = nil
          break
        end
      end
      break if !klass || (klass < ActiveRecord::Base) # Break if all good -- no conflicts

      # Find a unique name since there's already something that's non-AR with that same name
      last_idx = proposed_name_parts.length - 1
      proposed_name_parts[last_idx] = ::Brick.ensure_unique(proposed_name_parts[last_idx], 'X')
      colliding_thing ||= klass
    end
    v[:class_name] = proposed_name_parts.join('::')
    # Was:  v[:resource] = v[:class_name].underscore.tr('/', '.')
    v[:resource] = proposed_name_parts.last.underscore
    if colliding_thing
      message_start = if colliding_thing.is_a?(Module) && Object.const_defined?(:Rails) &&
                         colliding_thing.constants.find { |c| colliding_thing.const_get(c) < ::Rails::Application }
                        "The module for the Rails application itself, \"#{colliding_thing.name}\","
                      else
                        "Non-AR #{colliding_thing.class.name.downcase} \"#{colliding_thing.name}\""
                      end
      puts "WARNING:  #{message_start} already exists.\n  Will set up to auto-create model #{v[:class_name]} for table #{k}."
    end
    # Track anything that's out-of-the-ordinary
    table_name_lookup[v[:class_name]] = k.split('.').last unless v[:class_name].underscore.pluralize == k
  end
  ::Brick.load_additional_references if ::Brick.initializer_loaded

  if is_postgres
    params = []
    ActiveRecord::Base.execute_sql("-- inherited and partitioned tables counts
    SELECT n.nspname, parent.relname,
      ((SUM(child.reltuples::float) / greatest(SUM(child.relpages), 1))) *
      (SUM(pg_relation_size(child.oid))::float / (current_setting('block_size')::float))::integer AS rowcount
    FROM pg_inherits
      INNER JOIN pg_class parent ON pg_inherits.inhparent = parent.oid
      INNER JOIN pg_class child ON pg_inherits.inhrelid = child.oid
      INNER JOIN pg_catalog.pg_namespace n ON n.oid = parent.relnamespace#{
  if schema
    params << schema
    "
    WHERE n.nspname = COALESCE(?, 'public')"
  end}
    GROUP BY n.nspname, parent.relname, child.reltuples, child.relpages, child.oid

    UNION ALL

    -- table count
    SELECT n.nspname, pg_class.relname,
      (pg_class.reltuples::float / greatest(pg_class.relpages, 1)) *
        (pg_relation_size(pg_class.oid)::float / (current_setting('block_size')::float))::integer AS rowcount
    FROM pg_class
      INNER JOIN pg_catalog.pg_namespace n ON n.oid = pg_class.relnamespace#{
  if schema
    params << schema
    "
    WHERE n.nspname = COALESCE(?, 'public')"
  end}
    GROUP BY n.nspname, pg_class.relname, pg_class.reltuples, pg_class.relpages, pg_class.oid", params).each do |tblcount|
      # %%% What is the default schema here?
      prefix = "#{tblcount['nspname']}." unless tblcount['nspname'] == (schema || 'public')
      relations.fetch("#{prefix}#{tblcount['relname']}", nil)&.[]=(:rowcount, tblcount['rowcount'].to_i.round)
    end
  end

  if orig_schema && (orig_schema = (orig_schema - ['pg_catalog', 'pg_toast', 'heroku_ext']).first)
    puts "Now switching back to \"#{orig_schema}\" schema."
    ActiveRecord::Base.execute_sql("SET SEARCH_PATH = ?", orig_schema)
  end
end

.relations ⇒ Object

All tables and views (what Postgres calls “relations” including column and foreign key info)



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# File 'lib/brick.rb', line 149

def relations
  return {} if (ch = ::ActiveRecord::Base.connection_handler).respond_to?(:connection_pool_list) &&
               ch.connection_pool_list.blank?

  # Key our list of relations for this connection off of the connection pool's object_id
  cp_objid = ActiveRecord::Base.connection_pool.object_id
  @relations ||= {}

  # Have we already seen this database? (Perhaps we're connecting to a replica?)
  @relations[cp_objid] ||= if (db_name = ActiveRecord::Base.connection&.instance_variable_get(:@config)&.fetch(:database, nil)) &&
                              !@relations.key?(cp_objid) &&
                              (existing = @relations.find { |_k, v| v.fetch(:db_name, nil) == db_name })
                             existing.last
                           else
                             Hash.new { |h, k| h[k] = Hash.new { |h, k| h[k] = {} } }.tap do |h|
                               h[:db_name] = db_name if db_name
                             end
                           end
rescue ActiveRecord::NoDatabaseError
  {}
end

.retrieve_schema_and_tables(sql = nil, is_postgres = nil, is_mssql = nil, schema = nil) ⇒ Object 



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# File 'lib/brick/reflect_tables.rb', line 468

def retrieve_schema_and_tables(sql = nil, is_postgres = nil, is_mssql = nil, schema = nil)
  is_mssql = ActiveRecord::Base.connection.adapter_name == 'SQLServer' if is_mssql.nil?
  params = ar_tables
  sql ||= "SELECT t.table_schema AS \"schema\", t.table_name AS relation_name, t.table_type,#{"
    pg_catalog.obj_description(
      ('\"' || t.table_schema || '\".\"' || t.table_name || '\"')::regclass::oid, 'pg_class'
    ) AS table_description,
    pg_catalog.col_description(
      ('\"' || t.table_schema || '\".\"' || t.table_name || '\"')::regclass::oid, c.ordinal_position
    ) AS column_description," if is_postgres}
    c.column_name, #{is_postgres ? "CASE c.data_type WHEN 'USER-DEFINED' THEN pg_t.typname ELSE c.data_type END AS data_type" : 'c.data_type'},
    COALESCE(c.character_maximum_length, c.numeric_precision) AS max_length,
    kcu.constraint_type AS const, kcu.constraint_name AS \"key\",
    c.is_nullable
  FROM INFORMATION_SCHEMA.tables AS t
    LEFT OUTER JOIN INFORMATION_SCHEMA.columns AS c ON t.table_schema = c.table_schema
      AND t.table_name = c.table_name
      LEFT OUTER JOIN
      (SELECT kcu1.constraint_schema, kcu1.table_name, kcu1.column_name, kcu1.ordinal_position,
      tc.constraint_type, kcu1.constraint_name
      FROM INFORMATION_SCHEMA.KEY_COLUMN_USAGE AS kcu1
      INNER JOIN INFORMATION_SCHEMA.table_constraints AS tc
        ON kcu1.CONSTRAINT_SCHEMA = tc.CONSTRAINT_SCHEMA
        AND kcu1.TABLE_NAME = tc.TABLE_NAME
        AND kcu1.CONSTRAINT_NAME = tc.constraint_name
        AND tc.constraint_type != 'FOREIGN KEY' -- For MSSQL
      ) AS kcu ON
      -- kcu.CONSTRAINT_CATALOG = t.table_catalog AND
      kcu.CONSTRAINT_SCHEMA = c.table_schema
      AND kcu.TABLE_NAME = c.table_name
      AND kcu.column_name = c.column_name#{"
  --    AND kcu.position_in_unique_constraint IS NULL" unless is_mssql}#{"
    INNER JOIN pg_catalog.pg_namespace pg_n ON pg_n.nspname = t.table_schema
    INNER JOIN pg_catalog.pg_class pg_c ON pg_n.oid = pg_c.relnamespace AND pg_c.relname = c.table_name
    INNER JOIN pg_catalog.pg_attribute pg_a ON pg_c.oid = pg_a.attrelid AND pg_a.attname = c.column_name
    INNER JOIN pg_catalog.pg_type pg_t ON pg_t.oid = pg_a.atttypid" if is_postgres}
  WHERE t.table_schema #{is_postgres || is_mssql ?
      "NOT IN ('information_schema', 'pg_catalog', 'pg_toast', 'heroku_ext',
               'INFORMATION_SCHEMA', 'sys')"
      :
      "= '#{ActiveRecord::Base.connection.current_database&.tr("'", "''")}'"}#{
  if is_postgres && schema
    params = params.unshift(schema) # Used to use this SQL:  current_setting('SEARCH_PATH')
    "
    AND t.table_schema = COALESCE(?, 'public')"
  end}
--          AND t.table_type IN ('VIEW') -- 'BASE TABLE', 'FOREIGN TABLE'
    AND t.table_name NOT IN ('pg_stat_statements', ?, ?)
  ORDER BY 1, t.table_type DESC, 2, c.ordinal_position"
  ActiveRecord::Base.execute_sql(sql, *params)
end

.schema_behavior=(behavior) ⇒ Object

Database schema to use when analysing existing data, such as deriving a list of polymorphic classes for polymorphics in which it wasn’t originally specified.



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# File 'lib/brick.rb', line 609

def schema_behavior=(behavior)
  Brick.config.schema_behavior = (behavior.is_a?(Symbol) ? { behavior => nil } : behavior)
end

.schema_behaviour=(behavior) ⇒ Object

For any Brits out there



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# File 'lib/brick.rb', line 613

def schema_behaviour=(behavior)
  Brick.schema_behavior = behavior
end

.serializer ⇒ Object

Get the Brick serializer used by all threads.



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# File 'lib/brick.rb', line 720

def serializer
  Brick.config.serializer
end

.serializer=(value) ⇒ Object

Set the Brick serializer. This setting affects all threads.



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# File 'lib/brick.rb', line 714

def serializer=(value)
  Brick.config.serializer = value
end

.set_db_schema(params = nil) ⇒ Object 



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# File 'lib/brick.rb', line 125

def set_db_schema(params = nil)
  # If Apartment::Tenant.current is not still the default (usually 'public') then an elevator has brought us into
  # a different tenant.  If so then don't allow schema navigation.
  if ActiveRecord::Base.connection.adapter_name == 'PostgreSQL' && apartment_multitenant
    current_schema = (ActiveRecord::Base.execute_sql('SELECT current_schemas(true)')
                                        .first['current_schemas'][1..-2]
                                        .split(',') - ['pg_catalog', 'pg_toast', 'heroku_ext']).first
    is_show_schema_list = current_schema == ::Brick.default_schema
    schema = (is_show_schema_list && params && params['_brick_schema']) || ::Brick.default_schema
    chosen = if is_show_schema_list && ::Brick.db_schemas&.key?(schema)
               Apartment::Tenant.switch!(schema)
               schema
             elsif ::Brick.test_schema
               is_show_schema_list = true
               Apartment::Tenant.switch!(::Brick.test_schema)
               ::Brick.test_schema
             else
               current_schema # Just return the current schema
             end
  end
  [chosen == ::Brick.default_schema ? nil : chosen, is_show_schema_list]
end

.sidescroll=(scroll) ⇒ Object 



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# File 'lib/brick.rb', line 590

def sidescroll=(scroll)
  Brick.config.sidescroll = scroll
end

.skip_database_views=(value) ⇒ Object 



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# File 'lib/brick.rb', line 447

def skip_database_views=(value)
  Brick.config.skip_database_views = value
end

.skip_index_hms=(value) ⇒ Object

Skip showing counts for these specific has_many associations when building auto-generated #index views



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# File 'lib/brick.rb', line 541

def skip_index_hms=(value)
  Brick.config.skip_index_hms = value
end

.sti_models ⇒ Object 



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# File 'lib/brick.rb', line 102

def sti_models
  @sti_models ||= {}
end

.sti_namespace_prefixes=(snp) ⇒ Object

Module prefixes to build out and associate with specific base STI models



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# File 'lib/brick.rb', line 602

def sti_namespace_prefixes=(snp)
  Brick.config.sti_namespace_prefixes = snp
end

.sti_type_column=(type_col) ⇒ Object 



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# File 'lib/brick.rb', line 617

def sti_type_column=(type_col)
  Brick.config.sti_type_column = (type_col.is_a?(String) ? { type_col => nil } : type_col)
end

.swagger_endpoint(url, name) ⇒ Object

Add a swagger endpoint in the same kind of way that RSwag UI does



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# File 'lib/brick.rb', line 339

def swagger_endpoint(url, name)
  @swagger_endpoints ||= []
  @swagger_endpoints << { url: url, name: name }
end

.table_name_prefixes=(value) ⇒ Object 



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# File 'lib/brick.rb', line 467

def table_name_prefixes=(value)
  Brick.config.table_name_prefixes = value
end

.treat_as_associative=(tables) ⇒ Object

Tables to treat as associative, even when they have data columns



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# File 'lib/brick.rb', line 574

def treat_as_associative=(tables)
  Brick.config.treat_as_associative = tables
end

.treat_as_module=(value) ⇒ Object

Causes Decidim to work with this line: Brick.treat_as_module = [‘Decidim::ContentBlocks’]



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# File 'lib/brick.rb', line 473

def treat_as_module=(value)
  Brick.config.treat_as_module = value
end

.unexclude_column(table, col) ⇒ Object 



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# File 'lib/brick.rb', line 333

def unexclude_column(table, col)
  puts "Unexcluding #{table}.#{col}"
  true
end

.version ⇒ Object 



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# File 'lib/brick.rb', line 734

def version
  VERSION::STRING
end