jro_apps/redmine Commit - r10873:77f6b404fac5

Make sure we don't cast an empty string to numeric (#12713)....

Jean-Philippe Lang -

r10873:77f6b404fac5

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r10873:77f6b404fac5

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app/models/custom_field.rb +2 -2

             # Redmine - project management software
             # Copyright (C) 2006-2012  Jean-Philippe Lang
             #
             # This program is free software; you can redistribute it and/or
             # modify it under the terms of the GNU General Public License
             # as published by the Free Software Foundation; either version 2
             # of the License, or (at your option) any later version.
             #
             # This program is distributed in the hope that it will be useful,
             # but WITHOUT ANY WARRANTY; without even the implied warranty of
             # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
             # GNU General Public License for more details.
             #
             # You should have received a copy of the GNU General Public License
             # along with this program; if not, write to the Free Software
             # Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301, USA.
             class CustomField < ActiveRecord::Base
               include Redmine::SubclassFactory
               has_many :custom_values, :dependent => :delete_all
               acts_as_list :scope => 'type = \'#{self.class}\''
               serialize :possible_values
               validates_presence_of :name, :field_format
               validates_uniqueness_of :name, :scope => :type
               validates_length_of :name, :maximum => 30
               validates_inclusion_of :field_format, :in => Redmine::CustomFieldFormat.available_formats
               validate :validate_custom_field
               before_validation :set_searchable
               scope :sorted, lambda { order("#{table_name}.position ASC") }
               CUSTOM_FIELDS_TABS = [
                 {:name => 'IssueCustomField', :partial => 'custom_fields/index',
                  :label => :label_issue_plural},
                 {:name => 'TimeEntryCustomField', :partial => 'custom_fields/index',
                  :label => :label_spent_time},
                 {:name => 'ProjectCustomField', :partial => 'custom_fields/index',
                  :label => :label_project_plural},
                 {:name => 'VersionCustomField', :partial => 'custom_fields/index',
                  :label => :label_version_plural},
                 {:name => 'UserCustomField', :partial => 'custom_fields/index',
                  :label => :label_user_plural},
                 {:name => 'GroupCustomField', :partial => 'custom_fields/index',
                  :label => :label_group_plural},
                 {:name => 'TimeEntryActivityCustomField', :partial => 'custom_fields/index',
                  :label => TimeEntryActivity::OptionName},
                 {:name => 'IssuePriorityCustomField', :partial => 'custom_fields/index',
                  :label => IssuePriority::OptionName},
                 {:name => 'DocumentCategoryCustomField', :partial => 'custom_fields/index',
                  :label => DocumentCategory::OptionName}
               ]
               CUSTOM_FIELDS_NAMES = CUSTOM_FIELDS_TABS.collect{|v| v[:name]}
               def field_format=(arg)
                 # cannot change format of a saved custom field
                 super if new_record?
               end
               def set_searchable
                 # make sure these fields are not searchable
                 self.searchable = false if %w(int float date bool).include?(field_format)
                 # make sure only these fields can have multiple values
                 self.multiple = false unless %w(list user version).include?(field_format)
                 true
               end
               def validate_custom_field
                 if self.field_format == "list"
                   errors.add(:possible_values, :blank) if self.possible_values.nil? || self.possible_values.empty?
                   errors.add(:possible_values, :invalid) unless self.possible_values.is_a? Array
                 end
                 if regexp.present?
                   begin
                     Regexp.new(regexp)
                   rescue
                     errors.add(:regexp, :invalid)
                   end
                 end
                 if default_value.present? && !valid_field_value?(default_value)
                   errors.add(:default_value, :invalid)
                 end
               end
               def possible_values_options(obj=nil)
                 case field_format
                 when 'user', 'version'
                   if obj.respond_to?(:project) && obj.project
                     case field_format
                     when 'user'
                       obj.project.users.sort.collect {|u| [u.to_s, u.id.to_s]}
                     when 'version'
                       obj.project.shared_versions.sort.collect {|u| [u.to_s, u.id.to_s]}
                     end
                   elsif obj.is_a?(Array)
                     obj.collect {|o| possible_values_options(o)}.reduce(:&)
                   else
                     []
                   end
                 when 'bool'
                   [[l(:general_text_Yes), '1'], [l(:general_text_No), '0']]
                 else
                   possible_values || []
                 end
               end
               def possible_values(obj=nil)
                 case field_format
                 when 'user', 'version'
                   possible_values_options(obj).collect(&:last)
                 when 'bool'
                   ['1', '0']
                 else
                   values = super()
                   if values.is_a?(Array)
                     values.each do |value|
                       value.force_encoding('UTF-8') if value.respond_to?(:force_encoding)
                     end
                   end
                   values || []
                 end
               end
               # Makes possible_values accept a multiline string
               def possible_values=(arg)
                 if arg.is_a?(Array)
                   super(arg.compact.collect(&:strip).select {|v| !v.blank?})
                 else
                   self.possible_values = arg.to_s.split(/[\n\r]+/)
                 end
               end
               def cast_value(value)
                 casted = nil
                 unless value.blank?
                   case field_format
                   when 'string', 'text', 'list'
                     casted = value
                   when 'date'
                     casted = begin; value.to_date; rescue; nil end
                   when 'bool'
                     casted = (value == '1' ? true : false)
                   when 'int'
                     casted = value.to_i
                   when 'float'
                     casted = value.to_f
                   when 'user', 'version'
                     casted = (value.blank? ? nil : field_format.classify.constantize.find_by_id(value.to_i))
                   end
                 end
                 casted
               end
               def value_from_keyword(keyword, customized)
                 possible_values_options = possible_values_options(customized)
                 if possible_values_options.present?
                   keyword = keyword.to_s.downcase
                   if v = possible_values_options.detect {|text, id| text.downcase == keyword}
                     if v.is_a?(Array)
                       v.last
                     else
                       v
                     end
                   end
                 else
                   keyword
                 end
               end
               # Returns a ORDER BY clause that can used to sort customized
               # objects by their value of the custom field.
               # Returns nil if the custom field can not be used for sorting.
               def order_statement
                 return nil if multiple?
                 case field_format
                   when 'string', 'text', 'list', 'date', 'bool'
                     # COALESCE is here to make sure that blank and NULL values are sorted equally
                     "COALESCE(#{join_alias}.value, '')"
                   when 'int', 'float'
                     # Make the database cast values into numeric
                     # Postgresql will raise an error if a value can not be casted!
                     # CustomValue validations should ensure that it doesn't occur
-                    "CAST(#{join_alias}.value AS decimal(30,3))"
+                    "CAST(CASE #{join_alias}.value WHEN '' THEN '0' ELSE #{join_alias}.value END AS decimal(30,3))"
                   when 'user', 'version'
                     value_class.fields_for_order_statement(value_join_alias)
                   else
                     nil
                 end
               end
               # Returns a GROUP BY clause that can used to group by custom value
               # Returns nil if the custom field can not be used for grouping.
               def group_statement
                 return nil if multiple?
                 case field_format
                   when 'list', 'date', 'bool', 'int'
                     order_statement
                   when 'user', 'version'
                     "COALESCE(#{join_alias}.value, '')"
                   else
                     nil
                 end
               end
               def join_for_order_statement
                 case field_format
                   when 'user', 'version'
                     "LEFT OUTER JOIN #{CustomValue.table_name} #{join_alias}" +
                       " ON #{join_alias}.customized_type = '#{self.class.customized_class.base_class.name}'" +
                       " AND #{join_alias}.customized_id = #{self.class.customized_class.table_name}.id" +
                       " AND #{join_alias}.custom_field_id = #{id}" +
                       " AND #{join_alias}.value <> ''" +
                       " AND #{join_alias}.id = (SELECT max(#{join_alias}_2.id) FROM #{CustomValue.table_name} #{join_alias}_2" +
                         " WHERE #{join_alias}_2.customized_type = #{join_alias}.customized_type" +
                         " AND #{join_alias}_2.customized_id = #{join_alias}.customized_id" +
                         " AND #{join_alias}_2.custom_field_id = #{join_alias}.custom_field_id)" +
                       " LEFT OUTER JOIN #{value_class.table_name} #{value_join_alias}" +
-                      " ON CAST(#{join_alias}.value as decimal(30,0)) = #{value_join_alias}.id"
+                      " ON CAST(CASE #{join_alias}.value WHEN '' THEN '0' ELSE #{join_alias}.value END AS decimal(30,0)) = #{value_join_alias}.id"
                   when 'int', 'float'
                     "LEFT OUTER JOIN #{CustomValue.table_name} #{join_alias}" +
                       " ON #{join_alias}.customized_type = '#{self.class.customized_class.base_class.name}'" +
                       " AND #{join_alias}.customized_id = #{self.class.customized_class.table_name}.id" +
                       " AND #{join_alias}.custom_field_id = #{id}" +
                       " AND #{join_alias}.value <> ''" +
                       " AND #{join_alias}.id = (SELECT max(#{join_alias}_2.id) FROM #{CustomValue.table_name} #{join_alias}_2" +
                         " WHERE #{join_alias}_2.customized_type = #{join_alias}.customized_type" +
                         " AND #{join_alias}_2.customized_id = #{join_alias}.customized_id" +
                         " AND #{join_alias}_2.custom_field_id = #{join_alias}.custom_field_id)"
                   when 'string', 'text', 'list', 'date', 'bool'
                     "LEFT OUTER JOIN #{CustomValue.table_name} #{join_alias}" +
                       " ON #{join_alias}.customized_type = '#{self.class.customized_class.base_class.name}'" +
                       " AND #{join_alias}.customized_id = #{self.class.customized_class.table_name}.id" +
                       " AND #{join_alias}.custom_field_id = #{id}" +
                       " AND #{join_alias}.id = (SELECT max(#{join_alias}_2.id) FROM #{CustomValue.table_name} #{join_alias}_2" +
                         " WHERE #{join_alias}_2.customized_type = #{join_alias}.customized_type" +
                         " AND #{join_alias}_2.customized_id = #{join_alias}.customized_id" +
                         " AND #{join_alias}_2.custom_field_id = #{join_alias}.custom_field_id)"
                   else
                     nil
                 end
               end
               def join_alias
                 "cf_#{id}"
               end
               def value_join_alias
                 join_alias + "_" + field_format
               end
               def <=>(field)
                 position <=> field.position
               end
               # Returns the class that values represent
               def value_class
                 case field_format
                   when 'user', 'version'
                     field_format.classify.constantize
                   else
                     nil
                 end
               end
               def self.customized_class
                 self.name =~ /^(.+)CustomField$/
                 begin; $1.constantize; rescue nil; end
               end
               # to move in project_custom_field
               def self.for_all
                 where(:is_for_all => true).order('position').all
               end
               def type_name
                 nil
               end
               # Returns the error messages for the given value
               # or an empty array if value is a valid value for the custom field
               def validate_field_value(value)
                 errs = []
                 if value.is_a?(Array)
                   if !multiple?
                     errs << ::I18n.t('activerecord.errors.messages.invalid')
                   end
                   if is_required? && value.detect(&:present?).nil?
                     errs << ::I18n.t('activerecord.errors.messages.blank')
                   end
                   value.each {|v| errs += validate_field_value_format(v)}
                 else
                   if is_required? && value.blank?
                     errs << ::I18n.t('activerecord.errors.messages.blank')
                   end
                   errs += validate_field_value_format(value)
                 end
                 errs
               end
               # Returns true if value is a valid value for the custom field
               def valid_field_value?(value)
                 validate_field_value(value).empty?
               end
               def format_in?(*args)
                 args.include?(field_format)
               end
               protected
               # Returns the error message for the given value regarding its format
               def validate_field_value_format(value)
                 errs = []
                 if value.present?
                   errs << ::I18n.t('activerecord.errors.messages.invalid') unless regexp.blank? or value =~ Regexp.new(regexp)
                   errs << ::I18n.t('activerecord.errors.messages.too_short', :count => min_length) if min_length > 0 and value.length < min_length
                   errs << ::I18n.t('activerecord.errors.messages.too_long', :count => max_length) if max_length > 0 and value.length > max_length
                   # Format specific validations
                   case field_format
                   when 'int'
                     errs << ::I18n.t('activerecord.errors.messages.not_a_number') unless value =~ /^[+-]?\d+$/
                   when 'float'
                     begin; Kernel.Float(value); rescue; errs << ::I18n.t('activerecord.errors.messages.invalid') end
                   when 'date'
                     errs << ::I18n.t('activerecord.errors.messages.not_a_date') unless value =~ /^\d{4}-\d{2}-\d{2}$/ && begin; value.to_date; rescue; false end
                   when 'list'
                     errs << ::I18n.t('activerecord.errors.messages.inclusion') unless possible_values.include?(value)
                   end
                 end
                 errs
               end
             end

app/models/query.rb +5 -5

             # Redmine - project management software
             # Copyright (C) 2006-2012  Jean-Philippe Lang
             #
             # This program is free software; you can redistribute it and/or
             # modify it under the terms of the GNU General Public License
             # as published by the Free Software Foundation; either version 2
             # of the License, or (at your option) any later version.
             #
             # This program is distributed in the hope that it will be useful,
             # but WITHOUT ANY WARRANTY; without even the implied warranty of
             # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
             # GNU General Public License for more details.
             #
             # You should have received a copy of the GNU General Public License
             # along with this program; if not, write to the Free Software
             # Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301, USA.
             class QueryColumn
               attr_accessor :name, :sortable, :groupable, :default_order
               include Redmine::I18n
               def initialize(name, options={})
                 self.name = name
                 self.sortable = options[:sortable]
                 self.groupable = options[:groupable] || false
                 if groupable == true
                   self.groupable = name.to_s
                 end
                 self.default_order = options[:default_order]
                 @inline = options.key?(:inline) ? options[:inline] : true
                 @caption_key = options[:caption] || "field_#{name}"
               end
               def caption
                 l(@caption_key)
               end
               # Returns true if the column is sortable, otherwise false
               def sortable?
                 !@sortable.nil?
               end
               def sortable
                 @sortable.is_a?(Proc) ? @sortable.call : @sortable
               end
               def inline?
                 @inline
               end
               def value(object)
                 object.send name
               end
               def css_classes
                 name
               end
             end
             class QueryCustomFieldColumn < QueryColumn
               def initialize(custom_field)
                 self.name = "cf_#{custom_field.id}".to_sym
                 self.sortable = custom_field.order_statement || false
                 self.groupable = custom_field.group_statement || false
                 @inline = true
                 @cf = custom_field
               end
               def caption
                 @cf.name
               end
               def custom_field
                 @cf
               end
               def value(object)
                 cv = object.custom_values.select {|v| v.custom_field_id == @cf.id}.collect {|v| @cf.cast_value(v.value)}
                 cv.size > 1 ? cv.sort {|a,b| a.to_s <=> b.to_s} : cv.first
               end
               def css_classes
                 @css_classes ||= "#{name} #{@cf.field_format}"
               end
             end
             class Query < ActiveRecord::Base
               class StatementInvalid < ::ActiveRecord::StatementInvalid
               end
               belongs_to :project
               belongs_to :user
               serialize :filters
               serialize :column_names
               serialize :sort_criteria, Array
               attr_protected :project_id, :user_id
               validates_presence_of :name
               validates_length_of :name, :maximum => 255
               validate :validate_query_filters
               class_attribute :operators
               self.operators = {
                 "="   => :label_equals,
                 "!"   => :label_not_equals,
                 "o"   => :label_open_issues,
                 "c"   => :label_closed_issues,
                 "!*"  => :label_none,
                 "*"   => :label_any,
                 ">="  => :label_greater_or_equal,
                 "<="  => :label_less_or_equal,
                 "><"  => :label_between,
                 "<t+" => :label_in_less_than,
                 ">t+" => :label_in_more_than,
                 "><t+"=> :label_in_the_next_days,
                 "t+"  => :label_in,
                 "t"   => :label_today,
                 "ld"  => :label_yesterday,
                 "w"   => :label_this_week,
                 "lw"  => :label_last_week,
                 "l2w" => [:label_last_n_weeks, {:count => 2}],
                 "m"   => :label_this_month,
                 "lm"  => :label_last_month,
                 "y"   => :label_this_year,
                 ">t-" => :label_less_than_ago,
                 "<t-" => :label_more_than_ago,
                 "><t-"=> :label_in_the_past_days,
                 "t-"  => :label_ago,
                 "~"   => :label_contains,
                 "!~"  => :label_not_contains,
                 "=p"  => :label_any_issues_in_project,
                 "=!p" => :label_any_issues_not_in_project,
                 "!p"  => :label_no_issues_in_project
               }
               class_attribute :operators_by_filter_type
               self.operators_by_filter_type = {
                 :list => [ "=", "!" ],
                 :list_status => [ "o", "=", "!", "c", "*" ],
                 :list_optional => [ "=", "!", "!*", "*" ],
                 :list_subprojects => [ "*", "!*", "=" ],
                 :date => [ "=", ">=", "<=", "><", "<t+", ">t+", "><t+", "t+", "t", "ld", "w", "lw", "l2w", "m", "lm", "y", ">t-", "<t-", "><t-", "t-", "!*", "*" ],
                 :date_past => [ "=", ">=", "<=", "><", ">t-", "<t-", "><t-", "t-", "t", "ld", "w", "lw", "l2w", "m", "lm", "y", "!*", "*" ],
                 :string => [ "=", "~", "!", "!~", "!*", "*" ],
                 :text => [  "~", "!~", "!*", "*" ],
                 :integer => [ "=", ">=", "<=", "><", "!*", "*" ],
                 :float => [ "=", ">=", "<=", "><", "!*", "*" ],
                 :relation => ["=", "=p", "=!p", "!p", "!*", "*"]
               }
               class_attribute :available_columns
               self.available_columns = []
               class_attribute :queried_class
               def queried_table_name
                 @queried_table_name ||= self.class.queried_class.table_name
               end
               def initialize(attributes=nil, *args)
                 super attributes
                 @is_for_all = project.nil?
               end
               # Builds the query from the given params
               def build_from_params(params)
                 if params[:fields] || params[:f]
                   self.filters = {}
                   add_filters(params[:fields] || params[:f], params[:operators] || params[:op], params[:values] || params[:v])
                 else
                   available_filters.keys.each do |field|
                     add_short_filter(field, params[field]) if params[field]
                   end
                 end
                 self.group_by = params[:group_by] || (params[:query] && params[:query][:group_by])
                 self.column_names = params[:c] || (params[:query] && params[:query][:column_names])
                 self
               end
               # Builds a new query from the given params and attributes
               def self.build_from_params(params, attributes={})
                 new(attributes).build_from_params(params)
               end
               def validate_query_filters
                 filters.each_key do |field|
                   if values_for(field)
                     case type_for(field)
                     when :integer
                       add_filter_error(field, :invalid) if values_for(field).detect {|v| v.present? && !v.match(/^[+-]?\d+$/) }
                     when :float
                       add_filter_error(field, :invalid) if values_for(field).detect {|v| v.present? && !v.match(/^[+-]?\d+(\.\d*)?$/) }
                     when :date, :date_past
                       case operator_for(field)
                       when "=", ">=", "<=", "><"
                         add_filter_error(field, :invalid) if values_for(field).detect {|v| v.present? && (!v.match(/^\d{4}-\d{2}-\d{2}$/) || (Date.parse(v) rescue nil).nil?) }
                       when ">t-", "<t-", "t-", ">t+", "<t+", "t+", "><t+", "><t-"
                         add_filter_error(field, :invalid) if values_for(field).detect {|v| v.present? && !v.match(/^\d+$/) }
                       end
                     end
                   end
                   add_filter_error(field, :blank) unless
                       # filter requires one or more values
                       (values_for(field) and !values_for(field).first.blank?) or
                       # filter doesn't require any value
                       ["o", "c", "!*", "*", "t", "ld", "w", "lw", "l2w", "m", "lm", "y"].include? operator_for(field)
                 end if filters
               end
               def add_filter_error(field, message)
                 m = label_for(field) + " " + l(message, :scope => 'activerecord.errors.messages')
                 errors.add(:base, m)
               end
               def editable_by?(user)
                 return false unless user
                 # Admin can edit them all and regular users can edit their private queries
                 return true if user.admin? || (!is_public && self.user_id == user.id)
                 # Members can not edit public queries that are for all project (only admin is allowed to)
                 is_public && !@is_for_all && user.allowed_to?(:manage_public_queries, project)
               end
               def trackers
                 @trackers ||= project.nil? ? Tracker.sorted.all : project.rolled_up_trackers
               end
               # Returns a hash of localized labels for all filter operators
               def self.operators_labels
                 operators.inject({}) {|h, operator| h[operator.first] = l(*operator.last); h}
               end
               # Returns a representation of the available filters for JSON serialization
               def available_filters_as_json
                 json = {}
                 available_filters.each do |field, options|
                   json[field] = options.slice(:type, :name, :values).stringify_keys
                 end
                 json
               end
               def all_projects
                 @all_projects ||= Project.visible.all
               end
               def all_projects_values
                 return @all_projects_values if @all_projects_values
                 values = []
                 Project.project_tree(all_projects) do |p, level|
                   prefix = (level > 0 ? ('--' * level + ' ') : '')
                   values << ["#{prefix}#{p.name}", p.id.to_s]
                 end
                 @all_projects_values = values
               end
               def add_filter(field, operator, values=nil)
                 # values must be an array
                 return unless values.nil? || values.is_a?(Array)
                 # check if field is defined as an available filter
                 if available_filters.has_key? field
                   filter_options = available_filters[field]
                   filters[field] = {:operator => operator, :values => (values || [''])}
                 end
               end
               def add_short_filter(field, expression)
                 return unless expression && available_filters.has_key?(field)
                 field_type = available_filters[field][:type]
                 operators_by_filter_type[field_type].sort.reverse.detect do |operator|
                   next unless expression =~ /^#{Regexp.escape(operator)}(.*)$/
                   add_filter field, operator, $1.present? ? $1.split('|') : ['']
                 end || add_filter(field, '=', expression.split('|'))
               end
               # Add multiple filters using +add_filter+
               def add_filters(fields, operators, values)
                 if fields.is_a?(Array) && operators.is_a?(Hash) && (values.nil? || values.is_a?(Hash))
                   fields.each do |field|
                     add_filter(field, operators[field], values && values[field])
                   end
                 end
               end
               def has_filter?(field)
                 filters and filters[field]
               end
               def type_for(field)
                 available_filters[field][:type] if available_filters.has_key?(field)
               end
               def operator_for(field)
                 has_filter?(field) ? filters[field][:operator] : nil
               end
               def values_for(field)
                 has_filter?(field) ? filters[field][:values] : nil
               end
               def value_for(field, index=0)
                 (values_for(field) || [])[index]
               end
               def label_for(field)
                 label = available_filters[field][:name] if available_filters.has_key?(field)
                 label ||= l("field_#{field.to_s.gsub(/_id$/, '')}", :default => field)
               end
               def self.add_available_column(column)
                 self.available_columns << (column) if column.is_a?(QueryColumn)
               end
               # Returns an array of columns that can be used to group the results
               def groupable_columns
                 available_columns.select {|c| c.groupable}
               end
               # Returns a Hash of columns and the key for sorting
               def sortable_columns
                 available_columns.inject({}) {|h, column|
                   h[column.name.to_s] = column.sortable
                   h
                 }
               end
               def columns
                 # preserve the column_names order
                 (has_default_columns? ? default_columns_names : column_names).collect do |name|
                    available_columns.find { |col| col.name == name }
                 end.compact
               end
               def inline_columns
                 columns.select(&:inline?)
               end
               def block_columns
                 columns.reject(&:inline?)
               end
               def available_inline_columns
                 available_columns.select(&:inline?)
               end
               def available_block_columns
                 available_columns.reject(&:inline?)
               end
               def default_columns_names
                 []
               end
               def column_names=(names)
                 if names
                   names = names.select {|n| n.is_a?(Symbol) || !n.blank? }
                   names = names.collect {|n| n.is_a?(Symbol) ? n : n.to_sym }
                   # Set column_names to nil if default columns
                   if names == default_columns_names
                     names = nil
                   end
                 end
                 write_attribute(:column_names, names)
               end
               def has_column?(column)
                 column_names && column_names.include?(column.is_a?(QueryColumn) ? column.name : column)
               end
               def has_default_columns?
                 column_names.nil? || column_names.empty?
               end
               def sort_criteria=(arg)
                 c = []
                 if arg.is_a?(Hash)
                   arg = arg.keys.sort.collect {|k| arg[k]}
                 end
                 c = arg.select {|k,o| !k.to_s.blank?}.slice(0,3).collect {|k,o| [k.to_s, (o == 'desc' || o == false) ? 'desc' : 'asc']}
                 write_attribute(:sort_criteria, c)
               end
               def sort_criteria
                 read_attribute(:sort_criteria) || []
               end
               def sort_criteria_key(arg)
                 sort_criteria && sort_criteria[arg] && sort_criteria[arg].first
               end
               def sort_criteria_order(arg)
                 sort_criteria && sort_criteria[arg] && sort_criteria[arg].last
               end
               def sort_criteria_order_for(key)
                 sort_criteria.detect {|k, order| key.to_s == k}.try(:last)
               end
               # Returns the SQL sort order that should be prepended for grouping
               def group_by_sort_order
                 if grouped? && (column = group_by_column)
                   order = sort_criteria_order_for(column.name) || column.default_order
                   column.sortable.is_a?(Array) ?
                     column.sortable.collect {|s| "#{s} #{order}"}.join(',') :
                     "#{column.sortable} #{order}"
                 end
               end
               # Returns true if the query is a grouped query
               def grouped?
                 !group_by_column.nil?
               end
               def group_by_column
                 groupable_columns.detect {|c| c.groupable && c.name.to_s == group_by}
               end
               def group_by_statement
                 group_by_column.try(:groupable)
               end
               def project_statement
                 project_clauses = []
                 if project && !project.descendants.active.empty?
                   ids = [project.id]
                   if has_filter?("subproject_id")
                     case operator_for("subproject_id")
                     when '='
                       # include the selected subprojects
                       ids += values_for("subproject_id").each(&:to_i)
                     when '!*'
                       # main project only
                     else
                       # all subprojects
                       ids += project.descendants.collect(&:id)
                     end
                   elsif Setting.display_subprojects_issues?
                     ids += project.descendants.collect(&:id)
                   end
                   project_clauses << "#{Project.table_name}.id IN (%s)" % ids.join(',')
                 elsif project
                   project_clauses << "#{Project.table_name}.id = %d" % project.id
                 end
                 project_clauses.any? ? project_clauses.join(' AND ') : nil
               end
               def statement
                 # filters clauses
                 filters_clauses = []
                 filters.each_key do |field|
                   next if field == "subproject_id"
                   v = values_for(field).clone
                   next unless v and !v.empty?
                   operator = operator_for(field)
                   # "me" value subsitution
                   if %w(assigned_to_id author_id user_id watcher_id).include?(field)
                     if v.delete("me")
                       if User.current.logged?
                         v.push(User.current.id.to_s)
                         v += User.current.group_ids.map(&:to_s) if field == 'assigned_to_id'
                       else
                         v.push("0")
                       end
                     end
                   end
                   if field == 'project_id'
                     if v.delete('mine')
                       v += User.current.memberships.map(&:project_id).map(&:to_s)
                     end
                   end
                   if field =~ /cf_(\d+)$/
                     # custom field
                     filters_clauses << sql_for_custom_field(field, operator, v, $1)
                   elsif respond_to?("sql_for_#{field}_field")
                     # specific statement
                     filters_clauses << send("sql_for_#{field}_field", field, operator, v)
                   else
                     # regular field
                     filters_clauses << '(' + sql_for_field(field, operator, v, queried_table_name, field) + ')'
                   end
                 end if filters and valid?
                 filters_clauses << project_statement
                 filters_clauses.reject!(&:blank?)
                 filters_clauses.any? ? filters_clauses.join(' AND ') : nil
               end
               private
               def sql_for_custom_field(field, operator, value, custom_field_id)
                 db_table = CustomValue.table_name
                 db_field = 'value'
                 filter = @available_filters[field]
                 return nil unless filter
                 if filter[:format] == 'user'
                   if value.delete('me')
                     value.push User.current.id.to_s
                   end
                 end
                 not_in = nil
                 if operator == '!'
                   # Makes ! operator work for custom fields with multiple values
                   operator = '='
                   not_in = 'NOT'
                 end
                 customized_key = "id"
                 customized_class = queried_class
                 if field =~ /^(.+)\.cf_/
                   assoc = $1
                   customized_key = "#{assoc}_id"
                   customized_class = queried_class.reflect_on_association(assoc.to_sym).klass.base_class rescue nil
                   raise "Unknown #{queried_class.name} association #{assoc}" unless customized_class
                 end
                 "#{queried_table_name}.#{customized_key} #{not_in} IN (SELECT #{customized_class.table_name}.id FROM #{customized_class.table_name} LEFT OUTER JOIN #{db_table} ON #{db_table}.customized_type='#{customized_class}' AND #{db_table}.customized_id=#{customized_class.table_name}.id AND #{db_table}.custom_field_id=#{custom_field_id} WHERE " +
                   sql_for_field(field, operator, value, db_table, db_field, true) + ')'
               end
               # Helper method to generate the WHERE sql for a +field+, +operator+ and a +value+
               def sql_for_field(field, operator, value, db_table, db_field, is_custom_filter=false)
                 sql = ''
                 case operator
                 when "="
                   if value.any?
                     case type_for(field)
                     when :date, :date_past
                       sql = date_clause(db_table, db_field, (Date.parse(value.first) rescue nil), (Date.parse(value.first) rescue nil))
                     when :integer
                       if is_custom_filter
-                        sql = "(#{db_table}.#{db_field} <> '' AND CAST(#{db_table}.#{db_field} AS decimal(30,3)) = #{value.first.to_i})"
+                        sql = "(#{db_table}.#{db_field} <> '' AND CAST(CASE #{db_table}.#{db_field} WHEN '' THEN '0' ELSE #{db_table}.#{db_field} END AS decimal(30,3)) = #{value.first.to_i})"
                       else
                         sql = "#{db_table}.#{db_field} = #{value.first.to_i}"
                       end
                     when :float
                       if is_custom_filter
-                        sql = "(#{db_table}.#{db_field} <> '' AND CAST(#{db_table}.#{db_field} AS decimal(30,3)) BETWEEN #{value.first.to_f - 1e-5} AND #{value.first.to_f + 1e-5})"
+                        sql = "(#{db_table}.#{db_field} <> '' AND CAST(CASE #{db_table}.#{db_field} WHEN '' THEN '0' ELSE #{db_table}.#{db_field} END AS decimal(30,3)) BETWEEN #{value.first.to_f - 1e-5} AND #{value.first.to_f + 1e-5})"
                       else
                         sql = "#{db_table}.#{db_field} BETWEEN #{value.first.to_f - 1e-5} AND #{value.first.to_f + 1e-5}"
                       end
                     else
                       sql = "#{db_table}.#{db_field} IN (" + value.collect{|val| "'#{connection.quote_string(val)}'"}.join(",") + ")"
                     end
                   else
                     # IN an empty set
                     sql = "1=0"
                   end
                 when "!"
                   if value.any?
                     sql = "(#{db_table}.#{db_field} IS NULL OR #{db_table}.#{db_field} NOT IN (" + value.collect{|val| "'#{connection.quote_string(val)}'"}.join(",") + "))"
                   else
                     # NOT IN an empty set
                     sql = "1=1"
                   end
                 when "!*"
                   sql = "#{db_table}.#{db_field} IS NULL"
                   sql << " OR #{db_table}.#{db_field} = ''" if is_custom_filter
                 when "*"
                   sql = "#{db_table}.#{db_field} IS NOT NULL"
                   sql << " AND #{db_table}.#{db_field} <> ''" if is_custom_filter
                 when ">="
                   if [:date, :date_past].include?(type_for(field))
                     sql = date_clause(db_table, db_field, (Date.parse(value.first) rescue nil), nil)
                   else
                     if is_custom_filter
-                      sql = "(#{db_table}.#{db_field} <> '' AND CAST(#{db_table}.#{db_field} AS decimal(30,3)) >= #{value.first.to_f})"
+                      sql = "(#{db_table}.#{db_field} <> '' AND CAST(CASE #{db_table}.#{db_field} WHEN '' THEN '0' ELSE #{db_table}.#{db_field} END AS decimal(30,3)) >= #{value.first.to_f})"
                     else
                       sql = "#{db_table}.#{db_field} >= #{value.first.to_f}"
                     end
                   end
                 when "<="
                   if [:date, :date_past].include?(type_for(field))
                     sql = date_clause(db_table, db_field, nil, (Date.parse(value.first) rescue nil))
                   else
                     if is_custom_filter
-                      sql = "(#{db_table}.#{db_field} <> '' AND CAST(#{db_table}.#{db_field} AS decimal(30,3)) <= #{value.first.to_f})"
+                      sql = "(#{db_table}.#{db_field} <> '' AND CAST(CASE #{db_table}.#{db_field} WHEN '' THEN '0' ELSE #{db_table}.#{db_field} END AS decimal(30,3)) <= #{value.first.to_f})"
                     else
                       sql = "#{db_table}.#{db_field} <= #{value.first.to_f}"
                     end
                   end
                 when "><"
                   if [:date, :date_past].include?(type_for(field))
                     sql = date_clause(db_table, db_field, (Date.parse(value[0]) rescue nil), (Date.parse(value[1]) rescue nil))
                   else
                     if is_custom_filter
-                      sql = "(#{db_table}.#{db_field} <> '' AND CAST(#{db_table}.#{db_field} AS decimal(30,3)) BETWEEN #{value[0].to_f} AND #{value[1].to_f})"
+                      sql = "(#{db_table}.#{db_field} <> '' AND CAST(CASE #{db_table}.#{db_field} WHEN '' THEN '0' ELSE #{db_table}.#{db_field} END AS decimal(30,3)) BETWEEN #{value[0].to_f} AND #{value[1].to_f})"
                     else
                       sql = "#{db_table}.#{db_field} BETWEEN #{value[0].to_f} AND #{value[1].to_f}"
                     end
                   end
                 when "o"
                   sql = "#{queried_table_name}.status_id IN (SELECT id FROM #{IssueStatus.table_name} WHERE is_closed=#{connection.quoted_false})" if field == "status_id"
                 when "c"
                   sql = "#{queried_table_name}.status_id IN (SELECT id FROM #{IssueStatus.table_name} WHERE is_closed=#{connection.quoted_true})" if field == "status_id"
                 when "><t-"
                   # between today - n days and today
                   sql = relative_date_clause(db_table, db_field, - value.first.to_i, 0)
                 when ">t-"
                   # >= today - n days
                   sql = relative_date_clause(db_table, db_field, - value.first.to_i, nil)
                 when "<t-"
                   # <= today - n days
                   sql = relative_date_clause(db_table, db_field, nil, - value.first.to_i)
                 when "t-"
                   # = n days in past
                   sql = relative_date_clause(db_table, db_field, - value.first.to_i, - value.first.to_i)
                 when "><t+"
                   # between today and today + n days
                   sql = relative_date_clause(db_table, db_field, 0, value.first.to_i)
                 when ">t+"
                   # >= today + n days
                   sql = relative_date_clause(db_table, db_field, value.first.to_i, nil)
                 when "<t+"
                   # <= today + n days
                   sql = relative_date_clause(db_table, db_field, nil, value.first.to_i)
                 when "t+"
                   # = today + n days
                   sql = relative_date_clause(db_table, db_field, value.first.to_i, value.first.to_i)
                 when "t"
                   # = today
                   sql = relative_date_clause(db_table, db_field, 0, 0)
                 when "ld"
                   # = yesterday
                   sql = relative_date_clause(db_table, db_field, -1, -1)
                 when "w"
                   # = this week
                   first_day_of_week = l(:general_first_day_of_week).to_i
                   day_of_week = Date.today.cwday
                   days_ago = (day_of_week >= first_day_of_week ? day_of_week - first_day_of_week : day_of_week + 7 - first_day_of_week)
                   sql = relative_date_clause(db_table, db_field, - days_ago, - days_ago + 6)
                 when "lw"
                   # = last week
                   first_day_of_week = l(:general_first_day_of_week).to_i
                   day_of_week = Date.today.cwday
                   days_ago = (day_of_week >= first_day_of_week ? day_of_week - first_day_of_week : day_of_week + 7 - first_day_of_week)
                   sql = relative_date_clause(db_table, db_field, - days_ago - 7, - days_ago - 1)
                 when "l2w"
                   # = last 2 weeks
                   first_day_of_week = l(:general_first_day_of_week).to_i
                   day_of_week = Date.today.cwday
                   days_ago = (day_of_week >= first_day_of_week ? day_of_week - first_day_of_week : day_of_week + 7 - first_day_of_week)
                   sql = relative_date_clause(db_table, db_field, - days_ago - 14, - days_ago - 1)
                 when "m"
                   # = this month
                   date = Date.today
                   sql = date_clause(db_table, db_field, date.beginning_of_month, date.end_of_month)
                 when "lm"
                   # = last month
                   date = Date.today.prev_month
                   sql = date_clause(db_table, db_field, date.beginning_of_month, date.end_of_month)
                 when "y"
                   # = this year
                   date = Date.today
                   sql = date_clause(db_table, db_field, date.beginning_of_year, date.end_of_year)
                 when "~"
                   sql = "LOWER(#{db_table}.#{db_field}) LIKE '%#{connection.quote_string(value.first.to_s.downcase)}%'"
                 when "!~"
                   sql = "LOWER(#{db_table}.#{db_field}) NOT LIKE '%#{connection.quote_string(value.first.to_s.downcase)}%'"
                 else
                   raise "Unknown query operator #{operator}"
                 end
                 return sql
               end
               def add_custom_fields_filters(custom_fields, assoc=nil)
                 return unless custom_fields.present?
                 @available_filters ||= {}
                 custom_fields.select(&:is_filter?).each do |field|
                   case field.field_format
                   when "text"
                     options = { :type => :text, :order => 20 }
                   when "list"
                     options = { :type => :list_optional, :values => field.possible_values, :order => 20}
                   when "date"
                     options = { :type => :date, :order => 20 }
                   when "bool"
                     options = { :type => :list, :values => [[l(:general_text_yes), "1"], [l(:general_text_no), "0"]], :order => 20 }
                   when "int"
                     options = { :type => :integer, :order => 20 }
                   when "float"
                     options = { :type => :float, :order => 20 }
                   when "user", "version"
                     next unless project
                     values = field.possible_values_options(project)
                     if User.current.logged? && field.field_format == 'user'
                       values.unshift ["<< #{l(:label_me)} >>", "me"]
                     end
                     options = { :type => :list_optional, :values => values, :order => 20}
                   else
                     options = { :type => :string, :order => 20 }
                   end
                   filter_id = "cf_#{field.id}"
                   filter_name = field.name
                   if assoc.present?
                     filter_id = "#{assoc}.#{filter_id}"
                     filter_name = l("label_attribute_of_#{assoc}", :name => filter_name)
                   end
                   @available_filters[filter_id] = options.merge({
                            :name => filter_name,
                            :format => field.field_format,
                            :field => field
                          })
                 end
               end
               def add_associations_custom_fields_filters(*associations)
                 fields_by_class = CustomField.where(:is_filter => true).group_by(&:class)
                 associations.each do |assoc|
                   association_klass = queried_class.reflect_on_association(assoc).klass
                   fields_by_class.each do |field_class, fields|
                     if field_class.customized_class <= association_klass
                       add_custom_fields_filters(fields, assoc)
                     end
                   end
                 end
               end
               # Returns a SQL clause for a date or datetime field.
               def date_clause(table, field, from, to)
                 s = []
                 if from
                   from_yesterday = from - 1
                   from_yesterday_time = Time.local(from_yesterday.year, from_yesterday.month, from_yesterday.day)
                   if self.class.default_timezone == :utc
                     from_yesterday_time = from_yesterday_time.utc
                   end
                   s << ("#{table}.#{field} > '%s'" % [connection.quoted_date(from_yesterday_time.end_of_day)])
                 end
                 if to
                   to_time = Time.local(to.year, to.month, to.day)
                   if self.class.default_timezone == :utc
                     to_time = to_time.utc
                   end
                   s << ("#{table}.#{field} <= '%s'" % [connection.quoted_date(to_time.end_of_day)])
                 end
                 s.join(' AND ')
               end
               # Returns a SQL clause for a date or datetime field using relative dates.
               def relative_date_clause(table, field, days_from, days_to)
                 date_clause(table, field, (days_from ? Date.today + days_from : nil), (days_to ? Date.today + days_to : nil))
               end
               # Additional joins required for the given sort options
               def joins_for_order_statement(order_options)
                 joins = []
                 if order_options
                   if order_options.include?('authors')
                     joins << "LEFT OUTER JOIN #{User.table_name} authors ON authors.id = #{queried_table_name}.author_id"
                   end
                   order_options.scan(/cf_\d+/).uniq.each do |name|
                     column = available_columns.detect {|c| c.name.to_s == name}
                     join = column && column.custom_field.join_for_order_statement
                     if join
                       joins << join
                     end
                   end
                 end
                 joins.any? ? joins.join(' ') : nil
               end
             end

test/unit/query_test.rb +2 -2

             # Redmine - project management software
             # Copyright (C) 2006-2012  Jean-Philippe Lang
             #
             # This program is free software; you can redistribute it and/or
             # modify it under the terms of the GNU General Public License
             # as published by the Free Software Foundation; either version 2
             # of the License, or (at your option) any later version.
             #
             # This program is distributed in the hope that it will be useful,
             # but WITHOUT ANY WARRANTY; without even the implied warranty of
             # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
             # GNU General Public License for more details.
             #
             # You should have received a copy of the GNU General Public License
             # along with this program; if not, write to the Free Software
             # Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301, USA.
             require File.expand_path('../../test_helper', __FILE__)
             class QueryTest < ActiveSupport::TestCase
               include Redmine::I18n
               fixtures :projects, :enabled_modules, :users, :members,
                        :member_roles, :roles, :trackers, :issue_statuses,
                        :issue_categories, :enumerations, :issues,
                        :watchers, :custom_fields, :custom_values, :versions,
                        :queries,
                        :projects_trackers,
                        :custom_fields_trackers
               def test_custom_fields_for_all_projects_should_be_available_in_global_queries
                 query = IssueQuery.new(:project => nil, :name => '_')
                 assert query.available_filters.has_key?('cf_1')
                 assert !query.available_filters.has_key?('cf_3')
               end
               def test_system_shared_versions_should_be_available_in_global_queries
                 Version.find(2).update_attribute :sharing, 'system'
                 query = IssueQuery.new(:project => nil, :name => '_')
                 assert query.available_filters.has_key?('fixed_version_id')
                 assert query.available_filters['fixed_version_id'][:values].detect {|v| v.last == '2'}
               end
               def test_project_filter_in_global_queries
                 query = IssueQuery.new(:project => nil, :name => '_')
                 project_filter = query.available_filters["project_id"]
                 assert_not_nil project_filter
                 project_ids = project_filter[:values].map{|p| p[1]}
                 assert project_ids.include?("1")  #public project
                 assert !project_ids.include?("2") #private project user cannot see
               end
               def find_issues_with_query(query)
                 Issue.includes([:assigned_to, :status, :tracker, :project, :priority]).where(
                      query.statement
                    ).all
               end
               def assert_find_issues_with_query_is_successful(query)
                 assert_nothing_raised do
                   find_issues_with_query(query)
                 end
               end
               def assert_query_statement_includes(query, condition)
                 assert query.statement.include?(condition), "Query statement condition not found in: #{query.statement}"
               end
               def assert_query_result(expected, query)
                 assert_nothing_raised do
                   assert_equal expected.map(&:id).sort, query.issues.map(&:id).sort
                   assert_equal expected.size, query.issue_count
                 end
               end
               def test_query_should_allow_shared_versions_for_a_project_query
                 subproject_version = Version.find(4)
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('fixed_version_id', '=', [subproject_version.id.to_s])
                 assert query.statement.include?("#{Issue.table_name}.fixed_version_id IN ('4')")
               end
               def test_query_with_multiple_custom_fields
                 query = IssueQuery.find(1)
                 assert query.valid?
                 assert query.statement.include?("#{CustomValue.table_name}.value IN ('MySQL')")
                 issues = find_issues_with_query(query)
                 assert_equal 1, issues.length
                 assert_equal Issue.find(3), issues.first
               end
               def test_operator_none
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('fixed_version_id', '!*', [''])
                 query.add_filter('cf_1', '!*', [''])
                 assert query.statement.include?("#{Issue.table_name}.fixed_version_id IS NULL")
                 assert query.statement.include?("#{CustomValue.table_name}.value IS NULL OR #{CustomValue.table_name}.value = ''")
                 find_issues_with_query(query)
               end
               def test_operator_none_for_integer
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('estimated_hours', '!*', [''])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 assert issues.all? {|i| !i.estimated_hours}
               end
               def test_operator_none_for_date
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('start_date', '!*', [''])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 assert issues.all? {|i| i.start_date.nil?}
               end
               def test_operator_none_for_string_custom_field
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('cf_2', '!*', [''])
                 assert query.has_filter?('cf_2')
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 assert issues.all? {|i| i.custom_field_value(2).blank?}
               end
               def test_operator_all
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('fixed_version_id', '*', [''])
                 query.add_filter('cf_1', '*', [''])
                 assert query.statement.include?("#{Issue.table_name}.fixed_version_id IS NOT NULL")
                 assert query.statement.include?("#{CustomValue.table_name}.value IS NOT NULL AND #{CustomValue.table_name}.value <> ''")
                 find_issues_with_query(query)
               end
               def test_operator_all_for_date
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('start_date', '*', [''])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 assert issues.all? {|i| i.start_date.present?}
               end
               def test_operator_all_for_string_custom_field
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('cf_2', '*', [''])
                 assert query.has_filter?('cf_2')
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 assert issues.all? {|i| i.custom_field_value(2).present?}
               end
               def test_numeric_filter_should_not_accept_non_numeric_values
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('estimated_hours', '=', ['a'])
                 assert query.has_filter?('estimated_hours')
                 assert !query.valid?
               end
               def test_operator_is_on_float
                 Issue.update_all("estimated_hours = 171.2", "id=2")
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('estimated_hours', '=', ['171.20'])
                 issues = find_issues_with_query(query)
                 assert_equal 1, issues.size
                 assert_equal 2, issues.first.id
               end
               def test_operator_is_on_integer_custom_field
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'int', :is_for_all => true, :is_filter => true)
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => '7')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(2), :value => '12')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(3), :value => '')
                 query = IssueQuery.new(:name => '_')
                 query.add_filter("cf_#{f.id}", '=', ['12'])
                 issues = find_issues_with_query(query)
                 assert_equal 1, issues.size
                 assert_equal 2, issues.first.id
               end
               def test_operator_is_on_integer_custom_field_should_accept_negative_value
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'int', :is_for_all => true, :is_filter => true)
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => '7')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(2), :value => '-12')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(3), :value => '')
                 query = IssueQuery.new(:name => '_')
                 query.add_filter("cf_#{f.id}", '=', ['-12'])
                 assert query.valid?
                 issues = find_issues_with_query(query)
                 assert_equal 1, issues.size
                 assert_equal 2, issues.first.id
               end
               def test_operator_is_on_float_custom_field
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'float', :is_filter => true, :is_for_all => true)
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => '7.3')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(2), :value => '12.7')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(3), :value => '')
                 query = IssueQuery.new(:name => '_')
                 query.add_filter("cf_#{f.id}", '=', ['12.7'])
                 issues = find_issues_with_query(query)
                 assert_equal 1, issues.size
                 assert_equal 2, issues.first.id
               end
               def test_operator_is_on_float_custom_field_should_accept_negative_value
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'float', :is_filter => true, :is_for_all => true)
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => '7.3')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(2), :value => '-12.7')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(3), :value => '')
                 query = IssueQuery.new(:name => '_')
                 query.add_filter("cf_#{f.id}", '=', ['-12.7'])
                 assert query.valid?
                 issues = find_issues_with_query(query)
                 assert_equal 1, issues.size
                 assert_equal 2, issues.first.id
               end
               def test_operator_is_on_multi_list_custom_field
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'list', :is_filter => true, :is_for_all => true,
                   :possible_values => ['value1', 'value2', 'value3'], :multiple => true)
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => 'value1')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => 'value2')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(3), :value => 'value1')
                 query = IssueQuery.new(:name => '_')
                 query.add_filter("cf_#{f.id}", '=', ['value1'])
                 issues = find_issues_with_query(query)
                 assert_equal [1, 3], issues.map(&:id).sort
                 query = IssueQuery.new(:name => '_')
                 query.add_filter("cf_#{f.id}", '=', ['value2'])
                 issues = find_issues_with_query(query)
                 assert_equal [1], issues.map(&:id).sort
               end
               def test_operator_is_not_on_multi_list_custom_field
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'list', :is_filter => true, :is_for_all => true,
                   :possible_values => ['value1', 'value2', 'value3'], :multiple => true)
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => 'value1')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => 'value2')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(3), :value => 'value1')
                 query = IssueQuery.new(:name => '_')
                 query.add_filter("cf_#{f.id}", '!', ['value1'])
                 issues = find_issues_with_query(query)
                 assert !issues.map(&:id).include?(1)
                 assert !issues.map(&:id).include?(3)
                 query = IssueQuery.new(:name => '_')
                 query.add_filter("cf_#{f.id}", '!', ['value2'])
                 issues = find_issues_with_query(query)
                 assert !issues.map(&:id).include?(1)
                 assert issues.map(&:id).include?(3)
               end
               def test_operator_is_on_is_private_field
                 # is_private filter only available for those who can set issues private
                 User.current = User.find(2)
                 query = IssueQuery.new(:name => '_')
                 assert query.available_filters.key?('is_private')
                 query.add_filter("is_private", '=', ['1'])
                 issues = find_issues_with_query(query)
                 assert issues.any?
                 assert_nil issues.detect {|issue| !issue.is_private?}
               ensure
                 User.current = nil
               end
               def test_operator_is_not_on_is_private_field
                 # is_private filter only available for those who can set issues private
                 User.current = User.find(2)
                 query = IssueQuery.new(:name => '_')
                 assert query.available_filters.key?('is_private')
                 query.add_filter("is_private", '!', ['1'])
                 issues = find_issues_with_query(query)
                 assert issues.any?
                 assert_nil issues.detect {|issue| issue.is_private?}
               ensure
                 User.current = nil
               end
               def test_operator_greater_than
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('done_ratio', '>=', ['40'])
                 assert query.statement.include?("#{Issue.table_name}.done_ratio >= 40.0")
                 find_issues_with_query(query)
               end
               def test_operator_greater_than_a_float
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('estimated_hours', '>=', ['40.5'])
                 assert query.statement.include?("#{Issue.table_name}.estimated_hours >= 40.5")
                 find_issues_with_query(query)
               end
               def test_operator_greater_than_on_int_custom_field
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'int', :is_filter => true, :is_for_all => true)
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(1), :value => '7')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(2), :value => '12')
                 CustomValue.create!(:custom_field => f, :customized => Issue.find(3), :value => '')
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter("cf_#{f.id}", '>=', ['8'])
                 issues = find_issues_with_query(query)
                 assert_equal 1, issues.size
                 assert_equal 2, issues.first.id
               end
               def test_operator_lesser_than
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('done_ratio', '<=', ['30'])
                 assert query.statement.include?("#{Issue.table_name}.done_ratio <= 30.0")
                 find_issues_with_query(query)
               end
               def test_operator_lesser_than_on_custom_field
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'int', :is_filter => true, :is_for_all => true)
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter("cf_#{f.id}", '<=', ['30'])
-                assert query.statement.include?("CAST(custom_values.value AS decimal(30,3)) <= 30.0")
+                assert_match /CAST.+ <= 30\.0/, query.statement
                 find_issues_with_query(query)
               end
               def test_operator_between
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('done_ratio', '><', ['30', '40'])
                 assert_include "#{Issue.table_name}.done_ratio BETWEEN 30.0 AND 40.0", query.statement
                 find_issues_with_query(query)
               end
               def test_operator_between_on_custom_field
                 f = IssueCustomField.create!(:name => 'filter', :field_format => 'int', :is_filter => true, :is_for_all => true)
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter("cf_#{f.id}", '><', ['30', '40'])
-                assert_include "CAST(custom_values.value AS decimal(30,3)) BETWEEN 30.0 AND 40.0", query.statement
+                assert_match /CAST.+ BETWEEN 30.0 AND 40.0/, query.statement
                 find_issues_with_query(query)
               end
               def test_date_filter_should_not_accept_non_date_values
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('created_on', '=', ['a'])
                 assert query.has_filter?('created_on')
                 assert !query.valid?
               end
               def test_date_filter_should_not_accept_invalid_date_values
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('created_on', '=', ['2011-01-34'])
                 assert query.has_filter?('created_on')
                 assert !query.valid?
               end
               def test_relative_date_filter_should_not_accept_non_integer_values
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('created_on', '>t-', ['a'])
                 assert query.has_filter?('created_on')
                 assert !query.valid?
               end
               def test_operator_date_equals
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('due_date', '=', ['2011-07-10'])
                 assert_match /issues\.due_date > '2011-07-09 23:59:59(\.9+)?' AND issues\.due_date <= '2011-07-10 23:59:59(\.9+)?/, query.statement
                 find_issues_with_query(query)
               end
               def test_operator_date_lesser_than
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('due_date', '<=', ['2011-07-10'])
                 assert_match /issues\.due_date <= '2011-07-10 23:59:59(\.9+)?/, query.statement
                 find_issues_with_query(query)
               end
               def test_operator_date_greater_than
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('due_date', '>=', ['2011-07-10'])
                 assert_match /issues\.due_date > '2011-07-09 23:59:59(\.9+)?'/, query.statement
                 find_issues_with_query(query)
               end
               def test_operator_date_between
                 query = IssueQuery.new(:name => '_')
                 query.add_filter('due_date', '><', ['2011-06-23', '2011-07-10'])
                 assert_match /issues\.due_date > '2011-06-22 23:59:59(\.9+)?' AND issues\.due_date <= '2011-07-10 23:59:59(\.9+)?/, query.statement
                 find_issues_with_query(query)
               end
               def test_operator_in_more_than
                 Issue.find(7).update_attribute(:due_date, (Date.today + 15))
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', '>t+', ['15'])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert(issue.due_date >= (Date.today + 15))}
               end
               def test_operator_in_less_than
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', '<t+', ['15'])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert(issue.due_date <= (Date.today + 15))}
               end
               def test_operator_in_the_next_days
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', '><t+', ['15'])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert(issue.due_date >= Date.today && issue.due_date <= (Date.today + 15))}
               end
               def test_operator_less_than_ago
                 Issue.find(7).update_attribute(:due_date, (Date.today - 3))
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', '>t-', ['3'])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert(issue.due_date >= (Date.today - 3))}
               end
               def test_operator_in_the_past_days
                 Issue.find(7).update_attribute(:due_date, (Date.today - 3))
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', '><t-', ['3'])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert(issue.due_date >= (Date.today - 3) && issue.due_date <= Date.today)}
               end
               def test_operator_more_than_ago
                 Issue.find(7).update_attribute(:due_date, (Date.today - 10))
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', '<t-', ['10'])
                 assert query.statement.include?("#{Issue.table_name}.due_date <=")
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert(issue.due_date <= (Date.today - 10))}
               end
               def test_operator_in
                 Issue.find(7).update_attribute(:due_date, (Date.today + 2))
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', 't+', ['2'])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert_equal((Date.today + 2), issue.due_date)}
               end
               def test_operator_ago
                 Issue.find(7).update_attribute(:due_date, (Date.today - 3))
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', 't-', ['3'])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert_equal((Date.today - 3), issue.due_date)}
               end
               def test_operator_today
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', 't', [''])
                 issues = find_issues_with_query(query)
                 assert !issues.empty?
                 issues.each {|issue| assert_equal Date.today, issue.due_date}
               end
               def test_operator_this_week_on_date
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', 'w', [''])
                 find_issues_with_query(query)
               end
               def test_operator_this_week_on_datetime
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('created_on', 'w', [''])
                 find_issues_with_query(query)
               end
               def test_operator_contains
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('subject', '~', ['uNable'])
                 assert query.statement.include?("LOWER(#{Issue.table_name}.subject) LIKE '%unable%'")
                 result = find_issues_with_query(query)
                 assert result.empty?
                 result.each {|issue| assert issue.subject.downcase.include?('unable') }
               end
               def test_range_for_this_week_with_week_starting_on_monday
                 I18n.locale = :fr
                 assert_equal '1', I18n.t(:general_first_day_of_week)
                 Date.stubs(:today).returns(Date.parse('2011-04-29'))
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', 'w', [''])
                 assert query.statement.match(/issues\.due_date > '2011-04-24 23:59:59(\.9+)?' AND issues\.due_date <= '2011-05-01 23:59:59(\.9+)?/), "range not found in #{query.statement}"
                 I18n.locale = :en
               end
               def test_range_for_this_week_with_week_starting_on_sunday
                 I18n.locale = :en
                 assert_equal '7', I18n.t(:general_first_day_of_week)
                 Date.stubs(:today).returns(Date.parse('2011-04-29'))
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('due_date', 'w', [''])
                 assert query.statement.match(/issues\.due_date > '2011-04-23 23:59:59(\.9+)?' AND issues\.due_date <= '2011-04-30 23:59:59(\.9+)?/), "range not found in #{query.statement}"
               end
               def test_operator_does_not_contains
                 query = IssueQuery.new(:project => Project.find(1), :name => '_')
                 query.add_filter('subject', '!~', ['uNable'])
                 assert query.statement.include?("LOWER(#{Issue.table_name}.subject) NOT LIKE '%unable%'")
                 find_issues_with_query(query)
               end
               def test_filter_assigned_to_me
                 user = User.find(2)
                 group = Group.find(10)
                 User.current = user
                 i1 = Issue.generate!(:project_id => 1, :tracker_id => 1, :assigned_to => user)
                 i2 = Issue.generate!(:project_id => 1, :tracker_id => 1, :assigned_to => group)
                 i3 = Issue.generate!(:project_id => 1, :tracker_id => 1, :assigned_to => Group.find(11))
                 group.users << user
                 query = IssueQuery.new(:name => '_', :filters => { 'assigned_to_id' => {:operator => '=', :values => ['me']}})
                 result = query.issues
                 assert_equal Issue.visible.all(:conditions => {:assigned_to_id => ([2] + user.reload.group_ids)}).sort_by(&:id), result.sort_by(&:id)
                 assert result.include?(i1)
                 assert result.include?(i2)
                 assert !result.include?(i3)
               end
               def test_user_custom_field_filtered_on_me
                 User.current = User.find(2)
                 cf = IssueCustomField.create!(:field_format => 'user', :is_for_all => true, :is_filter => true, :name => 'User custom field', :tracker_ids => [1])
                 issue1 = Issue.create!(:project_id => 1, :tracker_id => 1, :custom_field_values => {cf.id.to_s => '2'}, :subject => 'Test', :author_id => 1)
                 issue2 = Issue.generate!(:project_id => 1, :tracker_id => 1, :custom_field_values => {cf.id.to_s => '3'})
                 query = IssueQuery.new(:name => '_', :project => Project.find(1))
                 filter = query.available_filters["cf_#{cf.id}"]
                 assert_not_nil filter
                 assert_include 'me', filter[:values].map{|v| v[1]}
                 query.filters = { "cf_#{cf.id}" => {:operator => '=', :values => ['me']}}
                 result = query.issues
                 assert_equal 1, result.size
                 assert_equal issue1, result.first
               end
               def test_filter_my_projects
                 User.current = User.find(2)
                 query = IssueQuery.new(:name => '_')
                 filter = query.available_filters['project_id']
                 assert_not_nil filter
                 assert_include 'mine', filter[:values].map{|v| v[1]}
                 query.filters = { 'project_id' => {:operator => '=', :values => ['mine']}}
                 result = query.issues
                 assert_nil result.detect {|issue| !User.current.member_of?(issue.project)}
               end
               def test_filter_watched_issues
                 User.current = User.find(1)
                 query = IssueQuery.new(:name => '_', :filters => { 'watcher_id' => {:operator => '=', :values => ['me']}})
                 result = find_issues_with_query(query)
                 assert_not_nil result
                 assert !result.empty?
                 assert_equal Issue.visible.watched_by(User.current).sort_by(&:id), result.sort_by(&:id)
                 User.current = nil
               end
               def test_filter_unwatched_issues
                 User.current = User.find(1)
                 query = IssueQuery.new(:name => '_', :filters => { 'watcher_id' => {:operator => '!', :values => ['me']}})
                 result = find_issues_with_query(query)
                 assert_not_nil result
                 assert !result.empty?
                 assert_equal((Issue.visible - Issue.watched_by(User.current)).sort_by(&:id).size, result.sort_by(&:id).size)
                 User.current = nil
               end
               def test_filter_on_project_custom_field
                 field = ProjectCustomField.create!(:name => 'Client', :is_filter => true, :field_format => 'string')
                 CustomValue.create!(:custom_field => field, :customized => Project.find(3), :value => 'Foo')
                 CustomValue.create!(:custom_field => field, :customized => Project.find(5), :value => 'Foo')
                 query = IssueQuery.new(:name => '_')
                 filter_name = "project.cf_#{field.id}"
                 assert_include filter_name, query.available_filters.keys
                 query.filters = {filter_name => {:operator => '=', :values => ['Foo']}}
                 assert_equal [3, 5], find_issues_with_query(query).map(&:project_id).uniq.sort
               end
               def test_filter_on_author_custom_field
                 field = UserCustomField.create!(:name => 'Client', :is_filter => true, :field_format => 'string')
                 CustomValue.create!(:custom_field => field, :customized => User.find(3), :value => 'Foo')
                 query = IssueQuery.new(:name => '_')
                 filter_name = "author.cf_#{field.id}"
                 assert_include filter_name, query.available_filters.keys
                 query.filters = {filter_name => {:operator => '=', :values => ['Foo']}}
                 assert_equal [3], find_issues_with_query(query).map(&:author_id).uniq.sort
               end
               def test_filter_on_assigned_to_custom_field
                 field = UserCustomField.create!(:name => 'Client', :is_filter => true, :field_format => 'string')
                 CustomValue.create!(:custom_field => field, :customized => User.find(3), :value => 'Foo')
                 query = IssueQuery.new(:name => '_')
                 filter_name = "assigned_to.cf_#{field.id}"
                 assert_include filter_name, query.available_filters.keys
                 query.filters = {filter_name => {:operator => '=', :values => ['Foo']}}
                 assert_equal [3], find_issues_with_query(query).map(&:assigned_to_id).uniq.sort
               end
               def test_filter_on_fixed_version_custom_field
                 field = VersionCustomField.create!(:name => 'Client', :is_filter => true, :field_format => 'string')
                 CustomValue.create!(:custom_field => field, :customized => Version.find(2), :value => 'Foo')
                 query = IssueQuery.new(:name => '_')
                 filter_name = "fixed_version.cf_#{field.id}"
                 assert_include filter_name, query.available_filters.keys
                 query.filters = {filter_name => {:operator => '=', :values => ['Foo']}}
                 assert_equal [2], find_issues_with_query(query).map(&:fixed_version_id).uniq.sort
               end
               def test_filter_on_relations_with_a_specific_issue
                 IssueRelation.delete_all
                 IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(1), :issue_to => Issue.find(2))
                 IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(3), :issue_to => Issue.find(1))
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '=', :values => ['1']}}
                 assert_equal [2, 3], find_issues_with_query(query).map(&:id).sort
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '=', :values => ['2']}}
                 assert_equal [1], find_issues_with_query(query).map(&:id).sort
               end
               def test_filter_on_relations_with_any_issues_in_a_project
                 IssueRelation.delete_all
                 with_settings :cross_project_issue_relations => '1' do
                   IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(1), :issue_to => Project.find(2).issues.first)
                   IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(2), :issue_to => Project.find(2).issues.first)
                   IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(1), :issue_to => Project.find(3).issues.first)
                 end
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '=p', :values => ['2']}}
                 assert_equal [1, 2], find_issues_with_query(query).map(&:id).sort
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '=p', :values => ['3']}}
                 assert_equal [1], find_issues_with_query(query).map(&:id).sort
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '=p', :values => ['4']}}
                 assert_equal [], find_issues_with_query(query).map(&:id).sort
               end
               def test_filter_on_relations_with_any_issues_not_in_a_project
                 IssueRelation.delete_all
                 with_settings :cross_project_issue_relations => '1' do
                   IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(1), :issue_to => Project.find(2).issues.first)
                   #IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(2), :issue_to => Project.find(1).issues.first)
                   IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(1), :issue_to => Project.find(3).issues.first)
                 end
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '=!p', :values => ['1']}}
                 assert_equal [1], find_issues_with_query(query).map(&:id).sort
               end
               def test_filter_on_relations_with_no_issues_in_a_project
                 IssueRelation.delete_all
                 with_settings :cross_project_issue_relations => '1' do
                   IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(1), :issue_to => Project.find(2).issues.first)
                   IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(2), :issue_to => Project.find(3).issues.first)
                   IssueRelation.create!(:relation_type => "relates", :issue_to => Project.find(2).issues.first, :issue_from => Issue.find(3))
                 end
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '!p', :values => ['2']}}
                 ids = find_issues_with_query(query).map(&:id).sort
                 assert_include 2, ids
                 assert_not_include 1, ids
                 assert_not_include 3, ids
               end
               def test_filter_on_relations_with_no_issues
                 IssueRelation.delete_all
                 IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(1), :issue_to => Issue.find(2))
                 IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(3), :issue_to => Issue.find(1))
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '!*', :values => ['']}}
                 ids = find_issues_with_query(query).map(&:id)
                 assert_equal [], ids & [1, 2, 3]
                 assert_include 4, ids
               end
               def test_filter_on_relations_with_any_issues
                 IssueRelation.delete_all
                 IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(1), :issue_to => Issue.find(2))
                 IssueRelation.create!(:relation_type => "relates", :issue_from => Issue.find(3), :issue_to => Issue.find(1))
                 query = IssueQuery.new(:name => '_')
                 query.filters = {"relates" => {:operator => '*', :values => ['']}}
                 assert_equal [1, 2, 3], find_issues_with_query(query).map(&:id).sort
               end
               def test_statement_should_be_nil_with_no_filters
                 q = IssueQuery.new(:name => '_')
                 q.filters = {}
                 assert q.valid?
                 assert_nil q.statement
               end
               def test_default_columns
                 q = IssueQuery.new
                 assert q.columns.any?
                 assert q.inline_columns.any?
                 assert q.block_columns.empty?
               end
               def test_set_column_names
                 q = IssueQuery.new
                 q.column_names = ['tracker', :subject, '', 'unknonw_column']
                 assert_equal [:tracker, :subject], q.columns.collect {|c| c.name}
                 c = q.columns.first
                 assert q.has_column?(c)
               end
               def test_inline_and_block_columns
                 q = IssueQuery.new
                 q.column_names = ['subject', 'description', 'tracker']
                 assert_equal [:subject, :tracker], q.inline_columns.map(&:name)
                 assert_equal [:description], q.block_columns.map(&:name)
               end
               def test_custom_field_columns_should_be_inline
                 q = IssueQuery.new
                 columns = q.available_columns.select {|column| column.is_a? QueryCustomFieldColumn}
                 assert columns.any?
                 assert_nil columns.detect {|column| !column.inline?}
               end
               def test_query_should_preload_spent_hours
                 q = IssueQuery.new(:name => '_', :column_names => [:subject, :spent_hours])
                 assert q.has_column?(:spent_hours)
                 issues = q.issues
                 assert_not_nil issues.first.instance_variable_get("@spent_hours")
               end
               def test_groupable_columns_should_include_custom_fields
                 q = IssueQuery.new
                 column = q.groupable_columns.detect {|c| c.name == :cf_1}
                 assert_not_nil column
                 assert_kind_of QueryCustomFieldColumn, column
               end
               def test_groupable_columns_should_not_include_multi_custom_fields
                 field = CustomField.find(1)
                 field.update_attribute :multiple, true
                 q = IssueQuery.new
                 column = q.groupable_columns.detect {|c| c.name == :cf_1}
                 assert_nil column
               end
               def test_groupable_columns_should_include_user_custom_fields
                 cf = IssueCustomField.create!(:name => 'User', :is_for_all => true, :tracker_ids => [1], :field_format => 'user')
                 q = IssueQuery.new
                 assert q.groupable_columns.detect {|c| c.name == "cf_#{cf.id}".to_sym}
               end
               def test_groupable_columns_should_include_version_custom_fields
                 cf = IssueCustomField.create!(:name => 'User', :is_for_all => true, :tracker_ids => [1], :field_format => 'version')
                 q = IssueQuery.new
                 assert q.groupable_columns.detect {|c| c.name == "cf_#{cf.id}".to_sym}
               end
               def test_grouped_with_valid_column
                 q = IssueQuery.new(:group_by => 'status')
                 assert q.grouped?
                 assert_not_nil q.group_by_column
                 assert_equal :status, q.group_by_column.name
                 assert_not_nil q.group_by_statement
                 assert_equal 'status', q.group_by_statement
               end
               def test_grouped_with_invalid_column
                 q = IssueQuery.new(:group_by => 'foo')
                 assert !q.grouped?
                 assert_nil q.group_by_column
                 assert_nil q.group_by_statement
               end
               def test_sortable_columns_should_sort_assignees_according_to_user_format_setting
                 with_settings :user_format => 'lastname_coma_firstname' do
                   q = IssueQuery.new
                   assert q.sortable_columns.has_key?('assigned_to')
                   assert_equal %w(users.lastname users.firstname users.id), q.sortable_columns['assigned_to']
                 end
               end
               def test_sortable_columns_should_sort_authors_according_to_user_format_setting
                 with_settings :user_format => 'lastname_coma_firstname' do
                   q = IssueQuery.new
                   assert q.sortable_columns.has_key?('author')
                   assert_equal %w(authors.lastname authors.firstname authors.id), q.sortable_columns['author']
                 end
               end
               def test_sortable_columns_should_include_custom_field
                 q = IssueQuery.new
                 assert q.sortable_columns['cf_1']
               end
               def test_sortable_columns_should_not_include_multi_custom_field
                 field = CustomField.find(1)
                 field.update_attribute :multiple, true
                 q = IssueQuery.new
                 assert !q.sortable_columns['cf_1']
               end
               def test_default_sort
                 q = IssueQuery.new
                 assert_equal [], q.sort_criteria
               end
               def test_set_sort_criteria_with_hash
                 q = IssueQuery.new
                 q.sort_criteria = {'0' => ['priority', 'desc'], '2' => ['tracker']}
                 assert_equal [['priority', 'desc'], ['tracker', 'asc']], q.sort_criteria
               end
               def test_set_sort_criteria_with_array
                 q = IssueQuery.new
                 q.sort_criteria = [['priority', 'desc'], 'tracker']
                 assert_equal [['priority', 'desc'], ['tracker', 'asc']], q.sort_criteria
               end
               def test_create_query_with_sort
                 q = IssueQuery.new(:name => 'Sorted')
                 q.sort_criteria = [['priority', 'desc'], 'tracker']
                 assert q.save
                 q.reload
                 assert_equal [['priority', 'desc'], ['tracker', 'asc']], q.sort_criteria
               end
               def test_sort_by_string_custom_field_asc
                 q = IssueQuery.new
                 c = q.available_columns.find {|col| col.is_a?(QueryCustomFieldColumn) && col.custom_field.field_format == 'string' }
                 assert c
                 assert c.sortable
                 issues = q.issues(:order => "#{c.sortable} ASC")
                 values = issues.collect {|i| i.custom_value_for(c.custom_field).to_s}
                 assert !values.empty?
                 assert_equal values.sort, values
               end
               def test_sort_by_string_custom_field_desc
                 q = IssueQuery.new
                 c = q.available_columns.find {|col| col.is_a?(QueryCustomFieldColumn) && col.custom_field.field_format == 'string' }
                 assert c
                 assert c.sortable
                 issues = q.issues(:order => "#{c.sortable} DESC")
                 values = issues.collect {|i| i.custom_value_for(c.custom_field).to_s}
                 assert !values.empty?
                 assert_equal values.sort.reverse, values
               end
               def test_sort_by_float_custom_field_asc
                 q = IssueQuery.new
                 c = q.available_columns.find {|col| col.is_a?(QueryCustomFieldColumn) && col.custom_field.field_format == 'float' }
                 assert c
                 assert c.sortable
                 issues = q.issues(:order => "#{c.sortable} ASC")
                 values = issues.collect {|i| begin; Kernel.Float(i.custom_value_for(c.custom_field).to_s); rescue; nil; end}.compact
                 assert !values.empty?
                 assert_equal values.sort, values
               end
               def test_invalid_query_should_raise_query_statement_invalid_error
                 q = IssueQuery.new
                 assert_raise Query::StatementInvalid do
                   q.issues(:conditions => "foo = 1")
                 end
               end
               def test_issue_count
                 q = IssueQuery.new(:name => '_')
                 issue_count = q.issue_count
                 assert_equal q.issues.size, issue_count
               end
               def test_issue_count_with_archived_issues
                 p = Project.generate! do |project|
                   project.status = Project::STATUS_ARCHIVED
                 end
                 i = Issue.generate!( :project => p, :tracker => p.trackers.first )
                 assert !i.visible?
                 test_issue_count
               end
               def test_issue_count_by_association_group
                 q = IssueQuery.new(:name => '_', :group_by => 'assigned_to')
                 count_by_group = q.issue_count_by_group
                 assert_kind_of Hash, count_by_group
                 assert_equal %w(NilClass User), count_by_group.keys.collect {|k| k.class.name}.uniq.sort
                 assert_equal %w(Fixnum), count_by_group.values.collect {|k| k.class.name}.uniq
                 assert count_by_group.has_key?(User.find(3))
               end
               def test_issue_count_by_list_custom_field_group
                 q = IssueQuery.new(:name => '_', :group_by => 'cf_1')
                 count_by_group = q.issue_count_by_group
                 assert_kind_of Hash, count_by_group
                 assert_equal %w(NilClass String), count_by_group.keys.collect {|k| k.class.name}.uniq.sort
                 assert_equal %w(Fixnum), count_by_group.values.collect {|k| k.class.name}.uniq
                 assert count_by_group.has_key?('MySQL')
               end
               def test_issue_count_by_date_custom_field_group
                 q = IssueQuery.new(:name => '_', :group_by => 'cf_8')
                 count_by_group = q.issue_count_by_group
                 assert_kind_of Hash, count_by_group
                 assert_equal %w(Date NilClass), count_by_group.keys.collect {|k| k.class.name}.uniq.sort
                 assert_equal %w(Fixnum), count_by_group.values.collect {|k| k.class.name}.uniq
               end
               def test_issue_count_with_nil_group_only
                 Issue.update_all("assigned_to_id = NULL")
                 q = IssueQuery.new(:name => '_', :group_by => 'assigned_to')
                 count_by_group = q.issue_count_by_group
                 assert_kind_of Hash, count_by_group
                 assert_equal 1, count_by_group.keys.size
                 assert_nil count_by_group.keys.first
               end
               def test_issue_ids
                 q = IssueQuery.new(:name => '_')
                 order = "issues.subject, issues.id"
                 issues = q.issues(:order => order)
                 assert_equal issues.map(&:id), q.issue_ids(:order => order)
               end
               def test_label_for
                 set_language_if_valid 'en'
                 q = IssueQuery.new
                 assert_equal 'Assignee', q.label_for('assigned_to_id')
               end
               def test_label_for_fr
                 set_language_if_valid 'fr'
                 q = IssueQuery.new
                 s = "Assign\xc3\xa9 \xc3\xa0"
                 s.force_encoding('UTF-8') if s.respond_to?(:force_encoding)
                 assert_equal s, q.label_for('assigned_to_id')
               end
               def test_editable_by
                 admin = User.find(1)
                 manager = User.find(2)
                 developer = User.find(3)
                 # Public query on project 1
                 q = IssueQuery.find(1)
                 assert q.editable_by?(admin)
                 assert q.editable_by?(manager)
                 assert !q.editable_by?(developer)
                 # Private query on project 1
                 q = IssueQuery.find(2)
                 assert q.editable_by?(admin)
                 assert !q.editable_by?(manager)
                 assert q.editable_by?(developer)
                 # Private query for all projects
                 q = IssueQuery.find(3)
                 assert q.editable_by?(admin)
                 assert !q.editable_by?(manager)
                 assert q.editable_by?(developer)
                 # Public query for all projects
                 q = IssueQuery.find(4)
                 assert q.editable_by?(admin)
                 assert !q.editable_by?(manager)
                 assert !q.editable_by?(developer)
               end
               def test_visible_scope
                 query_ids = IssueQuery.visible(User.anonymous).map(&:id)
                 assert query_ids.include?(1), 'public query on public project was not visible'
                 assert query_ids.include?(4), 'public query for all projects was not visible'
                 assert !query_ids.include?(2), 'private query on public project was visible'
                 assert !query_ids.include?(3), 'private query for all projects was visible'
                 assert !query_ids.include?(7), 'public query on private project was visible'
               end
               context "#available_filters" do
                 setup do
                   @query = IssueQuery.new(:name => "_")
                 end
                 should "include users of visible projects in cross-project view" do
                   users = @query.available_filters["assigned_to_id"]
                   assert_not_nil users
                   assert users[:values].map{|u|u[1]}.include?("3")
                 end
                 should "include users of subprojects" do
                   user1 = User.generate!
                   user2 = User.generate!
                   project = Project.find(1)
                   Member.create!(:principal => user1, :project => project.children.visible.first, :role_ids => [1])
                   @query.project = project
                   users = @query.available_filters["assigned_to_id"]
                   assert_not_nil users
                   assert users[:values].map{|u|u[1]}.include?(user1.id.to_s)
                   assert !users[:values].map{|u|u[1]}.include?(user2.id.to_s)
                 end
                 should "include visible projects in cross-project view" do
                   projects = @query.available_filters["project_id"]
                   assert_not_nil projects
                   assert projects[:values].map{|u|u[1]}.include?("1")
                 end
                 context "'member_of_group' filter" do
                   should "be present" do
                     assert @query.available_filters.keys.include?("member_of_group")
                   end
                   should "be an optional list" do
                     assert_equal :list_optional, @query.available_filters["member_of_group"][:type]
                   end
                   should "have a list of the groups as values" do
                     Group.destroy_all # No fixtures
                     group1 = Group.generate!.reload
                     group2 = Group.generate!.reload
                     expected_group_list = [
                                            [group1.name, group1.id.to_s],
                                            [group2.name, group2.id.to_s]
                                           ]
                     assert_equal expected_group_list.sort, @query.available_filters["member_of_group"][:values].sort
                   end
                 end
                 context "'assigned_to_role' filter" do
                   should "be present" do
                     assert @query.available_filters.keys.include?("assigned_to_role")
                   end
                   should "be an optional list" do
                     assert_equal :list_optional, @query.available_filters["assigned_to_role"][:type]
                   end
                   should "have a list of the Roles as values" do
                     assert @query.available_filters["assigned_to_role"][:values].include?(['Manager','1'])
                     assert @query.available_filters["assigned_to_role"][:values].include?(['Developer','2'])
                     assert @query.available_filters["assigned_to_role"][:values].include?(['Reporter','3'])
                   end
                   should "not include the built in Roles as values" do
                     assert ! @query.available_filters["assigned_to_role"][:values].include?(['Non member','4'])
                     assert ! @query.available_filters["assigned_to_role"][:values].include?(['Anonymous','5'])
                   end
                 end
               end
               context "#statement" do
                 context "with 'member_of_group' filter" do
                   setup do
                     Group.destroy_all # No fixtures
                     @user_in_group = User.generate!
                     @second_user_in_group = User.generate!
                     @user_in_group2 = User.generate!
                     @user_not_in_group = User.generate!
                     @group = Group.generate!.reload
                     @group.users << @user_in_group
                     @group.users << @second_user_in_group
                     @group2 = Group.generate!.reload
                     @group2.users << @user_in_group2
                   end
                   should "search assigned to for users in the group" do
                     @query = IssueQuery.new(:name => '_')
                     @query.add_filter('member_of_group', '=', [@group.id.to_s])
                     assert_query_statement_includes @query, "#{Issue.table_name}.assigned_to_id IN ('#{@user_in_group.id}','#{@second_user_in_group.id}')"
                     assert_find_issues_with_query_is_successful @query
                   end
                   should "search not assigned to any group member (none)" do
                     @query = IssueQuery.new(:name => '_')
                     @query.add_filter('member_of_group', '!*', [''])
                     # Users not in a group
                     assert_query_statement_includes @query, "#{Issue.table_name}.assigned_to_id IS NULL OR #{Issue.table_name}.assigned_to_id NOT IN ('#{@user_in_group.id}','#{@second_user_in_group.id}','#{@user_in_group2.id}')"
                     assert_find_issues_with_query_is_successful @query
                   end
                   should "search assigned to any group member (all)" do
                     @query = IssueQuery.new(:name => '_')
                     @query.add_filter('member_of_group', '*', [''])
                     # Only users in a group
                     assert_query_statement_includes @query, "#{Issue.table_name}.assigned_to_id IN ('#{@user_in_group.id}','#{@second_user_in_group.id}','#{@user_in_group2.id}')"
                     assert_find_issues_with_query_is_successful @query
                   end
                   should "return an empty set with = empty group" do
                     @empty_group = Group.generate!
                     @query = IssueQuery.new(:name => '_')
                     @query.add_filter('member_of_group', '=', [@empty_group.id.to_s])
                     assert_equal [], find_issues_with_query(@query)
                   end
                   should "return issues with ! empty group" do
                     @empty_group = Group.generate!
                     @query = IssueQuery.new(:name => '_')
                     @query.add_filter('member_of_group', '!', [@empty_group.id.to_s])
                     assert_find_issues_with_query_is_successful @query
                   end
                 end
                 context "with 'assigned_to_role' filter" do
                   setup do
                     @manager_role = Role.find_by_name('Manager')
                     @developer_role = Role.find_by_name('Developer')
                     @project = Project.generate!
                     @manager = User.generate!
                     @developer = User.generate!
                     @boss = User.generate!
                     @guest = User.generate!
                     User.add_to_project(@manager, @project, @manager_role)
                     User.add_to_project(@developer, @project, @developer_role)
                     User.add_to_project(@boss, @project, [@manager_role, @developer_role])
                     @issue1 = Issue.generate!(:project => @project, :assigned_to_id => @manager.id)
                     @issue2 = Issue.generate!(:project => @project, :assigned_to_id => @developer.id)
                     @issue3 = Issue.generate!(:project => @project, :assigned_to_id => @boss.id)
                     @issue4 = Issue.generate!(:project => @project, :assigned_to_id => @guest.id)
                     @issue5 = Issue.generate!(:project => @project)
                   end
                   should "search assigned to for users with the Role" do
                     @query = IssueQuery.new(:name => '_', :project => @project)
                     @query.add_filter('assigned_to_role', '=', [@manager_role.id.to_s])
                     assert_query_result [@issue1, @issue3], @query
                   end
                   should "search assigned to for users with the Role on the issue project" do
                     other_project = Project.generate!
                     User.add_to_project(@developer, other_project, @manager_role)
                     @query = IssueQuery.new(:name => '_', :project => @project)
                     @query.add_filter('assigned_to_role', '=', [@manager_role.id.to_s])
                     assert_query_result [@issue1, @issue3], @query
                   end
                   should "return an empty set with empty role" do
                     @empty_role = Role.generate!
                     @query = IssueQuery.new(:name => '_', :project => @project)
                     @query.add_filter('assigned_to_role', '=', [@empty_role.id.to_s])
                     assert_query_result [], @query
                   end
                   should "search assigned to for users without the Role" do
                     @query = IssueQuery.new(:name => '_', :project => @project)
                     @query.add_filter('assigned_to_role', '!', [@manager_role.id.to_s])
                     assert_query_result [@issue2, @issue4, @issue5], @query
                   end
                   should "search assigned to for users not assigned to any Role (none)" do
                     @query = IssueQuery.new(:name => '_', :project => @project)
                     @query.add_filter('assigned_to_role', '!*', [''])
                     assert_query_result [@issue4, @issue5], @query
                   end
                   should "search assigned to for users assigned to any Role (all)" do
                     @query = IssueQuery.new(:name => '_', :project => @project)
                     @query.add_filter('assigned_to_role', '*', [''])
                     assert_query_result [@issue1, @issue2, @issue3], @query
                   end
                   should "return issues with ! empty role" do
                     @empty_role = Role.generate!
                     @query = IssueQuery.new(:name => '_', :project => @project)
                     @query.add_filter('assigned_to_role', '!', [@empty_role.id.to_s])
                     assert_query_result [@issue1, @issue2, @issue3, @issue4, @issue5], @query
                   end
                 end
               end
             end

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