##// END OF EJS Templates
[#20288] Update styles to match CodeRay 1.1.0 (preserving changes of r10132)....
[#20288] Update styles to match CodeRay 1.1.0 (preserving changes of r10132). This commit updates the CSS styles to match with CodeRay 1.1.0, while it preserves the custom changes applied in r10132. The CSS styles were still based on CodeRay 1.0.6 (included since Redmine 1.4.0) with the custom changes from r10132 (included since Redmine 2.1.0). Redmine 2.3.2 till 2.3.4 came with CodeRay 1.0.9, an upgrade that didn't needed changes in the CSS styles. Starting with 2.4.0 Redmine comes with CodeRay 1.1.0, a minor upgrade that came with new/changed token_kinds and lots of changes in the alpha stylesheet, that in turn is used as a base for Redmine's own CodeRay CSS styles. As such, this upgrade needed CSS stylesheet changes like done before in r7618 and r7623 (for 1.0.0 upgrade) and r9389 (for 1.0.6 upgrade). But these changes, plus an update of the Redmine core documentation that is shipped along the core (wiki_syntax_detailed_[markdown|textile].html), aren't integrated up untill today. Contributed by Mischa The Evil. git-svn-id: http://svn.redmine.org/redmine/trunk@14488 e93f8b46-1217-0410-a6f0-8f06a7374b81

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issue_query.rb
540 lines | 21.5 KiB | text/x-ruby | RubyLexer
# Redmine - project management software
# Copyright (C) 2006-2015 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 IssueQuery < Query
self.queried_class = Issue
self.available_columns = [
QueryColumn.new(:id, :sortable => "#{Issue.table_name}.id", :default_order => 'desc', :caption => '#', :frozen => true),
QueryColumn.new(:project, :sortable => "#{Project.table_name}.name", :groupable => true),
QueryColumn.new(:tracker, :sortable => "#{Tracker.table_name}.position", :groupable => true),
QueryColumn.new(:parent, :sortable => ["#{Issue.table_name}.root_id", "#{Issue.table_name}.lft ASC"], :default_order => 'desc', :caption => :field_parent_issue),
QueryColumn.new(:status, :sortable => "#{IssueStatus.table_name}.position", :groupable => true),
QueryColumn.new(:priority, :sortable => "#{IssuePriority.table_name}.position", :default_order => 'desc', :groupable => true),
QueryColumn.new(:subject, :sortable => "#{Issue.table_name}.subject"),
QueryColumn.new(:author, :sortable => lambda {User.fields_for_order_statement("authors")}, :groupable => true),
QueryColumn.new(:assigned_to, :sortable => lambda {User.fields_for_order_statement}, :groupable => true),
QueryColumn.new(:updated_on, :sortable => "#{Issue.table_name}.updated_on", :default_order => 'desc'),
QueryColumn.new(:category, :sortable => "#{IssueCategory.table_name}.name", :groupable => true),
QueryColumn.new(:fixed_version, :sortable => lambda {Version.fields_for_order_statement}, :groupable => true),
QueryColumn.new(:start_date, :sortable => "#{Issue.table_name}.start_date"),
QueryColumn.new(:due_date, :sortable => "#{Issue.table_name}.due_date"),
QueryColumn.new(:estimated_hours, :sortable => "#{Issue.table_name}.estimated_hours"),
QueryColumn.new(:done_ratio, :sortable => "#{Issue.table_name}.done_ratio", :groupable => true),
QueryColumn.new(:created_on, :sortable => "#{Issue.table_name}.created_on", :default_order => 'desc'),
QueryColumn.new(:closed_on, :sortable => "#{Issue.table_name}.closed_on", :default_order => 'desc'),
QueryColumn.new(:relations, :caption => :label_related_issues),
QueryColumn.new(:description, :inline => false)
]
scope :visible, lambda {|*args|
user = args.shift || User.current
base = Project.allowed_to_condition(user, :view_issues, *args)
scope = joins("LEFT OUTER JOIN #{Project.table_name} ON #{table_name}.project_id = #{Project.table_name}.id").
where("#{table_name}.project_id IS NULL OR (#{base})")
if user.admin?
scope.where("#{table_name}.visibility <> ? OR #{table_name}.user_id = ?", VISIBILITY_PRIVATE, user.id)
elsif user.memberships.any?
scope.where("#{table_name}.visibility = ?" +
" OR (#{table_name}.visibility = ? AND #{table_name}.id IN (" +
"SELECT DISTINCT q.id FROM #{table_name} q" +
" INNER JOIN #{table_name_prefix}queries_roles#{table_name_suffix} qr on qr.query_id = q.id" +
" INNER JOIN #{MemberRole.table_name} mr ON mr.role_id = qr.role_id" +
" INNER JOIN #{Member.table_name} m ON m.id = mr.member_id AND m.user_id = ?" +
" WHERE q.project_id IS NULL OR q.project_id = m.project_id))" +
" OR #{table_name}.user_id = ?",
VISIBILITY_PUBLIC, VISIBILITY_ROLES, user.id, user.id)
elsif user.logged?
scope.where("#{table_name}.visibility = ? OR #{table_name}.user_id = ?", VISIBILITY_PUBLIC, user.id)
else
scope.where("#{table_name}.visibility = ?", VISIBILITY_PUBLIC)
end
}
def initialize(attributes=nil, *args)
super attributes
self.filters ||= { 'status_id' => {:operator => "o", :values => [""]} }
end
# Returns true if the query is visible to +user+ or the current user.
def visible?(user=User.current)
return true if user.admin?
return false unless project.nil? || user.allowed_to?(:view_issues, project)
case visibility
when VISIBILITY_PUBLIC
true
when VISIBILITY_ROLES
if project
(user.roles_for_project(project) & roles).any?
else
Member.where(:user_id => user.id).joins(:roles).where(:member_roles => {:role_id => roles.map(&:id)}).any?
end
else
user == self.user
end
end
def is_private?
visibility == VISIBILITY_PRIVATE
end
def is_public?
!is_private?
end
def draw_relations
r = options[:draw_relations]
r.nil? || r == '1'
end
def draw_relations=(arg)
options[:draw_relations] = (arg == '0' ? '0' : nil)
end
def draw_progress_line
r = options[:draw_progress_line]
r == '1'
end
def draw_progress_line=(arg)
options[:draw_progress_line] = (arg == '1' ? '1' : nil)
end
def build_from_params(params)
super
self.draw_relations = params[:draw_relations] || (params[:query] && params[:query][:draw_relations])
self.draw_progress_line = params[:draw_progress_line] || (params[:query] && params[:query][:draw_progress_line])
self
end
def initialize_available_filters
principals = []
subprojects = []
versions = []
categories = []
issue_custom_fields = []
if project
principals += project.principals.visible
unless project.leaf?
subprojects = project.descendants.visible.to_a
principals += Principal.member_of(subprojects).visible
end
versions = project.shared_versions.to_a
categories = project.issue_categories.to_a
issue_custom_fields = project.all_issue_custom_fields
else
if all_projects.any?
principals += Principal.member_of(all_projects).visible
end
versions = Version.visible.where(:sharing => 'system').to_a
issue_custom_fields = IssueCustomField.where(:is_for_all => true)
end
principals.uniq!
principals.sort!
principals.reject! {|p| p.is_a?(GroupBuiltin)}
users = principals.select {|p| p.is_a?(User)}
add_available_filter "status_id",
:type => :list_status, :values => IssueStatus.sorted.collect{|s| [s.name, s.id.to_s] }
if project.nil?
project_values = []
if User.current.logged? && User.current.memberships.any?
project_values << ["<< #{l(:label_my_projects).downcase} >>", "mine"]
end
project_values += all_projects_values
add_available_filter("project_id",
:type => :list, :values => project_values
) unless project_values.empty?
end
add_available_filter "tracker_id",
:type => :list, :values => trackers.collect{|s| [s.name, s.id.to_s] }
add_available_filter "priority_id",
:type => :list, :values => IssuePriority.all.collect{|s| [s.name, s.id.to_s] }
author_values = []
author_values << ["<< #{l(:label_me)} >>", "me"] if User.current.logged?
author_values += users.collect{|s| [s.name, s.id.to_s] }
add_available_filter("author_id",
:type => :list, :values => author_values
) unless author_values.empty?
assigned_to_values = []
assigned_to_values << ["<< #{l(:label_me)} >>", "me"] if User.current.logged?
assigned_to_values += (Setting.issue_group_assignment? ?
principals : users).collect{|s| [s.name, s.id.to_s] }
add_available_filter("assigned_to_id",
:type => :list_optional, :values => assigned_to_values
) unless assigned_to_values.empty?
group_values = Group.givable.visible.collect {|g| [g.name, g.id.to_s] }
add_available_filter("member_of_group",
:type => :list_optional, :values => group_values
) unless group_values.empty?
role_values = Role.givable.collect {|r| [r.name, r.id.to_s] }
add_available_filter("assigned_to_role",
:type => :list_optional, :values => role_values
) unless role_values.empty?
if versions.any?
add_available_filter "fixed_version_id",
:type => :list_optional,
:values => versions.sort.collect{|s| ["#{s.project.name} - #{s.name}", s.id.to_s] }
end
if categories.any?
add_available_filter "category_id",
:type => :list_optional,
:values => categories.collect{|s| [s.name, s.id.to_s] }
end
add_available_filter "subject", :type => :text
add_available_filter "created_on", :type => :date_past
add_available_filter "updated_on", :type => :date_past
add_available_filter "closed_on", :type => :date_past
add_available_filter "start_date", :type => :date
add_available_filter "due_date", :type => :date
add_available_filter "estimated_hours", :type => :float
add_available_filter "done_ratio", :type => :integer
if User.current.allowed_to?(:set_issues_private, nil, :global => true) ||
User.current.allowed_to?(:set_own_issues_private, nil, :global => true)
add_available_filter "is_private",
:type => :list,
:values => [[l(:general_text_yes), "1"], [l(:general_text_no), "0"]]
end
if User.current.logged?
add_available_filter "watcher_id",
:type => :list, :values => [["<< #{l(:label_me)} >>", "me"]]
end
if subprojects.any?
add_available_filter "subproject_id",
:type => :list_subprojects,
:values => subprojects.collect{|s| [s.name, s.id.to_s] }
end
add_custom_fields_filters(issue_custom_fields)
add_associations_custom_fields_filters :project, :author, :assigned_to, :fixed_version
IssueRelation::TYPES.each do |relation_type, options|
add_available_filter relation_type, :type => :relation, :label => options[:name]
end
add_available_filter "parent_id", :type => :tree, :label => :field_parent_issue
add_available_filter "child_id", :type => :tree, :label => :label_subtask_plural
Tracker.disabled_core_fields(trackers).each {|field|
delete_available_filter field
}
end
def available_columns
return @available_columns if @available_columns
@available_columns = self.class.available_columns.dup
@available_columns += (project ?
project.all_issue_custom_fields :
IssueCustomField
).visible.collect {|cf| QueryCustomFieldColumn.new(cf) }
if User.current.allowed_to?(:view_time_entries, project, :global => true)
index = nil
@available_columns.each_with_index {|column, i| index = i if column.name == :estimated_hours}
index = (index ? index + 1 : -1)
# insert the column after estimated_hours or at the end
@available_columns.insert index, QueryColumn.new(:spent_hours,
:sortable => "COALESCE((SELECT SUM(hours) FROM #{TimeEntry.table_name} WHERE #{TimeEntry.table_name}.issue_id = #{Issue.table_name}.id), 0)",
:default_order => 'desc',
:caption => :label_spent_time
)
@available_columns.insert index+1, QueryColumn.new(:total_spent_hours,
:sortable => "COALESCE((SELECT SUM(hours) FROM #{TimeEntry.table_name} JOIN #{Issue.table_name} subtasks ON subtasks.id = #{TimeEntry.table_name}.issue_id" +
" WHERE subtasks.root_id = #{Issue.table_name}.root_id AND subtasks.lft >= #{Issue.table_name}.lft AND subtasks.rgt <= #{Issue.table_name}.rgt), 0)",
:default_order => 'desc',
:caption => :label_total_spent_time
)
end
if User.current.allowed_to?(:set_issues_private, nil, :global => true) ||
User.current.allowed_to?(:set_own_issues_private, nil, :global => true)
@available_columns << QueryColumn.new(:is_private, :sortable => "#{Issue.table_name}.is_private")
end
disabled_fields = Tracker.disabled_core_fields(trackers).map {|field| field.sub(/_id$/, '')}
@available_columns.reject! {|column|
disabled_fields.include?(column.name.to_s)
}
@available_columns
end
def default_columns_names
@default_columns_names ||= begin
default_columns = Setting.issue_list_default_columns.map(&:to_sym)
project.present? ? default_columns : [:project] | default_columns
end
end
# Returns the issue count
def issue_count
Issue.visible.joins(:status, :project).where(statement).count
rescue ::ActiveRecord::StatementInvalid => e
raise StatementInvalid.new(e.message)
end
# Returns the issue count by group or nil if query is not grouped
def issue_count_by_group
r = nil
if grouped?
begin
# Rails3 will raise an (unexpected) RecordNotFound if there's only a nil group value
r = Issue.visible.
joins(:status, :project).
where(statement).
joins(joins_for_order_statement(group_by_statement)).
group(group_by_statement).
count
rescue ActiveRecord::RecordNotFound
r = {nil => issue_count}
end
c = group_by_column
if c.is_a?(QueryCustomFieldColumn)
r = r.keys.inject({}) {|h, k| h[c.custom_field.cast_value(k)] = r[k]; h}
end
end
r
rescue ::ActiveRecord::StatementInvalid => e
raise StatementInvalid.new(e.message)
end
# Returns the issues
# Valid options are :order, :offset, :limit, :include, :conditions
def issues(options={})
order_option = [group_by_sort_order, options[:order]].flatten.reject(&:blank?)
scope = Issue.visible.
joins(:status, :project).
where(statement).
includes(([:status, :project] + (options[:include] || [])).uniq).
where(options[:conditions]).
order(order_option).
joins(joins_for_order_statement(order_option.join(','))).
limit(options[:limit]).
offset(options[:offset])
scope = scope.preload(:custom_values)
if has_column?(:author)
scope = scope.preload(:author)
end
issues = scope.to_a
if has_column?(:spent_hours)
Issue.load_visible_spent_hours(issues)
end
if has_column?(:total_spent_hours)
Issue.load_visible_total_spent_hours(issues)
end
if has_column?(:relations)
Issue.load_visible_relations(issues)
end
issues
rescue ::ActiveRecord::StatementInvalid => e
raise StatementInvalid.new(e.message)
end
# Returns the issues ids
def issue_ids(options={})
order_option = [group_by_sort_order, options[:order]].flatten.reject(&:blank?)
Issue.visible.
joins(:status, :project).
where(statement).
includes(([:status, :project] + (options[:include] || [])).uniq).
references(([:status, :project] + (options[:include] || [])).uniq).
where(options[:conditions]).
order(order_option).
joins(joins_for_order_statement(order_option.join(','))).
limit(options[:limit]).
offset(options[:offset]).
pluck(:id)
rescue ::ActiveRecord::StatementInvalid => e
raise StatementInvalid.new(e.message)
end
# Returns the journals
# Valid options are :order, :offset, :limit
def journals(options={})
Journal.visible.
joins(:issue => [:project, :status]).
where(statement).
order(options[:order]).
limit(options[:limit]).
offset(options[:offset]).
preload(:details, :user, {:issue => [:project, :author, :tracker, :status]}).
to_a
rescue ::ActiveRecord::StatementInvalid => e
raise StatementInvalid.new(e.message)
end
# Returns the versions
# Valid options are :conditions
def versions(options={})
Version.visible.
where(project_statement).
where(options[:conditions]).
includes(:project).
references(:project).
to_a
rescue ::ActiveRecord::StatementInvalid => e
raise StatementInvalid.new(e.message)
end
def sql_for_watcher_id_field(field, operator, value)
db_table = Watcher.table_name
"#{Issue.table_name}.id #{ operator == '=' ? 'IN' : 'NOT IN' } (SELECT #{db_table}.watchable_id FROM #{db_table} WHERE #{db_table}.watchable_type='Issue' AND " +
sql_for_field(field, '=', value, db_table, 'user_id') + ')'
end
def sql_for_member_of_group_field(field, operator, value)
if operator == '*' # Any group
groups = Group.givable
operator = '=' # Override the operator since we want to find by assigned_to
elsif operator == "!*"
groups = Group.givable
operator = '!' # Override the operator since we want to find by assigned_to
else
groups = Group.where(:id => value).to_a
end
groups ||= []
members_of_groups = groups.inject([]) {|user_ids, group|
user_ids + group.user_ids + [group.id]
}.uniq.compact.sort.collect(&:to_s)
'(' + sql_for_field("assigned_to_id", operator, members_of_groups, Issue.table_name, "assigned_to_id", false) + ')'
end
def sql_for_assigned_to_role_field(field, operator, value)
case operator
when "*", "!*" # Member / Not member
sw = operator == "!*" ? 'NOT' : ''
nl = operator == "!*" ? "#{Issue.table_name}.assigned_to_id IS NULL OR" : ''
"(#{nl} #{Issue.table_name}.assigned_to_id #{sw} IN (SELECT DISTINCT #{Member.table_name}.user_id FROM #{Member.table_name}" +
" WHERE #{Member.table_name}.project_id = #{Issue.table_name}.project_id))"
when "=", "!"
role_cond = value.any? ?
"#{MemberRole.table_name}.role_id IN (" + value.collect{|val| "'#{self.class.connection.quote_string(val)}'"}.join(",") + ")" :
"1=0"
sw = operator == "!" ? 'NOT' : ''
nl = operator == "!" ? "#{Issue.table_name}.assigned_to_id IS NULL OR" : ''
"(#{nl} #{Issue.table_name}.assigned_to_id #{sw} IN (SELECT DISTINCT #{Member.table_name}.user_id FROM #{Member.table_name}, #{MemberRole.table_name}" +
" WHERE #{Member.table_name}.project_id = #{Issue.table_name}.project_id AND #{Member.table_name}.id = #{MemberRole.table_name}.member_id AND #{role_cond}))"
end
end
def sql_for_is_private_field(field, operator, value)
op = (operator == "=" ? 'IN' : 'NOT IN')
va = value.map {|v| v == '0' ? self.class.connection.quoted_false : self.class.connection.quoted_true}.uniq.join(',')
"#{Issue.table_name}.is_private #{op} (#{va})"
end
def sql_for_parent_id_field(field, operator, value)
case operator
when "="
"#{Issue.table_name}.parent_id = #{value.first.to_i}"
when "~"
root_id, lft, rgt = Issue.where(:id => value.first.to_i).pluck(:root_id, :lft, :rgt).first
if root_id && lft && rgt
"#{Issue.table_name}.root_id = #{root_id} AND #{Issue.table_name}.lft > #{lft} AND #{Issue.table_name}.rgt < #{rgt}"
else
"1=0"
end
when "!*"
"#{Issue.table_name}.parent_id IS NULL"
when "*"
"#{Issue.table_name}.parent_id IS NOT NULL"
end
end
def sql_for_child_id_field(field, operator, value)
case operator
when "="
parent_id = Issue.where(:id => value.first.to_i).pluck(:parent_id).first
if parent_id
"#{Issue.table_name}.id = #{parent_id}"
else
"1=0"
end
when "~"
root_id, lft, rgt = Issue.where(:id => value.first.to_i).pluck(:root_id, :lft, :rgt).first
if root_id && lft && rgt
"#{Issue.table_name}.root_id = #{root_id} AND #{Issue.table_name}.lft < #{lft} AND #{Issue.table_name}.rgt > #{rgt}"
else
"1=0"
end
when "!*"
"#{Issue.table_name}.rgt - #{Issue.table_name}.lft = 1"
when "*"
"#{Issue.table_name}.rgt - #{Issue.table_name}.lft > 1"
end
end
def sql_for_relations(field, operator, value, options={})
relation_options = IssueRelation::TYPES[field]
return relation_options unless relation_options
relation_type = field
join_column, target_join_column = "issue_from_id", "issue_to_id"
if relation_options[:reverse] || options[:reverse]
relation_type = relation_options[:reverse] || relation_type
join_column, target_join_column = target_join_column, join_column
end
sql = case operator
when "*", "!*"
op = (operator == "*" ? 'IN' : 'NOT IN')
"#{Issue.table_name}.id #{op} (SELECT DISTINCT #{IssueRelation.table_name}.#{join_column} FROM #{IssueRelation.table_name} WHERE #{IssueRelation.table_name}.relation_type = '#{self.class.connection.quote_string(relation_type)}')"
when "=", "!"
op = (operator == "=" ? 'IN' : 'NOT IN')
"#{Issue.table_name}.id #{op} (SELECT DISTINCT #{IssueRelation.table_name}.#{join_column} FROM #{IssueRelation.table_name} WHERE #{IssueRelation.table_name}.relation_type = '#{self.class.connection.quote_string(relation_type)}' AND #{IssueRelation.table_name}.#{target_join_column} = #{value.first.to_i})"
when "=p", "=!p", "!p"
op = (operator == "!p" ? 'NOT IN' : 'IN')
comp = (operator == "=!p" ? '<>' : '=')
"#{Issue.table_name}.id #{op} (SELECT DISTINCT #{IssueRelation.table_name}.#{join_column} FROM #{IssueRelation.table_name}, #{Issue.table_name} relissues WHERE #{IssueRelation.table_name}.relation_type = '#{self.class.connection.quote_string(relation_type)}' AND #{IssueRelation.table_name}.#{target_join_column} = relissues.id AND relissues.project_id #{comp} #{value.first.to_i})"
end
if relation_options[:sym] == field && !options[:reverse]
sqls = [sql, sql_for_relations(field, operator, value, :reverse => true)]
sql = sqls.join(["!", "!*", "!p"].include?(operator) ? " AND " : " OR ")
end
"(#{sql})"
end
IssueRelation::TYPES.keys.each do |relation_type|
alias_method "sql_for_#{relation_type}_field".to_sym, :sql_for_relations
end
end