##// END OF EJS Templates
Introduce virtual MenuNodes (#15880)....
Introduce virtual MenuNodes (#15880). They are characterized by having a blank url. they will only be rendered if the user is authorized to see at least one of its children. they render as links which do nothing when clicked. Patch by Jan Schulz-Hofen. git-svn-id: http://svn.redmine.org/redmine/trunk@15501 e93f8b46-1217-0410-a6f0-8f06a7374b81

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issue.rb
1708 lines | 56.9 KiB | text/x-ruby | RubyLexer
# Redmine - project management software
# Copyright (C) 2006-2016 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 Issue < ActiveRecord::Base
include Redmine::SafeAttributes
include Redmine::Utils::DateCalculation
include Redmine::I18n
before_save :set_parent_id
include Redmine::NestedSet::IssueNestedSet
belongs_to :project
belongs_to :tracker
belongs_to :status, :class_name => 'IssueStatus'
belongs_to :author, :class_name => 'User'
belongs_to :assigned_to, :class_name => 'Principal'
belongs_to :fixed_version, :class_name => 'Version'
belongs_to :priority, :class_name => 'IssuePriority'
belongs_to :category, :class_name => 'IssueCategory'
has_many :journals, :as => :journalized, :dependent => :destroy, :inverse_of => :journalized
has_many :visible_journals,
lambda {where(["(#{Journal.table_name}.private_notes = ? OR (#{Project.allowed_to_condition(User.current, :view_private_notes)}))", false])},
:class_name => 'Journal',
:as => :journalized
has_many :time_entries, :dependent => :destroy
has_and_belongs_to_many :changesets, lambda {order("#{Changeset.table_name}.committed_on ASC, #{Changeset.table_name}.id ASC")}
has_many :relations_from, :class_name => 'IssueRelation', :foreign_key => 'issue_from_id', :dependent => :delete_all
has_many :relations_to, :class_name => 'IssueRelation', :foreign_key => 'issue_to_id', :dependent => :delete_all
acts_as_attachable :after_add => :attachment_added, :after_remove => :attachment_removed
acts_as_customizable
acts_as_watchable
acts_as_searchable :columns => ['subject', "#{table_name}.description"],
:preload => [:project, :status, :tracker],
:scope => lambda {|options| options[:open_issues] ? self.open : self.all}
acts_as_event :title => Proc.new {|o| "#{o.tracker.name} ##{o.id} (#{o.status}): #{o.subject}"},
:url => Proc.new {|o| {:controller => 'issues', :action => 'show', :id => o.id}},
:type => Proc.new {|o| 'issue' + (o.closed? ? ' closed' : '') }
acts_as_activity_provider :scope => preload(:project, :author, :tracker),
:author_key => :author_id
DONE_RATIO_OPTIONS = %w(issue_field issue_status)
attr_reader :current_journal
delegate :notes, :notes=, :private_notes, :private_notes=, :to => :current_journal, :allow_nil => true
validates_presence_of :subject, :project, :tracker
validates_presence_of :priority, :if => Proc.new {|issue| issue.new_record? || issue.priority_id_changed?}
validates_presence_of :status, :if => Proc.new {|issue| issue.new_record? || issue.status_id_changed?}
validates_presence_of :author, :if => Proc.new {|issue| issue.new_record? || issue.author_id_changed?}
validates_length_of :subject, :maximum => 255
validates_inclusion_of :done_ratio, :in => 0..100
validates :estimated_hours, :numericality => {:greater_than_or_equal_to => 0, :allow_nil => true, :message => :invalid}
validates :start_date, :date => true
validates :due_date, :date => true
validate :validate_issue, :validate_required_fields
attr_protected :id
scope :visible, lambda {|*args|
joins(:project).
where(Issue.visible_condition(args.shift || User.current, *args))
}
scope :open, lambda {|*args|
is_closed = args.size > 0 ? !args.first : false
joins(:status).
where("#{IssueStatus.table_name}.is_closed = ?", is_closed)
}
scope :recently_updated, lambda { order("#{Issue.table_name}.updated_on DESC") }
scope :on_active_project, lambda {
joins(:project).
where("#{Project.table_name}.status = ?", Project::STATUS_ACTIVE)
}
scope :fixed_version, lambda {|versions|
ids = [versions].flatten.compact.map {|v| v.is_a?(Version) ? v.id : v}
ids.any? ? where(:fixed_version_id => ids) : where('1=0')
}
scope :assigned_to, lambda {|arg|
arg = Array(arg).uniq
ids = arg.map {|p| p.is_a?(Principal) ? p.id : p}
ids += arg.select {|p| p.is_a?(User)}.map(&:group_ids).flatten.uniq
ids.compact!
ids.any? ? where(:assigned_to_id => ids) : none
}
before_validation :clear_disabled_fields
before_create :default_assign
before_save :close_duplicates, :update_done_ratio_from_issue_status,
:force_updated_on_change, :update_closed_on, :set_assigned_to_was
after_save {|issue| issue.send :after_project_change if !issue.id_changed? && issue.project_id_changed?}
after_save :reschedule_following_issues, :update_nested_set_attributes,
:update_parent_attributes, :create_journal
# Should be after_create but would be called before previous after_save callbacks
after_save :after_create_from_copy
after_destroy :update_parent_attributes
after_create :send_notification
# Keep it at the end of after_save callbacks
after_save :clear_assigned_to_was
# Returns a SQL conditions string used to find all issues visible by the specified user
def self.visible_condition(user, options={})
Project.allowed_to_condition(user, :view_issues, options) do |role, user|
sql = if user.id && user.logged?
case role.issues_visibility
when 'all'
'1=1'
when 'default'
user_ids = [user.id] + user.groups.map(&:id).compact
"(#{table_name}.is_private = #{connection.quoted_false} OR #{table_name}.author_id = #{user.id} OR #{table_name}.assigned_to_id IN (#{user_ids.join(',')}))"
when 'own'
user_ids = [user.id] + user.groups.map(&:id).compact
"(#{table_name}.author_id = #{user.id} OR #{table_name}.assigned_to_id IN (#{user_ids.join(',')}))"
else
'1=0'
end
else
"(#{table_name}.is_private = #{connection.quoted_false})"
end
unless role.permissions_all_trackers?(:view_issues)
tracker_ids = role.permissions_tracker_ids(:view_issues)
if tracker_ids.any?
sql = "(#{sql} AND #{table_name}.tracker_id IN (#{tracker_ids.join(',')}))"
else
sql = '1=0'
end
end
sql
end
end
# Returns true if usr or current user is allowed to view the issue
def visible?(usr=nil)
(usr || User.current).allowed_to?(:view_issues, self.project) do |role, user|
visible = if user.logged?
case role.issues_visibility
when 'all'
true
when 'default'
!self.is_private? || (self.author == user || user.is_or_belongs_to?(assigned_to))
when 'own'
self.author == user || user.is_or_belongs_to?(assigned_to)
else
false
end
else
!self.is_private?
end
unless role.permissions_all_trackers?(:view_issues)
visible &&= role.permissions_tracker_ids?(:view_issues, tracker_id)
end
visible
end
end
# Returns true if user or current user is allowed to edit or add notes to the issue
def editable?(user=User.current)
attributes_editable?(user) || notes_addable?(user)
end
# Returns true if user or current user is allowed to edit the issue
def attributes_editable?(user=User.current)
user_tracker_permission?(user, :edit_issues)
end
# Overrides Redmine::Acts::Attachable::InstanceMethods#attachments_editable?
def attachments_editable?(user=User.current)
attributes_editable?(user)
end
# Returns true if user or current user is allowed to add notes to the issue
def notes_addable?(user=User.current)
user_tracker_permission?(user, :add_issue_notes)
end
# Returns true if user or current user is allowed to delete the issue
def deletable?(user=User.current)
user_tracker_permission?(user, :delete_issues)
end
def initialize(attributes=nil, *args)
super
if new_record?
# set default values for new records only
self.priority ||= IssuePriority.default
self.watcher_user_ids = []
end
end
def create_or_update
super
ensure
@status_was = nil
end
private :create_or_update
# AR#Persistence#destroy would raise and RecordNotFound exception
# if the issue was already deleted or updated (non matching lock_version).
# This is a problem when bulk deleting issues or deleting a project
# (because an issue may already be deleted if its parent was deleted
# first).
# The issue is reloaded by the nested_set before being deleted so
# the lock_version condition should not be an issue but we handle it.
def destroy
super
rescue ActiveRecord::StaleObjectError, ActiveRecord::RecordNotFound
# Stale or already deleted
begin
reload
rescue ActiveRecord::RecordNotFound
# The issue was actually already deleted
@destroyed = true
return freeze
end
# The issue was stale, retry to destroy
super
end
alias :base_reload :reload
def reload(*args)
@workflow_rule_by_attribute = nil
@assignable_versions = nil
@relations = nil
@spent_hours = nil
@total_spent_hours = nil
@total_estimated_hours = nil
base_reload(*args)
end
# Overrides Redmine::Acts::Customizable::InstanceMethods#available_custom_fields
def available_custom_fields
(project && tracker) ? (project.all_issue_custom_fields & tracker.custom_fields) : []
end
def visible_custom_field_values(user=nil)
user_real = user || User.current
custom_field_values.select do |value|
value.custom_field.visible_by?(project, user_real)
end
end
# Copies attributes from another issue, arg can be an id or an Issue
def copy_from(arg, options={})
issue = arg.is_a?(Issue) ? arg : Issue.visible.find(arg)
self.attributes = issue.attributes.dup.except("id", "root_id", "parent_id", "lft", "rgt", "created_on", "updated_on")
self.custom_field_values = issue.custom_field_values.inject({}) {|h,v| h[v.custom_field_id] = v.value; h}
self.status = issue.status
self.author = User.current
unless options[:attachments] == false
self.attachments = issue.attachments.map do |attachement|
attachement.copy(:container => self)
end
end
@copied_from = issue
@copy_options = options
self
end
# Returns an unsaved copy of the issue
def copy(attributes=nil, copy_options={})
copy = self.class.new.copy_from(self, copy_options)
copy.attributes = attributes if attributes
copy
end
# Returns true if the issue is a copy
def copy?
@copied_from.present?
end
def status_id=(status_id)
if status_id.to_s != self.status_id.to_s
self.status = (status_id.present? ? IssueStatus.find_by_id(status_id) : nil)
end
self.status_id
end
# Sets the status.
def status=(status)
if status != self.status
@workflow_rule_by_attribute = nil
end
association(:status).writer(status)
end
def priority_id=(pid)
self.priority = nil
write_attribute(:priority_id, pid)
end
def category_id=(cid)
self.category = nil
write_attribute(:category_id, cid)
end
def fixed_version_id=(vid)
self.fixed_version = nil
write_attribute(:fixed_version_id, vid)
end
def tracker_id=(tracker_id)
if tracker_id.to_s != self.tracker_id.to_s
self.tracker = (tracker_id.present? ? Tracker.find_by_id(tracker_id) : nil)
end
self.tracker_id
end
# Sets the tracker.
# This will set the status to the default status of the new tracker if:
# * the status was the default for the previous tracker
# * or if the status was not part of the new tracker statuses
# * or the status was nil
def tracker=(tracker)
tracker_was = self.tracker
association(:tracker).writer(tracker)
if tracker != tracker_was
if status == tracker_was.try(:default_status)
self.status = nil
elsif status && tracker && !tracker.issue_status_ids.include?(status.id)
self.status = nil
end
reassign_custom_field_values
@workflow_rule_by_attribute = nil
end
self.status ||= default_status
self.tracker
end
def project_id=(project_id)
if project_id.to_s != self.project_id.to_s
self.project = (project_id.present? ? Project.find_by_id(project_id) : nil)
end
self.project_id
end
# Sets the project.
# Unless keep_tracker argument is set to true, this will change the tracker
# to the first tracker of the new project if the previous tracker is not part
# of the new project trackers.
# This will:
# * clear the fixed_version is it's no longer valid for the new project.
# * clear the parent issue if it's no longer valid for the new project.
# * set the category to the category with the same name in the new
# project if it exists, or clear it if it doesn't.
# * for new issue, set the fixed_version to the project default version
# if it's a valid fixed_version.
def project=(project, keep_tracker=false)
project_was = self.project
association(:project).writer(project)
if project_was && project && project_was != project
@assignable_versions = nil
unless keep_tracker || project.trackers.include?(tracker)
self.tracker = project.trackers.first
end
# Reassign to the category with same name if any
if category
self.category = project.issue_categories.find_by_name(category.name)
end
# Keep the fixed_version if it's still valid in the new_project
if fixed_version && fixed_version.project != project && !project.shared_versions.include?(fixed_version)
self.fixed_version = nil
end
# Clear the parent task if it's no longer valid
unless valid_parent_project?
self.parent_issue_id = nil
end
reassign_custom_field_values
@workflow_rule_by_attribute = nil
end
# Set fixed_version to the project default version if it's valid
if new_record? && fixed_version.nil? && project && project.default_version_id?
if project.shared_versions.open.exists?(project.default_version_id)
self.fixed_version_id = project.default_version_id
end
end
self.project
end
def description=(arg)
if arg.is_a?(String)
arg = arg.gsub(/(\r\n|\n|\r)/, "\r\n")
end
write_attribute(:description, arg)
end
# Overrides assign_attributes so that project and tracker get assigned first
def assign_attributes_with_project_and_tracker_first(new_attributes, *args)
return if new_attributes.nil?
attrs = new_attributes.dup
attrs.stringify_keys!
%w(project project_id tracker tracker_id).each do |attr|
if attrs.has_key?(attr)
send "#{attr}=", attrs.delete(attr)
end
end
send :assign_attributes_without_project_and_tracker_first, attrs, *args
end
# Do not redefine alias chain on reload (see #4838)
alias_method_chain(:assign_attributes, :project_and_tracker_first) unless method_defined?(:assign_attributes_without_project_and_tracker_first)
def attributes=(new_attributes)
assign_attributes new_attributes
end
def estimated_hours=(h)
write_attribute :estimated_hours, (h.is_a?(String) ? h.to_hours : h)
end
safe_attributes 'project_id',
'tracker_id',
'status_id',
'category_id',
'assigned_to_id',
'priority_id',
'fixed_version_id',
'subject',
'description',
'start_date',
'due_date',
'done_ratio',
'estimated_hours',
'custom_field_values',
'custom_fields',
'lock_version',
'notes',
:if => lambda {|issue, user| issue.new_record? || issue.attributes_editable?(user) }
safe_attributes 'notes',
:if => lambda {|issue, user| issue.notes_addable?(user)}
safe_attributes 'private_notes',
:if => lambda {|issue, user| !issue.new_record? && user.allowed_to?(:set_notes_private, issue.project)}
safe_attributes 'watcher_user_ids',
:if => lambda {|issue, user| issue.new_record? && user.allowed_to?(:add_issue_watchers, issue.project)}
safe_attributes 'is_private',
:if => lambda {|issue, user|
user.allowed_to?(:set_issues_private, issue.project) ||
(issue.author_id == user.id && user.allowed_to?(:set_own_issues_private, issue.project))
}
safe_attributes 'parent_issue_id',
:if => lambda {|issue, user| (issue.new_record? || issue.attributes_editable?(user)) &&
user.allowed_to?(:manage_subtasks, issue.project)}
def safe_attribute_names(user=nil)
names = super
names -= disabled_core_fields
names -= read_only_attribute_names(user)
if new_record?
# Make sure that project_id can always be set for new issues
names |= %w(project_id)
end
if dates_derived?
names -= %w(start_date due_date)
end
if priority_derived?
names -= %w(priority_id)
end
if done_ratio_derived?
names -= %w(done_ratio)
end
names
end
# Safely sets attributes
# Should be called from controllers instead of #attributes=
# attr_accessible is too rough because we still want things like
# Issue.new(:project => foo) to work
def safe_attributes=(attrs, user=User.current)
return unless attrs.is_a?(Hash)
attrs = attrs.deep_dup
# Project and Tracker must be set before since new_statuses_allowed_to depends on it.
if (p = attrs.delete('project_id')) && safe_attribute?('project_id')
if allowed_target_projects(user).where(:id => p.to_i).exists?
self.project_id = p
end
if project_id_changed? && attrs['category_id'].to_s == category_id_was.to_s
# Discard submitted category on previous project
attrs.delete('category_id')
end
end
if (t = attrs.delete('tracker_id')) && safe_attribute?('tracker_id')
if allowed_target_trackers(user).where(:id => t.to_i).exists?
self.tracker_id = t
end
end
if project
# Set a default tracker to accept custom field values
# even if tracker is not specified
self.tracker ||= allowed_target_trackers(user).first
end
statuses_allowed = new_statuses_allowed_to(user)
if (s = attrs.delete('status_id')) && safe_attribute?('status_id')
if statuses_allowed.collect(&:id).include?(s.to_i)
self.status_id = s
end
end
if new_record? && !statuses_allowed.include?(status)
self.status = statuses_allowed.first || default_status
end
if (u = attrs.delete('assigned_to_id')) && safe_attribute?('assigned_to_id')
if u.blank?
self.assigned_to_id = nil
else
u = u.to_i
if assignable_users.any?{|assignable_user| assignable_user.id == u}
self.assigned_to_id = u
end
end
end
attrs = delete_unsafe_attributes(attrs, user)
return if attrs.empty?
if attrs['parent_issue_id'].present?
s = attrs['parent_issue_id'].to_s
unless (m = s.match(%r{\A#?(\d+)\z})) && (m[1] == parent_id.to_s || Issue.visible(user).exists?(m[1]))
@invalid_parent_issue_id = attrs.delete('parent_issue_id')
end
end
if attrs['custom_field_values'].present?
editable_custom_field_ids = editable_custom_field_values(user).map {|v| v.custom_field_id.to_s}
attrs['custom_field_values'].select! {|k, v| editable_custom_field_ids.include?(k.to_s)}
end
if attrs['custom_fields'].present?
editable_custom_field_ids = editable_custom_field_values(user).map {|v| v.custom_field_id.to_s}
attrs['custom_fields'].select! {|c| editable_custom_field_ids.include?(c['id'].to_s)}
end
# mass-assignment security bypass
assign_attributes attrs, :without_protection => true
end
def disabled_core_fields
tracker ? tracker.disabled_core_fields : []
end
# Returns the custom_field_values that can be edited by the given user
def editable_custom_field_values(user=nil)
visible_custom_field_values(user).reject do |value|
read_only_attribute_names(user).include?(value.custom_field_id.to_s)
end
end
# Returns the custom fields that can be edited by the given user
def editable_custom_fields(user=nil)
editable_custom_field_values(user).map(&:custom_field).uniq
end
# Returns the names of attributes that are read-only for user or the current user
# For users with multiple roles, the read-only fields are the intersection of
# read-only fields of each role
# The result is an array of strings where sustom fields are represented with their ids
#
# Examples:
# issue.read_only_attribute_names # => ['due_date', '2']
# issue.read_only_attribute_names(user) # => []
def read_only_attribute_names(user=nil)
workflow_rule_by_attribute(user).reject {|attr, rule| rule != 'readonly'}.keys
end
# Returns the names of required attributes for user or the current user
# For users with multiple roles, the required fields are the intersection of
# required fields of each role
# The result is an array of strings where sustom fields are represented with their ids
#
# Examples:
# issue.required_attribute_names # => ['due_date', '2']
# issue.required_attribute_names(user) # => []
def required_attribute_names(user=nil)
workflow_rule_by_attribute(user).reject {|attr, rule| rule != 'required'}.keys
end
# Returns true if the attribute is required for user
def required_attribute?(name, user=nil)
required_attribute_names(user).include?(name.to_s)
end
# Returns a hash of the workflow rule by attribute for the given user
#
# Examples:
# issue.workflow_rule_by_attribute # => {'due_date' => 'required', 'start_date' => 'readonly'}
def workflow_rule_by_attribute(user=nil)
return @workflow_rule_by_attribute if @workflow_rule_by_attribute && user.nil?
user_real = user || User.current
roles = user_real.admin ? Role.all.to_a : user_real.roles_for_project(project)
roles = roles.select(&:consider_workflow?)
return {} if roles.empty?
result = {}
workflow_permissions = WorkflowPermission.where(:tracker_id => tracker_id, :old_status_id => status_id, :role_id => roles.map(&:id)).to_a
if workflow_permissions.any?
workflow_rules = workflow_permissions.inject({}) do |h, wp|
h[wp.field_name] ||= {}
h[wp.field_name][wp.role_id] = wp.rule
h
end
fields_with_roles = {}
IssueCustomField.where(:visible => false).joins(:roles).pluck(:id, "role_id").each do |field_id, role_id|
fields_with_roles[field_id] ||= []
fields_with_roles[field_id] << role_id
end
roles.each do |role|
fields_with_roles.each do |field_id, role_ids|
unless role_ids.include?(role.id)
field_name = field_id.to_s
workflow_rules[field_name] ||= {}
workflow_rules[field_name][role.id] = 'readonly'
end
end
end
workflow_rules.each do |attr, rules|
next if rules.size < roles.size
uniq_rules = rules.values.uniq
if uniq_rules.size == 1
result[attr] = uniq_rules.first
else
result[attr] = 'required'
end
end
end
@workflow_rule_by_attribute = result if user.nil?
result
end
private :workflow_rule_by_attribute
def done_ratio
if Issue.use_status_for_done_ratio? && status && status.default_done_ratio
status.default_done_ratio
else
read_attribute(:done_ratio)
end
end
def self.use_status_for_done_ratio?
Setting.issue_done_ratio == 'issue_status'
end
def self.use_field_for_done_ratio?
Setting.issue_done_ratio == 'issue_field'
end
def validate_issue
if due_date && start_date && (start_date_changed? || due_date_changed?) && due_date < start_date
errors.add :due_date, :greater_than_start_date
end
if start_date && start_date_changed? && soonest_start && start_date < soonest_start
errors.add :start_date, :earlier_than_minimum_start_date, :date => format_date(soonest_start)
end
if fixed_version
if !assignable_versions.include?(fixed_version)
errors.add :fixed_version_id, :inclusion
elsif reopening? && fixed_version.closed?
errors.add :base, I18n.t(:error_can_not_reopen_issue_on_closed_version)
end
end
# Checks that the issue can not be added/moved to a disabled tracker
if project && (tracker_id_changed? || project_id_changed?)
if tracker && !project.trackers.include?(tracker)
errors.add :tracker_id, :inclusion
end
end
# Checks parent issue assignment
if @invalid_parent_issue_id.present?
errors.add :parent_issue_id, :invalid
elsif @parent_issue
if !valid_parent_project?(@parent_issue)
errors.add :parent_issue_id, :invalid
elsif (@parent_issue != parent) && (
self.would_reschedule?(@parent_issue) ||
@parent_issue.self_and_ancestors.any? {|a| a.relations_from.any? {|r| r.relation_type == IssueRelation::TYPE_PRECEDES && r.issue_to.would_reschedule?(self)}}
)
errors.add :parent_issue_id, :invalid
elsif !new_record?
# moving an existing issue
if move_possible?(@parent_issue)
# move accepted
else
errors.add :parent_issue_id, :invalid
end
end
end
end
# Validates the issue against additional workflow requirements
def validate_required_fields
user = new_record? ? author : current_journal.try(:user)
required_attribute_names(user).each do |attribute|
if attribute =~ /^\d+$/
attribute = attribute.to_i
v = custom_field_values.detect {|v| v.custom_field_id == attribute }
if v && Array(v.value).detect(&:present?).nil?
errors.add :base, v.custom_field.name + ' ' + l('activerecord.errors.messages.blank')
end
else
if respond_to?(attribute) && send(attribute).blank? && !disabled_core_fields.include?(attribute)
next if attribute == 'category_id' && project.try(:issue_categories).blank?
next if attribute == 'fixed_version_id' && assignable_versions.blank?
errors.add attribute, :blank
end
end
end
end
# Overrides Redmine::Acts::Customizable::InstanceMethods#validate_custom_field_values
# so that custom values that are not editable are not validated (eg. a custom field that
# is marked as required should not trigger a validation error if the user is not allowed
# to edit this field).
def validate_custom_field_values
user = new_record? ? author : current_journal.try(:user)
if new_record? || custom_field_values_changed?
editable_custom_field_values(user).each(&:validate_value)
end
end
# Set the done_ratio using the status if that setting is set. This will keep the done_ratios
# even if the user turns off the setting later
def update_done_ratio_from_issue_status
if Issue.use_status_for_done_ratio? && status && status.default_done_ratio
self.done_ratio = status.default_done_ratio
end
end
def init_journal(user, notes = "")
@current_journal ||= Journal.new(:journalized => self, :user => user, :notes => notes)
end
# Returns the current journal or nil if it's not initialized
def current_journal
@current_journal
end
# Returns the names of attributes that are journalized when updating the issue
def journalized_attribute_names
names = Issue.column_names - %w(id root_id lft rgt lock_version created_on updated_on closed_on)
if tracker
names -= tracker.disabled_core_fields
end
names
end
# Returns the id of the last journal or nil
def last_journal_id
if new_record?
nil
else
journals.maximum(:id)
end
end
# Returns a scope for journals that have an id greater than journal_id
def journals_after(journal_id)
scope = journals.reorder("#{Journal.table_name}.id ASC")
if journal_id.present?
scope = scope.where("#{Journal.table_name}.id > ?", journal_id.to_i)
end
scope
end
# Returns the initial status of the issue
# Returns nil for a new issue
def status_was
if status_id_changed?
if status_id_was.to_i > 0
@status_was ||= IssueStatus.find_by_id(status_id_was)
end
else
@status_was ||= status
end
end
# Return true if the issue is closed, otherwise false
def closed?
status.present? && status.is_closed?
end
# Returns true if the issue was closed when loaded
def was_closed?
status_was.present? && status_was.is_closed?
end
# Return true if the issue is being reopened
def reopening?
if new_record?
false
else
status_id_changed? && !closed? && was_closed?
end
end
alias :reopened? :reopening?
# Return true if the issue is being closed
def closing?
if new_record?
closed?
else
status_id_changed? && closed? && !was_closed?
end
end
# Returns true if the issue is overdue
def overdue?
due_date.present? && (due_date < User.current.today) && !closed?
end
# Is the amount of work done less than it should for the due date
def behind_schedule?
return false if start_date.nil? || due_date.nil?
done_date = start_date + ((due_date - start_date + 1) * done_ratio / 100).floor
return done_date <= User.current.today
end
# Does this issue have children?
def children?
!leaf?
end
# Users the issue can be assigned to
def assignable_users
users = project.assignable_users.to_a
users << author if author && author.active?
users << assigned_to if assigned_to
users.uniq.sort
end
# Versions that the issue can be assigned to
def assignable_versions
return @assignable_versions if @assignable_versions
versions = project.shared_versions.open.to_a
if fixed_version
if fixed_version_id_changed?
# nothing to do
elsif project_id_changed?
if project.shared_versions.include?(fixed_version)
versions << fixed_version
end
else
versions << fixed_version
end
end
@assignable_versions = versions.uniq.sort
end
# Returns true if this issue is blocked by another issue that is still open
def blocked?
!relations_to.detect {|ir| ir.relation_type == 'blocks' && !ir.issue_from.closed?}.nil?
end
# Returns the default status of the issue based on its tracker
# Returns nil if tracker is nil
def default_status
tracker.try(:default_status)
end
# Returns an array of statuses that user is able to apply
def new_statuses_allowed_to(user=User.current, include_default=false)
if new_record? && @copied_from
[default_status, @copied_from.status].compact.uniq.sort
else
initial_status = nil
if new_record?
# nop
elsif tracker_id_changed?
if Tracker.where(:id => tracker_id_was, :default_status_id => status_id_was).any?
initial_status = default_status
elsif tracker.issue_status_ids.include?(status_id_was)
initial_status = IssueStatus.find_by_id(status_id_was)
else
initial_status = default_status
end
else
initial_status = status_was
end
initial_assigned_to_id = assigned_to_id_changed? ? assigned_to_id_was : assigned_to_id
assignee_transitions_allowed = initial_assigned_to_id.present? &&
(user.id == initial_assigned_to_id || user.group_ids.include?(initial_assigned_to_id))
statuses = []
statuses += IssueStatus.new_statuses_allowed(
initial_status,
user.admin ? Role.all.to_a : user.roles_for_project(project),
tracker,
author == user,
assignee_transitions_allowed
)
statuses << initial_status unless statuses.empty?
statuses << default_status if include_default || (new_record? && statuses.empty?)
statuses = statuses.compact.uniq.sort
if blocked?
statuses.reject!(&:is_closed?)
end
statuses
end
end
# Returns the previous assignee (user or group) if changed
def assigned_to_was
# assigned_to_id_was is reset before after_save callbacks
user_id = @previous_assigned_to_id || assigned_to_id_was
if user_id && user_id != assigned_to_id
@assigned_to_was ||= Principal.find_by_id(user_id)
end
end
# Returns the original tracker
def tracker_was
Tracker.find_by_id(tracker_id_was)
end
# Returns the users that should be notified
def notified_users
notified = []
# Author and assignee are always notified unless they have been
# locked or don't want to be notified
notified << author if author
if assigned_to
notified += (assigned_to.is_a?(Group) ? assigned_to.users : [assigned_to])
end
if assigned_to_was
notified += (assigned_to_was.is_a?(Group) ? assigned_to_was.users : [assigned_to_was])
end
notified = notified.select {|u| u.active? && u.notify_about?(self)}
notified += project.notified_users
notified.uniq!
# Remove users that can not view the issue
notified.reject! {|user| !visible?(user)}
notified
end
# Returns the email addresses that should be notified
def recipients
notified_users.collect(&:mail)
end
def each_notification(users, &block)
if users.any?
if custom_field_values.detect {|value| !value.custom_field.visible?}
users_by_custom_field_visibility = users.group_by do |user|
visible_custom_field_values(user).map(&:custom_field_id).sort
end
users_by_custom_field_visibility.values.each do |users|
yield(users)
end
else
yield(users)
end
end
end
def notify?
@notify != false
end
def notify=(arg)
@notify = arg
end
# Returns the number of hours spent on this issue
def spent_hours
@spent_hours ||= time_entries.sum(:hours) || 0
end
# Returns the total number of hours spent on this issue and its descendants
def total_spent_hours
@total_spent_hours ||= if leaf?
spent_hours
else
self_and_descendants.joins(:time_entries).sum("#{TimeEntry.table_name}.hours").to_f || 0.0
end
end
def total_estimated_hours
if leaf?
estimated_hours
else
@total_estimated_hours ||= self_and_descendants.sum(:estimated_hours)
end
end
def relations
@relations ||= IssueRelation::Relations.new(self, (relations_from + relations_to).sort)
end
# Preloads relations for a collection of issues
def self.load_relations(issues)
if issues.any?
relations = IssueRelation.where("issue_from_id IN (:ids) OR issue_to_id IN (:ids)", :ids => issues.map(&:id)).all
issues.each do |issue|
issue.instance_variable_set "@relations", relations.select {|r| r.issue_from_id == issue.id || r.issue_to_id == issue.id}
end
end
end
# Preloads visible spent time for a collection of issues
def self.load_visible_spent_hours(issues, user=User.current)
if issues.any?
hours_by_issue_id = TimeEntry.visible(user).where(:issue_id => issues.map(&:id)).group(:issue_id).sum(:hours)
issues.each do |issue|
issue.instance_variable_set "@spent_hours", (hours_by_issue_id[issue.id] || 0)
end
end
end
# Preloads visible total spent time for a collection of issues
def self.load_visible_total_spent_hours(issues, user=User.current)
if issues.any?
hours_by_issue_id = TimeEntry.visible(user).joins(:issue).
joins("JOIN #{Issue.table_name} parent ON parent.root_id = #{Issue.table_name}.root_id" +
" AND parent.lft <= #{Issue.table_name}.lft AND parent.rgt >= #{Issue.table_name}.rgt").
where("parent.id IN (?)", issues.map(&:id)).group("parent.id").sum(:hours)
issues.each do |issue|
issue.instance_variable_set "@total_spent_hours", (hours_by_issue_id[issue.id] || 0)
end
end
end
# Preloads visible relations for a collection of issues
def self.load_visible_relations(issues, user=User.current)
if issues.any?
issue_ids = issues.map(&:id)
# Relations with issue_from in given issues and visible issue_to
relations_from = IssueRelation.joins(:issue_to => :project).
where(visible_condition(user)).where(:issue_from_id => issue_ids).to_a
# Relations with issue_to in given issues and visible issue_from
relations_to = IssueRelation.joins(:issue_from => :project).
where(visible_condition(user)).
where(:issue_to_id => issue_ids).to_a
issues.each do |issue|
relations =
relations_from.select {|relation| relation.issue_from_id == issue.id} +
relations_to.select {|relation| relation.issue_to_id == issue.id}
issue.instance_variable_set "@relations", IssueRelation::Relations.new(issue, relations.sort)
end
end
end
# Finds an issue relation given its id.
def find_relation(relation_id)
IssueRelation.where("issue_to_id = ? OR issue_from_id = ?", id, id).find(relation_id)
end
# Returns true if this issue blocks the other issue, otherwise returns false
def blocks?(other)
all = [self]
last = [self]
while last.any?
current = last.map {|i| i.relations_from.where(:relation_type => IssueRelation::TYPE_BLOCKS).map(&:issue_to)}.flatten.uniq
current -= last
current -= all
return true if current.include?(other)
last = current
all += last
end
false
end
# Returns true if the other issue might be rescheduled if the start/due dates of this issue change
def would_reschedule?(other)
all = [self]
last = [self]
while last.any?
current = last.map {|i|
i.relations_from.where(:relation_type => IssueRelation::TYPE_PRECEDES).map(&:issue_to) +
i.leaves.to_a +
i.ancestors.map {|a| a.relations_from.where(:relation_type => IssueRelation::TYPE_PRECEDES).map(&:issue_to)}
}.flatten.uniq
current -= last
current -= all
return true if current.include?(other)
last = current
all += last
end
false
end
# Returns an array of issues that duplicate this one
def duplicates
relations_to.select {|r| r.relation_type == IssueRelation::TYPE_DUPLICATES}.collect {|r| r.issue_from}
end
# Returns the due date or the target due date if any
# Used on gantt chart
def due_before
due_date || (fixed_version ? fixed_version.effective_date : nil)
end
# Returns the time scheduled for this issue.
#
# Example:
# Start Date: 2/26/09, End Date: 3/04/09
# duration => 6
def duration
(start_date && due_date) ? due_date - start_date : 0
end
# Returns the duration in working days
def working_duration
(start_date && due_date) ? working_days(start_date, due_date) : 0
end
def soonest_start(reload=false)
if @soonest_start.nil? || reload
dates = relations_to(reload).collect{|relation| relation.successor_soonest_start}
p = @parent_issue || parent
if p && Setting.parent_issue_dates == 'derived'
dates << p.soonest_start
end
@soonest_start = dates.compact.max
end
@soonest_start
end
# Sets start_date on the given date or the next working day
# and changes due_date to keep the same working duration.
def reschedule_on(date)
wd = working_duration
date = next_working_date(date)
self.start_date = date
self.due_date = add_working_days(date, wd)
end
# Reschedules the issue on the given date or the next working day and saves the record.
# If the issue is a parent task, this is done by rescheduling its subtasks.
def reschedule_on!(date)
return if date.nil?
if leaf? || !dates_derived?
if start_date.nil? || start_date != date
if start_date && start_date > date
# Issue can not be moved earlier than its soonest start date
date = [soonest_start(true), date].compact.max
end
reschedule_on(date)
begin
save
rescue ActiveRecord::StaleObjectError
reload
reschedule_on(date)
save
end
end
else
leaves.each do |leaf|
if leaf.start_date
# Only move subtask if it starts at the same date as the parent
# or if it starts before the given date
if start_date == leaf.start_date || date > leaf.start_date
leaf.reschedule_on!(date)
end
else
leaf.reschedule_on!(date)
end
end
end
end
def dates_derived?
!leaf? && Setting.parent_issue_dates == 'derived'
end
def priority_derived?
!leaf? && Setting.parent_issue_priority == 'derived'
end
def done_ratio_derived?
!leaf? && Setting.parent_issue_done_ratio == 'derived'
end
def <=>(issue)
if issue.nil?
-1
elsif root_id != issue.root_id
(root_id || 0) <=> (issue.root_id || 0)
else
(lft || 0) <=> (issue.lft || 0)
end
end
def to_s
"#{tracker} ##{id}: #{subject}"
end
# Returns a string of css classes that apply to the issue
def css_classes(user=User.current)
s = "issue tracker-#{tracker_id} status-#{status_id} #{priority.try(:css_classes)}"
s << ' closed' if closed?
s << ' overdue' if overdue?
s << ' child' if child?
s << ' parent' unless leaf?
s << ' private' if is_private?
if user.logged?
s << ' created-by-me' if author_id == user.id
s << ' assigned-to-me' if assigned_to_id == user.id
s << ' assigned-to-my-group' if user.groups.any? {|g| g.id == assigned_to_id}
end
s
end
# Unassigns issues from +version+ if it's no longer shared with issue's project
def self.update_versions_from_sharing_change(version)
# Update issues assigned to the version
update_versions(["#{Issue.table_name}.fixed_version_id = ?", version.id])
end
# Unassigns issues from versions that are no longer shared
# after +project+ was moved
def self.update_versions_from_hierarchy_change(project)
moved_project_ids = project.self_and_descendants.reload.collect(&:id)
# Update issues of the moved projects and issues assigned to a version of a moved project
Issue.update_versions(
["#{Version.table_name}.project_id IN (?) OR #{Issue.table_name}.project_id IN (?)",
moved_project_ids, moved_project_ids]
)
end
def parent_issue_id=(arg)
s = arg.to_s.strip.presence
if s && (m = s.match(%r{\A#?(\d+)\z})) && (@parent_issue = Issue.find_by_id(m[1]))
@invalid_parent_issue_id = nil
elsif s.blank?
@parent_issue = nil
@invalid_parent_issue_id = nil
else
@parent_issue = nil
@invalid_parent_issue_id = arg
end
end
def parent_issue_id
if @invalid_parent_issue_id
@invalid_parent_issue_id
elsif instance_variable_defined? :@parent_issue
@parent_issue.nil? ? nil : @parent_issue.id
else
parent_id
end
end
def set_parent_id
self.parent_id = parent_issue_id
end
# Returns true if issue's project is a valid
# parent issue project
def valid_parent_project?(issue=parent)
return true if issue.nil? || issue.project_id == project_id
case Setting.cross_project_subtasks
when 'system'
true
when 'tree'
issue.project.root == project.root
when 'hierarchy'
issue.project.is_or_is_ancestor_of?(project) || issue.project.is_descendant_of?(project)
when 'descendants'
issue.project.is_or_is_ancestor_of?(project)
else
false
end
end
# Returns an issue scope based on project and scope
def self.cross_project_scope(project, scope=nil)
if project.nil?
return Issue
end
case scope
when 'all', 'system'
Issue
when 'tree'
Issue.joins(:project).where("(#{Project.table_name}.lft >= :lft AND #{Project.table_name}.rgt <= :rgt)",
:lft => project.root.lft, :rgt => project.root.rgt)
when 'hierarchy'
Issue.joins(:project).where("(#{Project.table_name}.lft >= :lft AND #{Project.table_name}.rgt <= :rgt) OR (#{Project.table_name}.lft < :lft AND #{Project.table_name}.rgt > :rgt)",
:lft => project.lft, :rgt => project.rgt)
when 'descendants'
Issue.joins(:project).where("(#{Project.table_name}.lft >= :lft AND #{Project.table_name}.rgt <= :rgt)",
:lft => project.lft, :rgt => project.rgt)
else
Issue.where(:project_id => project.id)
end
end
def self.by_tracker(project)
count_and_group_by(:project => project, :association => :tracker)
end
def self.by_version(project)
count_and_group_by(:project => project, :association => :fixed_version)
end
def self.by_priority(project)
count_and_group_by(:project => project, :association => :priority)
end
def self.by_category(project)
count_and_group_by(:project => project, :association => :category)
end
def self.by_assigned_to(project)
count_and_group_by(:project => project, :association => :assigned_to)
end
def self.by_author(project)
count_and_group_by(:project => project, :association => :author)
end
def self.by_subproject(project)
r = count_and_group_by(:project => project, :with_subprojects => true, :association => :project)
r.reject {|r| r["project_id"] == project.id.to_s}
end
# Query generator for selecting groups of issue counts for a project
# based on specific criteria
#
# Options
# * project - Project to search in.
# * with_subprojects - Includes subprojects issues if set to true.
# * association - Symbol. Association for grouping.
def self.count_and_group_by(options)
assoc = reflect_on_association(options[:association])
select_field = assoc.foreign_key
Issue.
visible(User.current, :project => options[:project], :with_subprojects => options[:with_subprojects]).
joins(:status, assoc.name).
group(:status_id, :is_closed, select_field).
count.
map do |columns, total|
status_id, is_closed, field_value = columns
is_closed = ['t', 'true', '1'].include?(is_closed.to_s)
{
"status_id" => status_id.to_s,
"closed" => is_closed,
select_field => field_value.to_s,
"total" => total.to_s
}
end
end
# Returns a scope of projects that user can assign the issue to
def allowed_target_projects(user=User.current)
current_project = new_record? ? nil : project
self.class.allowed_target_projects(user, current_project)
end
# Returns a scope of projects that user can assign issues to
# If current_project is given, it will be included in the scope
def self.allowed_target_projects(user=User.current, current_project=nil)
condition = Project.allowed_to_condition(user, :add_issues)
if current_project
condition = ["(#{condition}) OR #{Project.table_name}.id = ?", current_project.id]
end
Project.where(condition).having_trackers
end
# Returns a scope of trackers that user can assign the issue to
def allowed_target_trackers(user=User.current)
self.class.allowed_target_trackers(project, user, tracker_id_was)
end
# Returns a scope of trackers that user can assign project issues to
def self.allowed_target_trackers(project, user=User.current, current_tracker=nil)
if project
scope = project.trackers.sorted
unless user.admin?
roles = user.roles_for_project(project).select {|r| r.has_permission?(:add_issues)}
unless roles.any? {|r| r.permissions_all_trackers?(:add_issues)}
tracker_ids = roles.map {|r| r.permissions_tracker_ids(:add_issues)}.flatten.uniq
if current_tracker
tracker_ids << current_tracker
end
scope = scope.where(:id => tracker_ids)
end
end
scope
else
Tracker.none
end
end
private
def user_tracker_permission?(user, permission)
if user.admin?
true
else
roles = user.roles_for_project(project).select {|r| r.has_permission?(permission)}
roles.any? {|r| r.permissions_all_trackers?(permission) || r.permissions_tracker_ids?(permission, tracker_id)}
end
end
def after_project_change
# Update project_id on related time entries
TimeEntry.where({:issue_id => id}).update_all(["project_id = ?", project_id])
# Delete issue relations
unless Setting.cross_project_issue_relations?
relations_from.clear
relations_to.clear
end
# Move subtasks that were in the same project
children.each do |child|
next unless child.project_id == project_id_was
# Change project and keep project
child.send :project=, project, true
unless child.save
raise ActiveRecord::Rollback
end
end
end
# Callback for after the creation of an issue by copy
# * adds a "copied to" relation with the copied issue
# * copies subtasks from the copied issue
def after_create_from_copy
return unless copy? && !@after_create_from_copy_handled
if (@copied_from.project_id == project_id || Setting.cross_project_issue_relations?) && @copy_options[:link] != false
if @current_journal
@copied_from.init_journal(@current_journal.user)
end
relation = IssueRelation.new(:issue_from => @copied_from, :issue_to => self, :relation_type => IssueRelation::TYPE_COPIED_TO)
unless relation.save
logger.error "Could not create relation while copying ##{@copied_from.id} to ##{id} due to validation errors: #{relation.errors.full_messages.join(', ')}" if logger
end
end
unless @copied_from.leaf? || @copy_options[:subtasks] == false
copy_options = (@copy_options || {}).merge(:subtasks => false)
copied_issue_ids = {@copied_from.id => self.id}
@copied_from.reload.descendants.reorder("#{Issue.table_name}.lft").each do |child|
# Do not copy self when copying an issue as a descendant of the copied issue
next if child == self
# Do not copy subtasks of issues that were not copied
next unless copied_issue_ids[child.parent_id]
# Do not copy subtasks that are not visible to avoid potential disclosure of private data
unless child.visible?
logger.error "Subtask ##{child.id} was not copied during ##{@copied_from.id} copy because it is not visible to the current user" if logger
next
end
copy = Issue.new.copy_from(child, copy_options)
if @current_journal
copy.init_journal(@current_journal.user)
end
copy.author = author
copy.project = project
copy.parent_issue_id = copied_issue_ids[child.parent_id]
unless copy.save
logger.error "Could not copy subtask ##{child.id} while copying ##{@copied_from.id} to ##{id} due to validation errors: #{copy.errors.full_messages.join(', ')}" if logger
next
end
copied_issue_ids[child.id] = copy.id
end
end
@after_create_from_copy_handled = true
end
def update_nested_set_attributes
if parent_id_changed?
update_nested_set_attributes_on_parent_change
end
remove_instance_variable(:@parent_issue) if instance_variable_defined?(:@parent_issue)
end
# Updates the nested set for when an existing issue is moved
def update_nested_set_attributes_on_parent_change
former_parent_id = parent_id_was
# delete invalid relations of all descendants
self_and_descendants.each do |issue|
issue.relations.each do |relation|
relation.destroy unless relation.valid?
end
end
# update former parent
recalculate_attributes_for(former_parent_id) if former_parent_id
end
def update_parent_attributes
if parent_id
recalculate_attributes_for(parent_id)
association(:parent).reset
end
end
def recalculate_attributes_for(issue_id)
if issue_id && p = Issue.find_by_id(issue_id)
if p.priority_derived?
# priority = highest priority of open children
if priority_position = p.children.open.joins(:priority).maximum("#{IssuePriority.table_name}.position")
p.priority = IssuePriority.find_by_position(priority_position)
else
p.priority = IssuePriority.default
end
end
if p.dates_derived?
# start/due dates = lowest/highest dates of children
p.start_date = p.children.minimum(:start_date)
p.due_date = p.children.maximum(:due_date)
if p.start_date && p.due_date && p.due_date < p.start_date
p.start_date, p.due_date = p.due_date, p.start_date
end
end
if p.done_ratio_derived?
# done ratio = weighted average ratio of leaves
unless Issue.use_status_for_done_ratio? && p.status && p.status.default_done_ratio
child_count = p.children.count
if child_count > 0
average = p.children.where("estimated_hours > 0").average(:estimated_hours).to_f
if average == 0
average = 1
end
done = p.children.joins(:status).
sum("COALESCE(CASE WHEN estimated_hours > 0 THEN estimated_hours ELSE NULL END, #{average}) " +
"* (CASE WHEN is_closed = #{self.class.connection.quoted_true} THEN 100 ELSE COALESCE(done_ratio, 0) END)").to_f
progress = done / (average * child_count)
p.done_ratio = progress.round
end
end
end
# ancestors will be recursively updated
p.save(:validate => false)
end
end
# Update issues so their versions are not pointing to a
# fixed_version that is not shared with the issue's project
def self.update_versions(conditions=nil)
# Only need to update issues with a fixed_version from
# a different project and that is not systemwide shared
Issue.joins(:project, :fixed_version).
where("#{Issue.table_name}.fixed_version_id IS NOT NULL" +
" AND #{Issue.table_name}.project_id <> #{Version.table_name}.project_id" +
" AND #{Version.table_name}.sharing <> 'system'").
where(conditions).each do |issue|
next if issue.project.nil? || issue.fixed_version.nil?
unless issue.project.shared_versions.include?(issue.fixed_version)
issue.init_journal(User.current)
issue.fixed_version = nil
issue.save
end
end
end
# Callback on file attachment
def attachment_added(attachment)
if current_journal && !attachment.new_record?
current_journal.journalize_attachment(attachment, :added)
end
end
# Callback on attachment deletion
def attachment_removed(attachment)
if current_journal && !attachment.new_record?
current_journal.journalize_attachment(attachment, :removed)
current_journal.save
end
end
# Called after a relation is added
def relation_added(relation)
if current_journal
current_journal.journalize_relation(relation, :added)
current_journal.save
end
end
# Called after a relation is removed
def relation_removed(relation)
if current_journal
current_journal.journalize_relation(relation, :removed)
current_journal.save
end
end
# Default assignment based on category
def default_assign
if assigned_to.nil? && category && category.assigned_to
self.assigned_to = category.assigned_to
end
end
# Updates start/due dates of following issues
def reschedule_following_issues
if start_date_changed? || due_date_changed?
relations_from.each do |relation|
relation.set_issue_to_dates
end
end
end
# Closes duplicates if the issue is being closed
def close_duplicates
if closing?
duplicates.each do |duplicate|
# Reload is needed in case the duplicate was updated by a previous duplicate
duplicate.reload
# Don't re-close it if it's already closed
next if duplicate.closed?
# Same user and notes
if @current_journal
duplicate.init_journal(@current_journal.user, @current_journal.notes)
duplicate.private_notes = @current_journal.private_notes
end
duplicate.update_attribute :status, self.status
end
end
end
# Make sure updated_on is updated when adding a note and set updated_on now
# so we can set closed_on with the same value on closing
def force_updated_on_change
if @current_journal || changed?
self.updated_on = current_time_from_proper_timezone
if new_record?
self.created_on = updated_on
end
end
end
# Callback for setting closed_on when the issue is closed.
# The closed_on attribute stores the time of the last closing
# and is preserved when the issue is reopened.
def update_closed_on
if closing?
self.closed_on = updated_on
end
end
# Saves the changes in a Journal
# Called after_save
def create_journal
if current_journal
current_journal.save
end
end
def send_notification
if notify? && Setting.notified_events.include?('issue_added')
Mailer.deliver_issue_add(self)
end
end
# Stores the previous assignee so we can still have access
# to it during after_save callbacks (assigned_to_id_was is reset)
def set_assigned_to_was
@previous_assigned_to_id = assigned_to_id_was
end
# Clears the previous assignee at the end of after_save callbacks
def clear_assigned_to_was
@assigned_to_was = nil
@previous_assigned_to_id = nil
end
def clear_disabled_fields
if tracker
tracker.disabled_core_fields.each do |attribute|
send "#{attribute}=", nil
end
self.done_ratio ||= 0
end
end
end