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OpenProject is the leading open source project management software.
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openproject/app/models/project.rb

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#-- encoding: UTF-8
#-- copyright
# OpenProject is a project management system.
# Copyright (C) 2012-2017 the OpenProject Foundation (OPF)
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License version 3.
#
# OpenProject is a fork of ChiliProject, which is a fork of Redmine. The copyright follows:
# Copyright (C) 2006-2017 Jean-Philippe Lang
# Copyright (C) 2010-2013 the ChiliProject Team
#
# 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.
#
# See doc/COPYRIGHT.rdoc for more details.
#++
class Project < ActiveRecord::Base
extend Pagination::Model
extend FriendlyId
include Project::Copy
include Project::Storage
include Project::Activity
# Project statuses
STATUS_ACTIVE = 1
STATUS_ARCHIVED = 9
# Maximum length for project identifiers
IDENTIFIER_MAX_LENGTH = 100
# reserved identifiers
RESERVED_IDENTIFIERS = %w( new level_list )
# Specific overridden Activities
has_many :time_entry_activities
has_many :members, -> {
includes(:user, :roles)
.where("#{Principal.table_name}.type='User' AND #{User.table_name}.status=#{Principal::STATUSES[:active]}")
.references(:users, :roles)
}
has_many :possible_assignee_members, -> {
includes(:principal, :roles)
.where(Project.possible_principles_condition)
.references(:principals, :roles)
}, class_name: 'Member'
# Read only
has_many :possible_assignees, -> (object){
# Have to reference members and roles again although
# possible_assignee_members does already specify it to be able to use the
# Project.possible_principles_condition there
#
# The .where(members_users: { project_id: object.id })
# part is an optimization preventing to have all the members joined
includes(members: :roles)
.where(members_users: { project_id: object.id })
.references(:roles)
.merge(Principal.order_by_name)
},
through: :possible_assignee_members,
source: :principal
has_many :possible_responsible_members, -> {
includes(:principal, :roles)
.where(Project.possible_principles_condition)
.references(:principals, :roles)
}, class_name: 'Member'
# Read only
has_many :possible_responsibles, -> (object){
# Have to reference members and roles again although
# possible_responsible_members does already specify it to be able to use
# the Project.possible_principles_condition there
#
# The .where(members_users: { project_id: object.id })
# part is an optimization preventing to have all the members joined
includes(members: :roles)
.where(members_users: { project_id: object.id })
.references(:roles)
.merge(Principal.order_by_name)
},
through: :possible_responsible_members,
source: :principal
has_many :memberships, class_name: 'Member'
has_many :member_principals, -> {
includes(:principal)
.where("#{Principal.table_name}.type='Group' OR " +
"(#{Principal.table_name}.type='User' AND " +
"(#{Principal.table_name}.status=#{Principal::STATUSES[:active]} OR " +
"#{Principal.table_name}.status=#{Principal::STATUSES[:registered]} OR " +
"#{Principal.table_name}.status=#{Principal::STATUSES[:invited]}))")
}, class_name: 'Member'
has_many :users, through: :members
has_many :principals, through: :member_principals, source: :principal
has_many :enabled_modules, dependent: :delete_all
has_and_belongs_to_many :types, -> {
order("#{::Type.table_name}.position")
}
has_many :work_packages, -> {
order("#{WorkPackage.table_name}.created_at DESC")
.includes(:status, :type)
}
has_many :work_package_changes, through: :work_packages, source: :journals
has_many :versions, -> {
order("#{Version.table_name}.effective_date DESC, #{Version.table_name}.name DESC")
}, dependent: :destroy
has_many :time_entries, dependent: :delete_all
has_many :queries, dependent: :delete_all
has_many :news, -> { includes(:author) }, dependent: :destroy
has_many :categories, -> { order("#{Category.table_name}.name") }, dependent: :delete_all
has_many :boards, -> { order('position ASC') }, dependent: :destroy
has_one :repository, dependent: :destroy
has_many :changesets, through: :repository
has_one :wiki, dependent: :destroy
# Custom field for the project's work_packages
has_and_belongs_to_many :work_package_custom_fields, -> {
order("#{CustomField.table_name}.position")
}, class_name: 'WorkPackageCustomField',
join_table: "#{table_name_prefix}custom_fields_projects#{table_name_suffix}",
association_foreign_key: 'custom_field_id'
acts_as_nested_set order_column: :name, dependent: :destroy
acts_as_customizable
acts_as_searchable columns: ["#{table_name}.name", "#{table_name}.identifier", "#{table_name}.description"], project_key: 'id', permission: nil
acts_as_event title: Proc.new { |o| "#{Project.model_name.human}: #{o.name}" },
url: Proc.new { |o| { controller: '/projects', action: 'show', id: o } },
author: nil,
datetime: :created_on
validates_presence_of :name, :identifier
# TODO: we temporarily disable this validation because it leads to failed tests
# it implicitly assumes a db:seed-created standard type to be present and currently
# neither development nor deployment setups are prepared for this
# validates_presence_of :types
validates_uniqueness_of :identifier
validates_associated :repository, :wiki
validates_length_of :name, maximum: 255
validates_length_of :identifier, in: 1..IDENTIFIER_MAX_LENGTH
# starts with lower-case letter, a-z, 0-9, dashes and underscores afterwards
validates :identifier,
format: { with: /\A[a-z][a-z0-9\-_]*\z/ },
if: -> (p) { p.identifier_changed? }
# reserved words
validates_exclusion_of :identifier, in: RESERVED_IDENTIFIERS
friendly_id :identifier, use: :finders
before_destroy :delete_all_members
before_destroy :destroy_all_work_packages
scope :has_module, ->(mod) {
where(["#{Project.table_name}.id IN (SELECT em.project_id FROM #{EnabledModule.table_name} em WHERE em.name=?)", mod.to_s])
}
scope :active, -> { where(status: STATUS_ACTIVE) }
scope :public_projects, -> { where(is_public: true) }
scope :visible, ->(user = User.current) { Project.visible_by(user) }
scope :newest, -> { order(created_on: :desc) }
# timelines stuff
belongs_to :project_type, class_name: '::ProjectType'
belongs_to :responsible, class_name: 'User'
has_many :timelines, class_name: '::Timeline',
dependent: :destroy
has_many :reportings_via_source, class_name: '::Reporting',
foreign_key: 'project_id',
dependent: :delete_all
has_many :reportings_via_target, class_name: '::Reporting',
foreign_key: 'reporting_to_project_id',
dependent: :delete_all
has_many :reporting_to_projects, through: :reportings_via_source,
source: :reporting_to_project
has_many :project_a_associations, class_name: '::ProjectAssociation',
foreign_key: 'project_a_id',
dependent: :delete_all
has_many :project_b_associations, class_name: '::ProjectAssociation',
foreign_key: 'project_b_id',
dependent: :delete_all
has_many :associated_a_projects, through: :project_a_associations,
source: :project_b
has_many :associated_b_projects, through: :project_b_associations,
source: :project_a
include TimelinesCollectionProxy
collection_proxy :project_associations, for: [:project_a_associations,
:project_b_associations] do
def visible(user = User.current)
all.select { |assoc| assoc.visible?(user) }
end
end
collection_proxy :associated_projects, for: [:associated_a_projects,
:associated_b_projects] do
def visible(user = User.current)
all.select { |other| other.visible?(user) }
end
end
collection_proxy :reportings, for: [:reportings_via_source,
:reportings_via_target],
leave_public: true
def associated_project_candidates(user = User.current)
# TODO: Check if admins shouldn't see all projects here
projects = Project.visible(user).to_a
projects.delete(self)
projects -= associated_projects
projects.select(&:allows_association?)
end
def associated_project_candidates_by_type(user = User.current)
# TODO: values need sorting by project tree
associated_project_candidates(user).group_by(&:project_type)
end
def project_associations_by_type(user = User.current)
# TODO: values need sorting by project tree
project_associations.visible(user).group_by do |a|
a.project(self).project_type
end
end
def reporting_to_project_candidates(user = User.current)
# TODO: Check if admins shouldn't see all projects here
projects = Project.visible(user).to_a
projects.delete(self)
projects -= reporting_to_projects
projects
end
def visible?(user = User.current)
self.active? and (self.is_public? or user.admin? or user.member_of?(self))
end
def allows_association?
if project_type.present?
project_type.allows_association
else
true
end
end
def copy_allowed?
User.current.allowed_to?(:copy_projects, self) && (parent.nil? || User.current.allowed_to?(:add_subprojects, parent))
end
def self.selectable_projects
Project.visible.select { |p| User.current.member_of? p }.sort_by(&:to_s)
end
def self.search_scope(query)
# overwritten from Pagination::Model
visible.like(query)
end
# end timelines
def initialize(attributes = nil)
super
initialized = (attributes || {}).stringify_keys
if !initialized.key?('identifier') && Setting.sequential_project_identifiers?
self.identifier = Project.next_identifier
end
if !initialized.key?('is_public')
self.is_public = Setting.default_projects_public?
end
if !initialized.key?('enabled_module_names')
self.enabled_module_names = Setting.default_projects_modules
end
if !initialized.key?('types') && !initialized.key?('type_ids')
self.types = ::Type.default
end
end
def possible_members(criteria, limit)
Principal.active_or_registered.like(criteria).not_in_project(self).limit(limit)
end
def add_member(user, roles)
members.build.tap do |m|
m.principal = user
m.roles = Array(roles)
end
end
def add_member!(user, roles)
add_member(user, roles)
save
end
# Returns all projects the user is allowed to see.
#
# Employs the :view_project permission to perform the
# authorization check as the permissino is public, meaning it is granted
# to everybody having at least one role in a project regardless of the
# role's permissions.
def self.visible_by(user = User.current)
allowed_to(user, :view_project)
end
# Returns a ActiveRecord::Relation to find all projects for which
# +user+ has the given +permission+
def self.allowed_to(user, permission)
Authorization.projects(permission, user)
end
# Returns the Systemwide and project specific activities
def activities(include_inactive = false)
if include_inactive
return all_activities
else
return active_activities
end
end
# Will create a new Project specific Activity or update an existing one
#
# This will raise a ActiveRecord::Rollback if the TimeEntryActivity
# does not successfully save.
def update_or_create_time_entry_activity(id, activity_hash)
if activity_hash.respond_to?(:has_key?) && activity_hash.has_key?('parent_id')
create_time_entry_activity_if_needed(activity_hash)
else
activity = project.time_entry_activities.find_by(id: id.to_i)
activity.update_attributes(activity_hash) if activity
end
end
# Create a new TimeEntryActivity if it overrides a system TimeEntryActivity
#
# This will raise a ActiveRecord::Rollback if the TimeEntryActivity
# does not successfully save.
def create_time_entry_activity_if_needed(activity)
if activity['parent_id']
parent_activity = TimeEntryActivity.find(activity['parent_id'])
activity['name'] = parent_activity.name
activity['position'] = parent_activity.position
if Enumeration.overridding_change?(activity, parent_activity)
project_activity = time_entry_activities.create(activity)
if project_activity.new_record?
raise ActiveRecord::Rollback, 'Overridding TimeEntryActivity was not successfully saved'
else
time_entries.where(['activity_id = ?', parent_activity.id])
.update_all("activity_id = #{project_activity.id}")
end
end
end
end
# Returns a :conditions SQL string that can be used to find the issues associated with this project.
#
# Examples:
# project.project_condition(true) => "(projects.id = 1 OR (projects.lft > 1 AND projects.rgt < 10))"
# project.project_condition(false) => "projects.id = 1"
def project_condition(with_subprojects)
cond = "#{Project.table_name}.id = #{id}"
cond = "(#{cond} OR (#{Project.table_name}.lft > #{lft} AND #{Project.table_name}.rgt < #{rgt}))" if with_subprojects
cond
end
def active?
status == STATUS_ACTIVE
end
def archived?
status == STATUS_ARCHIVED
end
# Archives the project and its descendants
def archive
# Check that there is no issue of a non descendant project that is assigned
# to one of the project or descendant versions
v_ids = self_and_descendants.map(&:version_ids).flatten
if v_ids.any? && WorkPackage.includes(:project)
.where(["(#{Project.table_name}.lft < ? OR #{Project.table_name}.rgt > ?)" +
" AND #{WorkPackage.table_name}.fixed_version_id IN (?)", lft, rgt, v_ids])
.references(:projects)
.first
return false
end
Project.transaction do
archive!
end
true
end
# Unarchives the project
# All its ancestors must be active
def unarchive
return false if ancestors.detect { |a| !a.active? }
update_attribute :status, STATUS_ACTIVE
end
# Returns an array of projects the project can be moved to
# by the current user
def allowed_parents
return @allowed_parents if @allowed_parents
@allowed_parents = Project.allowed_to(User.current, :add_subprojects)
@allowed_parents = @allowed_parents - self_and_descendants
if User.current.allowed_to?(:add_project, nil, global: true) || (!new_record? && parent.nil?)
@allowed_parents << nil
end
unless parent.nil? || @allowed_parents.empty? || @allowed_parents.include?(parent)
@allowed_parents << parent
end
@allowed_parents
end
def allowed_parent?(p)
p = guarantee_project_or_nil_or_false(p)
return false if p == false # have to explicitly check for false
!((p.nil? && persisted? && allowed_parents.empty?) ||
(p.present? && allowed_parents.exclude?(p)))
end
# Sets the parent of the project with authorization check
def set_allowed_parent!(p)
set_parent!(p) if allowed_parent?(p)
end
# Sets the parent of the project
# Argument can be either a Project, a String, a Fixnum or nil
def set_parent!(p)
p = guarantee_project_or_nil_or_false(p)
return false if p == false # have to explicitly check for false
if p == parent && !p.nil?
# Nothing to do
true
elsif p.nil? || (p.active? && move_possible?(p))
# Insert the project so that target's children or root projects stay alphabetically sorted
sibs = (p.nil? ? self.class.roots : p.children)
to_be_inserted_before = sibs.detect { |c| c.name.to_s.downcase > name.to_s.downcase }
if to_be_inserted_before
move_to_left_of(to_be_inserted_before)
elsif p.nil?
if sibs.empty?
# move_to_root adds the project in first (ie. left) position
move_to_root
else
move_to_right_of(sibs.last) unless self == sibs.last
end
else
# move_to_child_of adds the project in last (ie.right) position
move_to_child_of(p)
end
WorkPackage.update_versions_from_hierarchy_change(self)
true
else
# Can not move to the given target
false
end
end
def types_used_by_work_packages
::Type.where(id: WorkPackage.where(project_id: project.id)
.select(:type_id)
.uniq)
end
# Returns an array of the types used by the project and its active sub projects
def rolled_up_types
@rolled_up_types ||=
::Type.joins(:projects)
.select("DISTINCT #{::Type.table_name}.*")
.where(["#{Project.table_name}.lft >= ? AND #{Project.table_name}.rgt <= ? AND #{Project.table_name}.status = #{STATUS_ACTIVE}", lft, rgt])
.order("#{::Type.table_name}.position")
end
# Closes open and locked project versions that are completed
def close_completed_versions
Version.transaction do
versions.where(status: %w(open locked)).each do |version|
if version.completed?
version.update_attribute(:status, 'closed')
end
end
end
end
# Returns a scope of the Versions on subprojects
def rolled_up_versions
@rolled_up_versions ||=
Version.includes(:project)
.where(["#{Project.table_name}.lft >= ? AND #{Project.table_name}.rgt <= ? AND #{Project.table_name}.status = #{STATUS_ACTIVE}", lft, rgt])
.references(:projects)
end
# Returns a scope of the Versions used by the project
def shared_versions
@shared_versions ||= begin
r = root? ? self : root
Version.includes(:project)
.where("#{Project.table_name}.id = #{id}" +
" OR (#{Project.table_name}.status = #{Project::STATUS_ACTIVE} AND (" +
" #{Version.table_name}.sharing = 'system'" +
" OR (#{Project.table_name}.lft >= #{r.lft} AND #{Project.table_name}.rgt <= #{r.rgt} AND #{Version.table_name}.sharing = 'tree')" +
" OR (#{Project.table_name}.lft < #{lft} AND #{Project.table_name}.rgt > #{rgt} AND #{Version.table_name}.sharing IN ('hierarchy', 'descendants'))" +
" OR (#{Project.table_name}.lft > #{lft} AND #{Project.table_name}.rgt < #{rgt} AND #{Version.table_name}.sharing = 'hierarchy')" +
'))')
.references(:projects)
end
end
# Returns all versions a work package can be assigned to. Opposed to
# #shared_versions this returns an array of Versions, not a scope.
#
# The main benefit is in scenarios where work packages' projects are eager
# loaded. Because eager loading the project e.g. via
# WorkPackage.includes(:project).where(type: 5) will assign the same instance
# (same object_id) for every work package having the same project this will
# reduce the number of db queries when performing operations including the
# project's versions.
def assignable_versions
@all_shared_versions ||= shared_versions.open.to_a
end
# Returns a hash of project users grouped by role
def users_by_role
members.includes(:user, :roles).inject({}) do |h, m|
m.roles.each do |r|
h[r] ||= []
h[r] << m.user
end
h
end
end
# Deletes all project's members
def delete_all_members
me = Member.table_name
mr = MemberRole.table_name
self.class.connection.delete("DELETE FROM #{mr} WHERE #{mr}.member_id IN (SELECT #{me}.id FROM #{me} WHERE #{me}.project_id = #{id})")
Member.where(project_id: id).destroy_all
end
def destroy_all_work_packages
work_packages.each do |wp|
begin
wp.reload
wp.destroy
rescue ActiveRecord::RecordNotFound => e
end
end
end
# Returns users that should be always notified on project events
def recipients
notified_users
end
# Returns the users that should be notified on project events
def notified_users
# TODO: User part should be extracted to User#notify_about?
members.select { |m| m.mail_notification? || m.user.mail_notification == 'all' }.map(&:user)
end
# Returns an array of all custom fields enabled for project issues
# (explictly associated custom fields and custom fields enabled for all projects)
#
# Supports the :include option.
def all_work_package_custom_fields(options = {})
@all_work_package_custom_fields ||= (
WorkPackageCustomField.for_all(options) + (
if options.include? :include
WorkPackageCustomField.joins(:projects)
.where(projects: { id: id })
.includes(options[:include]) # use #preload instead of #includes if join gets too big
else
work_package_custom_fields
end
)
).uniq.sort
end
def project
self
end
def <=>(project)
name.downcase <=> project.name.downcase
end
def to_s
name
end
# Returns a short description of the projects (first lines)
def short_description(length = 255)
unless description.present?
return ''
end
description.gsub(/\A(.{#{length}}[^\n\r]*).*\z/m, '\1...').strip
end
def css_classes
s = 'project'
s << ' root' if root?
s << ' child' if child?
s << (leaf? ? ' leaf' : ' parent')
s
end
# The earliest start date of a project, based on it's issues and versions
def start_date
[
work_packages.minimum('start_date'),
shared_versions.map(&:effective_date),
shared_versions.map(&:start_date)
].flatten.compact.min
end
# The latest due date of an issue or version
def due_date
[
work_packages.maximum('due_date'),
shared_versions.map(&:effective_date),
shared_versions.map { |v| v.fixed_issues.maximum('due_date') }
].flatten.compact.max
end
def overdue?
active? && !due_date.nil? && (due_date < Date.today)
end
# Returns the percent completed for this project, based on the
# progress on it's versions.
def completed_percent(options = { include_subprojects: false })
if options.delete(:include_subprojects)
total = self_and_descendants.map(&:completed_percent).sum
total / self_and_descendants.count
else
if versions.count > 0
total = versions.map(&:completed_percent).sum
total / versions.count
else
100
end
end
end
# Return true if this project is allowed to do the specified action.
# action can be:
# * a parameter-like Hash (eg. controller: '/projects', action: 'edit')
# * a permission Symbol (eg. :edit_project)
def allows_to?(action)
if action.is_a? Hash
allowed_actions.include? "#{action[:controller]}/#{action[:action]}"
else
allowed_permissions.include? action
end
end
def module_enabled?(module_name)
module_name = module_name.to_s
enabled_modules.any? { |m| m.name == module_name }
end
def enabled_module_names=(module_names)
if module_names && module_names.is_a?(Array)
module_names = module_names.map(&:to_s).reject(&:blank?)
self.enabled_modules = module_names.map { |name| enabled_modules.detect { |mod| mod.name == name } || EnabledModule.new(name: name) }
else
enabled_modules.clear
end
end
# Returns an array of the enabled modules names
def enabled_module_names
enabled_modules.map(&:name)
end
# Returns an array of projects that are in this project's hierarchy
#
# Example: parents, children, siblings
def hierarchy
parents = project.self_and_ancestors || []
descendants = project.descendants || []
parents | descendants # Set union
end
# Returns an auto-generated project identifier based on the last identifier used
def self.next_identifier
p = Project.order('created_on DESC').first
p.nil? ? nil : p.identifier.to_s.succ
end
# builds up a project hierarchy helper structure for use with #project_tree_from_hierarchy
#
# it expects a simple list of projects with a #lft column (awesome_nested_set)
# and returns a hierarchy based on #lft
#
# the result is a nested list of root level projects that contain their child projects
# but, each entry is actually a ruby hash wrapping the project and child projects
# the keys are :project and :children where :children is in the same format again
#
# result = [ root_level_project_info_1, root_level_project_info_2, ... ]
#
# where each entry has the form
#
# project_info = { project: the_project, children: [ child_info_1, child_info_2, ... ] }
#
# if a project has no children the :children array is just empty
#
def self.build_projects_hierarchy(projects)
ancestors = []
result = []
projects.sort_by(&:lft).each do |project|
while ancestors.any? && !project.is_descendant_of?(ancestors.last[:project])
# before we pop back one level, we sort the child projects by name
ancestors.last[:children] = ancestors.last[:children].sort_by { |h| h[:project].name.downcase if h[:project].name }
ancestors.pop
end
current_hierarchy = { project: project, children: [] }
current_tree = ancestors.any? ? ancestors.last[:children] : result
current_tree << current_hierarchy
ancestors << current_hierarchy
end
# at the end the root level must be sorted as well
result.sort_by { |h| h[:project].name.downcase if h[:project].name }
end
def self.project_tree_from_hierarchy(projects_hierarchy, level, &block)
projects_hierarchy.each do |hierarchy|
project = hierarchy[:project]
children = hierarchy[:children]
yield project, level
# recursively show children
project_tree_from_hierarchy(children, level + 1, &block) if children.any?
end
end
# Yields the given block for each project with its level in the tree
def self.project_tree(projects, &block)
projects_hierarchy = build_projects_hierarchy(projects)
project_tree_from_hierarchy(projects_hierarchy, 0, &block)
end
def self.project_level_list(projects)
list = []
project_tree(projects) do |project, level|
element = {
project: project,
level: level
}
element.merge!(yield(project)) if block_given?
list << element
end
list
end
def allowed_permissions
@allowed_permissions ||= begin
names = enabled_modules.loaded? ? enabled_module_names : enabled_modules.pluck(:name)
Redmine::AccessControl.modules_permissions(names).map(&:name)
end
end
def allowed_actions
@actions_allowed ||= allowed_permissions.inject([]) { |actions, permission| actions += Redmine::AccessControl.allowed_actions(permission) }.flatten
end
# Returns all the active Systemwide and project specific activities
def active_activities
overridden_activity_ids = time_entry_activities.map(&:parent_id)
if overridden_activity_ids.empty?
return TimeEntryActivity.shared.active
else
return system_activities_and_project_overrides
end
end
# Returns all the Systemwide and project specific activities
# (inactive and active)
def all_activities
overridden_activity_ids = time_entry_activities.map(&:parent_id)
if overridden_activity_ids.empty?
return TimeEntryActivity.shared
else
return system_activities_and_project_overrides(true)
end
end
# Returns the systemwide active activities merged with the project specific overrides
def system_activities_and_project_overrides(include_inactive = false)
if include_inactive
TimeEntryActivity.shared
.where(['id NOT IN (?)', time_entry_activities.map(&:parent_id)]) +
time_entry_activities
else
TimeEntryActivity.shared.active
.where(['id NOT IN (?)', time_entry_activities.map(&:parent_id)]) +
time_entry_activities.active
end
end
# Archives subprojects recursively
def archive!
children.each do |subproject|
subproject.send :archive!
end
update_attribute :status, STATUS_ARCHIVED
end
protected
def self.possible_principles_condition
condition = Setting.work_package_group_assignment? ?
["(#{Principal.table_name}.type=? OR #{Principal.table_name}.type=?)", 'User', 'Group'] :
["(#{Principal.table_name}.type=?)", 'User']
condition[0] += " AND #{User.table_name}.status=? AND roles.assignable = ?"
condition << Principal::STATUSES[:active]
condition << true
sanitize_sql_array condition
end
def guarantee_project_or_nil_or_false(p)
if p.is_a?(Project)
p
elsif p.to_s.blank?
nil
else
p = Project.find_by(id: p)
return false unless p
p
end
end
end