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project.rb
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/ app / models / project.rb
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# 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 Project < ActiveRecord::Base
include Redmine::SafeAttributes
include Redmine::NestedSet::ProjectNestedSet
# Project statuses
STATUS_ACTIVE = 1
STATUS_CLOSED = 5
STATUS_ARCHIVED = 9
# Maximum length for project identifiers
IDENTIFIER_MAX_LENGTH = 100
# Specific overridden Activities
has_many :time_entry_activities
has_many :memberships, :class_name => 'Member', :inverse_of => :project
# Memberships of active users only
has_many :members,
lambda { joins(:principal).where(:users => {:type => 'User', :status => Principal::STATUS_ACTIVE}) }
has_many :enabled_modules, :dependent => :delete_all
has_and_belongs_to_many :trackers, lambda {order(:position)}
has_many :issues, :dependent => :destroy
has_many :issue_changes, :through => :issues, :source => :journals
has_many :versions, :dependent => :destroy
belongs_to :default_version, :class_name => 'Version'
has_many :time_entries, :dependent => :destroy
has_many :queries, :dependent => :delete_all
has_many :documents, :dependent => :destroy
has_many :news, lambda {includes(:author)}, :dependent => :destroy
has_many :issue_categories, lambda {order(:name)}, :dependent => :delete_all
has_many :boards, lambda {order(:position)}, :dependent => :destroy
has_one :repository, lambda {where(:is_default => true)}
has_many :repositories, :dependent => :destroy
has_many :changesets, :through => :repository
has_one :wiki, :dependent => :destroy
# Custom field for the project issues
has_and_belongs_to_many :issue_custom_fields,
lambda {order(:position)},
:class_name => 'IssueCustomField',
:join_table => "#{table_name_prefix}custom_fields_projects#{table_name_suffix}",
:association_foreign_key => 'custom_field_id'
acts_as_attachable :view_permission => :view_files,
:edit_permission => :manage_files,
:delete_permission => :manage_files
acts_as_customizable
acts_as_searchable :columns => ['name', 'identifier', 'description'], :project_key => "#{Project.table_name}.id", :permission => nil
acts_as_event :title => Proc.new {|o| "#{l(:label_project)}: #{o.name}"},
:url => Proc.new {|o| {:controller => 'projects', :action => 'show', :id => o}},
:author => nil
attr_protected :status
validates_presence_of :name, :identifier
validates_uniqueness_of :identifier, :if => Proc.new {|p| p.identifier_changed?}
validates_length_of :name, :maximum => 255
validates_length_of :homepage, :maximum => 255
validates_length_of :identifier, :maximum => IDENTIFIER_MAX_LENGTH
# downcase letters, digits, dashes but not digits only
validates_format_of :identifier, :with => /\A(?!\d+$)[a-z0-9\-_]*\z/, :if => Proc.new { |p| p.identifier_changed? }
# reserved words
validates_exclusion_of :identifier, :in => %w( new )
validate :validate_parent
after_save :update_inherited_members, :if => Proc.new {|project| project.inherit_members_changed?}
after_save :remove_inherited_member_roles, :add_inherited_member_roles, :if => Proc.new {|project| project.parent_id_changed?}
after_update :update_versions_from_hierarchy_change, :if => Proc.new {|project| project.parent_id_changed?}
before_destroy :delete_all_members
scope :has_module, lambda {|mod|
where("#{Project.table_name}.id IN (SELECT em.project_id FROM #{EnabledModule.table_name} em WHERE em.name=?)", mod.to_s)
}
scope :active, lambda { where(:status => STATUS_ACTIVE) }
scope :status, lambda {|arg| where(arg.blank? ? nil : {:status => arg.to_i}) }
scope :all_public, lambda { where(:is_public => true) }
scope :visible, lambda {|*args| where(Project.visible_condition(args.shift || User.current, *args)) }
scope :allowed_to, lambda {|*args|
user = User.current
permission = nil
if args.first.is_a?(Symbol)
permission = args.shift
else
user = args.shift
permission = args.shift
end
where(Project.allowed_to_condition(user, permission, *args))
}
scope :like, lambda {|arg|
if arg.blank?
where(nil)
else
pattern = "%#{arg.to_s.strip.downcase}%"
where("LOWER(identifier) LIKE :p OR LOWER(name) LIKE :p", :p => pattern)
end
}
scope :sorted, lambda {order(:lft)}
scope :having_trackers, lambda {
where("#{Project.table_name}.id IN (SELECT DISTINCT project_id FROM #{table_name_prefix}projects_trackers#{table_name_suffix})")
}
def initialize(attributes=nil, *args)
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?('trackers') && !initialized.key?('tracker_ids')
default = Setting.default_projects_tracker_ids
if default.is_a?(Array)
self.trackers = Tracker.where(:id => default.map(&:to_i)).sorted.to_a
else
self.trackers = Tracker.sorted.to_a
end
end
end
def identifier=(identifier)
super unless identifier_frozen?
end
def identifier_frozen?
errors[:identifier].blank? && !(new_record? || identifier.blank?)
end
# returns latest created projects
# non public projects will be returned only if user is a member of those
def self.latest(user=nil, count=5)
visible(user).limit(count).
order(:created_on => :desc).
where("#{table_name}.created_on >= ?", 30.days.ago).
to_a
end
# Returns true if the project is visible to +user+ or to the current user.
def visible?(user=User.current)
user.allowed_to?(:view_project, self)
end
# Returns a SQL conditions string used to find all projects visible by the specified user.
#
# Examples:
# Project.visible_condition(admin) => "projects.status = 1"
# Project.visible_condition(normal_user) => "((projects.status = 1) AND (projects.is_public = 1 OR projects.id IN (1,3,4)))"
# Project.visible_condition(anonymous) => "((projects.status = 1) AND (projects.is_public = 1))"
def self.visible_condition(user, options={})
allowed_to_condition(user, :view_project, options)
end
# Returns a SQL conditions string used to find all projects for which +user+ has the given +permission+
#
# Valid options:
# * :skip_pre_condition => true don't check that the module is enabled (eg. when the condition is already set elsewhere in the query)
# * :project => project limit the condition to project
# * :with_subprojects => true limit the condition to project and its subprojects
# * :member => true limit the condition to the user projects
def self.allowed_to_condition(user, permission, options={})
perm = Redmine::AccessControl.permission(permission)
base_statement = (perm && perm.read? ? "#{Project.table_name}.status <> #{Project::STATUS_ARCHIVED}" : "#{Project.table_name}.status = #{Project::STATUS_ACTIVE}")
if !options[:skip_pre_condition] && perm && perm.project_module
# If the permission belongs to a project module, make sure the module is enabled
base_statement << " AND EXISTS (SELECT 1 AS one FROM #{EnabledModule.table_name} em WHERE em.project_id = #{Project.table_name}.id AND em.name='#{perm.project_module}')"
end
if project = options[:project]
project_statement = project.project_condition(options[:with_subprojects])
base_statement = "(#{project_statement}) AND (#{base_statement})"
end
if user.admin?
base_statement
else
statement_by_role = {}
unless options[:member]
role = user.builtin_role
if role.allowed_to?(permission)
s = "#{Project.table_name}.is_public = #{connection.quoted_true}"
if user.id
group = role.anonymous? ? Group.anonymous : Group.non_member
principal_ids = [user.id, group.id].compact
s = "(#{s} AND #{Project.table_name}.id NOT IN (SELECT project_id FROM #{Member.table_name} WHERE user_id IN (#{principal_ids.join(',')})))"
end
statement_by_role[role] = s
end
end
user.project_ids_by_role.each do |role, project_ids|
if role.allowed_to?(permission) && project_ids.any?
statement_by_role[role] = "#{Project.table_name}.id IN (#{project_ids.join(',')})"
end
end
if statement_by_role.empty?
"1=0"
else
if block_given?
statement_by_role.each do |role, statement|
if s = yield(role, user)
statement_by_role[role] = "(#{statement} AND (#{s}))"
end
end
end
"((#{base_statement}) AND (#{statement_by_role.values.join(' OR ')}))"
end
end
end
def override_roles(role)
@override_members ||= memberships.
joins(:principal).
where(:users => {:type => ['GroupAnonymous', 'GroupNonMember']}).to_a
group_class = role.anonymous? ? GroupAnonymous : GroupNonMember
member = @override_members.detect {|m| m.principal.is_a? group_class}
member ? member.roles.to_a : [role]
end
def principals
@principals ||= Principal.active.joins(:members).where("#{Member.table_name}.project_id = ?", id).distinct
end
def users
@users ||= User.active.joins(:members).where("#{Member.table_name}.project_id = ?", id).distinct
end
# Returns the Systemwide and project specific activities
def activities(include_inactive=false)
t = TimeEntryActivity.table_name
scope = TimeEntryActivity.where("#{t}.project_id IS NULL OR #{t}.project_id = ?", id)
overridden_activity_ids = self.time_entry_activities.pluck(:parent_id).compact
if overridden_activity_ids.any?
scope = scope.where("#{t}.id NOT IN (?)", overridden_activity_ids)
end
unless include_inactive
scope = scope.active
end
scope
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')
self.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.overriding_change?(activity, parent_activity)
project_activity = self.time_entry_activities.create(activity)
if project_activity.new_record?
raise ActiveRecord::Rollback, "Overriding TimeEntryActivity was not successfully saved"
else
self.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 self.find(*args)
if args.first && args.first.is_a?(String) && !args.first.match(/^\d*$/)
project = find_by_identifier(*args)
raise ActiveRecord::RecordNotFound, "Couldn't find Project with identifier=#{args.first}" if project.nil?
project
else
super
end
end
def self.find_by_param(*args)
self.find(*args)
end
alias :base_reload :reload
def reload(*args)
@principals = nil
@users = nil
@shared_versions = nil
@rolled_up_versions = nil
@rolled_up_trackers = nil
@all_issue_custom_fields = nil
@all_time_entry_custom_fields = nil
@to_param = nil
@allowed_parents = nil
@allowed_permissions = nil
@actions_allowed = nil
@start_date = nil
@due_date = nil
@override_members = nil
@assignable_users = nil
base_reload(*args)
end
def to_param
if new_record?
nil
else
# id is used for projects with a numeric identifier (compatibility)
@to_param ||= (identifier.to_s =~ %r{^\d*$} ? id.to_s : identifier)
end
end
def active?
self.status == STATUS_ACTIVE
end
def closed?
self.status == STATUS_CLOSED
end
def archived?
self.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
version_ids = self_and_descendants.joins(:versions).pluck("#{Version.table_name}.id")
if version_ids.any? &&
Issue.
includes(:project).
where("#{Project.table_name}.lft < ? OR #{Project.table_name}.rgt > ?", lft, rgt).
where(:fixed_version_id => version_ids).
exists?
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.archived?}
new_status = STATUS_ACTIVE
if parent
new_status = parent.status
end
update_attribute :status, new_status
end
def close
self_and_descendants.status(STATUS_ACTIVE).update_all :status => STATUS_CLOSED
end
def reopen
self_and_descendants.status(STATUS_CLOSED).update_all :status => STATUS_ACTIVE
end
# Returns an array of projects the project can be moved to
# by the current user
def allowed_parents(user=User.current)
return @allowed_parents if @allowed_parents
@allowed_parents = Project.allowed_to(user, :add_subprojects).to_a
@allowed_parents = @allowed_parents - self_and_descendants
if user.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
# Sets the parent of the project with authorization check
def set_allowed_parent!(p)
ActiveSupport::Deprecation.warn "Project#set_allowed_parent! is deprecated and will be removed in Redmine 4, use #safe_attributes= instead."
p = p.id if p.is_a?(Project)
send :safe_attributes, {:project_id => p}
save
end
# Sets the parent of the project and saves the project
# Argument can be either a Project, a String, a Fixnum or nil
def set_parent!(p)
if p.is_a?(Project)
self.parent = p
else
self.parent_id = p
end
save
end
# Returns a scope of the trackers used by the project and its active sub projects
def rolled_up_trackers(include_subprojects=true)
if include_subprojects
@rolled_up_trackers ||= rolled_up_trackers_base_scope.
where("#{Project.table_name}.lft >= ? AND #{Project.table_name}.rgt <= ?", lft, rgt)
else
rolled_up_trackers_base_scope.
where(:projects => {:id => id})
end
end
def rolled_up_trackers_base_scope
Tracker.
joins(projects: :enabled_modules).
where("#{Project.table_name}.status <> ?", STATUS_ARCHIVED).
where(:enabled_modules => {:name => 'issue_tracking'}).
distinct.
sorted
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.
joins(:project).
where("#{Project.table_name}.lft >= ? AND #{Project.table_name}.rgt <= ? AND #{Project.table_name}.status <> ?", lft, rgt, STATUS_ARCHIVED)
end
# Returns a scope of the Versions used by the project
def shared_versions
if new_record?
Version.
joins(:project).
preload(:project).
where("#{Project.table_name}.status <> ? AND #{Version.table_name}.sharing = 'system'", STATUS_ARCHIVED)
else
@shared_versions ||= begin
r = root? ? self : root
Version.
joins(:project).
preload(:project).
where("#{Project.table_name}.id = #{id}" +
" OR (#{Project.table_name}.status <> #{Project::STATUS_ARCHIVED} 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')" +
"))")
end
end
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
# Adds user as a project member with the default role
# Used for when a non-admin user creates a project
def add_default_member(user)
role = self.class.default_member_role
member = Member.new(:project => self, :principal => user, :roles => [role])
self.members << member
member
end
# Default role that is given to non-admin users that
# create a project
def self.default_member_role
Role.givable.find_by_id(Setting.new_project_user_role_id.to_i) || Role.givable.first
end
# Deletes all project's members
def delete_all_members
me, mr = Member.table_name, 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).delete_all
end
# Return a Principal scope of users/groups issues can be assigned to
def assignable_users(tracker=nil)
return @assignable_users[tracker] if @assignable_users && @assignable_users[tracker]
types = ['User']
types << 'Group' if Setting.issue_group_assignment?
scope = Principal.
active.
joins(:members => :roles).
where(:type => types, :members => {:project_id => id}, :roles => {:assignable => true}).
distinct.
sorted
if tracker
# Rejects users that cannot the view the tracker
roles = Role.where(:assignable => true).select {|role| role.permissions_tracker?(:view_issues, tracker)}
scope = scope.where(:roles => {:id => roles.map(&:id)})
end
@assignable_users ||= {}
@assignable_users[tracker] = scope
end
# Returns the mail addresses of users that should be always notified on project events
def recipients
notified_users.collect {|user| user.mail}
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.preload(:principal).select {|m| m.principal.present? && (m.mail_notification? || m.principal.mail_notification == 'all')}.collect {|m| m.principal}
end
# Returns a scope of all custom fields enabled for project issues
# (explicitly associated custom fields and custom fields enabled for all projects)
def all_issue_custom_fields
if new_record?
@all_issue_custom_fields ||= IssueCustomField.
sorted.
where("is_for_all = ? OR id IN (?)", true, issue_custom_field_ids)
else
@all_issue_custom_fields ||= IssueCustomField.
sorted.
where("is_for_all = ? OR id IN (SELECT DISTINCT cfp.custom_field_id" +
" FROM #{table_name_prefix}custom_fields_projects#{table_name_suffix} cfp" +
" WHERE cfp.project_id = ?)", true, id)
end
end
def project
self
end
def <=>(project)
name.casecmp(project.name)
end
def to_s
name
end
# Returns a short description of the projects (first lines)
def short_description(length = 255)
description.gsub(/^(.{#{length}}[^\n\r]*).*$/m, '\1...').strip if description
end
def css_classes
s = 'project'
s << ' root' if root?
s << ' child' if child?
s << (leaf? ? ' leaf' : ' parent')
unless active?
if archived?
s << ' archived'
else
s << ' closed'
end
end
s
end
# The earliest start date of a project, based on it's issues and versions
def start_date
@start_date ||= [
issues.minimum('start_date'),
shared_versions.minimum('effective_date'),
Issue.fixed_version(shared_versions).minimum('start_date')
].compact.min
end
# The latest due date of an issue or version
def due_date
@due_date ||= [
issues.maximum('due_date'),
shared_versions.maximum('effective_date'),
Issue.fixed_version(shared_versions).maximum('due_date')
].compact.max
end
def overdue?
active? && !due_date.nil? && (due_date < User.current.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.collect(&:completed_percent).sum
total / self_and_descendants.count
else
if versions.count > 0
total = versions.collect(&:completed_percent).sum
total / versions.count
else
100
end
end
end
# Return true if this project allows 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 archived?
# No action allowed on archived projects
return false
end
unless active? || Redmine::AccessControl.read_action?(action)
# No write action allowed on closed projects
return false
end
# No action allowed on disabled modules
if action.is_a? Hash
allowed_actions.include? "#{action[:controller]}/#{action[:action]}"
else
allowed_permissions.include? action
end
end
# Return the enabled module with the given name
# or nil if the module is not enabled for the project
def enabled_module(name)
name = name.to_s
enabled_modules.detect {|m| m.name == name}
end
# Return true if the module with the given name is enabled
def module_enabled?(name)
enabled_module(name).present?
end
def enabled_module_names=(module_names)
if module_names && module_names.is_a?(Array)
module_names = module_names.collect(&:to_s).reject(&:blank?)
self.enabled_modules = module_names.collect {|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.collect(&:name)
end
# Enable a specific module
#
# Examples:
# project.enable_module!(:issue_tracking)
# project.enable_module!("issue_tracking")
def enable_module!(name)
enabled_modules << EnabledModule.new(:name => name.to_s) unless module_enabled?(name)
end
# Disable a module if it exists
#
# Examples:
# project.disable_module!(:issue_tracking)
# project.disable_module!("issue_tracking")
# project.disable_module!(project.enabled_modules.first)
def disable_module!(target)
target = enabled_modules.detect{|mod| target.to_s == mod.name} unless enabled_modules.include?(target)
target.destroy unless target.blank?
end
safe_attributes 'name',
'description',
'homepage',
'is_public',
'identifier',
'custom_field_values',
'custom_fields',
'tracker_ids',
'issue_custom_field_ids',
'parent_id',
'default_version_id'
safe_attributes 'enabled_module_names',
:if => lambda {|project, user|
if project.new_record?
if user.admin?
true
else
default_member_role.has_permission?(:select_project_modules)
end
else
user.allowed_to?(:select_project_modules, project)
end
}
safe_attributes 'inherit_members',
:if => lambda {|project, user| project.parent.nil? || project.parent.visible?(user)}
def safe_attributes=(attrs, user=User.current)
return unless attrs.is_a?(Hash)
attrs = attrs.deep_dup
@unallowed_parent_id = nil
if new_record? || attrs.key?('parent_id')
parent_id_param = attrs['parent_id'].to_s
if new_record? || parent_id_param != parent_id.to_s
p = parent_id_param.present? ? Project.find_by_id(parent_id_param) : nil
unless allowed_parents(user).include?(p)
attrs.delete('parent_id')
@unallowed_parent_id = true
end
end
end
super(attrs, user)
end
# Returns an auto-generated project identifier based on the last identifier used
def self.next_identifier
p = Project.order('id DESC').first
p.nil? ? nil : p.identifier.to_s.succ
end
# Copies and saves the Project instance based on the +project+.
# Duplicates the source project's:
# * Wiki
# * Versions
# * Categories
# * Issues
# * Members
# * Queries
#
# Accepts an +options+ argument to specify what to copy
#
# Examples:
# project.copy(1) # => copies everything
# project.copy(1, :only => 'members') # => copies members only
# project.copy(1, :only => ['members', 'versions']) # => copies members and versions
def copy(project, options={})
project = project.is_a?(Project) ? project : Project.find(project)
to_be_copied = %w(members wiki versions issue_categories issues queries boards)
to_be_copied = to_be_copied & Array.wrap(options[:only]) unless options[:only].nil?
Project.transaction do
if save
reload
to_be_copied.each do |name|
send "copy_#{name}", project
end
Redmine::Hook.call_hook(:model_project_copy_before_save, :source_project => project, :destination_project => self)
save
else
false
end
end
end
def member_principals
ActiveSupport::Deprecation.warn "Project#member_principals is deprecated and will be removed in Redmine 4.0. Use #memberships.active instead."
memberships.active
end
# Returns a new unsaved Project instance with attributes copied from +project+
def self.copy_from(project)
project = project.is_a?(Project) ? project : Project.find(project)
# clear unique attributes
attributes = project.attributes.dup.except('id', 'name', 'identifier', 'status', 'parent_id', 'lft', 'rgt')
copy = Project.new(attributes)
copy.enabled_module_names = project.enabled_module_names
copy.trackers = project.trackers
copy.custom_values = project.custom_values.collect {|v| v.clone}
copy.issue_custom_fields = project.issue_custom_fields
copy
end
# Yields the given block for each project with its level in the tree
def self.project_tree(projects, options={}, &block)
ancestors = []
if options[:init_level] && projects.first
ancestors = projects.first.ancestors.to_a
end
projects.sort_by(&:lft).each do |project|
while (ancestors.any? && !project.is_descendant_of?(ancestors.last))
ancestors.pop
end
yield project, ancestors.size
ancestors << project
end
end
private
def update_inherited_members
if parent
if inherit_members? && !inherit_members_was
remove_inherited_member_roles
add_inherited_member_roles
elsif !inherit_members? && inherit_members_was
remove_inherited_member_roles
end
end
end
def remove_inherited_member_roles
member_roles = MemberRole.where(:member_id => membership_ids).to_a
member_role_ids = member_roles.map(&:id)
member_roles.each do |member_role|
if member_role.inherited_from && !member_role_ids.include?(member_role.inherited_from)
member_role.destroy
end
end
end
def add_inherited_member_roles
if inherit_members? && parent
parent.memberships.each do |parent_member|
member = Member.find_or_new(self.id, parent_member.user_id)
parent_member.member_roles.each do |parent_member_role|
member.member_roles << MemberRole.new(:role => parent_member_role.role, :inherited_from => parent_member_role.id)
end
member.save!
end
memberships.reset
end
end
def update_versions_from_hierarchy_change
Issue.update_versions_from_hierarchy_change(self)
end
def validate_parent
if @unallowed_parent_id
errors.add(:parent_id, :invalid)
elsif parent_id_changed?
unless parent.nil? || (parent.active? && move_possible?(parent))
errors.add(:parent_id, :invalid)
end
end
end
# Copies wiki from +project+
def copy_wiki(project)
# Check that the source project has a wiki first
unless project.wiki.nil?
wiki = self.wiki || Wiki.new
wiki.attributes = project.wiki.attributes.dup.except("id", "project_id")
wiki_pages_map = {}
project.wiki.pages.each do |page|
# Skip pages without content
next if page.content.nil?
new_wiki_content = WikiContent.new(page.content.attributes.dup.except("id", "page_id", "updated_on"))
new_wiki_page = WikiPage.new(page.attributes.dup.except("id", "wiki_id", "created_on", "parent_id"))
new_wiki_page.content = new_wiki_content
wiki.pages << new_wiki_page
wiki_pages_map[page.id] = new_wiki_page
end
self.wiki = wiki
wiki.save
# Reproduce page hierarchy
project.wiki.pages.each do |page|
if page.parent_id && wiki_pages_map[page.id]
wiki_pages_map[page.id].parent = wiki_pages_map[page.parent_id]
wiki_pages_map[page.id].save
end
end
end
end
# Copies versions from +project+
def copy_versions(project)
project.versions.each do |version|
new_version = Version.new
new_version.attributes = version.attributes.dup.except("id", "project_id", "created_on", "updated_on")
self.versions << new_version
end
end
# Copies issue categories from +project+
def copy_issue_categories(project)
project.issue_categories.each do |issue_category|
new_issue_category = IssueCategory.new
new_issue_category.attributes = issue_category.attributes.dup.except("id", "project_id")
self.issue_categories << new_issue_category
end
end
# Copies issues from +project+
def copy_issues(project)
# Stores the source issue id as a key and the copied issues as the
# value. Used to map the two together for issue relations.
issues_map = {}
# Store status and reopen locked/closed versions
version_statuses = versions.reject(&:open?).map {|version| [version, version.status]}
version_statuses.each do |version, status|
version.update_attribute :status, 'open'
end
# Get issues sorted by root_id, lft so that parent issues
# get copied before their children
project.issues.reorder('root_id, lft').each do |issue|
new_issue = Issue.new
new_issue.copy_from(issue, :subtasks => false, :link => false)
new_issue.project = self
# Changing project resets the custom field values
# TODO: handle this in Issue#project=
new_issue.custom_field_values = issue.custom_field_values.inject({}) {|h,v| h[v.custom_field_id] = v.value; h}
# Reassign fixed_versions by name, since names are unique per project
if issue.fixed_version && issue.fixed_version.project == project
new_issue.fixed_version = self.versions.detect {|v| v.name == issue.fixed_version.name}
end
# Reassign version custom field values
new_issue.custom_field_values.each do |custom_value|
if custom_value.custom_field.field_format == 'version' && custom_value.value.present?
versions = Version.where(:id => custom_value.value).to_a
new_value = versions.map do |version|
if version.project == project
self.versions.detect {|v| v.name == version.name}.try(:id)
else
version.id
end
end
new_value.compact!
new_value = new_value.first unless custom_value.custom_field.multiple?
custom_value.value = new_value
end
end
# Reassign the category by name, since names are unique per project
if issue.category
new_issue.category = self.issue_categories.detect {|c| c.name == issue.category.name}
end
# Parent issue
if issue.parent_id
if copied_parent = issues_map[issue.parent_id]
new_issue.parent_issue_id = copied_parent.id
end
end
self.issues << new_issue
if new_issue.new_record?
logger.info "Project#copy_issues: issue ##{issue.id} could not be copied: #{new_issue.errors.full_messages}" if logger && logger.info?
else
issues_map[issue.id] = new_issue unless new_issue.new_record?
end
end
# Restore locked/closed version statuses
version_statuses.each do |version, status|
version.update_attribute :status, status
end
# Relations after in case issues related each other
project.issues.each do |issue|
new_issue = issues_map[issue.id]
unless new_issue
# Issue was not copied
next
end
# Relations
issue.relations_from.each do |source_relation|
new_issue_relation = IssueRelation.new
new_issue_relation.attributes = source_relation.attributes.dup.except("id", "issue_from_id", "issue_to_id")
new_issue_relation.issue_to = issues_map[source_relation.issue_to_id]
if new_issue_relation.issue_to.nil? && Setting.cross_project_issue_relations?
new_issue_relation.issue_to = source_relation.issue_to
end
new_issue.relations_from << new_issue_relation
end
issue.relations_to.each do |source_relation|
new_issue_relation = IssueRelation.new
new_issue_relation.attributes = source_relation.attributes.dup.except("id", "issue_from_id", "issue_to_id")
new_issue_relation.issue_from = issues_map[source_relation.issue_from_id]
if new_issue_relation.issue_from.nil? && Setting.cross_project_issue_relations?
new_issue_relation.issue_from = source_relation.issue_from
end
new_issue.relations_to << new_issue_relation
end
end
end
# Copies members from +project+
def copy_members(project)
# Copy users first, then groups to handle members with inherited and given roles
members_to_copy = []
members_to_copy += project.memberships.select {|m| m.principal.is_a?(User)}
members_to_copy += project.memberships.select {|m| !m.principal.is_a?(User)}
members_to_copy.each do |member|
new_member = Member.new
new_member.attributes = member.attributes.dup.except("id", "project_id", "created_on")
# only copy non inherited roles
# inherited roles will be added when copying the group membership
role_ids = member.member_roles.reject(&:inherited?).collect(&:role_id)
next if role_ids.empty?
new_member.role_ids = role_ids
new_member.project = self
self.members << new_member
end
end
# Copies queries from +project+
def copy_queries(project)
project.queries.each do |query|
new_query = query.class.new
new_query.attributes = query.attributes.dup.except("id", "project_id", "sort_criteria", "user_id", "type")
new_query.sort_criteria = query.sort_criteria if query.sort_criteria
new_query.project = self
new_query.user_id = query.user_id
new_query.role_ids = query.role_ids if query.visibility == ::Query::VISIBILITY_ROLES
self.queries << new_query
end
end
# Copies boards from +project+
def copy_boards(project)
project.boards.each do |board|
new_board = Board.new
new_board.attributes = board.attributes.dup.except("id", "project_id", "topics_count", "messages_count", "last_message_id")
new_board.project = self
self.boards << new_board
end
end
def allowed_permissions
@allowed_permissions ||= begin
module_names = enabled_modules.loaded? ? enabled_modules.map(&:name) : enabled_modules.pluck(:name)
Redmine::AccessControl.modules_permissions(module_names).collect {|p| p.name}
end
end
def allowed_actions
@actions_allowed ||= allowed_permissions.inject([]) { |actions, permission| actions += Redmine::AccessControl.allowed_actions(permission) }.flatten
end
# Archives subprojects recursively
def archive!
children.each do |subproject|
subproject.send :archive!
end
update_attribute :status, STATUS_ARCHIVED
end
end