gitlab-org--gitlab-foss/app/models/user.rb
Stan Hu 7db32c4080 Use an uncached application setting for usage ping checks
The introduction of the in-memory cache for application settings had a
side effect of making it harder to invalidate changes when the settings
occur. We now bypass the cache because it's possible the admin enabled
the usage ping, and we don't want to annoy the user again if they
already set the value.

To avoid causing significant load on the system, we add an extra check
to ensure the user is an admin. and we don't want to annoy the user
again if they already set the value. This is a bit of hack, but the
alternative would be to put in a more complex cache invalidation
step. Since this call only gets called in the uncommon situation where
the user is an admin and the only user in the instance, this shouldn't
cause too much load on the system.
2019-07-02 00:23:35 -07:00

1615 lines
51 KiB
Ruby

# frozen_string_literal: true
require 'carrierwave/orm/activerecord'
class User < ApplicationRecord
extend Gitlab::ConfigHelper
include Gitlab::ConfigHelper
include Gitlab::SQL::Pattern
include AfterCommitQueue
include Avatarable
include Referable
include Sortable
include CaseSensitivity
include TokenAuthenticatable
include IgnorableColumn
include FeatureGate
include CreatedAtFilterable
include BulkMemberAccessLoad
include BlocksJsonSerialization
include WithUploads
include OptionallySearch
include FromUnion
DEFAULT_NOTIFICATION_LEVEL = :participating
ignore_column :external_email
ignore_column :email_provider
ignore_column :authentication_token
add_authentication_token_field :incoming_email_token, token_generator: -> { SecureRandom.hex.to_i(16).to_s(36) }
add_authentication_token_field :feed_token
default_value_for :admin, false
default_value_for(:external) { Gitlab::CurrentSettings.user_default_external }
default_value_for :can_create_group, gitlab_config.default_can_create_group
default_value_for :can_create_team, false
default_value_for :hide_no_ssh_key, false
default_value_for :hide_no_password, false
default_value_for :project_view, :files
default_value_for :notified_of_own_activity, false
default_value_for :preferred_language, I18n.default_locale
default_value_for :theme_id, gitlab_config.default_theme
attr_encrypted :otp_secret,
key: Gitlab::Application.secrets.otp_key_base,
mode: :per_attribute_iv_and_salt,
insecure_mode: true,
algorithm: 'aes-256-cbc'
devise :two_factor_authenticatable,
otp_secret_encryption_key: Gitlab::Application.secrets.otp_key_base
devise :two_factor_backupable, otp_number_of_backup_codes: 10
serialize :otp_backup_codes, JSON # rubocop:disable Cop/ActiveRecordSerialize
devise :lockable, :recoverable, :rememberable, :trackable,
:validatable, :omniauthable, :confirmable, :registerable
BLOCKED_MESSAGE = "Your account has been blocked. Please contact your GitLab " \
"administrator if you think this is an error.".freeze
# Override Devise::Models::Trackable#update_tracked_fields!
# to limit database writes to at most once every hour
# rubocop: disable CodeReuse/ServiceClass
def update_tracked_fields!(request)
return if Gitlab::Database.read_only?
update_tracked_fields(request)
lease = Gitlab::ExclusiveLease.new("user_update_tracked_fields:#{id}", timeout: 1.hour.to_i)
return unless lease.try_obtain
Users::UpdateService.new(self, user: self).execute(validate: false)
end
# rubocop: enable CodeReuse/ServiceClass
attr_accessor :force_random_password
# Virtual attribute for authenticating by either username or email
attr_accessor :login
#
# Relations
#
# Namespace for personal projects
has_one :namespace, -> { where(type: nil) }, dependent: :destroy, foreign_key: :owner_id, inverse_of: :owner, autosave: true # rubocop:disable Cop/ActiveRecordDependent
# Profile
has_many :keys, -> { regular_keys }, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_many :deploy_keys, -> { where(type: 'DeployKey') }, dependent: :nullify # rubocop:disable Cop/ActiveRecordDependent
has_many :gpg_keys
has_many :emails, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_many :personal_access_tokens, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_many :identities, dependent: :destroy, autosave: true # rubocop:disable Cop/ActiveRecordDependent
has_many :u2f_registrations, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_many :chat_names, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_one :user_synced_attributes_metadata, autosave: true
# Groups
has_many :members
has_many :group_members, -> { where(requested_at: nil) }, source: 'GroupMember'
has_many :groups, through: :group_members
has_many :owned_groups, -> { where(members: { access_level: Gitlab::Access::OWNER }) }, through: :group_members, source: :group
has_many :maintainers_groups, -> { where(members: { access_level: Gitlab::Access::MAINTAINER }) }, through: :group_members, source: :group
has_many :developer_groups, -> { where(members: { access_level: ::Gitlab::Access::DEVELOPER }) }, through: :group_members, source: :group
has_many :owned_or_maintainers_groups,
-> { where(members: { access_level: [Gitlab::Access::MAINTAINER, Gitlab::Access::OWNER] }) },
through: :group_members,
source: :group
alias_attribute :masters_groups, :maintainers_groups
# Projects
has_many :groups_projects, through: :groups, source: :projects
has_many :personal_projects, through: :namespace, source: :projects
has_many :project_members, -> { where(requested_at: nil) }
has_many :projects, through: :project_members
has_many :created_projects, foreign_key: :creator_id, class_name: 'Project'
has_many :users_star_projects, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_many :starred_projects, through: :users_star_projects, source: :project
has_many :project_authorizations, dependent: :delete_all # rubocop:disable Cop/ActiveRecordDependent
has_many :authorized_projects, through: :project_authorizations, source: :project
has_many :user_interacted_projects
has_many :project_interactions, through: :user_interacted_projects, source: :project, class_name: 'Project'
has_many :snippets, dependent: :destroy, foreign_key: :author_id # rubocop:disable Cop/ActiveRecordDependent
has_many :notes, dependent: :destroy, foreign_key: :author_id # rubocop:disable Cop/ActiveRecordDependent
has_many :issues, dependent: :destroy, foreign_key: :author_id # rubocop:disable Cop/ActiveRecordDependent
has_many :merge_requests, dependent: :destroy, foreign_key: :author_id # rubocop:disable Cop/ActiveRecordDependent
has_many :events, dependent: :destroy, foreign_key: :author_id # rubocop:disable Cop/ActiveRecordDependent
has_many :releases, dependent: :nullify, foreign_key: :author_id # rubocop:disable Cop/ActiveRecordDependent
has_many :subscriptions, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_many :oauth_applications, class_name: 'Doorkeeper::Application', as: :owner, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_one :abuse_report, dependent: :destroy, foreign_key: :user_id # rubocop:disable Cop/ActiveRecordDependent
has_many :reported_abuse_reports, dependent: :destroy, foreign_key: :reporter_id, class_name: "AbuseReport" # rubocop:disable Cop/ActiveRecordDependent
has_many :spam_logs, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_many :builds, dependent: :nullify, class_name: 'Ci::Build' # rubocop:disable Cop/ActiveRecordDependent
has_many :pipelines, dependent: :nullify, class_name: 'Ci::Pipeline' # rubocop:disable Cop/ActiveRecordDependent
has_many :todos
has_many :notification_settings
has_many :award_emoji, dependent: :destroy # rubocop:disable Cop/ActiveRecordDependent
has_many :triggers, dependent: :destroy, class_name: 'Ci::Trigger', foreign_key: :owner_id # rubocop:disable Cop/ActiveRecordDependent
has_many :issue_assignees
has_many :assigned_issues, class_name: "Issue", through: :issue_assignees, source: :issue
has_many :assigned_merge_requests, dependent: :nullify, foreign_key: :assignee_id, class_name: "MergeRequest" # rubocop:disable Cop/ActiveRecordDependent
has_many :custom_attributes, class_name: 'UserCustomAttribute'
has_many :callouts, class_name: 'UserCallout'
has_many :term_agreements
belongs_to :accepted_term, class_name: 'ApplicationSetting::Term'
has_one :status, class_name: 'UserStatus'
has_one :user_preference
#
# Validations
#
# Note: devise :validatable above adds validations for :email and :password
validates :name, presence: true, length: { maximum: 128 }
validates :email, confirmation: true
validates :notification_email, presence: true
validates :notification_email, devise_email: true, if: ->(user) { user.notification_email != user.email }
validates :public_email, presence: true, uniqueness: true, devise_email: true, allow_blank: true
validates :commit_email, devise_email: true, allow_nil: true, if: ->(user) { user.commit_email != user.email }
validates :bio, length: { maximum: 255 }, allow_blank: true
validates :projects_limit,
presence: true,
numericality: { greater_than_or_equal_to: 0, less_than_or_equal_to: Gitlab::Database::MAX_INT_VALUE }
validates :username, presence: true
validates :namespace, presence: true
validate :namespace_move_dir_allowed, if: :username_changed?
validate :unique_email, if: :email_changed?
validate :owns_notification_email, if: :notification_email_changed?
validate :owns_public_email, if: :public_email_changed?
validate :owns_commit_email, if: :commit_email_changed?
validate :signup_domain_valid?, on: :create, if: ->(user) { !user.created_by_id }
before_validation :sanitize_attrs
before_validation :set_notification_email, if: :new_record?
before_validation :set_public_email, if: :public_email_changed?
before_validation :set_commit_email, if: :commit_email_changed?
before_save :set_public_email, if: :public_email_changed? # in case validation is skipped
before_save :set_commit_email, if: :commit_email_changed? # in case validation is skipped
before_save :ensure_incoming_email_token
before_save :ensure_user_rights_and_limits, if: ->(user) { user.new_record? || user.external_changed? }
before_save :skip_reconfirmation!, if: ->(user) { user.email_changed? && user.read_only_attribute?(:email) }
before_save :check_for_verified_email, if: ->(user) { user.email_changed? && !user.new_record? }
before_validation :ensure_namespace_correct
before_save :ensure_namespace_correct # in case validation is skipped
after_validation :set_username_errors
after_update :username_changed_hook, if: :saved_change_to_username?
after_destroy :post_destroy_hook
after_destroy :remove_key_cache
after_commit(on: :update) do
if previous_changes.key?('email')
# Grab previous_email here since previous_changes changes after
# #update_emails_with_primary_email and #update_notification_email are called
previous_email = previous_changes[:email][0]
update_emails_with_primary_email(previous_email)
update_invalid_gpg_signatures
if previous_email == notification_email
self.notification_email = email
save
end
end
end
after_initialize :set_projects_limit
# User's Layout preference
enum layout: [:fixed, :fluid]
# User's Dashboard preference
# Note: When adding an option, it MUST go on the end of the array.
enum dashboard: [:projects, :stars, :project_activity, :starred_project_activity, :groups, :todos, :issues, :merge_requests, :operations]
# User's Project preference
# Note: When adding an option, it MUST go on the end of the array.
enum project_view: [:readme, :activity, :files]
delegate :path, to: :namespace, allow_nil: true, prefix: true
delegate :notes_filter_for, to: :user_preference
delegate :set_notes_filter, to: :user_preference
delegate :first_day_of_week, :first_day_of_week=, to: :user_preference
delegate :timezone, :timezone=, to: :user_preference
delegate :time_display_relative, :time_display_relative=, to: :user_preference
delegate :time_format_in_24h, :time_format_in_24h=, to: :user_preference
accepts_nested_attributes_for :user_preference, update_only: true
state_machine :state, initial: :active do
event :block do
transition active: :blocked
transition ldap_blocked: :blocked
end
event :ldap_block do
transition active: :ldap_blocked
end
event :activate do
transition blocked: :active
transition ldap_blocked: :active
end
state :blocked, :ldap_blocked do
def blocked?
true
end
def active_for_authentication?
false
end
def inactive_message
BLOCKED_MESSAGE
end
end
end
# Scopes
scope :admins, -> { where(admin: true) }
scope :blocked, -> { with_states(:blocked, :ldap_blocked) }
scope :external, -> { where(external: true) }
scope :active, -> { with_state(:active).non_internal }
scope :without_projects, -> { joins('LEFT JOIN project_authorizations ON users.id = project_authorizations.user_id').where(project_authorizations: { user_id: nil }) }
scope :order_recent_sign_in, -> { reorder(Gitlab::Database.nulls_last_order('current_sign_in_at', 'DESC')) }
scope :order_oldest_sign_in, -> { reorder(Gitlab::Database.nulls_last_order('current_sign_in_at', 'ASC')) }
scope :order_recent_last_activity, -> { reorder(Gitlab::Database.nulls_last_order('last_activity_on', 'DESC')) }
scope :order_oldest_last_activity, -> { reorder(Gitlab::Database.nulls_first_order('last_activity_on', 'ASC')) }
scope :confirmed, -> { where.not(confirmed_at: nil) }
scope :by_username, -> (usernames) { iwhere(username: Array(usernames).map(&:to_s)) }
scope :for_todos, -> (todos) { where(id: todos.select(:user_id)) }
scope :with_emails, -> { preload(:emails) }
scope :with_dashboard, -> (dashboard) { where(dashboard: dashboard) }
# Limits the users to those that have TODOs, optionally in the given state.
#
# user - The user to get the todos for.
#
# with_todos - If we should limit the result set to users that are the
# authors of todos.
#
# todo_state - An optional state to require the todos to be in.
def self.limit_to_todo_authors(user: nil, with_todos: false, todo_state: nil)
if user && with_todos
where(id: Todo.where(user: user, state: todo_state).select(:author_id))
else
all
end
end
# Returns a relation that optionally includes the given user.
#
# user_id - The ID of the user to include.
def self.union_with_user(user_id = nil)
if user_id.present?
# We use "unscoped" here so that any inner conditions are not repeated for
# the outer query, which would be redundant.
User.unscoped.from_union([all, User.unscoped.where(id: user_id)])
else
all
end
end
def self.with_two_factor
with_u2f_registrations = <<-SQL
EXISTS (
SELECT *
FROM u2f_registrations AS u2f
WHERE u2f.user_id = users.id
) OR users.otp_required_for_login = ?
SQL
where(with_u2f_registrations, true)
end
def self.without_two_factor
joins("LEFT OUTER JOIN u2f_registrations AS u2f ON u2f.user_id = users.id")
.where("u2f.id IS NULL AND users.otp_required_for_login = ?", false)
end
#
# Class methods
#
class << self
# Devise method overridden to allow sign in with email or username
def find_for_database_authentication(warden_conditions)
conditions = warden_conditions.dup
if login = conditions.delete(:login)
where(conditions).find_by("lower(username) = :value OR lower(email) = :value", value: login.downcase.strip)
else
find_by(conditions)
end
end
def sort_by_attribute(method)
order_method = method || 'id_desc'
case order_method.to_s
when 'recent_sign_in' then order_recent_sign_in
when 'oldest_sign_in' then order_oldest_sign_in
when 'last_activity_on_desc' then order_recent_last_activity
when 'last_activity_on_asc' then order_oldest_last_activity
else
order_by(order_method)
end
end
def for_github_id(id)
joins(:identities).merge(Identity.with_extern_uid(:github, id))
end
# Find a User by their primary email or any associated secondary email
def find_by_any_email(email, confirmed: false)
return unless email
by_any_email(email, confirmed: confirmed).take
end
# Returns a relation containing all the users for the given email addresses
#
# @param emails [String, Array<String>] email addresses to check
# @param confirmed [Boolean] Only return users where the email is confirmed
def by_any_email(emails, confirmed: false)
emails = Array(emails).map(&:downcase)
from_users = where(email: emails)
from_users = from_users.confirmed if confirmed
from_emails = joins(:emails).where(emails: { email: emails })
from_emails = from_emails.confirmed.merge(Email.confirmed) if confirmed
items = [from_users, from_emails]
user_ids = Gitlab::PrivateCommitEmail.user_ids_for_emails(emails)
items << where(id: user_ids) if user_ids.present?
from_union(items)
end
def find_by_private_commit_email(email)
user_id = Gitlab::PrivateCommitEmail.user_id_for_email(email)
find_by(id: user_id)
end
def filter_items(filter_name)
case filter_name
when 'admins'
admins
when 'blocked'
blocked
when 'two_factor_disabled'
without_two_factor
when 'two_factor_enabled'
with_two_factor
when 'wop'
without_projects
when 'external'
external
else
active
end
end
# Searches users matching the given query.
#
# This method uses ILIKE on PostgreSQL and LIKE on MySQL.
#
# query - The search query as a String
#
# Returns an ActiveRecord::Relation.
def search(query)
return none if query.blank?
query = query.downcase
order = <<~SQL
CASE
WHEN users.name = %{query} THEN 0
WHEN users.username = %{query} THEN 1
WHEN users.email = %{query} THEN 2
ELSE 3
END
SQL
where(
fuzzy_arel_match(:name, query, lower_exact_match: true)
.or(fuzzy_arel_match(:username, query, lower_exact_match: true))
.or(arel_table[:email].eq(query))
).reorder(order % { query: ApplicationRecord.connection.quote(query) }, :name)
end
# Limits the result set to users _not_ in the given query/list of IDs.
#
# users - The list of users to ignore. This can be an
# `ActiveRecord::Relation`, or an Array.
def where_not_in(users = nil)
users ? where.not(id: users) : all
end
def reorder_by_name
reorder(:name)
end
# searches user by given pattern
# it compares name, email, username fields and user's secondary emails with given pattern
# This method uses ILIKE on PostgreSQL and LIKE on MySQL.
def search_with_secondary_emails(query)
return none if query.blank?
query = query.downcase
email_table = Email.arel_table
matched_by_emails_user_ids = email_table
.project(email_table[:user_id])
.where(email_table[:email].eq(query))
where(
fuzzy_arel_match(:name, query)
.or(fuzzy_arel_match(:username, query))
.or(arel_table[:email].eq(query))
.or(arel_table[:id].in(matched_by_emails_user_ids))
)
end
def by_login(login)
return unless login
if login.include?('@'.freeze)
unscoped.iwhere(email: login).take
else
unscoped.iwhere(username: login).take
end
end
def find_by_username(username)
by_username(username).take
end
def find_by_username!(username)
by_username(username).take!
end
# Returns a user for the given SSH key.
def find_by_ssh_key_id(key_id)
Key.find_by(id: key_id)&.user
end
def find_by_full_path(path, follow_redirects: false)
namespace = Namespace.for_user.find_by_full_path(path, follow_redirects: follow_redirects)
namespace&.owner
end
def reference_prefix
'@'
end
# Pattern used to extract `@user` user references from text
def reference_pattern
%r{
(?<!\w)
#{Regexp.escape(reference_prefix)}
(?<user>#{Gitlab::PathRegex::FULL_NAMESPACE_FORMAT_REGEX})
}x
end
# Return (create if necessary) the ghost user. The ghost user
# owns records previously belonging to deleted users.
def ghost
email = 'ghost%s@example.com'
unique_internal(where(ghost: true), 'ghost', email) do |u|
u.bio = _('This is a "Ghost User", created to hold all issues authored by users that have since been deleted. This user cannot be removed.')
u.name = 'Ghost User'
end
end
# Return true if there is only single non-internal user in the deployment,
# ghost user is ignored.
def single_user?
User.non_internal.limit(2).count == 1
end
def single_user
User.non_internal.first if single_user?
end
end
def full_path
username
end
def internal?
ghost?
end
def self.internal
where(ghost: true)
end
def self.non_internal
where('ghost IS NOT TRUE')
end
#
# Instance methods
#
def to_param
username
end
def to_reference(_from = nil, target_project: nil, full: nil)
"#{self.class.reference_prefix}#{username}"
end
def skip_confirmation=(bool)
skip_confirmation! if bool
end
def skip_reconfirmation=(bool)
skip_reconfirmation! if bool
end
def generate_reset_token
@reset_token, enc = Devise.token_generator.generate(self.class, :reset_password_token)
self.reset_password_token = enc
self.reset_password_sent_at = Time.now.utc
@reset_token
end
def recently_sent_password_reset?
reset_password_sent_at.present? && reset_password_sent_at >= 1.minute.ago
end
def remember_me!
super if ::Gitlab::Database.read_write?
end
def forget_me!
super if ::Gitlab::Database.read_write?
end
def disable_two_factor!
transaction do
update(
otp_required_for_login: false,
encrypted_otp_secret: nil,
encrypted_otp_secret_iv: nil,
encrypted_otp_secret_salt: nil,
otp_grace_period_started_at: nil,
otp_backup_codes: nil
)
self.u2f_registrations.destroy_all # rubocop: disable DestroyAll
end
end
def two_factor_enabled?
two_factor_otp_enabled? || two_factor_u2f_enabled?
end
def two_factor_otp_enabled?
otp_required_for_login?
end
def two_factor_u2f_enabled?
if u2f_registrations.loaded?
u2f_registrations.any?
else
u2f_registrations.exists?
end
end
def namespace_move_dir_allowed
if namespace&.any_project_has_container_registry_tags?
errors.add(:username, _('cannot be changed if a personal project has container registry tags.'))
end
end
def unique_email
if !emails.exists?(email: email) && Email.exists?(email: email)
errors.add(:email, _('has already been taken'))
end
end
def owns_notification_email
return if temp_oauth_email?
errors.add(:notification_email, _("is not an email you own")) unless all_emails.include?(notification_email)
end
def owns_public_email
return if public_email.blank?
errors.add(:public_email, _("is not an email you own")) unless all_emails.include?(public_email)
end
def owns_commit_email
return if read_attribute(:commit_email).blank?
errors.add(:commit_email, _("is not an email you own")) unless verified_emails.include?(commit_email)
end
# Define commit_email-related attribute methods explicitly instead of relying
# on ActiveRecord to provide them. Some of the specs use the current state of
# the model code but an older database schema, so we need to guard against the
# possibility of the commit_email column not existing.
def commit_email
return self.email unless has_attribute?(:commit_email)
if super == Gitlab::PrivateCommitEmail::TOKEN
return private_commit_email
end
# The commit email is the same as the primary email if undefined
super.presence || self.email
end
def commit_email=(email)
super if has_attribute?(:commit_email)
end
def commit_email_changed?
has_attribute?(:commit_email) && super
end
def private_commit_email
Gitlab::PrivateCommitEmail.for_user(self)
end
# see if the new email is already a verified secondary email
def check_for_verified_email
skip_reconfirmation! if emails.confirmed.where(email: self.email).any?
end
# Note: the use of the Emails services will cause `saves` on the user object, running
# through the callbacks again and can have side effects, such as the `previous_changes`
# hash and `_was` variables getting munged.
# By using an `after_commit` instead of `after_update`, we avoid the recursive callback
# scenario, though it then requires us to use the `previous_changes` hash
# rubocop: disable CodeReuse/ServiceClass
def update_emails_with_primary_email(previous_email)
primary_email_record = emails.find_by(email: email)
Emails::DestroyService.new(self, user: self).execute(primary_email_record) if primary_email_record
# the original primary email was confirmed, and we want that to carry over. We don't
# have access to the original confirmation values at this point, so just set confirmed_at
Emails::CreateService.new(self, user: self, email: previous_email).execute(confirmed_at: confirmed_at)
end
# rubocop: enable CodeReuse/ServiceClass
def update_invalid_gpg_signatures
gpg_keys.each(&:update_invalid_gpg_signatures)
end
# Returns the groups a user has access to, either through a membership or a project authorization
def authorized_groups
Group.unscoped do
Group.from_union([
groups,
authorized_projects.joins(:namespace).select('namespaces.*')
])
end
end
# Returns the groups a user is a member of, either directly or through a parent group
def membership_groups
Gitlab::ObjectHierarchy.new(groups).base_and_descendants
end
# Returns a relation of groups the user has access to, including their parent
# and child groups (recursively).
def all_expanded_groups
Gitlab::ObjectHierarchy.new(groups).all_objects
end
def expanded_groups_requiring_two_factor_authentication
all_expanded_groups.where(require_two_factor_authentication: true)
end
# rubocop: disable CodeReuse/ServiceClass
def refresh_authorized_projects
Users::RefreshAuthorizedProjectsService.new(self).execute
end
# rubocop: enable CodeReuse/ServiceClass
def remove_project_authorizations(project_ids)
project_authorizations.where(project_id: project_ids).delete_all
end
def authorized_projects(min_access_level = nil)
# We're overriding an association, so explicitly call super with no
# arguments or it would be passed as `force_reload` to the association
projects = super()
if min_access_level
projects = projects
.where('project_authorizations.access_level >= ?', min_access_level)
end
projects
end
def authorized_project?(project, min_access_level = nil)
authorized_projects(min_access_level).exists?({ id: project.id })
end
# Typically used in conjunction with projects table to get projects
# a user has been given access to.
# The param `related_project_column` is the column to compare to the
# project_authorizations. By default is projects.id
#
# Example use:
# `Project.where('EXISTS(?)', user.authorizations_for_projects)`
def authorizations_for_projects(min_access_level: nil, related_project_column: 'projects.id')
authorizations = project_authorizations
.select(1)
.where("project_authorizations.project_id = #{related_project_column}")
return authorizations unless min_access_level.present?
authorizations.where('project_authorizations.access_level >= ?', min_access_level)
end
# Returns the projects this user has reporter (or greater) access to, limited
# to at most the given projects.
#
# This method is useful when you have a list of projects and want to
# efficiently check to which of these projects the user has at least reporter
# access.
def projects_with_reporter_access_limited_to(projects)
authorized_projects(Gitlab::Access::REPORTER).where(id: projects)
end
def owned_projects
@owned_projects ||= Project.from_union(
[
Project.where(namespace: namespace),
Project.joins(:project_authorizations)
.where("projects.namespace_id <> ?", namespace.id)
.where(project_authorizations: { user_id: id, access_level: Gitlab::Access::OWNER })
],
remove_duplicates: false
)
end
# Returns projects which user can admin issues on (for example to move an issue to that project).
#
# This logic is duplicated from `Ability#project_abilities` into a SQL form.
def projects_where_can_admin_issues
authorized_projects(Gitlab::Access::REPORTER).non_archived.with_issues_enabled
end
# rubocop: disable CodeReuse/ServiceClass
def require_ssh_key?
count = Users::KeysCountService.new(self).count
count.zero? && Gitlab::ProtocolAccess.allowed?('ssh')
end
# rubocop: enable CodeReuse/ServiceClass
def require_password_creation_for_web?
allow_password_authentication_for_web? && password_automatically_set?
end
def require_password_creation_for_git?
allow_password_authentication_for_git? && password_automatically_set?
end
def require_personal_access_token_creation_for_git_auth?
return false if allow_password_authentication_for_git? || ldap_user?
PersonalAccessTokensFinder.new(user: self, impersonation: false, state: 'active').execute.none?
end
def require_extra_setup_for_git_auth?
require_password_creation_for_git? || require_personal_access_token_creation_for_git_auth?
end
def allow_password_authentication?
allow_password_authentication_for_web? || allow_password_authentication_for_git?
end
def allow_password_authentication_for_web?
Gitlab::CurrentSettings.password_authentication_enabled_for_web? && !ldap_user? && !ultraauth_user?
end
def allow_password_authentication_for_git?
Gitlab::CurrentSettings.password_authentication_enabled_for_git? && !ldap_user? && !ultraauth_user?
end
def can_change_username?
gitlab_config.username_changing_enabled
end
def can_create_project?
projects_limit_left > 0
end
def can_create_group?
can?(:create_group)
end
def can_select_namespace?
several_namespaces? || admin
end
def can?(action, subject = :global)
Ability.allowed?(self, action, subject)
end
def confirm_deletion_with_password?
!password_automatically_set? && allow_password_authentication?
end
def first_name
name.split.first unless name.blank?
end
def projects_limit_left
projects_limit - personal_projects_count
end
# rubocop: disable CodeReuse/ServiceClass
def recent_push(project = nil)
service = Users::LastPushEventService.new(self)
if project
service.last_event_for_project(project)
else
service.last_event_for_user
end
end
# rubocop: enable CodeReuse/ServiceClass
def several_namespaces?
union_sql = ::Gitlab::SQL::Union.new(
[owned_groups,
maintainers_groups,
groups_with_developer_maintainer_project_access]).to_sql
::Group.from("(#{union_sql}) #{::Group.table_name}").any?
end
def namespace_id
namespace.try :id
end
def name_with_username
"#{name} (#{username})"
end
def already_forked?(project)
!!fork_of(project)
end
def fork_of(project)
namespace.find_fork_of(project)
end
def ldap_user?
if identities.loaded?
identities.find { |identity| Gitlab::Auth::OAuth::Provider.ldap_provider?(identity.provider) && !identity.extern_uid.nil? }
else
identities.exists?(["provider LIKE ? AND extern_uid IS NOT NULL", "ldap%"])
end
end
def ultraauth_user?
if identities.loaded?
identities.find { |identity| Gitlab::Auth::OAuth::Provider.ultraauth_provider?(identity.provider) && !identity.extern_uid.nil? }
else
identities.exists?(["provider = ? AND extern_uid IS NOT NULL", "ultraauth"])
end
end
def ldap_identity
@ldap_identity ||= identities.find_by(["provider LIKE ?", "ldap%"])
end
def project_deploy_keys
DeployKey.unscoped.in_projects(authorized_projects.pluck(:id)).distinct(:id)
end
def highest_role
members.maximum(:access_level) || Gitlab::Access::NO_ACCESS
end
def accessible_deploy_keys
@accessible_deploy_keys ||= begin
key_ids = project_deploy_keys.pluck(:id)
key_ids.push(*DeployKey.are_public.pluck(:id))
DeployKey.where(id: key_ids)
end
end
def created_by
User.find_by(id: created_by_id) if created_by_id
end
def sanitize_attrs
%i[skype linkedin twitter].each do |attr|
value = self[attr]
self[attr] = Sanitize.clean(value) if value.present?
end
end
def set_notification_email
if notification_email.blank? || all_emails.exclude?(notification_email)
self.notification_email = email
end
end
def set_public_email
if public_email.blank? || all_emails.exclude?(public_email)
self.public_email = ''
end
end
def set_commit_email
if commit_email.blank? || verified_emails.exclude?(commit_email)
self.commit_email = nil
end
end
def update_secondary_emails!
set_notification_email
set_public_email
set_commit_email
save if notification_email_changed? || public_email_changed? || commit_email_changed?
end
def set_projects_limit
# `User.select(:id)` raises
# `ActiveModel::MissingAttributeError: missing attribute: projects_limit`
# without this safeguard!
return unless has_attribute?(:projects_limit) && projects_limit.nil?
self.projects_limit = Gitlab::CurrentSettings.default_projects_limit
end
def requires_ldap_check?
if !Gitlab.config.ldap.enabled
false
elsif ldap_user?
!last_credential_check_at || (last_credential_check_at + ldap_sync_time) < Time.now
else
false
end
end
def ldap_sync_time
# This number resides in this method so it can be redefined in EE.
1.hour
end
def try_obtain_ldap_lease
# After obtaining this lease LDAP checks will be blocked for 600 seconds
# (10 minutes) for this user.
lease = Gitlab::ExclusiveLease.new("user_ldap_check:#{id}", timeout: 600)
lease.try_obtain
end
def solo_owned_groups
@solo_owned_groups ||= owned_groups.select do |group|
group.owners == [self]
end
end
def with_defaults
User.defaults.each do |k, v|
public_send("#{k}=", v) # rubocop:disable GitlabSecurity/PublicSend
end
self
end
def can_leave_project?(project)
project.namespace != namespace &&
project.project_member(self)
end
def full_website_url
return "http://#{website_url}" if website_url !~ %r{\Ahttps?://}
website_url
end
def short_website_url
website_url.sub(%r{\Ahttps?://}, '')
end
def all_ssh_keys
keys.map(&:publishable_key)
end
def temp_oauth_email?
email.start_with?('temp-email-for-oauth')
end
# rubocop: disable CodeReuse/ServiceClass
def avatar_url(size: nil, scale: 2, **args)
GravatarService.new.execute(email, size, scale, username: username)
end
# rubocop: enable CodeReuse/ServiceClass
def primary_email_verified?
confirmed? && !temp_oauth_email?
end
def accept_pending_invitations!
pending_invitations.select do |member|
member.accept_invite!(self)
end
end
def pending_invitations
Member.where(invite_email: verified_emails).invite
end
def all_emails
all_emails = []
all_emails << email unless temp_oauth_email?
all_emails << private_commit_email
all_emails.concat(emails.map(&:email))
all_emails
end
def verified_emails
verified_emails = []
verified_emails << email if primary_email_verified?
verified_emails << private_commit_email
verified_emails.concat(emails.confirmed.pluck(:email))
verified_emails
end
def any_email?(check_email)
downcased = check_email.downcase
# handle the outdated private commit email case
return true if persisted? &&
id == Gitlab::PrivateCommitEmail.user_id_for_email(downcased)
all_emails.include?(check_email.downcase)
end
def verified_email?(check_email)
downcased = check_email.downcase
# handle the outdated private commit email case
return true if persisted? &&
id == Gitlab::PrivateCommitEmail.user_id_for_email(downcased)
verified_emails.include?(check_email.downcase)
end
def hook_attrs
{
name: name,
username: username,
avatar_url: avatar_url(only_path: false)
}
end
def ensure_namespace_correct
if namespace
namespace.path = namespace.name = username if username_changed?
else
build_namespace(path: username, name: username)
end
end
def set_username_errors
namespace_path_errors = self.errors.delete(:"namespace.path")
self.errors[:username].concat(namespace_path_errors) if namespace_path_errors
end
def username_changed_hook
system_hook_service.execute_hooks_for(self, :rename)
end
def post_destroy_hook
log_info("User \"#{name}\" (#{email}) was removed")
system_hook_service.execute_hooks_for(self, :destroy)
end
# rubocop: disable CodeReuse/ServiceClass
def remove_key_cache
Users::KeysCountService.new(self).delete_cache
end
# rubocop: enable CodeReuse/ServiceClass
def delete_async(deleted_by:, params: {})
block if params[:hard_delete]
DeleteUserWorker.perform_async(deleted_by.id, id, params.to_h)
end
# rubocop: disable CodeReuse/ServiceClass
def notification_service
NotificationService.new
end
# rubocop: enable CodeReuse/ServiceClass
def log_info(message)
Gitlab::AppLogger.info message
end
# rubocop: disable CodeReuse/ServiceClass
def system_hook_service
SystemHooksService.new
end
# rubocop: enable CodeReuse/ServiceClass
def starred?(project)
starred_projects.exists?(project.id)
end
def toggle_star(project)
UsersStarProject.transaction do
user_star_project = users_star_projects
.where(project: project, user: self).lock(true).first
if user_star_project
user_star_project.destroy
else
UsersStarProject.create!(project: project, user: self)
end
end
end
def manageable_namespaces
@manageable_namespaces ||= [namespace] + manageable_groups
end
def manageable_groups(include_groups_with_developer_maintainer_access: false)
owned_and_maintainer_group_hierarchy = Gitlab::ObjectHierarchy.new(owned_or_maintainers_groups).base_and_descendants
if include_groups_with_developer_maintainer_access
union_sql = ::Gitlab::SQL::Union.new(
[owned_and_maintainer_group_hierarchy,
groups_with_developer_maintainer_project_access]).to_sql
::Group.from("(#{union_sql}) #{::Group.table_name}")
else
owned_and_maintainer_group_hierarchy
end
end
def manageable_groups_with_routes(include_groups_with_developer_maintainer_access: false)
manageable_groups(include_groups_with_developer_maintainer_access: include_groups_with_developer_maintainer_access)
.eager_load(:route)
.order('routes.path')
end
def namespaces
namespace_ids = groups.pluck(:id)
namespace_ids.push(namespace.id)
Namespace.where(id: namespace_ids)
end
def oauth_authorized_tokens
Doorkeeper::AccessToken.where(resource_owner_id: id, revoked_at: nil)
end
# Returns the projects a user contributed to in the last year.
#
# This method relies on a subquery as this performs significantly better
# compared to a JOIN when coupled with, for example,
# `Project.visible_to_user`. That is, consider the following code:
#
# some_user.contributed_projects.visible_to_user(other_user)
#
# If this method were to use a JOIN the resulting query would take roughly 200
# ms on a database with a similar size to GitLab.com's database. On the other
# hand, using a subquery means we can get the exact same data in about 40 ms.
def contributed_projects
events = Event.select(:project_id)
.contributions.where(author_id: self)
.where("created_at > ?", Time.now - 1.year)
.distinct
.reorder(nil)
Project.where(id: events)
end
def can_be_removed?
!solo_owned_groups.present?
end
def ci_owned_runners
@ci_owned_runners ||= begin
project_runners = Ci::RunnerProject
.where(project: authorized_projects(Gitlab::Access::MAINTAINER))
.joins(:runner)
.select('ci_runners.*')
group_runners = Ci::RunnerNamespace
.where(namespace_id: owned_or_maintainers_groups.select(:id))
.joins(:runner)
.select('ci_runners.*')
Ci::Runner.from_union([project_runners, group_runners])
end
end
def notification_settings_for(source)
if notification_settings.loaded?
notification_settings.find do |notification|
notification.source_type == source.class.base_class.name &&
notification.source_id == source.id
end
else
notification_settings.find_or_initialize_by(source: source)
end
end
# Lazy load global notification setting
# Initializes User setting with Participating level if setting not persisted
def global_notification_setting
return @global_notification_setting if defined?(@global_notification_setting)
@global_notification_setting = notification_settings.find_or_initialize_by(source: nil)
@global_notification_setting.update(level: NotificationSetting.levels[DEFAULT_NOTIFICATION_LEVEL]) unless @global_notification_setting.persisted?
@global_notification_setting
end
def assigned_open_merge_requests_count(force: false)
Rails.cache.fetch(['users', id, 'assigned_open_merge_requests_count'], force: force, expires_in: 20.minutes) do
MergeRequestsFinder.new(self, assignee_id: self.id, state: 'opened', non_archived: true).execute.count
end
end
def assigned_open_issues_count(force: false)
Rails.cache.fetch(['users', id, 'assigned_open_issues_count'], force: force, expires_in: 20.minutes) do
IssuesFinder.new(self, assignee_id: self.id, state: 'opened', non_archived: true).execute.count
end
end
def todos_done_count(force: false)
Rails.cache.fetch(['users', id, 'todos_done_count'], force: force, expires_in: 20.minutes) do
TodosFinder.new(self, state: :done).execute.count
end
end
def todos_pending_count(force: false)
Rails.cache.fetch(['users', id, 'todos_pending_count'], force: force, expires_in: 20.minutes) do
TodosFinder.new(self, state: :pending).execute.count
end
end
def personal_projects_count(force: false)
Rails.cache.fetch(['users', id, 'personal_projects_count'], force: force, expires_in: 24.hours, raw: true) do
personal_projects.count
end.to_i
end
def update_todos_count_cache
todos_done_count(force: true)
todos_pending_count(force: true)
end
def invalidate_cache_counts
invalidate_issue_cache_counts
invalidate_merge_request_cache_counts
invalidate_todos_done_count
invalidate_todos_pending_count
invalidate_personal_projects_count
end
def invalidate_issue_cache_counts
Rails.cache.delete(['users', id, 'assigned_open_issues_count'])
end
def invalidate_merge_request_cache_counts
Rails.cache.delete(['users', id, 'assigned_open_merge_requests_count'])
end
def invalidate_todos_done_count
Rails.cache.delete(['users', id, 'todos_done_count'])
end
def invalidate_todos_pending_count
Rails.cache.delete(['users', id, 'todos_pending_count'])
end
def invalidate_personal_projects_count
Rails.cache.delete(['users', id, 'personal_projects_count'])
end
# This is copied from Devise::Models::Lockable#valid_for_authentication?, as our auth
# flow means we don't call that automatically (and can't conveniently do so).
#
# See:
# <https://github.com/plataformatec/devise/blob/v4.0.0/lib/devise/models/lockable.rb#L92>
#
# rubocop: disable CodeReuse/ServiceClass
def increment_failed_attempts!
return if ::Gitlab::Database.read_only?
self.failed_attempts ||= 0
self.failed_attempts += 1
if attempts_exceeded?
lock_access! unless access_locked?
else
Users::UpdateService.new(self, user: self).execute(validate: false)
end
end
# rubocop: enable CodeReuse/ServiceClass
def access_level
if admin?
:admin
else
:regular
end
end
def access_level=(new_level)
new_level = new_level.to_s
return unless %w(admin regular).include?(new_level)
self.admin = (new_level == 'admin')
end
# Does the user have access to all private groups & projects?
# Overridden in EE to also check auditor?
def full_private_access?
admin?
end
def update_two_factor_requirement
periods = expanded_groups_requiring_two_factor_authentication.pluck(:two_factor_grace_period)
self.require_two_factor_authentication_from_group = periods.any?
self.two_factor_grace_period = periods.min || User.column_defaults['two_factor_grace_period']
save
end
# each existing user needs to have an `feed_token`.
# we do this on read since migrating all existing users is not a feasible
# solution.
def feed_token
ensure_feed_token!
end
def sync_attribute?(attribute)
return true if ldap_user? && attribute == :email
attributes = Gitlab.config.omniauth.sync_profile_attributes
if attributes.is_a?(Array)
attributes.include?(attribute.to_s)
else
attributes
end
end
def read_only_attribute?(attribute)
user_synced_attributes_metadata&.read_only?(attribute)
end
# override, from Devise
def lock_access!
Gitlab::AppLogger.info("Account Locked: username=#{username}")
super
end
# Determine the maximum access level for a group of projects in bulk.
#
# Returns a Hash mapping project ID -> maximum access level.
def max_member_access_for_project_ids(project_ids)
max_member_access_for_resource_ids(Project, project_ids) do |project_ids|
project_authorizations.where(project: project_ids)
.group(:project_id)
.maximum(:access_level)
end
end
def max_member_access_for_project(project_id)
max_member_access_for_project_ids([project_id])[project_id]
end
# Determine the maximum access level for a group of groups in bulk.
#
# Returns a Hash mapping project ID -> maximum access level.
def max_member_access_for_group_ids(group_ids)
max_member_access_for_resource_ids(Group, group_ids) do |group_ids|
group_members.where(source: group_ids).group(:source_id).maximum(:access_level)
end
end
def max_member_access_for_group(group_id)
max_member_access_for_group_ids([group_id])[group_id]
end
def terms_accepted?
accepted_term_id.present?
end
def required_terms_not_accepted?
Gitlab::CurrentSettings.current_application_settings.enforce_terms? &&
!terms_accepted?
end
def requires_usage_stats_consent?
self.admin? && 7.days.ago > self.created_at && !has_current_license? && User.single_user? && !consented_usage_stats?
end
# Avoid migrations only building user preference object when needed.
def user_preference
super.presence || build_user_preference
end
def todos_limited_to(ids)
todos.where(id: ids)
end
def pending_todo_for(target)
todos.find_by(target: target, state: :pending)
end
# @deprecated
alias_method :owned_or_masters_groups, :owned_or_maintainers_groups
protected
# override, from Devise::Validatable
def password_required?
return false if internal?
super
end
private
def has_current_license?
false
end
def consented_usage_stats?
# Bypass the cache here because it's possible the admin enabled the
# usage ping, and we don't want to annoy the user again if they
# already set the value. This is a bit of hack, but the alternative
# would be to put in a more complex cache invalidation step. Since
# this call only gets called in the uncommon situation where the
# user is an admin and the only user in the instance, this shouldn't
# cause too much load on the system.
ApplicationSetting.current_without_cache&.usage_stats_set_by_user_id == self.id
end
# Added according to https://github.com/plataformatec/devise/blob/7df57d5081f9884849ca15e4fde179ef164a575f/README.md#activejob-integration
def send_devise_notification(notification, *args)
return true unless can?(:receive_notifications)
devise_mailer.__send__(notification, self, *args).deliver_later # rubocop:disable GitlabSecurity/PublicSend
end
def ensure_user_rights_and_limits
if external?
self.can_create_group = false
self.projects_limit = 0
else
# Only revert these back to the default if they weren't specifically changed in this update.
self.can_create_group = gitlab_config.default_can_create_group unless can_create_group_changed?
self.projects_limit = Gitlab::CurrentSettings.default_projects_limit unless projects_limit_changed?
end
end
def signup_domain_valid?
valid = true
error = nil
if Gitlab::CurrentSettings.domain_blacklist_enabled?
blocked_domains = Gitlab::CurrentSettings.domain_blacklist
if domain_matches?(blocked_domains, email)
error = 'is not from an allowed domain.'
valid = false
end
end
allowed_domains = Gitlab::CurrentSettings.domain_whitelist
unless allowed_domains.blank?
if domain_matches?(allowed_domains, email)
valid = true
else
error = "domain is not authorized for sign-up"
valid = false
end
end
errors.add(:email, error) unless valid
valid
end
def domain_matches?(email_domains, email)
signup_domain = Mail::Address.new(email).domain
email_domains.any? do |domain|
escaped = Regexp.escape(domain).gsub('\*', '.*?')
regexp = Regexp.new "^#{escaped}$", Regexp::IGNORECASE
signup_domain =~ regexp
end
end
def self.unique_internal(scope, username, email_pattern, &block)
scope.first || create_unique_internal(scope, username, email_pattern, &block)
end
def self.create_unique_internal(scope, username, email_pattern, &creation_block)
# Since we only want a single one of these in an instance, we use an
# exclusive lease to ensure than this block is never run concurrently.
lease_key = "user:unique_internal:#{username}"
lease = Gitlab::ExclusiveLease.new(lease_key, timeout: 1.minute.to_i)
until uuid = lease.try_obtain
# Keep trying until we obtain the lease. To prevent hammering Redis too
# much we'll wait for a bit between retries.
sleep(1)
end
# Recheck if the user is already present. One might have been
# added between the time we last checked (first line of this method)
# and the time we acquired the lock.
existing_user = uncached { scope.first }
return existing_user if existing_user.present?
uniquify = Uniquify.new
username = uniquify.string(username) { |s| User.find_by_username(s) }
email = uniquify.string(-> (n) { Kernel.sprintf(email_pattern, n) }) do |s|
User.find_by_email(s)
end
user = scope.build(
username: username,
email: email,
&creation_block
)
Users::UpdateService.new(user, user: user).execute(validate: false) # rubocop: disable CodeReuse/ServiceClass
user
ensure
Gitlab::ExclusiveLease.cancel(lease_key, uuid)
end
def groups_with_developer_maintainer_project_access
project_creation_levels = [::Gitlab::Access::DEVELOPER_MAINTAINER_PROJECT_ACCESS]
if ::Gitlab::CurrentSettings.default_project_creation == ::Gitlab::Access::DEVELOPER_MAINTAINER_PROJECT_ACCESS
project_creation_levels << nil
end
developer_groups_hierarchy = ::Gitlab::ObjectHierarchy.new(developer_groups).base_and_descendants
::Group.where(id: developer_groups_hierarchy.select(:id),
project_creation_level: project_creation_levels)
end
end