demarches-normaliennes/app/models/api_token.rb
2024-08-22 09:26:48 +02:00

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# frozen_string_literal: true
class APIToken < ApplicationRecord
include ActiveRecord::SecureToken
belongs_to :administrateur, inverse_of: :api_tokens
scope :expiring_within, -> (duration) { where(expires_at: Date.today..duration.from_now) }
scope :without_any_expiration_notice_sent_within, -> (duration) do
where.not('(expires_at - (?::interval)) <= some(expiration_notices_sent_at)', duration.iso8601)
end
scope :with_a_bigger_lifetime_than, -> (duration) do
where('? < expires_at - created_at', duration.iso8601)
end
scope :with_expiration_notice_to_send_for, -> (duration) do
# example for duration = 1.month
# take all tokens that expire in the next month
# with a lifetime bigger than 1 month
# without any expiration notice sent for that period
expiring_within(duration)
.with_a_bigger_lifetime_than(duration)
.without_any_expiration_notice_sent_within(duration)
end
before_save :sanitize_targeted_procedure_ids
def context
{
administrateur_id:,
api_token_id: id,
procedure_ids:,
write_access:
}
end
def procedure_ids
if full_access?
administrateur.procedures.ids
else
sanitized_targeted_procedure_ids
end
end
def procedures
Procedure.where(id: procedure_ids)
end
def full_access?
targeted_procedure_ids.nil?
end
def targetable_procedures
administrateur
.procedures
.where.not(id: targeted_procedure_ids)
.select(:id, :libelle, :path)
.order(:libelle)
end
def sanitized_targeted_procedure_ids
administrateur.procedures.ids.intersection(targeted_procedure_ids || [])
end
# Prefix is made of the first 6 characters of the uuid base64 encoded
# it does not leak plain token
def prefix
Base64.urlsafe_encode64(id).slice(0, 5)
end
def store_new_ip(ip)
set = Set.new(stored_ips)
if set.add?(IPAddr.new(ip))
update!(stored_ips: set.to_a)
end
end
def authorized_networks_for_ui
authorized_networks.map { "#{_1.to_string}/#{_1.prefix}" }.join(', ')
end
def forbidden_network?(ip)
return false if authorized_networks.blank?
authorized_networks.none? { |range| range.include?(ip) }
end
def expired?
expires_at&.past?
end
def eternal?
expires_at.nil?
end
class << self
def generate(administrateur)
plain_token = generate_unique_secure_token
encrypted_token = BCrypt::Password.create(plain_token)
api_token = create!(administrateur:, encrypted_token:, name: Date.today.strftime('Jeton dAPI généré le %d/%m/%Y'))
bearer = BearerToken.new(api_token.id, plain_token)
[api_token, bearer.to_string]
end
def authenticate(bearer_string)
bearer = BearerToken.from_string(bearer_string)
return if bearer.nil?
api_token = find_by(id: bearer.api_token_id, version: 3)
return if api_token.nil?
BCrypt::Password.new(api_token.encrypted_token) == bearer.plain_token ? api_token : nil
end
end
def last_used_at
last_v2_authenticated_at || last_v1_authenticated_at
end
private
def sanitize_targeted_procedure_ids
if targeted_procedure_ids.present?
write_attribute(:allowed_procedure_ids, sanitized_targeted_procedure_ids)
end
end
def targeted_procedure_ids
read_attribute(:allowed_procedure_ids)
end
class BearerToken < Data.define(:api_token_id, :plain_token)
def to_string
Base64.urlsafe_encode64([api_token_id, plain_token].join(';'))
end
def self.from_string(bearer_token)
return if bearer_token.nil?
api_token_id, plain_token = Base64.urlsafe_decode64(bearer_token).split(';')
BearerToken.new(api_token_id, plain_token)
rescue ArgumentError
end
end
end