# frozen_string_literal: true require 'app_info/protobuf/models/Resources_pb' require 'app_info/protobuf/resources' require 'app_info/core_ext' module AppInfo module Protobuf class Base include Helper::Defines def initialize(doc, resources = nil) @resources = resources parse(doc) end private def parse(_) raise 'not implemented' end end class Attribute < Base attr_reader :namespace, :name, :value, :resource_id private def parse(doc) @namespace = doc.namespace_uri @name = doc.name @value = parsed_value(doc) @resource_id = doc&.resource_id end def parsed_value(doc) if prim = doc&.compiled_item&.prim return prim.send(prim.oneof_value) end if ref = doc&.compiled_item&.ref return ref # return "resourceId:0x#{ref.id.to_s(16)}" end doc.value end end class Node < Base attr_reader :name, :attributes, :children private def parse(doc) define_name(doc) define_attributes(doc) define_children(doc) end def define_name(doc) return unless element = doc.element @name = element.name end def define_attributes(doc) @attributes = {} return unless element = doc.element @attributes = element.attribute.each_with_object({}).each do |item, obj| node = Attribute.new(item) method_name = node.name.ai_snakecase obj[method_name] = node define_instance_method(method_name, node.value) end end UNIQUE_KEY = %w[uses_sdk application].freeze def define_children(doc) @children = {} return unless element = doc.element @children = element.child.each_with_object({}) do |item, obj| next unless item_element = item.element class_name = item_element.name.ai_camelcase klass = create_class(class_name, Protobuf::Node, namespace: 'AppInfo::Protobuf::Manifest') node = klass.new(item) method_name = item_element.name.ai_snakecase if UNIQUE_KEY.include?(method_name) obj[method_name] = node else obj[method_name] ||= [] obj[method_name] << node end end @children.each do |name, value| define_instance_method(name, value) end end end class Manifest < Node def self.parse(io, resources = nil) doc = Aapt::Pb::XmlNode.decode(io) new(doc, resources) end COMPONENTS = %w[activity activity-alias service receiver provider application].freeze def package_name @package_name ||= package end def label(locale: '') @resources.find(application.label, locale: locale).value || application.label end def components application.children.select do |name, _| COMPONENTS.include?(name.downcase) end end def activities application.respond_to?(:activity) ? application.activity : [] end def services application.respond_to?(:service) ? application.service : [] end def icons @resources.find(application.icon) end def deep_links intent_filters(search: :deep_links) end def schemes intent_filters(search: :schemes) end private def intent_filters(search: nil) activities.each_with_object([]) do |activity, obj| intent_filters = activity.intent_filter next if intent_filters&.empty? if search.nil? || search.empty? obj << intent_filters else intent_filters.each do |filter| exist_method = "#{search}?".to_sym next if filter.respond_to?(exist_method) && !filter.send(exist_method) obj << filter.send(search) end end end.flatten.uniq end # :nodoc: # Workaround ruby always return true by called `Object.const_defined?(Data)` class Data < Node; end class IntentFilter < Node # filter types (action is required, category and data are optional) TYPES = %w[action category data].freeze DEEP_LINK_SCHEMES = %w[http https].freeze # browsable of category CATEGORY_BROWSABLE = 'android.intent.category.BROWSABLE' def deep_links? browsable? && data.any? { |d| DEEP_LINK_SCHEMES.include?(d.scheme) } end def deep_links return unless deep_links? data.reject { |d| d.host.nil? } .map(&:host) .uniq end def schemes return unless schemes? data.select { |d| !d.scheme.nil? && !DEEP_LINK_SCHEMES.include?(d.scheme) } .map(&:scheme) .uniq end def schemes? browsable? && data.any? { |d| !DEEP_LINK_SCHEMES.include?(d.scheme) } end def browsable? exist?(CATEGORY_BROWSABLE) end def exist?(name, type: nil) if type.to_s.empty? && !name.start_with?('android.intent.') raise 'Fill type or use correct name' end type ||= name.split('.')[2] raise 'Not found type' unless TYPES.include?(type) values = send(type.to_sym).select { |e| e.name == name } values.empty? ? false : values end end end end end