Sha256: 23e85f7872a35b5781596808511d20c6d10396e485053364252aa86426c9f389
Contents?: true
Size: 1.83 KB
Versions: 130
Compression:
Stored size: 1.83 KB
Contents
# encoding: utf-8
require 'test/unit'
require 'test/proto/addressbook.pb'
class SerializeTest < Test::Unit::TestCase
def test_serialize
# serialize to string
person = Tutorial::Person.new
person.id = 1234
person.name = 'John Doe'
person.email = 'jdoe@example.com'
phone = Tutorial::Person::PhoneNumber.new
phone.number = '555-4321'
phone.type = Tutorial::Person::PhoneType::HOME
person.phone << phone
serialized_string = person.serialize_to_string
# parse the serialized string
person2 = Tutorial::Person.new
person2.parse_from_string(serialized_string)
assert_equal(1234, person2.id)
assert_equal('John Doe', person2.name)
assert_equal('jdoe@example.com', person2.email)
assert_equal(1, person2.phone.size)
assert_equal('555-4321', person2.phone[0].number)
assert_equal(Tutorial::Person::PhoneType::HOME, person2.phone[0].type)
end
def test_serialize_utf8string
# serialize to string
person = Tutorial::Person.new
person.id = 1234
person.name = '山田 太郎' # kanji characters
serialized_string = person.serialize_to_string
# parse the serialized string
person2 = Tutorial::Person.new
person2.parse_from_string(serialized_string)
assert_equal(1234, person2.id)
assert_equal('山田 太郎', person2.name)
end
def test_unknown_field
person = Tutorial::Person.new
person.id = 1234
person.name = 'a b c'
serialized_string = person.serialize_to_string
# add invalid field
tag = 1000
wire_type = Protobuf::WireType::VARINT
serialized_string << Protobuf::Field::VarintField.encode((tag << 3) | wire_type)
serialized_string << Protobuf::Field::VarintField.encode(100)
# decode
person2 = Tutorial::Person.new
person2.parse_from_string(serialized_string)
assert_equal(person, person2)
end
end
Version data entries
130 entries across 130 versions & 2 rubygems