EURO = "\xe2\x82\xac".freeze # euro symbol
def test_check_empty_message_fails
- message = Message.new
+ message = build(:message, :title => nil, :body => nil, :sent_on => nil)
assert_not message.valid?
assert message.errors[:title].any?
assert message.errors[:body].any?
end
def test_utf8_roundtrip
- (1..255).each do |i|
+ [1, 255].each do |i|
assert_message_ok("c", i)
assert_message_ok(EURO, i)
end
"\xC2\xC2", # 2-byte multibyte identifier, followed by another one
"\x4a\x82", # plain ASCII, followed by multibyte continuation
"\x82\x82", # multibyte continuations without multibyte identifier
- "\xe1\x82\x4a"] # three-byte identifier, contination and (incorrectly) plain ASCII
+ "\xe1\x82\x4a"] # three-byte identifier, continuation and (incorrectly) plain ASCII
invalid_sequences.each do |char|
# create a message and save to the database
msg = make_message(char, 1)
# its OK to accept invalid UTF-8 as long as we return it unmodified.
db_msg = msg.class.find(msg.id)
assert_equal char, db_msg.title, "Database silently truncated message title"
- rescue ArgumentError => ex
- assert_equal ex.to_s, "invalid byte sequence in UTF-8"
+ rescue ArgumentError => e
+ assert_equal("invalid byte sequence in UTF-8", e.to_s)
end
end
def assert_message_ok(char, count)
message = make_message(char, count)
assert message.save!
- response = message.class.find(message.id) # stand by for some ΓΌber-generalisation...
+ response = message.class.find(message.id) # stand by for some uber-generalisation...
assert_equal char * count, response.title, "message with #{count} #{char} chars (i.e. #{char.length * count} bytes) fails"
end
end