private void writeXStr(HXStr xstr)
{
if (m_iVersion < 3)
{
throw new Exception("XStr not supported for version: " + m_iVersion.ToString());
}
p(xstr.toZinc());
flush();
}
private HVal parseXStr(string id)
{
if (!char.IsUpper(id[0]))
{
err("Invalid XStr type: " + id);
}
consume(HaystackToken.lparen);
if (m_iversion < 3 && ("Bin".CompareTo(id) == 0))
{
return(parseBinObsolete());
}
string val = consumeStr();
consume(HaystackToken.rparen);
return(HXStr.decode(id, val));
}
public void testHex()
{
// Changed test - unicode code must be valid not random like original test. - this is "NA"
Assert.IsTrue(read("Type(\"[\\u004e \\u0041]\")").hequals(HXStr.decode("Type", "[\u004e \u0041]")));
Assert.IsTrue(read("Type(\"[\\u004E \\u0041]\")").hequals(HXStr.decode("Type", "[\u004E \u0041]")));
}
public void testZinc()
{
verifyZinc(HXStr.decode("Type", "hello"), "Type(\"hello\")");
verifyZinc(HXStr.decode("Type", "\u0abc"), "Type(\"\u0abc\")");
}
public void testCompare()
{
Assert.IsTrue(HXStr.decode("Type", "abc").CompareTo(HXStr.decode("Type", "z")) < 0);
Assert.AreEqual(HXStr.decode("Type", "Foo").CompareTo(HXStr.decode("Type", "Foo")), 0);
}
public void testEquality()
{
Assert.IsTrue(HXStr.decode("Type", "a").hequals(HXStr.decode("Type", "a")));
Assert.IsFalse(HXStr.decode("X", "a").hequals(HXStr.decode("X", "b")));
Assert.IsTrue(HXStr.decode("X", "").hequals(HXStr.decode("X", "")));
}
public void testTypeContainsValidCharacters()
{
HXStr.decode("TyP0_s", "a");
Assert.ThrowsException <ArgumentException>(() => HXStr.decode("T.", "a"));
Assert.ThrowsException <ArgumentException>(() => HXStr.decode("T,", "a"));
}
public void testTypeStartsWithUpper()
{
HXStr.decode("Type", "a");
Assert.ThrowsException <ArgumentException>(() => HXStr.decode("type", "a"));
}