private void UnicodeEscapes2()
{
AssertTokenizer t = AssertTokens();
t.Load(@":""\u{123456789}""")[Tokens.Symbeg][@"u{123456789}"][Tokens.StringEnd].EOF();
t.Load(@":""\u123456789""")[Tokens.Symbeg][@"u123456789"][Tokens.StringEnd].EOF();
t.Load(@"/\u1234/")[Tokens.RegexpBeg][@"\u1234"][Tokens.RegexpEnd].EOF();
t.Load(@"/\u{101234}/")[Tokens.RegexpBeg][@"\u{101234}"][Tokens.RegexpEnd].EOF();
t.Expect();
}
private void Scenario_ParseRegex1()
{
AssertTokenizer t = AssertTokens();
t.Load("//")[Tokens.RegexpBeg][Tokens.RegexpEnd].EOF();
t.Load("/foo/")[Tokens.RegexpBeg]["foo"][Tokens.RegexpEnd].EOF();
t.Load("/foo/aib").Skip(2).Read(RubyRegexOptions.IgnoreCase).Expect(Errors.UnknownRegexOption, Errors.UnknownRegexOption);
t.Load("/foo/9").Skip(2).Read(Tokens.RegexpEnd); // TODO: unexpected token 9
t.Load("/foo/esuniiimmmxxxooo").Skip(2).
Read(RubyRegexOptions.IgnoreCase | RubyRegexOptions.Multiline | RubyRegexOptions.Extended | RubyRegexOptions.FIXED | RubyRegexOptions.UTF8);
t.Expect();
}
private void StringLiterals1()
{
AssertTokenizer t = AssertTokens();
for (int i = 0; i < 128; i++)
{
switch (i)
{
case '(':
case '{':
case '[':
case '<':
case 'Q':
case 'q':
case 'W':
case 'w':
case 'x':
case 'r':
case 's':
break;
default:
var str = "%" + (char)i + "foo" + (char)i;
if (Tokenizer.IsDecimalDigit(i))
{
t.Load(str)[(Tokens)'%'][Tokens.Integer][Tokens.Identifier].Expect(Errors.UnknownQuotedStringType).EOF();
}
else if (Tokenizer.IsUpperLetter(i))
{
t.Load(str)[(Tokens)'%'][Tokens.ConstantIdentifier].Expect(Errors.UnknownQuotedStringType).EOF();
}
else if (Tokenizer.IsLowerLetter(i))
{
t.Load(str)[(Tokens)'%'][Tokens.Identifier].Expect(Errors.UnknownQuotedStringType).EOF();
}
else
{
t.Load(str)[Tokens.StringBeg]["foo"][Tokens.StringEnd].EOF();
}
break;
}
}
t.Expect();
}
private void Heredoc1()
{
AssertTokenizer t = AssertTokens();
t.Load("<<LABEL\nhello\nLABEL")
[Tokens.StringBeg]["hello\n"][Tokens.StringEnd][(Tokens)'\n'].EOF();
t.Load("<<\"LABEL\"\nhello\nLABEL")
[Tokens.StringBeg]["hello\n"][Tokens.StringEnd][(Tokens)'\n'].EOF();
t.Load("<<'LABEL'\nhello\nLABEL")
[Tokens.StringBeg]["hello\n"][Tokens.StringEnd][(Tokens)'\n'].EOF();
t.Load("<<`LABEL`\nhello\nLABEL")
[Tokens.ShellStringBegin]["hello\n"][Tokens.StringEnd][(Tokens)'\n'].EOF();
t.Expect();
}
private void Identifiers2()
{
AssertTokenizer t = AssertTokens();
// 'variable' non-terminal needs to set $<String>$ even for keywords,
// otherwise the content of previous token is stored in token value and is interpreted as string.
t.Load("//\ntrue")[Tokens.RegexpBeg][Tokens.RegexpEnd][(Tokens)'\n'][Tokens.True].EOF();
t.Expect();
}
private void Scenario_ParseInstanceClassVariables1()
{
AssertTokenizer t = AssertTokens();
t.Load("@").Read((Tokens)'@');
t.Load("@@").Read((Tokens)'@');
t.Load("@1").Read((Tokens)'@').Expect(Errors.InvalidInstanceVariableName);
t.Load("@@1").Read((Tokens)'@').Expect(Errors.InvalidClassVariableName);
t.Load("@_").ReadSymbol(Tokens.InstanceVariable, "@_");
t.Load("@@_").ReadSymbol(Tokens.ClassVariable, "@@_");
t.Load("@aA1_").ReadSymbol(Tokens.InstanceVariable, "@aA1_");
t.Load("@@aA1_").ReadSymbol(Tokens.ClassVariable, "@@aA1_");
t.Expect();
}
private void Escapes1()
{
AssertTokenizer t = AssertTokens();
// hexa:
t.Load("\"\\x\n20\"")[Tokens.StringBeg]["?\n20"][Tokens.StringEnd].Expect(Errors.InvalidEscapeCharacter);
t.Load("\"\\x2\n0\"")[Tokens.StringBeg]["\u0002\n0"][Tokens.StringEnd].EOF();
t.Load("\"\\x20\n\"")[Tokens.StringBeg][" \n"][Tokens.StringEnd].EOF();
// octal:
t.Load("\"\\0\n40\"")[Tokens.StringBeg]["\0\n40"][Tokens.StringEnd].EOF();
t.Load("\"\\04\n0\"")[Tokens.StringBeg]["\u0004\n0"][Tokens.StringEnd].EOF();
t.Load("\"\\040\n\"")[Tokens.StringBeg][" \n"][Tokens.StringEnd].EOF();
t.Load("\"\\123\"")[Tokens.StringBeg]["S"][Tokens.StringEnd].EOF();
t.Expect();
}
private void Heredoc1() {
AssertTokenizer t = new AssertTokenizer(this) { Verbatim = false };
t.Load("<<LABEL\nhello\nLABEL")
[Tokens.StringBegin]["hello\n"][Tokens.StringEnd][Tokens.NewLine].EOF();
t.Load("<<\"LABEL\"\nhello\nLABEL")
[Tokens.StringBegin]["hello\n"][Tokens.StringEnd][Tokens.NewLine].EOF();
t.Load("<<'LABEL'\nhello\nLABEL")
[Tokens.StringBegin]["hello\n"][Tokens.StringEnd][Tokens.NewLine].EOF();
t.Load("<<`LABEL`\nhello\nLABEL")
[Tokens.ShellStringBegin]["hello\n"][Tokens.StringEnd][Tokens.NewLine].EOF();
t.Load("<<LABEL\nLABEL123\nLABEL")
[Tokens.StringBegin]["LABEL123\n"][Tokens.StringEnd][Tokens.NewLine].EOF();
t.Load("puts <<L1, 1, <<L2, 2\naaa\nL1\nbbb\nL2\n3")
[Tokens.Identifier, "puts"]
[Tokens.StringBegin]["aaa\n"][Tokens.StringEnd]
[Tokens.Comma][1][Tokens.Comma]
[Tokens.StringBegin]["bbb\n"][Tokens.StringEnd]
[Tokens.Comma][2]
[Tokens.NewLine]
[3].EOF();
t.Load("puts <<A,1\\\n...\nA\n,2")
[Tokens.Identifier, "puts"]
[Tokens.StringBegin]
["...\n"]
[Tokens.StringEnd].State(LexicalState.EXPR_END)
[Tokens.Comma].State(LexicalState.EXPR_BEG)
[1].State(LexicalState.EXPR_END) // \\n is a whitespace
[Tokens.Comma].State(LexicalState.EXPR_BEG)
[2].State(LexicalState.EXPR_END).
EOF();
t.Load("puts <<A,(f\\\n...\nA\n())")
[Tokens.Identifier, "puts"]
[Tokens.StringBegin]
["...\n"]
[Tokens.StringEnd].State(LexicalState.EXPR_END)
[Tokens.Comma].State(LexicalState.EXPR_BEG)
[Tokens.LeftExprParenthesis].State(LexicalState.EXPR_BEG) // CommandMode == true
[Tokens.Identifier, "f"].State(LexicalState.EXPR_CMDARG) // \\n is a whitespace, WhitespaceSeen == true
[Tokens.LeftArgParenthesis].State(LexicalState.EXPR_BEG)
[Tokens.RightParenthesis]
[Tokens.RightParenthesis].
EOF();
t.Expect();
AssertTokenizer vt = new AssertTokenizer(this) { Verbatim = true };
vt.Load("puts <<A,1\\\n...\nA\n,2")
[Tokens.Identifier, "puts"]
[Tokens.Whitespace]
[Tokens.VerbatimHeredocBegin]
[Tokens.Comma].State(LexicalState.EXPR_BEG)
[1].State(LexicalState.EXPR_END)
[Tokens.Whitespace] // \\n
[Tokens.StringContent, "...\n"]
[Tokens.VerbatimHeredocEnd].State(LexicalState.EXPR_END) // A label
[Tokens.Comma].State(LexicalState.EXPR_BEG)
[2].State(LexicalState.EXPR_END).
EOF();
vt.Load("puts <<A,(f\\\n...\nA\n())")
[Tokens.Identifier, "puts"]
[Tokens.Whitespace]
[Tokens.VerbatimHeredocBegin]
[Tokens.Comma].State(LexicalState.EXPR_BEG)
[Tokens.LeftExprParenthesis].State(LexicalState.EXPR_BEG) // CommandMode == true
[Tokens.Identifier, "f"].State(LexicalState.EXPR_CMDARG)
[Tokens.Whitespace]
["...\n"]
[Tokens.VerbatimHeredocEnd].State(LexicalState.EXPR_CMDARG)
[Tokens.LeftArgParenthesis].State(LexicalState.EXPR_BEG)
[Tokens.RightParenthesis]
[Tokens.RightParenthesis].
EOF();
vt.Load(@"puts <<A,<<B
1
2#{f <<C,<<D}3#{g <<E}4
c
C
d#{f <<F}d
f
F
D
e
E
5
A
b
b
B")
[Tokens.Identifier, "puts"]
[Tokens.Whitespace]
[Tokens.VerbatimHeredocBegin] // <<A
[Tokens.Comma]
[Tokens.VerbatimHeredocBegin] // <<B
[Tokens.EndOfLine]
["1\n2"]
[Tokens.StringEmbeddedCodeBegin]
[Tokens.Identifier, "f"]
[Tokens.Whitespace]
[Tokens.VerbatimHeredocBegin] // <<C
[Tokens.Comma]
[Tokens.VerbatimHeredocBegin] // <<D
[Tokens.StringEmbeddedCodeEnd]
["3"]
[Tokens.StringEmbeddedCodeBegin]
[Tokens.Identifier, "g"]
[Tokens.Whitespace]
[Tokens.VerbatimHeredocBegin] // <<E
[Tokens.StringEmbeddedCodeEnd]
["4\n"]
["c\n"]
[Tokens.VerbatimHeredocEnd] // C
["d"]
[Tokens.StringEmbeddedCodeBegin]
[Tokens.Identifier, "f"]
[Tokens.Whitespace]
[Tokens.VerbatimHeredocBegin] // <<F
[Tokens.StringEmbeddedCodeEnd]
["d\n"]
["f\n"]
[Tokens.VerbatimHeredocEnd] // F
[Tokens.VerbatimHeredocEnd] // D
["e\n"]
[Tokens.VerbatimHeredocEnd] // E
["5\n"]
[Tokens.VerbatimHeredocEnd] // A
["b\nb\n"]
[Tokens.VerbatimHeredocEnd] // B
.EOF();
t.Expect();
// index: 111111111122 2222 222 2333 333 3 3
// 0123456789012345678901 2345 678 9012 345 6 7
TestCategorizer(Engine, null, "puts <<L1, 1, <<L2, 2\naaa\nL1\nbbb\nL2\r\n3",
// column: 1234567890123456789012 1234 123 1234 123 4 1
// line: 1111111111111111111111 2222 333 4444 555 5 6
//
// puts
new TokenInfo(new SourceSpan(new SourceLocation(0, 1, 1), new SourceLocation(4, 1, 5)), TokenCategory.Identifier, TokenTriggers.None),
// ' '
new TokenInfo(new SourceSpan(new SourceLocation(4, 1, 5), new SourceLocation(5, 1, 6)), TokenCategory.WhiteSpace, TokenTriggers.None),
// <<L1
new TokenInfo(new SourceSpan(new SourceLocation(5, 1, 6), new SourceLocation(9, 1, 10)), TokenCategory.StringLiteral, TokenTriggers.None),
// ,
new TokenInfo(new SourceSpan(new SourceLocation(9, 1, 10), new SourceLocation(10, 1, 11)), TokenCategory.Delimiter, TokenTriggers.ParameterNext),
// ' '
new TokenInfo(new SourceSpan(new SourceLocation(10, 1, 11), new SourceLocation(11, 1, 12)), TokenCategory.WhiteSpace, TokenTriggers.None),
// 1
new TokenInfo(new SourceSpan(new SourceLocation(11, 1, 12), new SourceLocation(12, 1, 13)), TokenCategory.NumericLiteral, TokenTriggers.None),
// ,
new TokenInfo(new SourceSpan(new SourceLocation(12, 1, 13), new SourceLocation(13, 1, 14)), TokenCategory.Delimiter, TokenTriggers.ParameterNext),
// ' '
new TokenInfo(new SourceSpan(new SourceLocation(13, 1, 14), new SourceLocation(14, 1, 15)), TokenCategory.WhiteSpace, TokenTriggers.None),
// <<L2
new TokenInfo(new SourceSpan(new SourceLocation(14, 1, 15), new SourceLocation(18, 1, 19)), TokenCategory.StringLiteral, TokenTriggers.None),
// ,
new TokenInfo(new SourceSpan(new SourceLocation(18, 1, 19), new SourceLocation(19, 1, 20)), TokenCategory.Delimiter, TokenTriggers.ParameterNext),
// ' '
new TokenInfo(new SourceSpan(new SourceLocation(19, 1, 20), new SourceLocation(20, 1, 21)), TokenCategory.WhiteSpace, TokenTriggers.None),
// 2
new TokenInfo(new SourceSpan(new SourceLocation(20, 1, 21), new SourceLocation(21, 1, 22)), TokenCategory.NumericLiteral, TokenTriggers.None),
// \n
new TokenInfo(new SourceSpan(new SourceLocation(21, 1, 22), new SourceLocation(22, 2, 1)), TokenCategory.WhiteSpace, TokenTriggers.None),
// aaa\n
new TokenInfo(new SourceSpan(new SourceLocation(22, 2, 1), new SourceLocation(26, 3, 1)), TokenCategory.StringLiteral, TokenTriggers.None),
// L1\n
new TokenInfo(new SourceSpan(new SourceLocation(26, 3, 1), new SourceLocation(29, 4, 1)), TokenCategory.StringLiteral, TokenTriggers.None),
// bbb\n
new TokenInfo(new SourceSpan(new SourceLocation(29, 4, 1), new SourceLocation(33, 5, 1)), TokenCategory.StringLiteral, TokenTriggers.None),
// L2\r\n
new TokenInfo(new SourceSpan(new SourceLocation(33, 5, 1), new SourceLocation(37, 6, 1)), TokenCategory.StringLiteral, TokenTriggers.None),
// 3
new TokenInfo(new SourceSpan(new SourceLocation(37, 6, 1), new SourceLocation(38, 6, 2)), TokenCategory.NumericLiteral, TokenTriggers.None)
);
// index: 1111
// 0123456789 0123
TestCategorizer(Engine, null, "puts <<L1\naaa",
// column: 1234567890 1234
// line: 1111111111 2222
//
// puts
new TokenInfo(new SourceSpan(new SourceLocation(0, 1, 1), new SourceLocation(4, 1, 5)), TokenCategory.Identifier, TokenTriggers.None),
// ' '
new TokenInfo(new SourceSpan(new SourceLocation(4, 1, 5), new SourceLocation(5, 1, 6)), TokenCategory.WhiteSpace, TokenTriggers.None),
// <<L1
new TokenInfo(new SourceSpan(new SourceLocation(5, 1, 6), new SourceLocation(9, 1, 10)), TokenCategory.StringLiteral, TokenTriggers.None),
// \n
new TokenInfo(new SourceSpan(new SourceLocation(9, 1, 10), new SourceLocation(10, 2, 1)), TokenCategory.WhiteSpace, TokenTriggers.None),
// aaa\n
new TokenInfo(new SourceSpan(new SourceLocation(10, 2, 1), new SourceLocation(13, 2, 4)), TokenCategory.StringLiteral, TokenTriggers.None),
// <missing heredoc end>
new TokenInfo(new SourceSpan(new SourceLocation(13, 2, 4), new SourceLocation(13, 2, 4)), TokenCategory.StringLiteral, TokenTriggers.None)
);
// index: 1 1111 11111
// 01234567890 1234 56789
TestCategorizer(Engine, null, "puts <<-L1\naaa\n L1",
// column: 12345678901 1234 12345
// line: 11111111111 2222 33333
//
// puts
new TokenInfo(new SourceSpan(new SourceLocation(0, 1, 1), new SourceLocation(4, 1, 5)), TokenCategory.Identifier, TokenTriggers.None),
// ' '
new TokenInfo(new SourceSpan(new SourceLocation(4, 1, 5), new SourceLocation(5, 1, 6)), TokenCategory.WhiteSpace, TokenTriggers.None),
// <<-L1
new TokenInfo(new SourceSpan(new SourceLocation(5, 1, 6), new SourceLocation(10, 1, 11)), TokenCategory.StringLiteral, TokenTriggers.None),
// \n
new TokenInfo(new SourceSpan(new SourceLocation(10, 1, 11), new SourceLocation(11, 2, 1)), TokenCategory.WhiteSpace, TokenTriggers.None),
// aaa\n
new TokenInfo(new SourceSpan(new SourceLocation(11, 2, 1), new SourceLocation(15, 3, 1)), TokenCategory.StringLiteral, TokenTriggers.None),
// L1
new TokenInfo(new SourceSpan(new SourceLocation(17, 3, 3), new SourceLocation(19, 3, 5)), TokenCategory.StringLiteral, TokenTriggers.None)
);
}
private void TokenizeStrings2() {
AssertTokenizer t = new AssertTokenizer(this) {
Verbatim = true
};
// string nested in a string:
t.Load(@"""abc#{""x#@hello#{{}}y""}def""")
[Tokens.StringBegin]
[Tokens.StringContent]
[Tokens.StringEmbeddedCodeBegin]
[Tokens.StringBegin]
[Tokens.StringContent]
[Tokens.StringEmbeddedVariableBegin]
[Tokens.InstanceVariable]
[Tokens.StringEmbeddedCodeBegin]
[Tokens.LeftBrace]
[Tokens.RightBrace]
[Tokens.StringEmbeddedCodeEnd]
[Tokens.StringContent]
[Tokens.StringEnd]
[Tokens.StringEmbeddedCodeEnd]
[Tokens.StringContent]
[Tokens.StringEnd].
EOF();
// nested braces:
t.Load(@"""a#{{{""#{{""#{1}""=>""c""}}""=>""#{2}""}=>""#{3}""}}a""")
[Tokens.StringBegin]
[Tokens.StringContent]
[Tokens.StringEmbeddedCodeBegin]
[Tokens.LeftBrace]
[Tokens.LeftBrace]
[Tokens.StringBegin]
[Tokens.StringEmbeddedCodeBegin]
[Tokens.LeftBrace]
[Tokens.StringBegin]
[Tokens.StringEmbeddedCodeBegin]
[1]
[Tokens.StringEmbeddedCodeEnd]
[Tokens.StringEnd]
[Tokens.DoubleArrow]
[Tokens.StringBegin]
[Tokens.StringContent]
[Tokens.StringEnd]
[Tokens.RightBrace]
[Tokens.StringEmbeddedCodeEnd]
[Tokens.StringEnd]
[Tokens.DoubleArrow]
[Tokens.StringBegin]
[Tokens.StringEmbeddedCodeBegin]
[2]
[Tokens.StringEmbeddedCodeEnd]
[Tokens.StringEnd]
[Tokens.RightBrace]
[Tokens.DoubleArrow]
[Tokens.StringBegin]
[Tokens.StringEmbeddedCodeBegin]
[3]
[Tokens.StringEmbeddedCodeEnd]
[Tokens.StringEnd]
[Tokens.RightBrace]
[Tokens.StringEmbeddedCodeEnd]
[Tokens.StringContent]
[Tokens.StringEnd].
EOF();
// =begin .. =end nested in a string:
t.Load("\"hello#{\n=begin\nxxx\n=end\nidf\n}world\"")
[Tokens.StringBegin]
[Tokens.StringContent]
[Tokens.StringEmbeddedCodeBegin]
[Tokens.EndOfLine]
[Tokens.MultiLineComment]
[Tokens.Identifier, "idf"]
[Tokens.NewLine]
[Tokens.StringEmbeddedCodeEnd]
[Tokens.StringContent]
[Tokens.StringEnd].
EOF();
// braces nesting in word array:
t.Load("%w{#$a #{b + 1} c}")
[Tokens.VerbatimWordsBegin]
[Tokens.StringContent, "#$a"][Tokens.WordSeparator]
[Tokens.StringContent, "#{b"][Tokens.WordSeparator]
[Tokens.StringContent, "+"][Tokens.WordSeparator]
[Tokens.StringContent, "1}"][Tokens.WordSeparator]
[Tokens.StringContent, "c"]
[Tokens.StringEnd].
EOF();
}
private void UnicodeEscapes1()
{
AssertTokenizer t = AssertTokens();
int[] values = new[] { 0x20, 0x102020, 0x20, 0x20, 0 };
int[] width = new[] { 2, 6, 6, 5, 1 };
for (int i = 0; i < values.Length; i++)
{
t.Load(@"""\u{" + i.ToString("x" + width[i]) + @"}""")[Tokens.StringBeg][Char.ConvertFromUtf32(i)][Tokens.StringEnd].EOF();
}
t.Load(@":""\u{123456}""")[Tokens.Symbeg][Tokens.StringContent].Expect(Errors.TooLargeUnicodeCodePoint);
t.Load(@":""\u{0}""")[Tokens.Symbeg][Tokens.StringContent].Expect(Errors.NullCharacterInSymbol);
t.Load(@":""\u0000""")[Tokens.Symbeg][Tokens.StringContent].Expect(Errors.NullCharacterInSymbol);
t.Load(@":""\u111""")[Tokens.Symbeg][Tokens.StringContent].Expect(Errors.InvalidEscapeCharacter);
t.Load(@":""\u""")[Tokens.Symbeg][Tokens.StringContent].Expect(Errors.InvalidEscapeCharacter);
t.Load(@":""\u{123""")[Tokens.Symbeg][Tokens.StringContent].Expect(Errors.InvalidEscapeCharacter);
t.Load(@":""\u{123g}""")[Tokens.Symbeg][Tokens.StringContent].Expect(Errors.InvalidEscapeCharacter);
// regex:
t.Load(@"/\x20/")[Tokens.RegexpBeg][@"\x20"][Tokens.RegexpEnd].EOF();
t.Load(@"/\u1234/")[Tokens.RegexpBeg][@"\u1234"][Tokens.RegexpEnd].EOF();
t.Load(@"/\u{101234}/")[Tokens.RegexpBeg][@"\u{101234}"][Tokens.RegexpEnd].EOF();
// braces:
t.Load(@"%{{\u{05d0}}}")[Tokens.StringBeg]["{\u05d0}"][Tokens.StringEnd].EOF();
// eoln in the middle of \u escape:
t.Load("\"\\u0020\n\"")[Tokens.StringBeg][" \n"][Tokens.StringEnd].EOF();
t.Load("\"\\u002\n0\"")[Tokens.StringBeg]["?002\n0"][Tokens.StringEnd].Expect(Errors.InvalidEscapeCharacter).EOF();
t.Load("\"\\u00\n20\"")[Tokens.StringBeg]["?00\n20"][Tokens.StringEnd].Expect(Errors.InvalidEscapeCharacter).EOF();
t.Load("\"\\u0\n020\"")[Tokens.StringBeg]["?0\n020"][Tokens.StringEnd].Expect(Errors.InvalidEscapeCharacter).EOF();
t.Load("\"\\u\n0020\"")[Tokens.StringBeg]["?\n0020"][Tokens.StringEnd].Expect(Errors.InvalidEscapeCharacter).EOF();
t.Expect();
}
private void Scenario_ParseNumbers1()
{
AssertTokenizer t = AssertTokens();
t.Load("0").Read(0);
t.Load("0000").Read(0);
t.Load("0_0_00000_0_0_00000000000000000000_00_00000000000000000000000000000").Read(0);
t.Load("0777").Read(Convert.ToInt32("777", 8));
t.Load("000000000000000000000000000000000000076541").Read(Convert.ToInt32("76541", 8));
AssertTokenBigInteger("0100000000000000_000000000000000000000076541", 8);
t.Load("0x0").Read(0);
t.Load("0xa_F").Read(Convert.ToInt32("af", 16));
t.Load("0x000000_0000000000000000000aF").Read(Convert.ToInt32("af", 16));
t.Load("0x10000000000_00000000000000aF").ReadBigInteger("1000000000000000000000000aF", 16);
t.Load("0b0").Read(0);
t.Load("0b000000000000_000000000000000000000000000101").Read(Convert.ToInt32("101", 2));
t.Load("0b10000000_0000000000000000000000000000000101").ReadBigInteger("100000000000000000000000000000000000000101", 2);
t.Load("0d0").Read(0);
t.Load("0d00000000_0000000000000000000000000000000101").Read(101);
t.Load("0d10000000_0000000000000000000000_000000000101").ReadBigInteger("100000000000000000000000000000000000000101", 10);
t.Load("0o0").Read(0);
t.Load("0o000_000000000000000000000000000000000076541").Read(Convert.ToInt32("76541", 8));
t.Load("0o100000000_000000000000000000000000000076541").ReadBigInteger("100000000000000000000000000000000000076541", 8);
t.Load("0.0").Read(0.0D);
t.Load("0e-000").Read(0.0D);
t.Load("0e2").Read(0.0D);
t.Load("0e+2").Read(0.0D);
t.Load("1e2").Read(100.0D);
t.Load("1e+2").Read(100.0D);
t.Load("1e-2").Read(0.01D);
t.Load("3_1_3_2_1_3_2_1_3_5_4_6_5_3_1_3_2.0").Read(31321321354653132.0D);
t.Load("1_3_2.3_1_3_2_1_3").Read(132.313213D);
t.Load("1.1e-0").Read(1.1D);
t.Load("1.1e+0").Read(1.1D);
t.Load("1.1e0").Read(1.1D);
t.Load("1.1e-1").Read(0.11D);
t.Load("1.1e-1020").Read(0.0D);
t.Load("1.1e-1021").Read(0.0D).Expect(Errors.FloatOutOfRange);
t.Load("1.1e1024").Read(Double.PositiveInfinity);
t.Load("1.1e1025").Read(Double.PositiveInfinity).Expect(Errors.FloatOutOfRange);
t.Load("1.1e-30000").Read(0.0D).Expect(Errors.FloatOutOfRange);
t.Load("1.1e3_1_3_2_1_3_2_1_3_5_4_6_5_3_1_3_2").Read(Double.PositiveInfinity).Expect(Errors.FloatOutOfRange);
t.Load("4.94065645841247e-324").Read(Double.Epsilon);
t.Load("1_2.4_5e2_2").Read(12.45e22);
t.Load("1._1").Read(1);
t.Load("1.").Read(1);
t.Load("122312. 1212").Read(122312);
t.Load("01234e12").Read(Convert.ToInt32("1234", 8));
t.Load("12__1212").Read(12).Expect(Errors.TrailingUnderscoreInNumber);
t.Load("123_.123").Read(123).Expect(Errors.TrailingUnderscoreInNumber);
t.Load("08").Read(8).Expect(Errors.IllegalOctalDigit);
t.Load("0_8").Read(0).Expect(Errors.TrailingUnderscoreInNumber);
t.Load("0_x").Read(0).Expect(Errors.TrailingUnderscoreInNumber);
t.Load("0_").Read(0).Expect(Errors.TrailingUnderscoreInNumber);
t.Load("0x_").Read(0).Expect(Errors.NumericLiteralWithoutDigits);
t.Load("0x").Read(0).Expect(Errors.NumericLiteralWithoutDigits);
t.Load("0x_1").Read(0).Expect(Errors.NumericLiteralWithoutDigits);
t.Load(".20").Read((Tokens)'.', TokenValueType.None).Expect(Errors.NoFloatingLiteral);
t.Load("1.e").Read(1);
t.Load("1.2e").Read(1.2D).Expect(Errors.TrailingEInNumber);
t.Load("1e").Read(1).Expect(Errors.TrailingEInNumber);
t.Load("1e-").Read(1).Expect(Errors.TrailingMinusInNumber);
t.Load("1e+").Read(1).Expect(Errors.TrailingPlusInNumber);
t.Load("00.0").Read(0).Expect(Errors.NoFloatingLiteral);
t.Load("00.foo").Read(0);
t.Load("00.e-1").Read(0);
t.Load("00.foo").Read(0);
t.Load("0x.0").Read(0).Expect(Errors.NumericLiteralWithoutDigits, Errors.NoFloatingLiteral);
t.Load("0x.foo").Read(0).Expect(Errors.NumericLiteralWithoutDigits);
t.Expect();
}