// 0-octals
		{IntLit, "0", "0", ""},
		{IntLit, "0123", "0123", ""},

		{IntLit, "08123", "08123", "invalid digit '8' in octal literal"},
		{IntLit, "01293", "01293", "invalid digit '9' in octal literal"},
		{IntLit, "0F.", "0 F .", ""}, // only accept 0-9
		{IntLit, "0123F.", "0123 F .", ""},
		{IntLit, "0123456x", "0123456 x", ""},

		// decimals
		{IntLit, "1", "1", ""},

func makeFromLiteral(lit string, kind syntax.LitKind) constant.Value {
	return constant.MakeFromLiteral(lit, kind2tok[kind], 0)
}

var kind2tok = [...]token.Token{
	syntax.IntLit:    token.INT,
	syntax.FloatLit:  token.FLOAT,
	syntax.ImagLit:   token.IMAG,
	syntax.RuneLit:   token.CHAR,
	syntax.StringLit: token.STRING,

		{"mapLit[30]", mapLit[30], 30},
		{"mapLit[31]", mapLit[31+firstLine] + firstLine, 31}, // nb it's the key not the value
		{"mapLit[32]", mapLit[32+firstLine] + firstLine, 32}, // nb it's the key not the value

		{"intLit", intLit - 2*firstLine, 34 + 35 + 36},

		{"l38", l38, 38},
		{"l39", l39, 39},
		{"l40", l40, 40},
	} {
		if got := test.val - firstLine; got != test.want {

type LitKind uint8

// TODO(gri) With the 'i' (imaginary) suffix now permitted on integer
// and floating-point numbers, having a single ImagLit does
// not represent the literal kind well anymore. Remove it?
const (
	IntLit LitKind = iota
	FloatLit
	ImagLit
	RuneLit
	StringLit
)

type Operator uint

//go:generate stringer -type Operator -linecomment tokens.go

const (
	_ Operator = iota

			ds := 1
			if s.ch == '_' {
				ds = 2
			}
			digsep |= ds
			s.nextch()
		}
	}
	return
}

func (s *scanner) number(seenPoint bool) {
	ok := true
	kind := IntLit
	base := 10        // number base
	prefix := rune(0) // one of 0 (decimal), '0' (0-octal), 'x', 'o', or 'b'
	digsep := 0       // bit 0: digit present, bit 1: '_' present

	return operandString(x, nil)
}

// setConst sets x to the untyped constant for literal lit.
func (x *operand) setConst(k syntax.LitKind, lit string) {
	var kind BasicKind
	switch k {
	case syntax.IntLit:
		kind = UntypedInt
	case syntax.FloatLit:
		kind = UntypedFloat
	case syntax.ImagLit:
		kind = UntypedComplex
	case syntax.RuneLit:
		kind = UntypedRune
	case syntax.StringLit:

		insertImportPath(f, `"go/token"`)
		renameImportPath(f, `"cmd/compile/internal/syntax"->"go/ast"`)
		renameSelectorExprs(f,
			"syntax.Pos->token.Pos", "syntax.LitKind->token.Token",
			"syntax.IntLit->token.INT", "syntax.FloatLit->token.FLOAT",
			"syntax.ImagLit->token.IMAG", "syntax.RuneLit->token.CHAR",
			"syntax.StringLit->token.STRING") // must happen before renaming identifiers
		renameIdents(f, "syntax->ast")
	},

		check.versionErrorf(lit, go1_13, "binary literal")
		return
	}
	if radix == 'o' || radix == 'O' {
		check.versionErrorf(lit, go1_13, "0o/0O-style octal literal")
		return
	}
	if lit.Kind != syntax.IntLit && (radix == 'x' || radix == 'X') {
		check.versionErrorf(lit, go1_13, "hexadecimal floating-point literal")
	}
}

// exprInternal contains the core of type checking of expressions.

}

// intConst returns syntax for an integer literal with the given value.
func (r *rewriter) intConst(c int) *syntax.BasicLit {
	lit := &syntax.BasicLit{
		Value: fmt.Sprint(c),
		Kind:  syntax.IntLit,
	}
	tv := syntax.TypeAndValue{Type: r.int.Type(), Value: constant.MakeInt64(int64(c))}
	tv.SetIsValue()
	lit.SetTypeInfo(tv)
	return lit
}

insurance

// insure : 2014-03-20 Binky Moon, LLC
insure

// international : 2013-11-07 Binky Moon, LLC
international

// intuit : 2015-07-30 Intuit Administrative Services, Inc.
intuit

// investments : 2014-03-20 Binky Moon, LLC
investments

// ipiranga : 2014-08-28 Ipiranga Produtos de Petroleo S.A.
ipiranga

// irish : 2014-08-07 Binky Moon, LLC