// at the end of a line.
	startLine := !first
	var c byte
	for r.err == nil && !r.eof {
		c = r.readByteNoBuf()
	Reswitch:
		switch c {
		default:
			startLine = false

		case '\n':
			startLine = true

		case ' ', '\t':
			// leave startLine alone

		case '"':
			startLine = false
			for r.err == nil {
				if r.eof {
					r.syntaxError()

	// at the end of a line.
	startLine := !first
	var c byte
	for r.err == nil && !r.eof {
		c = r.readByteNoBuf()
	Reswitch:
		switch c {
		default:
			startLine = false

		case '\n':
			startLine = true

		case ' ', '\t':
			// leave startLine alone

		case '"':
			startLine = false
			for r.err == nil {
				if r.eof {
					r.syntaxError()

        }
    }

    void assertHasPrefix(String pattern) {
        int startLine = actual.lastIndexOf('\n', index)
        if (startLine < 0) {
            startLine = 0
        } else {
            startLine += 1
        }

        String actualPrefix = actual.substring(startLine, index)

// thisItem returns the item at the current input point with the specified type
// and advances the input.
func (l *lexer) thisItem(t itemType) item {
	i := item{t, l.start, l.input[l.start:l.pos], l.startLine}
	l.start = l.pos
	l.startLine = l.line
	return i
}

// emit passes the trailing text as an item back to the parser.
func (l *lexer) emit(t itemType) stateFn {
	return l.emitItem(l.thisItem(t))
}

type ParseError struct {
	StartLine int   // Line where the record starts
	Line      int   // Line where the error occurred
	Column    int   // Column (1-based byte index) where the error occurred
	Err       error // The actual error
}

func (e *ParseError) Error() string {
	if e.Err == ErrFieldCount {
		return fmt.Sprintf("record on line %d: %v", e.Line, e.Err)
	}
	if e.StartLine != e.Line {

	return file, int(line32)
}

// startLine returns the starting line number of the function. i.e., the line
// number of the func keyword.
func (f *Func) startLine() int32 {
	fn := f.raw()
	if fn.isInlined() { // inlined version
		fi := (*funcinl)(unsafe.Pointer(fn))
		return fi.startLine
	}
	return fn.funcInfo().startLine
}

// findmoduledatap looks up the moduledata for a PC.
//

			prevPkg = pkg
			// Put a blank line between the current and new blocks, so that the end
			// of a file acts as a blank line.
			lastLine := lastBlock(doc).Pos().EndLine
			delta := lastLine + 2 - newdoc.Blocks[0].Pos().StartLine
			for _, b := range newdoc.Blocks {
				addLines(b, delta)
			}
		}
		// Append non-empty blocks to the result document.
		for _, b := range newdoc.Blocks {
			if _, ok := b.(*md.Empty); !ok {

		SystemName: src.SystemName,
		Filename:   src.Filename,
		StartLine:  src.StartLine,
	}
	pm.functions[k] = f
	pm.functionsByID[src.ID] = f
	pm.p.Function = append(pm.p.Function, f)
	return f
}

// key generates a struct to be used as a key for maps.
func (f *Function) key() functionKey {
	return functionKey{
		f.StartLine,
		f.Name,
		f.SystemName,
		f.Filename,
	}
}

	}

	// startLine should be the same line number that would be displayed via
	// pcln, etc for the declaration (i.e., relative line number, as
	// adjusted by //line).
	_, startLine := ctxt.getFileIndexAndLine(start)

	s.Func().FuncID = objabi.GetFuncID(s.Name, flag&WRAPPER != 0 || flag&ABIWRAPPER != 0)
	s.Func().FuncFlag = ctxt.toFuncFlag(flag)
	s.Func().StartLine = startLine
	s.Set(AttrOnList, true)

		if !ok {
			panic("couldn't find function name offset")
		}

		inlFunc := ldr.FuncInfo(call.Func)
		var funcID abi.FuncID
		startLine := int32(0)
		if inlFunc.Valid() {
			funcID = inlFunc.FuncID()
			startLine = inlFunc.StartLine()
		} else if !ctxt.linkShared {
			// Inlined functions are always Go functions, and thus
			// must have FuncInfo.
			//