Method GetMetadata

parser/parser_test.go:2118–2164

(elem any)

}

func (k *kindAndIDAdorner) GetMetadata(elem any) string {
	switch e := elem.(type) {
	case ast.Expr:
		if macroCall, found := k.sourceInfo.GetMacroCall(e.ID()); found {
			return fmt.Sprintf("^#%d:%s#", e.ID(), macroCall.AsCall().FunctionName())
		}
		var valType string
		switch e.Kind() {
		case ast.CallKind:
			valType = "*expr.Expr_CallExpr"
		case ast.ComprehensionKind:
			valType = "*expr.Expr_ComprehensionExpr"
		case ast.IdentKind:
			valType = "*expr.Expr_IdentExpr"
		case ast.LiteralKind:
			lit := e.AsLiteral()
			switch lit.(type) {
			case types.Bool:
				valType = "*expr.Constant_BoolValue"
			case types.Bytes:
				valType = "*expr.Constant_BytesValue"
			case types.Double:
				valType = "*expr.Constant_DoubleValue"
			case types.Int:
				valType = "*expr.Constant_Int64Value"
			case types.Null:
				valType = "*expr.Constant_NullValue"
			case types.String:
				valType = "*expr.Constant_StringValue"
			case types.Uint:
				valType = "*expr.Constant_Uint64Value"
			default:
				valType = reflect.TypeOf(lit).String()
			}
		case ast.ListKind:
			valType = "*expr.Expr_ListExpr"
		case ast.MapKind, ast.StructKind:
			valType = "*expr.Expr_StructExpr"
		case ast.SelectKind:
			valType = "*expr.Expr_SelectExpr"
		}
		return fmt.Sprintf("^#%d:%s#", e.ID(), valType)
	case ast.EntryExpr:
		return fmt.Sprintf("^#%d:%s#", e.ID(), "*expr.Expr_CreateStruct_Entry")
	}
	return ""
}

type locationAdorner struct {
	sourceInfo *ast.SourceInfo