v2;
package time;
pkgpath time;
import errors errors "errors";
import sync sync "sync";
import syscall syscall "syscall";
init time time..import runtime runtime..import sync sync..import syscall syscall..import;
init_graph 0 1 0 2 0 3 2 1 3 1 3 2;
const ANSIC = "Mon Jan _2 15:04:05 2006";
func After (d <type 1 "Duration" <type -4>
 func (d <type 1>) String () <type -16>;
 func (d <type 1>) Nanoseconds () <type -4>;

  load_latency_by_stage->GetCell(export_dir, "restore_graph")
      ->Add(restore_graph_walltime);
  // Record wall time spent in init op.
  load_latency_by_stage->GetCell(export_dir, "init_graph")
      ->Add(GetLatencyMicroseconds(graph_init_start_microseconds));
  return absl::OkStatus();
}

Status LoadSavedModel(const SessionOptions& session_options,

	case "init":
		p.next()
		for p.tok != '\n' && p.tok != ';' && p.tok != scanner.EOF {
			p.initdata.Inits = append(p.initdata.Inits, p.parsePackageInit())
		}
		p.expectEOL()

	case "init_graph":
		p.next()
		// The graph data is thrown away for now.
		for p.tok != '\n' && p.tok != ';' && p.tok != scanner.EOF {
			p.parseInt64()
			p.parseInt64()
		}
		p.expectEOL()

            local = 1,
            tags = tags,
        )

        # Now run freeze_graph to convert variables into constants.
        freeze_args = (
            " --input_graph=$(location " + graph + ")" +
            " --checkpoint_version=1" +
            " --input_binary=" + str(not graph.endswith(".pbtxt")) +
            " --input_checkpoint=$(location " + freeze_checkpoint + ")" +