Beispiel #1
0
Option<Error> validate(const mesos::executor::Call& call)
{
  if (!call.IsInitialized()) {
    return Error("Not initialized: " + call.InitializationErrorString());
  }

  if (!call.has_type()) {
    return Error("Expecting 'type' to be present");
  }

  // All calls should have executor id set.
  if (!call.has_executor_id()) {
    return Error("Expecting 'executor_id' to be present");
  }

  // All calls should have framework id set.
  if (!call.has_framework_id()) {
    return Error("Expecting 'framework_id' to be present");
  }

  switch (call.type()) {
    case mesos::executor::Call::SUBSCRIBE: {
      if (!call.has_subscribe()) {
        return Error("Expecting 'subscribe' to be present");
      }
      return None();
    }

    case mesos::executor::Call::UPDATE: {
      if (!call.has_update()) {
        return Error("Expecting 'update' to be present");
      }

      const TaskStatus& status = call.update().status();

      if (!status.has_uuid()) {
        return Error("Expecting 'uuid' to be present");
      }

      Try<UUID> uuid = UUID::fromBytes(status.uuid());
      if (uuid.isError()) {
        return uuid.error();
      }

      if (status.has_executor_id() &&
          status.executor_id().value()
          != call.executor_id().value()) {
        return Error("ExecutorID in Call: " +
                     call.executor_id().value() +
                     " does not match ExecutorID in TaskStatus: " +
                     call.update().status().executor_id().value()
                     );
      }

      if (status.source() != TaskStatus::SOURCE_EXECUTOR) {
        return Error("Received Call from executor " +
                     call.executor_id().value() +
                     " of framework " +
                     call.framework_id().value() +
                     " with invalid source, expecting 'SOURCE_EXECUTOR'"
                     );
      }

      if (status.state() == TASK_STAGING) {
        return Error("Received TASK_STAGING from executor " +
                     call.executor_id().value() +
                     " of framework " +
                     call.framework_id().value() +
                     " which is not allowed"
                     );
      }

      // TODO(alexr): Validate `check_status` is present if
      // the corresponding `TaskInfo.check` has been defined.

      if (status.has_check_status()) {
        Option<Error> validate =
          checks::validation::checkStatusInfo(status.check_status());

        if (validate.isSome()) {
          return validate.get();
        }
      }

      return None();
    }

    case mesos::executor::Call::MESSAGE: {
      if (!call.has_message()) {
        return Error("Expecting 'message' to be present");
      }
      return None();
    }

    case mesos::executor::Call::UNKNOWN: {
      return None();
    }
  }
  UNREACHABLE();
}
Beispiel #2
0
Option<Error> validate(const mesos::executor::Call& call)
{
  if (!call.IsInitialized()) {
    return Error("Not initialized: " + call.InitializationErrorString());
  }

  if (!call.has_type()) {
    return Error("Expecting 'type' to be present");
  }

  // All calls should have executor id set.
  if (!call.has_executor_id()) {
    return Error("Expecting 'executor_id' to be present");
  }

  // All calls should have framework id set.
  if (!call.has_framework_id()) {
    return Error("Expecting 'framework_id' to be present");
  }

  switch (call.type()) {
    case mesos::executor::Call::SUBSCRIBE: {
      if (!call.has_subscribe()) {
        return Error("Expecting 'subscribe' to be present");
      }
      return None();
    }

    case mesos::executor::Call::UPDATE: {
      if (!call.has_update()) {
        return Error("Expecting 'update' to be present");
      }

      const TaskStatus& status = call.update().status();

      if (!status.has_uuid()) {
        return Error("Expecting 'uuid' to be present");
      }

      if (status.has_executor_id() &&
          status.executor_id().value()
          != call.executor_id().value()) {
        return Error("ExecutorID in Call: " +
                     call.executor_id().value() +
                     " does not match ExecutorID in TaskStatus: " +
                     call.update().status().executor_id().value()
                     );
      }

      if (status.source() != TaskStatus::SOURCE_EXECUTOR) {
        return Error("Received Call from executor " +
                     call.executor_id().value() +
                     " of framework " +
                     call.framework_id().value() +
                     " with invalid source, expecting 'SOURCE_EXECUTOR'"
                     );
      }

      if (status.state() == TASK_STAGING) {
        return Error("Received TASK_STAGING from executor " +
                     call.executor_id().value() +
                     " of framework " +
                     call.framework_id().value() +
                     " which is not allowed"
                     );
      }

      return None();
    }

    case mesos::executor::Call::MESSAGE: {
      if (!call.has_message()) {
        return Error("Expecting 'message' to be present");
      }
      return None();
    }

    default: {
      return Error("Unknown call type");
    }
  }
}