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Class RetryPolicy (2.42.0-rc) | C++ Client Libraries

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Define the interface for retry policies.

Return true if the retry loop should continue after status.

This functions are typically used in a retry loop, where they control whether to continue, whether a failure should be retried, and finally how to format the error message.

std::unique_ptr<RetryPolicy> policy = ....;
Status status;
while (!policy->IsExhausted()) {
  auto response = try_rpc();  // typically `response` is StatusOr<T>
  if (response.ok()) return response;
  status = std::move(response).status();
  if (!policy->OnFailure(response->status())) {
    if (policy->IsPermanentFailure(response->status()) {
      return StatusModifiedToSayPermanentFailureCausedTheProblem(status);
    }
    return StatusModifiedToSayPolicyExhaustionCausedTheProblem(status);
  }
  // sleep, which may exhaust the policy, even if it was not exhausted in
  // the last call.
}
return StatusModifiedToSayPolicyExhaustionCausedTheProblem(status);

Return true if the retry policy should stop as the retry limit has been reached.

This functions are typically used in a retry loop, where they control whether to continue, whether a failure should be retried, and finally how to format the error message.

std::unique_ptr<RetryPolicy> policy = ....;
Status status;
while (!policy->IsExhausted()) {
  auto response = try_rpc();  // typically `response` is StatusOr<T>
  if (response.ok()) return response;
  status = std::move(response).status();
  if (!policy->OnFailure(response->status())) {
    if (policy->IsPermanentFailure(response->status()) {
      return StatusModifiedToSayPermanentFailureCausedTheProblem(status);
    }
    return StatusModifiedToSayPolicyExhaustionCausedTheProblem(status);
  }
  // sleep, which may exhaust the policy, even if it was not exhausted in
  // the last call.
}
return StatusModifiedToSayPolicyExhaustionCausedTheProblem(status);

Return true if status is treated as a permanent (and therefore non-retryable) error.

This functions are typically used in a retry loop, where they control whether to continue, whether a failure should be retried, and finally how to format the error message.

std::unique_ptr<RetryPolicy> policy = ....;
Status status;
while (!policy->IsExhausted()) {
  auto response = try_rpc();  // typically `response` is StatusOr<T>
  if (response.ok()) return response;
  status = std::move(response).status();
  if (!policy->OnFailure(response->status())) {
    if (policy->IsPermanentFailure(response->status()) {
      return StatusModifiedToSayPermanentFailureCausedTheProblem(status);
    }
    return StatusModifiedToSayPolicyExhaustionCausedTheProblem(status);
  }
  // sleep, which may exhaust the policy, even if it was not exhausted in
  // the last call.
}
return StatusModifiedToSayPolicyExhaustionCausedTheProblem(status);

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Last updated 2025-08-14 UTC.

[[["Easy to understand","easyToUnderstand","thumb-up"],["Solved my problem","solvedMyProblem","thumb-up"],["Other","otherUp","thumb-up"]],[["Hard to understand","hardToUnderstand","thumb-down"],["Incorrect information or sample code","incorrectInformationOrSampleCode","thumb-down"],["Missing the information/samples I need","missingTheInformationSamplesINeed","thumb-down"],["Other","otherDown","thumb-down"]],["Last updated 2025-08-14 UTC."],[[["The latest version available is 2.37.0-rc, with numerous older versions available dating back to 2.10.1."],["`RetryPolicy` defines an interface for determining whether an operation should be retried after a failure."],["`OnFailure(Status const &)` determines if a retry loop should continue based on the provided status."],["`IsExhausted()` checks if the retry limit has been reached and if the policy should stop."],["`IsPermanentFailure(Status const &)` checks whether a given `status` represents a non-retryable error."]]],[]]

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