2 Answers
A:
Begin by the assumption that Databricks has user and workspace rate limits (which may not be published). Introduce client throttling based on a token bucket or leaky bucket algorithm that limits outgoing requests - as a reasonable starting point 50-100 requests per access token should be throttled. In case you receive a 429 Too Many Requests or 503 response, immediately back off and comply with the Retry-After header, should it exist. Introduction of exponential backoff plus jitter (randomized delay) to ensure a smooth retries rather than hammering the API into submission. To scale to heavy workloads (such as cluster creation, job execution or model deployments) make batch requests and submit them asynchronously - do not make 100 API calls simultaneously. It is also possible to group background jobs based on their priority so that business-critical syncs have the highest priority. Under the safety perspective, add per-user, per-tenant, and global quotas in your integration logic to avoid accidental loops or floods. Use Datadog, Grafana, or CloudWatch to monitor all the metrics of API usage (success rate, latency, retry count, throttle events) to be able to notice the initial signs of strain. Finally; install a circuit breaker - in case the error or throttle rates go haywire, your integration must automatically adjust the non essential functions to stop until the situation returns to normal. Just imagine your seatbelt: you do not actually want to use it, but, in case of any accidents, it will help to keep your integration (and Databricks account) in check so that it does not spin out.
A:
Begin by the assumption that Databricks has user and workspace rate limits (which may not be published). Introduce client throttling based on a token bucket or leaky bucket algorithm that limits outgoing requests - as a reasonable starting point 50-100 requests per access token should be throttled. In case you receive a 429 Too Many Requests or 503 response, immediately back off and comply with the Retry-After header, should it exist. Introduction of exponential backoff plus jitter (randomized delay) to ensure a smooth retries rather than hammering the API into submission. To scale to heavy workloads (such as cluster creation, job execution or model deployments) make batch requests and submit them asynchronously - do not make 100 API calls simultaneously. It is also possible to group background jobs based on their priority so that business-critical syncs have the highest priority. Under the safety perspective, add per-user, per-tenant, and global quotas in your integration logic to avoid accidental loops or floods. Use Datadog, Grafana, or CloudWatch to monitor all the metrics of API usage (success rate, latency, retry count, throttle events) to be able to notice the initial signs of strain. Finally; install a circuit breaker - in case the error or throttle rates go haywire, your integration must automatically adjust the non essential functions to stop until the situation returns to normal. Just imagine your seatbelt: you do not actually want to use it, but, in case of any accidents, it will help to keep your integration (and Databricks account) in check so that it does not spin out.
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