The article recounts a MySQL production incident where an INT auto‑increment column reached its maximum value, causing insert failures, and walks through analysis, three remediation options, a stored‑procedure cleanup, a conversion to BIGINT, performance monitoring, and lessons on concurrency and schema design.
A massive MySQL table with billions of rows ran out of INT auto‑increment IDs, causing insert failures; the article walks through the root cause analysis, three migration strategies, practical BIGINT conversion steps, performance monitoring tricks, and lessons learned about schema design and concurrency.
The article recounts a real‑world incident where a massive MySQL table exceeded the INT auto‑increment limit, causing insert failures, and walks through analysis, three remediation strategies—including converting to BIGINT, using distributed IDs, and sharding—plus practical SQL scripts and performance insights for handling billions of rows.
A hidden bug occurs when a user's VIP subscription is repeatedly extended, causing the stored expiration timestamp to exceed MySQL's signed INT maximum of 2147483647 (January 19, 2038), which prevents the date from being saved correctly.
A bug was discovered where a user's VIP expiration date could not extend beyond a specific day in 2038 because the timestamp was stored in a signed INT column, whose maximum value (2147483647) corresponds to 2038‑01‑19 11:14:07, causing the system to fail to save later dates.
