Things that become basically free at 1200 tps:
TL;DR · AI Summary
When a system reaches 1200 TPS throughput, engineering practices such as continuous validation, diff review, and automated refactoring become nearly cost-free and should be fully implemented.
Key Takeaways
- 1200 TPS enables running validation and code checks after every task, not just p
- High-frequency processing supports full-process diff reviews for finer quality c
- Continuous refactoring can be embedded in workflows due to absence of performanc
Outline
Jump quickly between sections.
At 1200 TPS, traditional validation processes limited to pre-commit can expand to post-task execution.
With sufficient speed, performing diff reviews at each step becomes routine rather than burdensome.
High performance allows integrating continuous refactoring into daily development without latency or resource waste.
Mindmap
See how the topics connect at a glance.
查看大纲文本（无障碍 / 无 JS 友好）
- 1200 TPS 工程实践转变
- 实时验证与检查
- 任务级 linting
- 即时校验反馈
- 全程差分评审
- 步骤级 diff review
- 细粒度变更追踪
- 内建重构流程
- 自动化重构触发
- 无缝集成工作流
Highlights
Key sentences worth saving and sharing.
At this speed, there's no excuse not to run all of it.
Validation and linting after every task, not just before you commit
Diff reviews at every step
- Validation and linting after every task, not just before you commit
- Diff reviews at every step
- Continuous refactoring built into the workflow
At this speed, there's no excuse not to run all of it." / X
Things that become basically free at 1200 tps: - Validation and linting after every task, not just before you commit - Diff reviews at every step - Continuous refactoring built into the workflow At this speed, there's no excuse not to run all of it.