00:06 Static Hermes improves existing flow and typescript code performance 02:34 Static Hermes utilizes type information to optimize code performance significantly. 07:03 Static Hermes allows optimization with types for maximum performance 09:17 Typed code enhances performance through optimized object access and array operations. 13:31 Inlining is a crucial compiler optimization for improving performance 15:34 Optimizing by inlining certain functions 19:32 Inlining optimizes by replacing functions with static constants 21:32 Object elision optimizes performance by eliminating object allocations and property loads. 25:38 Explore native interupt and rate Tracer Benchmark
00:06 Static Hermes improves existing flow and typescript code performance
02:34 Static Hermes utilizes type information to optimize code performance significantly.
07:03 Static Hermes allows optimization with types for maximum performance
09:17 Typed code enhances performance through optimized object access and array operations.
13:31 Inlining is a crucial compiler optimization for improving performance
15:34 Optimizing by inlining certain functions
19:32 Inlining optimizes by replacing functions with static constants
21:32 Object elision optimizes performance by eliminating object allocations and property loads.
25:38 Explore native interupt and rate Tracer Benchmark