Episode 2 — React Frontend Architecture NextJS / 2.16 — Performance Optimization in React

2.16 — Exercise Questions: Performance Optimization in React

Exercise 01

Build or refactor a Vite + React sandbox to demonstrate performance topic #1: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 02

Build or refactor a Vite + React sandbox to demonstrate performance topic #2: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 03

Build or refactor a Vite + React sandbox to demonstrate performance topic #3: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 04

Build or refactor a Vite + React sandbox to demonstrate performance topic #4: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 05

Build or refactor a Vite + React sandbox to demonstrate performance topic #5: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 06

Build or refactor a Vite + React sandbox to demonstrate performance topic #6: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 07

Build or refactor a Vite + React sandbox to demonstrate performance topic #7: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 08

Build or refactor a Vite + React sandbox to demonstrate performance topic #8: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 09

Build or refactor a Vite + React sandbox to demonstrate performance topic #9: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 10

Build or refactor a Vite + React sandbox to demonstrate performance topic #10: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 11

Build or refactor a Vite + React sandbox to demonstrate performance topic #11: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 12

Build or refactor a Vite + React sandbox to demonstrate performance topic #12: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 13

Build or refactor a Vite + React sandbox to demonstrate performance topic #13: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 14

Build or refactor a Vite + React sandbox to demonstrate performance topic #14: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 15

Build or refactor a Vite + React sandbox to demonstrate performance topic #15: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 16

Build or refactor a Vite + React sandbox to demonstrate performance topic #16: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 17

Build or refactor a Vite + React sandbox to demonstrate performance topic #17: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 18

Build or refactor a Vite + React sandbox to demonstrate performance topic #18: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 19

Build or refactor a Vite + React sandbox to demonstrate performance topic #19: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 20

Build or refactor a Vite + React sandbox to demonstrate performance topic #20: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 21

Build or refactor a Vite + React sandbox to demonstrate performance topic #21: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 22

Build or refactor a Vite + React sandbox to demonstrate performance topic #22: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 23

Build or refactor a Vite + React sandbox to demonstrate performance topic #23: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 24

Build or refactor a Vite + React sandbox to demonstrate performance topic #24: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 25

Build or refactor a Vite + React sandbox to demonstrate performance topic #25: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 26

Build or refactor a Vite + React sandbox to demonstrate performance topic #26: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 27

Build or refactor a Vite + React sandbox to demonstrate performance topic #27: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 28

Build or refactor a Vite + React sandbox to demonstrate performance topic #28: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 29

Build or refactor a Vite + React sandbox to demonstrate performance topic #29: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 30

Build or refactor a Vite + React sandbox to demonstrate performance topic #30: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 31

Build or refactor a Vite + React sandbox to demonstrate performance topic #31: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 32

Build or refactor a Vite + React sandbox to demonstrate performance topic #32: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 33

Build or refactor a Vite + React sandbox to demonstrate performance topic #33: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 34

Build or refactor a Vite + React sandbox to demonstrate performance topic #34: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 35

Build or refactor a Vite + React sandbox to demonstrate performance topic #35: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 36

Build or refactor a Vite + React sandbox to demonstrate performance topic #36: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 37

Build or refactor a Vite + React sandbox to demonstrate performance topic #37: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 38

Build or refactor a Vite + React sandbox to demonstrate performance topic #38: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 39

Build or refactor a Vite + React sandbox to demonstrate performance topic #39: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 40

Build or refactor a Vite + React sandbox to demonstrate performance topic #40: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 41

Build or refactor a Vite + React sandbox to demonstrate performance topic #41: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 42

Build or refactor a Vite + React sandbox to demonstrate performance topic #42: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 43

Build or refactor a Vite + React sandbox to demonstrate performance topic #43: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 44

Build or refactor a Vite + React sandbox to demonstrate performance topic #44: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 45

Build or refactor a Vite + React sandbox to demonstrate performance topic #45: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 46

Build or refactor a Vite + React sandbox to demonstrate performance topic #46: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 47

Build or refactor a Vite + React sandbox to demonstrate performance topic #47: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 48

Build or refactor a Vite + React sandbox to demonstrate performance topic #48: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 49

Build or refactor a Vite + React sandbox to demonstrate performance topic #49: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 50

Build or refactor a Vite + React sandbox to demonstrate performance topic #50: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 51

Build or refactor a Vite + React sandbox to demonstrate performance topic #51: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 52

Build or refactor a Vite + React sandbox to demonstrate performance topic #52: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 53

Build or refactor a Vite + React sandbox to demonstrate performance topic #53: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 54

Build or refactor a Vite + React sandbox to demonstrate performance topic #54: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 55

Build or refactor a Vite + React sandbox to demonstrate performance topic #55: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 56

Build or refactor a Vite + React sandbox to demonstrate performance topic #56: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 57

Build or refactor a Vite + React sandbox to demonstrate performance topic #57: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 58

Build or refactor a Vite + React sandbox to demonstrate performance topic #58: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 59

Build or refactor a Vite + React sandbox to demonstrate performance topic #59: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 60

Build or refactor a Vite + React sandbox to demonstrate performance topic #60: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 61

Build or refactor a Vite + React sandbox to demonstrate performance topic #61: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 62

Build or refactor a Vite + React sandbox to demonstrate performance topic #62: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 63

Build or refactor a Vite + React sandbox to demonstrate performance topic #63: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 64

Build or refactor a Vite + React sandbox to demonstrate performance topic #64: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 65

Build or refactor a Vite + React sandbox to demonstrate performance topic #65: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 66

Build or refactor a Vite + React sandbox to demonstrate performance topic #66: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 67

Build or refactor a Vite + React sandbox to demonstrate performance topic #67: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 68

Build or refactor a Vite + React sandbox to demonstrate performance topic #68: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 69

Build or refactor a Vite + React sandbox to demonstrate performance topic #69: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 70

Build or refactor a Vite + React sandbox to demonstrate performance topic #70: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 71

Build or refactor a Vite + React sandbox to demonstrate performance topic #71: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 72

Build or refactor a Vite + React sandbox to demonstrate performance topic #72: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 73

Build or refactor a Vite + React sandbox to demonstrate performance topic #73: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 74

Build or refactor a Vite + React sandbox to demonstrate performance topic #74: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 75

Build or refactor a Vite + React sandbox to demonstrate performance topic #75: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 76

Build or refactor a Vite + React sandbox to demonstrate performance topic #76: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 77

Build or refactor a Vite + React sandbox to demonstrate performance topic #77: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 78

Build or refactor a Vite + React sandbox to demonstrate performance topic #78: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 79

Build or refactor a Vite + React sandbox to demonstrate performance topic #79: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 80

Build or refactor a Vite + React sandbox to demonstrate performance topic #80: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 81

Build or refactor a Vite + React sandbox to demonstrate performance topic #81: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 82

Build or refactor a Vite + React sandbox to demonstrate performance topic #82: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 83

Build or refactor a Vite + React sandbox to demonstrate performance topic #83: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 84

Build or refactor a Vite + React sandbox to demonstrate performance topic #84: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 85

Build or refactor a Vite + React sandbox to demonstrate performance topic #85: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 86

Build or refactor a Vite + React sandbox to demonstrate performance topic #86: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 87

Build or refactor a Vite + React sandbox to demonstrate performance topic #87: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 88

Build or refactor a Vite + React sandbox to demonstrate performance topic #88: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 89

Build or refactor a Vite + React sandbox to demonstrate performance topic #89: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Exercise 90

Build or refactor a Vite + React sandbox to demonstrate performance topic #90: rotate through memo, useMemo, useCallback, lazy/Suspense, Lighthouse runs, and DevTools profiling.

Deliverables: short screen recording OR written report with Profiler screenshots + 5 bullet learnings.

Answers & guidance (high level)

Answer notes for Exercise 01

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 02

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 03

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 04

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 05

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 06

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 07

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 08

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 09

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 10

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 11

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 12

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 13

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 14

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 15

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 16

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 17

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 18

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 19

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 20

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 21

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 22

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 23

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 24

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 25

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 26

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 27

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 28

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 29

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 30

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 31

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 32

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 33

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 34

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 35

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 36

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 37

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 38

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 39

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 40

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 41

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 42

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 43

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 44

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 45

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 46

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 47

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 48

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 49

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 50

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 51

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 52

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 53

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 54

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 55

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 56

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 57

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 58

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 59

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 60

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 61

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 62

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 63

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 64

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 65

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 66

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 67

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 68

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 69

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 70

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 71

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 72

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 73

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 74

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 75

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 76

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 77

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 78

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 79

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 80

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 81

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 82

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 83

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 84

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 85

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 86

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 87

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 88

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 89

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

Answer notes for Exercise 90

Measure first; change one variable at a time.
Prefer architectural fixes (state locality, virtualization) before micro-memoization.
Verify in production build when counting renders.
Document trade-offs for your team in a short ADR appendix.

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