Notes on rendering pipelines
Part 1: notes on streaming
Section 0 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 0 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 0 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 0 is a reminder that streaming wins are easy to lose.
Section 0 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step0(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 0 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 2: notes on caching
Section 1 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 1 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 1 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 1 is a reminder that caching wins are easy to lose.
Section 1 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step1(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 1 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 3: notes on hydration
Section 2 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 2 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 2 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 2 is a reminder that hydration wins are easy to lose.
Section 2 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step2(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 2 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 4: notes on bundling
Section 3 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 3 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 3 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 3 is a reminder that bundling wins are easy to lose.
Section 3 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step3(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 3 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 5: notes on routing
Section 4 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 4 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 4 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 4 is a reminder that routing wins are easy to lose.
Section 4 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step4(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 4 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 6: notes on suspense
Section 5 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 5 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 5 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 5 is a reminder that suspense wins are easy to lose.
Section 5 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step5(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 5 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 7: notes on streaming
Section 6 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 6 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 6 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 6 is a reminder that streaming wins are easy to lose.
Section 6 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step6(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 6 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 8: notes on caching
Section 7 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 7 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 7 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 7 is a reminder that caching wins are easy to lose.
Section 7 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step7(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 7 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 9: notes on hydration
Section 8 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 8 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 8 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 8 is a reminder that hydration wins are easy to lose.
Section 8 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step8(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 8 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 10: notes on bundling
Section 9 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 9 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 9 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 9 is a reminder that bundling wins are easy to lose.
Section 9 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step9(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 9 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 11: notes on routing
Section 10 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 10 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 10 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 10 is a reminder that routing wins are easy to lose.
Section 10 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step10(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 10 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 12: notes on suspense
Section 11 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 11 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 11 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 11 is a reminder that suspense wins are easy to lose.
Section 11 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step11(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 11 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 13: notes on streaming
Section 12 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 12 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 12 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 12 is a reminder that streaming wins are easy to lose.
Section 12 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step12(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 12 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 14: notes on caching
Section 13 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 13 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 13 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 13 is a reminder that caching wins are easy to lose.
Section 13 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step13(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 13 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 15: notes on hydration
Section 14 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 14 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 14 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 14 is a reminder that hydration wins are easy to lose.
Section 14 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step14(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 14 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 16: notes on bundling
Section 15 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 15 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 15 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 15 is a reminder that bundling wins are easy to lose.
Section 15 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step15(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 15 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 17: notes on routing
Section 16 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 16 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 16 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 16 is a reminder that routing wins are easy to lose.
Section 16 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step16(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 16 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 18: notes on suspense
Section 17 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 17 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 17 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 17 is a reminder that suspense wins are easy to lose.
Section 17 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step17(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 17 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 19: notes on streaming
Section 18 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 18 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 18 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 18 is a reminder that streaming wins are easy to lose.
Section 18 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step18(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 18 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 20: notes on caching
Section 19 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 19 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 19 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 19 is a reminder that caching wins are easy to lose.
Section 19 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step19(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 19 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 21: notes on hydration
Section 20 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 20 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 20 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 20 is a reminder that hydration wins are easy to lose.
Section 20 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step20(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 20 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 22: notes on bundling
Section 21 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 21 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 21 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 21 is a reminder that bundling wins are easy to lose.
Section 21 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step21(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 21 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 23: notes on routing
Section 22 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 22 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 22 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 22 is a reminder that routing wins are easy to lose.
Section 22 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step22(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 22 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 24: notes on suspense
Section 23 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 23 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 23 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 23 is a reminder that suspense wins are easy to lose.
Section 23 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step23(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 23 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 25: notes on streaming
Section 24 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 24 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 24 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 24 is a reminder that streaming wins are easy to lose.
Section 24 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step24(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 24 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 26: notes on caching
Section 25 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 25 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 25 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 25 is a reminder that caching wins are easy to lose.
Section 25 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step25(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 25 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 27: notes on hydration
Section 26 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 26 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 26 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 26 is a reminder that hydration wins are easy to lose.
Section 26 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step26(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 26 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 28: notes on bundling
Section 27 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 27 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 27 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 27 is a reminder that bundling wins are easy to lose.
Section 27 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step27(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 27 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 29: notes on routing
Section 28 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 28 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 28 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 28 is a reminder that routing wins are easy to lose.
Section 28 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step28(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 28 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 30: notes on suspense
Section 29 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 29 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 29 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 29 is a reminder that suspense wins are easy to lose.
Section 29 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step29(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 29 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 31: notes on streaming
Section 30 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 30 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 30 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 30 is a reminder that streaming wins are easy to lose.
Section 30 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step30(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 30 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 32: notes on caching
Section 31 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 31 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 31 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 31 is a reminder that caching wins are easy to lose.
Section 31 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step31(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 31 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 33: notes on hydration
Section 32 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 32 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 32 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 32 is a reminder that hydration wins are easy to lose.
Section 32 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step32(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 32 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 34: notes on bundling
Section 33 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 33 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 33 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 33 is a reminder that bundling wins are easy to lose.
Section 33 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step33(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 33 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 35: notes on routing
Section 34 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 34 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 34 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 34 is a reminder that routing wins are easy to lose.
Section 34 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step34(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 34 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 36: notes on suspense
Section 35 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 35 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 35 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 35 is a reminder that suspense wins are easy to lose.
Section 35 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step35(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 35 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 37: notes on streaming
Section 36 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 36 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 36 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 36 is a reminder that streaming wins are easy to lose.
Section 36 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step36(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 36 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 38: notes on caching
Section 37 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 37 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 37 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 37 is a reminder that caching wins are easy to lose.
Section 37 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step37(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 37 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 39: notes on hydration
Section 38 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 38 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 38 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 38 is a reminder that hydration wins are easy to lose.
Section 38 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step38(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 38 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 40: notes on bundling
Section 39 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 39 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 39 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 39 is a reminder that bundling wins are easy to lose.
Section 39 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step39(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 39 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 41: notes on routing
Section 40 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 40 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 40 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 40 is a reminder that routing wins are easy to lose.
Section 40 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step40(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 40 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 42: notes on suspense
Section 41 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 41 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 41 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 41 is a reminder that suspense wins are easy to lose.
Section 41 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step41(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 41 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 43: notes on streaming
Section 42 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 42 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 42 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 42 is a reminder that streaming wins are easy to lose.
Section 42 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step42(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 42 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 44: notes on caching
Section 43 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 43 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 43 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 43 is a reminder that caching wins are easy to lose.
Section 43 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step43(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 43 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 45: notes on hydration
Section 44 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 44 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 44 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 44 is a reminder that hydration wins are easy to lose.
Section 44 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step44(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 44 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 46: notes on bundling
Section 45 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 45 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 45 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 45 is a reminder that bundling wins are easy to lose.
Section 45 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step45(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 45 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 47: notes on routing
Section 46 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 46 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 46 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 46 is a reminder that routing wins are easy to lose.
Section 46 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step46(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 46 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 48: notes on suspense
Section 47 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 47 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 47 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 47 is a reminder that suspense wins are easy to lose.
Section 47 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step47(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 47 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 49: notes on streaming
Section 48 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 48 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 48 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 48 is a reminder that streaming wins are easy to lose.
Section 48 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step48(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 48 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 50: notes on caching
Section 49 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 49 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 49 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 49 is a reminder that caching wins are easy to lose.
Section 49 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step49(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 49 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 51: notes on hydration
Section 50 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 50 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 50 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 50 is a reminder that hydration wins are easy to lose.
Section 50 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step50(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 50 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 52: notes on bundling
Section 51 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 51 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 51 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 51 is a reminder that bundling wins are easy to lose.
Section 51 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step51(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 51 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 53: notes on routing
Section 52 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 52 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 52 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 52 is a reminder that routing wins are easy to lose.
Section 52 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step52(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 52 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 54: notes on suspense
Section 53 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 53 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 53 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 53 is a reminder that suspense wins are easy to lose.
Section 53 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step53(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 53 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 55: notes on streaming
Section 54 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 54 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 54 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 54 is a reminder that streaming wins are easy to lose.
Section 54 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step54(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 54 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 56: notes on caching
Section 55 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 55 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 55 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 55 is a reminder that caching wins are easy to lose.
Section 55 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step55(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 55 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 57: notes on hydration
Section 56 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 56 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 56 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 56 is a reminder that hydration wins are easy to lose.
Section 56 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step56(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 56 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 58: notes on bundling
Section 57 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 57 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 57 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 57 is a reminder that bundling wins are easy to lose.
Section 57 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step57(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 57 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 59: notes on routing
Section 58 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 58 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 58 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 58 is a reminder that routing wins are easy to lose.
Section 58 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step58(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 58 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 60: notes on suspense
Section 59 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 59 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 59 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 59 is a reminder that suspense wins are easy to lose.
Section 59 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step59(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 59 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 61: notes on streaming
Section 60 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 60 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 60 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 60 is a reminder that streaming wins are easy to lose.
Section 60 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step60(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 60 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 62: notes on caching
Section 61 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 61 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 61 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 61 is a reminder that caching wins are easy to lose.
Section 61 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step61(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 61 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 63: notes on hydration
Section 62 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 62 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 62 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 62 is a reminder that hydration wins are easy to lose.
Section 62 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step62(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 62 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 64: notes on bundling
Section 63 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 63 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 63 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 63 is a reminder that bundling wins are easy to lose.
Section 63 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step63(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 63 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 65: notes on routing
Section 64 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 64 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 64 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 64 is a reminder that routing wins are easy to lose.
Section 64 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step64(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 64 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 66: notes on suspense
Section 65 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 65 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 65 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 65 is a reminder that suspense wins are easy to lose.
Section 65 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step65(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 65 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 67: notes on streaming
Section 66 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 66 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 66 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 66 is a reminder that streaming wins are easy to lose.
Section 66 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step66(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 66 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 68: notes on caching
Section 67 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 67 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 67 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 67 is a reminder that caching wins are easy to lose.
Section 67 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step67(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 67 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 69: notes on hydration
Section 68 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 68 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 68 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 68 is a reminder that hydration wins are easy to lose.
Section 68 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step68(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 68 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 70: notes on bundling
Section 69 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 69 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 69 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 69 is a reminder that bundling wins are easy to lose.
Section 69 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step69(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 69 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 71: notes on routing
Section 70 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 70 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 70 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 70 is a reminder that routing wins are easy to lose.
Section 70 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step70(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 70 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 72: notes on suspense
Section 71 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 71 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 71 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 71 is a reminder that suspense wins are easy to lose.
Section 71 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step71(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 71 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 73: notes on streaming
Section 72 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 72 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 72 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 72 is a reminder that streaming wins are easy to lose.
Section 72 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step72(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 72 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 74: notes on caching
Section 73 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 73 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 73 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 73 is a reminder that caching wins are easy to lose.
Section 73 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step73(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 73 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 75: notes on hydration
Section 74 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 74 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 74 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 74 is a reminder that hydration wins are easy to lose.
Section 74 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step74(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 74 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 76: notes on bundling
Section 75 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 75 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 75 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 75 is a reminder that bundling wins are easy to lose.
Section 75 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step75(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 75 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 77: notes on routing
Section 76 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 76 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 76 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 76 is a reminder that routing wins are easy to lose.
Section 76 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step76(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 76 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 78: notes on suspense
Section 77 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 77 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 77 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 77 is a reminder that suspense wins are easy to lose.
Section 77 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step77(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 77 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 79: notes on streaming
Section 78 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 78 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 78 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 78 is a reminder that streaming wins are easy to lose.
Section 78 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step78(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 78 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 80: notes on caching
Section 79 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 79 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 79 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 79 is a reminder that caching wins are easy to lose.
Section 79 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step79(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 79 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 81: notes on hydration
Section 80 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 80 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 80 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 80 is a reminder that hydration wins are easy to lose.
Section 80 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step80(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 80 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 82: notes on bundling
Section 81 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 81 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 81 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 81 is a reminder that bundling wins are easy to lose.
Section 81 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step81(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 81 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 83: notes on routing
Section 82 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 82 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 82 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 82 is a reminder that routing wins are easy to lose.
Section 82 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step82(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 82 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 84: notes on suspense
Section 83 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 83 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 83 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 83 is a reminder that suspense wins are easy to lose.
Section 83 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step83(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 83 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 85: notes on streaming
Section 84 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 84 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 84 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 84 is a reminder that streaming wins are easy to lose.
Section 84 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step84(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 84 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 86: notes on caching
Section 85 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 85 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 85 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 85 is a reminder that caching wins are easy to lose.
Section 85 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step85(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 85 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 87: notes on hydration
Section 86 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 86 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 86 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 86 is a reminder that hydration wins are easy to lose.
Section 86 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step86(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 86 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 88: notes on bundling
Section 87 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 87 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 87 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 87 is a reminder that bundling wins are easy to lose.
Section 87 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step87(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 87 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 89: notes on routing
Section 88 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 88 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 88 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 88 is a reminder that routing wins are easy to lose.
Section 88 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step88(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 88 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 90: notes on suspense
Section 89 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 89 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 89 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 89 is a reminder that suspense wins are easy to lose.
Section 89 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step89(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 89 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 91: notes on streaming
Section 90 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 90 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 90 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 90 is a reminder that streaming wins are easy to lose.
Section 90 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step90(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 90 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 92: notes on caching
Section 91 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 91 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 91 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 91 is a reminder that caching wins are easy to lose.
Section 91 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step91(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 91 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 93: notes on hydration
Section 92 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 92 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 92 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 92 is a reminder that hydration wins are easy to lose.
Section 92 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step92(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 92 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 94: notes on bundling
Section 93 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 93 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 93 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 93 is a reminder that bundling wins are easy to lose.
Section 93 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step93(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 93 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 95: notes on routing
Section 94 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 94 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 94 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 94 is a reminder that routing wins are easy to lose.
Section 94 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step94(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 94 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 96: notes on suspense
Section 95 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 95 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 95 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 95 is a reminder that suspense wins are easy to lose.
Section 95 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step95(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 95 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 97: notes on streaming
Section 96 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 96 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 96 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 96 is a reminder that streaming wins are easy to lose.
Section 96 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step96(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 96 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 98: notes on caching
Section 97 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 97 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 97 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 97 is a reminder that caching wins are easy to lose.
Section 97 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step97(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 97 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 99: notes on hydration
Section 98 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 98 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 98 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 98 is a reminder that hydration wins are easy to lose.
Section 98 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step98(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 98 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 100: notes on bundling
Section 99 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 99 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 99 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 99 is a reminder that bundling wins are easy to lose.
Section 99 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step99(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 99 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 101: notes on routing
Section 100 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 100 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 100 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 100 is a reminder that routing wins are easy to lose.
Section 100 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step100(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 100 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 102: notes on suspense
Section 101 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 101 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 101 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 101 is a reminder that suspense wins are easy to lose.
Section 101 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step101(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 101 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 103: notes on streaming
Section 102 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 102 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 102 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 102 is a reminder that streaming wins are easy to lose.
Section 102 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step102(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 102 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 104: notes on caching
Section 103 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 103 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 103 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 103 is a reminder that caching wins are easy to lose.
Section 103 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step103(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 103 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 105: notes on hydration
Section 104 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 104 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 104 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 104 is a reminder that hydration wins are easy to lose.
Section 104 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step104(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 104 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 106: notes on bundling
Section 105 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 105 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 105 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 105 is a reminder that bundling wins are easy to lose.
Section 105 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step105(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 105 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 107: notes on routing
Section 106 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 106 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 106 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 106 is a reminder that routing wins are easy to lose.
Section 106 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step106(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 106 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 108: notes on suspense
Section 107 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 107 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 107 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 107 is a reminder that suspense wins are easy to lose.
Section 107 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step107(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 107 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 109: notes on streaming
Section 108 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 108 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 108 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 108 is a reminder that streaming wins are easy to lose.
Section 108 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step108(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 108 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 110: notes on caching
Section 109 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 109 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 109 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 109 is a reminder that caching wins are easy to lose.
Section 109 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step109(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 109 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 111: notes on hydration
Section 110 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 110 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 110 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 110 is a reminder that hydration wins are easy to lose.
Section 110 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step110(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 110 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 112: notes on bundling
Section 111 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 111 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 111 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 111 is a reminder that bundling wins are easy to lose.
Section 111 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step111(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 111 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 113: notes on routing
Section 112 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 112 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 112 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 112 is a reminder that routing wins are easy to lose.
Section 112 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step112(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 112 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 114: notes on suspense
Section 113 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 113 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 113 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 113 is a reminder that suspense wins are easy to lose.
Section 113 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step113(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 113 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 115: notes on streaming
Section 114 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 114 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 114 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 114 is a reminder that streaming wins are easy to lose.
Section 114 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step114(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 114 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 116: notes on caching
Section 115 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 115 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 115 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 115 is a reminder that caching wins are easy to lose.
Section 115 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step115(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 115 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 117: notes on hydration
Section 116 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 116 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 116 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 116 is a reminder that hydration wins are easy to lose.
Section 116 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step116(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 116 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 118: notes on bundling
Section 117 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 117 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 117 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 117 is a reminder that bundling wins are easy to lose.
Section 117 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step117(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 117 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 119: notes on routing
Section 118 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 118 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 118 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 118 is a reminder that routing wins are easy to lose.
Section 118 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step118(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 118 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 120: notes on suspense
Section 119 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 119 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 119 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 119 is a reminder that suspense wins are easy to lose.
Section 119 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step119(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 119 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 121: notes on streaming
Section 120 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 120 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 120 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 120 is a reminder that streaming wins are easy to lose.
Section 120 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step120(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 120 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 122: notes on caching
Section 121 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 121 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 121 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 121 is a reminder that caching wins are easy to lose.
Section 121 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step121(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 121 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 123: notes on hydration
Section 122 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 122 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 122 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 122 is a reminder that hydration wins are easy to lose.
Section 122 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step122(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 122 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 124: notes on bundling
Section 123 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 123 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 123 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 123 is a reminder that bundling wins are easy to lose.
Section 123 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step123(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 123 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 125: notes on routing
Section 124 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 124 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 124 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 124 is a reminder that routing wins are easy to lose.
Section 124 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step124(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 124 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 126: notes on suspense
Section 125 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 125 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 125 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 125 is a reminder that suspense wins are easy to lose.
Section 125 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step125(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 125 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 127: notes on streaming
Section 126 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 126 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 126 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 126 is a reminder that streaming wins are easy to lose.
Section 126 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step126(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 126 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 128: notes on caching
Section 127 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 127 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 127 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 127 is a reminder that caching wins are easy to lose.
Section 127 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step127(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 127 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 129: notes on hydration
Section 128 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 128 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 128 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 128 is a reminder that hydration wins are easy to lose.
Section 128 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step128(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 128 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 130: notes on bundling
Section 129 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 129 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 129 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 129 is a reminder that bundling wins are easy to lose.
Section 129 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step129(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 129 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 131: notes on routing
Section 130 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 130 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 130 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 130 is a reminder that routing wins are easy to lose.
Section 130 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step130(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 130 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 132: notes on suspense
Section 131 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 131 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 131 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 131 is a reminder that suspense wins are easy to lose.
Section 131 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step131(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 131 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 133: notes on streaming
Section 132 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 132 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 132 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 132 is a reminder that streaming wins are easy to lose.
Section 132 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step132(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 132 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 134: notes on caching
Section 133 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 133 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 133 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 133 is a reminder that caching wins are easy to lose.
Section 133 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step133(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 133 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 135: notes on hydration
Section 134 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 134 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 134 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 134 is a reminder that hydration wins are easy to lose.
Section 134 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step134(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 134 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 136: notes on bundling
Section 135 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 135 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 135 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 135 is a reminder that bundling wins are easy to lose.
Section 135 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step135(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 135 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 137: notes on routing
Section 136 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 136 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 136 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 136 is a reminder that routing wins are easy to lose.
Section 136 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step136(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 136 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 138: notes on suspense
Section 137 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 137 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 137 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 137 is a reminder that suspense wins are easy to lose.
Section 137 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step137(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 137 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 139: notes on streaming
Section 138 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 138 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 138 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 138 is a reminder that streaming wins are easy to lose.
Section 138 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step138(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 138 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 140: notes on caching
Section 139 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 139 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 139 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 139 is a reminder that caching wins are easy to lose.
Section 139 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step139(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 139 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 141: notes on hydration
Section 140 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 140 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 140 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 140 is a reminder that hydration wins are easy to lose.
Section 140 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step140(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 140 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 142: notes on bundling
Section 141 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 141 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 141 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 141 is a reminder that bundling wins are easy to lose.
Section 141 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step141(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 141 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 143: notes on routing
Section 142 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 142 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 142 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 142 is a reminder that routing wins are easy to lose.
Section 142 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step142(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 142 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 144: notes on suspense
Section 143 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 143 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 143 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 143 is a reminder that suspense wins are easy to lose.
Section 143 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step143(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 143 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 145: notes on streaming
Section 144 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 144 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 144 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 144 is a reminder that streaming wins are easy to lose.
Section 144 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step144(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 144 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 146: notes on caching
Section 145 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 145 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 145 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 145 is a reminder that caching wins are easy to lose.
Section 145 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step145(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 145 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 147: notes on hydration
Section 146 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 146 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 146 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 146 is a reminder that hydration wins are easy to lose.
Section 146 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step146(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 146 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 148: notes on bundling
Section 147 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 147 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 147 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 147 is a reminder that bundling wins are easy to lose.
Section 147 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step147(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 147 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 149: notes on routing
Section 148 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 148 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 148 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 148 is a reminder that routing wins are easy to lose.
Section 148 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step148(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 148 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 150: notes on suspense
Section 149 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 149 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 149 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 149 is a reminder that suspense wins are easy to lose.
Section 149 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step149(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 149 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 151: notes on streaming
Section 150 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 150 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 150 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 150 is a reminder that streaming wins are easy to lose.
Section 150 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step150(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 150 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 152: notes on caching
Section 151 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 151 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 151 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 151 is a reminder that caching wins are easy to lose.
Section 151 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step151(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 151 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 153: notes on hydration
Section 152 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 152 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 152 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 152 is a reminder that hydration wins are easy to lose.
Section 152 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step152(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 152 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 154: notes on bundling
Section 153 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 153 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 153 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 153 is a reminder that bundling wins are easy to lose.
Section 153 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step153(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 153 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 155: notes on routing
Section 154 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 154 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 154 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 154 is a reminder that routing wins are easy to lose.
Section 154 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step154(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 154 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 156: notes on suspense
Section 155 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 155 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 155 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 155 is a reminder that suspense wins are easy to lose.
Section 155 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step155(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 155 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 157: notes on streaming
Section 156 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 156 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 156 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 156 is a reminder that streaming wins are easy to lose.
Section 156 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step156(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 156 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 158: notes on caching
Section 157 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 157 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 157 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 157 is a reminder that caching wins are easy to lose.
Section 157 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step157(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 157 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 159: notes on hydration
Section 158 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 158 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 158 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 158 is a reminder that hydration wins are easy to lose.
Section 158 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step158(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 158 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 160: notes on bundling
Section 159 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 159 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 159 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 159 is a reminder that bundling wins are easy to lose.
Section 159 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step159(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 159 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 161: notes on routing
Section 160 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 160 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 160 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 160 is a reminder that routing wins are easy to lose.
Section 160 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step160(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 160 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 162: notes on suspense
Section 161 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 161 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 161 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 161 is a reminder that suspense wins are easy to lose.
Section 161 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step161(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 161 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 163: notes on streaming
Section 162 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 162 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 162 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 162 is a reminder that streaming wins are easy to lose.
Section 162 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step162(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 162 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 164: notes on caching
Section 163 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 163 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 163 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 163 is a reminder that caching wins are easy to lose.
Section 163 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step163(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 163 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 165: notes on hydration
Section 164 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 164 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 164 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 164 is a reminder that hydration wins are easy to lose.
Section 164 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step164(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 164 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 166: notes on bundling
Section 165 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 165 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 165 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 165 is a reminder that bundling wins are easy to lose.
Section 165 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step165(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 165 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 167: notes on routing
Section 166 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 166 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 166 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 166 is a reminder that routing wins are easy to lose.
Section 166 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step166(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 166 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 168: notes on suspense
Section 167 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 167 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 167 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 167 is a reminder that suspense wins are easy to lose.
Section 167 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step167(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 167 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 169: notes on streaming
Section 168 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 168 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 168 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 168 is a reminder that streaming wins are easy to lose.
Section 168 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step168(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 168 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 170: notes on caching
Section 169 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 169 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 169 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 169 is a reminder that caching wins are easy to lose.
Section 169 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step169(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 169 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 171: notes on hydration
Section 170 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 170 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 170 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 170 is a reminder that hydration wins are easy to lose.
Section 170 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step170(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 170 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 172: notes on bundling
Section 171 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 171 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 171 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 171 is a reminder that bundling wins are easy to lose.
Section 171 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step171(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 171 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 173: notes on routing
Section 172 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 172 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 172 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 172 is a reminder that routing wins are easy to lose.
Section 172 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step172(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 172 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 174: notes on suspense
Section 173 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 173 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 173 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 173 is a reminder that suspense wins are easy to lose.
Section 173 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step173(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 173 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 175: notes on streaming
Section 174 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 174 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 174 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 174 is a reminder that streaming wins are easy to lose.
Section 174 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step174(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 174 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 176: notes on caching
Section 175 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 175 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 175 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 175 is a reminder that caching wins are easy to lose.
Section 175 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step175(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 175 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 177: notes on hydration
Section 176 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 176 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 176 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 176 is a reminder that hydration wins are easy to lose.
Section 176 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step176(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 176 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 178: notes on bundling
Section 177 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 177 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 177 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 177 is a reminder that bundling wins are easy to lose.
Section 177 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step177(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 177 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 179: notes on routing
Section 178 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 178 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 178 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 178 is a reminder that routing wins are easy to lose.
Section 178 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step178(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 178 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 180: notes on suspense
Section 179 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 179 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 179 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 179 is a reminder that suspense wins are easy to lose.
Section 179 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step179(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 179 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 181: notes on streaming
Section 180 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 180 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 180 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 180 is a reminder that streaming wins are easy to lose.
Section 180 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step180(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 180 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 182: notes on caching
Section 181 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 181 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 181 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 181 is a reminder that caching wins are easy to lose.
Section 181 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step181(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 181 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 183: notes on hydration
Section 182 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 182 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 182 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 182 is a reminder that hydration wins are easy to lose.
Section 182 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step182(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 182 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 184: notes on bundling
Section 183 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 183 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 183 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 183 is a reminder that bundling wins are easy to lose.
Section 183 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step183(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 183 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 185: notes on routing
Section 184 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 184 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 184 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 184 is a reminder that routing wins are easy to lose.
Section 184 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step184(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 184 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 186: notes on suspense
Section 185 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 185 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 185 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 185 is a reminder that suspense wins are easy to lose.
Section 185 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step185(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 185 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 187: notes on streaming
Section 186 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 186 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 186 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 186 is a reminder that streaming wins are easy to lose.
Section 186 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step186(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 186 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 188: notes on caching
Section 187 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 187 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 187 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 187 is a reminder that caching wins are easy to lose.
Section 187 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step187(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 187 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 189: notes on hydration
Section 188 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 188 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 188 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 188 is a reminder that hydration wins are easy to lose.
Section 188 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step188(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 188 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 190: notes on bundling
Section 189 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 189 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 189 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 189 is a reminder that bundling wins are easy to lose.
Section 189 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step189(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 189 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 191: notes on routing
Section 190 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 190 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 190 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 190 is a reminder that routing wins are easy to lose.
Section 190 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step190(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 190 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 192: notes on suspense
Section 191 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 191 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 191 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 191 is a reminder that suspense wins are easy to lose.
Section 191 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step191(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 191 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 193: notes on streaming
Section 192 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 192 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 192 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 192 is a reminder that streaming wins are easy to lose.
Section 192 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step192(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 192 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 194: notes on caching
Section 193 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 193 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 193 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 193 is a reminder that caching wins are easy to lose.
Section 193 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step193(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 193 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 195: notes on hydration
Section 194 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 194 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 194 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 194 is a reminder that hydration wins are easy to lose.
Section 194 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step194(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 194 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 196: notes on bundling
Section 195 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 195 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 195 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 195 is a reminder that bundling wins are easy to lose.
Section 195 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step195(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 195 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 197: notes on routing
Section 196 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 196 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 196 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 196 is a reminder that routing wins are easy to lose.
Section 196 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step196(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 196 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 198: notes on suspense
Section 197 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 197 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 197 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 197 is a reminder that suspense wins are easy to lose.
Section 197 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step197(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 197 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 199: notes on streaming
Section 198 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 198 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 198 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 198 is a reminder that streaming wins are easy to lose.
Section 198 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step198(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 198 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 200: notes on caching
Section 199 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 199 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 199 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 199 is a reminder that caching wins are easy to lose.
Section 199 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step199(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 199 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 201: notes on hydration
Section 200 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 200 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 200 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 200 is a reminder that hydration wins are easy to lose.
Section 200 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step200(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 200 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 202: notes on bundling
Section 201 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 201 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 201 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 201 is a reminder that bundling wins are easy to lose.
Section 201 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step201(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 201 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 203: notes on routing
Section 202 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 202 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 202 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 202 is a reminder that routing wins are easy to lose.
Section 202 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step202(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 202 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 204: notes on suspense
Section 203 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 203 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 203 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 203 is a reminder that suspense wins are easy to lose.
Section 203 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step203(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 203 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 205: notes on streaming
Section 204 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 204 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 204 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 204 is a reminder that streaming wins are easy to lose.
Section 204 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step204(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 204 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 206: notes on caching
Section 205 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 205 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 205 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 205 is a reminder that caching wins are easy to lose.
Section 205 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step205(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 205 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 207: notes on hydration
Section 206 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 206 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 206 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 206 is a reminder that hydration wins are easy to lose.
Section 206 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step206(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 206 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 208: notes on bundling
Section 207 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 207 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 207 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 207 is a reminder that bundling wins are easy to lose.
Section 207 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step207(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 207 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 209: notes on routing
Section 208 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 208 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 208 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 208 is a reminder that routing wins are easy to lose.
Section 208 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step208(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 208 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 210: notes on suspense
Section 209 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 209 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 209 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 209 is a reminder that suspense wins are easy to lose.
Section 209 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step209(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 209 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 211: notes on streaming
Section 210 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 210 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 210 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 210 is a reminder that streaming wins are easy to lose.
Section 210 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step210(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 210 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 212: notes on caching
Section 211 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 211 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 211 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 211 is a reminder that caching wins are easy to lose.
Section 211 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step211(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 211 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 213: notes on hydration
Section 212 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 212 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 212 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 212 is a reminder that hydration wins are easy to lose.
Section 212 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step212(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 212 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 214: notes on bundling
Section 213 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 213 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 213 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 213 is a reminder that bundling wins are easy to lose.
Section 213 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step213(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 213 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 215: notes on routing
Section 214 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 214 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 214 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 214 is a reminder that routing wins are easy to lose.
Section 214 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step214(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 214 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 216: notes on suspense
Section 215 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 215 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 215 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 215 is a reminder that suspense wins are easy to lose.
Section 215 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step215(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 215 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 217: notes on streaming
Section 216 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 216 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 216 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 216 is a reminder that streaming wins are easy to lose.
Section 216 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step216(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 216 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 218: notes on caching
Section 217 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 217 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 217 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 217 is a reminder that caching wins are easy to lose.
Section 217 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step217(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 217 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 219: notes on hydration
Section 218 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 218 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 218 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 218 is a reminder that hydration wins are easy to lose.
Section 218 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step218(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 218 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 220: notes on bundling
Section 219 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 219 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 219 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 219 is a reminder that bundling wins are easy to lose.
Section 219 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step219(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 219 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 221: notes on routing
Section 220 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 220 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 220 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 220 is a reminder that routing wins are easy to lose.
Section 220 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step220(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 220 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 222: notes on suspense
Section 221 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 221 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 221 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 221 is a reminder that suspense wins are easy to lose.
Section 221 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step221(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 221 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 223: notes on streaming
Section 222 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 222 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 222 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 222 is a reminder that streaming wins are easy to lose.
Section 222 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step222(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 222 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 224: notes on caching
Section 223 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 223 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 223 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 223 is a reminder that caching wins are easy to lose.
Section 223 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step223(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 223 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 225: notes on hydration
Section 224 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 224 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 224 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 224 is a reminder that hydration wins are easy to lose.
Section 224 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step224(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 224 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 226: notes on bundling
Section 225 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 225 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 225 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 225 is a reminder that bundling wins are easy to lose.
Section 225 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step225(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 225 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 227: notes on routing
Section 226 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 226 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 226 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 226 is a reminder that routing wins are easy to lose.
Section 226 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step226(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 226 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 228: notes on suspense
Section 227 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 227 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 227 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 227 is a reminder that suspense wins are easy to lose.
Section 227 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step227(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 227 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 229: notes on streaming
Section 228 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 228 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 228 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 228 is a reminder that streaming wins are easy to lose.
Section 228 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step228(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 228 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 230: notes on caching
Section 229 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 229 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 229 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 229 is a reminder that caching wins are easy to lose.
Section 229 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step229(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 229 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 231: notes on hydration
Section 230 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 230 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 230 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 230 is a reminder that hydration wins are easy to lose.
Section 230 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step230(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 230 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 232: notes on bundling
Section 231 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 231 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 231 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 231 is a reminder that bundling wins are easy to lose.
Section 231 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step231(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 231 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 233: notes on routing
Section 232 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 232 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 232 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 232 is a reminder that routing wins are easy to lose.
Section 232 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step232(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 232 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 234: notes on suspense
Section 233 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 233 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 233 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 233 is a reminder that suspense wins are easy to lose.
Section 233 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step233(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 233 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 235: notes on streaming
Section 234 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 234 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 234 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 234 is a reminder that streaming wins are easy to lose.
Section 234 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step234(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 234 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 236: notes on caching
Section 235 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 235 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 235 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 235 is a reminder that caching wins are easy to lose.
Section 235 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step235(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 235 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 237: notes on hydration
Section 236 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 236 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 236 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 236 is a reminder that hydration wins are easy to lose.
Section 236 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step236(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 236 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 238: notes on bundling
Section 237 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 237 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 237 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 237 is a reminder that bundling wins are easy to lose.
Section 237 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step237(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 237 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 239: notes on routing
Section 238 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 238 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 238 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 238 is a reminder that routing wins are easy to lose.
Section 238 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step238(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 238 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 240: notes on suspense
Section 239 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 239 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 239 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 239 is a reminder that suspense wins are easy to lose.
Section 239 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step239(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 239 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 241: notes on streaming
Section 240 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 240 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 240 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 240 is a reminder that streaming wins are easy to lose.
Section 240 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step240(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 240 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 242: notes on caching
Section 241 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 241 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 241 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 241 is a reminder that caching wins are easy to lose.
Section 241 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step241(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 241 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 243: notes on hydration
Section 242 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 242 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 242 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 242 is a reminder that hydration wins are easy to lose.
Section 242 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step242(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 242 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 244: notes on bundling
Section 243 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 243 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 243 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 243 is a reminder that bundling wins are easy to lose.
Section 243 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step243(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 243 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 245: notes on routing
Section 244 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 244 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 244 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 244 is a reminder that routing wins are easy to lose.
Section 244 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step244(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 244 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 246: notes on suspense
Section 245 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 245 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 245 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 245 is a reminder that suspense wins are easy to lose.
Section 245 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step245(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 245 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 247: notes on streaming
Section 246 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 246 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 246 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 246 is a reminder that streaming wins are easy to lose.
Section 246 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step246(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 246 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 248: notes on caching
Section 247 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 247 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 247 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 247 is a reminder that caching wins are easy to lose.
Section 247 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step247(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 247 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 249: notes on hydration
Section 248 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 248 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 248 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 248 is a reminder that hydration wins are easy to lose.
Section 248 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step248(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 248 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 250: notes on bundling
Section 249 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 249 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 249 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 249 is a reminder that bundling wins are easy to lose.
Section 249 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step249(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 249 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 251: notes on routing
Section 250 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 250 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 250 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 250 is a reminder that routing wins are easy to lose.
Section 250 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step250(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 250 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 252: notes on suspense
Section 251 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 251 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 251 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 251 is a reminder that suspense wins are easy to lose.
Section 251 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step251(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 251 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 253: notes on streaming
Section 252 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 252 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 252 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 252 is a reminder that streaming wins are easy to lose.
Section 252 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step252(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 252 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 254: notes on caching
Section 253 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 253 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 253 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 253 is a reminder that caching wins are easy to lose.
Section 253 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step253(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 253 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 255: notes on hydration
Section 254 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 254 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 254 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 254 is a reminder that hydration wins are easy to lose.
Section 254 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step254(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 254 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 256: notes on bundling
Section 255 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 255 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 255 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 255 is a reminder that bundling wins are easy to lose.
Section 255 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step255(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 255 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 257: notes on routing
Section 256 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 256 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 256 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 256 is a reminder that routing wins are easy to lose.
Section 256 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step256(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 256 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 258: notes on suspense
Section 257 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 257 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 257 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 257 is a reminder that suspense wins are easy to lose.
Section 257 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step257(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 257 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 259: notes on streaming
Section 258 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 258 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 258 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 258 is a reminder that streaming wins are easy to lose.
Section 258 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step258(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 258 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 260: notes on caching
Section 259 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 259 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 259 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 259 is a reminder that caching wins are easy to lose.
Section 259 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step259(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 259 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 261: notes on hydration
Section 260 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 260 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 260 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 260 is a reminder that hydration wins are easy to lose.
Section 260 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step260(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 260 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 262: notes on bundling
Section 261 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 261 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 261 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 261 is a reminder that bundling wins are easy to lose.
Section 261 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step261(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 261 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 263: notes on routing
Section 262 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 262 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 262 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 262 is a reminder that routing wins are easy to lose.
Section 262 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step262(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 262 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 264: notes on suspense
Section 263 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 263 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 263 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 263 is a reminder that suspense wins are easy to lose.
Section 263 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step263(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 263 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 265: notes on streaming
Section 264 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 264 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 264 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 264 is a reminder that streaming wins are easy to lose.
Section 264 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step264(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 264 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 266: notes on caching
Section 265 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 265 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 265 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 265 is a reminder that caching wins are easy to lose.
Section 265 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step265(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 265 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 267: notes on hydration
Section 266 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 266 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 266 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 266 is a reminder that hydration wins are easy to lose.
Section 266 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step266(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 266 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 268: notes on bundling
Section 267 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 267 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 267 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 267 is a reminder that bundling wins are easy to lose.
Section 267 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step267(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 267 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 269: notes on routing
Section 268 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 268 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 268 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 268 is a reminder that routing wins are easy to lose.
Section 268 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step268(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 268 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 270: notes on suspense
Section 269 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 269 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 269 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 269 is a reminder that suspense wins are easy to lose.
Section 269 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step269(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 269 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 271: notes on streaming
Section 270 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 270 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 270 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 270 is a reminder that streaming wins are easy to lose.
Section 270 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step270(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 270 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 272: notes on caching
Section 271 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 271 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 271 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 271 is a reminder that caching wins are easy to lose.
Section 271 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step271(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 271 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 273: notes on hydration
Section 272 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 272 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 272 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 272 is a reminder that hydration wins are easy to lose.
Section 272 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step272(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 272 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 274: notes on bundling
Section 273 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 273 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 273 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 273 is a reminder that bundling wins are easy to lose.
Section 273 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step273(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 273 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 275: notes on routing
Section 274 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 274 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 274 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 274 is a reminder that routing wins are easy to lose.
Section 274 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step274(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 274 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 276: notes on suspense
Section 275 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 275 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 275 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 275 is a reminder that suspense wins are easy to lose.
Section 275 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step275(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 275 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 277: notes on streaming
Section 276 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 276 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 276 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 276 is a reminder that streaming wins are easy to lose.
Section 276 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step276(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 276 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 278: notes on caching
Section 277 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 277 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 277 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 277 is a reminder that caching wins are easy to lose.
Section 277 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step277(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 277 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 279: notes on hydration
Section 278 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 278 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 278 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 278 is a reminder that hydration wins are easy to lose.
Section 278 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step278(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 278 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 280: notes on bundling
Section 279 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 279 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 279 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 279 is a reminder that bundling wins are easy to lose.
Section 279 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step279(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 279 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 281: notes on routing
Section 280 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 280 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 280 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 280 is a reminder that routing wins are easy to lose.
Section 280 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step280(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 280 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 282: notes on suspense
Section 281 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 281 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 281 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 281 is a reminder that suspense wins are easy to lose.
Section 281 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step281(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 281 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 283: notes on streaming
Section 282 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 282 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 282 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 282 is a reminder that streaming wins are easy to lose.
Section 282 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step282(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 282 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 284: notes on caching
Section 283 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 283 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 283 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 283 is a reminder that caching wins are easy to lose.
Section 283 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step283(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 283 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 285: notes on hydration
Section 284 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 284 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 284 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 284 is a reminder that hydration wins are easy to lose.
Section 284 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step284(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 284 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 286: notes on bundling
Section 285 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 285 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 285 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 285 is a reminder that bundling wins are easy to lose.
Section 285 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step285(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 285 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 287: notes on routing
Section 286 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 286 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 286 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 286 is a reminder that routing wins are easy to lose.
Section 286 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step286(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 286 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 288: notes on suspense
Section 287 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 287 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 287 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 287 is a reminder that suspense wins are easy to lose.
Section 287 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step287(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 287 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 289: notes on streaming
Section 288 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 288 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 288 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 288 is a reminder that streaming wins are easy to lose.
Section 288 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step288(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 288 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 290: notes on caching
Section 289 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 289 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 289 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 289 is a reminder that caching wins are easy to lose.
Section 289 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step289(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 289 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 291: notes on hydration
Section 290 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 290 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 290 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 290 is a reminder that hydration wins are easy to lose.
Section 290 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step290(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 290 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 292: notes on bundling
Section 291 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 291 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 291 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 291 is a reminder that bundling wins are easy to lose.
Section 291 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step291(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 291 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 293: notes on routing
Section 292 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 292 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 292 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 292 is a reminder that routing wins are easy to lose.
Section 292 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step292(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 292 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 294: notes on suspense
Section 293 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 293 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 293 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 293 is a reminder that suspense wins are easy to lose.
Section 293 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step293(input) {
const out = input.map(x => x * 8);
return out.filter(Boolean);
}Section 293 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 295: notes on streaming
Section 294 paragraph 0 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 294 paragraph 1 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 294 paragraph 2 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 294 is a reminder that streaming wins are easy to lose.
Section 294 paragraph 3 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step294(input) {
const out = input.map(x => x * 2);
return out.filter(Boolean);
}Section 294 paragraph 4 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 296: notes on caching
Section 295 paragraph 0 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 295 paragraph 1 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 295 paragraph 2 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 295 is a reminder that caching wins are easy to lose.
Section 295 paragraph 3 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step295(input) {
const out = input.map(x => x * 3);
return out.filter(Boolean);
}Section 295 paragraph 4 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 297: notes on hydration
Section 296 paragraph 0 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 296 paragraph 1 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 296 paragraph 2 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 296 is a reminder that hydration wins are easy to lose.
Section 296 paragraph 3 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step296(input) {
const out = input.map(x => x * 4);
return out.filter(Boolean);
}Section 296 paragraph 4 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 298: notes on bundling
Section 297 paragraph 0 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 297 paragraph 1 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 297 paragraph 2 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 297 is a reminder that bundling wins are easy to lose.
Section 297 paragraph 3 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step297(input) {
const out = input.map(x => x * 5);
return out.filter(Boolean);
}Section 297 paragraph 4 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 299: notes on routing
Section 298 paragraph 0 explains how routing interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 298 paragraph 1 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 298 paragraph 2 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 298 is a reminder that routing wins are easy to lose.
Section 298 paragraph 3 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step298(input) {
const out = input.map(x => x * 6);
return out.filter(Boolean);
}Section 298 paragraph 4 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Part 300: notes on suspense
Section 299 paragraph 0 explains how suspense interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 299 paragraph 1 explains how streaming interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Section 299 paragraph 2 explains how caching interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
Measure first. Section 299 is a reminder that suspense wins are easy to lose.
Section 299 paragraph 3 explains how hydration interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.
export function step299(input) {
const out = input.map(x => x * 7);
return out.filter(Boolean);
}Section 299 paragraph 4 explains how bundling interacts with the rendering pipeline, including the trade-offs around payload size, ordering, and the cost of repeated work on each navigation.