reverting and cleaning
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185 commits this week
Jul 29, 2020 -
Aug 05, 2020
Additional cases to cover not enough fee and not enough money on withdrawals
Add more reward wallets
additional tests for redeem rewards
Merge branch 'gh-pages-deploy' into gh-pages
c93a28de4e4385da0b72ee989060f3dae71ee354
reverting and cleaning
![iohk-bors[bot]](https://avatars1.githubusercontent.com/in/17473?v=4&s=80)
Merge #2003
2003: bump tls' dependency version to include support for TLS-1.3 r=KtorZ a=KtorZ # Issue Number <!-- Put here a reference to the issue this PR relates to and which requirements it tackles --> N/A # Overview <!-- Detail in a few bullet points the work accomplished in this PR --> - [ ] I have bumped tls' dependency version to include support for TLS-1.3 # Comments <!-- Additional comments or screenshots to attach if any --> <!-- Don't forget to: ✓ Self-review your changes to make sure nothing unexpected slipped through ✓ Assign yourself to the PR ✓ Assign one or several reviewer(s) ✓ Once created, link this PR to its corresponding ticket ✓ Assign the PR to a corresponding milestone ✓ Acknowledge any changes required to the Wiki --> Co-authored-by: KtorZ <[email protected]> Co-authored-by: IOHK <[email protected]>
bump tls' dependency version to include support for TLS-1.3
extend benchmark with RndState and byron address storage
I also did some re-structuring of the benchmark fixtures, so that the
creation of benchmark data happens outside of the actual benchmarks.
Also, I reviewed some of the work bench to use numbers that reflects a
bit more reality (we actually always store checkpoints one by one, so
the time it takes to store N checkpoints isn't quite interesting).
Latest result on my machine:
- NVMe SSD Controller SM981/PM981
- Intel(R) Core(TM) i7-8565U CPU @ 1.80GHz
- 256KiB L1 cache
- 1MiB L2 cache
- 8MiB L3 cache
- 32GiB System Memory
- 16GiB SODIMM DDR4 Synchronous 2400 MHz (0,4 ns)
- 16GiB SODIMM DDR4 Synchronous 2400 MHz (0,4 ns)
```
benchmarking UTxO (Write)/1 CP x 0 UTxO
time 3.182 ms (2.943 ms .. 3.493 ms)
0.943 R² (0.902 R² .. 0.975 R²)
mean 3.228 ms (3.071 ms .. 3.439 ms)
std dev 433.0 μs (329.2 μs .. 563.3 μs)
variance introduced by outliers: 69% (severely inflated)
benchmarking UTxO (Write)/1 CP x 10 UTxO
time 3.583 ms (3.407 ms .. 3.821 ms)
0.970 R² (0.943 R² .. 0.988 R²)
mean 3.602 ms (3.446 ms .. 3.839 ms)
std dev 463.5 μs (307.3 μs .. 695.7 μs)
variance introduced by outliers: 65% (severely inflated)
benchmarking UTxO (Write)/1 CP x 100 UTxO
time 6.134 ms (5.834 ms .. 6.451 ms)
0.986 R² (0.970 R² .. 0.994 R²)
mean 6.002 ms (5.849 ms .. 6.173 ms)
std dev 392.8 μs (310.1 μs .. 569.3 μs)
variance introduced by outliers: 29% (moderately inflated)
benchmarking UTxO (Write)/1 CP x 1000 UTxO
time 29.62 ms (28.15 ms .. 31.61 ms)
0.990 R² (0.976 R² .. 0.998 R²)
mean 29.83 ms (29.04 ms .. 30.76 ms)
std dev 1.768 ms (1.312 ms .. 2.395 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking UTxO (Write)/1 CP x 10000 UTxO
time 271.5 ms (258.9 ms .. 285.0 ms)
0.998 R² (0.996 R² .. 1.000 R²)
mean 268.5 ms (258.0 ms .. 274.1 ms)
std dev 9.334 ms (3.659 ms .. 12.75 ms)
variance introduced by outliers: 16% (moderately inflated)
benchmarking UTxO (Write)/1 CP x 100000 UTxO
time 2.844 s (2.552 s .. 3.177 s)
0.998 R² (0.994 R² .. 1.000 R²)
mean 2.768 s (2.691 s .. 2.811 s)
std dev 73.91 ms (17.62 ms .. 98.78 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking UTxO (Write)/10 CP x 1000 UTxO
time 316.2 ms (222.6 ms .. 417.3 ms)
0.981 R² (0.979 R² .. 1.000 R²)
mean 316.9 ms (292.7 ms .. 341.0 ms)
std dev 30.48 ms (14.55 ms .. 38.38 ms)
variance introduced by outliers: 22% (moderately inflated)
benchmarking UTxO (Write)/100 CP x 1000 UTxO
time 2.565 s (2.239 s .. 2.766 s)
0.998 R² (0.996 R² .. 1.000 R²)
mean 3.037 s (2.804 s .. 3.226 s)
std dev 261.6 ms (100.5 ms .. 357.2 ms)
variance introduced by outliers: 22% (moderately inflated)
benchmarking UTxO (Read)/1 CP x 0 UTxO
time 5.069 ms (4.804 ms .. 5.363 ms)
0.967 R² (0.923 R² .. 0.993 R²)
mean 4.829 ms (4.619 ms .. 5.102 ms)
std dev 533.6 μs (333.9 μs .. 780.3 μs)
variance introduced by outliers: 54% (severely inflated)
benchmarking UTxO (Read)/1 CP x 10 UTxO
time 4.009 ms (3.720 ms .. 4.293 ms)
0.969 R² (0.931 R² .. 0.991 R²)
mean 4.577 ms (4.387 ms .. 4.897 ms)
std dev 552.9 μs (331.6 μs .. 889.7 μs)
variance introduced by outliers: 58% (severely inflated)
benchmarking UTxO (Read)/1 CP x 100 UTxO
time 5.092 ms (4.932 ms .. 5.252 ms)
0.995 R² (0.991 R² .. 0.998 R²)
mean 5.137 ms (5.054 ms .. 5.201 ms)
std dev 158.1 μs (120.2 μs .. 222.4 μs)
benchmarking UTxO (Read)/1 CP x 1000 UTxO
time 19.79 ms (18.20 ms .. 22.09 ms)
0.953 R² (0.878 R² .. 0.990 R²)
mean 19.86 ms (18.82 ms .. 21.49 ms)
std dev 2.510 ms (1.607 ms .. 4.136 ms)
variance introduced by outliers: 48% (moderately inflated)
benchmarking UTxO (Read)/1 CP x 10000 UTxO
time 161.8 ms (105.9 ms .. 180.0 ms)
0.986 R² (0.937 R² .. 1.000 R²)
mean 151.8 ms (138.0 ms .. 159.9 ms)
std dev 13.51 ms (5.826 ms .. 19.63 ms)
variance introduced by outliers: 18% (moderately inflated)
benchmarking UTxO (Read)/1 CP x 100000 UTxO
time 1.428 s (1.369 s .. 1.555 s)
0.999 R² (0.998 R² .. 1.000 R²)
mean 1.381 s (1.368 s .. 1.406 s)
std dev 23.90 ms (130.2 μs .. 28.16 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking SeqState/1 CP x 10 addr
time 3.379 ms (3.170 ms .. 3.572 ms)
0.976 R² (0.954 R² .. 0.991 R²)
mean 3.311 ms (3.195 ms .. 3.430 ms)
std dev 284.2 μs (212.5 μs .. 396.9 μs)
variance introduced by outliers: 47% (moderately inflated)
benchmarking SeqState/1 CP x 100 addr
time 5.443 ms (5.138 ms .. 5.713 ms)
0.979 R² (0.956 R² .. 0.992 R²)
mean 5.466 ms (5.308 ms .. 5.672 ms)
std dev 427.8 μs (291.6 μs .. 592.0 μs)
variance introduced by outliers: 39% (moderately inflated)
benchmarking SeqState/1 CP x 1000 addr
time 26.29 ms (25.03 ms .. 27.87 ms)
0.993 R² (0.986 R² .. 0.999 R²)
mean 24.41 ms (23.76 ms .. 25.15 ms)
std dev 1.436 ms (1.024 ms .. 2.145 ms)
variance introduced by outliers: 18% (moderately inflated)
benchmarking SeqState/1 CP x 10000 addr
time 217.6 ms (143.9 ms .. 283.6 ms)
0.965 R² (0.948 R² .. 1.000 R²)
mean 249.6 ms (231.4 ms .. 266.7 ms)
std dev 22.71 ms (13.88 ms .. 31.51 ms)
variance introduced by outliers: 18% (moderately inflated)
benchmarking SeqState/1 CP x 100000 addr
time 2.629 s (2.361 s .. 2.815 s)
0.999 R² (0.996 R² .. 1.000 R²)
mean 2.487 s (2.314 s .. 2.552 s)
std dev 120.2 ms (4.664 ms .. 149.2 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking SeqState/10 CP x 1000 addr
time 49.44 ms (44.08 ms .. 54.40 ms)
0.975 R² (0.946 R² .. 0.997 R²)
mean 51.44 ms (49.24 ms .. 54.66 ms)
std dev 4.991 ms (2.424 ms .. 6.888 ms)
variance introduced by outliers: 32% (moderately inflated)
benchmarking SeqState/100 CP x 1000 addr
time 295.9 ms (261.5 ms .. 343.9 ms)
0.992 R² (0.981 R² .. 1.000 R²)
mean 287.5 ms (280.0 ms .. 295.1 ms)
std dev 10.26 ms (5.842 ms .. 14.28 ms)
variance introduced by outliers: 16% (moderately inflated)
benchmarking RndState/1 CP x 10 addr
time 2.544 ms (2.375 ms .. 2.710 ms)
0.963 R² (0.929 R² .. 0.983 R²)
mean 2.614 ms (2.515 ms .. 2.778 ms)
std dev 309.7 μs (192.6 μs .. 439.4 μs)
variance introduced by outliers: 66% (severely inflated)
benchmarking RndState/1 CP x 100 addr
time 3.527 ms (3.271 ms .. 3.754 ms)
0.963 R² (0.931 R² .. 0.987 R²)
mean 3.505 ms (3.340 ms .. 3.797 ms)
std dev 548.9 μs (308.4 μs .. 1.013 ms)
variance introduced by outliers: 77% (severely inflated)
benchmarking RndState/1 CP x 1000 addr
time 8.955 ms (8.512 ms .. 9.397 ms)
0.987 R² (0.977 R² .. 0.994 R²)
mean 8.904 ms (8.689 ms .. 9.127 ms)
std dev 502.1 μs (427.8 μs .. 606.0 μs)
variance introduced by outliers: 25% (moderately inflated)
benchmarking RndState/1 CP x 10000 addr
time 59.16 ms (54.70 ms .. 61.69 ms)
0.988 R² (0.963 R² .. 0.997 R²)
mean 60.60 ms (58.74 ms .. 63.37 ms)
std dev 3.753 ms (2.618 ms .. 4.804 ms)
variance introduced by outliers: 18% (moderately inflated)
benchmarking RndState/1 CP x 100000 addr
time 570.5 ms (549.2 ms .. 602.6 ms)
1.000 R² (0.999 R² .. 1.000 R²)
mean 585.9 ms (576.4 ms .. 598.2 ms)
std dev 13.13 ms (3.653 ms .. 17.76 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking RndState/10 CP x 1000 addr
time 561.2 ms (494.1 ms .. 708.5 ms)
0.992 R² (0.984 R² .. 1.000 R²)
mean 513.5 ms (500.1 ms .. 539.3 ms)
std dev 25.48 ms (685.7 μs .. 30.17 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking RndState/100 CP x 1000 addr
time 52.21 s (48.98 s .. 54.44 s)
1.000 R² (0.999 R² .. 1.000 R²)
mean 51.66 s (51.02 s .. 52.21 s)
std dev 797.5 ms (352.6 ms .. 1.031 s)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Write)/1 w/ 1i + 1o [1..10]
time 2.018 ms (1.821 ms .. 2.215 ms)
0.926 R² (0.865 R² .. 0.967 R²)
mean 2.526 ms (2.375 ms .. 2.704 ms)
std dev 415.1 μs (339.3 μs .. 510.2 μs)
variance introduced by outliers: 77% (severely inflated)
benchmarking TxHistory (Write)/10 w/ 1i + 1o [1..10]
time 2.959 ms (2.738 ms .. 3.186 ms)
0.961 R² (0.932 R² .. 0.982 R²)
mean 3.299 ms (3.147 ms .. 3.471 ms)
std dev 400.0 μs (301.7 μs .. 564.0 μs)
variance introduced by outliers: 63% (severely inflated)
benchmarking TxHistory (Write)/10 w/ 10i + 10o [1..10]
time 7.899 ms (7.527 ms .. 8.293 ms)
0.989 R² (0.981 R² .. 0.995 R²)
mean 7.345 ms (7.138 ms .. 7.553 ms)
std dev 511.7 μs (425.2 μs .. 624.8 μs)
variance introduced by outliers: 31% (moderately inflated)
benchmarking TxHistory (Write)/10 w/ 50i + 100o [1..10]
time 53.62 ms (47.93 ms .. 57.53 ms)
0.978 R² (0.931 R² .. 0.997 R²)
mean 54.73 ms (51.41 ms .. 59.62 ms)
std dev 7.023 ms (3.806 ms .. 10.75 ms)
variance introduced by outliers: 44% (moderately inflated)
benchmarking TxHistory (Write)/10 w/ 255i + 255o [1..100]
time 166.2 ms (145.8 ms .. 180.3 ms)
0.992 R² (0.983 R² .. 1.000 R²)
mean 151.8 ms (145.0 ms .. 157.7 ms)
std dev 9.344 ms (6.262 ms .. 13.87 ms)
variance introduced by outliers: 13% (moderately inflated)
benchmarking TxHistory (Write)/100 w/ 10i + 10o [1..100]
time 65.11 ms (56.94 ms .. 76.31 ms)
0.969 R² (0.915 R² .. 0.998 R²)
mean 65.39 ms (62.09 ms .. 69.57 ms)
std dev 6.323 ms (4.347 ms .. 8.712 ms)
variance introduced by outliers: 28% (moderately inflated)
benchmarking TxHistory (Write)/100 w/ 50i + 100o [1..100]
time 546.7 ms (387.3 ms .. 704.4 ms)
0.989 R² (0.960 R² .. 1.000 R²)
mean 526.1 ms (507.0 ms .. 558.2 ms)
std dev 30.39 ms (7.684 ms .. 38.90 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Write)/100 w/ 255i + 255o [1..100]
time 1.731 s (1.481 s .. 1.897 s)
0.998 R² (0.992 R² .. 1.000 R²)
mean 1.621 s (1.522 s .. 1.677 s)
std dev 96.13 ms (29.17 ms .. 130.9 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Write)/1000 w/ 10i + 10o [1..1000]
time 554.0 ms (512.9 ms .. 583.7 ms)
0.999 R² (0.998 R² .. 1.000 R²)
mean 559.0 ms (552.8 ms .. 566.8 ms)
std dev 8.040 ms (3.100 ms .. 11.02 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Write)/1000 w/ 50i + 100o [1..1000]
time 4.592 s (4.014 s .. 4.937 s)
0.998 R² (0.995 R² .. 1.000 R²)
mean 4.842 s (4.663 s .. 5.131 s)
std dev 283.6 ms (3.899 ms .. 360.3 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Write)/1000 w/ 255i + 255o [1..1000]
time 14.42 s (13.98 s .. 15.46 s)
0.999 R² (0.999 R² .. 1.000 R²)
mean 14.10 s (14.00 s .. 14.28 s)
std dev 177.2 ms (5.722 ms .. 212.1 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Write)/10000 w/ 10i + 10o [1..10000]
time 5.793 s (5.746 s .. 5.837 s)
1.000 R² (1.000 R² .. 1.000 R²)
mean 5.814 s (5.800 s .. 5.838 s)
std dev 22.72 ms (3.755 ms .. 29.17 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Read)/1000 [1..100] DESC - *
time 3.111 s (2.894 s .. 3.342 s)
0.999 R² (NaN R² .. 1.000 R²)
mean 3.351 s (3.230 s .. 3.447 s)
std dev 121.3 ms (59.69 ms .. 160.2 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Read)/1000 [1..100] ASC - *
time 3.182 s (2.844 s .. 3.351 s)
0.999 R² (0.997 R² .. 1.000 R²)
mean 3.371 s (3.275 s .. 3.427 s)
std dev 93.88 ms (27.85 ms .. 127.6 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Read)/1000 [1..1000] DESC - *
time 3.518 s (3.237 s .. 3.736 s)
0.999 R² (0.999 R² .. 1.000 R²)
mean 3.458 s (3.389 s .. 3.493 s)
std dev 66.33 ms (32.05 ms .. 80.19 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Read)/1000 [1..100] DESC pending *
time 955.7 ms (712.4 ms .. 1.289 s)
0.982 R² (0.976 R² .. 1.000 R²)
mean 829.7 ms (779.1 ms .. 897.1 ms)
std dev 68.89 ms (23.29 ms .. 93.21 ms)
variance introduced by outliers: 21% (moderately inflated)
benchmarking TxHistory (Read)/1000 [1..100] DESC - 40..60
time 135.4 ms (94.69 ms .. 166.4 ms)
0.986 R² (0.980 R² .. 1.000 R²)
mean 154.6 ms (140.7 ms .. 160.1 ms)
std dev 9.667 ms (1.847 ms .. 12.70 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Read)/1000 [1..10000] DESC - 42..1337
time 3.182 s (2.610 s .. 4.009 s)
0.993 R² (0.978 R² .. 1.000 R²)
mean 3.286 s (3.125 s .. 3.388 s)
std dev 167.7 ms (87.87 ms .. 236.0 ms)
variance introduced by outliers: 19% (moderately inflated)
benchmarking TxHistory (Read)/10000 [1..100] DESC - 40..60
time 21.48 s (17.82 s .. 23.75 s)
0.997 R² (0.990 R² .. 1.000 R²)
mean 19.03 s (17.94 s .. 20.13 s)
std dev 1.290 s (1.083 s .. 1.455 s)
variance introduced by outliers: 20% (moderately inflated)
benchmarking TxHistory (Read)/10000 [1..10000] DESC - 42..1337
time 6.274 s (6.142 s .. 6.343 s)
1.000 R² (1.000 R² .. 1.000 R²)
mean 6.246 s (6.205 s .. 6.262 s)
std dev 29.77 ms (459.4 μs .. 36.66 ms)
variance introduced by outliers: 19% (moderately inflated)
--
Database disk space usage tests for UTxO
File size /100 CP x 0 UTxO
bench22158-7.db 4 KB
bench22158-7.db-shm 32 KB
bench22158-7.db-wal 249 KB
bench22158-7.db (closed) 192 KB
File size /1000 CP x 0 UTxO
bench22158-8.db 4 KB
bench22158-8.db-shm 32 KB
bench22158-8.db-wal 555 KB
bench22158-8.db (closed) 496 KB
File size /10 CP x 10 UTxO
bench22158-9.db 4 KB
bench22158-9.db-shm 32 KB
bench22158-9.db-wal 257 KB
bench22158-9.db (closed) 192 KB
File size /100 CP x 10 UTxO
bench22158-10.db 4 KB
bench22158-10.db-shm 32 KB
bench22158-10.db-wal 639 KB
bench22158-10.db (closed) 572 KB
File size /1000 CP x 10 UTxO
bench22158-11.db 4 MB
bench22158-11.db-shm 32 KB
bench22158-11.db-wal 4 MB
bench22158-11.db (closed) 4 MB
File size /10 CP x 100 UTxO
bench22158-12.db 4 KB
bench22158-12.db-shm 32 KB
bench22158-12.db-wal 599 KB
bench22158-12.db (closed) 532 KB
File size /100 CP x 100 UTxO
bench22158-13.db 3 MB
bench22158-13.db-shm 32 KB
bench22158-13.db-wal 4 MB
bench22158-13.db (closed) 3 MB
File size /1000 CP x 100 UTxO
bench22158-14.db 37 MB
bench22158-14.db-shm 96 KB
bench22158-14.db-wal 38 MB
bench22158-14.db (closed) 37 MB
File size /10 CP x 1000 UTxO
bench22158-15.db 3 MB
bench22158-15.db-shm 32 KB
bench22158-15.db-wal 3 MB
bench22158-15.db (closed) 3 MB
File size /100 CP x 1000 UTxO
bench22158-16.db 37 MB
bench22158-16.db-shm 96 KB
bench22158-16.db-wal 37 MB
bench22158-16.db (closed) 37 MB
File size /1000 CP x 1000 UTxO
bench22158-17.db 378 MB
bench22158-17.db-shm 768 KB
bench22158-17.db-wal 380 MB
bench22158-17.db (closed) 378 MB
Database disk space usage tests for TxHistory
File size /100 w/ 10i + 20o
bench22158-18.db 4 KB
bench22158-18.db-shm 32 KB
bench22158-18.db-wal 1 MB
bench22158-18.db (closed) 1 MB
File size /1000 w/ 10i + 20o
bench22158-19.db 9 MB
bench22158-19.db-shm 32 KB
bench22158-19.db-wal 9 MB
bench22158-19.db (closed) 9 MB
File size /10000 w/ 10i + 20o
bench22158-20.db 92 MB
bench22158-20.db-shm 192 KB
bench22158-20.db-wal 92 MB
bench22158-20.db (closed) 92 MB
File size /100000 w/ 10i + 20o
bench22158-21.db 920 MB
bench22158-21.db-shm 1 MB
bench22158-21.db-wal 926 MB
bench22158-21.db (closed) 920 MB
File size /100 w/ 50i + 100o
bench22158-22.db 4 MB
bench22158-22.db-shm 32 KB
bench22158-22.db-wal 4 MB
bench22158-22.db (closed) 4 MB
File size /1000 w/ 50i + 100o
bench22158-23.db 47 MB
bench22158-23.db-shm 96 KB
bench22158-23.db-wal 47 MB
bench22158-23.db (closed) 47 MB
File size /10000 w/ 50i + 100o
bench22158-24.db 471 MB
bench22158-24.db-shm 960 KB
bench22158-24.db-wal 474 MB
bench22158-24.db (closed) 471 MB
File size /100000 w/ 50i + 100o
bench22158-25.db 4 GB
bench22158-25.db-shm 9 MB
bench22158-25.db-wal 4 GB
bench22158-25.db (closed) 4 GB
Benchmark db: FINISH
Success! Waiting for next file change.
```
increase the maximum address pool gap to 100 000
This is probably _unsound_ and will revert if it turns out to be a bad experiment.
Resize QSM checkpoints generator in terms of the number of steps
The main effect of this change is to make sure that checkpoints generated in by the QSM tests have increasing slot numbers, and that they also generate address states that are bigger and bigger. Before this change, we would see commands such as: - putCheckpoint (RndState [addr1, addr2, addr3]) - putCheckpoint (RndState []) Which is basically not possible in practice; addresses don't disappear. Another approach could have been to adjust a bit our database model to keep track of address state in a sparse way as well. Ideally, we should also decrease the "size" factor with rollbacks although, to do it well, we need to have a coupling between the generator and the transition function advancing the model (to make sure to shrink the size by the right factor).
time and space optimization of address persistence
We currently re-write the entire address state for each checkpoint, whereas the address state is by essence, an ever growing list of addresses. Unlike UTxOs, used addresses aren't disappearing from the state, so an easy win to avoid inserting the same addresses over and over is to actually make a diff and only store the diff, if necessary.
Analyzing our 2 cases:
##### Sequential addresses
Since addresses are derived sequentially, it suffices to look at the higher index stored in the database, and only store addresses with indexes beyond that.
Benchmark | Before | After
----------------------------- | ------- | -------
SeqState/10 CP x 10 addr | 14.86ms | 10.94ms
SeqState/10 CP x 10000 addr | 2.019s | 485.5ms
SeqState/100 CP x 10 addr | 78.60ms | 55.99ms
SeqState/100 CP x 10000 addr | 21.53s | 3.814s
##### Random addresses
These are a bit more complicated. To make a proper diff, we need to first lookup all known indexes from the database, and remove them from the in-memory map representing currently known addresses. And, store the diff. It isn't necessarily faster to select all indexes, make a diff in memory, and store the result, but it isn't significantly slower either. Random wallets are already deprecated so this is simply another good reason to stop using them.
Benchmark | Before | After
----------------------------- | ------- | -------
RndState/10 CP x 10 addr | 6.812ms | 8.987ms
RndState/10 CP x 10000 addr | 754.2ms | 819.9ms
RndState/100 CP x 10 addr | 44.57ms | 44.35ms
RndState/100 CP x 10000 addr | 7.529s | 8.281s
Now, this introduces a fundamental change in how we manage this address state. Before, we would have a set of rows for each slot at which a checkpoint was created; These rows would be ALL the addresses known at this particular slot. Now, we only store the newly discovered addresses at that slot!
```
s0 s1 s2 s3 s4 s0 s1 s2 s3 s4
┌──┬──┬──┬──┬──┐ ┌──┬──┬──┬──┬──┐
│a0│a0│a0│a0│a0│ __ _____ │a0│ │ │ │ │
│ │a1│a1│a1│a1│ \ \ / / __| │ │a1│ │ │ │
│ │ │ │a2│a2│ \ V /\__ \ │ │ │ │a2│ │
│ │ │ │a3│a3│ \_/ |___/ │ │ │ │a3│ │
│ │ │ │ │a4│ │ │ │ │ │a4│
└──┴──┴──┴──┴──┘ └──┴──┴──┴──┴──┘
```
This requires thereby some changes:
a. Remove the foreign key to the checkpoint table with cascade delete
b. Remove address state manually when relevant (rollbacks)
c. Do not prune the address state, it is pruned by construction
d. To reconstruct the state, select not only addresses from a slot S
but also all the addresses from previous slots.
Additional cases to cover not enough fee and not enough money on withdrawals
Add more reward wallets
additional tests for redeem rewards
bump tls' dependency version to include support for TLS-1.3
bump tls' dependency version to include support for TLS-1.3
Merge branch 'gh-pages-deploy' into gh-pages
ad68748c130435b8e98f81b4e656480eb7d3dd7a
Merge #2002
2002: Specify that `payments` should be a non-empty list. r=jonathanknowles a=jonathanknowles # Issue Number #2000 # Overview This PR: - [x] adjusts the Swagger specification to indicate that `payments` (for `ApiPostTransactionData` and other related types) should be a non-empty list. - [x] adjusts the unit tests to only generate `ApiTransaction` values with non-empty lists of outputs. - [x] adds a reminder to investigate whether or not the `outputs` field of the `ApiTransaction` type should also be a non-empty list. (See https://jira.iohk.io/browse/ADP-400) Co-authored-by: Jonathan Knowles <[email protected]>