= Bitcoin Inscription Indexer :idprefix: :idseparator: - :nofooter: :sectanchors: :sectlinks: :sectnumlevels: 6 :sectnums: :toc-title: :toc: macro :toclevels: 6 An attempt to index all inscriptions in the Bitcoin blockchain, including ASCII strings of length 20 or more with <> and <> ordering, plus media like images and other interesting transactions. Previously: "bitcoin-strings-with-txids". A selection of interesting content is being published at: https://cirosantilli.com/cool-data-embedded-in-the-bitcoin-blockchain This project is slow because of Python and incomplete because of lack of time, not something to be proud of yet. But when fun requires we kick it a little bit forward. Also we haven't touched ordinals yet. Ugly little things anyways. Raw JPEGs 4ever. Next step: make sure we got all the non-AtomSea-non-cryptograffiti PNGs and JPEGs with `binwalk`. Prerequisite: https://cirosantilli.com/get-bitcoin-transaction-id-from-position-in-dat-file[] to find the tx IDs. toc::[] == How the data is organized The Bitcon blockchain is composed of a linear list of blocks, each containing a list confirmed transactions. Each of our files corresponds to 1000 blocks, e.g.: * link:data/in/0000.txt[] * link:data/in/0001.txt[] * link:data/in/0002.txt[] and so on. Those first files in particular are however empty, because there was no ASCII encoded data in them. Such empty files basically never happen on the modern blockchain where spam is constant, only in the very early days. The mining difficulty is recalibrated every two weeks such that each block will take about 10 minutes to mine. Therefore 1000 blocks corresponds to about 7 days of real time approximately. Each transaction has <>. Strings found in the inputs are kept under link:data/in[], and strings found in the outputs are kept under link:data/out[], e.g.: * link:data/out/0000.txt[] * link:data/out/0001.txt[] * link:data/out/0002.txt[] Within each txt file, each ASCII string is preceeded by the ID of the transaction it appears in. For example, under: link:data/in/0139.txt[] we see: .... tx ddfdf53423f7e2742ca92b217a9d788522a661a240b12a4f9d6934902be0832b blk 139717 txid 0 Eligius/Benedictus Deus. Benedictum Nomen Sanctum eius. tx 23befff6eea3dded0e34574af65c266c9398e7d7d9d07022bf1cd526c5cdbc94 blk 139758 txid 8 *************************************************** .... which means that there were two transactions: * the first with ID `ddfdf53423f7e2742ca92b217a9d788522a661a240b12a4f9d6934902be0832b`, which was mined on block 139717 as the very first transaction (txid 0) with ASCII content `Eligius/Benedictus Deus. Benedictum Nomen Sanctum eius.` * the second with ID `23befff6eea3dded0e34574af65c266c9398e7d7d9d07022bf1cd526c5cdbc94`, which was mined on block 139758 as the 9th transaction (txid 8, 0-based) with ASCII content `+***************************************************+` == How to view the ASCII data You could click on the files one by one on the web UI: <>, e.g. link:data/in/0132.txt[], but it is going to get tiresome. More practically therefore you can do from a terminal: .... git clone https://github.com/cirosantilli/bitcoin-strings-with-txid cd bitcoin-strings-with-txid tail -n+1 data/in/* data/out/* | less .... However, the majority of data in the blockchain, like everywhere else in the Interent, is crap, especially after a its https://en.wikipedia.org/wiki/Eternal_September[Eternal September] started. To try and filter some of the spam, see: <>. == Data mining hacks The huge majority of ASCII messages in the blockchain are automated miner messages, therefore the first thing is to look into outputs only: <>. Longer lines tend to be more interesting than shorter ones, especially for miner messages: .... awk 'length>63' data/in/* | grep -Ev '^tx ' | less awk 'length>63' data/out/* | grep -Ev '^tx ' | less .... 64 bytes notably catches ASCII encodings of other hashes found in indexes. This helps cut some miner noise as well: .... ./mine.sh data/out/* | less .... Split up transactions into separate files, and view the largest transactions: .... mkdir -p tmp/csplit/out cd data/out for f in *; do csplit --prefix ../../tmp/csplit/out/${f%.txt}_ $f '/^tx /' '{*}'; done cd ../../tmp/csplit/out ls -S | xargs cat | less .... Scrolling through this is a reasonable approach to find large ASCII arts. We can also try by newline count: .... ls | xargs wc | sort -nk1 | grep -v total | awk '{print $4}' | xargs cat .... == Indexes Besides link:data/in[] and link:data/out[], the link:data/[] directory also contains some files which index some other interesting stuff besides ASCII strings. Since we are already going to all this trouble to properly index the ASCII strings, this comes basically for free. === Image indexing Interesting finds commented at: https://cirosantilli.com/cool-data-embedded-in-the-bitcoin-blockchain#images The following files index all transactions such that the very start of their script constants matches known file signatures: * link:data/jpeg[]: `FFD8FF` * link:data/png[]: `89504E470D0A1A0A` All those possible indexed images can be quickly downloaded from https://blockchain.info[] without the need to download the entire blockchain yourself with link:download_tx_consts.py[]: .... sudo apt install libleveldb-dev python3 -m pip install --user -r requirements.txt ./download_tx_consts.py --images xdg-open data/bin/.jpg .... Many of the indexed transactions are just coincidences that start with the signature bytes, but are not actually images, to remove the corrupt ones you can use: .... cd data/bin for f in *; do identify $f &>/dev/null || rm $f; done .... But there aren't that many hits total, and it is easy to go over all of them very quickly with an image viewer like `eog` to find the actual images. You can also get the raw bytes for any transaction, including e.g. images with link:download_tx_consts.py[]. E.g. to get Tankman: .... ./download_tx_consts.py ca4f11131eca6b4d61daf707a470cfccd1ef3d80a6f8b70f1f07616b451ca64e mv ca4f11131eca6b4d61daf707a470cfccd1ef3d80a6f8b70f1f07616b451ca64e.bin tankman.jpg .... This feature is similar to https://cryptograffiti.info[] but they apparently are tracking only the Bitcoin Cash fork of Bitcoin Core, which is much less popular and therefore less interesting as of 2021. TODO how to download from a local full note instead of from https://blockchain.info[]? All `-s` options seem broken currently, partly becuse of a lack of requirements.txt entry. Oops, got to revive them. ==== satoshi_uploader Data uploaded in the format of https://cirosantilli.com/satoshi-uploader Index at: link:data/satoshi_uploader[] Download all with: .... ./download_tx_consts.py --satoshi-all file data/bin/.bin .... tx 8f3b90d8de36b424a0afd51dee41d439b364079967ebf161302aa7b5a9094711 block 234011 is the last cables leak file, everything that comes before that belongs to the initial upload surge and has been fully understood. ==== atomsea Data uploaded in the format of https://cirosantilli.com/atomsea-and-embii Index at: link:data/atomsea[] For each ID there, you can see the upload at: `http://bitfossil.org//`, e.g. the second one ever is the "I WONDER WHAT HISTORY WILL THINK ABOUT THESE FIRST FEW BUGS" message: http://bitfossil.org/c9d1363ea517cd463950f83168ce8242ef917d99cd6518995bd1af927d335828/ A clickable list can be found at: <>. Open all on the browser at once https://unix.stackexchange.com/questions/17659/opening-multiple-urls-from-a-text-file-as-different-tabs-in-firefox-chrome !!! .... sed -r 's/^/* http:\/\/bitfossil.org\//' data/atomsea | xargs chromium-browser --new-tab .... TODO: noticed half way that stuff like http://bitfossil.org/747f5038e954a53e947b71c1b5f3a7c61c854fc310247ac79359f099b07a19b1/index.htm was missed and got lazy to patch. Payload bytes on wire are: .... 00000000 53 49 47 7c 30 30 30 30 30 38 38 3f 48 39 67 56 |SIG|0000088?H9gV| 00000010 75 67 4b 33 6a 4e 4f 67 5a 44 38 57 43 46 4d 63 |ugK3jNOgZD8WCFMc| 00000020 61 56 74 76 51 76 4e 36 69 2f 57 62 6e 66 68 6a |aVtvQvN6i/Wbnfhj| 00000030 42 4e 70 7a 62 6b 47 68 47 5a 4e 68 4b 36 72 6b |BNpzbkGhGZNhK6rk| 00000040 2b 76 45 38 52 4d 68 73 32 61 64 74 32 51 34 57 |+vE8RMhs2adt2Q4W| 00000050 63 35 79 78 63 34 43 49 64 37 51 66 6a 64 5a 54 |c5yxc4CId7QfjdZT| 00000060 4e 65 6f 3d 3f 30 30 30 30 30 30 30 30 30 30 30 |Neo=?00000000000| 00000070 30 30 30 30 30 33 31 3e 23 65 6d 62 69 69 20 26 |0000031>#embii &| 00000080 20 23 50 61 79 75 20 41 74 20 23 4d 61 7a 61 20 | #Payu At #Maza | 00000090 43 65 6e 74 72 61 6c 4c 4e 4b 3e 30 30 30 30 30 |CentralLNK>00000| 000000a0 30 30 30 30 30 30 30 30 30 30 30 36 36 3c 37 65 |0000000000066<7e| 000000b0 32 34 64 37 38 65 34 65 61 34 33 64 62 64 30 64 |24d78e4ea43dbd0d| 000000c0 34 36 36 62 62 61 34 32 9e 39 20 68 a1 cd 6a ea |466bba42.9 h..j.| 000000d0 95 01 2b fa aa 8e c0 72 1a b6 2a 8c 38 39 63 37 |..+....r..*.89c7| 000000e0 32 31 62 39 61 61 30 32 36 38 63 35 37 39 36 36 |21b9aa0268c57966| 000000f0 31 34 66 36 39 61 30 34 35 37 33 31 33 62 37 31 |14f69a0457313b71| 00000100 65 31 0d 0a 65 6d 62 69 69 20 26 20 50 61 79 75 |e1..embii & Payu| 00000110 20 61 74 20 4d 61 7a 61 20 43 65 6e 74 72 61 6c | at Maza Central| 00000120 2e 6a 70 67 22 30 31 33 31 32 30 2f ff d8 ff e0 |.jpg"013120/....| 00000130 00 10 4a 46 49 46 00 01 01 01 00 c0 00 c0 00 00 |..JFIF..........| .... Here's one with photo: http://bitfossil.org/5d6e26df7030a3d719b4c203334d045a5f73fdba1f2627cebf3959a891d5463c/ on the wire: .... 00000000 53 49 47 5c 30 30 30 30 30 38 38 2a 49 47 54 69 |SIG\0000088*IGTi| 00000010 75 6d 6e 36 51 61 66 63 41 44 73 79 35 6d 2f 44 |umn6QafcADsy5m/D| 00000020 37 68 48 37 4f 6f 5a 54 6a 6a 33 48 51 37 32 6b |7hH7OoZTjj3HQ72k| 00000030 53 71 72 4e 4c 76 69 36 4b 63 30 2b 43 74 33 30 |SqrNLvi6Kc0+Ct30| 00000040 34 75 56 6a 78 49 39 75 63 6c 45 64 6e 52 5a 67 |4uVjxI9uclEdnRZg| 00000050 72 58 62 36 49 63 6e 34 6f 5a 61 50 64 77 62 30 |rXb6Icn4oZaPdwb0| 00000060 37 7a 59 3d 22 30 30 30 30 30 30 30 30 30 30 30 |7zY="00000000000| 00000070 30 30 30 30 30 30 36 7c 23 65 6d 62 69 69 4c 4e |0000006|#embiiLN| 00000080 4b 3c 30 30 30 30 30 30 30 30 30 30 1b d2 40 ea |K<0000000000..@.| 00000090 75 fb e3 d7 6c ab 7c a5 28 73 92 4a 80 98 97 87 |u...l.|.(s.J....| 000000a0 30 30 30 30 30 30 30 30 30 30 31 33 32 3e 35 62 |0000000000132>5b| 000000b0 66 64 36 65 61 62 32 64 66 32 65 62 36 31 35 64 |fd6eab2df2eb615d| 000000c0 64 37 32 31 37 32 34 30 38 65 30 32 65 30 37 66 |d72172408e02e07f| 000000d0 64 64 62 61 32 66 30 30 66 65 64 39 62 38 30 63 |ddba2f00fed9b80c| 000000e0 64 36 36 63 30 62 31 31 35 65 65 30 33 64 0d 0a |d66c0b115ee03d..| 000000f0 62 33 39 61 35 66 38 38 39 32 63 35 35 61 32 66 |b39a5f8892c55a2f| 00000100 33 66 66 31 38 36 38 30 32 31 64 38 61 33 66 33 |3ff1868021d8a3f3| 00000110 39 61 39 35 38 33 36 66 33 39 65 62 62 36 38 36 |9a95836f39ebb686| 00000120 62 33 32 61 39 63 65 61 31 64 65 66 33 31 66 36 |b32a9cea1def31f6| 00000130 0d 0a 23 23 23 23 23 23 23 23 23 23 23 23 23 00 |..#############.| 00000140 65 6d 62 69 69 23 23 23 23 23 23 23 23 23 23 23 |embii###########| 00000150 23 23 23 23 40 b2 26 63 82 39 e1 7a 40 75 78 16 |####@.&c.9.z@ux.| 00000160 ac 5e 45 b5 17 d3 4b 23 8d b9 67 69 15 86 d1 93 |.^E...K#..gi....| 00000170 77 0e 91 6d 8c b9 47 5d 41 18 09 49 |w..m..G]A..I| .... All of those can be easily found however with: .... git grep -Er '^SIG\b' -B1 | grep txt-tx | grep -Ff data/atomsea -v | awk '{print "http://bitfossil.org/" $2}' # | xargs chromium-browser --new-tab .... which gives a few hundred hits. This might be due to the addition of signatures at some point: http://bitfossil.org/7e79661bde52d5acbb746a2e813c738a2b962b972299ffc0669428dee04d0378/ "Just imported my profile and signature into a new #Apertus 0.3.3 client. #Groovy" They seem to have added signatures in a way that they are backwards compatible, e.g.: * http://bitfossil.org/9777d574716081a3fc25ea66590cb9d8b171b4c180cad3dc1a16997263207b6c/ * http://bitfossil.org/7c0b2e91221044ce7d5dbdf3f8e48e5e6c27c47190c24ced6584b0658e4d542a/ both reuse the same data. Another format we missed which starts with an asterisk for whatever reason: * http://bitfossil.com/b58e817c7fcd2552a6934cd64ff58d0405f81ea0786d3cd85c225ffe20b9018a + .... 00000000 2a 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 |*000000000000000| 00000010 30 37 36 5c 49 73 20 23 53 61 74 6f 73 68 69 20 |076\Is #Satoshi | 00000020 23 4e 61 6b 61 6d 6f 74 6f 20 23 43 72 61 69 67 |#Nakamoto #Craig| 00000030 57 72 69 67 68 74 3f 0d 0a 23 53 61 74 6f 73 68 |Wright?..#Satosh| 00000040 69 4e 61 6b 61 6d 6f 74 6f 20 23 43 72 61 69 67 |iNakamoto #Craig| 00000050 20 23 53 74 65 76 65 6e 20 23 57 72 69 67 68 74 | #Steven #Wright| 00000060 44 72 5f 43 72 61 69 67 5f 57 72 69 67 68 74 2e |Dr_Craig_Wright.| 00000070 6a 70 67 3a 30 30 30 30 30 30 30 30 30 30 30 30 |jpg:000000000000| 00000080 30 30 30 34 31 32 34 3c ff d8 ff e0 00 10 4a 46 |0004124<......JF| .... + Maybe this is a format for things that fit entirely into one tx, without including any sub ransactions, this gives a few dozen hits: + .... sep='([!@#$%&*()?<>{}+=_/\]|\^|-|\|)' git grep -E "^${sep}[0-9]{18}${sep}" .... + OK, so what happens is that the toplevel is somewhat optional, e.g.: + * http://bitfossil.com/4fb8620ccff8015a74cd3522f6dbee2821a0db48185f919050fb1ee572f30921/ * http://bitfossil.com/760422f1c3530e43599b4358ac73944c9903a1131d2410940426def8e8e46976/ * text dumps: + .... tx 760422f1c3530e43599b4358ac73944c9903a1131d2410940426def8e8e46976 blk 408354 txid 1073 *000000000000000277?NASA: A purple nebula, in honor of #Prince, who passed away today. .... * text dumps: + .... tx 4fb8620ccff8015a74cd3522f6dbee2821a0db48185f919050fb1ee572f30921 blk 408355 txid 1670 %760422f1c3530e43599b4358ac73944c9903a1131d2410940426def8e8e46976>858\760422f1c3530e43599b4358ac73944c9903a1131d2410940426def8e8e46976 bb18648d89276a878791177a59cf763c6e8a28a093a30337b0cf356a33c0d492 .... + So if the entire text or image fits in on transaction, it gets shown. Anything cut off gets ignored. ===== atomsea-from-bitfossil link:data-manual/atomsea-from-bitfossil[] File format: .... tx_hash tx_size tx_time .... Same as link:atomsea[] ideally, but downloaded from the canonical source http://bitfossil.com/catalog.htm and filtered for Bitcoin only. Generated with: link:data-manual/atomsea-from-bitfossil[]. Oh and their indexer seems to be very broken, the false positive rate seems huge, which is why we also dump the size to serve as heuristic. But even still, it's way too hight to be useful. ===== atomsea-from-strings link:data/atomsea-from-strings[] Genereated with: link:atomsea-from-strings[] This script extracts atomsea txes from the strings dump. This should work quite well since atomsea uploads all use ASCII metadata in them, except for the spurious change transaction which may blow us up from time to time. Ideally we should do this extraction from link:main.py[], but we've missed some patterns there, and re-running that script is slow, and working on ASCII alone will be way faster. ===== atomsea-leaves link:data/atomsea-leaves[] Generated with link:atomsea-leaves[] Must be run after strings have been extracted. Loop over all atomsea toplevel transactions and extract all leave transactions from them. E.g. for `NelsonMandela.jpg` the toplevel is: .... tx 78f0e6de0ce007f4dd4a09085e649d7e354f70bc7da06d697b167f353f115b8e blk 273536 txid 1827 8881a937a437ff6ce83be3a89d77ea88ee12315f37f7ef0dd3742c30eef92dba|396*8881a937a437ff6ce83be3a89d77ea88ee12315f37f7ef0dd3742c30eef92dba 575061146335bd57f2dc132112152d0eeea44cf187ea6a52ac02435a7e5bea44 674c7cc34ea44bb276c6caf76f2b28fa1597380ab6e6a6906076d8f7229ca5b3 8e2642416ad20924b43f51a633fa1c0a5ba8e4a7b631877db1c64540a42081c9 a3084018096b92af04df57b6116e01ff4b7c7e8bd228235ed49e23f4a2817029 39348722b841afa0c5b67e5af10839afe965ed1b24874e89336bea9fa4ef3091 tomSea & EMBII .... and so we extract: .... 8881a937a437ff6ce83be3a89d77ea88ee12315f37f7ef0dd3742c30eef92dba 575061146335bd57f2dc132112152d0eeea44cf187ea6a52ac02435a7e5bea44 674c7cc34ea44bb276c6caf76f2b28fa1597380ab6e6a6906076d8f7229ca5b3 8e2642416ad20924b43f51a633fa1c0a5ba8e4a7b631877db1c64540a42081c9 a3084018096b92af04df57b6116e01ff4b7c7e8bd228235ed49e23f4a2817029 39348722b841afa0c5b67e5af10839afe965ed1b24874e89336bea9fa4ef3091 .... The use case for this is to remove atomsea hits from binwalk-based exploration to search more easily for non-atomsea. ==== Ordinals To do just them you can start from: .... ./main.py -i ordinals --start 767000 .... which extracts files from ordinals and dumps them under `data/ordinals//txid[4:64]-.`. The first ordinal is after 767000, so doing it on anything prior is useless. `` is analogous to the i0 on ordinals.com and denotes the index of the inscription within a given transaction. It also produces an index data/ordinals.tmp/ordinals.csv which we have uploaded to https://archive.org/details/bitcoin-ordinal-inscriptions.csv Sample data: .... 6fb976ab49dcec017f1e201e84395983204ae1a7c2abf7ced0a85d692e442799,0,1,767430,image/png,793 26482871f33f1051f450f2da9af275794c0b5f1c61ebf35e4467fb42c2813403,0,1,767753,image/png,20266 c17dd02a7f216f4b438ab1a303f518abfc4d4d01dcff8f023cf87c4403cb54ca,0,1,768094,image/gif,9371 .... format: * `txid`: 6fb976ab49dcec017f1e201e84395983204ae1a7c2abf7ced0a85d692e442799 * `incription_sindex`: `0` * `segwit_index`: `1` * `mime`: `iamge/png` * `payload_len`: 793 bytes ===== Ordinals nudity detection link:ordinals-detect-porn[] attempts to detect porn on <>. Currently the only thing that it runs is https://github.com/notAI-tech/NudeNet which detects nudity, but not sex. It produces the file: link:data/ordinals-nudenet[]. ==== binwalk The directory link:data/binwalk[] contains possible files found by signature with binwalk: https://github.com/ReFirmLabs/binwalk To generate it first do a raw binwalk run link:binwalk[]: .... ./binwalk .... which takes several hours and dumps logs under `data/binwalk.tmp` stating where each file signature is found in each bitcoin .dat file. Next obtain <> and run: .... ./binwalk-get-tx .... which also takes several hours and uses <> to map each signature found to its corresponding txid producing a directory: .... data/binwalk .... which contains files: .... 0000.csv 0001.csv .... Each of those files contains 2000 lines, each with a binwalk hit, ordered in natural blockchain order. Sample line: .... 8a940f44b09744533577ba4605049d90c2e4964ef863aa396be2df0d40d8e85a,7777,135,"Intel x86 or x64 microcode, sig 0xf01b486f, pf_mask 0x4ebe2255, 1AFA-16-26, rev 0x3359ba8f, size 2048" .... which contains: * txid: `8a940f44b09744533577ba4605049d90c2e4964ef863aa396be2df0d40d8e85a` * block: `7777` * transaction size in bytes: `135` * binwalk description: `Intel x86 or x64 microcode, sig 0xf01b486f, pf_mask 0x4ebe2255, 1AFA-16-26, rev 0x3359ba8f, size 2048` This intermediate result is useful but also large, so we store it in a separate data repository that is tracked as a git submodule of this repository: https://github.com/cirosantilli/bitcoin-inscription-indexer-binwalk After `data/binwalk` is obtained, we filter and sort it a bit to highlight inscriptions we might not yet know about with link:binwalk-mine[]: .... ./binwalk-mine .... This attempts to data mine the binwalk results by selecting interesting filetypes and excluding things like <> or <> and outputing selected lines at: .... data/binwalk.tmp/mine.csv .... sorted by descending file size. ==== Manual indexes This section is about data files that are either: * created manually with "intelligence" * created from data not present in the blockchain itself, and that therefore could expire at any moment They cannot therefore be reliably automatically generated, and are placed under link:data-manual[]. We are also going to start one massive manual index to rule them all at link:data-manual/txs.json[], wish us luck. Schema: * `tx`: transaction hash * `size`: transaction size. Larger means more likely to contain an inscription * `inscriptions` (`list[string]`): list of strings containing the inscribed file formats that were fully correctly extracted from the transaction, e.g. `["jpeg"]` ** if missing means: "we don't know" ** if given and empty means: "we've manually inspected it but don't think there are any inscriptions" * `inscriptionsPartial` analogous to `inscriptions`, there is something for sure, but we've only been able to partially decode it, e.g. half of an image for example; * `desc`: arbitrary description * `binwalkSigs`: signatures found by <>, possibly false positives * `dust` (`boolean`): the transaction contains several outputs with small and identical small values, a hallmark of output encoding methods * `encoding` (`string`): the inscription protocol seen on the wire, e.g.: `atomsea`, `ordinal` ===== blacklist List of illegal blacklisted txids in case any are found. .gitignored from this repository and stored out-of-band. ===== cryptograffiti-blockchair link:data-manual/cryptograffiti-blockchair[] Generated with link:cryptograffiti-blockchair[]: .... ./cryptograffiti-blockchair .... Our main.py already catches all images from them, but this can help highlight some texts, in particular UTF-8 ones. ===== hashling link:data-manual/hashling[] https://cirosantilli.com/cool-data-embedded-in-the-bitcoin-blockchain#code-the-hashling This is basically automated actually: .... git grep -B2 "The Hashling" | grep -Po 'tx ([^ ]+)' | cut -d' ' -f2 .... but there is one without text 453c9511ca76361c8c44b4302ce1b5d8d5c98a938b548478ef931baaa7d70e62 which that misses. ===== annotated-blockchain-project-images link:data-manual/annotated-blockchain-project-images[] Extracted from https://etherpad.mit.edu/p/r.19b7b3e2c5ea08a61cb0bef0aeb213fd with tx hashes deduplicated. To try and find new upload methods we can exclude known ones from it with: .... grep -v -f data/atomsea -f data/atomsea-leaves -f data-manual/atomsea-leaves -f data-manual/cryptograffiti-blockchair -f data-manual/hashling data/annotated-blockchain-project-images .... ===== daisy The directory file:data-manau/daisy[] contains confirmed "daisy-chain" inscriptions or candidates. Daisy chain inscriptions refere to inscriptions made by inscribing one or a small naumber of payloads per tx, and linking from one tx to the other by sending funds forward via a single output. The payloads are then encoded using any specific method such as P2FKS. Daisy inscriptions are designed to be hard to find and decode, not to be efficient and easy to find. This makes finding them harder, but also rewarding. The best way to decide entry-points is likely to just look at <>. A key difficulty in finding them is that Bicoin Core does not have an index of transactions that spend outputs: https://bitcoin.stackexchange.com/questions/61794/bitcoin-rpc-how-to-find-the-transaction-that-spends-a-txo So far we have just relied on the blockchain.info API to solve this. https://www.blockchain.com/explorer/transactions/btc/b673c7d0c62cce8315ad6cc63a2c8ca8169bf73432435760b808735e1a7fe0e2 starts a daisy chain of OP_RETURN transactions, one per transaction. Data is stored in OP_RETURNs as follows: .... OP_RETURN 6200010000 ffd8ffe1001845786966000049492a00080000000000000000000000ffec0011447563 OP_RETURN 6200010001 6b79000100040000003c0000ffe1039a687474703a2f2f6e732e61646f62652e636f6d OP_RETURN 6200010002 2f7861702f312e302f003c3f787061636b657420626567696e3d22efbbbf222069643d OP_RETURN 6200010003 2257354d304d7043656869487a7265537a4e54637a6b633964223f3e203c783a786d70 ... OP_RETURN 6200010085 51290358a41fe5408b4435254208d4810a5fe9113044c1ae3aa544656d729756395b87 OP_RETURN 6200010086 c4e261f55c5d19e1c792c3f78adff1368db58e5a0bb85b2c6753c42de6d973edae0642 OP_RETURN 6200010087 1b2c8370f203aaa0a6eb7ea0871d8e9ae6534b785b57347171e4df6a5463d7ce77b93b .... so we see that in this case there's also an index for each payload. This was found with <> because ffd8ffe1 is a JPEG signature. Obtain the data from blockahain.info with link:daisy[]: .... ./daisy b673c7d0c62cce8315ad6cc63a2c8ca8169bf73432435760b808735e1a7fe0e2 ./daisy 6ab2f3dbff0ebd856f6cf0360fc7db987f8789508dfdefdcc1f9e2aacf9ac0de ./daisy b70bfe6a9b314611655554576feb11f15d47b9e80c5993e91829bb87895ef23c .... This produces the tx list under link:data-manual/daisy[]. Next extra the data locally from a Bitcoin Core server with link:daisy-carve[]: .... ./daisy-carve b673c7d0c62cce8315ad6cc63a2c8ca8169bf73432435760b808735e1a7fe0e2 jpg 5 ./daisy-carve 6ab2f3dbff0ebd856f6cf0360fc7db987f8789508dfdefdcc1f9e2aacf9ac0de jpg ./daisy-carve b70bfe6a9b314611655554576feb11f15d47b9e80c5993e91829bb87895ef23c png ./daisy-carve abed58ffd6e0a51b65b499227e93e7067381a8691739c8374052f8740365c794 zip 0 p2fkh .... which produces data/bin/.jpg. Unfortunately something is wrong with our decoding, we can see top half of the image, but the bottom is grayed out and `identify` from ImageMagick 6.9.11 says that the image is corrupt: .... data/bin/b673c7d0c62cce8315ad6cc63a2c8ca8169bf73432435760b808735e1a7fe0e2.jpg JPEG 200x200 200x200+0+0 8-bit sRGB 4830B 0.000u 0:00.000 tmp.jpg JPEG 200x200 200x200+0+0 8-bit sRGB 5409B 0.000u 0:00.000 identify-im6.q16: Corrupt JPEG data: 35 extraneous bytes before marker 0xc0 `data/bin/b673c7d0c62cce8315ad6cc63a2c8ca8169bf73432435760b808735e1a7fe0e2.jpg' @ warning/jpeg.c/JPEGWarningHandler/389. .... The following are P2FKH daisy chain candidates: .... ./daisy abed58ffd6e0a51b65b499227e93e7067381a8691739c8374052f8740365c794 ./daisy b3be8b9d9c2f7acb563ae93714702106e38979974300e58966a21d2308540bda ./daisy cc44bd5a06940ea6b748b44a4b29ada9da162684ba7bdb79c58c750979e160f9 .... These are the only known instances. These three are all related, 8c05fb3b3cea0470a9df0bc4cde1fb8de4bf811485d5c6e8e6e13d58675783b3 is just a quick-pause, and then its second output resumes at: b3be8b9d9c2f7acb563ae93714702106e38979974300e58966a21d2308540bda This transaction in the chain: https://www.blockchain.com/explorer/transactions/btc/54c3c242b641c33f002332bef53b064f2c24a215eaffa8d30281c8a834b0c208 has address marked as belonging to "Wikileaks 3", which tells us that these may be related, though the wikileaks format is different (P2FMS, while these daisies are just P2FKH). Another pause at c6b387b52a5525381b5fbf4d7f2afdd6e51423823a0cf371cd17b7b97147dfc6 and then more daisy on second out of 5a683f714c3eabb1053c909172a41a0b1598b7a0dea6f8dbd79002a93953b811 starting at https://www.blockchain.com/explorer/transactions/btc/cc44bd5a06940ea6b748b44a4b29ada9da162684ba7bdb79c58c750979e160f9 === invalid_tx link:data/invalid_tx[] contains a list of transaction output with invalid scripts, relatd: bitcoin/bitcoin#320. First one tx ebc9fa1196a59e192352d76c0f6e73167046b9d37b8302b6bb6968dfd279b767 block 265458. === known_op_signatures At link:data/known_op_signatures.json[] we are indexing some other interesting stuff in that database. .... [ { "count": 5, "ioidx": 0, "sig": [ "OP_DUP", "OP_HASH160", null, "OP_EQUALVERIFY", "OP_CHECKSIG" ], "txid": "6f7cf9580f1c2dfb3c4d5d043cdbb128c640e3f20161245aa7372e9666168516" }, { "count": 36, "ioidx": 0, "sig": [ null, "OP_CHECKSIG" ], "txid": "f4184fc596403b9d638783cf57adfe4c75c605f6356fbc91338530e9831e9e16" }, .... * `null`: means a literal number: all literal numbers are grouped together into a single signature, only opcodes differentiate. * `txid`: is the first transaction with that signature * `count`: is the total number of times this signature appeared * `samples`: are the first five examples of such a signature * `sig`: the signature. `null` means a constant literal Only the first transaction of each signature is kept. ==== utxo_nonstandard At link:data/utxo_nonstandard[] we track unspent, nonstandard, non-`OP_RETURN` output scripts. === Largest transactions The following files under link:data[] track the top 10k transactions by: * link:data/payload_size_in[]: sum of sizes of input script constant (excludes OPs) * link:data/payload_size_out[]: same for output scripts. This can be notably used to try and find interesting binary content not dumped in the ASCII or <> databases + You can download the first 100 largest of those payloads from blockchain.info with: + .... ./download_largest.py ls -l data/largest .... + Or to download all our indexed largest ones from a full local node to not get blocked by making too many requests to blockchain.info: + .... BTCRPCURL=http://asdf:qwer@127.0.0.1:8332 \ PYTHONPATH="$(pwd)/python-bitcoinrpc:$PYTHONPATH" \ ./download_largest_from_rpc.py .... + Once that slow crap is done, you can try to mine unique filetypes with: + .... file * | gv ': data' | sort -u -k2 | s .... + Or skipping the first 8 bytes to match Satoshi downloader payloads: + .... for f in *.bin; do printf "$f "; tail -c+10 $f > tmp; file tmp; done | tee ../largest-8 rm -f tmp .... * link:data/payload_size_out_op_return[]: same as `payload_size_out`, but only consider transactions that contain at least one output starting with `OP_RETURN` * link:data/tx_nins[]: number of inputs * link:data/tx_nouts[]: number of outputs * link:data/tx_size_bytes[] total transaction size in bytes * link:data/tx_value[] sum of transaction output values + It is hard to come up with a meaningful value metric, because obviously after one initial huge transaction, a very long spend chain follow, with tiny amounts + huge change, and there's no way to know what is the change and what is the actual payout to another user. Most of those answer: https://bitcoin.stackexchange.com/questions/11542/by-byte-size-and-number-of-inputs-outputs-what-are-the-largest-transactions-in [[payload-size-out-utxo]] ==== payload_size_out_utxo Smme as `payload_size_out`, but only consider transactions which have either: ** more than one output, and at most one spent output ** exactly one spent output [[payload-size-out-utxo-2vals]] ==== payload_size_out_utxo_2vals Same as <> but in addition only considers transactions such that the value of each output except the last one is the same. This uses the heuristic that data payloads are likely going to be in a single small value outputs, optionally followed by a change address with a larger value at the end. This heuristic appears to be quite effective. Unfortunately, <> don't follow it, OMG... e.g. in the Mandela toplevel: https://www.blockchain.com/btc/tx/78f0e6de0ce007f4dd4a09085e649d7e354f70bc7da06d697b167f353f115b8e they have change outputs right in the middle, and the same happens for all their uploads we've checked. So we just keep a separate index for them. TODO understand: * https://www.blockchain.com/btc/tx/f65226900fb5e1c36db40dd1a3f003efbaeb1bee6211ed6a3d5cdf41534b7333 * https://www.blockchain.com/btc/tx/9e79e84439b1fe84483699f1f78cb8c8762ad073a3148a05dc0cddbee70d41ee .... [ 88231, "d3c1cb2cdbf07c25e3c5f513de5ee36081a7c590e621f1f1eab62e8d4b50b635" ], [ 88231, "cce82f3bde0537f82a55f3b8458cb50d632977f85c81dad3e1983a3348638f5c" ], [ 88231, "7379ab5047b143c0b6cfe5d8d79ad240b4b4f8cced55aa26f86d1d3d370c0d4c" ], [ 81468, "d246f58b59be6595df03c404a6497177564c7b2bf5396596641e59d268b1b40d" ], [ 81468, "3344647bc0801d3c4f5ca9a33106e6e4ed34754a1d7833e7bbcdc9094db347b0" ], [ 56540, "ee7658b119496dc9ace8d011c36b82f4b69a787399a78f99c5605a6b73d34c69" ], [ 21000, "0a702fc8dece1a3c857029412f5209960aff60b8a1f93f77c457fadfa365a6e4" ], [ 9300, "4dd57f3e443ad1567a37beab8f6b31d8cb1328a26bac09e50ba96048ad07b8c1" ], [ 2020, "f65226900fb5e1c36db40dd1a3f003efbaeb1bee6211ed6a3d5cdf41534b7333" ], [ 2020, "9e79e84439b1fe84483699f1f78cb8c8762ad073a3148a05dc0cddbee70d41ee" ], .... This one contains the string `lucifer1.0.tar`, can't easily find a tar signature though: .... [ 31600, "aaf6773116f0d626b7e66d8191881704b5606ea72612b07905ce34f6c31f0887" ], .... ==== Largest transactions with unspent outputs Most largest transactions appear not to have any encoded data. Filtering only those that have at least two unspent outputs might lead to better results (not just one as one is expected to be the change address). First we dump the <>. == Deterministic output ordered by block height https://bitcoinstrings.com directly does `strings` on the blkXXXXX.dat files downloaded by Bitcoin Core. However, those files appear not to have a deterministic order, the order being based only randomly on what gets downloaded first from the network: * https://www.blockchain.com/charts/n-transactions-per-block * https://en.bitcoin.it/wiki/Bitcoin_Core_0.11_(ch_2):_Data_Storage * alecalve/python-bitcoin-blockchain-parser#38 They are then indexed as the are downloaded. It is true however that the client downloads blocks more or less chronologically, but still, that is only an approximation. This repository instead uses the index to parse them in order. This means that: * the result is deterministic * the file names make more sense One downside of this approach is that the file sizes could be more varied e.g. because in the early blockchain, there were less transactions per block. But we think it is worth it. == Transaction ID added before ASCII strings in the transaction In simple terms, much like https://bitcoinstrings.com/[], this project extracts only printable ASCII strings of length 20 or more characters are shown. For example our our file link:data/in/0139.txt[] contains: .... tx cbbaa0a64924fe1d6ace3352f23242aa0028d4e0ff6ae8ed615244d66079cfb1 Eligius/Benedictus Deus. Benedictum Nomen Sanctum eius. tx 23befff6eea3dded0e34574af65c266c9398e7d7d9d07022bf1cd526c5cdbc94 *************************************************** .... This is similar to what you see at https://bitcoinstrings.com/blk00003.txt[] .... Eligius/Benedictus Deus. Benedictum Nomen Sanctum eius. *************************************************** .... but the data in this repository added the corresponding ASCII hex transaction ID before each of the messages. The goals of having the transaction IDs are to: * concisely refer to specific transactions of interest for future reference * try to infer things about transactions, e.g. who made them * find surrounding binary data that is embedded around the ASCII string stags, for example images, as done at: http://www.righto.com/2014/02/ascii-bernanke-wikileaks-photographs.html + For example, an image can be represented by an ASCII name `Nelson-Mandela.jpg`, followed by the binary data. So you need to find the transaction ID in order to see the binary data. + Once you have the transaction ID, you can easily find the full transaction data for example at: https://blockchain.info/tx/930a2114cdaa86e1fac46d15c74e81c09eee1d4150ff9d48e76cb0697d8e1d72?format=json == Smart newline joining The number 20 is kind of magic as it is the smallest number of payload bytes that can be stored in the script of a transaction, which uses almost always uses the form: .... 76a914 + payload + 88ac .... where: * `76a9`: `OP_DUP`, `OP_HASH160` * `14`: 0x14 = 20 bytes of data follow (the payload) * `88ac`: `OP_EQUALVERIFY`, `OP_CHECKSIG` This forms a https://en.bitcoin.it/wiki/Script#Standard_Transaction_to_Bitcoin_address_.28pay-to-pubkey-hash.29[Standard Transaction to Bitcoin address], except that the pubkey is arbitrary data for which you don't have a corresponding private key, so that the funds cannot be recovered once sent like this: you have to burn some money to do it. Such output transactions with the minimum script size likely lead to cheaper data upload, and therefore are very dominant. Because https://bitcoinstrings.com simply does `strings -n`, it does not take the metadata around the payload into account. This notably leads to: * some missing data * data getting chopped up weirdly As a concrete example, with `strings -n20`, https://bitcoinstrings.com/blk00001.txt[blk00001.txt] contains two following 20 character lines: .... =ybegin line=128 siz e=8776 name=bitcoin. ***2*.+D*/***+***h+E .... However, if we smartly join those lines as done in this repository, our link:data/out/0123.txt[] contains instead: .... =ybegin line=128 size=8776 name=bitcoin.jpg ) **ww*T***2*.+D*/***+***h+E*/***+***p+R*-***+*,**+[*,***;***x******* *m*20010/211133246>76556C<=}9>GDIHGDFFJNXQJLVMFFRaSVZ[^^^IQcgb\fX]^\) *m+333656B77B\KFK\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\ .... So clearly our second representation is much more useful/correct in this case: * `size` is obviously a word that got chopped up on the 20 char limit of the script field, which must look a bit like * `.jpg` was missing completely, because its binary encoding must be followed by non-ASCII characters, and so it didn't reach the 20 char min. + Therefore the naive `strings -n` misses the critical extension part, which people might be searching for, while our method sees it! Both of those happen because the raw data must look something like: .... START =ybegin line=128 siz END START e=8776 name=bitcoin. END START .jpg END .... The word splitting problem basically breaks every single ASCII art wider than 20 column, which is the huge majority of them. To make such art, the artist has to encode newlines into the payload. But if we split at 20 character limits, each line gets chopped up, and the result is garbage. See e.g. https://bitcoinstrings.com/blk00180.txt[blk00180.txt] tx 09a5d5aaecdce1757e6ec713cc8a2201abca9acdb6fbadc7760e831cdad3d680, compared to ours at link:data/out/0323.txt#L363[]. Excessive word splitting also makes long texts impossibly annoying to read. For example with `strings -n20` around https://bitcoinstrings.com/blk00169.txt[blk00169.txt] tx a573ca62c9efd80c15d9a54fd7d3a422d930c26ca714ba980ad196f5d30ce1b2 we see: .... <835|Bob Marley R obert Nesta "Bob" Ma rley (6 February 194 as a Jamaican reggae singer-songwriter, musician, and guitar ist who achieved int ernational fame and acclaim. Starting o .... while clearly the author intended something more like what you see link:data/out/0317.txt#L284[in this repo instead]: .... <835|Bob Marley Robert Nesta "Bob" Marley (6 February 1945 as a Jamaican reggae singer-songwriter, musician, and guitarist who achieved international fame and acclaim. Starting out .... This also means that your grep querries might miss on randomly broken up workds, e.g.: .... grep international .... would only find a match in our repository. It is true however that in some rare cases, message authors did want to split newlines at 20 characters. A notable example of this is the Len "rabbi" Sassama tribute https://bitcoin.stackexchange.com/questions/3370/in-which-block-was-len-sassaman-memorialised/101276#101276 where the 20 column wide ASCII art has no newlines, which shows correctly on https://bitcoinstrings.com/blk00003.txt[]: .... ---BEGIN TRIBUTE--- #./BitLen ::::::::::::::::::: :::::::.::.::.:.::: :.: :.' ' ' ' ' : : :.:'' ,,xiW,"4x, '' : ,dWWWXXXXi,4WX, ' dWWWXXX7" `X, lWWWXX7 __ _ X :WWWXX7 ,xXX7' "^^X lWWWX7, _.+,, _.+., :WWW7,. `^"-" ,^-' WW",X: X, "7^^Xl. _(_x7' l ( :X: __ _ `. " XX ,xxWWWWX7 )X- "" 4X" .___. ,W X :Xi _,,_ WW X 4XiyXWWXd "" ,, 4XWWWWXX , R7X, "^447^ R, "4RXk, _, , TWk "4RXXi, X',x lTWk, "4RRR7' 4 XH :lWWWk, ^" `4 ::TTXWWi,_ Xll :.. =-=-=-=-=-=-=-=-=-= LEN "rabbi" SASSAMA 1980-2011 .... but shows as garbage without newlines in our link:data/out/0138.txt#L2[]. There is fundamentally no way to solve this: either one or the other must break. The design philosophy behind this is as follows: * an intentional implicit 20 column wrap is very rare, therefore we break more things by forcing it than not * `strings -n` runs relatively fast compared to this repo, and is already available on https://bitcoinstrings.com/blk00003.txt[], so it is more productive to instead provide something complementary to that other way of viewing things * it is a bit easier to limit broken ASCII art blindly to 20 columns than it is to deduce the column width The only case where this repository adds newlines that are not in the data, is when a non-printable character comes in between two printable strings. For example in the incredibly long developer chat log at link:data/in/0360.txt[], lines are separated with NUL characters, and actually shows correctly in this project, just as they do in bitcoinstrings.com: .... tx 210000d1392bec2505d1289e5c39c2039204ff1ecf7eef55f973ccd3111003e1 22:45 < warren> jgarzik: if you aren't near one of the consulates there are some companies that will charge you money to do it... 22:47 < HM3> gmaxwell, the schnorr construction is just cleaner algebraically, and I like that you can't do public key recovery .... We feel that printing this newline is a reasonable way to indicate that binary data was present, as it prevents false positive grep hits from forming up. TODO some broken stuff, understand why: * link:data/out/0230.txt[] tx 3a1c1cc760bffad4041cbfde56fbb5e29ea58fda416e9f4c4615becd65576fe7 BASIC creature simulator, encoding is weird * link:data/in/0349.txt[] tx 243dea31863e94dc2f293489db02452e9bde279df1ab7feb6e456a4af672156a incomprehensible encoding, could be an upload bug Understood: * link:data/out/0288.txt[] tx c00a4a04905a2e8d8dee8a768165aa6bdf842413a8a648462a6349db89cd77f2: the seal ASCII art has implicit newlines like Len == Classify input and output transactions As explained at <>, this project separates input and output transactions into different files. Why this matters, and notable interesting input is being collected at: https://cirosantilli.com/cool-data-embedded-in-the-bitcoin-blockchain For reference, from blk 0 to 99 we have: * input: 10729 transactions, 312KB size * output: 288 transactions, 1.2MB size So we see that there's a ton of input ASCII transactions, therefore the miner ads, and much much fewer non-miner ones. But the non-miner ones contain way way more data on average, in the case of the first 100 most of it in `blk00052.txt`, because people tend to upload more interesting, longer strings to it. Calculations: .... # Transaction counts. cat data/in/blk000*.txt | grep -Ec '^tx ' cat data/out/blk000*.txt | grep -Ec '^tx ' # Total size. find data/in -name "blk000*.txt" | xargs du -sch | tail -n1 find data/out -name "blk000*.txt" | xargs du -sch | tail -n1 .... Full counts: .... # Transaction counts. cat data/in/*.txt | grep -Ec '^tx ' cat data/out/*.txt | grep -Ec '^tx ' # Total size du -sch data/* .... == Vs bitcoinstrings.com This project is similar to https://bitcoinstrings.com/ but it does the following smarter (and therefore slower) things: * <> * <> * <> * <> * <> https://bitcoinstrings.com works simply by doing a: .... cd .bitcoin/blocks/ strings -n20 *.dat .... This is extremely fast, but it does not parse the transactions, and therefore cannot see metadata and provide the extra features that this project provides. This repository instead relies on https://github.com/alecalve/python-bitcoin-blockchain-parser[], which actually parses the blockchain, and allows us to achieve all of our extra features. I wonder how much faster the C++ parser would be: https://github.com/znort987/blockparser[], 10x would be a game changer, but this project is not important enough to be worth the port right now. Then we somewhat reimplement `strings` in Python (more precisely `strings -w` to include newlines). Currently only the https://en.bitcoin.it/wiki/Transaction[input and output script fields] are searched for. There may be other ways to encode strings in the blockchain: https://bitcoin.stackexchange.com/questions/32575/what-methods-are-currently-used-to-embed-additional-data-into-the-bitcoin-blockc but this covered all cases I was interested in so far, if you find a missing case, send a pull request. == How to generate the data The first step is to download Bitcoin blockchain full node. Tested on Ubuntu 23.10, a good way is: * install Bitcoin core. A good way is: + .... sudo snap install bitcoin-core .... * run `bitcoin-core.qt -txindex` * on the splash screen, unselect the option to have a partial node * wait \~24 hours or more for the download to complete (\~586 GiB as of January 2024) * close `bitcoin-qt`. This is necessary, because otherwise our scripts will refuse to work because of a `LOCK` file in that directory that indicates that `bitcoin-qt` is using the files Once the download is complete (hundreds of Gigabytes) you have the `.dat` files, e.g. if you used the snap: .... ~/snap/bitcoin-core/common/.bitcoin/blocks/blk000000.dat ~/snap/bitcoin-core/common/.bitcoin/blocks/blk000001.dat ... .... We will call the `.bitcoin` directory the `BITCOIN_DATA_DIR` throughout this documentation, e.g. on the above: .... export BITCOIN_DATA_DIR=~/snap/bitcoin-core/common/.bitcoin .... Then run this repo as: .... git clone https://github.com/cirosantilli/bitcoin-strings-with-txid cd bitcoin-strings-with-txid sudo apt install libleveldb-dev # Dump unspent transactions, see also #utxo-dump # Without this, things work, but some of the data won't be generated. go install github.com/in3rsha/bitcoin-utxo-dump@5723696e694ebbfe52687f51e7fc0ce62ba43dc8 time bitcoin-utxo-dump -db /path/to/.bitcoin/chainstate/ # Produces utxodump.sqlite3 ~ 34 GB time ./utxodump-to-sqlite3 # ~20 GB Jan 2024 rm -f utxodump.csv virtualenv -p python .venv . .venv/bin/activate pip install -r requirements.txt ./main.py "$BITCOIN_DATA_DIR/blocks" # To finish off. ./atomsea-leaves .... Our scripts pick up `BITCOIN_DATA_DIR` by default, so if you have that exported you can run just: .... ./main.py .... This command took about 24 hours for the first 668 blocks, and <> produces the data under link:data/[]. The program progress is reported a bit like this: .... 673 starting 673 finished in 283.353 s 674 starting 674 finished in 303.989 s .... where e.g. 673, 674 and 675 mean that we've processed from block 673000 to 674000, 674000 to 675000 and so on, and how long in seconds each one took. When more blockchain nodes become available, you can update the data simply by re-running this script. When re-running, existing `.txt` files are assumed ready and skipped, except for the last one, for which the corresponding .dat file might not have been complete, and is always redone. Also, if you kill `main.py` with Ctrl C and restart it, the program is designed to produce the exact same output as that of a continous run, so you can stop it and pick up later if needed at any time. To force regeneration from the start, use `--start 0`: .... rm -f cache.pkl rm -rf data ./main.py --start 0 /path/to/.bitcoin/blocks/ .... `cache.pkl` is a cache of the Bitcoin index for `python-bitcoin-blockchain-parser` to startup faster during development. If you don't remove it, it won't see any new blk.dat files that might have been downloaded. We also have to remove link:data[] to start from scratch cleanly because it has running sums which would double count otherwise. Alternatively, you can extract just a single block of interest with: .... ./main.py --start 3 --end 4 /path/to/.bitcoin/blocks .... Not supported by python-bitcoin-blockchain-parser unfortunately: alecalve/python-bitcoin-blockchain-parser#40 ==== txindex2sqlite.py This attempts to dump all txindex to sqlite database to allow finding where transactions are in .dat files. It requires `bitcoin-core.daemon -txindex`. This is currently not working correctly: https://bitcoin.stackexchange.com/questions/121888/what-is-the-data-format-layout-for-txindex-leveldb-values/121889#121889 ===== txindex.sqlite3 This index contains information about all transactions, including where they they start and end in bytes within each block file. This information can be useful to find inscriptions with external tools that don't know about the blockchain such as <> or https://github.com/getreu/stringsext[]. The index then allows us to match possible inscriptions back to transactions, from which we can attempt a proper data recovery with the Bitcoin Core CLI tools. This could allow us to find new inscriptions that were missed by our existing methods. Size: 177 GB as of dat file 965. The best way to generate this would be with <>, but since that is broken, we can do the slower in-Python: .... ./main.py -i txindex .... To verify we can compare: .... sqlite3 txindex.sqlite3 "select * from t where txid = '52b53375e7d5d907486640b70a10c79244ce7e60fd8706646ab8aabd89c70d5b'" .... Then get the file number and offset from that and get the bytes from the .dat: .... tail -c+5277298 ~/snap/bitcoin-core/common/.bitcoin/blocks/blk00000.dat | head -c 200 | xxd -p | tr -d '\n' .... then finally we can cross check those with the bytes from: .... btc getrawtransaction 52b53375e7d5d907486640b70a10c79244ce7e60fd8706646ab8aabd89c70d5b .... === UTXO dump UTXO dump is a dump of all unspent transaction outputs to `utxodump.csv` with https://github.com/in3rsha/bitcoin-utxo-dump also explained at: https://bitcoin.stackexchange.com/questions/83536/how-to-find-all-utxos/101936#101936 Generation shown at <>. The SQLite version `utxodump.sqlite3` is generated with: .... ./utxodump-to-sqlite3 .... With this, we can efficiently query if each output is spent or not from Python without the need for a bitcoin RPC server running. python-blockchain-parser does not support UTXO unfortunately: alecalve/python-bitcoin-blockchain-parser#40 TODO all utxo operations should be done by iteraing the UTXO set, currently we just add them in the middle of the full chain scan. That will be more efficient. We just need to learn how to access transactions without needing the the annoying RPC server running. == Censorship If we find any highly illegal data made obvious from this analysis such as child porn, it will be removed from the data/indexes manually and force pushed out of the repository without explanation. Please inform of such content privately, not on GitHub issues. Skipping these cannot be automated obviously, and must be manually removed on any regeneration, which hopefully will never happen as it takes forever. Material that violates GitHub's ToS but is not necessarily illegal such adult porn will be removed and a list of offending transactions will be maintained in source. The ASCII content of those transactions will be replaced with: .... [[CIROSANTILLI CENSORED]] .... All <> have been manually checked for illegal content for the supported decodings of this project. == Index of data files This index is updated manually with: .... ./gentoc .... We keep it because: * GitHub stops showing links to files after a certain limit, and this would be bad for SEO * we add the file size as well to help skip empty files: isaacs/github#622 Here is the index of files: === Inputs index * link:data/in/0000.txt[] (4.0K) * link:data/in/0001.txt[] (0) * link:data/in/0002.txt[] (0) * link:data/in/0003.txt[] (0) * link:data/in/0004.txt[] (0) * link:data/in/0005.txt[] (0) * link:data/in/0006.txt[] (0) * link:data/in/0007.txt[] (0) * link:data/in/0008.txt[] (0) * link:data/in/0009.txt[] (0) * link:data/in/0010.txt[] (0) * link:data/in/0011.txt[] (0) * link:data/in/0012.txt[] (0) * link:data/in/0013.txt[] (0) * link:data/in/0014.txt[] (0) * link:data/in/0015.txt[] (0) * link:data/in/0016.txt[] (0) * link:data/in/0017.txt[] (0) * link:data/in/0018.txt[] (0) * link:data/in/0019.txt[] (0) * link:data/in/0020.txt[] (0) * link:data/in/0021.txt[] (0) * link:data/in/0022.txt[] (0) * link:data/in/0023.txt[] (0) * link:data/in/0024.txt[] (0) * link:data/in/0025.txt[] (0) * link:data/in/0026.txt[] (0) * link:data/in/0027.txt[] (0) * link:data/in/0028.txt[] (0) * link:data/in/0029.txt[] (0) * link:data/in/0030.txt[] (0) * link:data/in/0031.txt[] (0) * link:data/in/0032.txt[] (0) * link:data/in/0033.txt[] (0) * link:data/in/0034.txt[] (0) * link:data/in/0035.txt[] (0) * link:data/in/0036.txt[] (0) * link:data/in/0037.txt[] (0) * link:data/in/0038.txt[] (0) * link:data/in/0039.txt[] (0) * link:data/in/0040.txt[] (0) * link:data/in/0041.txt[] (0) * link:data/in/0042.txt[] (0) * link:data/in/0043.txt[] (0) * link:data/in/0044.txt[] (0) * link:data/in/0045.txt[] (0) * link:data/in/0046.txt[] (0) * link:data/in/0047.txt[] (0) * link:data/in/0048.txt[] (0) * link:data/in/0049.txt[] (0) * link:data/in/0050.txt[] (0) * link:data/in/0051.txt[] (0) * link:data/in/0052.txt[] (0) * link:data/in/0053.txt[] (0) * link:data/in/0054.txt[] (0) * link:data/in/0055.txt[] (0) * link:data/in/0056.txt[] (0) * link:data/in/0057.txt[] (0) * link:data/in/0058.txt[] (0) * link:data/in/0059.txt[] (0) * link:data/in/0060.txt[] (0) * link:data/in/0061.txt[] (0) * link:data/in/0062.txt[] (0) * link:data/in/0063.txt[] (0) * link:data/in/0064.txt[] (0) * link:data/in/0065.txt[] (0) * link:data/in/0066.txt[] (0) * link:data/in/0067.txt[] (0) * link:data/in/0068.txt[] (0) * link:data/in/0069.txt[] (0) * link:data/in/0070.txt[] (0) * link:data/in/0071.txt[] (0) * link:data/in/0072.txt[] (0) * link:data/in/0073.txt[] (0) * link:data/in/0074.txt[] (0) * link:data/in/0075.txt[] (0) * link:data/in/0076.txt[] (0) * link:data/in/0077.txt[] (0) * link:data/in/0078.txt[] (0) * link:data/in/0079.txt[] (0) * link:data/in/0080.txt[] (0) * link:data/in/0081.txt[] (0) * link:data/in/0082.txt[] (0) * link:data/in/0083.txt[] (0) * link:data/in/0084.txt[] (0) * link:data/in/0085.txt[] (0) * link:data/in/0086.txt[] (0) * link:data/in/0087.txt[] (0) * link:data/in/0088.txt[] (0) * link:data/in/0089.txt[] (0) * link:data/in/0090.txt[] (0) * link:data/in/0091.txt[] (0) * link:data/in/0092.txt[] (0) * link:data/in/0093.txt[] (0) * link:data/in/0094.txt[] (0) * link:data/in/0095.txt[] (0) * link:data/in/0096.txt[] (0) * link:data/in/0097.txt[] (0) * link:data/in/0098.txt[] (0) * link:data/in/0099.txt[] (0) * link:data/in/0100.txt[] (0) * link:data/in/0101.txt[] (0) * link:data/in/0102.txt[] (0) * link:data/in/0103.txt[] (0) * link:data/in/0104.txt[] (0) * link:data/in/0105.txt[] (0) * link:data/in/0106.txt[] (0) * link:data/in/0107.txt[] (0) * link:data/in/0108.txt[] (0) * link:data/in/0109.txt[] (0) * link:data/in/0110.txt[] (0) * link:data/in/0111.txt[] (0) * link:data/in/0112.txt[] (0) * link:data/in/0113.txt[] (0) * link:data/in/0114.txt[] (0) * link:data/in/0115.txt[] (0) * link:data/in/0116.txt[] (0) * link:data/in/0117.txt[] (0) * link:data/in/0118.txt[] (0) * link:data/in/0119.txt[] (0) * link:data/in/0120.txt[] (0) * link:data/in/0121.txt[] (0) * link:data/in/0122.txt[] (0) * link:data/in/0123.txt[] (0) * link:data/in/0124.txt[] (0) * link:data/in/0125.txt[] (0) * link:data/in/0126.txt[] (0) * link:data/in/0127.txt[] (0) * link:data/in/0128.txt[] (0) * link:data/in/0129.txt[] (0) * link:data/in/0130.txt[] (0) * link:data/in/0131.txt[] (0) * link:data/in/0132.txt[] (4.0K) * link:data/in/0133.txt[] (0) * link:data/in/0134.txt[] (0) * link:data/in/0135.txt[] (0) * link:data/in/0136.txt[] (0) * link:data/in/0137.txt[] (0) * link:data/in/0138.txt[] (0) * link:data/in/0139.txt[] (4.0K) * link:data/in/0140.txt[] (8.0K) * link:data/in/0141.txt[] (8.0K) * link:data/in/0142.txt[] (4.0K) * link:data/in/0143.txt[] (4.0K) * link:data/in/0144.txt[] (0) * link:data/in/0145.txt[] (4.0K) * link:data/in/0146.txt[] (4.0K) * link:data/in/0147.txt[] (0) * link:data/in/0148.txt[] (0) * link:data/in/0149.txt[] (0) * link:data/in/0150.txt[] (0) * link:data/in/0151.txt[] (0) * link:data/in/0152.txt[] (0) * link:data/in/0153.txt[] (0) * link:data/in/0154.txt[] (0) * link:data/in/0155.txt[] (0) * link:data/in/0156.txt[] (0) * link:data/in/0157.txt[] (0) * link:data/in/0158.txt[] (4.0K) * link:data/in/0159.txt[] (4.0K) * link:data/in/0160.txt[] (0) * link:data/in/0161.txt[] (4.0K) * link:data/in/0162.txt[] (4.0K) * link:data/in/0163.txt[] (4.0K) * link:data/in/0164.txt[] (20K) * link:data/in/0165.txt[] (16K) * link:data/in/0166.txt[] (20K) * link:data/in/0167.txt[] (20K) * link:data/in/0168.txt[] (20K) * link:data/in/0169.txt[] (20K) * link:data/in/0170.txt[] (16K) * link:data/in/0171.txt[] (20K) * link:data/in/0172.txt[] (20K) * link:data/in/0173.txt[] (16K) * link:data/in/0174.txt[] (20K) * link:data/in/0175.txt[] (16K) * link:data/in/0176.txt[] (20K) * link:data/in/0177.txt[] (16K) * link:data/in/0178.txt[] (16K) * link:data/in/0179.txt[] (16K) * link:data/in/0180.txt[] (16K) * link:data/in/0181.txt[] (16K) * link:data/in/0182.txt[] (16K) * link:data/in/0183.txt[] (16K) * link:data/in/0184.txt[] (16K) * link:data/in/0185.txt[] (20K) * link:data/in/0186.txt[] (20K) * link:data/in/0187.txt[] (16K) * link:data/in/0188.txt[] (16K) * link:data/in/0189.txt[] (20K) * link:data/in/0190.txt[] (20K) * link:data/in/0191.txt[] (20K) * link:data/in/0192.txt[] (20K) * link:data/in/0193.txt[] (24K) * link:data/in/0194.txt[] (20K) * link:data/in/0195.txt[] (20K) * link:data/in/0196.txt[] (24K) * link:data/in/0197.txt[] (20K) * link:data/in/0198.txt[] (20K) * link:data/in/0199.txt[] (20K) * link:data/in/0200.txt[] (20K) * link:data/in/0201.txt[] (20K) * link:data/in/0202.txt[] (12K) * link:data/in/0203.txt[] (12K) * link:data/in/0204.txt[] (12K) * link:data/in/0205.txt[] (8.0K) * link:data/in/0206.txt[] (12K) * link:data/in/0207.txt[] (12K) * link:data/in/0208.txt[] (8.0K) * link:data/in/0209.txt[] (8.0K) * link:data/in/0210.txt[] (8.0K) * link:data/in/0211.txt[] (8.0K) * link:data/in/0212.txt[] (4.0K) * link:data/in/0213.txt[] (4.0K) * link:data/in/0214.txt[] (4.0K) * link:data/in/0215.txt[] (4.0K) * link:data/in/0216.txt[] (4.0K) * link:data/in/0217.txt[] (4.0K) * link:data/in/0218.txt[] (4.0K) * link:data/in/0219.txt[] (8.0K) * link:data/in/0220.txt[] (4.0K) * link:data/in/0221.txt[] (4.0K) * link:data/in/0222.txt[] (4.0K) * link:data/in/0223.txt[] (4.0K) * link:data/in/0224.txt[] (4.0K) * link:data/in/0225.txt[] (4.0K) * link:data/in/0226.txt[] (8.0K) * link:data/in/0227.txt[] (4.0K) * link:data/in/0228.txt[] (0) * link:data/in/0229.txt[] (4.0K) * link:data/in/0230.txt[] (4.0K) * link:data/in/0231.txt[] (8.0K) * link:data/in/0232.txt[] (4.0K) * link:data/in/0233.txt[] (4.0K) * link:data/in/0234.txt[] (8.0K) * link:data/in/0235.txt[] (8.0K) * link:data/in/0236.txt[] (8.0K) * link:data/in/0237.txt[] (8.0K) * link:data/in/0238.txt[] (16K) * link:data/in/0239.txt[] (12K) * link:data/in/0240.txt[] (20K) * link:data/in/0241.txt[] (16K) * link:data/in/0242.txt[] (20K) * link:data/in/0243.txt[] (16K) * link:data/in/0244.txt[] (16K) * link:data/in/0245.txt[] (20K) * link:data/in/0246.txt[] (20K) * link:data/in/0247.txt[] (20K) * link:data/in/0248.txt[] (20K) * link:data/in/0249.txt[] (20K) * link:data/in/0250.txt[] (12K) * link:data/in/0251.txt[] (12K) * link:data/in/0252.txt[] (12K) * link:data/in/0253.txt[] (12K) * link:data/in/0254.txt[] (12K) * link:data/in/0255.txt[] (8.0K) * link:data/in/0256.txt[] (12K) * link:data/in/0257.txt[] (8.0K) * link:data/in/0258.txt[] (8.0K) * link:data/in/0259.txt[] (12K) * link:data/in/0260.txt[] (12K) * link:data/in/0261.txt[] (8.0K) * link:data/in/0262.txt[] (8.0K) * link:data/in/0263.txt[] (8.0K) * link:data/in/0264.txt[] (8.0K) * link:data/in/0265.txt[] (8.0K) * link:data/in/0266.txt[] (4.0K) * link:data/in/0267.txt[] (4.0K) * link:data/in/0268.txt[] (4.0K) * link:data/in/0269.txt[] (4.0K) * link:data/in/0270.txt[] (4.0K) * link:data/in/0271.txt[] (4.0K) * link:data/in/0272.txt[] (8.0K) * link:data/in/0273.txt[] (8.0K) * link:data/in/0274.txt[] (8.0K) * link:data/in/0275.txt[] (8.0K) * link:data/in/0276.txt[] (8.0K) * link:data/in/0277.txt[] (16K) * link:data/in/0278.txt[] (24K) * link:data/in/0279.txt[] (24K) * link:data/in/0280.txt[] (28K) * link:data/in/0281.txt[] (28K) * link:data/in/0282.txt[] (28K) * link:data/in/0283.txt[] (24K) * link:data/in/0284.txt[] (12K) * link:data/in/0285.txt[] (16K) * link:data/in/0286.txt[] (28K) * link:data/in/0287.txt[] (24K) * link:data/in/0288.txt[] (16K) * link:data/in/0289.txt[] (4.0K) * link:data/in/0290.txt[] (4.0K) * link:data/in/0291.txt[] (4.0K) * link:data/in/0292.txt[] (4.0K) * link:data/in/0293.txt[] (4.0K) * link:data/in/0294.txt[] (4.0K) * link:data/in/0295.txt[] (8.0K) * link:data/in/0296.txt[] (8.0K) * link:data/in/0297.txt[] (4.0K) * link:data/in/0298.txt[] (4.0K) * link:data/in/0299.txt[] (4.0K) * link:data/in/0300.txt[] (4.0K) * link:data/in/0301.txt[] (4.0K) * link:data/in/0302.txt[] (4.0K) * link:data/in/0303.txt[] (8.0K) * link:data/in/0304.txt[] (8.0K) * link:data/in/0305.txt[] (8.0K) * link:data/in/0306.txt[] (4.0K) * link:data/in/0307.txt[] (8.0K) * link:data/in/0308.txt[] (4.0K) * link:data/in/0309.txt[] (8.0K) * link:data/in/0310.txt[] (8.0K) * link:data/in/0311.txt[] (4.0K) * link:data/in/0312.txt[] (8.0K) * link:data/in/0313.txt[] (8.0K) * link:data/in/0314.txt[] (8.0K) * link:data/in/0315.txt[] (8.0K) * link:data/in/0316.txt[] (8.0K) * link:data/in/0317.txt[] (8.0K) * link:data/in/0318.txt[] (12K) * link:data/in/0319.txt[] (12K) * link:data/in/0320.txt[] (12K) * link:data/in/0321.txt[] (16K) * link:data/in/0322.txt[] (16K) * link:data/in/0323.txt[] (16K) * link:data/in/0324.txt[] (12K) * link:data/in/0325.txt[] (16K) * link:data/in/0326.txt[] (16K) * link:data/in/0327.txt[] (24K) * link:data/in/0328.txt[] (20K) * link:data/in/0329.txt[] (16K) * link:data/in/0330.txt[] (16K) * link:data/in/0331.txt[] (20K) * link:data/in/0332.txt[] (20K) * link:data/in/0333.txt[] (24K) * link:data/in/0334.txt[] (20K) * link:data/in/0335.txt[] (28K) * link:data/in/0336.txt[] (28K) * link:data/in/0337.txt[] (28K) * link:data/in/0338.txt[] (28K) * link:data/in/0339.txt[] (28K) * link:data/in/0340.txt[] (28K) * link:data/in/0341.txt[] (20K) * link:data/in/0342.txt[] (24K) * link:data/in/0343.txt[] (28K) * link:data/in/0344.txt[] (28K) * link:data/in/0345.txt[] (32K) * link:data/in/0346.txt[] (32K) * link:data/in/0347.txt[] (32K) * link:data/in/0348.txt[] (32K) * link:data/in/0349.txt[] (104K) * link:data/in/0350.txt[] (52K) * link:data/in/0351.txt[] (248K) * link:data/in/0352.txt[] (32K) * link:data/in/0353.txt[] (24K) * link:data/in/0354.txt[] (24K) * link:data/in/0355.txt[] (328K) * link:data/in/0356.txt[] (36K) * link:data/in/0357.txt[] (76K) * link:data/in/0358.txt[] (36K) * link:data/in/0359.txt[] (32K) * link:data/in/0360.txt[] (6.2M) * link:data/in/0361.txt[] (44K) * link:data/in/0362.txt[] (48K) * link:data/in/0363.txt[] (76K) * link:data/in/0364.txt[] (80K) * link:data/in/0365.txt[] (176K) * link:data/in/0366.txt[] (4.2M) * link:data/in/0367.txt[] (28K) * link:data/in/0368.txt[] (204K) * link:data/in/0369.txt[] (44K) * link:data/in/0370.txt[] (40K) * link:data/in/0371.txt[] (52K) * link:data/in/0372.txt[] (56K) * link:data/in/0373.txt[] (64K) * link:data/in/0374.txt[] (56K) * link:data/in/0375.txt[] (56K) * link:data/in/0376.txt[] (76K) * link:data/in/0377.txt[] (56K) * link:data/in/0378.txt[] (64K) * link:data/in/0379.txt[] (60K) * link:data/in/0380.txt[] (56K) * link:data/in/0381.txt[] (60K) * link:data/in/0382.txt[] (60K) * link:data/in/0383.txt[] (60K) * link:data/in/0384.txt[] (60K) * link:data/in/0385.txt[] (72K) * link:data/in/0386.txt[] (80K) * link:data/in/0387.txt[] (64K) * link:data/in/0388.txt[] (68K) * link:data/in/0389.txt[] (68K) * link:data/in/0390.txt[] (64K) * link:data/in/0391.txt[] (68K) * link:data/in/0392.txt[] (68K) * link:data/in/0393.txt[] (56K) * link:data/in/0394.txt[] (48K) * link:data/in/0395.txt[] (60K) * link:data/in/0396.txt[] (80K) * link:data/in/0397.txt[] (48K) * link:data/in/0398.txt[] (52K) * link:data/in/0399.txt[] (52K) * link:data/in/0400.txt[] (52K) * link:data/in/0401.txt[] (48K) * link:data/in/0402.txt[] (52K) * link:data/in/0403.txt[] (52K) * link:data/in/0404.txt[] (48K) * link:data/in/0405.txt[] (52K) * link:data/in/0406.txt[] (52K) * link:data/in/0407.txt[] (56K) * link:data/in/0408.txt[] (56K) * link:data/in/0409.txt[] (56K) * link:data/in/0410.txt[] (52K) * link:data/in/0411.txt[] (60K) * link:data/in/0412.txt[] (56K) * link:data/in/0413.txt[] (52K) * link:data/in/0414.txt[] (52K) * link:data/in/0415.txt[] (52K) * link:data/in/0416.txt[] (52K) * link:data/in/0417.txt[] (88K) * link:data/in/0418.txt[] (56K) * link:data/in/0419.txt[] (60K) * link:data/in/0420.txt[] (56K) * link:data/in/0421.txt[] (56K) * link:data/in/0422.txt[] (56K) * link:data/in/0423.txt[] (60K) * link:data/in/0424.txt[] (60K) * link:data/in/0425.txt[] (56K) * link:data/in/0426.txt[] (56K) * link:data/in/0427.txt[] (56K) * link:data/in/0428.txt[] (56K) * link:data/in/0429.txt[] (52K) * link:data/in/0430.txt[] (56K) * link:data/in/0431.txt[] (52K) * link:data/in/0432.txt[] (56K) * link:data/in/0433.txt[] (52K) * link:data/in/0434.txt[] (44K) * link:data/in/0435.txt[] (44K) * link:data/in/0436.txt[] (44K) * link:data/in/0437.txt[] (48K) * link:data/in/0438.txt[] (44K) * link:data/in/0439.txt[] (44K) * link:data/in/0440.txt[] (48K) * link:data/in/0441.txt[] (44K) * link:data/in/0442.txt[] (44K) * link:data/in/0443.txt[] (44K) * link:data/in/0444.txt[] (44K) * link:data/in/0445.txt[] (48K) * link:data/in/0446.txt[] (48K) * link:data/in/0447.txt[] (48K) * link:data/in/0448.txt[] (52K) * link:data/in/0449.txt[] (48K) * link:data/in/0450.txt[] (52K) * link:data/in/0451.txt[] (48K) * link:data/in/0452.txt[] (52K) * link:data/in/0453.txt[] (52K) * link:data/in/0454.txt[] (52K) * link:data/in/0455.txt[] (52K) * link:data/in/0456.txt[] (52K) * link:data/in/0457.txt[] (52K) * link:data/in/0458.txt[] (48K) * link:data/in/0459.txt[] (48K) * link:data/in/0460.txt[] (48K) * link:data/in/0461.txt[] (48K) * link:data/in/0462.txt[] (48K) * link:data/in/0463.txt[] (40K) * link:data/in/0464.txt[] (44K) * link:data/in/0465.txt[] (44K) * link:data/in/0466.txt[] (48K) * link:data/in/0467.txt[] (40K) * link:data/in/0468.txt[] (40K) * link:data/in/0469.txt[] (36K) * link:data/in/0470.txt[] (40K) * link:data/in/0471.txt[] (40K) * link:data/in/0472.txt[] (72K) * link:data/in/0473.txt[] (72K) * link:data/in/0474.txt[] (76K) * link:data/in/0475.txt[] (80K) * link:data/in/0476.txt[] (80K) * link:data/in/0477.txt[] (84K) * link:data/in/0478.txt[] (76K) * link:data/in/0479.txt[] (80K) * link:data/in/0480.txt[] (76K) * link:data/in/0481.txt[] (72K) * link:data/in/0482.txt[] (76K) * link:data/in/0483.txt[] (76K) * link:data/in/0484.txt[] (76K) * link:data/in/0485.txt[] (64K) * link:data/in/0486.txt[] (72K) * link:data/in/0487.txt[] (68K) * link:data/in/0488.txt[] (72K) * link:data/in/0489.txt[] (68K) * link:data/in/0490.txt[] (72K) * link:data/in/0491.txt[] (68K) * link:data/in/0492.txt[] (68K) * link:data/in/0493.txt[] (64K) * link:data/in/0494.txt[] (48K) * link:data/in/0495.txt[] (44K) * link:data/in/0496.txt[] (48K) * link:data/in/0497.txt[] (44K) * link:data/in/0498.txt[] (44K) * link:data/in/0499.txt[] (40K) * link:data/in/0500.txt[] (40K) * link:data/in/0501.txt[] (36K) * link:data/in/0502.txt[] (36K) * link:data/in/0503.txt[] (36K) * link:data/in/0504.txt[] (40K) * link:data/in/0505.txt[] (40K) * link:data/in/0506.txt[] (36K) * link:data/in/0507.txt[] (36K) * link:data/in/0508.txt[] (36K) * link:data/in/0509.txt[] (36K) * link:data/in/0510.txt[] (32K) * link:data/in/0511.txt[] (32K) * link:data/in/0512.txt[] (36K) * link:data/in/0513.txt[] (36K) * link:data/in/0514.txt[] (32K) * link:data/in/0515.txt[] (32K) * link:data/in/0516.txt[] (32K) * link:data/in/0517.txt[] (32K) * link:data/in/0518.txt[] (32K) * link:data/in/0519.txt[] (28K) * link:data/in/0520.txt[] (32K) * link:data/in/0521.txt[] (32K) * link:data/in/0522.txt[] (32K) * link:data/in/0523.txt[] (28K) * link:data/in/0524.txt[] (28K) * link:data/in/0525.txt[] (32K) * link:data/in/0526.txt[] (28K) * link:data/in/0527.txt[] (28K) * link:data/in/0528.txt[] (28K) * link:data/in/0529.txt[] (32K) * link:data/in/0530.txt[] (32K) * link:data/in/0531.txt[] (32K) * link:data/in/0532.txt[] (32K) * link:data/in/0533.txt[] (32K) * link:data/in/0534.txt[] (32K) * link:data/in/0535.txt[] (28K) * link:data/in/0536.txt[] (28K) * link:data/in/0537.txt[] (32K) * link:data/in/0538.txt[] (28K) * link:data/in/0539.txt[] (28K) * link:data/in/0540.txt[] (32K) * link:data/in/0541.txt[] (28K) * link:data/in/0542.txt[] (32K) * link:data/in/0543.txt[] (28K) * link:data/in/0544.txt[] (28K) * link:data/in/0545.txt[] (28K) * link:data/in/0546.txt[] (32K) * link:data/in/0547.txt[] (20K) * link:data/in/0548.txt[] (20K) * link:data/in/0549.txt[] (20K) * link:data/in/0550.txt[] (20K) * link:data/in/0551.txt[] (20K) * link:data/in/0552.txt[] (20K) * link:data/in/0553.txt[] (20K) * link:data/in/0554.txt[] (20K) * link:data/in/0555.txt[] (20K) * link:data/in/0556.txt[] (24K) * link:data/in/0557.txt[] (68K) * link:data/in/0558.txt[] (20K) * link:data/in/0559.txt[] (20K) * link:data/in/0560.txt[] (20K) * link:data/in/0561.txt[] (20K) * link:data/in/0562.txt[] (20K) * link:data/in/0563.txt[] (20K) * link:data/in/0564.txt[] (20K) * link:data/in/0565.txt[] (20K) * link:data/in/0566.txt[] (20K) * link:data/in/0567.txt[] (20K) * link:data/in/0568.txt[] (16K) * link:data/in/0569.txt[] (16K) * link:data/in/0570.txt[] (20K) * link:data/in/0571.txt[] (20K) * link:data/in/0572.txt[] (20K) * link:data/in/0573.txt[] (16K) * link:data/in/0574.txt[] (20K) * link:data/in/0575.txt[] (20K) * link:data/in/0576.txt[] (20K) * link:data/in/0577.txt[] (20K) * link:data/in/0578.txt[] (20K) * link:data/in/0579.txt[] (20K) * link:data/in/0580.txt[] (16K) * link:data/in/0581.txt[] (16K) * link:data/in/0582.txt[] (16K) * link:data/in/0583.txt[] (16K) * link:data/in/0584.txt[] (16K) * link:data/in/0585.txt[] (16K) * link:data/in/0586.txt[] (16K) * link:data/in/0587.txt[] (16K) * link:data/in/0588.txt[] (20K) * link:data/in/0589.txt[] (16K) * link:data/in/0590.txt[] (20K) * link:data/in/0591.txt[] (20K) * link:data/in/0592.txt[] (20K) * link:data/in/0593.txt[] (20K) * link:data/in/0594.txt[] (24K) * link:data/in/0595.txt[] (16K) * link:data/in/0596.txt[] (16K) * link:data/in/0597.txt[] (20K) * link:data/in/0598.txt[] (16K) * link:data/in/0599.txt[] (16K) * link:data/in/0600.txt[] (16K) * link:data/in/0601.txt[] (16K) * link:data/in/0602.txt[] (12K) * link:data/in/0603.txt[] (20K) * link:data/in/0604.txt[] (16K) * link:data/in/0605.txt[] (16K) * link:data/in/0606.txt[] (16K) * link:data/in/0607.txt[] (20K) * link:data/in/0608.txt[] (16K) * link:data/in/0609.txt[] (20K) * link:data/in/0610.txt[] (20K) * link:data/in/0611.txt[] (16K) * link:data/in/0612.txt[] (16K) * link:data/in/0613.txt[] (24K) * link:data/in/0614.txt[] (28K) * link:data/in/0615.txt[] (24K) * link:data/in/0616.txt[] (24K) * link:data/in/0617.txt[] (20K) * link:data/in/0618.txt[] (24K) * link:data/in/0619.txt[] (20K) * link:data/in/0620.txt[] (24K) * link:data/in/0621.txt[] (20K) * link:data/in/0622.txt[] (20K) * link:data/in/0623.txt[] (20K) * link:data/in/0624.txt[] (16K) * link:data/in/0625.txt[] (16K) * link:data/in/0626.txt[] (16K) * link:data/in/0627.txt[] (16K) * link:data/in/0628.txt[] (16K) * link:data/in/0629.txt[] (16K) * link:data/in/0630.txt[] (16K) * link:data/in/0631.txt[] (16K) * link:data/in/0632.txt[] (16K) * link:data/in/0633.txt[] (16K) * link:data/in/0634.txt[] (16K) * link:data/in/0635.txt[] (16K) * link:data/in/0636.txt[] (16K) * link:data/in/0637.txt[] (16K) * link:data/in/0638.txt[] (16K) * link:data/in/0639.txt[] (12K) * link:data/in/0640.txt[] (16K) * link:data/in/0641.txt[] (20K) * link:data/in/0642.txt[] (28K) * link:data/in/0643.txt[] (28K) * link:data/in/0644.txt[] (20K) * link:data/in/0645.txt[] (20K) * link:data/in/0646.txt[] (28K) * link:data/in/0647.txt[] (24K) * link:data/in/0648.txt[] (24K) * link:data/in/0649.txt[] (28K) * link:data/in/0650.txt[] (28K) * link:data/in/0651.txt[] (24K) * link:data/in/0652.txt[] (24K) * link:data/in/0653.txt[] (24K) * link:data/in/0654.txt[] (24K) * link:data/in/0655.txt[] (24K) * link:data/in/0656.txt[] (24K) * link:data/in/0657.txt[] (28K) * link:data/in/0658.txt[] (32K) * link:data/in/0659.txt[] (32K) * link:data/in/0660.txt[] (36K) * link:data/in/0661.txt[] (36K) * link:data/in/0662.txt[] (32K) * link:data/in/0663.txt[] (32K) * link:data/in/0664.txt[] (32K) * link:data/in/0665.txt[] (32K) * link:data/in/0666.txt[] (28K) * link:data/in/0667.txt[] (36K) * link:data/in/0668.txt[] (28K) * link:data/in/0669.txt[] (32K) * link:data/in/0670.txt[] (36K) * link:data/in/0671.txt[] (36K) * link:data/in/0672.txt[] (32K) * link:data/in/0673.txt[] (36K) * link:data/in/0674.txt[] (40K) * link:data/in/0675.txt[] (36K) * link:data/in/0676.txt[] (36K) * link:data/in/0677.txt[] (36K) * link:data/in/0678.txt[] (32K) * link:data/in/0679.txt[] (36K) * link:data/in/0680.txt[] (36K) * link:data/in/0681.txt[] (32K) * link:data/in/0682.txt[] (32K) * link:data/in/0683.txt[] (36K) * link:data/in/0684.txt[] (44K) * link:data/in/0685.txt[] (48K) * link:data/in/0686.txt[] (40K) * link:data/in/0687.txt[] (36K) * link:data/in/0688.txt[] (28K) * link:data/in/0689.txt[] (32K) * link:data/in/0690.txt[] (36K) * link:data/in/0691.txt[] (36K) * link:data/in/0692.txt[] (32K) * link:data/in/0693.txt[] (32K) * link:data/in/0694.txt[] (32K) * link:data/in/0695.txt[] (44K) * link:data/in/0696.txt[] (36K) * link:data/in/0697.txt[] (32K) * link:data/in/0698.txt[] (32K) * link:data/in/0699.txt[] (32K) * link:data/in/0700.txt[] (32K) * link:data/in/0701.txt[] (36K) * link:data/in/0702.txt[] (44K) * link:data/in/0703.txt[] (44K) * link:data/in/0704.txt[] (36K) * link:data/in/0705.txt[] (64K) * link:data/in/0706.txt[] (36K) * link:data/in/0707.txt[] (36K) * link:data/in/0708.txt[] (40K) * link:data/in/0709.txt[] (36K) * link:data/in/0710.txt[] (40K) * link:data/in/0711.txt[] (40K) * link:data/in/0712.txt[] (40K) * link:data/in/0713.txt[] (40K) * link:data/in/0714.txt[] (40K) * link:data/in/0715.txt[] (44K) * link:data/in/0716.txt[] (48K) * link:data/in/0717.txt[] (44K) * link:data/in/0718.txt[] (44K) * link:data/in/0719.txt[] (44K) * link:data/in/0720.txt[] (44K) * link:data/in/0721.txt[] (44K) * link:data/in/0722.txt[] (48K) * link:data/in/0723.txt[] (44K) * link:data/in/0724.txt[] (48K) * link:data/in/0725.txt[] (40K) * link:data/in/0726.txt[] (36K) * link:data/in/0727.txt[] (40K) * link:data/in/0728.txt[] (36K) * link:data/in/0729.txt[] (36K) * link:data/in/0730.txt[] (44K) * link:data/in/0731.txt[] (36K) * link:data/in/0732.txt[] (40K) * link:data/in/0733.txt[] (44K) * link:data/in/0734.txt[] (40K) * link:data/in/0735.txt[] (40K) * link:data/in/0736.txt[] (44K) * link:data/in/0737.txt[] (44K) * link:data/in/0738.txt[] (48K) * link:data/in/0739.txt[] (44K) * link:data/in/0740.txt[] (48K) * link:data/in/0741.txt[] (48K) * link:data/in/0742.txt[] (44K) * link:data/in/0743.txt[] (44K) * link:data/in/0744.txt[] (44K) * link:data/in/0745.txt[] (44K) * link:data/in/0746.txt[] (44K) * link:data/in/0747.txt[] (48K) * link:data/in/0748.txt[] (48K) * link:data/in/0749.txt[] (48K) * link:data/in/0750.txt[] (48K) * link:data/in/0751.txt[] (44K) * link:data/in/0752.txt[] (44K) * link:data/in/0753.txt[] (48K) * link:data/in/0754.txt[] (44K) * link:data/in/0755.txt[] (48K) * link:data/in/0756.txt[] (56K) * link:data/in/0757.txt[] (60K) * link:data/in/0758.txt[] (56K) * link:data/in/0759.txt[] (48K) * link:data/in/0760.txt[] (52K) * link:data/in/0761.txt[] (56K) * link:data/in/0762.txt[] (52K) * link:data/in/0763.txt[] (56K) * link:data/in/0764.txt[] (48K) * link:data/in/0765.txt[] (52K) * link:data/in/0766.txt[] (48K) * link:data/in/0767.txt[] (52K) * link:data/in/0768.txt[] (48K) * link:data/in/0769.txt[] (56K) * link:data/in/0770.txt[] (52K) * link:data/in/0771.txt[] (60K) * link:data/in/0772.txt[] (60K) * link:data/in/0773.txt[] (56K) * link:data/in/0774.txt[] (68K) * link:data/in/0775.txt[] (56K) * link:data/in/0776.txt[] (52K) * link:data/in/0777.txt[] (52K) * link:data/in/0778.txt[] (52K) * link:data/in/0779.txt[] (56K) * link:data/in/0780.txt[] (56K) * link:data/in/0781.txt[] (52K) * link:data/in/0782.txt[] (60K) * link:data/in/0783.txt[] (60K) * link:data/in/0784.txt[] (60K) * link:data/in/0785.txt[] (60K) * link:data/in/0786.txt[] (60K) * link:data/in/0787.txt[] (60K) * link:data/in/0788.txt[] (60K) * link:data/in/0789.txt[] (60K) * link:data/in/0790.txt[] (60K) * link:data/in/0791.txt[] (60K) * link:data/in/0792.txt[] (52K) * link:data/in/0793.txt[] (56K) * link:data/in/0794.txt[] (60K) * link:data/in/0795.txt[] (64K) * link:data/in/0796.txt[] (60K) * link:data/in/0797.txt[] (56K) * link:data/in/0798.txt[] (56K) * link:data/in/0799.txt[] (60K) * link:data/in/0800.txt[] (60K) * link:data/in/0801.txt[] (60K) * link:data/in/0802.txt[] (60K) * link:data/in/0803.txt[] (60K) * link:data/in/0804.txt[] (60K) * link:data/in/0805.txt[] (60K) * link:data/in/0806.txt[] (60K) * link:data/in/0807.txt[] (60K) * link:data/in/0808.txt[] (56K) * link:data/in/0809.txt[] (60K) * link:data/in/0810.txt[] (60K) * link:data/in/0811.txt[] (64K) * link:data/in/0812.txt[] (60K) * link:data/in/0813.txt[] (56K) * link:data/in/0814.txt[] (52K) * link:data/in/0815.txt[] (52K) * link:data/in/0816.txt[] (48K) * link:data/in/0817.txt[] (56K) * link:data/in/0818.txt[] (56K) * link:data/in/0819.txt[] (60K) * link:data/in/0820.txt[] (60K) * link:data/in/0821.txt[] (60K) * link:data/in/0822.txt[] (60K) * link:data/in/0823.txt[] (60K) * link:data/in/0824.txt[] (56K) * link:data/in/0825.txt[] (56K) * link:data/in/0826.txt[] (60K) * link:data/in/0827.txt[] (56K) * link:data/in/0828.txt[] (56K) * link:data/in/0829.txt[] (4.0K) === Outputs index * link:data/out/0000.txt[] (0) * link:data/out/0001.txt[] (0) * link:data/out/0002.txt[] (0) * link:data/out/0003.txt[] (0) * link:data/out/0004.txt[] (0) * link:data/out/0005.txt[] (0) * link:data/out/0006.txt[] (0) * link:data/out/0007.txt[] (0) * link:data/out/0008.txt[] (0) * link:data/out/0009.txt[] (0) * link:data/out/0010.txt[] (0) * link:data/out/0011.txt[] (0) * link:data/out/0012.txt[] (0) * link:data/out/0013.txt[] (0) * link:data/out/0014.txt[] (0) * link:data/out/0015.txt[] (0) * link:data/out/0016.txt[] (0) * link:data/out/0017.txt[] (0) * link:data/out/0018.txt[] (0) * link:data/out/0019.txt[] (0) * link:data/out/0020.txt[] (0) * link:data/out/0021.txt[] (0) * link:data/out/0022.txt[] (0) * link:data/out/0023.txt[] (0) * link:data/out/0024.txt[] (0) * link:data/out/0025.txt[] (0) * link:data/out/0026.txt[] (0) * link:data/out/0027.txt[] (0) * link:data/out/0028.txt[] (0) * link:data/out/0029.txt[] (0) * link:data/out/0030.txt[] (0) * link:data/out/0031.txt[] (0) * link:data/out/0032.txt[] (0) * link:data/out/0033.txt[] (0) * link:data/out/0034.txt[] (0) * link:data/out/0035.txt[] (0) * link:data/out/0036.txt[] (0) * link:data/out/0037.txt[] (0) * link:data/out/0038.txt[] (0) * link:data/out/0039.txt[] (0) * link:data/out/0040.txt[] (0) * link:data/out/0041.txt[] (0) * link:data/out/0042.txt[] (0) * link:data/out/0043.txt[] (0) * link:data/out/0044.txt[] (0) * link:data/out/0045.txt[] (0) * link:data/out/0046.txt[] (0) * link:data/out/0047.txt[] (0) * link:data/out/0048.txt[] (0) * link:data/out/0049.txt[] (0) * link:data/out/0050.txt[] (0) * link:data/out/0051.txt[] (0) * link:data/out/0052.txt[] (0) * link:data/out/0053.txt[] (0) * link:data/out/0054.txt[] (0) * link:data/out/0055.txt[] (0) * link:data/out/0056.txt[] (0) * link:data/out/0057.txt[] (0) * link:data/out/0058.txt[] (0) * link:data/out/0059.txt[] (0) * link:data/out/0060.txt[] (0) * link:data/out/0061.txt[] (0) * link:data/out/0062.txt[] (0) * link:data/out/0063.txt[] (0) * link:data/out/0064.txt[] (0) * link:data/out/0065.txt[] (0) * link:data/out/0066.txt[] (0) * link:data/out/0067.txt[] (0) * link:data/out/0068.txt[] (0) * link:data/out/0069.txt[] (0) * link:data/out/0070.txt[] (0) * link:data/out/0071.txt[] (0) * link:data/out/0072.txt[] (0) * link:data/out/0073.txt[] (0) * link:data/out/0074.txt[] (0) * link:data/out/0075.txt[] (0) * link:data/out/0076.txt[] (0) * link:data/out/0077.txt[] (0) * link:data/out/0078.txt[] (0) * link:data/out/0079.txt[] (0) * link:data/out/0080.txt[] (0) * link:data/out/0081.txt[] (0) * link:data/out/0082.txt[] (0) * link:data/out/0083.txt[] (0) * link:data/out/0084.txt[] (0) * link:data/out/0085.txt[] (0) * link:data/out/0086.txt[] (0) * link:data/out/0087.txt[] (0) * link:data/out/0088.txt[] (0) * link:data/out/0089.txt[] (0) * link:data/out/0090.txt[] (0) * link:data/out/0091.txt[] (0) * link:data/out/0092.txt[] (0) * link:data/out/0093.txt[] (0) * link:data/out/0094.txt[] (0) * link:data/out/0095.txt[] (0) * link:data/out/0096.txt[] (0) * link:data/out/0097.txt[] (0) * link:data/out/0098.txt[] (0) * link:data/out/0099.txt[] (0) * link:data/out/0100.txt[] (0) * link:data/out/0101.txt[] (0) * link:data/out/0102.txt[] (0) * link:data/out/0103.txt[] (0) * link:data/out/0104.txt[] (0) * link:data/out/0105.txt[] (0) * link:data/out/0106.txt[] (0) * link:data/out/0107.txt[] (0) * link:data/out/0108.txt[] (0) * link:data/out/0109.txt[] (0) * link:data/out/0110.txt[] (0) * link:data/out/0111.txt[] (0) * link:data/out/0112.txt[] (0) * link:data/out/0113.txt[] (0) * link:data/out/0114.txt[] (0) * link:data/out/0115.txt[] (0) * link:data/out/0116.txt[] (0) * link:data/out/0117.txt[] (0) * link:data/out/0118.txt[] (0) * link:data/out/0119.txt[] (0) * link:data/out/0120.txt[] (0) * link:data/out/0121.txt[] (0) * link:data/out/0122.txt[] (0) * link:data/out/0123.txt[] (4.0K) * link:data/out/0124.txt[] (0) * link:data/out/0125.txt[] (0) * link:data/out/0126.txt[] (0) * link:data/out/0127.txt[] (0) * link:data/out/0128.txt[] (0) * link:data/out/0129.txt[] (0) * link:data/out/0130.txt[] (0) * link:data/out/0131.txt[] (0) * link:data/out/0132.txt[] (0) * link:data/out/0133.txt[] (0) * link:data/out/0134.txt[] (0) * link:data/out/0135.txt[] (0) * link:data/out/0136.txt[] (0) * link:data/out/0137.txt[] (0) * link:data/out/0138.txt[] (4.0K) * link:data/out/0139.txt[] (4.0K) * link:data/out/0140.txt[] (4.0K) * link:data/out/0141.txt[] (4.0K) * link:data/out/0142.txt[] (4.0K) * link:data/out/0143.txt[] (4.0K) * link:data/out/0144.txt[] (0) * link:data/out/0145.txt[] (4.0K) * link:data/out/0146.txt[] (0) * link:data/out/0147.txt[] (4.0K) * link:data/out/0148.txt[] (0) * link:data/out/0149.txt[] (0) * link:data/out/0150.txt[] (0) * link:data/out/0151.txt[] (0) * link:data/out/0152.txt[] (0) * link:data/out/0153.txt[] (0) * link:data/out/0154.txt[] (0) * link:data/out/0155.txt[] (0) * link:data/out/0156.txt[] (0) * link:data/out/0157.txt[] (0) * link:data/out/0158.txt[] (0) * link:data/out/0159.txt[] (0) * link:data/out/0160.txt[] (0) * link:data/out/0161.txt[] (0) * link:data/out/0162.txt[] (4.0K) * link:data/out/0163.txt[] (4.0K) * link:data/out/0164.txt[] (0) * link:data/out/0165.txt[] (0) * link:data/out/0166.txt[] (0) * link:data/out/0167.txt[] (0) * link:data/out/0168.txt[] (0) * link:data/out/0169.txt[] (0) * link:data/out/0170.txt[] (0) * link:data/out/0171.txt[] (0) * link:data/out/0172.txt[] (0) * link:data/out/0173.txt[] (0) * link:data/out/0174.txt[] (0) * link:data/out/0175.txt[] (0) * link:data/out/0176.txt[] (0) * link:data/out/0177.txt[] (4.0K) * link:data/out/0178.txt[] (0) * link:data/out/0179.txt[] (0) * link:data/out/0180.txt[] (0) * link:data/out/0181.txt[] (4.0K) * link:data/out/0182.txt[] (4.0K) * link:data/out/0183.txt[] (0) * link:data/out/0184.txt[] (0) * link:data/out/0185.txt[] (0) * link:data/out/0186.txt[] (0) * link:data/out/0187.txt[] (0) * link:data/out/0188.txt[] (0) * link:data/out/0189.txt[] (0) * link:data/out/0190.txt[] (0) * link:data/out/0191.txt[] (0) * link:data/out/0192.txt[] (0) * link:data/out/0193.txt[] (0) * link:data/out/0194.txt[] (0) * link:data/out/0195.txt[] (0) * link:data/out/0196.txt[] (0) * link:data/out/0197.txt[] (4.0K) * link:data/out/0198.txt[] (0) * link:data/out/0199.txt[] (4.0K) * link:data/out/0200.txt[] (4.0K) * link:data/out/0201.txt[] (0) * link:data/out/0202.txt[] (0) * link:data/out/0203.txt[] (0) * link:data/out/0204.txt[] (0) * link:data/out/0205.txt[] (0) * link:data/out/0206.txt[] (0) * link:data/out/0207.txt[] (0) * link:data/out/0208.txt[] (0) * link:data/out/0209.txt[] (0) * link:data/out/0210.txt[] (0) * link:data/out/0211.txt[] (4.0K) * link:data/out/0212.txt[] (0) * link:data/out/0213.txt[] (0) * link:data/out/0214.txt[] (0) * link:data/out/0215.txt[] (0) * link:data/out/0216.txt[] (0) * link:data/out/0217.txt[] (0) * link:data/out/0218.txt[] (0) * link:data/out/0219.txt[] (0) * link:data/out/0220.txt[] (0) * link:data/out/0221.txt[] (0) * link:data/out/0222.txt[] (0) * link:data/out/0223.txt[] (0) * link:data/out/0224.txt[] (0) * link:data/out/0225.txt[] (0) * link:data/out/0226.txt[] (4.0K) * link:data/out/0227.txt[] (0) * link:data/out/0228.txt[] (4.0K) * link:data/out/0229.txt[] (12K) * link:data/out/0230.txt[] (28K) * link:data/out/0231.txt[] (4.0K) * link:data/out/0232.txt[] (0) * link:data/out/0233.txt[] (4.0K) * link:data/out/0234.txt[] (4.0K) * link:data/out/0235.txt[] (0) * link:data/out/0236.txt[] (0) * link:data/out/0237.txt[] (0) * link:data/out/0238.txt[] (0) * link:data/out/0239.txt[] (4.0K) * link:data/out/0240.txt[] (0) * link:data/out/0241.txt[] (0) * link:data/out/0242.txt[] (0) * link:data/out/0243.txt[] (0) * link:data/out/0244.txt[] (4.0K) * link:data/out/0245.txt[] (0) * link:data/out/0246.txt[] (4.0K) * link:data/out/0247.txt[] (0) * link:data/out/0248.txt[] (0) * link:data/out/0249.txt[] (4.0K) * link:data/out/0250.txt[] (0) * link:data/out/0251.txt[] (4.0K) * link:data/out/0252.txt[] (0) * link:data/out/0253.txt[] (0) * link:data/out/0254.txt[] (4.0K) * link:data/out/0255.txt[] (0) * link:data/out/0256.txt[] (0) * link:data/out/0257.txt[] (0) * link:data/out/0258.txt[] (0) * link:data/out/0259.txt[] (4.0K) * link:data/out/0260.txt[] (0) * link:data/out/0261.txt[] (4.0K) * link:data/out/0262.txt[] (4.0K) * link:data/out/0263.txt[] (0) * link:data/out/0264.txt[] (16K) * link:data/out/0265.txt[] (0) * link:data/out/0266.txt[] (0) * link:data/out/0267.txt[] (0) * link:data/out/0268.txt[] (4.0K) * link:data/out/0269.txt[] (0) * link:data/out/0270.txt[] (0) * link:data/out/0271.txt[] (4.0K) * link:data/out/0272.txt[] (24K) * link:data/out/0273.txt[] (12K) * link:data/out/0274.txt[] (12K) * link:data/out/0275.txt[] (4.0K) * link:data/out/0276.txt[] (8.0K) * link:data/out/0277.txt[] (24K) * link:data/out/0278.txt[] (0) * link:data/out/0279.txt[] (4.0K) * link:data/out/0280.txt[] (8.0K) * link:data/out/0281.txt[] (0) * link:data/out/0282.txt[] (0) * link:data/out/0283.txt[] (4.0K) * link:data/out/0284.txt[] (8.0K) * link:data/out/0285.txt[] (20K) * link:data/out/0286.txt[] (12K) * link:data/out/0287.txt[] (8.0K) * link:data/out/0288.txt[] (4.0K) * link:data/out/0289.txt[] (4.0K) * link:data/out/0290.txt[] (4.0K) * link:data/out/0291.txt[] (4.0K) * link:data/out/0292.txt[] (4.0K) * link:data/out/0293.txt[] (4.0K) * link:data/out/0294.txt[] (8.0K) * link:data/out/0295.txt[] (4.0K) * link:data/out/0296.txt[] (8.0K) * link:data/out/0297.txt[] (8.0K) * link:data/out/0298.txt[] (4.0K) * link:data/out/0299.txt[] (8.0K) * link:data/out/0300.txt[] (20K) * link:data/out/0301.txt[] (12K) * link:data/out/0302.txt[] (8.0K) * link:data/out/0303.txt[] (4.0K) * link:data/out/0304.txt[] (52K) * link:data/out/0305.txt[] (48K) * link:data/out/0306.txt[] (8.0K) * link:data/out/0307.txt[] (12K) * link:data/out/0308.txt[] (24K) * link:data/out/0309.txt[] (20K) * link:data/out/0310.txt[] (12K) * link:data/out/0311.txt[] (20K) * link:data/out/0312.txt[] (24K) * link:data/out/0313.txt[] (24K) * link:data/out/0314.txt[] (28K) * link:data/out/0315.txt[] (40K) * link:data/out/0316.txt[] (40K) * link:data/out/0317.txt[] (36K) * link:data/out/0318.txt[] (36K) * link:data/out/0319.txt[] (80K) * link:data/out/0320.txt[] (172K) * link:data/out/0321.txt[] (24K) * link:data/out/0322.txt[] (28K) * link:data/out/0323.txt[] (40K) * link:data/out/0324.txt[] (16K) * link:data/out/0325.txt[] (32K) * link:data/out/0326.txt[] (28K) * link:data/out/0327.txt[] (36K) * link:data/out/0328.txt[] (152K) * link:data/out/0329.txt[] (60K) * link:data/out/0330.txt[] (20K) * link:data/out/0331.txt[] (16K) * link:data/out/0332.txt[] (24K) * link:data/out/0333.txt[] (28K) * link:data/out/0334.txt[] (36K) * link:data/out/0335.txt[] (28K) * link:data/out/0336.txt[] (68K) * link:data/out/0337.txt[] (84K) * link:data/out/0338.txt[] (44K) * link:data/out/0339.txt[] (60K) * link:data/out/0340.txt[] (32K) * link:data/out/0341.txt[] (12K) * link:data/out/0342.txt[] (32K) * link:data/out/0343.txt[] (24K) * link:data/out/0344.txt[] (16K) * link:data/out/0345.txt[] (16K) * link:data/out/0346.txt[] (16K) * link:data/out/0347.txt[] (28K) * link:data/out/0348.txt[] (288K) * link:data/out/0349.txt[] (52K) * link:data/out/0350.txt[] (36K) * link:data/out/0351.txt[] (100K) * link:data/out/0352.txt[] (28K) * link:data/out/0353.txt[] (52K) * link:data/out/0354.txt[] (72K) * link:data/out/0355.txt[] (32K) * link:data/out/0356.txt[] (24K) * link:data/out/0357.txt[] (56K) * link:data/out/0358.txt[] (40K) * link:data/out/0359.txt[] (44K) * link:data/out/0360.txt[] (52K) * link:data/out/0361.txt[] (372K) * link:data/out/0362.txt[] (104K) * link:data/out/0363.txt[] (80K) * link:data/out/0364.txt[] (92K) * link:data/out/0365.txt[] (52K) * link:data/out/0366.txt[] (140K) * link:data/out/0367.txt[] (172K) * link:data/out/0368.txt[] (56K) * link:data/out/0369.txt[] (80K) * link:data/out/0370.txt[] (88K) * link:data/out/0371.txt[] (72K) * link:data/out/0372.txt[] (116K) * link:data/out/0373.txt[] (144K) * link:data/out/0374.txt[] (328K) * link:data/out/0375.txt[] (108K) * link:data/out/0376.txt[] (88K) * link:data/out/0377.txt[] (148K) * link:data/out/0378.txt[] (132K) * link:data/out/0379.txt[] (180K) * link:data/out/0380.txt[] (100K) * link:data/out/0381.txt[] (324K) * link:data/out/0382.txt[] (132K) * link:data/out/0383.txt[] (120K) * link:data/out/0384.txt[] (52K) * link:data/out/0385.txt[] (72K) * link:data/out/0386.txt[] (76K) * link:data/out/0387.txt[] (68K) * link:data/out/0388.txt[] (64K) * link:data/out/0389.txt[] (56K) * link:data/out/0390.txt[] (44K) * link:data/out/0391.txt[] (60K) * link:data/out/0392.txt[] (92K) * link:data/out/0393.txt[] (112K) * link:data/out/0394.txt[] (52K) * link:data/out/0395.txt[] (336K) * link:data/out/0396.txt[] (120K) * link:data/out/0397.txt[] (228K) * link:data/out/0398.txt[] (92K) * link:data/out/0399.txt[] (156K) * link:data/out/0400.txt[] (140K) * link:data/out/0401.txt[] (1.8M) * link:data/out/0402.txt[] (124K) * link:data/out/0403.txt[] (136K) * link:data/out/0404.txt[] (100K) * link:data/out/0405.txt[] (148K) * link:data/out/0406.txt[] (136K) * link:data/out/0407.txt[] (132K) * link:data/out/0408.txt[] (180K) * link:data/out/0409.txt[] (92K) * link:data/out/0410.txt[] (88K) * link:data/out/0411.txt[] (160K) * link:data/out/0412.txt[] (148K) * link:data/out/0413.txt[] (120K) * link:data/out/0414.txt[] (100K) * link:data/out/0415.txt[] (124K) * link:data/out/0416.txt[] (144K) * link:data/out/0417.txt[] (216K) * link:data/out/0418.txt[] (340K) * link:data/out/0419.txt[] (388K) * link:data/out/0420.txt[] (472K) * link:data/out/0421.txt[] (520K) * link:data/out/0422.txt[] (380K) * link:data/out/0423.txt[] (64K) * link:data/out/0424.txt[] (68K) * link:data/out/0425.txt[] (84K) * link:data/out/0426.txt[] (124K) * link:data/out/0427.txt[] (188K) * link:data/out/0428.txt[] (104K) * link:data/out/0429.txt[] (72K) * link:data/out/0430.txt[] (80K) * link:data/out/0431.txt[] (68K) * link:data/out/0432.txt[] (104K) * link:data/out/0433.txt[] (84K) * link:data/out/0434.txt[] (112K) * link:data/out/0435.txt[] (84K) * link:data/out/0436.txt[] (108K) * link:data/out/0437.txt[] (140K) * link:data/out/0438.txt[] (100K) * link:data/out/0439.txt[] (128K) * link:data/out/0440.txt[] (104K) * link:data/out/0441.txt[] (136K) * link:data/out/0442.txt[] (96K) * link:data/out/0443.txt[] (104K) * link:data/out/0444.txt[] (108K) * link:data/out/0445.txt[] (88K) * link:data/out/0446.txt[] (100K) * link:data/out/0447.txt[] (132K) * link:data/out/0448.txt[] (72K) * link:data/out/0449.txt[] (56K) * link:data/out/0450.txt[] (148K) * link:data/out/0451.txt[] (184K) * link:data/out/0452.txt[] (324K) * link:data/out/0453.txt[] (372K) * link:data/out/0454.txt[] (284K) * link:data/out/0455.txt[] (364K) * link:data/out/0456.txt[] (488K) * link:data/out/0457.txt[] (576K) * link:data/out/0458.txt[] (696K) * link:data/out/0459.txt[] (800K) * link:data/out/0460.txt[] (720K) * link:data/out/0461.txt[] (884K) * link:data/out/0462.txt[] (1.2M) * link:data/out/0463.txt[] (1.1M) * link:data/out/0464.txt[] (828K) * link:data/out/0465.txt[] (612K) * link:data/out/0466.txt[] (344K) * link:data/out/0467.txt[] (40K) * link:data/out/0468.txt[] (140K) * link:data/out/0469.txt[] (300K) * link:data/out/0470.txt[] (352K) * link:data/out/0471.txt[] (316K) * link:data/out/0472.txt[] (416K) * link:data/out/0473.txt[] (372K) * link:data/out/0474.txt[] (204K) * link:data/out/0475.txt[] (180K) * link:data/out/0476.txt[] (172K) * link:data/out/0477.txt[] (232K) * link:data/out/0478.txt[] (264K) * link:data/out/0479.txt[] (348K) * link:data/out/0480.txt[] (256K) * link:data/out/0481.txt[] (504K) * link:data/out/0482.txt[] (216K) * link:data/out/0483.txt[] (112K) * link:data/out/0484.txt[] (128K) * link:data/out/0485.txt[] (128K) * link:data/out/0486.txt[] (284K) * link:data/out/0487.txt[] (136K) * link:data/out/0488.txt[] (92K) * link:data/out/0489.txt[] (132K) * link:data/out/0490.txt[] (600K) * link:data/out/0491.txt[] (124K) * link:data/out/0492.txt[] (164K) * link:data/out/0493.txt[] (140K) * link:data/out/0494.txt[] (156K) * link:data/out/0495.txt[] (368K) * link:data/out/0496.txt[] (96K) * link:data/out/0497.txt[] (616K) * link:data/out/0498.txt[] (24K) * link:data/out/0499.txt[] (32K) * link:data/out/0500.txt[] (16K) * link:data/out/0501.txt[] (36K) * link:data/out/0502.txt[] (12K) * link:data/out/0503.txt[] (40K) * link:data/out/0504.txt[] (40K) * link:data/out/0505.txt[] (792K) * link:data/out/0506.txt[] (68K) * link:data/out/0507.txt[] (44K) * link:data/out/0508.txt[] (20K) * link:data/out/0509.txt[] (28K) * link:data/out/0510.txt[] (24K) * link:data/out/0511.txt[] (32K) * link:data/out/0512.txt[] (24K) * link:data/out/0513.txt[] (24K) * link:data/out/0514.txt[] (32K) * link:data/out/0515.txt[] (28K) * link:data/out/0516.txt[] (20K) * link:data/out/0517.txt[] (96K) * link:data/out/0518.txt[] (40K) * link:data/out/0519.txt[] (36K) * link:data/out/0520.txt[] (28K) * link:data/out/0521.txt[] (52K) * link:data/out/0522.txt[] (40K) * link:data/out/0523.txt[] (36K) * link:data/out/0524.txt[] (36K) * link:data/out/0525.txt[] (44K) * link:data/out/0526.txt[] (48K) * link:data/out/0527.txt[] (68K) * link:data/out/0528.txt[] (36K) * link:data/out/0529.txt[] (32K) * link:data/out/0530.txt[] (36K) * link:data/out/0531.txt[] (60K) * link:data/out/0532.txt[] (48K) * link:data/out/0533.txt[] (32K) * link:data/out/0534.txt[] (36K) * link:data/out/0535.txt[] (28K) * link:data/out/0536.txt[] (32K) * link:data/out/0537.txt[] (28K) * link:data/out/0538.txt[] (40K) * link:data/out/0539.txt[] (48K) * link:data/out/0540.txt[] (52K) * link:data/out/0541.txt[] (44K) * link:data/out/0542.txt[] (32K) * link:data/out/0543.txt[] (28K) * link:data/out/0544.txt[] (48K) * link:data/out/0545.txt[] (108K) * link:data/out/0546.txt[] (92K) * link:data/out/0547.txt[] (108K) * link:data/out/0548.txt[] (148K) * link:data/out/0549.txt[] (1.1M) * link:data/out/0550.txt[] (228K) * link:data/out/0551.txt[] (312K) * link:data/out/0552.txt[] (872K) * link:data/out/0553.txt[] (756K) * link:data/out/0554.txt[] (584K) * link:data/out/0555.txt[] (308K) * link:data/out/0556.txt[] (528K) * link:data/out/0557.txt[] (428K) * link:data/out/0558.txt[] (452K) * link:data/out/0559.txt[] (232K) * link:data/out/0560.txt[] (112K) * link:data/out/0561.txt[] (180K) * link:data/out/0562.txt[] (148K) * link:data/out/0563.txt[] (384K) * link:data/out/0564.txt[] (964K) * link:data/out/0565.txt[] (612K) * link:data/out/0566.txt[] (556K) * link:data/out/0567.txt[] (1.9M) * link:data/out/0568.txt[] (1.1M) * link:data/out/0569.txt[] (60K) * link:data/out/0570.txt[] (352K) * link:data/out/0571.txt[] (388K) * link:data/out/0572.txt[] (208K) * link:data/out/0573.txt[] (324K) * link:data/out/0574.txt[] (520K) * link:data/out/0575.txt[] (124K) * link:data/out/0576.txt[] (196K) * link:data/out/0577.txt[] (248K) * link:data/out/0578.txt[] (212K) * link:data/out/0579.txt[] (160K) * link:data/out/0580.txt[] (84K) * link:data/out/0581.txt[] (148K) * link:data/out/0582.txt[] (148K) * link:data/out/0583.txt[] (92K) * link:data/out/0584.txt[] (92K) * link:data/out/0585.txt[] (976K) * link:data/out/0586.txt[] (1.3M) * link:data/out/0587.txt[] (380K) * link:data/out/0588.txt[] (180K) * link:data/out/0589.txt[] (120K) * link:data/out/0590.txt[] (176K) * link:data/out/0591.txt[] (128K) * link:data/out/0592.txt[] (128K) * link:data/out/0593.txt[] (196K) * link:data/out/0594.txt[] (88K) * link:data/out/0595.txt[] (64K) * link:data/out/0596.txt[] (80K) * link:data/out/0597.txt[] (56K) * link:data/out/0598.txt[] (84K) * link:data/out/0599.txt[] (152K) * link:data/out/0600.txt[] (100K) * link:data/out/0601.txt[] (80K) * link:data/out/0602.txt[] (96K) * link:data/out/0603.txt[] (60K) * link:data/out/0604.txt[] (76K) * link:data/out/0605.txt[] (120K) * link:data/out/0606.txt[] (132K) * link:data/out/0607.txt[] (116K) * link:data/out/0608.txt[] (108K) * link:data/out/0609.txt[] (88K) * link:data/out/0610.txt[] (72K) * link:data/out/0611.txt[] (72K) * link:data/out/0612.txt[] (60K) * link:data/out/0613.txt[] (148K) * link:data/out/0614.txt[] (100K) * link:data/out/0615.txt[] (52K) * link:data/out/0616.txt[] (68K) * link:data/out/0617.txt[] (60K) * link:data/out/0618.txt[] (40K) * link:data/out/0619.txt[] (84K) * link:data/out/0620.txt[] (76K) * link:data/out/0621.txt[] (200K) * link:data/out/0622.txt[] (352K) * link:data/out/0623.txt[] (636K) * link:data/out/0624.txt[] (556K) * link:data/out/0625.txt[] (60K) * link:data/out/0626.txt[] (76K) * link:data/out/0627.txt[] (52K) * link:data/out/0628.txt[] (40K) * link:data/out/0629.txt[] (52K) * link:data/out/0630.txt[] (36K) * link:data/out/0631.txt[] (76K) * link:data/out/0632.txt[] (56K) * link:data/out/0633.txt[] (228K) * link:data/out/0634.txt[] (144K) * link:data/out/0635.txt[] (112K) * link:data/out/0636.txt[] (124K) * link:data/out/0637.txt[] (96K) * link:data/out/0638.txt[] (56K) * link:data/out/0639.txt[] (48K) * link:data/out/0640.txt[] (64K) * link:data/out/0641.txt[] (36K) * link:data/out/0642.txt[] (36K) * link:data/out/0643.txt[] (32K) * link:data/out/0644.txt[] (40K) * link:data/out/0645.txt[] (48K) * link:data/out/0646.txt[] (52K) * link:data/out/0647.txt[] (56K) * link:data/out/0648.txt[] (44K) * link:data/out/0649.txt[] (40K) * link:data/out/0650.txt[] (36K) * link:data/out/0651.txt[] (32K) * link:data/out/0652.txt[] (32K) * link:data/out/0653.txt[] (32K) * link:data/out/0654.txt[] (36K) * link:data/out/0655.txt[] (40K) * link:data/out/0656.txt[] (28K) * link:data/out/0657.txt[] (28K) * link:data/out/0658.txt[] (36K) * link:data/out/0659.txt[] (40K) * link:data/out/0660.txt[] (40K) * link:data/out/0661.txt[] (32K) * link:data/out/0662.txt[] (48K) * link:data/out/0663.txt[] (32K) * link:data/out/0664.txt[] (32K) * link:data/out/0665.txt[] (32K) * link:data/out/0666.txt[] (44K) * link:data/out/0667.txt[] (44K) * link:data/out/0668.txt[] (28K) * link:data/out/0669.txt[] (28K) * link:data/out/0670.txt[] (28K) * link:data/out/0671.txt[] (24K) * link:data/out/0672.txt[] (28K) * link:data/out/0673.txt[] (24K) * link:data/out/0674.txt[] (24K) * link:data/out/0675.txt[] (28K) * link:data/out/0676.txt[] (32K) * link:data/out/0677.txt[] (28K) * link:data/out/0678.txt[] (40K) * link:data/out/0679.txt[] (192K) * link:data/out/0680.txt[] (152K) * link:data/out/0681.txt[] (160K) * link:data/out/0682.txt[] (192K) * link:data/out/0683.txt[] (236K) * link:data/out/0684.txt[] (380K) * link:data/out/0685.txt[] (212K) * link:data/out/0686.txt[] (196K) * link:data/out/0687.txt[] (296K) * link:data/out/0688.txt[] (332K) * link:data/out/0689.txt[] (212K) * link:data/out/0690.txt[] (76K) * link:data/out/0691.txt[] (88K) * link:data/out/0692.txt[] (36K) * link:data/out/0693.txt[] (32K) * link:data/out/0694.txt[] (36K) * link:data/out/0695.txt[] (36K) * link:data/out/0696.txt[] (36K) * link:data/out/0697.txt[] (40K) * link:data/out/0698.txt[] (56K) * link:data/out/0699.txt[] (48K) * link:data/out/0700.txt[] (36K) * link:data/out/0701.txt[] (40K) * link:data/out/0702.txt[] (68K) * link:data/out/0703.txt[] (172K) * link:data/out/0704.txt[] (172K) * link:data/out/0705.txt[] (200K) * link:data/out/0706.txt[] (376K) * link:data/out/0707.txt[] (336K) * link:data/out/0708.txt[] (324K) * link:data/out/0709.txt[] (112K) * link:data/out/0710.txt[] (168K) * link:data/out/0711.txt[] (224K) * link:data/out/0712.txt[] (256K) * link:data/out/0713.txt[] (196K) * link:data/out/0714.txt[] (204K) * link:data/out/0715.txt[] (260K) * link:data/out/0716.txt[] (236K) * link:data/out/0717.txt[] (304K) * link:data/out/0718.txt[] (236K) * link:data/out/0719.txt[] (216K) * link:data/out/0720.txt[] (232K) * link:data/out/0721.txt[] (172K) * link:data/out/0722.txt[] (160K) * link:data/out/0723.txt[] (132K) * link:data/out/0724.txt[] (184K) * link:data/out/0725.txt[] (192K) * link:data/out/0726.txt[] (276K) * link:data/out/0727.txt[] (400K) * link:data/out/0728.txt[] (472K) * link:data/out/0729.txt[] (688K) * link:data/out/0730.txt[] (488K) * link:data/out/0731.txt[] (376K) * link:data/out/0732.txt[] (348K) * link:data/out/0733.txt[] (304K) * link:data/out/0734.txt[] (272K) * link:data/out/0735.txt[] (412K) * link:data/out/0736.txt[] (296K) * link:data/out/0737.txt[] (200K) * link:data/out/0738.txt[] (204K) * link:data/out/0739.txt[] (212K) * link:data/out/0740.txt[] (264K) * link:data/out/0741.txt[] (268K) * link:data/out/0742.txt[] (192K) * link:data/out/0743.txt[] (304K) * link:data/out/0744.txt[] (216K) * link:data/out/0745.txt[] (216K) * link:data/out/0746.txt[] (160K) * link:data/out/0747.txt[] (116K) * link:data/out/0748.txt[] (144K) * link:data/out/0749.txt[] (136K) * link:data/out/0750.txt[] (140K) * link:data/out/0751.txt[] (116K) * link:data/out/0752.txt[] (112K) * link:data/out/0753.txt[] (128K) * link:data/out/0754.txt[] (104K) * link:data/out/0755.txt[] (116K) * link:data/out/0756.txt[] (68K) * link:data/out/0757.txt[] (96K) * link:data/out/0758.txt[] (108K) * link:data/out/0759.txt[] (120K) * link:data/out/0760.txt[] (132K) * link:data/out/0761.txt[] (160K) * link:data/out/0762.txt[] (200K) * link:data/out/0763.txt[] (140K) * link:data/out/0764.txt[] (120K) * link:data/out/0765.txt[] (124K) * link:data/out/0766.txt[] (232K) * link:data/out/0767.txt[] (376K) * link:data/out/0768.txt[] (272K) * link:data/out/0769.txt[] (212K) * link:data/out/0770.txt[] (256K) * link:data/out/0771.txt[] (404K) * link:data/out/0772.txt[] (556K) * link:data/out/0773.txt[] (304K) * link:data/out/0774.txt[] (420K) * link:data/out/0775.txt[] (428K) * link:data/out/0776.txt[] (512K) * link:data/out/0777.txt[] (404K) * link:data/out/0778.txt[] (420K) * link:data/out/0779.txt[] (384K) * link:data/out/0780.txt[] (636K) * link:data/out/0781.txt[] (660K) * link:data/out/0782.txt[] (532K) * link:data/out/0783.txt[] (560K) * link:data/out/0784.txt[] (580K) * link:data/out/0785.txt[] (464K) * link:data/out/0786.txt[] (664K) * link:data/out/0787.txt[] (528K) * link:data/out/0788.txt[] (324K) * link:data/out/0789.txt[] (1.5M) * link:data/out/0790.txt[] (1.8M) * link:data/out/0791.txt[] (1.4M) * link:data/out/0792.txt[] (1.8M) * link:data/out/0793.txt[] (860K) * link:data/out/0794.txt[] (644K) * link:data/out/0795.txt[] (1012K) * link:data/out/0796.txt[] (968K) * link:data/out/0797.txt[] (980K) * link:data/out/0798.txt[] (944K) * link:data/out/0799.txt[] (784K) * link:data/out/0800.txt[] (872K) * link:data/out/0801.txt[] (900K) * link:data/out/0802.txt[] (992K) * link:data/out/0803.txt[] (868K) * link:data/out/0804.txt[] (1004K) * link:data/out/0805.txt[] (976K) * link:data/out/0806.txt[] (792K) * link:data/out/0807.txt[] (1016K) * link:data/out/0808.txt[] (1.2M) * link:data/out/0809.txt[] (948K) * link:data/out/0810.txt[] (2.0M) * link:data/out/0811.txt[] (1.2M) * link:data/out/0812.txt[] (1.3M) * link:data/out/0813.txt[] (1.5M) * link:data/out/0814.txt[] (1.2M) * link:data/out/0815.txt[] (1.1M) * link:data/out/0816.txt[] (1.4M) * link:data/out/0817.txt[] (972K) * link:data/out/0818.txt[] (1.1M) * link:data/out/0819.txt[] (1.4M) * link:data/out/0820.txt[] (3.5M) * link:data/out/0821.txt[] (2.6M) * link:data/out/0822.txt[] (2.7M) * link:data/out/0823.txt[] (1.5M) * link:data/out/0824.txt[] (6.1M) * link:data/out/0825.txt[] (1.6M) * link:data/out/0826.txt[] (11M) * link:data/out/0827.txt[] (1.5M) * link:data/out/0828.txt[] (1.3M) * link:data/out/0829.txt[] (36K) === Atomsea index * http://bitfossil.org/44e80475dc363de2c7ee17b286f8cd49eb146165a79968a62c1c2c4cf80772c9 * http://bitfossil.org/c9d1363ea517cd463950f83168ce8242ef917d99cd6518995bd1af927d335828 * http://bitfossil.org/8d1b3c094b782198deb7381efb57b1208244375e7a1029ec159306d6a8fd25d8 * http://bitfossil.org/86a0e565ba2698d4abc03253b9de47e88d3de4f62ee90722e6e7845a1c8e3aa7 * http://bitfossil.org/affbac1bfde690c1fabd60812d046c911b2882038a42b18a4d2e7cb50e989604 * http://bitfossil.org/78f31f03da7d15db96dc824bf96b39f010bb733969c62f27f2f8fb2738e74557 * http://bitfossil.org/4c8cf0e647e3b3e5878856b7057e625e0fcbb01d714a6a4eabb91ffc4495f0c3 * http://bitfossil.org/70fd289901bae0409f27237506c330588d917716944c6359a8711b0ad6b4ce76 * http://bitfossil.org/78f0e6de0ce007f4dd4a09085e649d7e354f70bc7da06d697b167f353f115b8e * http://bitfossil.org/a87242880cbbbdc6448f8104d6acefac89e6c7c9f83e944e7261ae4c9e490974 * http://bitfossil.org/3db98d72924097e168fe2c0edb4e765fe84434d3e170deda4b419cf64d3b9afd * http://bitfossil.org/5977ae129c3f99b69cea09a5f2c2ade843c605134a1b51e243ca7bfaf5136556 * http://bitfossil.org/fb301363d0a52d3c961393a0455924322f40ff39ebf55d6941fff4b343791a8f * http://bitfossil.org/4289d91d21bb34dd0c4b387ac9c033a4fa078edcf506ed793676bc8b683cba23 * http://bitfossil.org/4b2977df47ba57bdd1b27e455ea48a638f8a93386217c1540f9ed77d47cec6cc * http://bitfossil.org/b83b94485367a802ea44299646308271be96b1a09d28ccac777aff0b153383a8 * http://bitfossil.org/6ddfa9bbf0d4a7424ecb58c19e4ee66a0c743139e96413c7b5c107fb8a3d9a5f * http://bitfossil.org/9c903988b9d3a9a73550701986c0651946f3bf39d396ebb63bd5289a465e3678 * http://bitfossil.org/cbb6ed504a072fa505893506e1a6ba30a110c4ac2ad2c6fef455f7afd0240e88 * http://bitfossil.org/7db1ebe1c390b60b5862bf394444e0f5ccc83ac4295fe1b25acf0eec628f7508 * http://bitfossil.org/a7b5dae4286b52534ee1037de0e6b36f6c113825a227a7bb712517eaf5a95ade * http://bitfossil.org/c79a0ac841238e8fc92518554e2593fd26f3c28c6f347307dababb02b8d13d6a * http://bitfossil.org/40731e4b107bd84800b130c9733d26777ab4c4b03558f838acc0eee99b9c7a86 * http://bitfossil.org/1f3cbb3813dee404b2031ac50246a5bf4d92b4fe4059c9e1c2e48ec00ccb1994 * http://bitfossil.org/162e5d0147b06abac7aaba6bb409e5c091d312852677a2fb1fe40a0037962026 * http://bitfossil.org/31fb338fbb2d64d6c5cbff023b0ef8253f47306eb36642b01009e34cd51ff9b3 * http://bitfossil.org/0af1cc935b25eb9850ad0a2452f8b503f16e45a3332304c12de7a292819946c8 * http://bitfossil.org/8a69773a505a7653de075f12120fe98ec18e6bf5565b242dd51eb37b0dcfedb2 * http://bitfossil.org/809a245551e877d93d92992ede27610f970bbe1003f02e0f50237c1114c26079 * 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http://bitfossil.org/93ae75fa8839d409083973802e71f4cc8c75529e77a8a143a24bcc05a7166bcf * http://bitfossil.org/da02390069fba6096439465fa08f8d6153a7b00bfe51d67d96d54f931eb524a4 * http://bitfossil.org/726b2a30abdc5a49d34b9f18625407d5e69a9e06f3e03bbf71bc195b68cff171 * http://bitfossil.org/94f711e504b8d11c1b785a1b96ca08513097adf3a1f108416e5ea4d73b47dafe * http://bitfossil.org/fac0b9a4f90414710b806fd286e020aea2404498946845ef3783f305dd4cd3a7