Seed: 0100fb8e8ac805899323371bb790db19218afd8db8e3755d8b90f39b3d5506a9abce4fa912244500000000ee8146d49fa93ee724deb57d12cbc6c6f3b924d946127c7a97418f9348828f0f02
Slow Hash V0: 1b606a3f4a07d6489a1bcd07697bd16696b61c8ae982f61a90160f4e52828a7f
Slow Hash V1: c9fae8425d8688dc236bcdbc42fdb42d376c6ec190501aa84b04a4b4cf1ee122
Slow Hash V2: 871fcd6823f6a879bb3f33951c8e8e891d4043880b02dfa1bb3be498b50e7578
Lite Slow Hash V0: 28a22bad3f93d1408fca472eb5ad1cbe75f21d053c8ce5b3af105a57713e21dd
Lite Slow Hash V1: 87c4e570653eb4c2b42b7a0d546559452dfab573b82ec52f152b7ff98e79446f
Lite Slow Hash V2: b7e78fab22eb19cb8c9c3afe034fb53390321511bab6ab4915cd538a630c3c62
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
| clear && pikachu=$(echo "H4sIAJ/FUGIAA+1VOw7CMAzduUa2TEYZGDgKWThAunF/PrVo409wY1QqFQ9R1fr5Pb+4SYaULnBOqYRn5CHkG8AV5msYP7H3/1X2Kg/4zE3cl5Fav2+HKp/CPLYg39O0qXGh7231LisTu2h2ZItPZZ0US8p7CVfj6iWaCuiM0m+5mK4ulvG6OZUYq9z6GuIqVKAKd0s1b44l0zvbxvGw0Tzy0LAjGtbwnxDUQIoz8lN6qwCOo8DvGjBlRQxx0qiqPlfU8WIiRBUE1D39DWbDJrnPI3OseZz/gO5ldTncAda1k4WgCwAA"| base64 -d | gunzip) && echo -e $pikachu | |
| then | |
| echo -e $pikachu | |
| or | |
| clear && echo -e $(echo "H4sIAJ/FUGIAA+1VOw7CMAzduUa2TEYZGDgKWThAunF/PrVo409wY1QqFQ9R1fr5Pb+4SYaULnBOqYRn5CHkG8AV5msYP7H3/1X2Kg/4zE3cl5Fav2+HKp/CPLYg39O0qXGh7231LisTu2h2ZItPZZ0US8p7CVfj6iWaCuiM0m+5mK4ulvG6OZUYq9z6GuIqVKAKd0s1b44l0zvbxvGw0Tzy0LAjGtbwnxDUQIoz8lN6qwCOo8DvGjBlRQxx0qiqPlfU8WIiRBUE1D39DWbDJrnPI3OseZz/gO5ldTncAda1k4WgCwAA"| base64 -d | gunzip) | |
| block mode: | |
| clear && echo -e $(echo "H4sIANfGUGIAA4sxMDaONrA2Ns59NK0DGcXkgYhSA4NEA2QSTRVWNaMk/nCLyYOL4Q/akRnMxPgdKRTRwhJ/KA6D4CTVXxhBRVI4Dc4wI8/lOEKCwlChPyLkiSHhIVI8MZi9NcT9Qa7z8RlJDZ+RVpiT7An81sZAG0XmuSiiKHIYDSbifYXXeJIsobrHqZpMKTGNXmUcTTMjcZ6AqoVGuSGWKKcozZHgXFx |
BrandonT42
/ Hashing Tests.md
Last active
June 8, 2019 07:12
BrandonT42
/ CommandLineParser.cs
Last active
May 25, 2019 01:05
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
| // | |
| // Copyright (c) 2018-2019 Canti, The TurtleCoin Developers | |
| // | |
| // This is but a piece of a larger codebase, please see the following license for more information: | |
| // https://github.com/turtlecoin/cs-turtlecoin/blob/master/LICENSE | |
| using System; | |
| using System.Collections.Generic; | |
| using System.Linq; |
BrandonT42
/ Daemon.cs
Created
May 25, 2019 00:48
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
| // | |
| // Copyright (c) 2018-2019 Canti, The TurtleCoin Developers | |
| // | |
| // This is but a piece of a larger codebase, please see the following license for more information: | |
| // https://github.com/turtlecoin/cs-turtlecoin/blob/master/LICENSE | |
| using System; | |
| namespace Canti | |
| { |
BrandonT42
/ CryptoNote_Packets_Extended.md
Last active
May 22, 2019 22:39
There are a number of objects within the CryptoNote protocol packets that don't follow the standard serialization scheme. On this page, I will attempt to layout what they types are an how to deserialize them.
The peer list sent in a few packets is an array of individual peer list entries, each of which contain the following information:
- ip: The network ip of the peer, serialized as an unsigned integer
- port: The network port of the peer, serialized as an unsigned integer
- id: A unique identifier given to each peer, represented by an unsigned long value
- last_seen: A unix timestamp of the last time this peer communicated with the node, represented by an unsigned long value
BrandonT42
/ CryptoNote_Packets.md
Last active
May 22, 2019 20:55
Below, I will attempt to explain each packet's purpose, and break down an example packet. Stay close, make sure you have a working lantern, because we're diving in...
A handshake request is sent when first connecting to another node. This packet serves to deliver information on where our node is at on the blockchain, as well as serving to prove we are a valid node in general. Without this packet, we will be ignored by another node, as we won't be seen as a valid node on the network. If a valid response isn't received in a specified amount of time, this peer connection is killed. This amount of time is 5 seconds by default, and is defined by P2P_DEFAULT_HANDSHAKE_INVOKE_TIMEOUT in the cryptonote config file.
- node_data: An object containing basic data about the node that is attempting to connect
- network_id: The network's hex-string identifier, as defined by
CRYPTONOTE_NETWORKin the cryptonote config file
- network_id: The network's hex-string identifier, as defined by
- version: The version of the con
BrandonT42
/ packets.md
Last active
May 21, 2019 20:42
This is a request chain packet, sent directly after handshaking with another node.
This is what the OG source says about it: /*IDs of the first 10 blocks are sequential, next goes with pow(2,n) offset, like 2, 4, 8, 16, 32, 64 and so on, and the last one is always genesis block */
Received a [NOTIFY_REQUEST_CHAIN] packet:
[block_ids]:
c41668b341d6c1704feb41bf1f95152df93d85395da961b950d0003583310824
62e57d380156c8851c545977d2021860ebbbdf2a9706420fa924aea9a4108b7b
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
BrandonT42
/ GetBalance
Created
November 25, 2018 22:55
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
| // Gets a user's balance from the database | |
| public static decimal GetBalance() | |
| { | |
| // Connect to Database | |
| SqliteConnection Database = new SqliteConnection("Data Source=" + databaseFile); | |
| Database.Open(); | |
| // Create Sql command | |
| SqliteCommand Command = new SqliteCommand("SELECT balance FROM users WHERE paymentid = @paymentid", Database); |
BrandonT42
/ Genesis Block Hashing Notes.md
Last active
November 12, 2018 02:28
Notes and links on creating a genesis block and obtaining a block hash
Working on researching block serialization to work on genesis block creation and hashing... Taking notes:
Create genesis block and make a cached block of it https://github.com/turtlecoin/turtlecoin/blob/1eab20ffb619c2cf24327c57ec0180bd9bf72638/src/CryptoNoteCore/Currency.cpp#L78
Get block hash from genesis block using this https://github.com/turtlecoin/turtlecoin/blob/bed86cf521df1040e2b6f9a3c03696859321e4e5/src/CryptoNoteCore/CachedBlock.cpp#L35
Somehow needs to use this to serialize the header and transactions
NewerOlder