mirror of
https://github.com/ilyakooo0/urbit.git
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265 lines
8.8 KiB
Haskell
265 lines
8.8 KiB
Haskell
{-# OPTIONS_GHC -Wwarn #-}
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module Vere.Dawn where
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import Arvo.Common
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import Arvo.Event hiding (Address)
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import Azimuth.Azimuth
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import UrbitPrelude hiding (Call, rights, to)
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import Data.Maybe
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import Data.Solidity.Abi.Codec (encode)
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import Data.Text (splitOn)
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import Network.Ethereum.Account
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import Network.Ethereum.Api.Eth
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import Network.Ethereum.Api.Provider
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import Network.Ethereum.Api.Types hiding (blockNumber)
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import Network.Ethereum.Web3
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import qualified Crypto.Sign.Ed25519 as Ed
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import qualified Data.ByteArray as BA
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import qualified Data.Map.Strict as M
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import qualified Network.Ethereum.Ens as Ens
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import qualified Urbit.Ob as Ob
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-- During boot, use the infura provider
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provider = HttpProvider
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"https://mainnet.infura.io/v3/196a7f37c7d54211b4a07904ec73ad87"
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-- Conversion Utilities --------------------------------------------------------
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bsToAtom :: ByteString -> Atom
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bsToAtom x = x ^. from atomBytes
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-- Takes the web3's bytes representation and changes the endianness.
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bytes32ToBS :: BytesN 32 -> ByteString
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bytes32ToBS = reverse . BA.pack . BA.unpack
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-- web3 doesn't export unAddress.
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addressToBS :: Address -> ByteString
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addressToBS = reverse . encode
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addressToAtom = bsToAtom . addressToBS
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toBloq :: Quantity -> Bloq
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toBloq = fromIntegral . unQuantity
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passFromEth :: BytesN 32 -> BytesN 32 -> UIntN 32 -> Pass
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passFromEth enc aut sut | sut /= 1 =
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Pass (Ed.PublicKey mempty) (Ed.PublicKey mempty)
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passFromEth enc aut sut =
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Pass (decode aut) (decode enc)
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where
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decode = Ed.PublicKey . bytes32ToBS
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clanFromShip :: Ship -> Ob.Class
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clanFromShip = Ob.clan . Ob.patp . fromIntegral
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shipSein :: Ship -> Ship
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shipSein = Ship . fromIntegral . Ob.fromPatp . Ob.sein . Ob.patp . fromIntegral
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renderShip :: Ship -> Text
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renderShip = Ob.renderPatp . Ob.patp . fromIntegral
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-- Data Validation -------------------------------------------------------------
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-- for =(who.seed `@`fix:ex:cub)
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-- getFingerprintFromKey :: Ring -> Atom
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-- getFingerprintFromKey = undefined
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-- Derive public key structure from the key derivation seed structure
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getPassFromRing :: Ring -> Pass
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getPassFromRing Ring{..} = Pass{..}
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where
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passCrypt = decode ringCrypt
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passSign = decode ringSign
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decode = fst . fromJust . Ed.createKeypairFromSeed_
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-- Azimuth Functions -----------------------------------------------------------
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-- Perform a request to azimuth at a certain block number
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withAzimuth :: Quantity
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-> Address
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-> DefaultAccount Web3 a
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-> Web3 a
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withAzimuth bloq azimuth action =
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withAccount () $
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withParam (to .~ azimuth) $
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withParam (block .~ (BlockWithNumber bloq))
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action
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-- In the Hoon implementation, the EthPoint structure has space for the deed
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-- information, but it immediately punts on this by bunting the deed structure
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-- instead of making the correct calls. We just do the right thing.
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--
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retrievePoint :: Quantity -> Address -> Ship -> Web3 (EthPoint)
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retrievePoint bloq azimuth ship =
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withAzimuth bloq azimuth $ do
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(owner, managementProxy, spawnProxy, votingProxy, transferProxy)
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<- rights (fromIntegral ship)
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(encryptionKey,
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authenticationKey,
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hasSponsor,
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active,
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escapeRequested,
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sponsor,
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escapeTo,
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cryptoSuite,
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keyRevision, continuityNum) <- points (fromIntegral ship)
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let escapeState = if escapeRequested
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then Just $ Ship $ fromIntegral escapeTo
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else Nothing
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let epOwn = (addressToAtom owner,
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addressToAtom managementProxy,
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addressToAtom votingProxy,
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addressToAtom transferProxy)
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let epNet = if (not active)
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then Nothing
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else Just (
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(fromIntegral keyRevision),
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(passFromEth encryptionKey authenticationKey cryptoSuite),
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(fromIntegral continuityNum),
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(hasSponsor, Ship (fromIntegral sponsor)),
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escapeState
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)
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let epKid = case clanFromShip ship of
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Ob.Galaxy -> Just (addressToAtom spawnProxy, setToHoonSet mempty)
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Ob.Star -> Just (addressToAtom spawnProxy, setToHoonSet mempty)
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_ -> Nothing
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pure EthPoint{..}
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-- Retrieves information about all the galaxies from Ethereum.
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retrieveGalaxyTable :: Quantity -> Address -> Web3 (Map Ship (Rift, Life, Pass))
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retrieveGalaxyTable bloq azimuth =
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withAzimuth bloq azimuth $ M.fromList <$> mapM getRow [0..5]
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where
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getRow idx = do
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(encryptionKey, authenticationKey, _, _, _, _, _, cryptoSuite,
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keyRev, continuity) <- points idx
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pure (fromIntegral idx,
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(fromIntegral continuity,
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fromIntegral keyRev,
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(passFromEth encryptionKey authenticationKey cryptoSuite)))
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-- Reads the three Ames domains from Ethereum.
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readAmesDomains :: Quantity -> Address -> Web3 ([Turf])
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readAmesDomains bloq azimuth =
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withAzimuth bloq azimuth $ mapM getTurf [0..2]
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where
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getTurf idx = do
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str <- dnsDomains idx
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pure $ Turf $ fmap Cord $ reverse $ splitOn "." str
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-- Returns the sponsor of the current ship or fails on invalid state.
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getSponsorShipAndValidate :: Quantity -> Address -> Seed -> Web3 (Ship)
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getSponsorShipAndValidate block azimuth (Seed ship life ring oaf) =
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do
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if clan == Ob.Comet then
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validateComet
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else do
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who <- pointToRetrieve
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-- TODO: We don't need the entire EthPoint structure to do this; this
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-- is just copying what the old hoon code did.
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whoP <- retrievePoint block azimuth ship
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case clan of
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Ob.Moon -> validateMoon (epNet whoP)
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_ -> validateRest (epNet whoP)
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where
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clan = clanFromShip ship
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-- When we're booting a moon, we need to retrieve our planet's
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-- keys. Otherwise retrieve keys for the ship passed in.
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pointToRetrieve =
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if clan == Ob.Moon then do
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let parent = shipSein ship
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print ("boot: retrieving " ++ (renderShip parent) ++
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"'s public keys (for " ++ (renderShip ship) ++ ")")
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pure parent
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else do
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print ("boot: retrieving " ++ (renderShip ship) ++
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"'s public keys")
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pure ship
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validateComet = do
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-- TODO: All validation of the comet.
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-- A comet address is the fingerprint of the keypair
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-- when (ship /= (x ring.seed)) (Left "todo: key mismatch")
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-- A comet can never be breached
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-- when live Left "comet already booted"
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-- TODO: the parent must be launched check?
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--pure $ shipSein ship
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fail "dealing with comets is a giant todo i'm punting on for now"
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validateMoon = \case
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Nothing -> fail "sponsoring planet not keyed"
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Just _ -> pure $ shipSein ship
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validateRest = \case
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Nothing -> fail "ship not keyed"
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Just (netLife, pass, contNum, (hasSponsor, who), _) -> do
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when (netLife /= life) $
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fail $ pack
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("keyfile life mismatch; keyfile claims life " ++
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(show life) ++ ", but Azimuth claims life " ++ (show netLife))
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when ((getPassFromRing ring) /= pass) $
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fail "keyfile does not match blockchain"
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-- TODO: The hoon code does a breach check, but the C code never
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-- supplies the data necessary for it to function.
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pure who
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-- Produces either an error or a validated boot event structure.
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dawnVent :: Seed -> RIO e (Either Text Dawn)
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dawnVent dSeed@(Seed ship life ring oaf) = do
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ret <- runWeb3' provider $ do
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-- Block number (dBloq)
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block <- blockNumber
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print ("boot: eth block: " ++ (show block))
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print "boot: retrieving azimuth contract"
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azimuth <- withAccount () $ Ens.resolve "azimuth.eth"
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-- TODO: This is one of three cases: Validate data for a comet, get the
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-- moon's parent keys, or get your ship's keys.
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sponsorShip <- getSponsorShipAndValidate block azimuth dSeed
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-- Retrieve the whole EthPoint for our sponsor
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print $ "boot: retrieving sponsor " ++ (renderShip sponsorShip) ++
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"'s public keys"
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sponsorPoint <- retrievePoint block azimuth (fromIntegral sponsorShip)
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let dSponsor = (sponsorShip, sponsorPoint)
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-- Retrieve the galaxy table [MUST FIX s/5/255/]
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print "boot: retrieving galaxy table"
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galaxyTable <- retrieveGalaxyTable block azimuth
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let dCzar = mapToHoonMap galaxyTable
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-- Read Ames domains
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print "boot: retrieving network domains"
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dTurf <- readAmesDomains block azimuth
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-- TODO: I need a Map -> NounMap conversion to turn the galaxyTable into
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-- dCzar.
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let dBloq = toBloq block
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-- dNode is supposed to be a PUrl to an Ethereum node. However, it looks
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-- like it's almost always Nothing. The jael side just has a default node
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-- that it goes and uses when null?
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let dNode = Nothing
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pure $ MkDawn{..}
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case ret of
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Left x -> pure $ Left $ tshow x
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Right y -> pure $ Right y
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