131 lines
4.6 KiB
Bash
Executable File
131 lines
4.6 KiB
Bash
Executable File
#!/usr/bin/env bash
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# This script configures the devnet for test transfers with hardcoded addresses.
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set -eu
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# kick off building worm in the background, and remember the process PID so we
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# can wait on it later
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make -C /usr/src/clients/js install &
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worm_build_pid=$!
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# Configure CLI (works the same as upstream Solana CLI)
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mkdir -p ~/.config/solana/cli
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cat <<EOF > ~/.config/solana/cli/config.yml
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json_rpc_url: "http://127.0.0.1:8899"
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websocket_url: ""
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keypair_path: /usr/src/solana/keys/solana-devnet.json
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EOF
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# Static key for the mint so it always has the same address
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cat <<EOF > token.json
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[179,228,102,38,68,102,75,133,127,56,63,167,143,42,59,29,220,215,100,149,220,241,176,204,154,241,168,147,195,139,55,100,22,88,9,115,146,64,160,172,3,185,132,64,254,137,133,84,142,58,166,131,205,13,77,157,245,181,101,150,105,250,163,1]
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EOF
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# Static key for the NFT mint so it always has the same address
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cat <<EOF > nft.json
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[155,117,110,235,96,214,56,128,109,79,49,209,212,13,134,5,43,123,213,68,21,156,128,100,95,8,43,51,188,230,21,197,156,0,108,72,200,203,243,56,73,203,7,163,249,54,21,156,197,35,249,89,28,177,153,154,189,69,137,14,197,254,233,183]
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EOF
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# Static key for the 2nd NFT mint so it always has the same address
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cat <<EOF > nft2.json
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[40,74,92,250,81,56,202,67,129,124,193,219,24,161,198,98,191,214,136,7,112,26,72,17,33,249,24,225,183,237,27,216,11,179,26,170,82,220,3,253,152,185,151,186,12,21,138,161,175,46,180,3,167,165,70,51,128,45,237,143,146,49,34,180]
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EOF
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# Constants
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cli_address=6sbzC1eH4FTujJXWj51eQe25cYvr4xfXbJ1vAj7j2k5J
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bridge_address=Bridge1p5gheXUvJ6jGWGeCsgPKgnE3YgdGKRVCMY9o
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nft_bridge_address=NFTWqJR8YnRVqPDvTJrYuLrQDitTG5AScqbeghi4zSA
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token_bridge_address=B6RHG3mfcckmrYN1UhmJzyS1XX3fZKbkeUcpJe9Sy3FE
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recipient_address=90F8bf6A479f320ead074411a4B0e7944Ea8c9C1
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chain_id_ethereum=2
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# load the .env file with the devent init data
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source .env
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retry () {
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while ! $@; do
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sleep 1
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done
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}
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# Fund our account (as defined in solana/keys/solana-devnet.json).
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retry solana airdrop 1000
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# Create a new SPL token
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token=$(spl-token create-token -- token.json | grep 'Creating token' | awk '{ print $3 }')
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echo "Created token $token"
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# Create token account
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account=$(spl-token create-account "$token" | grep 'Creating account' | awk '{ print $3 }')
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echo "Created token account $account"
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# Mint new tokens owned by our CLI account
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spl-token mint "$token" 10000000000 "$account"
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# Create meta for token
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token-bridge-client create-meta "$token" "Solana Test Token" "SOLT" ""
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# Create a new SPL NFT
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nft=$(spl-token create-token --decimals 0 -- nft.json | grep 'Creating token' | awk '{ print $3 }')
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echo "Created NFT $nft"
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# Create NFT account
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nft_account=$(spl-token create-account "$nft" | grep 'Creating account' | awk '{ print $3 }')
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echo "Created NFT account $nft_account"
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# Mint new NFT owned by our CLI account
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spl-token mint "$nft" 1 "$nft_account"
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# Create meta for token
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token-bridge-client create-meta "$nft" "Not a PUNK🎸" "PUNK🎸" "https://wrappedpunks.com:3000/api/punks/metadata/39"
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nft=$(spl-token create-token --decimals 0 -- nft2.json | grep 'Creating token' | awk '{ print $3 }')
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echo "Created NFT $nft"
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nft_account=$(spl-token create-account "$nft" | grep 'Creating account' | awk '{ print $3 }')
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echo "Created NFT account $nft_account"
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spl-token mint "$nft" 1 "$nft_account"
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token-bridge-client create-meta "$nft" "Not a PUNK 2🎸" "PUNK2🎸" "https://wrappedpunks.com:3000/api/punks/metadata/51"
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# Create the bridge contract at a known address
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# OK to fail on subsequent attempts (already created).
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retry client create-bridge "$bridge_address" "$INIT_SIGNERS_CSV" 86400 100
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# Initialize the token bridge
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retry token-bridge-client create-bridge "$token_bridge_address" "$bridge_address"
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# Initialize the NFT bridge
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retry token-bridge-client create-bridge "$nft_bridge_address" "$bridge_address"
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echo "Waiting for worm to finish building"
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wait $worm_build_pid
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# next we get all the registration VAAs from the environment
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# if a new VAA is added, this will automatically pick it up
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VAAS=$(set | grep "REGISTER_.*_VAA" | grep -v SOL | cut -d '=' -f1)
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# reset the builtin SECONDS timer (it's incremented once a second).
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SECONDS=0
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# use 'worm' to submit each registration VAA
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echo "Running chain registrations in parallel"
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# we'll send the registration calls in parallel, but we want to wait on them at
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# the end, so we collect the PIDs
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registration_pids=()
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for VAA in $VAAS
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do
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VAA=${!VAA}
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worm submit $VAA --chain solana --network devnet &
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registration_pids+=( $! )
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done
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# wait on registration calls
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for pid in "${registration_pids[@]}"; do
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wait $pid
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done
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echo "Registrations successfully completed in $SECONDS seconds."
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# Let k8s startup probe succeed
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nc -k -l -p 2000
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