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@streamr/network-contracts

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@streamr/network-contracts - npm Package Compare versions

Comparing version 7.0.4 to 7.0.5

26

dist/src/StreamrEnvDeployer.d.ts

@@ -1,6 +0,13 @@

import { Wallet, providers } from "ethers";
import { DefaultDelegationPolicy, DefaultLeavePolicy, DefaultExchangeRatePolicy, DefaultUndelegationPolicy, MaxOperatorsJoinPolicy, Operator, OperatorContractOnlyJoinPolicy, OperatorFactory, Sponsorship, SponsorshipFactory, StakeWeightedAllocationPolicy, StreamRegistry, StreamrConfig, TestToken, VoteKickPolicy } from "./exports";
import { Contract, Wallet, providers } from "ethers";
import { DefaultDelegationPolicy, DefaultLeavePolicy, DefaultExchangeRatePolicy, DefaultUndelegationPolicy, ENSCacheV2, MaxOperatorsJoinPolicy, NodeRegistry, Operator, OperatorContractOnlyJoinPolicy, OperatorFactory, Sponsorship, SponsorshipFactory, StakeWeightedAllocationPolicy, StreamRegistry, StreamStorageRegistry, StreamrConfig, TestToken, VoteKickPolicy } from "./exports";
export declare type StreamrContractAddresses = {
"DATA": string;
"ENS": string;
"FIFSRegistrar": string;
"PublicResolver": string;
"TrackerRegistry": string;
"StorageNodeRegistry": string;
"StreamRegistry": string;
"ENSCacheV2": string;
"StreamStorageRegistry": string;
"StreamrConfig": string;

@@ -20,3 +27,10 @@ "SponsorshipFactory": string;

"DATA": TestToken;
"ENS": Contract;
"FIFSRegistrar": Contract;
"publicResolver": Contract;
"trackerRegistry": NodeRegistry;
"storageNodeRegistry": NodeRegistry;
"streamRegistry": StreamRegistry;
"eNSCacheV2": ENSCacheV2;
"streamStorageRegistry": StreamStorageRegistry;
"streamrConfig": StreamrConfig;

@@ -47,5 +61,10 @@ "sponsorshipFactory": SponsorshipFactory;

constructor(key: string, chainEndpointUrl: string);
deployEnvironment(): Promise<void>;
deployEnvironment({ deployToken }?: {
deployToken?: boolean | undefined;
}): Promise<void>;
createFundStakeSponsorshipAndOperator(): Promise<void>;
deployToken(): Promise<void>;
deployEns(): Promise<void>;
registerEnsName(domain: string, newOwner: Wallet): Promise<void>;
deployRegistries(): Promise<void>;
createStream(streampath: string): Promise<void>;

@@ -60,2 +79,3 @@ deploySponsorshipFactory(): Promise<void>;

flagVoteWithdraw(flagger: Operator, target: Operator, voter: Operator): Promise<void>;
preloadDATAToken(): Promise<void>;
}

277

dist/src/StreamrEnvDeployer.js

@@ -16,3 +16,2 @@ "use strict";

this.preloadedDATAWallets = [];
this.streamId = "0xc2a02b33544cabd20b26e8f05ac14d04e3376055/testStream"; // mumbai
this.provider = new ethers_1.providers.JsonRpcProvider(chainEndpointUrl);

@@ -22,21 +21,16 @@ this.adminWallet = new ethers_1.Wallet(key, this.provider);

this.contracts = {};
this.streamId = "";
}
async deployEnvironment() {
this.addresses.StreamRegistry = "0x4F0779292bd0aB33B9EBC1DBE8e0868f3940E3F2"; // mumbai
// this.addresses.StreamRegistry = "0x231b810D98702782963472e1D60a25496999E75D"
this.contracts.streamRegistry = new ethers_1.Contract(this.addresses.StreamRegistry, exports_1.streamRegistryABI, this.adminWallet);
await this.contracts.streamRegistry.deployed();
log("stream exists: " + await this.contracts.streamRegistry.exists(this.streamId));
this.addresses.DATA = "0x53d8268307c6EE131AafDe5E6FD3575bADbB3D20"; // mumbai
// this.addresses.DATA = "0xAf71Ee871ff1a374F88D6Ff01Cd618cE85127e78"
this.contracts.DATA = new ethers_1.Contract(this.addresses.DATA, exports_1.tokenABI, this.adminWallet);
await this.contracts.DATA.deployed();
// await this.deployEns()
// await this.deployRegistries()
async deployEnvironment({ deployToken = true } = {}) {
if (deployToken) {
await this.deployToken();
}
await this.deployEns();
await this.deployRegistries();
await this.deploySponsorshipFactory();
await this.deployOperatorFactory();
// await this.preloadDATAToken()
await this.preloadDATAToken();
}
async createFundStakeSponsorshipAndOperator() {
// await this.createStream("/testStream")
await this.createStream("/testStream");
await this.deployNewSponsorship();

@@ -47,6 +41,4 @@ await this.sponsorNewSponsorship();

await this.stakeIntoSponsorship();
const preloadedWallet2 = new ethers_1.Wallet("0x4059de411f15511a85ce332e7a428f36492ab4e87c7830099dadbf130f1896ae", this.provider);
const preloadedWallet3 = new ethers_1.Wallet("0x633a182fb8975f22aaad41e9008cb49a432e9fdfef37f151e9e7c54e96258ef9", this.provider);
const operator2 = await this.deployOperatorContract(preloadedWallet2); // flagger
const operator3 = await this.deployOperatorContract(preloadedWallet3); // target
const operator2 = await this.deployOperatorContract(this.preloadedDATAWallets[2]); // flagger
const operator3 = await this.deployOperatorContract(this.preloadedDATAWallets[3]); // target
await this.flagVoteWithdraw(operator2, operator3, this.operator);

@@ -62,121 +54,108 @@ }

}
// async deployEns(): Promise<void> {
// log("Deploying ENS")
// const ensDeploy = new ContractFactory(ensRegistryABI, ensRegistryBytecode, this.adminWallet)
// const ensDeployTx = await ensDeploy.deploy()
// this.contracts.ENS = await ensDeployTx.deployed()
// this.addresses.ENS = this.contracts.ENS.address
// log(`ENS registry deployed at ${this.contracts.ENS.address}`)
// const rootNode = "eth"
// const rootNodeNamehash = ethers.utils.namehash(rootNode)
// const rootNodeSha3 = ethers.utils.keccak256(ethers.utils.toUtf8Bytes(rootNode))
// const fifsDeploy = new ContractFactory(fifsRegistrarABI, fifsRegistrarBytecode, this.adminWallet)
// const fifsDeployTx = await fifsDeploy.deploy(this.contracts.ENS.address, rootNodeNamehash)
// this.contracts.FIFSRegistrar = await fifsDeployTx.deployed()
// this.addresses.FIFSRegistrar = this.contracts.FIFSRegistrar.address
// log(`FIFSRegistrar deployed at ${this.contracts.FIFSRegistrar.address}`)
// await(await this.contracts.ENS.setSubnodeOwner("0x0000000000000000000000000000000000000000000000000000000000000000",
// rootNodeSha3, this.contracts.FIFSRegistrar.address)).wait()
// const resDeploy = new ContractFactory(publicResolverABI, publicResolverBytecode, this.adminWallet)
// const resDeployTx = await resDeploy.deploy(this.contracts.ENS.address)
// this.contracts.publicResolver = await resDeployTx.deployed()
// this.addresses.PublicResolver = this.contracts.publicResolver.address
// log(`PublicResolver deployed at ${this.contracts.publicResolver.address}`)
// }
// async registerEnsName(domain: string, newOwner: Wallet): Promise<void> {
// newOwner = newOwner.connect(this.provider)
// await (await this.adminWallet.sendTransaction({to: newOwner.address, value: ethers.utils.parseEther("1")})).wait()
// const ensName = domain + ".eth"
// const hashedDomain = ethers.utils.keccak256(ethers.utils.toUtf8Bytes(domain))
// const nameHashedENSName = ethers.utils.namehash(ensName)
// let tx = await this.contracts.FIFSRegistrar.register(hashedDomain, newOwner.address)
// await tx.wait()
// log("setting owner (" + newOwner.address + "), resolver and ttl for ens")
// tx = await this.contracts.ENS.connect(newOwner)
// .setRecord(nameHashedENSName, newOwner.address, this.addresses.PublicResolver, BigInt(100000000))
// await tx.wait()
// }
// async deployRegistries(): Promise<void> {
// log("Deploying Registries")
// log("Deploying NodeRegistry contract 1 (tracker registry)")
// const initialTrackerNodes = []
// const initialTrackerMetadata = []
// initialTrackerNodes.push("0xb9e7cEBF7b03AE26458E32a059488386b05798e8")
// initialTrackerMetadata.push("{\"ws\": \"ws://10.200.10.1:30301\", \"http\": \"http://10.200.10.1:30301\"}")
// initialTrackerNodes.push("0x0540A3e144cdD81F402e7772C76a5808B71d2d30")
// initialTrackerMetadata.push("{\"ws\": \"ws://10.200.10.1:30302\", \"http\": \"http://10.200.10.1:30302\"}")
// initialTrackerNodes.push("0xf2C195bE194a2C91e93Eacb1d6d55a00552a85E2")
// initialTrackerMetadata.push("{\"ws\": \"ws://10.200.10.1:30303\", \"http\": \"http://10.200.10.1:30303\"}")
// const nodeRegistryFactory = new ContractFactory(nodeRegistryABI, nodeRegistryBytecode, this.adminWallet)
// const trackerRegDeployTx = await nodeRegistryFactory.deploy()
// const trackerRegistry = await trackerRegDeployTx.deployed() as NodeRegistry
// await (await trackerRegistry.initialize(this.adminWallet.address, false, initialTrackerNodes, initialTrackerMetadata)).wait()
// this.addresses.TrackerRegistry = trackerRegistry.address
// this.contracts.trackerRegistry = trackerRegistry
// log(`TrackerNodeRegistry deployed at ${trackerRegistry.address}`)
// const nodes = await trackerRegistry.getNodes()
// log(`TrackerNodeRegistry nodes : ${JSON.stringify(nodes)}`)
// log("Deploying NodeRegistry contract 2 (storage node registry)")
// const initialStorageNodes = []
// const initialStorageMetadata = []
// initialStorageNodes.push("0xde1112f631486CfC759A50196853011528bC5FA0")
// initialStorageMetadata.push("{\"http\": \"http://10.200.10.1:8891\"}")
// const nodeRegistry = await nodeRegistryFactory.deploy() as NodeRegistry
// await nodeRegistry.deployed()
// await (await nodeRegistry.initialize(this.adminWallet.address, false, initialStorageNodes, initialStorageMetadata)).wait()
// this.addresses.StorageNodeRegistry = nodeRegistry.address
// this.contracts.storageNodeRegistry = nodeRegistry
// log(`StorageNodeRegistry deployed at ${this.addresses.StorageNodeRegistry}`)
// const streamRegistryFactory = new ContractFactory(streamRegistryABI, streamRegistryBytecode, this.adminWallet)
// const streamRegistry = await streamRegistryFactory.deploy() as StreamRegistry
// await streamRegistry.deployed()
// await (await streamRegistry.initialize(
// Wallet.createRandom().address,
// Wallet.createRandom().address
// )).wait()
// this.addresses.StreamRegistry = streamRegistry.address
// this.contracts.streamRegistry = streamRegistry
// log(`streamRegistry address ${this.addresses.StreamRegistry}`)
// const storageNodePk = "0xaa7a3b3bb9b4a662e756e978ad8c6464412e7eef1b871f19e5120d4747bce966"
// const storageNodeWallet = new ethers.Wallet(storageNodePk, this.provider)
// const streamRegistry2 = streamRegistry.connect(storageNodeWallet)
// // log("Create storage node assignment stream")
// // const storageNodeAssignmentPath = "/assignments"
// // const storageNodeAssignmentsStreamId = "0xde1112f631486cfc759a50196853011528bc5fa0/assignments"
// // await (await streamRegistry2.createStream(storageNodeAssignmentPath, JSON.stringify({ partitions: 1}))).wait()
// // await (await streamRegistry2.setPublicPermission(storageNodeAssignmentsStreamId,
// // ethers.constants.MaxUint256, ethers.constants.MaxUint256)).wait()
// // log("Storage node assignment stream created: " + storageNodeAssignmentsStreamId)
// const scriptKeyAddress = "0xa3d1F77ACfF0060F7213D7BF3c7fEC78df847De1"
// const ensCacheV2Factory = new ContractFactory(ENSCacheV2ABI, ENSCacheV2Bytecode, this.adminWallet)
// const ensCacheV2 = await ensCacheV2Factory.deploy() as ENSCacheV2
// await ensCacheV2.deployed()
// await (await ensCacheV2.initialize(
// scriptKeyAddress,
// streamRegistry.address,
// ethers.constants.AddressZero, // # ENSCacheV1, do we need this in dev env?
// )).wait()
// this.addresses.ENSCacheV2 = ensCacheV2.address
// this.contracts.eNSCacheV2 = ensCacheV2
// log(`ENSCacheV2 address ${this.addresses.ENSCacheV2}`)
// const role = await streamRegistry.TRUSTED_ROLE()
// log(`granting trusted role ${role} to self ${this.adminWallet.address}`)
// await (await streamRegistry.grantRole(role, this.adminWallet.address)).wait()
// log("setting ENSCache address in StreamRegistry")
// await (await streamRegistry.setEnsCache(ensCacheV2.address)).wait()
// log(`granting trusted role ${role} ensaddress ${ensCacheV2.address}`)
// await (await streamRegistry.grantRole(role, ensCacheV2.address)).wait()
// log("ensCacheScript address set as trusted role in streamregistry")
// const streamStorageRegistryFactory = new ContractFactory(streamStorageRegistryABI, streamStorageRegistryBytecode, this.adminWallet)
// const streamStorageRegistry = await streamStorageRegistryFactory.deploy() as StreamStorageRegistry
// await streamStorageRegistry.deployed()
// await (await streamStorageRegistry.initialize(
// streamRegistry.address,
// nodeRegistry.address,
// ethers.constants.AddressZero
// )).wait()
// this.addresses.StreamStorageRegistry = streamStorageRegistry.address
// this.contracts.streamStorageRegistry = streamStorageRegistry
// log(`streamStorageRegistry address ${this.addresses.StreamStorageRegistry}`)
// }
async deployEns() {
log("Deploying ENS");
const ensDeploy = new ethers_1.ContractFactory(exports_1.ensRegistryABI, exports_1.ensRegistryBytecode, this.adminWallet);
const ensDeployTx = await ensDeploy.deploy();
this.contracts.ENS = await ensDeployTx.deployed();
this.addresses.ENS = this.contracts.ENS.address;
log(`ENS registry deployed at ${this.contracts.ENS.address}`);
const rootNode = "eth";
const rootNodeNamehash = ethers_1.ethers.utils.namehash(rootNode);
const rootNodeSha3 = ethers_1.ethers.utils.keccak256(ethers_1.ethers.utils.toUtf8Bytes(rootNode));
const fifsDeploy = new ethers_1.ContractFactory(exports_1.fifsRegistrarABI, exports_1.fifsRegistrarBytecode, this.adminWallet);
const fifsDeployTx = await fifsDeploy.deploy(this.contracts.ENS.address, rootNodeNamehash);
this.contracts.FIFSRegistrar = await fifsDeployTx.deployed();
this.addresses.FIFSRegistrar = this.contracts.FIFSRegistrar.address;
log(`FIFSRegistrar deployed at ${this.contracts.FIFSRegistrar.address}`);
await (await this.contracts.ENS.setSubnodeOwner("0x0000000000000000000000000000000000000000000000000000000000000000", rootNodeSha3, this.contracts.FIFSRegistrar.address)).wait();
const resDeploy = new ethers_1.ContractFactory(exports_1.publicResolverABI, exports_1.publicResolverBytecode, this.adminWallet);
const resDeployTx = await resDeploy.deploy(this.contracts.ENS.address);
this.contracts.publicResolver = await resDeployTx.deployed();
this.addresses.PublicResolver = this.contracts.publicResolver.address;
log(`PublicResolver deployed at ${this.contracts.publicResolver.address}`);
}
async registerEnsName(domain, newOwner) {
newOwner = newOwner.connect(this.provider);
await (await this.adminWallet.sendTransaction({ to: newOwner.address, value: ethers_1.ethers.utils.parseEther("1") })).wait();
const ensName = domain + ".eth";
const hashedDomain = ethers_1.ethers.utils.keccak256(ethers_1.ethers.utils.toUtf8Bytes(domain));
const nameHashedENSName = ethers_1.ethers.utils.namehash(ensName);
let tx = await this.contracts.FIFSRegistrar.register(hashedDomain, newOwner.address);
await tx.wait();
log("setting owner (" + newOwner.address + "), resolver and ttl for ens");
tx = await this.contracts.ENS.connect(newOwner)
.setRecord(nameHashedENSName, newOwner.address, this.addresses.PublicResolver, BigInt(100000000));
await tx.wait();
}
async deployRegistries() {
log("Deploying Registries");
log("Deploying NodeRegistry contract 1 (tracker registry)");
const initialTrackerNodes = [];
const initialTrackerMetadata = [];
initialTrackerNodes.push("0xb9e7cEBF7b03AE26458E32a059488386b05798e8");
initialTrackerMetadata.push("{\"ws\": \"ws://10.200.10.1:30301\", \"http\": \"http://10.200.10.1:30301\"}");
initialTrackerNodes.push("0x0540A3e144cdD81F402e7772C76a5808B71d2d30");
initialTrackerMetadata.push("{\"ws\": \"ws://10.200.10.1:30302\", \"http\": \"http://10.200.10.1:30302\"}");
initialTrackerNodes.push("0xf2C195bE194a2C91e93Eacb1d6d55a00552a85E2");
initialTrackerMetadata.push("{\"ws\": \"ws://10.200.10.1:30303\", \"http\": \"http://10.200.10.1:30303\"}");
const nodeRegistryFactory = new ethers_1.ContractFactory(exports_1.nodeRegistryABI, exports_1.nodeRegistryBytecode, this.adminWallet);
const trackerRegDeployTx = await nodeRegistryFactory.deploy();
const trackerRegistry = await trackerRegDeployTx.deployed();
await (await trackerRegistry.initialize(this.adminWallet.address, false, initialTrackerNodes, initialTrackerMetadata)).wait();
this.addresses.TrackerRegistry = trackerRegistry.address;
this.contracts.trackerRegistry = trackerRegistry;
log(`TrackerNodeRegistry deployed at ${trackerRegistry.address}`);
const nodes = await trackerRegistry.getNodes();
log(`TrackerNodeRegistry nodes : ${JSON.stringify(nodes)}`);
log("Deploying NodeRegistry contract 2 (storage node registry)");
const initialStorageNodes = [];
const initialStorageMetadata = [];
initialStorageNodes.push("0xde1112f631486CfC759A50196853011528bC5FA0");
initialStorageMetadata.push("{\"http\": \"http://10.200.10.1:8891\"}");
const nodeRegistry = await nodeRegistryFactory.deploy();
await nodeRegistry.deployed();
await (await nodeRegistry.initialize(this.adminWallet.address, false, initialStorageNodes, initialStorageMetadata)).wait();
this.addresses.StorageNodeRegistry = nodeRegistry.address;
this.contracts.storageNodeRegistry = nodeRegistry;
log(`StorageNodeRegistry deployed at ${this.addresses.StorageNodeRegistry}`);
const streamRegistryFactory = new ethers_1.ContractFactory(exports_1.streamRegistryABI, exports_1.streamRegistryBytecode, this.adminWallet);
const streamRegistry = await streamRegistryFactory.deploy();
await streamRegistry.deployed();
await (await streamRegistry.initialize(ethers_1.Wallet.createRandom().address, ethers_1.Wallet.createRandom().address)).wait();
this.addresses.StreamRegistry = streamRegistry.address;
this.contracts.streamRegistry = streamRegistry;
log(`streamRegistry address ${this.addresses.StreamRegistry}`);
const storageNodePk = "0xaa7a3b3bb9b4a662e756e978ad8c6464412e7eef1b871f19e5120d4747bce966";
const storageNodeWallet = new ethers_1.ethers.Wallet(storageNodePk, this.provider);
const streamRegistry2 = streamRegistry.connect(storageNodeWallet);
log("Create storage node assignment stream");
const storageNodeAssignmentPath = "/assignments";
const storageNodeAssignmentsStreamId = "0xde1112f631486cfc759a50196853011528bc5fa0/assignments";
await (await streamRegistry2.createStream(storageNodeAssignmentPath, JSON.stringify({ partitions: 1 }))).wait();
await (await streamRegistry2.setPublicPermission(storageNodeAssignmentsStreamId, ethers_1.ethers.constants.MaxUint256, ethers_1.ethers.constants.MaxUint256)).wait();
log("Storage node assignment stream created: " + storageNodeAssignmentsStreamId);
const scriptKeyAddress = "0xa3d1F77ACfF0060F7213D7BF3c7fEC78df847De1";
const ensCacheV2Factory = new ethers_1.ContractFactory(exports_1.ENSCacheV2ABI, exports_1.ENSCacheV2Bytecode, this.adminWallet);
const ensCacheV2 = await ensCacheV2Factory.deploy();
await ensCacheV2.deployed();
await (await ensCacheV2.initialize(scriptKeyAddress, streamRegistry.address, ethers_1.ethers.constants.AddressZero)).wait();
this.addresses.ENSCacheV2 = ensCacheV2.address;
this.contracts.eNSCacheV2 = ensCacheV2;
log(`ENSCacheV2 address ${this.addresses.ENSCacheV2}`);
const role = await streamRegistry.TRUSTED_ROLE();
log(`granting trusted role ${role} to self ${this.adminWallet.address}`);
await (await streamRegistry.grantRole(role, this.adminWallet.address)).wait();
log("setting ENSCache address in StreamRegistry");
await (await streamRegistry.setEnsCache(ensCacheV2.address)).wait();
log(`granting trusted role ${role} ensaddress ${ensCacheV2.address}`);
await (await streamRegistry.grantRole(role, ensCacheV2.address)).wait();
log("ensCacheScript address set as trusted role in streamregistry");
const streamStorageRegistryFactory = new ethers_1.ContractFactory(exports_1.streamStorageRegistryABI, exports_1.streamStorageRegistryBytecode, this.adminWallet);
const streamStorageRegistry = await streamStorageRegistryFactory.deploy();
await streamStorageRegistry.deployed();
await (await streamStorageRegistry.initialize(streamRegistry.address, nodeRegistry.address, ethers_1.ethers.constants.AddressZero)).wait();
this.addresses.StreamStorageRegistry = streamStorageRegistry.address;
this.contracts.streamStorageRegistry = streamStorageRegistry;
log(`streamStorageRegistry address ${this.addresses.StreamStorageRegistry}`);
}
async createStream(streampath) {

@@ -196,3 +175,2 @@ log(`creating stream ${streampath}`);

log(`streamrConfig address ${streamrConfig.address}`);
log(`setting streamRegistry address ${this.addresses.StreamRegistry}`);
await (await streamrConfig.setStreamRegistryAddress(this.addresses.StreamRegistry)).wait();

@@ -364,3 +342,24 @@ const maxOperatorsJoinPolicy = await (new ethers_1.ContractFactory(exports_1.maxOperatorsJoinPolicyABI, exports_1.maxOperatorsJoinPolicyBytecode, this.adminWallet)).deploy();

}
async preloadDATAToken() {
const preloadAmount = ethers_1.ethers.utils.parseEther("1000000");
const preloadPrivkeys = [
"0x5e98cce00cff5dea6b454889f359a4ec06b9fa6b88e9d69b86de8e1c81887da0",
"0xe5af7834455b7239881b85be89d905d6881dcb4751063897f12be1b0dd546bdb",
"0x4059de411f15511a85ce332e7a428f36492ab4e87c7830099dadbf130f1896ae",
"0x633a182fb8975f22aaad41e9008cb49a432e9fdfef37f151e9e7c54e96258ef9",
"0x957a8212980a9a39bf7c03dcbeea3c722d66f2b359c669feceb0e3ba8209a297",
"0xfe1d528b7e204a5bdfb7668a1ed3adfee45b4b96960a175c9ef0ad16dd58d728",
"0xd7609ae3a29375768fac8bc0f8c2f6ac81c5f2ffca2b981e6cf15460f01efe14",
"0xb1abdb742d3924a45b0a54f780f0f21b9d9283b231a0a0b35ce5e455fa5375e7",
"0x2cd9855d17e01ce041953829398af7e48b24ece04ff9d0e183414de54dc52285"
];
for (const preloadPrivkey of preloadPrivkeys) {
const preloadWallet = new ethers_1.Wallet(preloadPrivkey, this.provider);
this.preloadedDATAWallets.push(preloadWallet);
const preloadAddress = preloadWallet.address;
log(`preloading ${preloadAmount} DATA to ${preloadAddress}`);
await (await this.contracts.DATA.mint(preloadAddress, preloadAmount)).wait();
}
}
}
exports.StreamrEnvDeployer = StreamrEnvDeployer;
{
"name": "@streamr/network-contracts",
"version": "7.0.4",
"version": "7.0.5",
"description": "Smart contracts for Streamr Network",

@@ -19,3 +19,2 @@ "author": "Streamr Network AG <contact@streamr.network>",

"build": "rm -rf artifacts && hardhat compile && rm -rf dist && tsc -p tsconfig.build.json && ./generateSelectorsTxt.sh",
"tsc": "tsc -p tsconfig.build.json",
"clean": "rm -rf artifacts dist cache coverage typechain deployments .openzeppelin/unknown-31337.json",

@@ -22,0 +21,0 @@ "test": "npm run test:fast && npm run test:slow",

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