private static ExecutionState Runtime_DeployContract(RuntimeVM Runtime)
{
var tx = Runtime.Transaction;
Throw.IfNull(tx, nameof(tx));
ExpectStackSize(Runtime, 1);
VMObject temp;
var org = Runtime.Nexus.GetChainOrganization(Runtime.Chain.Name);
var owner = PopAddress(Runtime);
Runtime.Expect(owner.IsUser, "address must be user");
if (Runtime.Nexus.HasGenesis)
{
//Runtime.Expect(org != DomainSettings.ValidatorsOrganizationName, "cannot deploy contract via this organization");
Runtime.Expect(Runtime.IsStakeMaster(owner), "needs to be master");
}
Runtime.Expect(Runtime.IsWitness(owner), "invalid witness");
temp = Runtime.Stack.Pop();
switch (temp.Type)
{
case VMType.String:
{
var name = temp.AsString();
var success = Runtime.Chain.DeployNativeContract(Runtime.Storage, SmartContract.GetAddressForName(name));
Runtime.Expect(success, name + " contract deploy failed");
var contract = Runtime.Nexus.GetContractByName(Runtime.RootStorage, name);
var constructor = "Initialize";
if (contract.HasInternalMethod(constructor))
{
Runtime.CallContext(name, constructor, owner);
}
Runtime.Notify(EventKind.ContractDeploy, owner, contract.Name);
}
break;
default:
Runtime.Expect(false, "invalid contract type for deploy");
break;
}
return(ExecutionState.Running);
}
private static ExecutionState Runtime_DeployContract(RuntimeVM vm)
{
var tx = vm.Transaction;
Throw.IfNull(tx, nameof(tx));
var pow = tx.Hash.GetDifficulty();
vm.Expect(pow >= (int)ProofOfWork.Minimal, "expected proof of work");
vm.ExpectStackSize(1);
var from = vm.PopAddress();
vm.Expect(from.IsUser, "address must be user");
if (vm.Nexus.HasGenesis)
{
//Runtime.Expect(org != DomainSettings.ValidatorsOrganizationName, "cannot deploy contract via this organization");
vm.Expect(vm.IsStakeMaster(from), "needs to be master");
}
vm.Expect(vm.IsWitness(from), "invalid witness");
var contractName = vm.PopString("contractName");
var contractAddress = SmartContract.GetAddressForName(contractName);
var deployed = vm.Chain.IsContractDeployed(vm.Storage, contractAddress);
// TODO
if (vm.ProtocolVersion >= 2)
{
vm.Expect(!deployed, $"{contractName} is already deployed");
}
else
if (deployed)
{
return(ExecutionState.Running);
}
byte[] script;
ContractInterface abi;
bool isNative = Nexus.IsNativeContract(contractName);
if (isNative)
{
if (contractName == "validator" && vm.GenesisAddress == Address.Null)
{
vm.Nexus.Initialize(from);
}
script = new byte[] { (byte)Opcode.RET };
var contractInstance = vm.Nexus.GetNativeContractByAddress(contractAddress);
abi = contractInstance.ABI;
}
else
{
if (ValidationUtils.IsValidTicker(contractName))
{
throw new VMException(vm, "use createToken instead for this kind of contract");
}
else
{
vm.Expect(ValidationUtils.IsValidIdentifier(contractName), "invalid contract name");
}
var isReserved = ValidationUtils.IsReservedIdentifier(contractName);
if (isReserved && vm.IsWitness(vm.GenesisAddress))
{
isReserved = false;
}
vm.Expect(!isReserved, $"name '{contractName}' reserved by system");
script = vm.PopBytes("contractScript");
var abiBytes = vm.PopBytes("contractABI");
abi = ContractInterface.FromBytes(abiBytes);
var fuelCost = vm.GetGovernanceValue(Nexus.FuelPerContractDeployTag);
// governance value is in usd fiat, here convert from fiat to fuel amount
fuelCost = vm.GetTokenQuote(DomainSettings.FiatTokenSymbol, DomainSettings.FuelTokenSymbol, fuelCost);
// burn the "cost" tokens
vm.BurnTokens(DomainSettings.FuelTokenSymbol, from, fuelCost);
}
// ABI validation
ValidateABI(vm, contractName, abi, isNative);
var success = vm.Chain.DeployContractScript(vm.Storage, from, contractName, contractAddress, script, abi);
vm.Expect(success, $"deployment of {contractName} failed");
var constructor = abi.FindMethod(SmartContract.ConstructorName);
if (constructor != null)
{
vm.CallContext(contractName, constructor, from);
}
vm.Notify(EventKind.ContractDeploy, from, contractName);
return(ExecutionState.Running);
}