public void TestChain_Auction()
{
// Compile the contract we want to deploy
ContractCompilationResult compilationResult = ContractCompiler.CompileFile("SmartContracts/Auction.cs");
Assert.True(compilationResult.Success);
using (TestChain chain = new TestChain().Initialize())
{
// Get an address we can use for deploying
Base58Address deployerAddress = chain.PreloadedAddresses[0];
// Create and send transaction to mempool with parameters
SendCreateContractResult createResult = chain.SendCreateContractTransaction(deployerAddress, compilationResult.Compilation, 0, new object[] { 20uL });
// Mine a block which will contain our sent transaction
chain.MineBlocks(1);
// Check the receipt to see that contract deployment was successful
ReceiptResponse receipt = chain.GetReceipt(createResult.TransactionId);
Assert.Equal(deployerAddress, receipt.From);
// Check that the code is indeed saved on-chain
byte[] savedCode = chain.GetCode(createResult.NewContractAddress);
Assert.NotNull(savedCode);
// Use another identity to bid
Base58Address bidderAddress = chain.PreloadedAddresses[1];
// Send a call to the bid method
SendCallContractResult callResult = chain.SendCallContractTransaction(bidderAddress, "Bid", createResult.NewContractAddress, 1);
chain.MineBlocks(1);
// Call a method locally to check the state is as expected
ILocalExecutionResult localCallResult = chain.CallContractMethodLocally(bidderAddress, "HighestBidder", createResult.NewContractAddress, 0);
Address storedHighestBidder = (Address)localCallResult.Return;
Assert.NotEqual(default(Address), storedHighestBidder); // TODO: A nice way of comparing hex and base58 representations
}
}
