public void BuildVoteMessageTest()
{
Wallet w = new Wallet("1E5B4C6DDDB2BDD6B40344808812D6D3254D7D4E105A52BA51C032EB7BAC1035", Network.Test);
w.SetSequence(0);//Have to reset, wallet automatically refreshes it's sequence on creation
var msgBytes = BroadcastMessageBuilder.BuildVoteMessage(3, VoteOptions.OptionAbstain, w);
var msgStr = BitConverter.ToString(msgBytes).Replace("-", "").ToUpper();
var expectedStr = "9401F0625DEE0A1EA1CADD36080312141B0A2CFFAE1193EE0BDE3E01C62E34D82E3BFA0A1802126E0A26EB5AE9872103D2B6A5194D34703971E6C7544B2E5CE687AF7CF58346F662936D8E26C20A301312405C0AFBBFB819190D5A9794CE3F2BB2216BFCCEEB9B4EF378FE2B967B7775B4FF2795216ED6C7282D473E367F474A66EC0E13B4523BE06B4397778134AB8E158918ECE028";
Assert.AreEqual(msgStr, expectedStr);
}
public BroadcastResponse Vote(int proposal_id, VoteOptions option)
{
//Ensure no other broadcast transaction interferes with sequence until it hit the blockchain
lock (BroadcastLockObject)
{
if (VerifySequenceBeforeSend)
{
Wallet.RefreshSequence();
}
var msg = BroadcastMessageBuilder.BuildVoteMessage(proposal_id, option, Wallet);
var result = HTTP.BroadcastToBlockchain(msg, WaitForTransactionConfirmationOnBroadcast);
if (result.ok)
{
_wallet.IncrementSequence();
}
return(result);
}
}
