public override GetWelfareRewardAmountSampleOutput GetWelfareRewardAmountSample(
GetWelfareRewardAmountSampleInput input)
{
const long sampleAmount = 10000;
var welfareHash = State.WelfareHash.Value;
var output = new GetWelfareRewardAmountSampleOutput();
var welfareScheme = State.ProfitContract.GetScheme.Call(welfareHash);
var releasedInformation = State.ProfitContract.GetDistributedProfitsInfo.Call(
new SchemePeriod
{
SchemeId = welfareHash,
Period = welfareScheme.CurrentPeriod.Sub(1)
});
var totalShares = releasedInformation.TotalShares;
if (totalShares == 0)
{
return(new GetWelfareRewardAmountSampleOutput());
}
var totalAmount = releasedInformation.ProfitsAmount;
foreach (var lockTime in input.Value)
{
var shares = GetVotesWeight(sampleAmount, lockTime);
output.Value.Add(totalAmount[Context.Variables.NativeSymbol].Mul(shares).Div(totalShares));
}
return(output);
}
public override GetWelfareRewardAmountSampleOutput GetWelfareRewardAmountSample(
GetWelfareRewardAmountSampleInput input)
{
const long sampleAmount = 10000;
var welfareHash = State.WelfareHash.Value;
var output = new GetWelfareRewardAmountSampleOutput();
var welfareScheme = State.ProfitContract.GetScheme.Call(welfareHash);
var releasedInformation = State.ProfitContract.GetDistributedProfitsInfo.Call(
new SchemePeriod
{
SchemeId = welfareHash,
Period = welfareScheme.CurrentPeriod.Sub(1)
});
var totalShares = releasedInformation.TotalShares;
if (totalShares == 0)
{
return(new GetWelfareRewardAmountSampleOutput());
}
var totalAmount = releasedInformation.AmountsMap;
foreach (var lockTime in input.Value)
{
var shares = GetVotesWeight(sampleAmount, lockTime);
// In case of arithmetic overflow
var decimalAmount = (decimal)totalAmount[Context.Variables.NativeSymbol];
var decimalShares = (decimal)shares;
var decimalTotalShares = (decimal)totalShares;
var amount = decimalAmount * decimalShares / decimalTotalShares;
output.Value.Add((long)amount);
}
return(output);
}
