public async Task WillRequestLogsForEachFilter()
{
var mockLogProcessor = new Mock <ILogProcessor>();
var web3Mock = new Web3Mock();
var logs = new[] { new FilterLog() };
var filtersExecuted = new List <NewFilterInput>();
var filters = new[] { new NewFilterInput(), new NewFilterInput() };
web3Mock.GetLogsMock
.Setup(p => p.SendRequestAsync(It.IsAny <NewFilterInput>(), null))
.Callback <NewFilterInput, object>((f, o) => filtersExecuted.Add(f))
.ReturnsAsync(logs);
web3Mock.BlockNumberMock
.Setup(p => p.SendRequestAsync(null))
.ReturnsAsync(100.ToHexBigInteger());
var processor = new LogsProcessorBuilder(web3Mock.Eth)
.Set(p => p.BlocksPerBatch = 1)
.Filter(filters[0])
.Filter(filters[1])
.Add(mockLogProcessor.Object)
.Build();
var result = await processor.ProcessOnceAsync(new CancellationToken());
Assert.Equal(filters, filtersExecuted);
}
public async Task IfMinimumBlockNumberIsNull_AndThereIsNoPreviousProgress_StartsAtCurrentBlockOnChain()
{
var mockLogProcessor = new Mock <ILogProcessor>();
var web3Mock = new Web3Mock();
var logs = new[] { new FilterLog() };
web3Mock.GetLogsMock
.Setup(p => p.SendRequestAsync(It.IsAny <NewFilterInput>(), null))
.ReturnsAsync(logs);
web3Mock.BlockNumberMock
.Setup(p => p.SendRequestAsync(null))
.ReturnsAsync(100.ToHexBigInteger());
var processor = new LogsProcessorBuilder(web3Mock.Eth)
.Set(p => p.BlocksPerBatch = 1)
.Add(mockLogProcessor.Object)
.Build();
var result = await processor.ProcessOnceAsync(new CancellationToken());
Assert.Equal(100.ToHexBigInteger(), result.Value.From);
Assert.Equal(100.ToHexBigInteger(), result.Value.To);
}
