public async Task FetchHealth(ProducerPOCO pro)
{
var jsonString = await Fetch.GetAsync(pro.Ip + Resources.ProducingSideChains);
var succeeded = bool.Parse(JsonStringNavigator.GetDeeper(jsonString, "succeeded"));
if (!succeeded)
{
pro.Producing = "Unconfigured";
}
var response = JsonStringNavigator.GetDeeper <ProducingSidechain[]>(jsonString, "response");
double fractionHealth = 0;
if (response.Length == 0)
{
pro.Health = 0; return;
}
foreach (var sc in response)
{
if (sc.TotalBlocksPerSettlement() == 0)
{
fractionHealth += 1; continue;
}
fractionHealth += sc.blocksProducedInCurrentSettlement / (sc.TotalBlocksPerSettlement());
}
pro.Health = (fractionHealth / response.Length) * 100;
}
public async Task FetchProducing(ProducerPOCO pro)
{
var jsonString = await Fetch.GetAsync(pro.Ip + Resources.ProducingSideChains);
var succeeded = bool.Parse(JsonStringNavigator.GetDeeper(jsonString, "succeeded"));
if (!succeeded)
{
pro.Producing = "Unconfigured";
}
var response = JsonStringNavigator.GetDeeper <ProducingSidechain[]>(jsonString, "response");
int working = 0;
foreach (var sc in response)
{
if (sc.sidechainState == "Production")
{
working++;
}
pro.Warnings = +sc.warnings.Length;
}
pro.Producing = working + "/" + response.Length;
}
public async Task FetchValues(ProducerPOCO pro)
{
await FetchProducing(pro);
await FetchHealth(pro);
}
