public static async Task Run([PerperStreamTrigger] PerperStreamContext context,
CancellationToken cancellationToken)
{
ECParameters privateKey;
ValidatorKey self;
using (var dsa = ECDsa.Create())
{
privateKey = dsa.ExportParameters(true);
self = new ValidatorKey {
Key = dsa.ExportParameters(false)
};
}
var ipfsGateway = "http://127.0.0.1:5001";
await using var agentZeroStream = await context.StreamFunctionAsync(nameof (IpfsInput), new
{
ipfsGateway,
topic = "apocryph-agent-0"
});
await using var _inputVerifierStream = await context.StreamFunctionAsync(nameof (StepSignatureVerifier), new
{
stepsStream = agentZeroStream,
});
await using var inputVerifierStream = await context.StreamFunctionAsync(nameof (IpfsLoader), new
{
ipfsGateway,
hashStream = _inputVerifierStream
});
await using var validatorSetsStream = await context.StreamFunctionAsync(nameof (ValidatorSets), new
{
inputVerifierStream
});
await using var validatorSchedulerStream = await context.StreamActionAsync(nameof (ValidatorScheduler), new
{
validatorSetsStream,
ipfsGateway,
privateKey,
self
});
await context.BindOutput(cancellationToken);
}
public static async Task Run([PerperStreamTrigger(RunOnStartup = true)] PerperStreamContext context,
CancellationToken cancellationToken)
{
var keys = new List <(ECParameters, ValidatorKey)>();
var validatorSet = new ValidatorSet();
for (var i = 0; i < 1; i++)
{
using var dsa = ECDsa.Create(ECCurve.NamedCurves.nistP521);
var privateKey = dsa.ExportParameters(true);
var publicKey = new ValidatorKey {
Key = dsa.ExportParameters(false)
};
keys.Add((privateKey, publicKey));
validatorSet.Weights.Add(publicKey, 10);
}
var ipfsGateway = "http://127.0.0.1:5001";
await using var _validatorSetsStream = await context.StreamFunctionAsync("TestDataGenerator", new
{
delay = TimeSpan.FromSeconds(20),
data = validatorSet
});
await using var validatorSetsStream = await context.StreamFunctionAsync(nameof (IpfsSaver), new
{
ipfsGateway,
dataStream = _validatorSetsStream
});
await using var validatorLauncherStreams = new AsyncDisposableList();
foreach (var(privateKey, self) in keys)
{
validatorLauncherStreams.Add(
await context.StreamActionAsync(nameof(ValidatorLauncher), new
{
agentId = "0",
services = new [] { "Sample", "IpfsInput" },
validatorSetsStream,
ipfsGateway,
privateKey,
self
}));
}
await context.BindOutput(cancellationToken);
}
public async Task Run([PerperStreamTrigger] PerperStreamContext context,
[Perper("input")] IAsyncEnumerable <IPerperStream> input,
[Perper("output")] IAsyncCollector <IPerperStream> output,
ILogger logger,
CancellationToken cancellationToken)
{
var agentInput = await input.FirstAsync(cancellationToken);
var agentStream = await context.StreamFunctionAsync(typeof(AgentPingStream), new { input = agentInput.Subscribe() });
await context.BindOutput(agentStream, cancellationToken);
}
public static async Task RunLauncher([PerperStreamTrigger] PerperStreamContext context,
[Perper("agentId")] string agentId,
[Perper("ipfsGateway")] string ipfsGateway,
[Perper("commandsStream")] object[] commandsStream,
CancellationToken cancellationToken)
{
var topic = "apocryph-agentInput-" + agentId;
await using var ipfsStream = await context.StreamFunctionAsync(nameof (IpfsInput), new
{
ipfsGateway,
topic
});
await using var transformedStream = await context.StreamFunctionAsync(nameof (IpfsInputSubscriber), new
{
ipfsStream,
commandsStream
});
await context.BindOutput(transformedStream, cancellationToken);
}
public static async Task Run([PerperStreamTrigger] PerperStreamContext context,
[Perper("generators")] IAsyncEnumerable <IPerperStream> generators,
[Perper("output")] IAsyncCollector <IPerperStream> output,
ILogger logger, CancellationToken cancellationToken)
{
var i = 0;
await foreach (var generator in generators.WithCancellation(cancellationToken))
{
logger.LogInformation($"Multi Processor receives generator: {0}", i);
var stream = await context.StreamFunctionAsync("NamedProcessor-" + i, typeof(Processor), new {
generator = new[] { generator.Subscribe() },
multiplier = 10
}, typeof(Data));
await output.AddAsync(stream, cancellationToken);
i += 1;
}
}
public static async Task Run([PerperStreamTrigger] PerperStreamContext context,
[Perper("count")] int count,
[Perper("output")] IAsyncCollector <IPerperStream> output,
ILogger logger, CancellationToken cancellationToken)
{
var state = await context.FetchStateAsync <Data>() ?? new Data
{
Value = 0
};
for (var i = state.Value; i < count; i++)
{
await Task.Delay(TimeSpan.FromMilliseconds(100), cancellationToken);
logger.LogInformation($"Generator Generator generates: {i}");
var stream = await context.StreamFunctionAsync("NamedGenerator-" + i, typeof(Generator), new { count = 10, tag = "first" ?? "xx-" + i }, typeof(Data));
await output.AddAsync(stream, cancellationToken);
state.Value = i;
await context.UpdateStateAsync(state);
}
await context.BindOutput(cancellationToken);
}
public static async Task Run([PerperStreamTrigger] PerperStreamContext context,
[Perper("agentId")] string agentId,
[Perper("services")] string[] services,
[Perper("commandsStream")] object[] commandsStream,
[Perper("genesisMessage")] object genesisMessage,
[Perper("ipfsGateway")] string ipfsGateway,
CancellationToken cancellationToken)
{
await using var genesisMessageStream = await context.StreamFunctionAsync(nameof (TestDataGenerator), new
{
delay = TimeSpan.FromSeconds(10),
data = genesisMessage
});
/* await using var agentZeroStream = await context.StreamFunctionAsync(nameof(IpfsInput), new
* {
* ipfsGateway,
* topic = 0 //"apocryph-agent-0"
* });
*
* await using var _inputVerifierStream = await context.StreamFunctionAsync(nameof(StepSignatureVerifier), new
* {
* validatorSetsStream, // TODO: Should give agent 0's validator set instead !!
* stepsStream = agentZeroStream,
* });
*
* await using var inputVerifierStream = await context.StreamFunctionAsync(nameof(IpfsLoader), new
* {
* ipfsGateway,
* hashStream = _inputVerifierStream
* });
*
* await using var validatorSetsStream = await context.StreamFunctionAsync(nameof(ValidatorSets), new
* {
* inputVerifierStream
* });
*
* await using var subscriptionCommandExecutorStream = await context.StreamFunctionAsync(nameof(SubscriptionCommandExecutor), new
* {
* ipfsGateway,
* commandsStream,
* validatorSetsStream
* }); */
await using var reminderCommandExecutorStream = await context.StreamFunctionAsync(nameof (ReminderCommandExecutor), new
{
commandsStream
});
await using var serviceFilterStreams = new AsyncDisposableList();
await using var serviceStreams = new AsyncDisposableList();
foreach (var serviceName in services)
{
var functionName = "Service" + serviceName;
var filteredCommandsStream = await context.StreamFunctionAsync(nameof(ServiceCommandFilter), new
{
commandsStream,
serviceName
});
serviceFilterStreams.Add(filteredCommandsStream);
var serviceStream = await context.StreamFunctionAsync(functionName, new
{
commandsStream = filteredCommandsStream,
agentId,
ipfsGateway
});
serviceStreams.Add(serviceStream);
}
var outputStream = new []
{
reminderCommandExecutorStream,
genesisMessageStream,
// subscriptionCommandExecutorStream
}.Concat(serviceStreams).ToArray();
await context.BindOutput(outputStream, cancellationToken);
}
public async Task Run([PerperStreamTrigger] PerperStreamContext context,
[Perper("slotGossips")] IPerperStream slotGossips,
[Perper("chains")] IDictionary <Guid, Chain> chains,
[Perper("output")] IAsyncCollector <int> output,
CancellationToken cancellationToken)
{
await using var peering = context.DeclareStream("Peering", typeof(PeeringStream));
var gossips = peering;
var queries = peering;
var reports = peering;
var hashes = peering;
await using var salts = context.DeclareStream("Salts", typeof(SaltsStream));
await using var hashRegistry = await context.StreamFunctionAsync("HashRegistry", typeof(HashRegistryStream), new
{
filter = typeof(Block),
input = hashes.Subscribe()
}, typeof(HashRegistryEntry));
await context.StreamActionAsync("DummyStream", new
{
hashRegistry = hashRegistry.Subscribe() // HACK: Ensure hash registry is started up before anything else
});
await using var chain = await context.StreamFunctionAsync("Chain", typeof(ChainStream), new
{
chains,
gossips,
queries,
hashRegistry,
salts = salts.Subscribe(),
slotGossips = slotGossips.Subscribe()
});
// HACK: Create an empty stream for the global IBC
await using var validator = await context.StreamFunctionAsync("DummyStream", new
{
peering = peering.Subscribe(), // HACK: Ensure peering is started before it starts receiving streams
hashRegistry = hashRegistry.Subscribe() // HACK: Ensure hash registry is started up
});
await using var ibc = await context.StreamFunctionAsync("IBC-global", typeof(IBCStream), new
{
chain = chain.Subscribe(),
validator = validator.Subscribe(),
gossips = gossips.Subscribe(),
nodes = new Dictionary <Guid, Node?[]>(),
node = default(Node?)
});
await using var filter = await context.StreamFunctionAsync("Filter-global", typeof(FilterStream), new
{
ibc = ibc.Subscribe(),
gossips = gossips.Subscribe(),
hashRegistry,
chains
});
await context.StreamFunctionAsync(salts, new
{
chains,
hashRegistry = hashRegistry,
filter = filter.Subscribe()
});
await context.StreamFunctionAsync(peering, new
{
factory = chain.Subscribe(),
initial = new List <IPerperStream>()
{
filter
},
});
await using var reportsStream = await context.StreamActionAsync(typeof(ReportsStream), new
{
hashRegistry = hashRegistry,
chain = chain.Subscribe(),
nodes = new Dictionary <Guid, Node?[]>(),
filter = filter.Subscribe(),
reports = reports.Subscribe()
});
await context.BindOutput(cancellationToken);
}