// Creates and returns a configured array of raftnodes using the test cluster
static internal RaftNode[] ConfigureRaftCluster(int numberOfNodes, SM sm)
{
RaftNode[] nodes = new RaftNode[numberOfNodes];
// Create nodes
for (uint i = 0; i < numberOfNodes; i++)
{
if (sm == SM.Numeral)
{
nodes[i] = new RaftNode(i, new NumeralStateMachine());
}
else
{
nodes[i] = new RaftNode(i, new DictionaryStateMachine());
}
}
// Adding them to a cluster and configuring them
foreach (RaftNode node in nodes)
{
var c = new RaftCluster();
Array.ForEach(nodes, x => c.AddNode(new ObjectRaftConnector(x.NodeId, x)));
node.Configure(c);
}
return(nodes);
}
public ClusterService()
{
var numberOfNodes = 5;
var _nodes = new List <RaftNode>();
// Create nodes
for (uint i = 0; i < numberOfNodes; i++)
{
var node = new RaftNode(i, new NumeralStateMachine());
_nodes.Add(node);
}
// Adding them to a cluster and configuring them
foreach (RaftNode node in _nodes)
{
var c = new RaftCluster();
_nodes.ForEach(x => c.AddNode(new ObjectRaftConnector(x.NodeId, x)));
node.Configure(c);
}
this.cluster = _nodes[0].Cluster;
_nodes.ForEach(node => node.Run());
this.nodes = _nodes;
}
// Creates a single-node cluster with a numeral state machine and returns the node
static internal RaftNode CreateNode()
{
RaftNode node = new RaftNode(1, new NumeralStateMachine());
var c = new RaftCluster();
c.AddNode(new ObjectRaftConnector(node.NodeId, node));
node.Configure(c);
return(node);
}
private static RaftNode StartNode(Configuration conf)
{
var id = conf.CurrentNode.Id;
var node = new RaftNode(id, new RaftCore.StateMachine.Implementations.NumeralStateMachine());
var clusterConfiguration = new RaftCluster();
foreach (var anotherNode in conf.Nodes)
{
clusterConfiguration.AddNode(new APIRaftConnector(anotherNode.Id, anotherNode.BaseUrl + "/RaftApi"));
}
node.Configure(clusterConfiguration);
node.Run();
return(node);
}