public static Gen <Operation <ITcpServerSocketModel, ITcpServerSocketModel> > Generator()
{
Func <int, IEventLoopGroup, Operation <ITcpServerSocketModel, ITcpServerSocketModel> > producer =
(s, e) => new ClientConnect(s, e) as Operation <ITcpServerSocketModel, ITcpServerSocketModel>;
var fsFunc = FsharpDelegateHelper.Create(producer);
return(Gen.Map2(fsFunc, Gen.Choose(1, 10), GenClientEventLoops().Generator));
}
public static Gen <Operation <MembershipState, MembershipModel> > Generator(IEnumerable <Address> addresses)
{
var statusGen = ClusterGenerators.MemberStatusGenerator().Generator;
Func <Address, MemberStatus, Operation <MembershipState, MembershipModel> > generator =
(address, status) => new ChangeMemberStatus(address, status);
var producer = FsharpDelegateHelper.Create(generator);
return(Gen.Map2(producer, Gen.Elements(addresses), statusGen));
}
public static Arbitrary <UniqueAddress> UniqueAddressGenerator()
{
var gen1 = Arb.Default.Int32().Generator;
var gen2 = AddressGenerator();
// randomize both addresses and ports
Func <int, Address, UniqueAddress> combiner = (uid, addr) => new UniqueAddress(addr, uid);
var producer = FsharpDelegateHelper.Create(combiner);
return(Arb.From(Gen.Map2(producer, gen1, gen2.Generator)));
}
public static Arbitrary <Address> AddressGenerator()
{
/*
* In order to help guarantee collisions and duplicates in random tests, we hold all parts
* of the address other than the port number constant.
*/
Func <IPAddress, int, Address> combiner = (address, i) => new Address("akka.tcp", "cluster", address.ToString(), i);
var producer = FsharpDelegateHelper.Create(combiner);
return(Arb.From(Gen.Map2(producer, Arb.Default.IPAddress().Generator, Gen.Choose(1, 65535))));
}
