private Proto.Msg.Get GetToProto(Get msg)
{
var consistencyValue = 1;
switch (msg.Consistency)
{
case ReadLocal _: consistencyValue = 1; break;
case ReadFrom r: consistencyValue = r.N; break;
case ReadMajority _: consistencyValue = 0; break;
case ReadAll _: consistencyValue = -1; break;
}
var proto = new Proto.Msg.Get
{
Key = this.OtherMessageToProto(msg.Key),
Consistency = consistencyValue,
Timeout = (uint)(msg.Consistency.Timeout.Ticks / TimeSpan.TicksPerMillisecond)
};
if (!ReferenceEquals(null, msg.Request))
{
proto.Request = this.OtherMessageToProto(msg.Request);
}
return(proto);
}
private Proto.Msg.Get GetToProto(Get msg)
{
var timeoutInMilis = msg.Consistency.Timeout.TotalMilliseconds;
if (timeoutInMilis > 0XFFFFFFFFL)
{
throw new ArgumentOutOfRangeException("Timeouts must fit in a 32-bit unsigned int");
}
var proto = new Proto.Msg.Get
{
Key = this.OtherMessageToProto(msg.Key),
Timeout = (uint)timeoutInMilis
};
switch (msg.Consistency)
{
case ReadLocal _: proto.Consistency = 1; break;
case ReadFrom r: proto.Consistency = r.N; break;
case ReadMajority rm:
proto.Consistency = 0;
if (rm.MinCapacity != 0)
{
proto.ConsistencyMinCap = rm.MinCapacity;
proto.HasConsistencyMinCap = true;
}
break;
case ReadMajorityPlus rmp:
proto.Consistency = 0;
if (rmp.MinCapacity != 0)
{
proto.ConsistencyMinCap = rmp.MinCapacity;
proto.HasConsistencyMinCap = true;
}
if (rmp.Additional != 0)
{
proto.ConsistencyAdditional = rmp.Additional;
proto.HasConsistencyAdditional = true;
}
break;
case ReadAll _: proto.Consistency = -1; break;
}
if (!ReferenceEquals(null, msg.Request))
{
proto.Request = this.OtherMessageToProto(msg.Request);
}
return(proto);
}
