static void Main(string[] args)
{
var log = Devices.CreateLogDevice(Path.GetTempPath() + "hybridlog");
var objlog = Devices.CreateObjectLogDevice(Path.GetTempPath() + "hybridlog");
var h = new FasterKV
<MyKey, MyValue, MyInput, MyOutput, MyContext, MyFunctions>
(128, new MyFunctions(),
new LogSettings {
LogDevice = log, ObjectLogDevice = objlog, MemorySizeBits = 29
},
null,
new SerializerSettings <MyKey, MyValue> {
keySerializer = () => new MyKeySerializer(), valueSerializer = () => new MyValueSerializer()
}
);
var context = default(MyContext);
h.StartSession();
for (int i = 0; i < 20000; i++)
{
var _key = new MyKey {
key = i
};
var value = new MyValue {
value = i
};
h.Upsert(ref _key, ref value, context, 0);
if (i % 32 == 0)
{
h.Refresh();
}
}
var key = new MyKey {
key = 23
};
var input = default(MyInput);
MyOutput g1 = new MyOutput();
h.Read(ref key, ref input, ref g1, context, 0);
h.CompletePending(true);
MyOutput g2 = new MyOutput();
key = new MyKey {
key = 46
};
h.Read(ref key, ref input, ref g2, context, 0);
h.CompletePending(true);
Console.WriteLine("Success!");
Console.ReadLine();
}
static void Main(string[] args)
{
// This sample uses class key and value types, which are not blittable (i.e., they
// require a pointer to heap objects). Such datatypes include variable length types
// such as strings. You can override the default key equality comparer in two ways;
// (1) Make Key implement IFasterEqualityComparer<Key> interface
// (2) Provide IFasterEqualityComparer<Key> instance as param to constructor
// FASTER stores the actual objects in a separate object log.
// Note that serializers are required for class types, see below.
var log = Devices.CreateLogDevice(Path.GetTempPath() + "hlog.log");
var objlog = Devices.CreateLogDevice(Path.GetTempPath() + "hlog.obj.log");
var h = new FasterKV
<MyKey, MyValue, MyInput, MyOutput, MyContext, MyFunctions>
(1L << 20, new MyFunctions(),
new LogSettings {
LogDevice = log, ObjectLogDevice = objlog, MemorySizeBits = 29
},
null,
new SerializerSettings <MyKey, MyValue> {
keySerializer = () => new MyKeySerializer(), valueSerializer = () => new MyValueSerializer()
}
);
var context = default(MyContext);
// Each thread calls StartSession to register itself with FASTER
h.StartSession();
for (int i = 0; i < 20000; i++)
{
var _key = new MyKey {
key = i
};
var value = new MyValue {
value = i
};
h.Upsert(ref _key, ref value, context, 0);
// Each thread calls Refresh periodically for thread coordination
if (i % 1024 == 0)
{
h.Refresh();
}
}
var key = new MyKey {
key = 23
};
var input = default(MyInput);
MyOutput g1 = new MyOutput();
var status = h.Read(ref key, ref input, ref g1, context, 0);
if (status == Status.OK && g1.value.value == key.key)
{
Console.WriteLine("Success!");
}
else
{
Console.WriteLine("Error!");
}
MyOutput g2 = new MyOutput();
key = new MyKey {
key = 46
};
status = h.Read(ref key, ref input, ref g2, context, 0);
if (status == Status.OK && g2.value.value == key.key)
{
Console.WriteLine("Success!");
}
else
{
Console.WriteLine("Error!");
}
/// Delete key, read to verify deletion
var output = new MyOutput();
h.Delete(ref key, context, 0);
status = h.Read(ref key, ref input, ref output, context, 0);
if (status == Status.NOTFOUND)
{
Console.WriteLine("Success!");
}
else
{
Console.WriteLine("Error!");
}
// Each thread ends session when done
h.StopSession();
// Dispose FASTER instance and log
h.Dispose();
log.Close();
objlog.Close();
Console.WriteLine("Press <ENTER> to end");
Console.ReadLine();
}