public override void Run()
{
// create and inline-configure a client that works with `Personnel` class
var client = new RedisClient <Personnel>(settings => settings
.ReadBufferSize(8192) // large reads
.WriteBufferSize(256) // small writes
.EncodingBufferSize(32) // encode small stuff
.SerializationBufferSize(8192) // as large as reads
.OverrideSerializer(new PersonnelSerializer()) // custom serializer
.OverrideCulture(CultureInfo.GetCultureInfo("th-TH")) // non-default culture
.OverrideEncoding(Encoding.GetEncoding("tis-620")) // thai language encoding
.ReconnectOnIdle(true) // auto reconnect on idle
.ReissueCommandsOnReconnect(false)); // never retry automatically
// create some test data
var personnels = Personnel.GetSamplePersonnels();
var dataAdded = client
.Pipeline(c =>
{
client.Del("p:salary", "p:sal_week", "p:age"); // reset old values
Array.ForEach(personnels, p => c.ZAdd("p:salary", p.Salary, p));
Array.ForEach(personnels, p => c.ZAdd("p:sal_week", (double)p.Salary / 4.0, p));
Array.ForEach(personnels, p => c.ZAdd("p:age", p.Age, p));
})
.Skip(1) // skip DEL result
.All(b => (bool)b);
Debug.Assert(dataAdded, "Data not properly added.");
while (true)
{
WriteLine("0. List personnels sorted by yearly income.");
WriteLine("1. List personnels sorted by weekly income.");
WriteLine("2. List personnels sorted by age.");
Personnel[] result;
var min = double.NegativeInfinity;
var max = double.PositiveInfinity;
switch (ReadLine())
{
case "0": result = client.ZRangeByScore("p:salary", min, max); break;
case "1": result = client.ZRangeByScore("p:sal_week", min, max); break;
case "2": result = client.ZRangeByScore("p:age", min, max); break;
default: continue;
}
Array.ForEach(result, p => WriteLine(p.ToString()));
}
}
public override void Run()
{
var personnels = Personnel.GetSamplePersonnels();
var client = new RedisClient();
var listKey = "personnels";
// setup sample data
client.Pipeline(c =>
{
client.Del(listKey);
foreach (var person in personnels)
{
var idStr = person.Id.ToString();
c.LPush(listKey, idStr);
c.HSet(idStr, "name", person.Name);
c.HSet(idStr, "email", person.Email);
c.HIncrBy(idStr, "age", person.Age);
c.HIncrBy(idStr, "salary", person.Salary);
c.HSet(idStr, "json", person.ToJson());
}
});
while (true)
{
WriteLine("0. List personnels sorted by yearly income.");
WriteLine("1. List personnels sorted by age.");
WriteLine("2. List personnels sorted by id descending.");
WriteLine("3. List personnels sorted by name.");
WriteLine("4. List all personnel emails.");
string[] result;
var parseResult = true;
switch (ReadLine())
{
case "0": {
result = client.Sort(listKey,
byPattern: "*->salary",
getPattern: new[] { "*->json" });
} break;
case "1": {
parseResult = true;
result = client.Sort(listKey,
byPattern: "*->age",
getPattern: new[] { "*->json" });
} break;
case "2": {
parseResult = true;
result = client.Sort(listKey,
descending: true,
getPattern: new[] { "*->json" });
} break;
case "3": {
result = client.Sort(listKey,
byPattern: "*->name",
alpha: true,
getPattern: new[] { "*->json" });
} break;
case "4": {
result = client.Sort(listKey,
byPattern: "nosort", // non-existent key
getPattern: new[] { "*->email" });
parseResult = false;
} break;
default: continue;
}
if (parseResult)
{
result = result
.Select(json => Personnel.FromJson(json).ToString())
.ToArray();
}
WriteLine("\r\nResults:");
Array.ForEach(result, WriteLine);
WriteLine("\r\n");
}
}