public void Substituted()
{
var config1 = new ProducerConfig {
SecurityProtocol = SecurityProtocol.SaslPlaintext
};
var config2 = new ProducerConfig {
SecurityProtocol = SecurityProtocol.SaslSsl
};
var config3 = new ProducerConfig {
Partitioner = Partitioner.ConsistentRandom
};
var config4 = new ProducerConfig {
Partitioner = Partitioner.Murmur2Random
};
var config5 = new ConsumerConfig {
PartitionAssignmentStrategy = PartitionAssignmentStrategy.RoundRobin
};
Assert.Equal("sasl_plaintext", config1.Get("security.protocol"));
Assert.Equal("sasl_ssl", config2.Get("security.protocol"));
Assert.Equal("consistent_random", config3.Get("partitioner"));
Assert.Equal("murmur2_random", config4.Get("partitioner"));
Assert.Equal("roundrobin", config5.Get("partition.assignment.strategy"));
Assert.Equal(SecurityProtocol.SaslPlaintext, config1.SecurityProtocol);
Assert.Equal(SecurityProtocol.SaslSsl, config2.SecurityProtocol);
Assert.Equal(Partitioner.ConsistentRandom, config3.Partitioner);
Assert.Equal(Partitioner.Murmur2Random, config4.Partitioner);
Assert.Equal(PartitionAssignmentStrategy.RoundRobin, config5.PartitionAssignmentStrategy);
}
public void AcksProperty()
{
// standard values
var config1 = new ProducerConfig {
Acks = Acks.None
};
var config2 = new ProducerConfig {
Acks = Acks.Leader
};
var config3 = new ProducerConfig {
Acks = Acks.All
};
// any numerical value is also ok but needs to be cast.
// note: values are not range checked by the config class
// (but are by librdkafka)
var config4 = new ProducerConfig {
Acks = (Acks)1
};
var config5 = new ProducerConfig {
Acks = (Acks)2
}; // this is fine so future proof - enums have exactly the semantics we want.
var config6 = new ProducerConfig {
Acks = (Acks)(-1)
};
Assert.Equal("0", config1.Get("acks"));
Assert.Equal("1", config2.Get("acks"));
Assert.Equal("-1", config3.Get("acks"));
Assert.Equal("1", config4.Get("acks"));
Assert.Equal("2", config5.Get("acks"));
Assert.Equal("-1", config6.Get("acks"));
Assert.Equal(Acks.None, config1.Acks);
Assert.Equal(Acks.Leader, config2.Acks);
Assert.Equal(Acks.All, config3.Acks);
Assert.Equal(Acks.Leader, config4.Acks);
Assert.Equal((Acks)2, config5.Acks);
Assert.Equal(Acks.All, config6.Acks);
}