public async Task Should_Be_Able_To_Add_And_Use_Channels()
{
/* Setup */
var channels = new List <Mock <IModel> > {
new Mock <IModel>(), new Mock <IModel>(), new Mock <IModel>()
};
foreach (var channel in channels)
{
channel
.Setup(c => c.IsClosed)
.Returns(false);
}
var pool = new DynamicChannelPool(NullLogger <IChannelPool> .Instance);
pool.Add(channels.Select(c => c.Object));
/* Test */
var firstChannel = await pool.GetAsync();
var secondChannel = await pool.GetAsync();
var thirdChannel = await pool.GetAsync();
/* Assert */
Assert.Equal(firstChannel, channels[0].Object);
Assert.Equal(secondChannel, channels[1].Object);
Assert.Equal(thirdChannel, channels[2].Object);
}
public void Should_Not_Throw_Exception_If_Trying_To_Remove_Channel_Not_In_Pool()
{
/* Setup */
var pool = new DynamicChannelPool(NullLogger <IChannelPool> .Instance);
var channel = new Mock <IModel>();
/* Test */
pool.Remove(channel.Object);
/* Assert */
Assert.True(true, "Successfully remove a channel not in the pool");
}
public async Task Should_Remove_Channels_Based_On_Count()
{
/* Setup */
var channels = new List <Mock <IModel> >
{
new Mock <IModel> {
Name = "First"
},
new Mock <IModel> {
Name = "Second"
},
new Mock <IModel> {
Name = "Third"
}
};
foreach (var channel in channels)
{
channel
.Setup(c => c.IsOpen)
.Returns(true);
}
var pool = new DynamicChannelPool(channels.Select(c => c.Object), NullLogger <IChannelPool> .Instance);
/* Test */
pool.Remove(2);
var firstChannel = await pool.GetAsync();
var secondChannel = await pool.GetAsync();
var thirdChannel = await pool.GetAsync();
/* Assert */
Assert.Equal(firstChannel, channels[2].Object);
Assert.Equal(secondChannel, channels[2].Object);
Assert.Equal(thirdChannel, channels[2].Object);
}
