public void DifferentEndpoint_DifferentChannel()
{
var pool = new ChannelPool(EmptyScopes);
using (TestServiceFixture fixture1 = new TestServiceFixture(), fixture2 = new TestServiceFixture())
{
var channel1 = pool.GetChannel(fixture1.Endpoint);
var channel2 = pool.GetChannel(fixture2.Endpoint);
Assert.NotSame(channel1, channel2);
}
}
public void SameEndpoint_SameChannel()
{
var pool = new ChannelPool(EmptyScopes);
using (var fixture = new TestServiceFixture())
{
var channel1 = pool.GetChannel(fixture.Endpoint);
var channel2 = pool.GetChannel(fixture.Endpoint);
Assert.Same(channel1, channel2);
}
}
public async Task ShutdownAsync_ShutsDownChannel()
{
var pool = new ChannelPool(EmptyScopes);
using (var fixture = new TestServiceFixture())
{
var channel = pool.GetChannel(fixture.Endpoint);
Assert.NotEqual(ChannelState.Shutdown, channel.State);
await pool.ShutdownChannelsAsync();
Assert.Equal(ChannelState.Shutdown, channel.State);
}
}
public void DifferentEndpoint_DifferentCallInvoker()
{
var pool = new GcpCallInvokerPool(EmptyScopes);
var options = new[] { new ChannelOption(ChannelOptions.PrimaryUserAgentString, "abc") };
using (TestServiceFixture fixture1 = new TestServiceFixture(), fixture2 = new TestServiceFixture())
{
var callInvoker1 = pool.GetCallInvoker(fixture1.Endpoint, options);
var callInvoker2 = pool.GetCallInvoker(fixture2.Endpoint, options);
Assert.NotSame(callInvoker1, callInvoker2);
}
}
public void SameEndpointAndOptions_SameCallInvoker()
{
var pool = new GcpCallInvokerPool(EmptyScopes);
var options = new[] { new ChannelOption(ChannelOptions.PrimaryUserAgentString, "abc") };
using (var fixture = new TestServiceFixture())
{
var callInvoker1 = pool.GetCallInvoker(fixture.Endpoint, options);
var callInvoker2 = pool.GetCallInvoker(fixture.Endpoint, options);
Assert.Same(callInvoker1, callInvoker2);
}
}
public void ShutdownAsync_EmptiesPool()
{
var pool = new ChannelPool(EmptyScopes);
using (var fixture = new TestServiceFixture())
{
var channel1 = pool.GetChannel(fixture.Endpoint);
// Note: *not* waiting for this to complete.
pool.ShutdownChannelsAsync();
var channel2 = pool.GetChannel(fixture.Endpoint);
Assert.NotSame(channel1, channel2);
}
}
public void ShutdownAsync_EmptiesPool()
{
var pool = new GcpCallInvokerPool(EmptyScopes);
using (var fixture = new TestServiceFixture())
{
var callInvoker1 = pool.GetCallInvoker(fixture.Endpoint);
// Note: *not* waiting for this to complete.
pool.ShutdownChannelsAsync();
var callInvoker2 = pool.GetCallInvoker(fixture.Endpoint);
Assert.NotSame(callInvoker1, callInvoker2);
}
}
public void SameEndpointAndEqualOptions_SameCallInvoker()
{
var pool = new GcpCallInvokerPool(EmptyScopes);
var options1 = GrpcChannelOptions.Empty.WithPrimaryUserAgent("abc");
var options2 = GrpcChannelOptions.Empty.WithPrimaryUserAgent("abc");
using (var fixture = new TestServiceFixture())
{
var callInvoker1 = pool.GetCallInvoker(fixture.Endpoint, options1);
var callInvoker2 = pool.GetCallInvoker(fixture.Endpoint, options2);
Assert.Same(callInvoker1, callInvoker2);
}
}
public void DifferentOptions_DifferentCallInvoker()
{
var pool = new GcpCallInvokerPool(EmptyScopes);
var options1 = new[] { new ChannelOption(ChannelOptions.PrimaryUserAgentString, "abc") };
var options2 = new[] { new ChannelOption(ChannelOptions.PrimaryUserAgentString, "def") };
using (var fixture = new TestServiceFixture())
{
var callInvoker1 = pool.GetCallInvoker(fixture.Endpoint, options1);
var callInvoker2 = pool.GetCallInvoker(fixture.Endpoint, options2);
Assert.NotSame(callInvoker1, callInvoker2);
var callInvoker3 = pool.GetCallInvoker(fixture.Endpoint);
Assert.NotSame(callInvoker1, callInvoker3);
}
}
