private static async Task AsyncMethodB(AsyncLocalValueProvider provider, string expectedValue)
{
provider.SetValue("X", expectedValue);
UT.Assert.AreEqual(expectedValue, provider.GetValue <string>("X"));
await Task.Delay(100);
UT.Assert.AreEqual(expectedValue, provider.GetValue <string>("X"));
}
public void TwoThreads2()
{
const string stringA = "String A";
const string stringB = "String B";
var provider = new AsyncLocalValueProvider();
new Thread(async() => await AsyncMethodB(provider, stringA)).Start();
new Thread(async() => await AsyncMethodB(provider, stringB)).Start();
}
private static async Task AsyncMethodA()
{
const string stringA = "String A";
const string stringB = "String B";
var provider = new AsyncLocalValueProvider();
var t1 = AsyncMethodB(provider, stringA);
var t2 = AsyncMethodB(provider, stringB);
await t1;
await t2;
}
public void TwoProviders()
{
const string stringA = "String A";
const string stringB = "String B";
var provider1 = new AsyncLocalValueProvider();
provider1.SetValue("X", stringA);
var provider2 = new AsyncLocalValueProvider();
UT.Assert.AreEqual(stringA, provider2.GetValue <string>("X"));
provider2.SetValue("X", stringB);
UT.Assert.AreEqual(stringB, provider1.GetValue <string>("X"));
}
public void GetNotInitialized()
{
var provider = new AsyncLocalValueProvider();
UT.Assert.IsNull(provider.GetValue <string>("X"));
}
