public async Task SetSipTrunkForResource()
{
var modifiedTrunk = new SipTrunk(TestData.TrunkList[0].Fqdn, 9999);
var client = InitializeTest();
await client.SetTrunkAsync(modifiedTrunk).ConfigureAwait(false);
var actualTrunk = await client.GetTrunkAsync(TestData.TrunkList[0].Fqdn).ConfigureAwait(false);
Assert.AreEqual(modifiedTrunk.SipSignalingPort, actualTrunk.Value.SipSignalingPort);
}
protected bool TrunkAreEqual(SipTrunk expected, SipTrunk actual)
{
return(expected.Fqdn == actual.Fqdn && expected.SipSignalingPort == actual.SipSignalingPort);
}
public void ManageSipConfiguration()
{
if (SkipSipRoutingLiveTests)
{
Assert.Ignore("Skip SIP routing live tests flag is on.");
}
var connectionString = TestEnvironment.LiveTestStaticConnectionString;
#region Snippet:CreateSipRoutingClient
// Get a connection string to Azure Communication resource.
//@@var connectionString = "<connection_string>";
var client = new SipRoutingClient(connectionString);
#endregion Snippet:CreateSipRoutingClient
#region Snippet:CreateSipRoutingClientWithTokenCredential
// Get an endpoint to our Azure Communication resource.
//@@var endpoint = new Uri("<endpoint_url>");
//@@TokenCredential tokenCredential = new DefaultAzureCredential();
//@@client = new SipRoutingClient(endpoint, tokenCredential);
#endregion Snippet:CreateSipRoutingClientWithTokenCredential
client = CreateClient();
var newTrunks = new List <SipTrunk> {
TestData.NewTrunk
};
var newRoutes = new List <SipTrunkRoute> {
TestData.RuleNavigateToNewTrunk
};
#region Snippet:Replace
// The service will not allow trunks that are used in any of the routes to be deleted, therefore first set the routes as empty list, and then update the routes.
//@@var newTrunks = "<new_trunks_list>";
//@@var newRoutes = "<new_routes_list>";
client.SetRoutes(new List <SipTrunkRoute>());
client.SetTrunks(newTrunks);
client.SetRoutes(newRoutes);
#endregion Snippet:Replace
#region Snippet:RetrieveList
var trunksResponse = client.GetTrunks();
var routesResponse = client.GetRoutes();
#endregion Snippet:RetrieveList
Assert.AreEqual(1, trunksResponse.Value.Count);
Assert.IsTrue(TrunkAreEqual(TestData.NewTrunk, trunksResponse.Value[0]));
Assert.AreEqual(1, routesResponse.Value.Count);
Assert.IsTrue(RouteAreEqual(TestData.RuleNavigateToNewTrunk, routesResponse.Value[0]));
var fqdnToRetrieve = TestData.NewTrunk.Fqdn;
#region Snippet:RetrieveTrunk
// Get trunk object, based on it's FQDN.
//@@var fqdnToRetrieve = "<fqdn>";
var trunkResponse = client.GetTrunk(fqdnToRetrieve);
#endregion Snippet:RetrieveTrunk
var trunkToSet = new SipTrunk(TestData.NewTrunk.Fqdn, 9999);
#region Snippet:SetTrunk
// Set function will either modify existing item or add new item to the collection.
// The trunk is matched based on it's FQDN.
//@@var trunkToSet = "<trunk_to_set>";
client.SetTrunk(trunkToSet);
#endregion Snippet:SetTrunk
client.SetTrunk(TestData.TrunkList[0]);
var fqdnToDelete = TestData.Fqdns[0];
#region Snippet:DeleteTrunk
// Deletes trunk with supplied FQDN.
//@@var fqdnToDelete = "<fqdn>";
client.DeleteTrunk(fqdnToDelete);
#endregion Snippet:DeleteTrunk
var trunksFinalResponse = client.GetTrunks();
var routesFinalResponse = client.GetRoutes();
Assert.AreEqual(1, trunksFinalResponse.Value.Count);
Assert.IsTrue(TrunkAreEqual(trunkToSet, trunksFinalResponse.Value[0]));
Assert.AreEqual(1, routesFinalResponse.Value.Count);
}
public async Task ManageSipConfigurationAsync()
{
if (SkipSipRoutingLiveTests)
{
Assert.Ignore("Skip SIP routing live tests flag is on.");
}
var client = CreateClient();
var newTrunks = new List <SipTrunk> {
TestData.NewTrunk
};
var newRoutes = new List <SipTrunkRoute> {
TestData.RuleNavigateToNewTrunk
};
#region Snippet:ReplaceAsync
// The service will not allow trunks that are used in any of the routes to be deleted, therefore first set the routes as empty list, and then update the routes.
//@@var newTrunks = "<new_trunks_list>";
//@@var newRoutes = "<new_routes_list>";
await client.SetRoutesAsync(new List <SipTrunkRoute>());
await client.SetTrunksAsync(newTrunks);
await client.SetRoutesAsync(newRoutes);
#endregion Snippet:ReplaceAsync
#region Snippet:RetrieveListAsync
var trunksResponse = await client.GetTrunksAsync();
var routesResponse = await client.GetRoutesAsync();
#endregion Snippet:RetrieveListAsync
Assert.AreEqual(1, trunksResponse.Value.Count);
Assert.IsTrue(TrunkAreEqual(TestData.NewTrunk, trunksResponse.Value[0]));
Assert.AreEqual(1, routesResponse.Value.Count);
Assert.IsTrue(RouteAreEqual(TestData.RuleNavigateToNewTrunk, routesResponse.Value[0]));
var fqdnToRetrieve = TestData.NewTrunk.Fqdn;
#region Snippet:RetrieveTrunkAsync
// Get trunk object, based on it's FQDN.
//@@var fqdnToRetrieve = "<fqdn>";
var trunkResponse = await client.GetTrunkAsync(fqdnToRetrieve);
#endregion Snippet:RetrieveTrunkAsync
var trunkToSet = new SipTrunk(TestData.NewTrunk.Fqdn, 9999);
#region Snippet:SetTrunkAsync
// Set function will either modify existing item or add new item to the collection.
// The trunk is matched based on it's FQDN.
//@@var trunkToSet = "<trunk_to_set>";
await client.SetTrunkAsync(trunkToSet);
#endregion Snippet:SetTrunkAsync
await client.SetTrunkAsync(TestData.TrunkList[0]);
var fqdnToDelete = TestData.Fqdns[0];
#region Snippet:DeleteTrunkAsync
// Deletes trunk with supplied FQDN.
//@@var fqdnToDelete = "<fqdn>";
await client.DeleteTrunkAsync(fqdnToDelete);
#endregion Snippet:DeleteTrunkAsync
var trunksFinalResponse = client.GetTrunksAsync();
var routesFinalResponse = client.GetRoutesAsync();
Assert.AreEqual(1, trunksFinalResponse.Result.Value.Count);
Assert.IsTrue(TrunkAreEqual(trunkToSet, trunksFinalResponse.Result.Value[0]));
Assert.AreEqual(1, routesFinalResponse.Result.Value.Count);
}
