public StandaloneTestFixture()
: this(Clients.Builder()
.SetHttpClient(HttpClients.Create().SystemNetHttpClient())
.SetSerializer(Serializers.Create().JsonNetSerializer())
.Build())
{
}
private IClient CreateClient()
{
return(Clients.Builder()
.SetApiKeyId(GetApiKey().Id)
.SetApiKeySecret(GetApiKey().Secret)
.SetHttpClient(HttpClients.Create().SystemNetHttpClient())
.SetSerializer(Serializers.Create().JsonNetSerializer())
.Build());
}
public DefaultClientBuilder_tests()
{
this.builder = new DefaultClientBuilder(new FakeUserAgentBuilder());
// Providing these means the tests won't try to do a dynamic assembly lookup
// which tends to screw up parallel-running tests
this.builder
.SetHttpClient(HttpClients.Create().RestSharpClient())
.SetSerializer(Serializers.Create().JsonNetSerializer());
}
public static void Initialize()
{
// Build the IClient object and make it available on StormpathConfig.Client.
var clientBuilder = Clients.Builder()
.SetApiKeyId("ME2ZQOJMA57VSDD8XPW1Q7B1X")
.SetApiKeySecret("+ikOs9ltXgwKTnWXb1e28J7a/5A/VdbqU0qS9NCzXa8")
.SetHttpClient(HttpClients.Create().RestSharpClient())
.SetSerializer(Serializers.Create().JsonNetSerializer()
);
Client = clientBuilder.Build();
Application = Client.GetApplication(ApplicationHref); // Prime the cache
}
public static void Initialize()
{
// Build the IClient object and make it available on StormpathConfig.Client.
// (In a complex application, it would be better to use dependency injection to do this,
// instead of a singleton/static object)
var clientBuilder = Clients.Builder()
// Path to your API Key file path. You can also hardcode the API Key and Secret
// with .SetApiKeyId/SetApiKeySecret, but this should only be used for testing.
.SetApiKeyFilePath("~\\.stormpath\\useful-catapult.apiKey.properties")
.SetHttpClient(HttpClients.Create().RestSharpClient())
.SetSerializer(Serializers.Create().JsonNetSerializer());
Client = clientBuilder.Build();
Client.GetApplication(ApplicationHref); // Prime the cache
}
private static IScopedClientFactory InitializeClient(object initialConfiguration, string configurationFileRoot, ICacheProviderBuilder cacheProviderBuilder, ILogger logger)
{
// Construct base client
var clientBuilder = Clients.Builder()
#if NET45
.SetHttpClient(HttpClients.Create().RestSharpClient())
#else
.SetHttpClient(HttpClients.Create().SystemNetHttpClient())
#endif
.SetSerializer(Serializers.Create().JsonNetSerializer())
.SetConfiguration(initialConfiguration)
.SetConfigurationFileRoot(configurationFileRoot)
.SetLogger(logger);
if (cacheProviderBuilder != null)
{
clientBuilder.SetCacheProviderBuilder(cacheProviderBuilder);
}
var baseClient = clientBuilder.Build();
// Attempt to connect and prime the cache with ITenant
try
{
var tenant = baseClient.GetCurrentTenant();
if (string.IsNullOrEmpty(tenant?.Href))
{
throw new InitializationException("Could not connect to Stormpath. No tenant could be found.");
}
logger.Info($"Using tenant {tenant.Key}", nameof(InitializeClient));
}
catch (Exception ex)
{
throw new InitializationException(
"Unable to initialize the Stormpath client. See the inner exception for details.", ex);
}
// Scope it!
return(new ScopedClientFactory(baseClient));
}
IClient IClientBuilder.Build()
{
if (this.apiKey == null)
{
if (this.clientApiKeyBuilder != null)
{
this.apiKey = this.clientApiKeyBuilder.Build();
}
else
{
throw new ApplicationException("No valid API Key and Secret could be found.");
}
}
var logger = this.logger ?? new NullLogger();
IJsonSerializer serializer = null;
if (this.overrideSerializer != null)
{
serializer = this.overrideSerializer;
}
else
{
if (this.serializerBuilder == null)
{
this.logger.Info("No serializer plugin specified, using default.");
this.serializerBuilder = Serializers.Create().AutoDetect();
}
serializer = this.serializerBuilder.Build();
}
IHttpClient httpClient = null;
if (this.overrideHttpClient != null)
{
httpClient = this.overrideHttpClient;
}
else
{
if (this.httpClientBuilder == null)
{
this.logger.Info("No HTTP client plugin specified, using default.");
this.httpClientBuilder = HttpClients.Create().AutoDetect();
}
this.httpClientBuilder
.SetBaseUrl(this.baseUrl)
.SetConnectionTimeout(this.connectionTimeout)
.SetProxy(this.proxy)
.SetLogger(this.logger);
httpClient = this.httpClientBuilder.Build();
}
if (this.cacheProvider == null)
{
this.logger.Info("No CacheProvider configured. Defaulting to in-memory CacheProvider with default TTL and TTI of one hour.");
this.cacheProvider = Caches
.NewInMemoryCacheProvider()
.WithDefaultTimeToIdle(TimeSpan.FromHours(1))
.WithDefaultTimeToLive(TimeSpan.FromHours(1))
.Build();
}
else
{
var injectableWithSerializer = this.cacheProvider as ISerializerConsumer <ICacheProvider>;
if (injectableWithSerializer != null)
{
injectableWithSerializer.SetSerializer(serializer);
}
var injectableWithLogger = this.cacheProvider as ILoggerConsumer <ICacheProvider>;
if (injectableWithLogger != null)
{
injectableWithLogger.SetLogger(this.logger);
}
}
return(new DefaultClient(
this.apiKey,
this.baseUrl,
this.authenticationScheme,
this.connectionTimeout,
this.proxy,
httpClient,
serializer,
this.cacheProvider,
this.userAgentBuilder,
logger,
DefaultIdentityMapSlidingExpiration));
}