public void When_methods_call_query_api_function_should_match_method_name()
{
//Arrange
var mockResponse = new HttpResponseMessage();
mockResponse.StatusCode = HttpStatusCode.NotFound;
var mockHandler = new UriBuildingTests.MockHttpHandler(mockResponse);
var httpClient = new HttpClient(mockHandler);
var client = new GenericApiClient(httpClient);
var stockTimeSeriesData = new StockTimeSeriesData("apifake", client);
//Act
var bindingFlags = BindingFlags.Public | BindingFlags.Instance | BindingFlags.DeclaredOnly;
var methodsToCheck = stockTimeSeriesData.GetType().GetMethods(bindingFlags);
//TODO would be nice to use a TestCaseSource or Theory, but ehhhh
Assert.Multiple(() =>
{
//Assert
foreach (var method in methodsToCheck)
{
//TODO build or find a library to invoke based on parameter names...
//method.Invoke(stockTimeSeriesData, )
var foundFunction = Regex.Match(mockHandler.RequestUri.ToString(), "function=(.+?)(&|$)");
var textInfo = new CultureInfo("en-US", false).TextInfo;
var enumNameTitleCase = textInfo.ToTitleCase(foundFunction.Groups[1].Value.ToLowerInvariant()).Replace("_", "");
Assert.That(method.Name, Is.EqualTo(enumNameTitleCase));
}
});
}
public void When_deserializing_multicurrency_responses_should_get_all_values()
{
//Arrange
var responseJson = @"{""Meta Data"":{""1. Information"":""Intraday Prices and Volumes for Digital Currency"",""2. Digital Currency Code"":""BTC"",""3. Digital Currency Name"":""Bitcoin"",""4. Market Code"":""EUR"",""5. Market Name"":""Euro"",""6. Interval"":""5min"",""7. Last Refreshed"":""2018-07-06 23:15:00"",""8. Time Zone"":""UTC""},""Time Series (Digital Currency Intraday)"":{""2018-07-06 23:15:00"":{""1a. price (EUR)"":""5614.25205722"",""1b. price (USD)"":""6598.71423375"",""2. volume"":""12054.88574590"",""3. market cap (USD)"":""79546746.15772399""},""2018-07-06 23:10:00"":{""1a. price (EUR)"":""5607.13276119"",""1b. price (USD)"":""6590.34656526"",""2. volume"":""12039.62198342"",""3. market cap (USD)"":""79345281.38542400""},""2018-07-06 23:05:00"":{""1a. price (EUR)"":""5609.58382787"",""1b. price (USD)"":""6593.22742783"",""2. volume"":""12045.28001062"",""3. market cap (USD)"":""79417270.54190400""}}}";
var client = new GenericApiClient();
//Act
var materialized = client.DeserializeWithSettings <DigitalCurrencyIntraday>(responseJson);
//Assert
materialized.Data.Should().HaveCount(3);
materialized.Data.Values.Should().BeEquivalentTo(
new DigitalCurrencySpotData
{
Price = 5614.25205722m,
PriceUSD = 6598.71423375m,
Volume = 12054.88574590m,
MarketCapUSD = 79546746.15772399m
},
new DigitalCurrencySpotData
{
Price = 5607.13276119M,
PriceUSD = 6590.34656526M,
Volume = 12039.62198342M,
MarketCapUSD = 79345281.38542400M
},
new DigitalCurrencySpotData
{
Price = 5609.58382787M,
PriceUSD = 6593.22742783M,
Volume = 12045.28001062M,
MarketCapUSD = 79417270.54190400M
});
}
public void When_deserializing_all_sample_files(ApiFunction function)
{
//Arrange
var methodInfos = ImplementationProgressTests.GetAllMethods.Value;
var methodForThisFunction = methodInfos.Single(x => x.Name == function.ToString() || x.Name == ImplementationProgressTests.EnumNamePascalCase(function));
var returnTypeTask = methodForThisFunction.ReturnType;
var returnType = returnTypeTask.GenericTypeArguments[0];
var client = new GenericApiClient();
var id = 0;
for (; id < 5; id++)
{
var sampleFileContent = ReadFile(function, id);
if (sampleFileContent == null)
{
break;
}
//Act
var result = client.DeserializeWithSettings(sampleFileContent, returnType);
//Assert
// count all the non-default property values, if deserialization failed, the values should be defaults
//TODO could also say number of default values should be BELOW a maximum (make sure one part of the model didn't stop working)
var nonDefaultProperties = CountProperties(result, false);
Console.WriteLine("Non-default property count: " + nonDefaultProperties);
var allPropertiesCount = CountProperties(result, true);
Console.WriteLine("Property count: " + allPropertiesCount);
nonDefaultProperties.Should().BeGreaterOrEqualTo(GetMinimumExpectedProperties(function));
if (function == ApiFunction.STOCHRSI ||
function == ApiFunction.STOCHF ||
function == ApiFunction.AROON ||
function == ApiFunction.DIGITAL_CURRENCY_DAILY)
{
// Very lenient case
nonDefaultProperties.Should().BeGreaterOrEqualTo((int)(allPropertiesCount * 0.5), "seems like an excessive number of default property values, even for these functions");
}
else if (!function.ToString().Contains("ADJUSTED"))
{
// Default case
nonDefaultProperties.Should().BeGreaterOrEqualTo(allPropertiesCount - 20, "seems like an excessive number of default property values");
}
else
{
// Lenient case
nonDefaultProperties.Should().BeGreaterOrEqualTo((int)(allPropertiesCount * 0.7), "even though adjusted, seems like an excessive number of default property values");
}
}
if (id == 0)
{
Assert.Warn("NO TEST DATA WAS FOUND");
}
}
public void When_manually_built_test_of_type()
{
//Arrange
var response = ReadFile(ApiFunction.SECTOR);
var client = new GenericApiClient();
//Act
var result = client.DeserializeWithSettings(response, typeof(Sector));
//Assert
//TODO add some assertions here
}
public void When_supplied_with_empty_dictionary()
{
//Arrange
var mockResponse = new HttpResponseMessage();
mockResponse.Content = new StringContent("{'two': 'four'}");
var mockHandler = new MockHttpHandler(mockResponse);
var httpClient = new HttpClient(mockHandler);
var client = new GenericApiClient(httpClient);
//Act
var response = client.SendAsync <JObject>(HttpMethod.Get, new Uri("http://test.test.test"), new Dictionary <string, string>());
//Assert
mockHandler.RequestUri.Should().Be("http://test.test.test");
response.Result.Should().Contain("two", JToken.FromObject("four"));
}
public void When_supplied_with_parameters()
{
//Arrange
var mockResponse = new HttpResponseMessage();
mockResponse.Content = new StringContent("{'two': 'four'}");
var mockHandler = new MockHttpHandler(mockResponse);
var httpClient = new HttpClient(mockHandler);
var client = new GenericApiClient(httpClient);
//Act
var response = client.SendGetAsync <TestRequest, JObject>(new Uri("http://test.test.test"), new TestRequest());
//Assert
mockHandler.RequestUri.Should().Be("http://test.test.test?fiveAlive=string&one=THREE");
response.Result.Should().Contain("two", JToken.FromObject("four"));
}
public void When_deserializing_metadata()
{
//Arrange
var responseJson = @"{""Meta Data"":{""1. Information"":""Intraday (15min) prices and volumes"",""2. Symbol"":""MSFT"",""3. Last Refreshed"":""2018-07-06 16:00:00"",""4. Interval"":""15min"",""5. Output Size"":""Compact"",""6. Time Zone"":""US/Eastern""},""Time Series (15min)"":{""2018-07-06 16:00:00"":{""1. open"":""100.9850"",""2. high"":""101.2500"",""3. low"":""100.7100"",""4. close"":""101.1600"",""5. volume"":""4248932""},""2018-07-06 15:45:00"":{""1. open"":""101.4050"",""2. high"":""101.4300"",""3. low"":""101.0400"",""4. close"":""101.0400"",""5. volume"":""570066""},""2018-07-06 15:30:00"":{""1. open"":""101.2200"",""2. high"":""101.4200"",""3. low"":""101.2000"",""4. close"":""101.4000"",""5. volume"":""441079""}}}";
var client = new GenericApiClient();
//Act
var materialized = client.DeserializeWithSettings <TimeSeriesIntraday>(responseJson);
//Assert
materialized.Data.Should().HaveCount(3);
materialized.Metadata.Information.Should().Be("Intraday (15min) prices and volumes");
materialized.Metadata.Symbol.Should().Be("MSFT");
materialized.Metadata.LastRefreshed.Should().Be("2018-07-06 16:00:00");
materialized.Metadata.Interval.Should().Be("15min");
materialized.Metadata.OutputSize.Should().Be("Compact");
materialized.Metadata.TimeZone.Should().Be("US/Eastern");
materialized.Metadata.Notes.Should().BeNull();
}
public void When_deserializing_response_body()
{
var responseJson = @"{""Meta Data"":{""1. Information"":""Daily Prices (open, high, low, close) and Volumes"",""2. Symbol"":""MSFT"",""3. Last Refreshed"":""2018-07-06"",""4. Output Size"":""Compact"",""5. Time Zone"":""US/Eastern""},""Time Series (Daily)"":{""2018-07-06"":{""1. open"":""99.8850"",""2. high"":""101.4300"",""3. low"":""99.6700"",""4. close"":""101.1600"",""5. volume"":""18238379""},""2018-07-05"":{""1. open"":""99.5000"",""2. high"":""99.9200"",""3. low"":""99.0299"",""4. close"":""99.7600"",""5. volume"":""18583217""}}}";
var client = new GenericApiClient();
//Act
var materialized = client.DeserializeWithSettings <TimeSeriesDaily>(responseJson);
//Assert
materialized.Data.Should().HaveCount(2);
materialized.Data.First().Value.Close.Should().Be(101.1600m);
materialized.Metadata.Information.Should().Be("Daily Prices (open, high, low, close) and Volumes");
materialized.Metadata.Symbol.Should().Be("MSFT");
materialized.Metadata.LastRefreshed.Should().Be("2018-07-06");
materialized.Metadata.Interval.Should().BeNull();
materialized.Metadata.OutputSize.Should().Be("Compact");
materialized.Metadata.TimeZone.Should().Be("US/Eastern");
materialized.Metadata.Notes.Should().BeNull();
}
public void When_appending_further_parameters()
{
//Arrange
var mockResponse = new HttpResponseMessage();
mockResponse.Content = new StringContent("{'two': 'six'}");
var mockHandler = new MockHttpHandler(mockResponse);
var httpClient = new HttpClient(mockHandler);
var client = new GenericApiClient(httpClient);
//Act
var response = client.SendAsync <JObject>(HttpMethod.Get, new Uri("http://test.test.test?already=here&more=there"), new Dictionary <string, string>
{
{ "and", "plus" },
{ "even", "more" }
});
//Assert
mockHandler.RequestUri.Should().Be("http://test.test.test?already=here&more=there&and=plus&even=more");
response.Result.Should().Contain("two", JToken.FromObject("six"));
}
public SectorPerformances(string apiKey, GenericApiClient apiClient = null)
: base(apiKey, apiClient)
{
}
public ForeignExchange(string apiKey, GenericApiClient apiClient = null)
: base(apiKey, apiClient)
{
}
protected BaseEndpointParameters(string apiKey, GenericApiClient apiClient = null)
{
_apiKey = apiKey;
ApiClient = apiClient ?? new GenericApiClient(ConfigureClient);
}
public TechnicalIndicators(string apiKey, GenericApiClient apiClient = null)
: base(apiKey, apiClient)
{
}
public DigitalCryptoCurrencies(string apiKey, GenericApiClient apiClient = null)
: base(apiKey, apiClient)
{
}
public StockTimeSeriesData(string apiKey, GenericApiClient apiClient = null)
: base(apiKey, apiClient)
{
}
