public void Amazon_AddToWishList_Scenario()
{
RunTest(() =>
{
App.Reporter.TestDescription = "Use Case #2: Removing item from cart.";
App.Reporter.TestStep = "Open the Amazon website";
App.Amazon.OpenSite();
App.Reporter.TestStep = "Search for product X using the text box.";
App.Amazon.SearchForProduct("headphones");
App.Reporter.TestStep = "Click on any item from the list.";
Random number = new Random();
App.Amazon.PickItemFromResult(number.Next(0, 10));
App.Reporter.TestStep = "Add item to wishlist.";
App.Amazon.WaitForScreen(App.Amazon.AddToCartBtn);
App.Amazon.AddToWishListBtn.ScrollIntoView();
App.Amazon.AddToWishListBtn.Click();
App.Reporter.TestStep = "Validate that item was added to wish list.";
App.Amazon.WaitForScreen(App.Amazon.AddToListWindow);
Assertions.AreEqual(true, App.Amazon.AddToListSuccessMsg.GetTextFromElement().Contains("1 item added to Shopping List"), "Validating that item was added to Wish List.");
});
}
public void TC100_ValidateContrainMovementDrag()
{
DemoQaHome hm = new DemoQaHome(dr);
//Validate home page title
Assertions.AreEqual <String>("Home", hm.pageHeading.Text, "Validating Home page heading");
//Take screenshot
SeleniumScreenshot.TakeScreenShot("Homescreen.png");
//Click on Draggable side Menu
hm.menuItem.interactionMenu.Draggable.ClickOnIt();
//Validate Draggable default page title
DefaultDraggable dd = new DefaultDraggable(dr);
Assertions.AreEqual <string>("Draggable", dd.pageHeading.Text, "Validating Draggable Page heading");
//Take screenshot
SeleniumScreenshot.TakeScreenShot("DraggableDefautl.png");
//Click on constrain movement
dd.subMenu.ConstrainMovement.ClickOnIt();
//Take screenshot
SeleniumScreenshot.TakeScreenShot("ConstrainMovementDefault.png");
//Perform actions
DraggableContraintMovement cons = new DraggableContraintMovement(dr);
cons.MoveElementBy(cons.horizontalDrag, 100, 0);
cons.MoveElementBy(cons.verticalDrag, 0, 50);
cons.MoveElementBy(cons.constrainDrag, 100, 100);
SeleniumScreenshot.TakeScreenShot("AfterContrainMovement.png");
test.Log(LogStatus.Pass, "Drag actions performed");
}
public void Amazon_AddingFromCart_UC1()
{
RunTest(() =>
{
App.Reporter.TestDescription = "Use Case #1: Adding item to cart.";
App.Reporter.TestStep = "Open the Amazon website";
App.Amazon.OpenSite();
App.Reporter.TestStep = "Search for product X using the text box.";
App.Amazon.SearchForProduct("headphones");
App.Reporter.TestStep = "Validate that at least one result was obtained.";
App.Amazon.WaitForScreen(App.Amazon.ResultsList);
Assertions.AreEqual(App.Amazon.ResultsSection.Text.Contains("headphones"), true, "Validating that results with the word 'headphones were returned.'");
App.Reporter.TestStep = "Click on any item from the list.";
Random number = new Random();
App.Amazon.PickItemFromResult(number.Next(10));
App.Reporter.TestStep = "Add item to cart.";
App.Amazon.WaitForScreenToLoad(App.Amazon.AddToCartBtn);
App.Amazon.AddToCartBtn.Click();
App.Driver.WaitForActionToComplete(() =>
{
return App.Amazon.CartItemCount.GetTextFromElement().Equals("1");
}, timeout: 5, idleInterval: 10);
App.Reporter.TestStep = "Verify that item was added to the Shopping cart";
App.Amazon.CartBtn.Click();
App.Amazon.WaitForScreenToLoad(App.Amazon.ShoppingCartSection);
Assertions.AreEqual(true, App.Amazon.ValidateItemExistsInCart(1), "Validate that item was added to the shopping cart.");
});
}
public void TC102_TitleValidation()
{
DemoQaHome dm = new DemoQaHome(dr);
SeleniumScreenshot.TakeScreenShot("DemoHome");
//Validate Page title
Assertions.AreEqual <string>("Home", dm.pageHeading.Text, "Validating Home page heading");
}
public void Values_Returns_All_Values(string queryString, bool caseSensitiveKey, string[] expected)
{
var dictionary = new QueryStringDictionary(queryString, caseSensitiveKey);
var actual = dictionary.Values.ToArray();
Assertions.AreEqual(expected, actual);
}
public void AutoConfigFileExists()
{
RunTest(() =>
{
App.Reporter.TestDescription = "Read my XML.";
App.Reporter.TestStep = "Get deployment directory";
Assertions.AreEqual(AutoConfig.XmlFilePath, AutoConfig.XmlFilePath, "File paths are not the same.");
Assertions.AreEqual("", AutoConfig.XmlFilePath, "File paths are not the same.");
});
}
public void ReturnBytes_Sets_Environment_Up_Correctly()
{
var env = UseEnvironmentWithRequiredFields();
_Context.ReturnBytes("application/octet-stream", new byte[] { 5, 2, 1, 7 });
Assert.AreEqual("application/octet-stream", env.ResponseHeadersDictionary.ContentType);
Assert.AreEqual(4, env.ResponseHeadersDictionary.ContentLength);
Assertions.AreEqual(new byte[] { 5, 2, 1, 7 }, env.ResponseBodyBytes);
}
public void ReturnBytes_Can_Send_Part_Of_Array()
{
var env = UseEnvironmentWithRequiredFields();
_Context.ReturnBytes("foo-foo", new byte[] { 5, 2, 1, 7 }, 1, 2);
Assert.AreEqual("foo-foo", env.ResponseHeadersDictionary.ContentType);
Assert.AreEqual(2, env.ResponseHeadersDictionary.ContentLength);
Assertions.AreEqual(new byte[] { 2, 1 }, env.ResponseBodyBytes);
}
public void ParseCommaSeparated_Parses_Lists_Of_Quality_Values_Correctly(string headerValue, string culture, string[] expectedQualityValues)
{
using (new CultureSwap(culture)) {
var actual = QualityValue.ParseCommaSeparated(headerValue);
Assertions.AreEqual(
expectedQualityValues,
actual.Select(r => r.ToString()).ToArray()
);
}
}
public void RequestBodyBytes_Resets_Stream_If_Seekable()
{
var env = UseEnvironmentWithRequiredFields();
var memoryStream = env.AddRequestBody(new byte[] { 1, 2, 3 }, new ContentTypeValue("text/plain"));
memoryStream.Position = memoryStream.Length;
var result = _Context.RequestBodyBytes();
Assertions.AreEqual(new byte[] { 1, 2, 3 }, result);
}
public void TestReadingFile()
{
var reader = new GoogleTimelineKmlReader();
var positions = reader.Read(@"Gps\GoogleTimeline.kml");
Assertions.AreEqual(new List <Position>()
{
new Position(new DateTimeOffset(2016, 12, 18, 00, 46, 26, TimeSpan.Zero), 45.705188, -12.2042061),
new Position(new DateTimeOffset(2016, 12, 18, 00, 47, 39, TimeSpan.Zero), 45.7053364, -12.20418839999999)
},
positions.ToList());
}
public void RequestBodyBytes_Does_Not_Reset_Stream_If_Not_Seekable()
{
var env = UseEnvironmentWithRequiredFields();
using (var stream = new ForwardOnlyMemoryStream(new byte[] { 1, 2, 3 })) {
env.Environment[EnvironmentKey.RequestBody] = stream;
stream.MemoryStream.Position = stream.MemoryStream.Length;
var result = _Context.RequestBodyBytes();
Assertions.AreEqual(new byte[0], result);
}
}
public void RequestBodyBytes_Refreshes_Cache_If_Stream_Changes()
{
var env = UseEnvironmentWithRequiredFields();
env.AddRequestBody(new byte[] { 1, 2, 3 }, new ContentTypeValue("text/plain"));
var result1 = _Context.RequestBodyBytes();
env.AddRequestBody(new byte[] { 1, 2, 3 }, new ContentTypeValue("text/plain"));
var result2 = _Context.RequestBodyBytes();
Assertions.AreEqual(result1, result2);
Assert.AreNotSame(result1, result2);
}
public void TestMethod1()
{
RunTest(() =>
{
App.Reporter.TestDescription = "Functionality test of the Factorial Calculator page.";
App.Reporter.TestStep = "Open the Factorial Calculator page.";
App.FactorialPage.Open();
App.Reporter.TestStep = "Enter a number to calculate its factorial.";
App.FactorialPage.CalculateFactorial(5);
App.Reporter.TestStep = "Validate result of the factorial calculator.";
Assertions.AreEqual(App.FactorialPage.ObtainResult(), "The factorial of 5 is: 120", "The validation is incorrect. Check the data.");
});
}
public void ReturnJsonObject_FullControlVersion_Sets_Environment_Correctly(string input, string encodingName, string mimeType)
{
var encoding = DataRowParser.Encoding(encodingName);
var expectedEncoding = encoding ?? Encoding.UTF8;
var expectedMimeType = String.IsNullOrEmpty(mimeType)
? "application/json"
: mimeType;
var expectedText = input == null
? "null"
: $"\"{input}\"";
var expectedBody = expectedEncoding.GetBytes(expectedText);
var expectedLength = expectedBody.Length.ToString(CultureInfo.InvariantCulture);
_Responder.ReturnJsonObject(_Environment.Environment, input, null, encoding, mimeType);
var contentType = _Environment.ResponseHeadersDictionary.ContentTypeValue;
Assert.AreEqual(expectedMimeType, contentType.MediaType);
Assert.AreEqual(expectedEncoding.WebName, contentType.Charset);
Assert.AreEqual(expectedLength, _Environment.ResponseHeadersDictionary["Content-Length"]);
Assertions.AreEqual(expectedBody, _Environment.ResponseBodyBytes);
}
public void RequestBodyBytes_Returns_Content_Of_Stream(byte[] streamContent, int startPosition, byte[] expectedContent, int expectedPosition)
{
var env = UseEnvironmentWithRequiredFields();
using (var stream = new ForwardOnlyMemoryStream()) {
if (streamContent != null)
{
stream.MemoryStream.Write(streamContent, 0, streamContent.Length);
stream.MemoryStream.Position = startPosition;
env.Environment[EnvironmentKey.RequestBody] = stream;
}
var actualContent = _Context.RequestBodyBytes();
var actualPosition = stream.Position;
Assertions.AreEqual(expectedContent, actualContent);
if (expectedPosition != -1)
{
Assert.AreEqual(expectedPosition, actualPosition);
}
}
}
private void RestrictedHeaderAssignmentTest_CheckAction(string headerKey, string validValue, Action <IDictionary <string, string[]>, string, string[]> dictionaryAssign, Action <MockHttpListenerResponse> verifyResponseConfigured, bool caseSensitive = false)
{
foreach (var useUpperCase in new bool?[] { null, true, false })
{
TestCleanup();
TestInitialise();
var headers = GetEnvironmentDictionary();
var caseAdjustedHeaderKey = headerKey;
switch (useUpperCase)
{
case true: caseAdjustedHeaderKey = caseAdjustedHeaderKey.ToUpper(); break;
case false: caseAdjustedHeaderKey = caseAdjustedHeaderKey.ToLower(); break;
}
dictionaryAssign(headers, caseAdjustedHeaderKey, new string[] { validValue });
// Check that the response has been set up correctly by the assignment...
verifyResponseConfigured(_HttpListener.MockContext.MockResponse);
// But the underlying response headers must not have been set, it will trigger an error
Assert.IsNull(GetNativeHeaderValue(headerKey));
// Check that the environment headers dictionary shows the correct value as well
Assertions.AreEqual(new string[] { validValue }, headers[headerKey]);
Assert.AreEqual(1, headers.Count);
Assert.AreEqual(true, headers.ContainsKey(headerKey));
Assert.AreEqual(true, headers.ContainsKey(caseAdjustedHeaderKey));
Assert.AreEqual(caseAdjustedHeaderKey, headers.Keys.Single());
Assertions.AreEqual(new string[] { validValue }, headers.Values.Single());
Assert.IsTrue(headers.TryGetValue(headerKey, out var tryGetResult));
Assertions.AreEqual(new string[] { validValue }, tryGetResult);
}
}
public void TestGetOptimizelyConfigService()
{
var datafileProjectConfig = DatafileProjectConfig.Create(TestData.TypedAudienceDatafile, new NoOpLogger(), new ErrorHandler.NoOpErrorHandler());
IDictionary <string, OptimizelyExperiment> experimentsMap = new Dictionary <string, OptimizelyExperiment>
{
{
"feat_with_var_test", new OptimizelyExperiment(
id: "11564051718",
key: "feat_with_var_test",
audiences: "",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"variation_2", new OptimizelyVariation(
id: "11617170975",
key: "variation_2",
featureEnabled: true,
variablesMap: new Dictionary <string, OptimizelyVariable>
{
{
"x", new OptimizelyVariable(
id: "11535264366",
key: "x",
type: "string",
value: "xyz")
}
})
}
}
)
},
{
"typed_audience_experiment", new OptimizelyExperiment(
id: "1323241597",
key: "typed_audience_experiment",
audiences: "",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"A", new OptimizelyVariation(
id: "1423767503",
key: "A",
featureEnabled: null,
variablesMap: new Dictionary <string, OptimizelyVariable> ())
}
}
)
},
{
"audience_combinations_experiment", new OptimizelyExperiment(
id: "1323241598",
key: "audience_combinations_experiment",
audiences: "(\"exactString\" OR \"substringString\") AND (\"exists\" OR \"exactNumber\" OR \"gtNumber\" OR \"ltNumber\" OR \"exactBoolean\")",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"A", new OptimizelyVariation(
id: "1423767504",
key: "A",
featureEnabled: null,
variablesMap: new Dictionary <string, OptimizelyVariable> ())
}
}
)
},
{
"feat2_with_var_test", new OptimizelyExperiment(
id: "1323241599",
key: "feat2_with_var_test",
audiences: "(\"exactString\" OR \"substringString\") AND (\"exists\" OR \"exactNumber\" OR \"gtNumber\" OR \"ltNumber\" OR \"exactBoolean\")",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"variation_2", new OptimizelyVariation(
id: "1423767505",
key: "variation_2",
featureEnabled: true,
variablesMap: new Dictionary <string, OptimizelyVariable>
{
{
"z", new OptimizelyVariable(
id: "11535264367",
key: "z",
type: "integer",
value: "150")
}
})
}
}
)
}
};
var featuresMap = new Dictionary <string, OptimizelyFeature>
{
{
"feat_no_vars", new OptimizelyFeature(
id: "11477755619",
key: "feat_no_vars",
experimentRules: new List <OptimizelyExperiment>(),
deliveryRules: new List <OptimizelyExperiment>()
{
new OptimizelyExperiment(
id: "11488548027",
key: "feat_no_vars_rule",
audiences: "",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"11557362669", new OptimizelyVariation(
id: "11557362669",
key: "11557362669",
featureEnabled: true,
variablesMap: new Dictionary <string, OptimizelyVariable>())
}
}
)
},
experimentsMap: new Dictionary <string, OptimizelyExperiment>(),
variablesMap: new Dictionary <string, OptimizelyVariable>())
},
{
"feat_with_var", new OptimizelyFeature(
id: "11567102051",
key: "feat_with_var",
experimentRules: new List <OptimizelyExperiment>()
{
new OptimizelyExperiment(
id: "11564051718",
key: "feat_with_var_test",
audiences: "",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"variation_2", new OptimizelyVariation(
id: "11617170975",
key: "variation_2",
featureEnabled: true,
variablesMap: new Dictionary <string, OptimizelyVariable>
{
{
"x", new OptimizelyVariable(
id: "11535264366",
key: "x",
type: "string",
value: "xyz")
}
})
}
}
)
},
deliveryRules: new List <OptimizelyExperiment>()
{
new OptimizelyExperiment(
id: "11630490911",
key: "feat_with_var_rule",
audiences: "",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"11475708558", new OptimizelyVariation(
id: "11475708558",
key: "11475708558",
featureEnabled: false,
variablesMap: new Dictionary <string, OptimizelyVariable>()
{
{ "x", new OptimizelyVariable("11535264366", "x", "string", "x") }
})
}
}
)
},
experimentsMap: new Dictionary <string, OptimizelyExperiment>
{
{
"feat_with_var_test", new OptimizelyExperiment(
id: "11564051718",
key: "feat_with_var_test",
audiences: "",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"variation_2", new OptimizelyVariation(
id: "11617170975",
key: "variation_2",
featureEnabled: true,
variablesMap: new Dictionary <string, OptimizelyVariable>
{
{
"x", new OptimizelyVariable(
id: "11535264366",
key: "x",
type: "string",
value: "xyz")
}
})
}
}
)
}
},
variablesMap: new Dictionary <string, OptimizelyVariable>
{
{
"x", new OptimizelyVariable(id: "11535264366", key: "x", type: "string", value: "x")
}
})
},
{
"feat2", new OptimizelyFeature(
id: "11567102052",
key: "feat2",
deliveryRules: new List <OptimizelyExperiment>()
{
new OptimizelyExperiment(
id: "11488548028",
key: "11488548028",
audiences: "(\"exactString\" OR \"substringString\") AND (\"exists\" OR \"exactNumber\" OR \"gtNumber\" OR \"ltNumber\" OR \"exactBoolean\")",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"11557362670", new OptimizelyVariation(
id: "11557362670",
key: "11557362670",
featureEnabled: true,
variablesMap: new Dictionary <string, OptimizelyVariable>()
)
}
}
)
},
experimentRules: new List <OptimizelyExperiment>(),
experimentsMap: new Dictionary <string, OptimizelyExperiment>(),
variablesMap: new Dictionary <string, OptimizelyVariable>())
},
{
"feat2_with_var", new OptimizelyFeature(
id: "11567102053",
key: "feat2_with_var",
deliveryRules: new List <OptimizelyExperiment>()
{
new OptimizelyExperiment(
id: "11630490912",
key: "11630490912",
audiences: "",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"11475708559", new OptimizelyVariation(
id: "11475708559",
key: "11475708559",
featureEnabled: false,
variablesMap: new Dictionary <string, OptimizelyVariable>()
{
{
"z", new OptimizelyVariable(
id: "11535264367",
key: "z",
type: "integer",
value: "10")
}
})
}
}
)
},
experimentRules: new List <OptimizelyExperiment>()
{
new OptimizelyExperiment(
id: "1323241599",
key: "feat2_with_var_test",
audiences: "(\"exactString\" OR \"substringString\") AND (\"exists\" OR \"exactNumber\" OR \"gtNumber\" OR \"ltNumber\" OR \"exactBoolean\")",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"variation_2", new OptimizelyVariation(
id: "1423767505",
key: "variation_2",
featureEnabled: true,
variablesMap: new Dictionary <string, OptimizelyVariable>
{
{
"z", new OptimizelyVariable(
id: "11535264367",
key: "z",
type: "integer",
value: "150")
}
})
}
}
)
},
experimentsMap: new Dictionary <string, OptimizelyExperiment>
{
{
"feat2_with_var_test", new OptimizelyExperiment(
id: "1323241599",
key: "feat2_with_var_test",
audiences: "(\"exactString\" OR \"substringString\") AND (\"exists\" OR \"exactNumber\" OR \"gtNumber\" OR \"ltNumber\" OR \"exactBoolean\")",
variationsMap: new Dictionary <string, OptimizelyVariation>
{
{
"variation_2", new OptimizelyVariation(
id: "1423767505",
key: "variation_2",
featureEnabled: true,
variablesMap: new Dictionary <string, OptimizelyVariable>
{
{
"z", new OptimizelyVariable(
id: "11535264367",
key: "z",
type: "integer",
value: "150")
}
})
}
}
)
}
},
variablesMap: new Dictionary <string, OptimizelyVariable>
{
{
"z", new OptimizelyVariable(id: "11535264367", key: "z", type: "integer", value: "10")
}
})
}
};
OptimizelyConfig optimizelyConfig = new OptimizelyConfigService(datafileProjectConfig).GetOptimizelyConfig();
OptimizelyConfig expectedOptimizelyConfig = new OptimizelyConfig(datafileProjectConfig.Revision,
datafileProjectConfig.SDKKey,
datafileProjectConfig.EnvironmentKey,
attributes: new OptimizelyAttribute[]
{
new OptimizelyAttribute
{
Id = "594015", Key = "house"
},
new OptimizelyAttribute
{
Id = "594016", Key = "lasers"
},
new OptimizelyAttribute
{
Id = "594017", Key = "should_do_it"
},
new OptimizelyAttribute
{
Id = "594018", Key = "favorite_ice_cream"
}
},
audiences: new OptimizelyAudience[]
{
new OptimizelyAudience("0", "$$dummy", "{\"type\": \"custom_attribute\", \"name\": \"$opt_dummy_attribute\", \"value\": \"impossible_value\"}"),
new OptimizelyAudience("3468206643", "exactBoolean", "[\"and\",[\"or\",[\"or\",{\"name\":\"should_do_it\",\"type\":\"custom_attribute\",\"match\":\"exact\",\"value\":true}]]]"),
new OptimizelyAudience("3468206646", "exactNumber", "[\"and\",[\"or\",[\"or\",{\"name\":\"lasers\",\"type\":\"custom_attribute\",\"match\":\"exact\",\"value\":45.5}]]]"),
new OptimizelyAudience("3468206642", "exactString", "[\"and\", [\"or\", [\"or\", {\"name\": \"house\", \"type\": \"custom_attribute\", \"value\": \"Gryffindor\"}]]]"),
new OptimizelyAudience("3988293899", "exists", "[\"and\",[\"or\",[\"or\",{\"name\":\"favorite_ice_cream\",\"type\":\"custom_attribute\",\"match\":\"exists\"}]]]"),
new OptimizelyAudience("3468206647", "gtNumber", "[\"and\",[\"or\",[\"or\",{\"name\":\"lasers\",\"type\":\"custom_attribute\",\"match\":\"gt\",\"value\":70}]]]"),
new OptimizelyAudience("3468206644", "ltNumber", "[\"and\",[\"or\",[\"or\",{\"name\":\"lasers\",\"type\":\"custom_attribute\",\"match\":\"lt\",\"value\":1.0}]]]"),
new OptimizelyAudience("3468206645", "notChrome", "[\"and\", [\"or\", [\"not\", [\"or\", {\"name\": \"browser_type\", \"type\": \"custom_attribute\", \"value\":\"Chrome\"}]]]]"),
new OptimizelyAudience("3468206648", "notExist", "[\"not\",{\"name\":\"input_value\",\"type\":\"custom_attribute\",\"match\":\"exists\"}]"),
new OptimizelyAudience("3988293898", "substringString", "[\"and\",[\"or\",[\"or\",{\"name\":\"house\",\"type\":\"custom_attribute\",\"match\":\"substring\",\"value\":\"Slytherin\"}]]]"),
},
events: new OptimizelyEvent[]
{
new OptimizelyEvent()
{
Id = "594089", Key = "item_bought", ExperimentIds = new string[] { "11564051718", "1323241597" }
},
new OptimizelyEvent()
{
Id = "594090", Key = "user_signed_up", ExperimentIds = new string[] { "1323241598", "1323241599" }
}
},
experimentsMap: experimentsMap,
featuresMap: featuresMap,
datafile: TestData.TypedAudienceDatafile);
Assertions.AreEqual(expectedOptimizelyConfig, optimizelyConfig);
}