using Selenium.Tests.Internals;

using A = NUnit.Framework.Assert;

using CollectionAssert = NUnit.Framework.CollectionAssert;

using SetUp = NUnit.Framework.SetUpAttribute;

using TestCase = NUnit.Framework.TestCaseAttribute;

using TestFixture = NUnit.Framework.TestFixtureAttribute;

namespace Selenium.Tests {

[TestFixture(Browser.Firefox)]

[TestFixture(Browser.Opera)]

[TestFixture(Browser.Chrome)]

[TestFixture(Browser.IE)]

[TestFixture(Browser.PhantomJS)]

class TS_ExecuteScript : BaseBrowsers {

public TS_ExecuteScript(Browser browser)

: base(browser) { }

[SetUp]

public void SetUp() {

driver.Get("/elements.html");

}

[TestCase]

public void ShouldProcessWebElement() {

//Webelement

var ele = driver.FindElementById("input__text");

var resEle = (WebElement)driver.ExecuteScript("return arguments[0];", ele);

A.True(ele.Equals(resEle));

}

[TestCase]

public void ShouldProcessWebElements() {

//Webelements

var eles = driver.FindElementsByTag("input");

var resEles = (WebElements)driver.ExecuteScript("return arguments;", eles);

A.AreEqual(eles.Count, resEles.Count);

A.True(eles.First().Equals(resEles.First()));

}

[TestCase]

public void ShouldProcessPrimitive() {

//prinmitive int

var res = driver.ExecuteScript("return arguments[0] + 3;", 8);

A.AreEqual(11, res);

//prinmitive double

var valDouble = driver.ExecuteScript("return 1e-8;");

A.AreEqual(1e-8, valDouble);

}

[TestCase]

public void ShouldProcessDictionary() {

//Dictionary

var dict = new Selenium.Dictionary();

dict.Add("a", 987);

var resDict = (Dictionary)driver.ExecuteScript("return arguments[0];", dict);

CollectionAssert.AreEquivalent(dict, resDict);

}

[TestCase]

public void ShouldProcessList() {

//List

var list = new Selenium.List();

list.Add(987);

var resList = (Selenium.List)driver.ExecuteScript("return arguments;", list);

CollectionAssert.AreEquivalent(list, resList);

}

}

}