#Sharp driver 1.13 code#

If(element.GetAttribute( 'style').Contains( 'red'))

IWebElement element = Web.FindElement(By.Id( 'target'))

So the definition of Func will become like this static void Main (string args)Д¬onsole.WriteLine( 'Waiting for color to change') In this example we have choosen the return type to be bool. WebDriverWait is tied to WebDriver, hence Type1 will always be equal to WebDriver and Type2, which is the return type, can be anything you want. You can define a Func delegate like this Func where Type1 is the input parameter and Type2 is the output parameter. We have to pass Func delegate to the WebDriverWait.until method. Here the whole logic of wait is encapsulated inside the FuncВ delegate, which is present in System namespace. WebDriverWait wait = new WebDriverWait(driver, TimeSpan.FromMinutes( 1)) ДЇunc waitForElement = new Func((IWebDriver Web) =>Д¬onsole.WriteLine(Web.FindElement(By.Id( 'target')).GetAttribute( 'innerHTML'))

#Sharp driver 1.13 code#

Below is the code which uses a WebDriverWait static void Main (string args)

We will discuss DefaultWait in the next section. This wait is a specialized form of DefaultWait class. WebDriverWait is present in the namespace. So we don't actually have to necessarily wait for the complete timeout. The important point here is that your wait condition is evaluated after end of every polling time duration. This process keeps on happening till the time either the time out expires or the condition comes out to be true. Timeout property then step 2 is repeated. If the difference between wait start time, as captured in step 1, and the current time is less than time specified in. Step 4: Once the thread sleep of step 3 expires, a check of start time is made with the current time.In the example above it is of 250 milliseconds. Step 3: If the condition is not met, a thread sleep is applied with time out of the value mentioned in the.Step 2: Smart/Explicit wait checks the condition that is mentioned in the.Step 1: In this step smart/explicit wait captures the wait start time.When the until method is called, following things happen in strictly this sequence until( YourCondition)В method becomes true.ДЄ flow diagram explaining the working of Fluent waitВ is explained in the below diagram. Instead it waits for the time till the condition specified in. They are called smart primarily because they donвЂ™t wait for the max time out. The above two waits, in general the explicit waits, are smart waits. General logic of Explicit waits fluentwaits selenium C# We will solve this problem using the following waits Our problem to solve will be to wait for the element until the color of the element is White and click on the element as soon as the color becomes Red. Locator of this element is id='colorVar', this element changes the color of the text from white to red after a few seconds. On our Practice Page we have a button element near the bottom of the page. Its always good to start off with some example which we will try to solve using the Explicit wait. Also, each explicit wait is different from the other one in the core waiting logic. In this chapter we will look at Explicit waits and fluentwaits selenium C#, we call them explicit waits because these are explicitly applied to wait for conditions. In the earlier chapter, we discussed some of the implicit waits. To understand this chapter you have to learn the concepts discussed in the earlier WebDriver WaitsВ chapter.