Where does this approach apply? One of the following:
- if you have a list of elements with identical selectors. The element you are interested in is an element of that list. But it does not always appear in the same place in the list. Sometimes it might be the third element in the list, other times it might be the second, or the fourth, and so on. You only know that using getText() on the element returns a known text.
- if the element you are searching for has a different selector each time you open the page. You know only the type of element it is (whether it is a button, or an a element representing a link, or an img element) and what text should be displayed on that element.
- if the element you are looking for does not even have any attached attributes. That means it is only a tag, without an id or class, or anything else except for the tag name (tag being ‘a’ for links, ‘img’ for images, and so on). You know what getText() should return when applied to that element.
Continue reading Using Lists to get UI elements with nearly impossible selectors
This is going to be a rather complex post, that will show how to easily check for values of similar UI elements. By similar i mean elements that share some kind of properties: whether they have the same CSS selector, or are part of the same group of elements. Some examples will be shown below. Performing the testing part will imply the use of @FindBy (of Selenium WebDriver) and List (of Java). Read on to get an idea of where this approach can be used, how @FindBy is ideal for such a task, what the basics of working with List are, and what an actual test looks like. Continue reading @FindBy, Lists and using them to check for similar UI elements
When you are faced with a task that involves using lists, you might want to consider the following question: are the elements in my list ever going to change, or is it enough to just add my elements to the list once and use them across my tests. Is my list a constant? In case your elements will not change, you can use an ImmutableList to store them, which brings a major advantage: defining a list in one line. ImmutableList is part of the ‘guava’ library. Continue reading Working with lists: ImmutableList
Testing. With Java, Selenium, TestNG, Maven, Spring, IntelliJ and friends.