JQueryLocator myTable = jq("#mytable");
JQueryLocator rows = myTable.getChild(jq("tr"));
for (JQueryLocator row : rows) {
...
}
When writing selenium test cases, you are working with locators all the time.
All the locators are encapsulated as instances of Locator interface, divided into two main groups: ElementLocators and AttributeLocators.
Separated by location strategies to following types:
JQuery implements Iterable, Compoundable
XPath implements Iterable, Compoundable
CSS implements Compoundable
ID
DOM
Link
Name
Identifier (ID or name)
Iterable locator means that you can refer to list of its children (Iterable<ElementLocator>).
JQueryLocator myTable = jq("#mytable");
JQueryLocator rows = myTable.getChild(jq("tr"));
for (JQueryLocator row : rows) {
...
}
Compoundable locator signs that you are able to use original expression and some partial expression to derive new composite expression. That way you can desribe the structure of your tested DOM tree in manner of reusability.
JQueryLocator cellLink = cell.getChild(jq("span.link a"));
It's obvious that by composing and iterating over locator's descendants you can only use and derive the same type of locator!
Note: it is not case of WebDriver / Selenium 2.0 location strategy - this framework uses the direct references to elements, so you can use each element again to derive new element by referring to it, using whatever location strategy you want - but this is quite problematic in testing AJAX-based frameworks, since the reference can quickly became stale after interaction with page.
You can also see that use of type-safe locators is quite verbose - you can then use the capabilities of Graphene utility class as locator factory.
Creating attribute locators is also very straight forward. When you want to refer to attribute's value, you need some element locator first as the base for deriving locator:
jq("#foo-link").getAttribute(CLASS);