selenium.webdriver.support.relative_locator

Functions

locate_with(by, using)	Start searching for relative objects your search criteria with By.
with_tag_name(tag_name)	Start searching for relative objects using a tag name.

Classes

RelativeBy([root, filters])

Find elements based on their relative location from a root element.

selenium.webdriver.support.relative_locator.with_tag_name(tag_name: str) → RelativeBy

Start searching for relative objects using a tag name.

Args:

tag_name: The DOM tag of element to start searching.

Returns:

RelativeBy: Use this object to create filters within a find_elements call.

Raises:

WebDriverException: If tag_name is None.

Note:

This method is deprecated and may be removed in future versions. Please use locate_with instead.

selenium.webdriver.support.relative_locator.locate_with(by: Literal['id', 'xpath', 'link text', 'partial link text', 'name', 'tag name', 'class name', 'css selector'], using: str) → RelativeBy

Start searching for relative objects your search criteria with By.

Args:

by: The method to find the element. using: The value from By passed in.

Returns:

RelativeBy: Use this object to create filters within a find_elements call.

Example:

>>> lowest = driver.find_element(By.ID, "below")
>>> elements = driver.find_elements(locate_with(By.CSS_SELECTOR, "p").above(lowest))

class selenium.webdriver.support.relative_locator.RelativeBy(root: dict[Literal['id', 'xpath', 'link text', 'partial link text', 'name', 'tag name', 'class name', 'css selector'], str] | None = None, filters: list | None = None)

Find elements based on their relative location from a root element.

It is recommended that you use the helper function to create instances.

Example:

>>> lowest = driver.find_element(By.ID, "below")
>>> elements = driver.find_elements(locate_with(By.CSS_SELECTOR, "p").above(lowest))
>>> ids = [el.get_attribute("id") for el in elements]
>>> assert "above" in ids
>>> assert "mid" in ids

Create a RelativeBy object (prefer using locate_with instead).

Args:

root: A dict with By enum as the key and the search query as the value filters: A list of the filters that will be searched. If none are passed

in please use the fluent API on the object to create the filters

LocatorType

alias of dict[Literal[‘id’, ‘xpath’, ‘link text’, ‘partial link text’, ‘name’, ‘tag name’, ‘class name’, ‘css selector’], str]

above(element_or_locator: WebElement | LocatorType) → RelativeBy

above(element_or_locator: None = None) → NoReturn

Add a filter to look for elements above.

Args:

element_or_locator: Element to look above

Returns:

RelativeBy

Raises:

WebDriverException: If element_or_locator is None.

Example:

>>> lowest = driver.find_element(By.ID, "below")
>>> elements = driver.find_elements(locate_with(By.CSS_SELECTOR, "p").above(lowest))

below(element_or_locator: WebElement | LocatorType) → RelativeBy

below(element_or_locator: None = None) → NoReturn

Add a filter to look for elements below.

Args:

element_or_locator: Element to look below

Returns:

RelativeBy

Raises:

WebDriverException: If element_or_locator is None.

Example:

>>> highest = driver.find_element(By.ID, "high")
>>> elements = driver.find_elements(locate_with(By.CSS_SELECTOR, "p").below(highest))

to_left_of(element_or_locator: WebElement | LocatorType) → RelativeBy

to_left_of(element_or_locator: None = None) → NoReturn

Add a filter to look for elements to the left of.

Args:

element_or_locator: Element to look to the left of

Returns:

RelativeBy

Raises:

WebDriverException: If element_or_locator is None.

Example:

>>> right = driver.find_element(By.ID, "right")
>>> elements = driver.find_elements(locate_with(By.CSS_SELECTOR, "p").to_left_of(right))

to_right_of(element_or_locator: WebElement | LocatorType) → RelativeBy

to_right_of(element_or_locator: None = None) → NoReturn

Add a filter to look for elements right of.

Args:

element_or_locator: Element to look right of

Returns:

RelativeBy

Raises:

WebDriverException: If element_or_locator is None.

Example:

>>> left = driver.find_element(By.ID, "left")
>>> elements = driver.find_elements(locate_with(By.CSS_SELECTOR, "p").to_right_of(left))

straight_above(element_or_locator: WebElement | LocatorType) → RelativeBy

straight_above(element_or_locator: None = None) → NoReturn

Add a filter to look for elements above.

Args:

element_or_locator: Element to look above

straight_below(element_or_locator: WebElement | LocatorType) → RelativeBy

straight_below(element_or_locator: None = None) → NoReturn

Add a filter to look for elements below.

Args:

element_or_locator: Element to look below

straight_left_of(element_or_locator: WebElement | LocatorType) → RelativeBy

straight_left_of(element_or_locator: None = None) → NoReturn

Add a filter to look for elements to the left of.

Args:

element_or_locator: Element to look to the left of

straight_right_of(element_or_locator: WebElement | LocatorType) → RelativeBy

straight_right_of(element_or_locator: None = None) → NoReturn

Add a filter to look for elements right of.

Args:

element_or_locator: Element to look right of

near(element_or_locator: WebElement | LocatorType, distance: int = 50) → RelativeBy

near(element_or_locator: None = None, distance: int = 50) → NoReturn

Add a filter to look for elements near.

Args:

element_or_locator: Element to look near by the element or within a distance distance: Distance in pixel

Returns:

RelativeBy

Raises:

WebDriverException: If element_or_locator is None WebDriverException: If distance is less than or equal to 0.

Example:

>>> near = driver.find_element(By.ID, "near")
>>> elements = driver.find_elements(locate_with(By.CSS_SELECTOR, "p").near(near, 50))

to_dict() → dict

Create a dict to be passed to the driver for element searching.