Package com.microsoft.playwright.assertions

Interface LocatorAssertions

All Known Implementing Classes:
LocatorAssertionsImpl
public interface LocatorAssertions
The LocatorAssertions class provides assertion methods that can be used to make assertions about the Locator state in the tests. 

 ...
 import static com.microsoft.playwright.assertions.PlaywrightAssertions.assertThat;

 public class TestLocator {
   ...
   @Test
   void statusBecomesSubmitted() {
     ...
     page.getByRole(AriaRole.BUTTON).click();
     assertThat(page.locator(".status")).hasText("Submitted");
   }
 }

  • Method Details

    • not

      LocatorAssertions not()
      Makes the assertion check for the opposite condition. For example, this code tests that the Locator doesn't contain text "error": 
      
 assertThat(locator).not().containsText("error");
      Since:
      v1.20

    • isAttached

      default void isAttached()
      Ensures that Locator points to an attached DOM node.

      **Usage** 

      
 assertThat(page.getByText("Hidden text")).isAttached();
      Since:
      v1.33

    • isAttached

      void isAttached(LocatorAssertions.IsAttachedOptions options)
      Ensures that Locator points to an attached DOM node.

      **Usage** 

      
 assertThat(page.getByText("Hidden text")).isAttached();
      Since:
      v1.33

    • isChecked

      default void isChecked()
      Ensures the Locator points to a checked input.

      **Usage** 

      
 assertThat(page.getByLabel("Subscribe to newsletter")).isChecked();
      Since:
      v1.20

    • isChecked

      void isChecked(LocatorAssertions.IsCheckedOptions options)
      Ensures the Locator points to a checked input.

      **Usage** 

      
 assertThat(page.getByLabel("Subscribe to newsletter")).isChecked();
      Since:
      v1.20

    • isDisabled

      default void isDisabled()
      Ensures the Locator points to a disabled element. Element is disabled if it has "disabled" attribute or is disabled via 'aria-disabled'. Note that only native control elements such as HTML button, input, select, textarea, option, optgroup can be disabled by setting "disabled" attribute. "disabled" attribute on other elements is ignored by the browser.

      **Usage** 

      
 assertThat(page.locator("button.submit")).isDisabled();
      Since:
      v1.20

    • isDisabled

      void isDisabled(LocatorAssertions.IsDisabledOptions options)
      Ensures the Locator points to a disabled element. Element is disabled if it has "disabled" attribute or is disabled via 'aria-disabled'. Note that only native control elements such as HTML button, input, select, textarea, option, optgroup can be disabled by setting "disabled" attribute. "disabled" attribute on other elements is ignored by the browser.

      **Usage** 

      
 assertThat(page.locator("button.submit")).isDisabled();
      Since:
      v1.20

    • isEditable

      default void isEditable()
      Ensures the Locator points to an editable element.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.TEXTBOX)).isEditable();
      Since:
      v1.20

    • isEditable

      void isEditable(LocatorAssertions.IsEditableOptions options)
      Ensures the Locator points to an editable element.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.TEXTBOX)).isEditable();
      Since:
      v1.20

    • isEmpty

      default void isEmpty()
      Ensures the Locator points to an empty editable element or to a DOM node that has no text.

      **Usage** 

      
 assertThat(page.locator("div.warning")).isEmpty();
      Since:
      v1.20

    • isEmpty

      void isEmpty(LocatorAssertions.IsEmptyOptions options)
      Ensures the Locator points to an empty editable element or to a DOM node that has no text.

      **Usage** 

      
 assertThat(page.locator("div.warning")).isEmpty();
      Since:
      v1.20

    • isEnabled

      default void isEnabled()
      Ensures the Locator points to an enabled element.

      **Usage** 

      
 assertThat(page.locator("button.submit")).isEnabled();
      Since:
      v1.20

    • isEnabled

      void isEnabled(LocatorAssertions.IsEnabledOptions options)
      Ensures the Locator points to an enabled element.

      **Usage** 

      
 assertThat(page.locator("button.submit")).isEnabled();
      Since:
      v1.20

    • isFocused

      default void isFocused()
      Ensures the Locator points to a focused DOM node.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.TEXTBOX)).isFocused();
      Since:
      v1.20

    • isFocused

      void isFocused(LocatorAssertions.IsFocusedOptions options)
      Ensures the Locator points to a focused DOM node.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.TEXTBOX)).isFocused();
      Since:
      v1.20

    • isHidden

      default void isHidden()
      Ensures that Locator either does not resolve to any DOM node, or resolves to a non-visible one.

      **Usage** 

      
 assertThat(page.locator(".my-element")).isHidden();
      Since:
      v1.20

    • isHidden

      void isHidden(LocatorAssertions.IsHiddenOptions options)
      Ensures that Locator either does not resolve to any DOM node, or resolves to a non-visible one.

      **Usage** 

      
 assertThat(page.locator(".my-element")).isHidden();
      Since:
      v1.20

    • isInViewport

      default void isInViewport()
      Ensures the Locator points to an element that intersects viewport, according to the intersection observer API.

      **Usage** 

      
 Locator locator = page.getByRole(AriaRole.BUTTON);
 // Make sure at least some part of element intersects viewport.
 assertThat(locator).isInViewport();
 // Make sure element is fully outside of viewport.
 assertThat(locator).not().isInViewport();
 // Make sure that at least half of the element intersects viewport.
 assertThat(locator).isInViewport(new LocatorAssertions.IsInViewportOptions().setRatio(0.5));
      Since:
      v1.31

    • isInViewport

      void isInViewport(LocatorAssertions.IsInViewportOptions options)
      Ensures the Locator points to an element that intersects viewport, according to the intersection observer API.

      **Usage** 

      
 Locator locator = page.getByRole(AriaRole.BUTTON);
 // Make sure at least some part of element intersects viewport.
 assertThat(locator).isInViewport();
 // Make sure element is fully outside of viewport.
 assertThat(locator).not().isInViewport();
 // Make sure that at least half of the element intersects viewport.
 assertThat(locator).isInViewport(new LocatorAssertions.IsInViewportOptions().setRatio(0.5));
      Since:
      v1.31

    • isVisible

      default void isVisible()
      Ensures that Locator points to an attached and visible DOM node.

      To check that at least one element from the list is visible, use

      invalid reference 
      Locator.first()
      .

      **Usage** 

      
 // A specific element is visible.
 assertThat(page.getByText("Welcome")).isVisible();

 // At least one item in the list is visible.
 asserThat(page.getByTestId("todo-item").first()).isVisible();

 // At least one of the two elements is visible, possibly both.
 asserThat(
   page.getByRole(AriaRole.BUTTON, new Page.GetByRoleOptions().setName("Sign in"))
     .or(page.getByRole(AriaRole.BUTTON, new Page.GetByRoleOptions().setName("Sign up")))
     .first()
 ).isVisible();
      Since:
      v1.20

    • isVisible

      void isVisible(LocatorAssertions.IsVisibleOptions options)
      Ensures that Locator points to an attached and visible DOM node.

      To check that at least one element from the list is visible, use

      invalid reference 
      Locator.first()
      .

      **Usage** 

      
 // A specific element is visible.
 assertThat(page.getByText("Welcome")).isVisible();

 // At least one item in the list is visible.
 asserThat(page.getByTestId("todo-item").first()).isVisible();

 // At least one of the two elements is visible, possibly both.
 asserThat(
   page.getByRole(AriaRole.BUTTON, new Page.GetByRoleOptions().setName("Sign in"))
     .or(page.getByRole(AriaRole.BUTTON, new Page.GetByRoleOptions().setName("Sign up")))
     .first()
 ).isVisible();
      Since:
      v1.20

    • containsText

      default void containsText(String expected)
      Ensures the Locator points to an element that contains the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).containsText("substring");

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. Elements from a **subset** of this list contain text from the expected array, respectively.
      3. The matching subset of elements has the same order as the expected array.
      4. Each text value from the expected array is matched by some element from the list.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Contains the right items in the right order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 1", "Text 3", "Text 4"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 3", "Text 2"});

 // ✖ No item contains this text
 assertThat(page.locator("ul > li")).containsText(new String[] {"Some 33"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).containsText(new String[] {"Text 3"});
      Parameters:
      expected - Expected substring or RegExp or a list of those.
      Since:
      v1.20

    • containsText

      void containsText(String expected, LocatorAssertions.ContainsTextOptions options)
      Ensures the Locator points to an element that contains the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).containsText("substring");

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. Elements from a **subset** of this list contain text from the expected array, respectively.
      3. The matching subset of elements has the same order as the expected array.
      4. Each text value from the expected array is matched by some element from the list.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Contains the right items in the right order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 1", "Text 3", "Text 4"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 3", "Text 2"});

 // ✖ No item contains this text
 assertThat(page.locator("ul > li")).containsText(new String[] {"Some 33"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).containsText(new String[] {"Text 3"});
      Parameters:
      expected - Expected substring or RegExp or a list of those.
      Since:
      v1.20

    • containsText

      default void containsText(Pattern expected)
      Ensures the Locator points to an element that contains the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).containsText("substring");

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. Elements from a **subset** of this list contain text from the expected array, respectively.
      3. The matching subset of elements has the same order as the expected array.
      4. Each text value from the expected array is matched by some element from the list.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Contains the right items in the right order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 1", "Text 3", "Text 4"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 3", "Text 2"});

 // ✖ No item contains this text
 assertThat(page.locator("ul > li")).containsText(new String[] {"Some 33"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).containsText(new String[] {"Text 3"});
      Parameters:
      expected - Expected substring or RegExp or a list of those.
      Since:
      v1.20

    • containsText

      void containsText(Pattern expected, LocatorAssertions.ContainsTextOptions options)
      Ensures the Locator points to an element that contains the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).containsText("substring");

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. Elements from a **subset** of this list contain text from the expected array, respectively.
      3. The matching subset of elements has the same order as the expected array.
      4. Each text value from the expected array is matched by some element from the list.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Contains the right items in the right order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 1", "Text 3", "Text 4"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 3", "Text 2"});

 // ✖ No item contains this text
 assertThat(page.locator("ul > li")).containsText(new String[] {"Some 33"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).containsText(new String[] {"Text 3"});
      Parameters:
      expected - Expected substring or RegExp or a list of those.
      Since:
      v1.20

    • containsText

      default void containsText(String[] expected)
      Ensures the Locator points to an element that contains the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).containsText("substring");

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. Elements from a **subset** of this list contain text from the expected array, respectively.
      3. The matching subset of elements has the same order as the expected array.
      4. Each text value from the expected array is matched by some element from the list.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Contains the right items in the right order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 1", "Text 3", "Text 4"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 3", "Text 2"});

 // ✖ No item contains this text
 assertThat(page.locator("ul > li")).containsText(new String[] {"Some 33"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).containsText(new String[] {"Text 3"});
      Parameters:
      expected - Expected substring or RegExp or a list of those.
      Since:
      v1.20

    • containsText

      void containsText(String[] expected, LocatorAssertions.ContainsTextOptions options)
      Ensures the Locator points to an element that contains the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).containsText("substring");

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. Elements from a **subset** of this list contain text from the expected array, respectively.
      3. The matching subset of elements has the same order as the expected array.
      4. Each text value from the expected array is matched by some element from the list.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Contains the right items in the right order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 1", "Text 3", "Text 4"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 3", "Text 2"});

 // ✖ No item contains this text
 assertThat(page.locator("ul > li")).containsText(new String[] {"Some 33"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).containsText(new String[] {"Text 3"});
      Parameters:
      expected - Expected substring or RegExp or a list of those.
      Since:
      v1.20

    • containsText

      default void containsText(Pattern[] expected)
      Ensures the Locator points to an element that contains the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).containsText("substring");

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. Elements from a **subset** of this list contain text from the expected array, respectively.
      3. The matching subset of elements has the same order as the expected array.
      4. Each text value from the expected array is matched by some element from the list.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Contains the right items in the right order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 1", "Text 3", "Text 4"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 3", "Text 2"});

 // ✖ No item contains this text
 assertThat(page.locator("ul > li")).containsText(new String[] {"Some 33"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).containsText(new String[] {"Text 3"});
      Parameters:
      expected - Expected substring or RegExp or a list of those.
      Since:
      v1.20

    • containsText

      void containsText(Pattern[] expected, LocatorAssertions.ContainsTextOptions options)
      Ensures the Locator points to an element that contains the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).containsText("substring");

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. Elements from a **subset** of this list contain text from the expected array, respectively.
      3. The matching subset of elements has the same order as the expected array.
      4. Each text value from the expected array is matched by some element from the list.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Contains the right items in the right order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 1", "Text 3", "Text 4"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).containsText(new String[] {"Text 3", "Text 2"});

 // ✖ No item contains this text
 assertThat(page.locator("ul > li")).containsText(new String[] {"Some 33"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).containsText(new String[] {"Text 3"});
      Parameters:
      expected - Expected substring or RegExp or a list of those.
      Since:
      v1.20

    • hasAttribute

      default void hasAttribute(String name, String value)
      Ensures the Locator points to an element with given attribute.

      **Usage** 

      
 assertThat(page.locator("input")).hasAttribute("type", "text");
      Parameters:
      name - Attribute name.
      value - Expected attribute value.
      Since:
      v1.20

    • hasAttribute

      void hasAttribute(String name, String value, LocatorAssertions.HasAttributeOptions options)
      Ensures the Locator points to an element with given attribute.

      **Usage** 

      
 assertThat(page.locator("input")).hasAttribute("type", "text");
      Parameters:
      name - Attribute name.
      value - Expected attribute value.
      Since:
      v1.20

    • hasAttribute

      default void hasAttribute(String name, Pattern value)
      Ensures the Locator points to an element with given attribute.

      **Usage** 

      
 assertThat(page.locator("input")).hasAttribute("type", "text");
      Parameters:
      name - Attribute name.
      value - Expected attribute value.
      Since:
      v1.20

    • hasAttribute

      void hasAttribute(String name, Pattern value, LocatorAssertions.HasAttributeOptions options)
      Ensures the Locator points to an element with given attribute.

      **Usage** 

      
 assertThat(page.locator("input")).hasAttribute("type", "text");
      Parameters:
      name - Attribute name.
      value - Expected attribute value.
      Since:
      v1.20

    • hasClass

      default void hasClass(String expected)
      Ensures the Locator points to an element with given CSS classes. This needs to be a full match or using a relaxed regular expression.

      **Usage** 

      
 assertThat(page.locator("#component")).hasClass(Pattern.compile("selected"));
 assertThat(page.locator("#component")).hasClass("selected row");

      Note that if array is passed as an expected value, entire lists of elements can be asserted: 

      
 assertThat(page.locator("list > .component")).hasClass(new String[] {"component", "component selected", "component"});
      Parameters:
      expected - Expected class or RegExp or a list of those.
      Since:
      v1.20

    • hasClass

      void hasClass(String expected, LocatorAssertions.HasClassOptions options)
      Ensures the Locator points to an element with given CSS classes. This needs to be a full match or using a relaxed regular expression.

      **Usage** 

      
 assertThat(page.locator("#component")).hasClass(Pattern.compile("selected"));
 assertThat(page.locator("#component")).hasClass("selected row");

      Note that if array is passed as an expected value, entire lists of elements can be asserted: 

      
 assertThat(page.locator("list > .component")).hasClass(new String[] {"component", "component selected", "component"});
      Parameters:
      expected - Expected class or RegExp or a list of those.
      Since:
      v1.20

    • hasClass

      default void hasClass(Pattern expected)
      Ensures the Locator points to an element with given CSS classes. This needs to be a full match or using a relaxed regular expression.

      **Usage** 

      
 assertThat(page.locator("#component")).hasClass(Pattern.compile("selected"));
 assertThat(page.locator("#component")).hasClass("selected row");

      Note that if array is passed as an expected value, entire lists of elements can be asserted: 

      
 assertThat(page.locator("list > .component")).hasClass(new String[] {"component", "component selected", "component"});
      Parameters:
      expected - Expected class or RegExp or a list of those.
      Since:
      v1.20

    • hasClass

      void hasClass(Pattern expected, LocatorAssertions.HasClassOptions options)
      Ensures the Locator points to an element with given CSS classes. This needs to be a full match or using a relaxed regular expression.

      **Usage** 

      
 assertThat(page.locator("#component")).hasClass(Pattern.compile("selected"));
 assertThat(page.locator("#component")).hasClass("selected row");

      Note that if array is passed as an expected value, entire lists of elements can be asserted: 

      
 assertThat(page.locator("list > .component")).hasClass(new String[] {"component", "component selected", "component"});
      Parameters:
      expected - Expected class or RegExp or a list of those.
      Since:
      v1.20

    • hasClass

      default void hasClass(String[] expected)
      Ensures the Locator points to an element with given CSS classes. This needs to be a full match or using a relaxed regular expression.

      **Usage** 

      
 assertThat(page.locator("#component")).hasClass(Pattern.compile("selected"));
 assertThat(page.locator("#component")).hasClass("selected row");

      Note that if array is passed as an expected value, entire lists of elements can be asserted: 

      
 assertThat(page.locator("list > .component")).hasClass(new String[] {"component", "component selected", "component"});
      Parameters:
      expected - Expected class or RegExp or a list of those.
      Since:
      v1.20

    • hasClass

      void hasClass(String[] expected, LocatorAssertions.HasClassOptions options)
      Ensures the Locator points to an element with given CSS classes. This needs to be a full match or using a relaxed regular expression.

      **Usage** 

      
 assertThat(page.locator("#component")).hasClass(Pattern.compile("selected"));
 assertThat(page.locator("#component")).hasClass("selected row");

      Note that if array is passed as an expected value, entire lists of elements can be asserted: 

      
 assertThat(page.locator("list > .component")).hasClass(new String[] {"component", "component selected", "component"});
      Parameters:
      expected - Expected class or RegExp or a list of those.
      Since:
      v1.20

    • hasClass

      default void hasClass(Pattern[] expected)
      Ensures the Locator points to an element with given CSS classes. This needs to be a full match or using a relaxed regular expression.

      **Usage** 

      
 assertThat(page.locator("#component")).hasClass(Pattern.compile("selected"));
 assertThat(page.locator("#component")).hasClass("selected row");

      Note that if array is passed as an expected value, entire lists of elements can be asserted: 

      
 assertThat(page.locator("list > .component")).hasClass(new String[] {"component", "component selected", "component"});
      Parameters:
      expected - Expected class or RegExp or a list of those.
      Since:
      v1.20

    • hasClass

      void hasClass(Pattern[] expected, LocatorAssertions.HasClassOptions options)
      Ensures the Locator points to an element with given CSS classes. This needs to be a full match or using a relaxed regular expression.

      **Usage** 

      
 assertThat(page.locator("#component")).hasClass(Pattern.compile("selected"));
 assertThat(page.locator("#component")).hasClass("selected row");

      Note that if array is passed as an expected value, entire lists of elements can be asserted: 

      
 assertThat(page.locator("list > .component")).hasClass(new String[] {"component", "component selected", "component"});
      Parameters:
      expected - Expected class or RegExp or a list of those.
      Since:
      v1.20

    • hasCount

      default void hasCount(int count)
      Ensures the Locator resolves to an exact number of DOM nodes.

      **Usage** 

      
 assertThat(page.locator("list > .component")).hasCount(3);
      Parameters:
      count - Expected count.
      Since:
      v1.20

    • hasCount

      void hasCount(int count, LocatorAssertions.HasCountOptions options)
      Ensures the Locator resolves to an exact number of DOM nodes.

      **Usage** 

      
 assertThat(page.locator("list > .component")).hasCount(3);
      Parameters:
      count - Expected count.
      Since:
      v1.20

    • hasCSS

      default void hasCSS(String name, String value)
      Ensures the Locator resolves to an element with the given computed CSS style.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.BUTTON)).hasCSS("display", "flex");
      Parameters:
      name - CSS property name.
      value - CSS property value.
      Since:
      v1.20

    • hasCSS

      void hasCSS(String name, String value, LocatorAssertions.HasCSSOptions options)
      Ensures the Locator resolves to an element with the given computed CSS style.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.BUTTON)).hasCSS("display", "flex");
      Parameters:
      name - CSS property name.
      value - CSS property value.
      Since:
      v1.20

    • hasCSS

      default void hasCSS(String name, Pattern value)
      Ensures the Locator resolves to an element with the given computed CSS style.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.BUTTON)).hasCSS("display", "flex");
      Parameters:
      name - CSS property name.
      value - CSS property value.
      Since:
      v1.20

    • hasCSS

      void hasCSS(String name, Pattern value, LocatorAssertions.HasCSSOptions options)
      Ensures the Locator resolves to an element with the given computed CSS style.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.BUTTON)).hasCSS("display", "flex");
      Parameters:
      name - CSS property name.
      value - CSS property value.
      Since:
      v1.20

    • hasId

      default void hasId(String id)
      Ensures the Locator points to an element with the given DOM Node ID.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.TEXTBOX)).hasId("lastname");
      Parameters:
      id - Element id.
      Since:
      v1.20

    • hasId

      void hasId(String id, LocatorAssertions.HasIdOptions options)
      Ensures the Locator points to an element with the given DOM Node ID.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.TEXTBOX)).hasId("lastname");
      Parameters:
      id - Element id.
      Since:
      v1.20

    • hasId

      default void hasId(Pattern id)
      Ensures the Locator points to an element with the given DOM Node ID.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.TEXTBOX)).hasId("lastname");
      Parameters:
      id - Element id.
      Since:
      v1.20

    • hasId

      void hasId(Pattern id, LocatorAssertions.HasIdOptions options)
      Ensures the Locator points to an element with the given DOM Node ID.

      **Usage** 

      
 assertThat(page.getByRole(AriaRole.TEXTBOX)).hasId("lastname");
      Parameters:
      id - Element id.
      Since:
      v1.20

    • hasJSProperty

      default void hasJSProperty(String name, Object value)
      Ensures the Locator points to an element with given JavaScript property. Note that this property can be of a primitive type as well as a plain serializable JavaScript object.

      **Usage** 

      
 assertThat(page.locator("input")).hasJSProperty("loaded", true);
      Parameters:
      name - Property name.
      value - Property value.
      Since:
      v1.20

    • hasJSProperty

      void hasJSProperty(String name, Object value, LocatorAssertions.HasJSPropertyOptions options)
      Ensures the Locator points to an element with given JavaScript property. Note that this property can be of a primitive type as well as a plain serializable JavaScript object.

      **Usage** 

      
 assertThat(page.locator("input")).hasJSProperty("loaded", true);
      Parameters:
      name - Property name.
      value - Property value.
      Since:
      v1.20

    • hasText

      default void hasText(String expected)
      Ensures the Locator points to an element with the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).hasText("Welcome, Test User");
 assertThat(page.locator(".title")).hasText(Pattern.compile("Welcome, .*"));

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. The number of elements equals the number of expected values in the array.
      3. Elements from the list have text matching expected array values, one by one, in order.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Has the right items in the right order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 3", "Text 2", "Text 1"});

 // ✖ Last item does not match
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});
      Parameters:
      expected - Expected string or RegExp or a list of those.
      Since:
      v1.20

    • hasText

      void hasText(String expected, LocatorAssertions.HasTextOptions options)
      Ensures the Locator points to an element with the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).hasText("Welcome, Test User");
 assertThat(page.locator(".title")).hasText(Pattern.compile("Welcome, .*"));

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. The number of elements equals the number of expected values in the array.
      3. Elements from the list have text matching expected array values, one by one, in order.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Has the right items in the right order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 3", "Text 2", "Text 1"});

 // ✖ Last item does not match
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});
      Parameters:
      expected - Expected string or RegExp or a list of those.
      Since:
      v1.20

    • hasText

      default void hasText(Pattern expected)
      Ensures the Locator points to an element with the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).hasText("Welcome, Test User");
 assertThat(page.locator(".title")).hasText(Pattern.compile("Welcome, .*"));

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. The number of elements equals the number of expected values in the array.
      3. Elements from the list have text matching expected array values, one by one, in order.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Has the right items in the right order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 3", "Text 2", "Text 1"});

 // ✖ Last item does not match
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});
      Parameters:
      expected - Expected string or RegExp or a list of those.
      Since:
      v1.20

    • hasText

      void hasText(Pattern expected, LocatorAssertions.HasTextOptions options)
      Ensures the Locator points to an element with the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).hasText("Welcome, Test User");
 assertThat(page.locator(".title")).hasText(Pattern.compile("Welcome, .*"));

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. The number of elements equals the number of expected values in the array.
      3. Elements from the list have text matching expected array values, one by one, in order.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Has the right items in the right order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 3", "Text 2", "Text 1"});

 // ✖ Last item does not match
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});
      Parameters:
      expected - Expected string or RegExp or a list of those.
      Since:
      v1.20

    • hasText

      default void hasText(String[] expected)
      Ensures the Locator points to an element with the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).hasText("Welcome, Test User");
 assertThat(page.locator(".title")).hasText(Pattern.compile("Welcome, .*"));

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. The number of elements equals the number of expected values in the array.
      3. Elements from the list have text matching expected array values, one by one, in order.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Has the right items in the right order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 3", "Text 2", "Text 1"});

 // ✖ Last item does not match
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});
      Parameters:
      expected - Expected string or RegExp or a list of those.
      Since:
      v1.20

    • hasText

      void hasText(String[] expected, LocatorAssertions.HasTextOptions options)
      Ensures the Locator points to an element with the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).hasText("Welcome, Test User");
 assertThat(page.locator(".title")).hasText(Pattern.compile("Welcome, .*"));

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. The number of elements equals the number of expected values in the array.
      3. Elements from the list have text matching expected array values, one by one, in order.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Has the right items in the right order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 3", "Text 2", "Text 1"});

 // ✖ Last item does not match
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});
      Parameters:
      expected - Expected string or RegExp or a list of those.
      Since:
      v1.20

    • hasText

      default void hasText(Pattern[] expected)
      Ensures the Locator points to an element with the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).hasText("Welcome, Test User");
 assertThat(page.locator(".title")).hasText(Pattern.compile("Welcome, .*"));

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. The number of elements equals the number of expected values in the array.
      3. Elements from the list have text matching expected array values, one by one, in order.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Has the right items in the right order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 3", "Text 2", "Text 1"});

 // ✖ Last item does not match
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});
      Parameters:
      expected - Expected string or RegExp or a list of those.
      Since:
      v1.20

    • hasText

      void hasText(Pattern[] expected, LocatorAssertions.HasTextOptions options)
      Ensures the Locator points to an element with the given text. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator(".title")).hasText("Welcome, Test User");
 assertThat(page.locator(".title")).hasText(Pattern.compile("Welcome, .*"));

      If you pass an array as an expected value, the expectations are:

      1. Locator resolves to a list of elements.
      2. The number of elements equals the number of expected values in the array.
      3. Elements from the list have text matching expected array values, one by one, in order.

      For example, consider the following list:

      Let's see how we can use the assertion: 

      
 // ✓ Has the right items in the right order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});

 // ✖ Wrong order
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 3", "Text 2", "Text 1"});

 // ✖ Last item does not match
 assertThat(page.locator("ul > li")).hasText(new String[] {"Text 1", "Text 2", "Text"});

 // ✖ Locator points to the outer list element, not to the list items
 assertThat(page.locator("ul")).hasText(new String[] {"Text 1", "Text 2", "Text 3"});
      Parameters:
      expected - Expected string or RegExp or a list of those.
      Since:
      v1.20

    • hasValue

      default void hasValue(String value)
      Ensures the Locator points to an element with the given input value. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator("input[type=number]")).hasValue(Pattern.compile("[0-9]"));
      Parameters:
      value - Expected value.
      Since:
      v1.20

    • hasValue

      void hasValue(String value, LocatorAssertions.HasValueOptions options)
      Ensures the Locator points to an element with the given input value. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator("input[type=number]")).hasValue(Pattern.compile("[0-9]"));
      Parameters:
      value - Expected value.
      Since:
      v1.20

    • hasValue

      default void hasValue(Pattern value)
      Ensures the Locator points to an element with the given input value. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator("input[type=number]")).hasValue(Pattern.compile("[0-9]"));
      Parameters:
      value - Expected value.
      Since:
      v1.20

    • hasValue

      void hasValue(Pattern value, LocatorAssertions.HasValueOptions options)
      Ensures the Locator points to an element with the given input value. You can use regular expressions for the value as well.

      **Usage** 

      
 assertThat(page.locator("input[type=number]")).hasValue(Pattern.compile("[0-9]"));
      Parameters:
      value - Expected value.
      Since:
      v1.20

    • hasValues

      default void hasValues(String[] values)
      Ensures the Locator points to multi-select/combobox (i.e. a select with the multiple attribute) and the specified values are selected.

      **Usage**

      For example, given the following element: 

      
 page.locator("id=favorite-colors").selectOption(["R", "G"]);
 assertThat(page.locator("id=favorite-colors")).hasValues(new Pattern[] { Pattern.compile("R"), Pattern.compile("G") });
      Parameters:
      values - Expected options currently selected.
      Since:
      v1.23

    • hasValues

      void hasValues(String[] values, LocatorAssertions.HasValuesOptions options)
      Ensures the Locator points to multi-select/combobox (i.e. a select with the multiple attribute) and the specified values are selected.

      **Usage**

      For example, given the following element: 

      
 page.locator("id=favorite-colors").selectOption(["R", "G"]);
 assertThat(page.locator("id=favorite-colors")).hasValues(new Pattern[] { Pattern.compile("R"), Pattern.compile("G") });
      Parameters:
      values - Expected options currently selected.
      Since:
      v1.23

    • hasValues

      default void hasValues(Pattern[] values)
      Ensures the Locator points to multi-select/combobox (i.e. a select with the multiple attribute) and the specified values are selected.

      **Usage**

      For example, given the following element: 

      
 page.locator("id=favorite-colors").selectOption(["R", "G"]);
 assertThat(page.locator("id=favorite-colors")).hasValues(new Pattern[] { Pattern.compile("R"), Pattern.compile("G") });
      Parameters:
      values - Expected options currently selected.
      Since:
      v1.23

    • hasValues

      void hasValues(Pattern[] values, LocatorAssertions.HasValuesOptions options)
      Ensures the Locator points to multi-select/combobox (i.e. a select with the multiple attribute) and the specified values are selected.

      **Usage**

      For example, given the following element: 

      
 page.locator("id=favorite-colors").selectOption(["R", "G"]);
 assertThat(page.locator("id=favorite-colors")).hasValues(new Pattern[] { Pattern.compile("R"), Pattern.compile("G") });
      Parameters:
      values - Expected options currently selected.
      Since:
      v1.23