# Class TestUtils

java.lang.Object
com.codename1.testing.TestUtils

public final class TestUtils extends Object
Various utility classes to automate UI testing

- ## Method Summary

  Modifier and Type
  Method
  Description
  `static void`
  `assertArrayEqual(byte[] expected, byte[] actual)`
  Asserts that the given byte arrays are equal
  `static void`
  `assertArrayEqual(byte[] expected, byte[] actual, String errorMessage)`
  Asserts that the given byte arrays are equal
  `static void`
  `assertArrayEqual(double[] expected, double[] actual, double maxRelativeError)`
  Asserts that the given double arrays are equal
  `static void`
  `assertArrayEqual(double[] expected, double[] actual, double maxRelativeError, String errorMessage)`
  Asserts that the given double arrays are equal
  `static void`
  `assertArrayEqual(float[] expected, float[] actual, double maxRelativeError)`
  Asserts that the given float arrays are equal
  `static void`
  `assertArrayEqual(float[] expected, float[] actual, double maxRelativeError, String errorMessage)`
  Asserts that the given double arrays are equal
  `static void`
  `assertArrayEqual(int[] expected, int[] actual)`
  Asserts that the given int arrays are equal
  `static void`
  `assertArrayEqual(int[] expected, int[] actual, String errorMessage)`
  Asserts that the given int arrays are equal
  `static void`
  `assertArrayEqual(long[] expected, long[] actual, double maxRelativeError)`
  Asserts that the given long arrays are equal
  `static void`
  `assertArrayEqual(long[] expected, long[] actual, double maxRelativeError, String errorMessage)`
  Asserts that the given long arrays are equal
  `static void`
  `assertArrayEqual(short[] expected, short[] actual)`
  Asserts that the given short arrays are equal
  `static void`
  `assertArrayEqual(short[] expected, short[] actual, String errorMessage)`
  Asserts that the given short arrays are equal
  `static void`
  `assertArrayEqual(Object[] expected, Object[] actual)`
  Asserts that the given object arrays are equal
  `static void`
  `assertArrayEqual(Object[] expected, Object[] actual, String errorMessage)`
  Asserts that the given object arrays are equal
  `static void`
  `assertBool(boolean b)`
  Assertions allow for simpler test code
  `static void`
  `assertBool(boolean b, String errorMessage)`
  Assertions allow for simpler test code
  `static void`
  `assertEqual(byte expected, byte actual)`
  Asserts that the given bytes are equal
  `static void`
  `assertEqual(byte expected, byte actual, String errorMessage)`
  Asserts that the given bytes are equal
  `static void`
  `assertEqual(double expected, double actual, double maxRelativeError)`
  Asserts that the given doubles are equal
  `static void`
  `assertEqual(double expected, double actual, double maxRelativeError, String errorMessage)`
  Asserts that the given doubles are equal
  `static void`
  `assertEqual(float expected, float actual, double maxRelativeError)`
  Asserts that the given floats are equal
  `static void`
  `assertEqual(float expected, float actual, double maxRelativeError, String errorMessage)`
  Asserts that the given floats are equal
  `static void`
  `assertEqual(int expected, int actual)`
  Asserts that the given ints are equal
  `static void`
  `assertEqual(int expected, int actual, String errorMessage)`
  Asserts that the given ints are equal
  `static void`
  `assertEqual(long expected, long actual)`
  Asserts that the given longs are equal
  `static void`
  `assertEqual(long expected, long actual, String errorMessage)`
  Asserts that the given longs are equal
  `static void`
  `assertEqual(short expected, short actual)`
  Asserts that the given shorts are equal
  `static void`
  `assertEqual(short expected, short actual, String errorMessage)`
  Asserts that the given shorts are equal
  `static void`
  `assertEqual(Object expected, Object actual)`
  Asserts that the given objects are equal using the first object's .equal() method
  `static void`
  `assertEqual(Object expected, Object actual, String errorMessage)`
  Asserts that the given objects are equal using the first object's .equal() method
  `static void`
  `assertException(RuntimeException exception, Runnable expression)`
  Asserts that a certain exception is raised
  `static void`
  `assertException(RuntimeException exception, Runnable expression, String errorMessage)`
  Asserts that a certain exception is raised
  `static void`
  `assertFalse(boolean value)`
  Asserts that the given expression evaluates to false
  `static void`
  `assertFalse(boolean value, String errorMessage)`
  Asserts that the given expression evaluates to false
  `static void`
  `assertLabel(int[] path, String text)`
  Asserts that we have a label with the given text baring the given name
  `static void`
  `assertLabel(String text)`
  Asserts that we have a label with the given text baring the given name
  `static void`
  `assertLabel(String name, String text)`
  Asserts that we have a label with the given text baring the given name
  `static void`
  `assertNoException(Runnable expression)`
  Asserts that no exception is raised
  `static void`
  `assertNoException(Runnable expression, String errorMessage)`
  Asserts that no exception is raised
  `static void`
  `assertNotEqual(byte expected, byte actual)`
  Asserts that the given bytes are not equal
  `static void`
  `assertNotEqual(byte expected, byte actual, String errorMessage)`
  Asserts that the given bytes are not equal
  `static void`
  `assertNotEqual(double expected, double actual, double minRelativeError)`
  Asserts that the given doubles are not equal
  `static void`
  `assertNotEqual(double expected, double actual, double minRelativeError, String errorMessage)`
  Asserts that the given doubles are not equal
  `static void`
  `assertNotEqual(int expected, int actual)`
  Asserts that the given ints are not equal
  `static void`
  `assertNotEqual(int expected, int actual, String errorMessage)`
  Asserts that the given ints are not equal
  `static void`
  `assertNotEqual(long expected, long actual, double minRelativeError)`
  Asserts that the given longs are not equal
  `static void`
  `assertNotEqual(long expected, long actual, double minRelativeError, String errorMessage)`
  Asserts that the given longs are not equal
  `static void`
  `assertNotEqual(short expected, short actual)`
  Asserts that the given shorts are not equal
  `static void`
  `assertNotEqual(short expected, short actual, String errorMessage)`
  Asserts that the given shorts are not equal
  `static void`
  `assertNotEqual(Object expected, Object actual)`
  Asserts that the given objects are not equal using the first object's .equal() method
  `static void`
  `assertNotEqual(Object expected, Object actual, String errorMessage)`
  Asserts that the given objects are not equal using the first object's .equal() method
  `static void`
  `assertNotNull(Object object)`
  Asserts that the given expression does not evaluate to null
  `static void`
  `assertNotNull(Object object, String errorMessage)`
  Asserts that the given expression does not evaluate to null
  `static void`
  `assertNotSame(Object expected, Object actual)`
  Asserts that the given parameters do not reference the same object
  `static void`
  `assertNotSame(Object expected, Object actual, String errorMessage)`
  Asserts that the given parameters do not reference the same object
  `static void`
  `assertNull(Object object)`
  Asserts that the given expression evaluates to null
  `static void`
  `assertNull(Object object, String errorMessage)`
  Asserts that the given expression evaluates to null
  `static void`
  `assertRange(double expected, double actual, double absoluteError)`
  Asserts that the given doubles are equal
  `static void`
  `assertRange(double expected, double actual, double maxAbsoluteError, String errorMessage)`
  Asserts that the given doubles are equal
  `static void`
  `assertSame(Object expected, Object actual)`
  Asserts that the given parameters reference the same object
  `static void`
  `assertSame(Object expected, Object actual, String errorMessage)`
  Asserts that the given parameters reference the same object
  `static void`
  `assertTextArea(int[] path, String text)`
  Asserts that we have a label with the given text baring the given name
  `static void`
  `assertTextArea(String text)`
  Asserts that we have a label with the given text baring the given name
  `static void`
  `assertTextArea(String name, String text)`
  Asserts that we have a TextArea with the given text and the given name
  `static void`
  `assertTextAreaContaining(String name, String text)`
  Asserts that we have a TextArea with the a text contains the given text and with the given name
  `static void`
  `assertTextAreaEndingWith(String name, String text)`
  Asserts that we have a TextArea with the a text ending with the given text and with the given name
  `static void`
  `assertTextAreaStartingWith(String name, String text)`
  Asserts that we have a TextArea with the a text starting with the given text and with the given name
  `static void`
  `assertTitle(String title)`
  Verifies the current title is the same otherwise throws an exception
  `static void`
  `assertTrue(boolean value)`
  Asserts that the given expression evaluates to true
  `static void`
  `assertTrue(boolean value, String errorMessage)`
  Asserts that the given expression evaluates to true
  `static void`
  `clickButtonByLabel(String text)`
  Clicks the button with the given label
  `static void`
  `clickButtonByName(String name)`
  Clicks the button with the given label
  `static void`
  `clickButtonByPath(int[] path)`
  Clicks the button with the given component path
  `static void`
  `clickMenuItem(String name)`
  Executes a menu command with the given name
  `static void`
  `ensureVisible(int[] path)`
  Scrolls to show the component in case it is invisible currently
  `static void`
  `ensureVisible(Component c)`
  Scrolls to show the component in case it is invisible currently
  `static void`
  `ensureVisible(String componentName)`
  Scrolls to show the component in case it is invisible currently
  `static void`
  `executeToolbarCommandAtOffset(int offset)`
  Executes a command from the offset returned by `#getToolbarCommands()`
  `static void`
  `fail()`
  An assertion that always fails a test.
  `static void`
  `fail(String errorMessage)`
  An assertion that always fails a test.
  `static Component`
  `findByName(String componentName)`
  Finds a component with the given name, works even with UI's that weren't created with the GUI builder
  `static Label`
  `findLabelText(String text)`
  Finds a component with the given name, works even with UI's that weren't created with the GUI builder
  `static TextArea`
  `findTextAreaText(String text)`
  Finds a component with the given name, works even with UI's that weren't created with the GUI builder
  `static void`
  `gameKeyPress(int gameKey)`
  Simulates a game key press
  `static void`
  `gameKeyRelease(int gameKey)`
  Simulates a game key release
  `static Component`
  `getComponentByPath(int[] path)`
  Gets the component from the current form based on its path.
  `static Command[]`
  `getToolbarCommands()`
  Returns all the command objects from the toolbar in the order of left, right, overflow & sidemenu
  `static void`
  `goBack()`
  Executes the back command for the current form, similarly to pressing the back button
  `static void`
  `keyPress(int keyCode)`
  Simulates a device key press
  `static void`
  `keyRelease(int keyCode)`
  Simulates a device key release
  `static void`
  `log(String t)`
  Log to the test log
  `static void`
  `log(Throwable t)`
  Log to the test log
  `static void`
  `pointerDrag(float x, float y, int[] path)`
  A component drag on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place.
  `static void`
  `pointerDrag(float x, float y, String componentName)`
  A component drag on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place.
  `static void`
  `pointerPress(float x, float y, int[] path)`
  A component press on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place.
  `static void`
  `pointerPress(float x, float y, String componentName)`
  A component press on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place.
  `static void`
  `pointerRelease(float x, float y, int[] path)`
  A component release on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place.
  `static void`
  `pointerRelease(float x, float y, String componentName)`
  A component release on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place.
  `static boolean`
  `screenshotTest(String screenshotName)`
  The screenshot test takes a screenshot of the screen and compares it to a prior screenshot, if both are 100% identical the test passes.
  `static void`
  `selectInList(int[] path, int offset)`
  Selects the given offset in a list
  `static void`
  `selectInList(String listName, int offset)`
  Selects the given offset in a list
  `static void`
  `setText(int[] path, String text)`
  Sets the text for the given component
  `static void`
  `setText(String name, String text)`
  Sets the text for the given component
  `static void`
  `setVerboseMode(boolean v)`
  Activates/deactivates the verbose test mode
  `static void`
  `showSidemenu()`
  Shows the sidemenu UI
  `static void`
  `waitFor(int millis)`
  Waits for the given number of milliseconds even if the waiting is on the EDT thread
  `static void`
  `waitForFormName(String name)`
  Waits for a form change and if no form change occurred after a given timeout then fail the test.
  `static void`
  `waitForFormName(String name, long timeout)`
  Waits for a form change and if no form change occurred after a given timeout then fail the test
  `static void`
  `waitForFormTitle(String title)`
  Waits for a form change and if no form change occurred after a given timeout then fail the test.
  `static void`
  `waitForFormTitle(String title, long timeout)`
  Waits for a form change and if no form change occurred after a given timeout then fail the test
  `static void`
  `waitForUnnamedForm()`
  Waits for a form change and if no form change occurred after a given timeout then fail the test
  `static void`
  `waitForUnnamedForm(long timeout)`
  Waits for a form change and if no form change occurred after a given timeout then fail the test

  ### Methods inherited from class Object

  `clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait`

- ## Method Details

  - ### setVerboseMode

    public static void setVerboseMode(boolean v)

    Activates/deactivates the verbose test mode

    ###### Parameters

    - `v`: true for verbosity

  - ### waitFor

    public static void waitFor(int millis)

    Waits for the given number of milliseconds even if the waiting is on the EDT thread

    ###### Parameters

    - `millis`: the number of milliseconds to wait

  - ### findByName

    public static Component findByName(String componentName)

    Finds a component with the given name, works even with UI's that weren't created with the GUI builder

    ###### Parameters

    - `componentName`: the name of the component to find

    ###### Returns

    the component with the given name within the tree

  - ### selectInList

    public static void selectInList(String listName, int offset)

    Selects the given offset in a list

    ###### Parameters

    - `listName`: the name of the list component

    - `offset`: the offset to select

  - ### selectInList

    public static void selectInList(int[] path, int offset)

    Selects the given offset in a list

    ###### Parameters

    - `offset`: the offset to select

  - ### findLabelText

    public static Label findLabelText(String text)

    Finds a component with the given name, works even with UI's that weren't created with the GUI builder

    ###### Parameters

    - `text`: the text of the label/button

    ###### Returns

    the component with the given label text within the tree

  - ### clickButtonByLabel

    public static void clickButtonByLabel(String text)

    Clicks the button with the given label

    ###### Parameters

    - `text`: the text on the button

  - ### clickButtonByName

    public static void clickButtonByName(String name)

    Clicks the button with the given label

    ###### Parameters

    - `name`: the name of the button

  - ### clickButtonByPath

    public static void clickButtonByPath(int[] path)

    Clicks the button with the given component path

    ###### Parameters

    - `path`: the path

  - ### goBack

    public static void goBack()
    Executes the back command for the current form, similarly to pressing the back button

  - ### clickMenuItem

    public static void clickMenuItem(String name)

    Executes a menu command with the given name

    ###### Parameters

    - `name`: the name of the command

  - ### getToolbarCommands

    public static Command[] getToolbarCommands()

    Returns all the command objects from the toolbar in the order of left, right, overflow & sidemenu

    ###### Returns

    the set of commands

  - ### showSidemenu

    public static void showSidemenu()
    Shows the sidemenu UI

  - ### executeToolbarCommandAtOffset

    public static void executeToolbarCommandAtOffset(int offset)

    Executes a command from the offset returned by `#getToolbarCommands()`

    ###### Parameters

    - `offset`: the offset of the command we want to execute

  - ### ensureVisible

    public static void ensureVisible(Component c)

    Scrolls to show the component in case it is invisible currently

    ###### Parameters

    - `c`: the component

  - ### ensureVisible

    public static void ensureVisible(String componentName)

    Scrolls to show the component in case it is invisible currently

    ###### Parameters

    - `componentName`: the component

  - ### ensureVisible

    public static void ensureVisible(int[] path)

    Scrolls to show the component in case it is invisible currently

    ###### Parameters

    - `path`: the path to the component

  - ### waitForFormTitle

    public static void waitForFormTitle(String title, long timeout)

    Waits for a form change and if no form change occurred after a given timeout then fail the test

    ###### Parameters

    - `title`: the title of the form to wait for

    - `timeout`: Timeout in ms.

  - ### waitForFormTitle

    public static void waitForFormTitle(String title)

    Waits for a form change and if no form change occurred after a given timeout then fail the test. Timeout is 90 seconds.

    ###### Parameters

    - `title`: the title of the form to wait for

  - ### waitForFormName

    public static void waitForFormName(String name, long timeout)

    Waits for a form change and if no form change occurred after a given timeout then fail the test

    ###### Parameters

    - `name`: the name of the form to wait for

    - `timeout`: Timeout in ms

  - ### waitForFormName

    public static void waitForFormName(String name)

    Waits for a form change and if no form change occurred after a given timeout then fail the test. Timeout is 90 seconds.

    ###### Parameters

    - `name`: the name of the form to wait for

  - ### waitForUnnamedForm

    public static void waitForUnnamedForm(long timeout)

    Waits for a form change and if no form change occurred after a given timeout then fail the test

    ###### Parameters

    - `timeout`: Timeout in milliseconds.

  - ### waitForUnnamedForm

    public static void waitForUnnamedForm()
    Waits for a form change and if no form change occurred after a given timeout then fail the test

  - ### screenshotTest

    public static boolean screenshotTest(String screenshotName)

    The screenshot test takes a screenshot of the screen and compares it to a prior screenshot, if both are 100% identical the test passes. If not the test fails.

    If this is the first time the test is run then the screenshot is taken and saved under the given name in the devices storage. The test passes for this case but a warning is printed to the console. The name will have .png appended to it so it will be identified.

    This test will only work on devices that support the ImageIO API with PNG file format.

    ###### Parameters

    - `screenshotName`: the name to use for the storage, must be unique!

    ###### Returns

    Returns:
      true if the screenshots are identical or no prior screenshot exists or if the test can't be run on this device. False if a screenshot exists and it isn't 100% identical.

  - ### log

    public static void log(String t)

    Log to the test log

    ###### Parameters

    - `t`: the string to log

  - ### log

    public static void log(Throwable t)

    Log to the test log

    ###### Parameters

    - `t`: exception to log

  - ### keyPress

    public static void keyPress(int keyCode)

    Simulates a device key press

    ###### Parameters

    - `keyCode`: the keycode

  - ### keyRelease

    public static void keyRelease(int keyCode)

    Simulates a device key release

    ###### Parameters

    - `keyCode`: the keycode

  - ### gameKeyPress

    public static void gameKeyPress(int gameKey)

    Simulates a game key press

    ###### Parameters

    - `gameKey`: the game key (arrows etc.)

  - ### gameKeyRelease

    public static void gameKeyRelease(int gameKey)

    Simulates a game key release

    ###### Parameters

    - `gameKey`: the game key (arrows etc.)

  - ### pointerPress

    public static void pointerPress(float x, float y, String componentName)

    A component press on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place. E.g. For a 100x100 component a press within 10,5 would be 0.1f, 0.05f.

    ###### Parameters

    - `x`: the offset within the component as a number between 0 and 1

    - `y`: the offset within the component as a number between 0 and 1

    - `componentName`: the name of the component

  - ### pointerRelease

    public static void pointerRelease(float x, float y, String componentName)

    A component release on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place. E.g. For a 100x100 component a press within 10,5 would be 0.1f, 0.05f.

    ###### Parameters

    - `x`: the offset within the component as a number between 0 and 1

    - `y`: the offset within the component as a number between 0 and 1

    - `componentName`: the name of the component

  - ### pointerDrag

    public static void pointerDrag(float x, float y, String componentName)

    A component drag on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place. E.g. For a 100x100 component a press within 10,5 would be 0.1f, 0.05f.

    ###### Parameters

    - `x`: the offset within the component as a number between 0 and 1

    - `y`: the offset within the component as a number between 0 and 1

    - `componentName`: the name of the component

  - ### pointerPress

    public static void pointerPress(float x, float y, int[] path)

    A component press on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place. E.g. For a 100x100 component a press within 10,5 would be 0.1f, 0.05f.

    ###### Parameters

    - `x`: the offset within the component as a number between 0 and 1

    - `y`: the offset within the component as a number between 0 and 1

    - `path`: the path to the component

  - ### pointerRelease

    public static void pointerRelease(float x, float y, int[] path)

    A component release on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place. E.g. For a 100x100 component a press within 10,5 would be 0.1f, 0.05f.

    ###### Parameters

    - `x`: the offset within the component as a number between 0 and 1

    - `y`: the offset within the component as a number between 0 and 1

    - `path`: the path to the component

  - ### pointerDrag

    public static void pointerDrag(float x, float y, int[] path)

    A component drag on a given named component at x/y where x and y are NOT pixels but rather a number between 0 to 1 representing the percentage within the component where the event took place. E.g. For a 100x100 component a press within 10,5 would be 0.1f, 0.05f.

    ###### Parameters

    - `x`: the offset within the component as a number between 0 and 1

    - `y`: the offset within the component as a number between 0 and 1

    - `path`: the path to the component

  - ### getComponentByPath

    public static Component getComponentByPath(int[] path)

    Gets the component from the current form based on its path. A path is a set of offsets starting from the content pane and moving inwards so a path of { 0, 3 } would mean that the first component within the Content pane (by index) is a Container whose 3rd component (again by index) is the component we want.

    ###### Parameters

    - `path`: an array

    ###### Returns

    a component

  - ### setText

    public static void setText(String name, String text)

    Sets the text for the given component

    ###### Parameters

    - `name`: the name of the component

    - `text`: the text to set

  - ### setText

    public static void setText(int[] path, String text)

    Sets the text for the given component

    ###### Parameters

    - `path`: the path to the component

    - `text`: the text to set

  - ### assertBool

    public static void assertBool(boolean b)

    Assertions allow for simpler test code

    ###### Parameters

    - `b`: must be true, otherwise an exception is thrown thus failing the test

  - ### assertBool

    public static void assertBool(boolean b, String errorMessage)

    Assertions allow for simpler test code

    ###### Parameters

    - `b`: must be true, otherwise an exception is thrown thus failing the test

  - ### fail

    public static void fail()
    An assertion that always fails a test.

  - ### fail

    public static void fail(String errorMessage)

    An assertion that always fails a test.

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertTrue

    public static void assertTrue(boolean value)
    Asserts that the given expression evaluates to true

  - ### assertTrue

    public static void assertTrue(boolean value, String errorMessage)

    Asserts that the given expression evaluates to true

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertFalse

    public static void assertFalse(boolean value)
    Asserts that the given expression evaluates to false

  - ### assertFalse

    public static void assertFalse(boolean value, String errorMessage)

    Asserts that the given expression evaluates to false

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertNull

    public static void assertNull(Object object)
    Asserts that the given expression evaluates to null

  - ### assertNull

    public static void assertNull(Object object, String errorMessage)

    Asserts that the given expression evaluates to null

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertNotNull

    public static void assertNotNull(Object object)
    Asserts that the given expression does not evaluate to null

  - ### assertNotNull

    public static void assertNotNull(Object object, String errorMessage)

    Asserts that the given expression does not evaluate to null

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertSame

    public static void assertSame(Object expected, Object actual)
    Asserts that the given parameters reference the same object

  - ### assertSame

    public static void assertSame(Object expected, Object actual, String errorMessage)

    Asserts that the given parameters reference the same object

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertNotSame

    public static void assertNotSame(Object expected, Object actual)
    Asserts that the given parameters do not reference the same object

  - ### assertNotSame

    public static void assertNotSame(Object expected, Object actual, String errorMessage)

    Asserts that the given parameters do not reference the same object

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertEqual

    public static void assertEqual(byte expected, byte actual)
    Asserts that the given bytes are equal

  - ### assertEqual

    public static void assertEqual(byte expected, byte actual, String errorMessage)

    Asserts that the given bytes are equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertEqual

    public static void assertEqual(short expected, short actual)
    Asserts that the given shorts are equal

  - ### assertEqual

    public static void assertEqual(short expected, short actual, String errorMessage)

    Asserts that the given shorts are equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertEqual

    public static void assertEqual(int expected, int actual)
    Asserts that the given ints are equal

  - ### assertEqual

    public static void assertEqual(int expected, int actual, String errorMessage)

    Asserts that the given ints are equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertEqual

    public static void assertEqual(long expected, long actual)
    Asserts that the given longs are equal

  - ### assertEqual

    public static void assertEqual(long expected, long actual, String errorMessage)

    Asserts that the given longs are equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertEqual

    public static void assertEqual(float expected, float actual, double maxRelativeError)

    Asserts that the given floats are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

  - ### assertEqual

    public static void assertEqual(float expected, float actual, double maxRelativeError, String errorMessage)

    Asserts that the given floats are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

    - `errorMessage`: is a string describing the failure

  - ### assertEqual

    public static void assertEqual(double expected, double actual, double maxRelativeError)

    Asserts that the given doubles are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

  - ### assertRange

    public static void assertRange(double expected, double actual, double absoluteError)

    Asserts that the given doubles are equal

    ###### Parameters

    - `expected`: Expected value

    - `actual`: Actual value

    - `absoluteError`: is the maximum allowed error, a value of 1 represents a 1% error.

    ###### Since

    8.0

  - ### assertEqual

    public static void assertEqual(double expected, double actual, double maxRelativeError, String errorMessage)

    Asserts that the given doubles are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

    - `errorMessage`: is a string describing the failure

  - ### assertRange

    public static void assertRange(double expected, double actual, double maxAbsoluteError, String errorMessage)

    Asserts that the given doubles are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

    - `errorMessage`: is a string describing the failure

  - ### assertEqual

    public static void assertEqual(Object expected, Object actual)
    Asserts that the given objects are equal using the first object's .equal() method

  - ### assertEqual

    public static void assertEqual(Object expected, Object actual, String errorMessage)

    Asserts that the given objects are equal using the first object's .equal() method

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertNotEqual

    public static void assertNotEqual(byte expected, byte actual)
    Asserts that the given bytes are not equal

  - ### assertNotEqual

    public static void assertNotEqual(byte expected, byte actual, String errorMessage)

    Asserts that the given bytes are not equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertNotEqual

    public static void assertNotEqual(short expected, short actual)
    Asserts that the given shorts are not equal

  - ### assertNotEqual

    public static void assertNotEqual(short expected, short actual, String errorMessage)

    Asserts that the given shorts are not equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertNotEqual

    public static void assertNotEqual(int expected, int actual)
    Asserts that the given ints are not equal

  - ### assertNotEqual

    public static void assertNotEqual(int expected, int actual, String errorMessage)

    Asserts that the given ints are not equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertNotEqual

    public static void assertNotEqual(long expected, long actual, double minRelativeError)
    Asserts that the given longs are not equal

  - ### assertNotEqual

    public static void assertNotEqual(long expected, long actual, double minRelativeError, String errorMessage)

    Asserts that the given longs are not equal

    ###### Parameters

    - `minRelativeError`: is the minimum allowed error, a value of 1 represents a 1% error.

    - `errorMessage`: is a string describing the failure

  - ### assertNotEqual

    public static void assertNotEqual(double expected, double actual, double minRelativeError)

    Asserts that the given doubles are not equal

    ###### Parameters

    - `minRelativeError`: is the minimum allowed error, a value of 1 represents a 1% error.

  - ### assertNotEqual

    public static void assertNotEqual(double expected, double actual, double minRelativeError, String errorMessage)

    Asserts that the given doubles are not equal

    ###### Parameters

    - `minRelativeError`: is the minimum allowed error, a value of 1 represents a 1% error.

    - `errorMessage`: is a string describing the failure

  - ### assertNotEqual

    public static void assertNotEqual(Object expected, Object actual)
    Asserts that the given objects are not equal using the first object's .equal() method

  - ### assertNotEqual

    public static void assertNotEqual(Object expected, Object actual, String errorMessage)

    Asserts that the given objects are not equal using the first object's .equal() method

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertArrayEqual

    public static void assertArrayEqual(byte[] expected, byte[] actual)
    Asserts that the given byte arrays are equal

  - ### assertArrayEqual

    public static void assertArrayEqual(byte[] expected, byte[] actual, String errorMessage)

    Asserts that the given byte arrays are equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertArrayEqual

    public static void assertArrayEqual(short[] expected, short[] actual)
    Asserts that the given short arrays are equal

  - ### assertArrayEqual

    public static void assertArrayEqual(short[] expected, short[] actual, String errorMessage)

    Asserts that the given short arrays are equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertArrayEqual

    public static void assertArrayEqual(int[] expected, int[] actual)
    Asserts that the given int arrays are equal

  - ### assertArrayEqual

    public static void assertArrayEqual(int[] expected, int[] actual, String errorMessage)

    Asserts that the given int arrays are equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertArrayEqual

    public static void assertArrayEqual(long[] expected, long[] actual, double maxRelativeError)

    Asserts that the given long arrays are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

  - ### assertArrayEqual

    public static void assertArrayEqual(long[] expected, long[] actual, double maxRelativeError, String errorMessage)

    Asserts that the given long arrays are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

    - `errorMessage`: is a string describing the failure

  - ### assertArrayEqual

    public static void assertArrayEqual(float[] expected, float[] actual, double maxRelativeError)

    Asserts that the given float arrays are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

  - ### assertArrayEqual

    public static void assertArrayEqual(float[] expected, float[] actual, double maxRelativeError, String errorMessage)

    Asserts that the given double arrays are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

    - `errorMessage`: is a string describing the failure

  - ### assertArrayEqual

    public static void assertArrayEqual(double[] expected, double[] actual, double maxRelativeError)

    Asserts that the given double arrays are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

  - ### assertArrayEqual

    public static void assertArrayEqual(double[] expected, double[] actual, double maxRelativeError, String errorMessage)

    Asserts that the given double arrays are equal

    ###### Parameters

    - `maxRelativeError`: is the maximum allowed error, a value of 1 represents a 1% error.

    - `errorMessage`: is a string describing the failure

  - ### assertArrayEqual

    public static void assertArrayEqual(Object[] expected, Object[] actual)
    Asserts that the given object arrays are equal

  - ### assertArrayEqual

    public static void assertArrayEqual(Object[] expected, Object[] actual, String errorMessage)

    Asserts that the given object arrays are equal

    ###### Parameters

    - `errorMessage`: is a string describing the failure

  - ### assertException

    public static void assertException(RuntimeException exception, Runnable expression)

    Asserts that a certain exception is raised

    ###### Parameters

    - `exception`

    - `expression`

  - ### assertException

    public static void assertException(RuntimeException exception, Runnable expression, String errorMessage)

    Asserts that a certain exception is raised

    ###### Parameters

    - `exception`

    - `expression`

    - `errorMessage`

  - ### assertNoException

    public static void assertNoException(Runnable expression)

    Asserts that no exception is raised

    ###### Parameters

    - `expression`

  - ### assertNoException

    public static void assertNoException(Runnable expression, String errorMessage)

    Asserts that no exception is raised

    ###### Parameters

    - `expression`

    - `errorMessage`

  - ### assertTitle

    public static void assertTitle(String title)

    Verifies the current title is the same otherwise throws an exception

    ###### Parameters

    - `title`: the tile to verify

  - ### assertLabel

    public static void assertLabel(String name, String text)

    Asserts that we have a label with the given text baring the given name

    ###### Parameters

    - `name`: the name of the label

    - `text`: the text of the label

  - ### assertLabel

    public static void assertLabel(int[] path, String text)

    Asserts that we have a label with the given text baring the given name

    ###### Parameters

    - `path`: the path of the label

    - `text`: the text of the label

  - ### assertLabel

    public static void assertLabel(String text)

    Asserts that we have a label with the given text baring the given name

    ###### Parameters

    - `text`: the text of the label

  - ### assertTextArea

    public static void assertTextArea(String name, String text)

    Asserts that we have a TextArea with the given text and the given name

    ###### Parameters

    - `name`: the name of the TextArea

    - `text`: the text of the TextArea

  - ### assertTextAreaContaining

    public static void assertTextAreaContaining(String name, String text)

    Asserts that we have a TextArea with the a text contains the given text and with the given name

    ###### Parameters

    - `name`: the name of the TextArea

    - `text`: the sequence to search for in the TextArea

  - ### assertTextAreaStartingWith

    public static void assertTextAreaStartingWith(String name, String text)

    Asserts that we have a TextArea with the a text starting with the given text and with the given name

    ###### Parameters

    - `name`: the name of the TextArea

    - `text`: the prefix to search for in the TextArea

  - ### assertTextAreaEndingWith

    public static void assertTextAreaEndingWith(String name, String text)

    Asserts that we have a TextArea with the a text ending with the given text and with the given name

    ###### Parameters

    - `name`: the name of the TextArea

    - `text`: the suffix to search for in the TextArea

  - ### assertTextArea

    public static void assertTextArea(int[] path, String text)

    Asserts that we have a label with the given text baring the given name

    ###### Parameters

    - `path`: the path to the text area

    - `text`: the text of the label

  - ### assertTextArea

    public static void assertTextArea(String text)

    Asserts that we have a label with the given text baring the given name

    ###### Parameters

    - `text`: the text of the label

  - ### findTextAreaText

    public static TextArea findTextAreaText(String text)

    Finds a component with the given name, works even with UI's that weren't created with the GUI builder

    ###### Parameters

    - `text`: the text of the label/button

    ###### Returns

    the component with the given TextArea text within the tree