Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use retryForAny method of com.intuit.karate.robot.RobotBase class

Best Karate code snippet using com.intuit.karate.robot.RobotBase.retryForAny

Source:Element.java

...87        return this;88    }89    90    default Element waitFor(String locator) {91        return getRobot().retryForAny(true, this, locator);92    }93    94    default Element waitForAny(String locator1, String locator2) {95        return getRobot().retryForAny(true, this, locator1, locator2);96    }97    98    default Element waitForAny(String[] locators) {99        return getRobot().retryForAny(true, this, locators);100    }    101    default Element retry(Integer count, Integer interval) {102        getRobot().retry(count, interval);103        return this;104    }105    default Element locate(String locator) {106        RobotBase robot = getRobot();107        return robot.locate(robot.getHighlightDuration(), this, locator);108    }109    default List<Element> locateAll(String locator) {110        RobotBase robot = getRobot();111        return robot.locateAll(robot.getHighlightDuration(), this, locator);112    }113    ...

retryForAny

Using AI Code Generation

1def retryForAny = { int max, int delay, Closure func ->2    while (count < max) {3        try {4            return func()5        } catch (Exception e) {6            if (count < max - 1) {7                Thread.sleep(delay)8            } else {9            }10        }11    }12}13def retryForAny = { int max, int delay, Closure func ->14    while (count < max) {15        try {16            return func()17        } catch (Exception e) {18            if (count < max - 1) {19                Thread.sleep(delay)20            } else {21            }22        }23    }24}25def retryForAny = { int max, int delay, Closure func ->26    while (count < max) {27        try {28            return func()29        } catch (Exception e) {30            if (count < max - 1) {31                Thread.sleep(delay)32            } else {33            }34        }35    }36}37def retryForAny = { int max, int delay, Closure func ->38    while (count < max) {39        try {40            return func()41        } catch (Exception e) {42            if (count < max - 1) {43                Thread.sleep(delay)44            } else {45            }46        }47    }48}49def retryForAny = { int max, int delay, Closure func ->50    while (count < max) {51        try {52            return func()53        } catch (Exception e) {54            if (count < max - 1) {55                Thread.sleep(delay)56            } else {57            }58        }59    }60}61def retryForAny = { int max, int delay, Closure func ->62    while (count < max) {63        try {64            return func()65        } catch (Exception e) {66            if (count < max - 1) {67                Thread.sleep(delay)68            } else {69            }70        }71    }72}73def retryForAny = { int max, int delay, Closure func ->

retryForAny

Using AI Code Generation

1def retryForAny = { String[] args ->2    if (args.length > 0) {3    }4    if (args.length > 1) {5    }6    for (int i = 0; i < retryCount; i++) {7        try {8        } catch (Exception e) {9            if (i == retryCount - 1) {10            }11        }12        Thread.sleep(retryInterval)13    }14}

retryForAny

Using AI Code Generation

1def robot = new com.intuit.karate.robot.RobotBase()2def retryForAny = retryForAny(5, 1000)3def robot = new com.intuit.karate.robot.RobotBase()4def retryForAny = retryForAny(5, 1000)5def robot = new com.intuit.karate.robot.RobotBase()6def retryForAny = retryForAny(5, 1000)7def robot = new com.intuit.karate.robot.RobotBase()8def retryForAny = retryForAny(5, 1000)9def robot = new com.intuit.karate.robot.RobotBase()10def retryForAny = retryForAny(5, 1000)11def robot = new com.intuit.karate.robot.RobotBase()12def retryForAny = retryForAny(5, 1000)13def robot = new com.intuit.karate.robot.RobotBase()14def retryForAny = retryForAny(5, 1000)15def robot = new com.intuit.karate.robot.RobotBase()16def retryForAny = retryForAny(5, 1000)

retryForAny

Using AI Code Generation

1* def robot = com.intuit.karate.robot.RobotBase.getRobot()2* def app = robot.getApplication("Calculator")3* def button = app.getButton("7")4* robot.retryForAny(5, 1000, button::click)5* def robot = com.intuit.karate.robot.RobotBase.getRobot()6* def app = robot.getApplication("Calculator")7* def button = app.getButton("7")8* robot.retryForAny(5, 1000, button::click)9* def robot = com.intuit.karate.robot.RobotBase.getRobot()10* def app = robot.getApplication("Calculator")11* def button = app.getButton("7")12* robot.retryForAny(5, 1000, button::click)13* def robot = com.intuit.karate.robot.RobotBase.getRobot()14* def app = robot.getApplication("Calculator")15* def button = app.getButton("7")16* robot.retryForAny(5, 1000, button::click)17* def robot = com.intuit.karate.robot.RobotBase.getRobot()18* def app = robot.getApplication("Calculator")19* def button = app.getButton("7")20* robot.retryForAny(5, 1000, button::click)21* def robot = com.intuit.karate.robot.RobotBase.getRobot()22* def app = robot.getApplication("Calculator")23* def button = app.getButton("7")24* robot.retryForAny(5, 1000, button::click)

retryForAny

Using AI Code Generation

1def retryForAny = call read('classpath:retryForAny.feature')2def retryForAny = call read('classpath:retryForAny.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1 ] }3def retryForAny = call read('classpath:retryForAny.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1, 'ignore': '.*' ] }4def retryForAny = call read('classpath:retryForAny.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1, 'ignore': '.*', 'retry': '.*' ] }5def retryForAny = call read('classpath:retryForAny.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1, 'ignore': '.*', 'retry': '.*', 'timeoutMessage': 'Timeout message' ] }6def retryForAll = call read('classpath:retryForAll.feature')7def retryForAll = call read('classpath:retryForAll.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1 ] }8def retryForAll = call read('classpath:retryForAll.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1, 'ignore': '.*' ] }9def retryForAll = call read('classpath:retryForAll.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1, 'ignore': '.*', 'retry': '.*' ] }10def retryForAll = call read('classpath:retryForAll.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1, 'ignore': '.*', 'retry': '.*', 'timeoutMessage': 'Timeout message' ] }11def retryForAny = call read('classpath:retryForAny.feature')12def retryForAny = call read('classpath:retryForAny.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1 ] }13def retryForAny = call read('classpath:retryForAny.feature') { scriptArgs: [ 'timeout': 10, 'interval': 1,

retryForAny

Using AI Code Generation

1* def robot = karate.get('robot')2* robot.click(element)3* def robot = karate.get('robot')4* robot.click(element)5* def robot = karate.get('robot')6* robot.click(element)7* def robot = karate.get('robot')8* robot.click(element)9* def robot = karate.get('robot')10* robot.click(element)11* def robot = karate.get('robot')12* robot.click(element)13* def robot = karate.get('robot')14* def element = robot.retryForAny(5) {

retryForAny

Using AI Code Generation

1* def robot = new com.intuit.karate.robot.RobotBase()2* match robot.retryForAny({ i -> print i; 'hello' }, 3) == 'hello'3* match robot.retryForAny({ i -> print i; if (i < 2) { throw new Exception() } 'hello' }, 3) == 'hello'4* match robot.retryForAny({ i -> print i; if (i < 2) { throw new Exception() }; 'hello' }, 3) == 'hello'5* match robot.retryForAny({ i -> print i; if (i < 2) { throw new Exception() } 'hello' }, 3) == 'hello'6* match robot.retryForAny({ i -> print i; if (i < 2) { throw new Exception() } 'hello' }, 3) == 'hello'7* match robot.retryForAny({ i -> print i; if (i < 2) { throw new Exception() } 'hello' }, 3) == 'hello'8* match robot.retryForAny({ i -> print i; if (i < 2) { throw new Exception() } 'hello' }, 3) == 'hello'

retryForAny

Using AI Code Generation

1def result = retryForAny(retryCount) {2    def robot = RobotBase.getRobot()3    robot.click("id=button1")4    robot.click("id=button2")5    robot.click("id=button3")6    robot.click("id=button4")7    robot.click("id=button5")8}9def result = retryForAny(retryCount, retryInterval) {10    def robot = RobotBase.getRobot()11    robot.click("id=button1")12    robot.click("id=button2")13    robot.click("id=button3")14    robot.click("id=button4")15    robot.click("id=button5")16}17def result = retryForAny(retryCount, retryInterval, retryIntervalIncrement) {18    def robot = RobotBase.getRobot()19    robot.click("id=button1")20    robot.click("id=button2")21    robot.click("id=button3")22    robot.click("id=button4")23    robot.click("id=button5")24}

retryForAny

Using AI Code Generation

1* def robot = karate.read('classpath:com/intuit/karate/robot/robot.feature')2* def options = { "chromeOptions": { "args": [ "--headless" ] } }3* def driver = org.openqa.selenium.chrome.ChromeDriver(options)4* def robotBase = com.intuit.karate.robot.RobotBase(driver)5* def action = { -> robotBase.click('button') }6* robotBase.retryForAny(retryCount, retryDelay, action)7* def action = { -> robotBase.click('button') }8* def exception = { -> robotBase.click('button') }9* robotBase.retryForAny(retryCount, retryDelay, action, exception)10* def robot = karate.read('classpath:com/intuit/karate/robot/robot.feature')11* def options = { "chromeOptions": { "args": [ "--headless" ] } }12* def driver = org.openqa.selenium.chrome.ChromeDriver(options)13* def robotBase = com.intuit.karate.robot.RobotBase(driver)14* def action = { -> robotBase.click('button') }15* robotBase.retryForAny(retryCount, retryDelay, action)16* def action = { -> robotBase.click('button') }17* def exception = { -> robotBase.click('button') }18* robotBase.retryForAny(retryCount, retryDelay, action

retryForAny

Using AI Code Generation

1def retryForAny(retryCount, lambda) {2    while (count < retryCount) {3        if (lambda()) {4        }5    }6}7def retryForAll(retryCount, lambda) {8    while (count < retryCount) {9        if (!lambda()) {10        }11    }12}13def retryForAny(retryCount, lambda) {14    while (count < retryCount) {15        if (lambda()) {16        }17    }18}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.