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}

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