How to use parseFileCondition method of com.consol.citrus.config.xml.WaitParser class

Best Citrus code snippet using com.consol.citrus.config.xml.WaitParser.parseFileCondition

Source:WaitParser.java

...55                case "http":56                    condition = parseHttpCondition(conditionElement);57                    break;58                case "file":59                    condition = parseFileCondition(conditionElement);60                    break;61                case "message":62                    condition = parseMessageCondition(conditionElement);63                    break;64                case "action":65                    builder.addPropertyValue("action", parseActionCondition(conditionElement, parserContext));66                    break;67                default:68                    throw new CitrusRuntimeException(String.format("Invalid 'wait' action configuration. Unknown condition '%s'", conditionName));69            }70            if (condition != null) {71                builder.addPropertyValue("condition", condition);72            }73        }74        return builder.getBeanDefinition();75    }76    /**77     * Parse Http request condition.78     * @param element79     * @return80     */81    private Condition parseHttpCondition(Element element) {82        HttpCondition condition = new HttpCondition();83        condition.setUrl(element.getAttribute("url"));84        String method = element.getAttribute("method");85        if (StringUtils.hasText(method)) {86            condition.setMethod(method);87        }88        String statusCode = element.getAttribute("status");89        if (StringUtils.hasText(statusCode)) {90            condition.setHttpResponseCode(statusCode);91        }92        String timeout = element.getAttribute("timeout");93        if (StringUtils.hasText(timeout)) {94            condition.setTimeout(timeout);95        }96        return condition;97    }98    /**99     * Parse message store condition.100     * @param element101     * @return102     */103    private Condition parseMessageCondition(Element element) {104        MessageCondition condition = new MessageCondition();105        condition.setMessageName(element.getAttribute("name"));106        return condition;107    }108    /**109     * Parse test action condition.110     * @param element111     * @param parserContext112     * @return113     */114    private BeanDefinition parseActionCondition(Element element, ParserContext parserContext) {115        Map<String, BeanDefinitionParser> actionRegistry = TestActionRegistry.getRegisteredActionParser();116        Element action = DOMUtil.getFirstChildElement(element);117        if (action != null) {118            BeanDefinitionParser parser = actionRegistry.get(action.getTagName());119            if (parser !=  null) {120                return parser.parse(action, parserContext);121            } else {122                return parserContext.getReaderContext().getNamespaceHandlerResolver().resolve(action.getNamespaceURI()).parse(action, parserContext);123            }124        }125        throw new BeanCreationException("Invalid wait for action condition - action not set properly");126    }127    /**128     * Parse file existence condition.129     * @param element130     * @return131     */132    private Condition parseFileCondition(Element element) {133        FileCondition condition = new FileCondition();134        condition.setFilePath(element.getAttribute("path"));135        return condition;136    }137}...

parseFileCondition

Using AI Code Generation

1public class WaitParser extends AbstractTestActionParser<Wait> {2    public Wait parse(Element element, ParserContext parserContext) {3        Wait action = new Wait();4        DescriptionElementParser.doParse(element, action);5        action.setCondition(parserContext.getReaderContext().getNamespaceHandlerResolver()6                .resolve(element.getNamespaceURI()).parse(element, parserContext));7        if (element.hasAttribute("timeout")) {8            action.setTimeout(parserContext.getReaderContext().getEnvironment().resolvePlaceholders(element.getAttribute("timeout")));9        }10        if (element.hasAttribute("check-interval")) {11            action.setCheckInterval(parserContext.getReaderContext().getEnvironment().resolvePlaceholders(element.getAttribute("check-interval")));12        }13        if (element.hasAttribute("action-timeout")) {14            action.setActionTimeout(parserContext.getReaderContext().getEnvironment().resolvePlaceholders(element.getAttribute("action-timeout")));15        }16        if (element.hasAttribute("action")) {17            action.setAction(parserContext.getReaderContext().getEnvironment().resolvePlaceholders(element.getAttribute("action")));18        }19        if (element.hasAttribute("action-parameters")) {20            action.setActionParameters(parserContext.getReaderContext().getEnvironment().resolvePlaceholders(element.getAttribute("action-parameters")));21        }22        return action;23    }24    public boolean supports(Element element) {25        return "wait".equals(element.getLocalName());26    }27}28public class WaitParser extends AbstractTestActionParser<Wait> {29    public Wait parse(Element element, ParserContext parserContext) {30        Wait action = new Wait();31        DescriptionElementParser.doParse(element, action);32        action.setCondition(parserContext.getReaderContext().getNamespaceHandlerResolver()33                .resolve(element.getNamespaceURI()).parse(element, parserContext));34        if (element.hasAttribute("timeout")) {35            action.setTimeout(parserContext.getReaderContext().getEnvironment().resolvePlaceholders(element.getAttribute("timeout")));36        }37        if (element.hasAttribute("check-interval")) {38            action.setCheckInterval(parserContext.getReaderContext().getEnvironment().resolvePlace

parseFileCondition

Using AI Code Generation

1public boolean parseFileCondition(Element element, ParserContext parserContext) {2    String file = element.getAttribute("file");3    String timeout = element.getAttribute("timeout");4    String interval = element.getAttribute("interval");5    String checkInterval = element.getAttribute("checkInterval");6    String checkDelay = element.getAttribute("checkDelay");7    if (StringUtils.hasText(file)) {8        String expression = String.format("file:exists('%s')", file);9        String condition = String.format("fileCondition(%s)", expression);10        if (StringUtils.hasText(timeout)) {11            condition = String.format("timeout(%s, %s)", timeout, condition);12        }13        if (StringUtils.hasText(interval)) {14            condition = String.format("interval(%s, %s)", interval, condition);15        }16        if (StringUtils.hasText(checkInterval)) {17            condition = String.format("checkInterval(%s, %s)", checkInterval, condition);18        }19        if (StringUtils.hasText(checkDelay)) {20            condition = String.format("checkDelay(%s, %s)", checkDelay, condition);21        }22        parserContext.getDelegate().parseCustomElement(element, condition);23        return true;24    }25    return false;26}27The method parseFileCondition() of the WaitParser class is called by the parseInternal() method of the WaitParser class. The parseInternal() method is called by the Citrus framework to parse the wait tag. The parseInternal() method calls the parseFileCondition() method to parse the file

parseFileCondition

Using AI Code Generation

1public static WaitCondition parseFileCondition(final Element element) {2    WaitCondition condition = new WaitCondition() {3        public boolean isSatisfied() {4            return false;5        }6    };7    return condition;8}9public static WaitCondition parseWaitCondition(final Element element) {10    WaitCondition condition = new WaitCondition() {11        public boolean isSatisfied() {12            return false;13        }14    };15    return condition;16}17public static WaitCondition parseWaitCondition(final Element element) {18    WaitCondition condition = new WaitCondition() {19        public boolean isSatisfied() {20            return false;21        }22    };23    return condition;24}25public static WaitCondition parseWaitCondition(final Element element) {26    WaitCondition condition = new WaitCondition() {27        public boolean isSatisfied() {28            return false;29        }30    };31    return condition;32}33public static WaitCondition parseWaitCondition(final Element element) {34    WaitCondition condition = new WaitCondition() {35        public boolean isSatisfied() {36            return false;37        }38    };39    return condition;40}41public static WaitCondition parseWaitCondition(final Element element) {42    WaitCondition condition = new WaitCondition() {43        public boolean isSatisfied() {44            return false;45        }46    };47    return condition;48}49public static WaitCondition parseWaitCondition(final

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