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How to use handleThrowable method of com.tngtech.jgiven.impl.intercept.StepInterceptorImpl class

Best JGiven code snippet using com.tngtech.jgiven.impl.intercept.StepInterceptorImpl.handleThrowable

Source:StepInterceptorImpl.java

...82        }83        try {84            return invoker.proceed();85        } catch( Exception e ) {86            return handleThrowable( receiver, method, e, System.nanoTime() - started, handleMethod );87        } catch( AssertionError e ) {88            return handleThrowable( receiver, method, e, System.nanoTime() - started, handleMethod );89        } finally {90            if( hasNestedSteps ) {91                maxStepDepth--;92            }93            if( handleMethod ) {94                handleMethodFinished( System.nanoTime() - started, hasNestedSteps );95            }96        }97    }98    private boolean shouldHandleMethod( Method method ) {99        if( method.isSynthetic() && !method.isBridge() ) {100            return false;101        }102        if( method.isAnnotationPresent( Hidden.class ) ) {103            return false;104        }105        if( stageStack.size() > maxStepDepth ) {106            return false;107        }108        return true;109    }110    private boolean shouldInterceptMethod( Method method ) {111        return interceptingEnabled112                && method.getDeclaringClass() != Object.class113                && !method.isAnnotationPresent(DoNotIntercept.class);114    }115    protected Object handleThrowable( Object receiver, Method method, Throwable t, long durationInNanos, boolean handleMethod )116            throws Throwable {117        if( handleMethod ) {118            handleThrowable( t );119            return returnReceiverOrNull( receiver, method );120        }121        throw t;122    }123    protected Object returnReceiverOrNull( Object receiver, Method method ) {124        // we assume here that the implementation follows the fluent interface125        // convention and returns the receiver object. If not, we fall back to null126        // and hope for the best.127        if( !method.getReturnType().isAssignableFrom( receiver.getClass() ) ) {128            if( method.getReturnType() != Void.class ) {129                log.warn( "The step method " + method.getName()130                        + " of class " + method.getDeclaringClass().getSimpleName()131                        + " does not follow the fluent interface convention of returning "132                        + "the receiver object. Please change the return type to the SELF type parameter." );133            }134            return null;135        }136        return receiver;137    }138    protected InvocationMode getInvocationMode( Object receiver, Method method ) {139        if( !methodExecutionEnabled ) {140            return SKIPPED;141        }142        if( method.isAnnotationPresent( Pending.class )143            || method.getDeclaringClass().isAnnotationPresent( Pending.class )144            || receiver.getClass().isAnnotationPresent( Pending.class ) ) {145            return PENDING;146        }147        return defaultInvocationMode;148    }149    public void enableMethodInterception(boolean b ) {150        interceptingEnabled = b;151    }152    public void disableMethodExecution() {153        methodExecutionEnabled = false;154    }155    public boolean enableMethodExecution( boolean b ) {156        boolean previousMethodExecution = methodExecutionEnabled;157        methodExecutionEnabled = b;158        return previousMethodExecution;159    }160    public void setSuppressExceptions(boolean b) {161        suppressExceptions = b;162    }163    public void setDefaultInvocationMode(InvocationMode defaultInvocationMode) {164        this.defaultInvocationMode = defaultInvocationMode;165    }166    private void handleMethod(Object stageInstance, Method paramMethod, Object[] arguments, InvocationMode mode,167                              boolean hasNestedSteps ) throws Throwable {168        List<NamedArgument> namedArguments = ParameterNameUtil.mapArgumentsWithParameterNames( paramMethod,169                Arrays.asList( arguments ) );170        listener.stepMethodInvoked( paramMethod, namedArguments, mode, hasNestedSteps );171    }172    private void handleThrowable( Throwable t ) throws Throwable {173        if( ThrowableUtil.isAssumptionException(t) ) {174            throw t;175        }176        listener.stepMethodFailed( t );177        scenarioExecutor.failed( t );178        if (!suppressExceptions) {179            throw t;180        }181    }182    private void handleMethodFinished( long durationInNanos, boolean hasNestedSteps ) {183        listener.stepMethodFinished( durationInNanos, hasNestedSteps );184    }185    public void setScenarioListener(ScenarioListener scenarioListener) {186        this.listener = scenarioListener;...

handleThrowable

Using AI Code Generation

1    public void handleThrowable( Throwable throwable ) {2        if( throwable instanceof AssertionError ) {3            handleAssertionError( (AssertionError) throwable );4        } else if( throwable instanceof PendingException ) {5            handlePendingException( (PendingException) throwable );6        } else if( throwable instanceof AssumptionViolatedException ) {7            handleAssumptionViolatedException( (AssumptionViolatedException) throwable );8        } else {9            handleUnexpectedException( throwable );10        }11    }12    private void handleAssertionError( AssertionError assertionError ) {13        if( currentStep != null ) {14            currentStep.setFailed( assertionError );15        } else {16            currentScenario.setFailed( assertionError );17        }18    }19    private void handlePendingException( PendingException pendingException ) {20        if( currentStep != null ) {21            currentStep.setPending( pendingException );22        } else {23            currentScenario.setPending( pendingException );24        }25    }26    private void handleAssumptionViolatedException( AssumptionViolatedException assumptionViolatedException ) {27        if( currentStep != null ) {28            currentStep.setPending( assumptionViolatedException );29        } else {30            currentScenario.setPending( assumptionViolatedException );31        }32    }33    private void handleUnexpectedException( Throwable throwable ) {34        if( currentStep != null ) {35            currentStep.setFailed( throwable );36        } else {37            currentScenario.setFailed( throwable );38        }39    }40}41    public void handleThrowable( Throwable throwable ) {42        if( throwable instanceof AssertionError ) {43            handleAssertionError( (AssertionError) throwable );44        } else if( throwable instanceof PendingException ) {45            handlePendingException( (PendingException) throwable );46        } else if( throwable instanceof AssumptionViolatedException ) {47            handleAssumptionViolatedException( (AssumptionViolatedException) throwable );48        } else {49            handleUnexpectedException( throwable );50        }51    }52    private void handleAssertionError( AssertionError assertionError ) {53        if( currentStep != null ) {54            currentStep.setFailed( assertionError );55        } else {56            currentScenario.setFailed( assertionError );57        }58    }59    private void handlePendingException( PendingException pendingException ) {60        if( currentStep != null ) {61            currentStep.setPending( pendingException );62        } else {

handleThrowable

Using AI Code Generation

1public class StepInterceptorImpl implements StepInterceptor {2    private final ScenarioModel scenarioModel;3    private final ScenarioCaseModelBuilder caseBuilder;4    private final StepModelBuilder stepBuilder;5    private final StepModel stepModel;6    private final StepCaseModel stepCaseModel;7    private final StepCaseModelBuilder stepCaseBuilder;8    private final StepCaseModelBuilder stepCaseBuilder;9    private final StepCaseModel stepCaseModel;10    private final StepModel stepModel;11    private final StepModelBuilder stepBuilder;12    private final ScenarioCaseModelBuilder caseBuilder;13    private final ScenarioModel scenarioModel;

handleThrowable

Using AI Code Generation

1public class StepInterceptorImpl {2    private final StepInterceptor stepInterceptor;3    private final StepModel stepModel;4    private final Object[] arguments;5    private final StepDescription description;6    private final StepDescriptionGenerator stepDescriptionGenerator;7    public StepInterceptorImpl( StepInterceptor stepInterceptor, StepModel stepModel, Object[] arguments, StepDescriptionGenerator stepDescriptionGenerator ) {8        this.stepInterceptor = stepInterceptor;9        this.stepModel = stepModel;10        this.arguments = arguments;11        this.stepDescriptionGenerator = stepDescriptionGenerator;12        this.description = stepDescriptionGenerator.generateDescription( stepModel, arguments );13    }14    public void handleThrowable( Throwable throwable ) {15        stepInterceptor.handleThrowable( stepModel, arguments, description, throwable );16    }17}18The handleThrowable() method of the StepInterceptorImpl class takes a Throwable object as a parameter. The StepInterceptorImpl class is used to call the handleThrowable() method of the StepInterceptor interface. The handleThrowable() method of the StepInterceptor interface takes the following parameters:19The StepInterceptorImpl class is used to call the handleThrowable() method of the StepInterceptor interface. The handleThrowable() method of the StepInterceptor interface takes the following parameters:20The StepInterceptorImpl class is used to call the handleThrowable() method of the StepInterceptor interface. The handleThrowable() method of the StepInterceptor interface takes the following parameters:21The StepModel class represents the step method. The StepDescription class represents the description of the step. The arguments parameter is an array of the arguments of the step method. The handleThrowable()

handleThrowable

Using AI Code Generation

1public class StepInterceptorImpl {2    private final StepInterceptor stepInterceptor;3    private final StepModel stepModel;4    private final Object[] arguments;5    private final StepDescription description;6    private final StepDescriptionGenerator stepDescriptionGenerator;7    public StepInterceptorImpl( StepInterceptor stepInterceptor, StepModel stepModel, Object[] arguments, StepDescriptionGenerator stepDescriptionGenerator ) {8        this.stepInterceptor = stepInterceptor;9        this.stepModel = stepModel;10        this.arguments = arguments;11        this.stepDescriptionGenerator = stepDescriptionGenerator;12        this.description = stepDescriptionGenerator.generateDescription( stepModel, arguments );13    }14    public void handleThrowable( Throwable throwable ) {15        stepInterceptor.handleThrowable( stepModel, arguments, description, throwable );16    }17}18The handleThrowable() method of the StepInterceptorImpl class takes a Throwable object as a parameter. The StepInterceptorImpl class is used to call the handleThrowable() method of the StepInterceptor interface. The handleThrowable() method of the StepInterceptor interface takes the following parameters:19The StepInterceptorImpl class is used to call the handleThrowable() method of the StepInterceptor interface. The handleThrowable() method of the StepInterceptor interface takes the following parameters:20The StepInterceptorImpl class is used to call the handleThrowable() method of the StepInterceptor interface. The handleThrowable() method of the StepInterceptor interface takes the following parameters:21The StepModel class represents the step method. The StepDescription class represents the description of the step. The arguments parameter is an array of the arguments of the step method. The handleThrowable()

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