How to use getCurrentAdditionalInfo method of org.evomaster.client.java.instrumentation.staticstate.ExecutionTracer class

Best EvoMaster code snippet using org.evomaster.client.java.instrumentation.staticstate.ExecutionTracer.getCurrentAdditionalInfo

Source:ExecutionTracer.java

...183    }184    public static List<AdditionalInfo> exposeAdditionalInfoList() {185        return additionalInfoList;186    }187    private static AdditionalInfo getCurrentAdditionalInfo() {188        synchronized (lock) {189            return additionalInfoList.get(actionIndex);190        }191    }192    public static void markRawAccessOfHttpBodyPayload() {193        getCurrentAdditionalInfo().setRawAccessOfHttpBodyPayload(true);194    }195    public static void addParsedDtoName(String name) {196        getCurrentAdditionalInfo().addParsedDtoName(name);197    }198    public static void addQueryParameter(String param) {199        getCurrentAdditionalInfo().addQueryParameter(param);200    }201    public static void addHeader(String header) {202        getCurrentAdditionalInfo().addHeader(header);203    }204    public static void addStringSpecialization(String taintInputName, StringSpecializationInfo info) {205        getCurrentAdditionalInfo().addSpecialization(taintInputName, info);206    }207    public static void addSqlInfo(SqlInfo info){208        if (!executingInitSql)209            getCurrentAdditionalInfo().addSqlInfo(info);210    }211    public static void markLastExecutedStatement(String lastLine, String lastMethod) {212        getCurrentAdditionalInfo().pushLastExecutedStatement(lastLine, lastMethod);213    }214    public static final String COMPLETED_LAST_EXECUTED_STATEMENT_NAME = "completedLastExecutedStatement";215    public static final String COMPLETED_LAST_EXECUTED_STATEMENT_DESCRIPTOR = "()V";216    public static void completedLastExecutedStatement() {217        getCurrentAdditionalInfo().popLastExecutedStatement();218    }219    public static Map<String, TargetInfo> getInternalReferenceToObjectiveCoverage() {220        return objectiveCoverage;221    }222    /**223     * @return the number of objectives that have been encountered224     * during the test execution225     */226    public static int getNumberOfObjectives() {227        return objectiveCoverage.size();228    }229    public static int getNumberOfObjectives(String prefix) {230        return (int) objectiveCoverage231                .entrySet().stream()232                .filter(e -> prefix == null || e.getKey().startsWith(prefix))233                .count();234    }235    /**236     * Note: only the objectives encountered so far can have237     * been recorded. So, this is a relative value, not based238     * on the code of the whole SUT (just the parts executed so far).239     * Therefore, it is quite useless for binary values (ie 0 or 1),240     * like current implementation of basic line coverage.241     *242     * @param prefix used for string matching of which objectives types243     *               to consider, eg only lines or only branches.244     *               Use "" or {@code null} to pick up everything245     * @return246     */247    public static int getNumberOfNonCoveredObjectives(String prefix) {248        return getNonCoveredObjectives(prefix).size();249    }250    public static Set<String> getNonCoveredObjectives(String prefix) {251        return objectiveCoverage252                .entrySet().stream()253                .filter(e -> prefix == null || e.getKey().startsWith(prefix))254                .filter(e -> e.getValue().value < 1)255                .map(e -> e.getKey())256                .collect(Collectors.toSet());257    }258    public static Double getValue(String id) {259        return objectiveCoverage.get(id).value;260    }261    private static void updateObjective(String id, double value) {262        if (value < 0d || value > 1d) {263            throw new IllegalArgumentException("Invalid value " + value + " out of range [0,1]");264        }265        /*266            In the same execution, a target could be reached several times,267            so we should keep track of the best value found so far268         */269        synchronized (lock) {270            if (objectiveCoverage.containsKey(id)) {271                double previous = objectiveCoverage.get(id).value;272                if (value > previous) {273                    objectiveCoverage.put(id, new TargetInfo(null, id, value, actionIndex));274                }275            } else {276                objectiveCoverage.put(id, new TargetInfo(null, id, value, actionIndex));277            }278        }279        ObjectiveRecorder.update(id, value, !executingAction);280    }281    public static void executedNumericComparison(String idTemplate, double lt, double eq, double gt) {282        updateObjective(ObjectiveNaming.numericComparisonObjectiveName(idTemplate, -1), lt);283        updateObjective(ObjectiveNaming.numericComparisonObjectiveName(idTemplate, 0), eq);284        updateObjective(ObjectiveNaming.numericComparisonObjectiveName(idTemplate, +1), gt);285    }286    public static void executedReplacedMethod(String idTemplate, ReplacementType type, Truthness t) {287        /*288            Considering the fact that the method has been executed, and so reached, cannot happen289            that any of the heuristic values is 0290         */291        assert t.getOfTrue() != 0 && t.getOfFalse() !=0;292        String idTrue = ObjectiveNaming.methodReplacementObjectiveName(idTemplate, true, type);293        String idFalse = ObjectiveNaming.methodReplacementObjectiveName(idTemplate, false, type);294        updateObjective(idTrue, t.getOfTrue());295        updateObjective(idFalse, t.getOfFalse());296    }297    public static final String EXECUTED_LINE_METHOD_NAME = "executedLine";298    public static final String EXECUTED_LINE_DESCRIPTOR = "(Ljava/lang/String;Ljava/lang/String;Ljava/lang/String;I)V";299    /**300     * Report on the fact that a given line has been executed.301     */302    public static void executedLine(String className, String methodName, String descriptor, int line) {303        /*304            This is done to prevent the SUT keep on executing code after a test case is evaluated305         */306        if (isKillSwitch()) {307            /*308                This is tricky... not only if we are in the middle of a class initializer (e.g., a309                static block, or static fields initialization), but also if any ancestor calls are310                a class initializer (in bytecode these are marked as <clinit>).311                For example, assume class X has a static intiliazer "static{ Foo f == new Foo()},312                then, if the kill switch is on while we are executing "Foo()", we must not kill the313                execution, otherwise the class initializer of X would fail, and X would not be usable314                anymore inside the whole SUT.315                To check those cases, we look at the stack trace of the method calls.316             */317            boolean initClass = Arrays.stream(Thread.currentThread().getStackTrace())318                    .anyMatch(e -> e.getMethodName().equals("<clinit>"));319            /*320                must NOT stop the initialization of a class, otherwise the SUT will be left in an321                inconsistent state in the following calls322             */323            if (!initClass) {324                throw new KillSwitchException();325            }326        }327        //for targets to cover328        String lineId = ObjectiveNaming.lineObjectiveName(className, line);329        String classId = ObjectiveNaming.classObjectiveName(className);330        updateObjective(lineId, 1d);331        updateObjective(classId, 1d);332        //to calculate last executed line333        String lastLine = className + "_" + line + "_" + methodName;334        String lastMethod = className + "_" + methodName + "_" + descriptor;335        markLastExecutedStatement(lastLine, lastMethod);336    }337    public static final String EXECUTING_METHOD_METHOD_NAME = "executingMethod";338    public static final String EXECUTING_METHOD_DESCRIPTOR = "(Ljava/lang/String;IIZ)V";339    /**340     * Report on whether method calls have been successfully completed.341     * Failures can happen due to thrown exceptions.342     *343     * @param className344     * @param line345     * @param index     as there can be many method calls on same line, need to differentiate them346     * @param completed whether the method call was successfully completed.347     */348    public static void executingMethod(String className, int line, int index, boolean completed) {349        String id = ObjectiveNaming.successCallObjectiveName(className, line, index);350        if (completed) {351            updateObjective(id, 1d);352        } else {353            updateObjective(id, 0.5);354        }355    }356    //---- branch-jump methods --------------------------357    private static void updateBranch(String className, int line, int branchId, Truthness t) {358        /*359            Note: when we have360            if(x > 0){}361            the "jump" to "else" branch is done if that is false.362            So, the actual evaluated condition is the negation, ie363            x <= 0364         */365        String forThen = ObjectiveNaming.branchObjectiveName(className, line, branchId, true);366        String forElse = ObjectiveNaming.branchObjectiveName(className, line, branchId, false);367        updateObjective(forElse, t.getOfTrue());368        updateObjective(forThen, t.getOfFalse());369    }370    public static final String EXECUTING_BRANCH_JUMP_METHOD_NAME = "executingBranchJump";371    public static final String JUMP_DESC_1_VALUE = "(IILjava/lang/String;II)V";372    public static void executingBranchJump(373            int value, int opcode, String className, int line, int branchId) {374        Truthness t = HeuristicsForJumps.getForSingleValueJump(value, opcode);375        updateBranch(className, line, branchId, t);376    }377    public static final String JUMP_DESC_2_VALUES = "(IIILjava/lang/String;II)V";378    public static void executingBranchJump(379            int firstValue, int secondValue, int opcode, String className, int line, int branchId) {380        Truthness t = HeuristicsForJumps.getForValueComparison(firstValue, secondValue, opcode);381        updateBranch(className, line, branchId, t);382    }383    public static final String JUMP_DESC_OBJECTS =384            "(Ljava/lang/Object;Ljava/lang/Object;ILjava/lang/String;II)V";385    public static void executingBranchJump(386            Object first, Object second, int opcode, String className, int line, int branchId) {387        Truthness t = HeuristicsForJumps.getForObjectComparison(first, second, opcode);388        updateBranch(className, line, branchId, t);389    }390    public static final String JUMP_DESC_NULL =391            "(Ljava/lang/Object;ILjava/lang/String;II)V";392    public static void executingBranchJump(393            Object obj, int opcode, String className, int line, int branchId) {394        Truthness t = HeuristicsForJumps.getForNullComparison(obj, opcode);395        updateBranch(className, line, branchId, t);396    }397    /**398     * Add the external HTTP/S hostname to the additional info to keep track.399     */400    public static void addExternalServiceHost(ExternalServiceInfo hostInfo) {401        getCurrentAdditionalInfo().addExternalService(hostInfo);402        // here, we only register external info into ObjectiveRecorder if it occurs during the startup403        if (!executingAction)404            ObjectiveRecorder.registerExternalServiceInfoAtSutStartupTime(hostInfo);405    }406}...

getCurrentAdditionalInfo

Using AI Code Generation

1    public static String getCurrentAdditionalInfo() {2        return ExecutionTracer.getCurrentAdditionalInfo();3    }4    public static String getCurrentMethodOrConstructorName() {5        return ExecutionTracer.getCurrentMethodOrConstructorName();6    }7    public static String getCurrentMethodName() {8        return ExecutionTracer.getCurrentMethodName();9    }10    public static String getCurrentClassName() {11        return ExecutionTracer.getCurrentClassName();12    }13    public static String getCurrentTestName() {14        return ExecutionTracer.getCurrentTestName();15    }16    public static String getCurrentTestClassName() {17        return ExecutionTracer.getCurrentTestClassName();18    }19    public static String getCurrentTestExecutionId() {20        return ExecutionTracer.getCurrentTestExecutionId();21    }22    public static List<RestCallResult> getTestResults() {23        return ExecutionTracer.getTestResults();24    }25    public static void addTestResults(List<RestCallResult> results) {26        ExecutionTracer.addTestResults(results);27    }28    public static List<RestCallResult> getRestCallResults() {29        return ExecutionTracer.getRestCallResults();30    }31    public static List<RestCallResult> getRestCallResults(String

getCurrentAdditionalInfo

Using AI Code Generation

1        String additionalInfo = ExecutionTracer.getCurrentAdditionalInfo();2        ExecutionTracer.addAdditionalInfo(additionalInfo);3        ExecutionTracer.addAdditionalInfo(additionalInfo);4        ExecutionTracer.addAdditionalInfo(additionalInfo);5        ExecutionTracer.addAdditionalInfo(additionalInfo);6        ExecutionTracer.addAdditionalInfo(additionalInfo);7        ExecutionTracer.addAdditionalInfo(additionalInfo);8        ExecutionTracer.addAdditionalInfo(additionalInfo);9        ExecutionTracer.addAdditionalInfo(additionalInfo);10        ExecutionTracer.addAdditionalInfo(additionalInfo);11        ExecutionTracer.addAdditionalInfo(additionalInfo);12        ExecutionTracer.addAdditionalInfo(additionalInfo);

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