Examples with CaptureContainer com.ichorpowered.guardianapi.detection.capture.CaptureContainer used on opensource projects

Example 6 with CaptureContainer

use of com.ichorpowered.guardianapi.detection.capture.CaptureContainer in project guardian by ichorpowered.

the class HorizontalSpeedCheck method getSequence.

@Override
public SequenceBlueprint<Event> getSequence(final Detection detection) {
    final Double analysisTime = detection.getContentContainer().get(ContentKeys.ANALYSIS_TIME).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    final Double analysisIntercept = detection.getContentContainer().get(ContentKeys.ANALYSIS_INTERCEPT).orElse(GuardianValue.empty()).getDirect().orElse(0d);
    final Double minimumTickRate = detection.getContentContainer().get(ContentKeys.ANALYSIS_MINIMUM_TICK).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    final Double maximumTickRate = detection.getContentContainer().get(ContentKeys.ANALYSIS_MAXIMUM_TICK).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    return new GuardianSequenceBuilder().capture(new ControlCapture(detection.getPlugin(), detection)).capture(new MaterialCapture(detection.getPlugin(), detection)).capture(new PotionEffectCapture(detection.getPlugin(), detection)).observe(MoveEntityEvent.class).after().delay(analysisTime.intValue()).condition(sequenceContext -> {
        final GuardianPlayerEntry<Player> entityEntry = sequenceContext.get(CommonContextKeys.ENTITY_ENTRY);
        final Summary summary = sequenceContext.get(CommonContextKeys.SUMMARY);
        final GuardianCaptureRegistry captureRegistry = sequenceContext.get(CommonContextKeys.CAPTURE_REGISTRY);
        final long lastActionTime = sequenceContext.get(CommonContextKeys.LAST_ACTION_TIME);
        summary.set(SequenceReport.class, new SequenceReport(false, Origin.source(sequenceContext.getRoot()).owner(entityEntry).build()));
        if (!entityEntry.getEntity(Player.class).isPresent())
            return false;
        final Player player = entityEntry.getEntity(Player.class).get();
        /*
                         * Capture Collection
                         */
        final CaptureContainer captureContainer = captureRegistry.getContainer();
        final Optional<Location> initial = captureContainer.get(GuardianSequence.INITIAL_LOCATION);
        final Optional<Double> effectSpeedAmplifier = captureContainer.get(PotionEffectCapture.HORIZONTAL_SPEED_MODIFIER);
        final Optional<Double> materialSpeedAmplifier = captureContainer.get(MaterialCapture.SPEED_MODIFIER);
        final Optional<Double> horizontalOffset = captureContainer.get(ControlCapture.HORIZONTAL_DISTANCE);
        final Optional<Map<String, Integer>> activeControls = captureContainer.get(ControlCapture.ACTIVE_CONTROL_TICKS);
        if (!initial.isPresent() || !materialSpeedAmplifier.isPresent() || !horizontalOffset.isPresent())
            return false;
        long current = System.currentTimeMillis();
        // Gets the average between now and the last action.
        final double averageActionTime = ((current - lastActionTime) / 1000) / 0.05;
        if (averageActionTime < minimumTickRate) {
            detection.getLogger().warn("The server may be overloaded. A check could not be completed.");
            return false;
        } else if (averageActionTime > maximumTickRate) {
            return false;
        }
        if (player.get(Keys.VEHICLE).isPresent())
            return false;
        double intercept = analysisIntercept + (effectSpeedAmplifier.orElse(0d) / analysisTime);
        final Optional<Map.Entry<String, Integer>> validControlTicks = activeControls.get().entrySet().stream().max(Comparator.comparingInt(Map.Entry::getValue));
        // Gets the players horizontal displacement in the world.
        final double horizontalDisplacement = Math.abs((player.getLocation().getX() - initial.get().getX()) + (player.getLocation().getZ() - initial.get().getZ()));
        // Gets the percentage of the displacement that is the most important.
        final double maximumHorizontalDisplacement = validControlTicks.map(entry -> horizontalDisplacement * (entry.getValue() / averageActionTime)).orElse(horizontalDisplacement);
        // Gets the players maximum horizontal speed in the world, for this analysis.
        final double maximumHorizontalSpeed = (((horizontalOffset.get() * materialSpeedAmplifier.get()) / 2) / averageActionTime) + intercept;
        if (horizontalDisplacement <= 1 || maximumHorizontalDisplacement < 1 || maximumHorizontalSpeed < 1)
            return false;
        if (maximumHorizontalDisplacement > maximumHorizontalSpeed) {
            // ------------------------- DEBUG -----------------------------
            System.out.println(player.getName() + " has been caught using horizontal speed hacks. (" + (maximumHorizontalDisplacement - maximumHorizontalSpeed) + ")");
            // -------------------------------------------------------------
            SequenceReport report = new SequenceReport(true, Origin.source(sequenceContext.getRoot()).owner(entityEntry).build());
            report.put("type", "Horizontal Speed");
            report.put("information", Collections.singletonList("Overshot maximum movement by " + (maximumHorizontalDisplacement - maximumHorizontalSpeed) + "."));
            report.put("initial_location", initial.get());
            report.put("final_location", player.getLocation());
            report.put("severity", (maximumHorizontalDisplacement - maximumHorizontalSpeed) / maximumHorizontalDisplacement);
            summary.set(SequenceReport.class, report);
            return true;
        }
        return false;
    }, ConditionType.NORMAL).build(SequenceContext.builder().owner(detection).root(this).build());
}

Example 7 with CaptureContainer

use of com.ichorpowered.guardianapi.detection.capture.CaptureContainer in project guardian by ichorpowered.

the class InvalidCheck method getSequence.

@Nonnull
@Override
public SequenceBlueprint<Event> getSequence(final Detection detection) {
    final Double analysisTime = detection.getContentContainer().get(ContentKeys.ANALYSIS_TIME).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    final Double minimumTickRate = detection.getContentContainer().get(ContentKeys.ANALYSIS_MINIMUM_TICK).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    final Double maximumTickRate = detection.getContentContainer().get(ContentKeys.ANALYSIS_MAXIMUM_TICK).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    return new GuardianSequenceBuilder().capture(new InvalidControlCapture(detection.getPlugin(), detection)).observe(MoveEntityEvent.class).observe(MoveEntityEvent.class).delay(analysisTime.intValue()).expire(maximumTickRate.intValue()).condition(sequenceContext -> {
        final GuardianPlayerEntry<Player> entityEntry = sequenceContext.get(CommonContextKeys.ENTITY_ENTRY);
        final Summary summary = sequenceContext.get(CommonContextKeys.SUMMARY);
        final GuardianCaptureRegistry captureRegistry = sequenceContext.get(CommonContextKeys.CAPTURE_REGISTRY);
        final long lastActionTime = sequenceContext.get(CommonContextKeys.LAST_ACTION_TIME);
        summary.set(SequenceReport.class, new SequenceReport(false, Origin.source(sequenceContext.getRoot()).owner(entityEntry).build()));
        if (!entityEntry.getEntity(Player.class).isPresent())
            return false;
        final Player player = entityEntry.getEntity(Player.class).get();
        /*
                         * Capture Collection
                         */
        final CaptureContainer captureContainer = captureRegistry.getContainer();
        Optional<Location> initial = captureContainer.get(GuardianSequence.INITIAL_LOCATION);
        Optional<Set<String>> invalidControls = captureContainer.get(InvalidControlCapture.INVALID_CONTROLS);
        if (!initial.isPresent() || !invalidControls.isPresent())
            return false;
        long current = System.currentTimeMillis();
        // Finds the average between now and the last action.
        double averageClockRate = ((current - lastActionTime) / 1000) / 0.05;
        if (averageClockRate < minimumTickRate) {
            detection.getLogger().warn("The server may be overloaded. A check could not be completed.");
            return false;
        } else if (averageClockRate > maximumTickRate) {
            return false;
        }
        if (invalidControls.get().isEmpty() || player.get(Keys.VEHICLE).isPresent())
            return false;
        // ------------------------- DEBUG -----------------------------
        System.out.println(player.getName() + " has been caught using invalid movement hacks.");
        // -------------------------------------------------------------
        SequenceReport report = new SequenceReport(true, Origin.source(sequenceContext.getRoot()).owner(entityEntry).build());
        report.put("type", "InvalidControlCapture Movement");
        report.put("information", Collections.singletonList("Received invalid controls of " + StringUtils.join((Set<String>) invalidControls.get(), ", ") + "."));
        report.put("initial_location", initial.get());
        report.put("final_location", player.getLocation());
        report.put("severity", 1d);
        summary.set(SequenceReport.class, report);
        return true;
    }, ConditionType.NORMAL).build(SequenceContext.builder().owner(detection).root(this).build());
}

Example 8 with CaptureContainer

use of com.ichorpowered.guardianapi.detection.capture.CaptureContainer in project guardian by ichorpowered.

the class VerticalSpeedCheck method getSequence.

@Nonnull
@Override
public SequenceBlueprint<Event> getSequence(final Detection detection) {
    final Double analysisTime = detection.getContentContainer().get(ContentKeys.ANALYSIS_TIME).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    final Double minimumTickRate = detection.getContentContainer().get(ContentKeys.ANALYSIS_MINIMUM_TICK).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    final Double maximumTickRate = detection.getContentContainer().get(ContentKeys.ANALYSIS_MAXIMUM_TICK).orElse(GuardianValue.empty()).getDirect().orElse(0d) / 0.05;
    return new GuardianSequenceBuilder().capture(new ControlCapture(detection.getPlugin(), detection)).capture(new PotionEffectCapture(detection.getPlugin(), detection)).observe(MoveEntityEvent.class).after().delay(analysisTime.intValue()).condition(sequenceContext -> {
        final GuardianPlayerEntry<Player> entityEntry = sequenceContext.get(CommonContextKeys.ENTITY_ENTRY);
        final Summary summary = sequenceContext.get(CommonContextKeys.SUMMARY);
        final GuardianCaptureRegistry captureRegistry = sequenceContext.get(CommonContextKeys.CAPTURE_REGISTRY);
        final long lastActionTime = sequenceContext.get(CommonContextKeys.LAST_ACTION_TIME);
        summary.set(SequenceReport.class, new SequenceReport(false, Origin.source(sequenceContext.getRoot()).owner(entityEntry).build()));
        if (!entityEntry.getEntity(Player.class).isPresent())
            return false;
        Player player = entityEntry.getEntity(Player.class).get();
        /*
                         * Capture Collection
                         */
        final CaptureContainer captureContainer = captureRegistry.getContainer();
        Optional<Location> initial = captureContainer.get(GuardianSequence.INITIAL_LOCATION);
        Optional<Double> verticalOffset = captureContainer.get(ControlCapture.VERTICAL_DISTANCE);
        if (!initial.isPresent() || !verticalOffset.isPresent())
            return false;
        long current = System.currentTimeMillis();
        // Finds the average between now and the last action.
        double averageClockRate = ((current - lastActionTime) / 1000) / 0.05;
        if (averageClockRate < minimumTickRate) {
            detection.getLogger().warn("The server may be overloaded. A check could not be completed.");
            return false;
        } else if (averageClockRate > maximumTickRate) {
            return false;
        }
        if (player.get(Keys.VEHICLE).isPresent())
            return false;
        double verticalDisplacement = MathUtil.truncateDownTo(player.getLocation().getY() - initial.get().getY(), 4);
        double verticalPlacement = MathUtil.truncateDownTo((verticalOffset.get() * (verticalOffset.get() / 0.2)) / averageClockRate + 0.1, 4);
        if (verticalDisplacement < 1 || verticalOffset.get() < 1)
            return false;
        if (verticalDisplacement > verticalPlacement) {
            // ------------------------- DEBUG -----------------------------
            System.out.println(player.getName() + " has been caught using vertical speed hacks. (" + (verticalDisplacement - verticalPlacement) + ")");
            // -------------------------------------------------------------
            SequenceReport report = new SequenceReport(true, Origin.source(sequenceContext.getRoot()).owner(entityEntry).build());
            report.put("type", "Vertical Speed");
            report.put("information", Collections.singletonList("Overshot maximum movement by " + (verticalDisplacement - verticalPlacement) + "."));
            report.put("initial_location", initial.get());
            report.put("final_location", player.getLocation());
            report.put("severity", (verticalDisplacement - verticalPlacement) / verticalDisplacement);
            summary.set(SequenceReport.class, report);
            return true;
        }
        return false;
    }, ConditionType.NORMAL).build(SequenceContext.builder().owner(detection).root(this).build());
}