If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
   @Test
  public void testClientWebsocketSendPongExceeds125Bytes() {
    //Netty will prevent us from encoding a pingBody greater than 126 bytes by silently throwing an error in the background
    String pingBody = randomAlphaString(126);
    Integer maxFrameSize = 256;
    server = vertx.createHttpServer(new HttpServerOptions().setIdleTimeout(1).setPort(DEFAULT_HTTP_PORT).setHost(HttpTestBase.DEFAULT_HTTP_HOST).setMaxWebsocketFrameSize(maxFrameSize));
    server.websocketHandler(ws -> {
      ws.pongHandler(buff -> fail());
      vertx.setTimer(2000, id -> testComplete());
    }).listen(onSuccess(v -> {
      client.websocket(DEFAULT_HTTP_PORT, HttpTestBase.DEFAULT_HTTP_HOST, "/", ws -> {
        ws.writeFrame(WebSocketFrame.pongFrame(Buffer.buffer(pingBody)));
      });
    }));
    await();
  }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/test/java/io/vertx/test/core/WebsocketTest.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
   @Test
  public void testContinueAfterTooLargeMessage() {
    int shortMessageLength = HttpClientOptions.DEFAULT_MAX_WEBSOCKET_FRAME_SIZE;
    String shortFirstMessage = TestUtils.randomAlphaString(shortMessageLength);
    String tooLongMiddleMessage = TestUtils.randomAlphaString(HttpClientOptions.DEFAULT_MAX_WEBSOCKET_MESSAGE_SIZE * 2);
    String shortLastMessage = TestUtils.randomAlphaString(shortMessageLength);
    List<String> messagesToSend = Arrays.asList(shortFirstMessage, tooLongMiddleMessage, shortLastMessage);

    SocketMessages socketMessages = testWriteTextMessages(messagesToSend, WebsocketVersion.V13);
    List<String> receivedMessages = socketMessages.getReceivedMessages();
    List<String> expectedMessages = Arrays.asList(shortFirstMessage, shortLastMessage);
    assertEquals("Incorrect received messages", expectedMessages, receivedMessages);
  }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/test/java/io/vertx/test/core/WebsocketTest.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
   @Test
  //Client specifies cert that the server does not trust via a revoked certificate of the CA
  public void testTLSRevokedClientCertServer() throws Exception {
    testTLS(Cert.CLIENT_PEM_ROOT_CA, Trust.SERVER_JKS, Cert.SERVER_JKS, Trust.CLIENT_PEM_ROOT_CA, true, true, false, false, false);
  }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/test/java/io/vertx/test/core/WebsocketTest.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     private void sendStreamingResponse(HttpExchange pExchange, ParsedUri pParsedUri, JSONStreamAware pJson) throws IOException {
        Headers headers = pExchange.getResponseHeaders();
        if (pJson != null) {
            headers.set("Content-Type", getMimeType(pParsedUri) + "; charset=utf-8");
            String callback = pParsedUri.getParameter(ConfigKey.CALLBACK.getKeyValue());
            pExchange.sendResponseHeaders(200, 0);
            Writer writer = new OutputStreamWriter(pExchange.getResponseBody(), "UTF-8");
            IoUtil.streamResponseAndClose(writer, pJson, callback);
        } else {
            headers.set("Content-Type", "text/plain");
            pExchange.sendResponseHeaders(200,-1);
        }
    }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: agent/jvm/src/main/java/org/jolokia/jvmagent/handler/JolokiaHttpHandler.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
   private NetSocket handshake(HttpServerRequest req) {
    NetSocket so = req.netSocket();
    try {
      MessageDigest digest = MessageDigest.getInstance("SHA-1");
      byte[] inputBytes = (req.getHeader("Sec-WebSocket-Key") + "258EAFA5-E914-47DA-95CA-C5AB0DC85B11").getBytes();
      digest.update(inputBytes);
      byte[] hashedBytes = digest.digest();
      byte[] accept = Base64.getEncoder().encode(hashedBytes);
      Buffer data = Buffer.buffer();
      data.appendString("HTTP/1.1 101 Switching Protocols\r\n");
      data.appendString("Upgrade: websocket\r\n");
      data.appendString("Connection: upgrade\r\n");
      data.appendString("Sec-WebSocket-Accept: " + new String(accept) + "\r\n");
      data.appendString("\r\n");
      so.write(data);
      return so;
    } catch (NoSuchAlgorithmException e) {
      req.response().setStatusCode(500).end();
      fail(e.getMessage());
      return null;
    }
  }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/test/java/io/vertx/test/core/WebsocketTest.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     public void translate(ServerStopSoundPacket packet, GeyserSession session) {
        // Runs if all sounds are stopped
        if (packet.getSound() == null) {
            StopSoundPacket stopPacket = new StopSoundPacket();
            stopPacket.setStoppingAllSound(true);
            stopPacket.setSoundName("");
            session.sendUpstreamPacket(stopPacket);
            return;
        }

        String packetSound;
        if (packet.getSound() instanceof BuiltinSound) {
            packetSound = ((BuiltinSound) packet.getSound()).getName();
        } else if (packet.getSound() instanceof CustomSound) {
            packetSound = ((CustomSound) packet.getSound()).getName();
        } else {
            session.getConnector().getLogger().debug("Unknown sound packet, we were unable to map this. " + packet.toString());
            return;
        }
        SoundMapping soundMapping = Registries.SOUNDS.get(packetSound.replace("minecraft:", ""));
        session.getConnector().getLogger()
                .debug("[StopSound] Sound mapping " + packetSound + " -> "
                        + soundMapping + (soundMapping == null ? "[not found]" : "")
                        + " - " + packet.toString());
        String playsound;
        if (soundMapping == null || soundMapping.getPlaysound() == null) {
            // no mapping
            session.getConnector().getLogger()
                    .debug("[StopSound] Defaulting to sound server gave us.");
            playsound = packetSound;
        } else {
            playsound = soundMapping.getPlaysound();
        }

        StopSoundPacket stopSoundPacket = new StopSoundPacket();
        stopSoundPacket.setSoundName(playsound);
        // packet not mapped in the library
        stopSoundPacket.setStoppingAllSound(false);

        session.sendUpstreamPacket(stopSoundPacket);
        session.getConnector().getLogger().debug("[StopSound] Packet sent - " + packet.toString() + " --> " + stopSoundPacket);
    }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: connector/src/main/java/org/geysermc/connector/network/translators/java/world/JavaStopSoundTranslator.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     @SuppressWarnings("unused")
    final void handleQueryParameters(ByteBuffer buffer, ParseState state, HttpServerExchange exchange) {
        StringBuilder stringBuilder = state.stringBuilder;
        int queryParamPos = state.pos;
        int mapCount = state.mapCount;
        boolean urlDecodeRequired = state.urlDecodeRequired;
        String nextQueryParam = state.nextQueryParam;

        //so this is a bit funky, because it not only deals with parsing, but
        //also deals with URL decoding the query parameters as well, while also
        //maintaining a non-decoded version to use as the query string
        //In most cases these string will be the same, and as we do not want to
        //build up two separate strings we don't use encodedStringBuilder unless
        //we encounter an encoded character

        while (buffer.hasRemaining()) {
            char next = (char) (buffer.get() & 0xFF);
            if (next == ' ' || next == '\t') {
                final String queryString = stringBuilder.toString();
                exchange.setQueryString(queryString);
                if (nextQueryParam == null) {
                    if (queryParamPos != stringBuilder.length()) {
                        exchange.addQueryParam(decode(stringBuilder.substring(queryParamPos), urlDecodeRequired, state, true), "");
                    }
                } else {
                    exchange.addQueryParam(nextQueryParam, decode(stringBuilder.substring(queryParamPos), urlDecodeRequired, state, true));
                }
                state.state = ParseState.VERSION;
                state.stringBuilder.setLength(0);
                state.pos = 0;
                state.nextQueryParam = null;
                state.urlDecodeRequired = false;
                state.mapCount = 0;
                return;
            } else if (next == '\r' || next == '\n') {
                throw UndertowMessages.MESSAGES.failedToParsePath();
            } else {
                if (decode && (next == '+' || next == '%' || next > 127)) { //+ is only a whitespace substitute in the query part of the URL
                    urlDecodeRequired = true;
                } else if (next == '=' && nextQueryParam == null) {
                    nextQueryParam = decode(stringBuilder.substring(queryParamPos), urlDecodeRequired, state, true);
                    urlDecodeRequired = false;
                    queryParamPos = stringBuilder.length() + 1;
                } else if (next == '&' && nextQueryParam == null) {
                    if (mapCount++ > maxParameters) {
                        throw UndertowMessages.MESSAGES.tooManyQueryParameters(maxParameters);
                    }
                    if (queryParamPos != stringBuilder.length()) {
                        exchange.addQueryParam(decode(stringBuilder.substring(queryParamPos), urlDecodeRequired, state, true), "");
                    }
                    urlDecodeRequired = false;
                    queryParamPos = stringBuilder.length() + 1;
                } else if (next == '&') {
                    if (mapCount++ > maxParameters) {
                        throw UndertowMessages.MESSAGES.tooManyQueryParameters(maxParameters);
                    }
                    exchange.addQueryParam(nextQueryParam, decode(stringBuilder.substring(queryParamPos), urlDecodeRequired, state, true));
                    urlDecodeRequired = false;
                    queryParamPos = stringBuilder.length() + 1;
                    nextQueryParam = null;
                }
                stringBuilder.append(next);

            }

        }
        state.pos = queryParamPos;
        state.nextQueryParam = nextQueryParam;
        state.urlDecodeRequired = urlDecodeRequired;
        state.mapCount = 0;
    }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: core/src/main/java/io/undertow/server/protocol/http/HttpRequestParser.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
   private void testWriteMessage(int size, WebsocketVersion version) {
    String path = "/some/path";
    byte[] expected = TestUtils.randomByteArray(size);
    server = vertx.createHttpServer(new HttpServerOptions().setPort(DEFAULT_HTTP_PORT)).websocketHandler(ws -> {
      ws.writeBinaryMessage(Buffer.buffer(expected));
      ws.close();
    });
    server.listen(ar -> {
      assertTrue(ar.succeeded());
      client.websocket(DEFAULT_HTTP_PORT, HttpTestBase.DEFAULT_HTTP_HOST, path, null, version, ws -> {
        Buffer actual = Buffer.buffer();
        ws.handler(actual::appendBuffer);
        ws.closeHandler(v -> {
          assertArrayEquals(expected, actual.getBytes(0, actual.length()));
          testComplete();
        });
      });
    });
    await();
  }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/test/java/io/vertx/test/core/WebsocketTest.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     void existingDocumentFromUITemplateProviderSpecifiedButOldSpaceType() throws Exception
    {
        // current document = xwiki:Main.WebHome
        DocumentReference documentReference = new DocumentReference("xwiki", Arrays.asList("Main"), "WebHome");
        XWikiDocument document = mock(XWikiDocument.class);
        when(document.getDocumentReference()).thenReturn(documentReference);
        when(document.isNew()).thenReturn(false);
        when(document.getLocalReferenceMaxLength()).thenReturn(255);
        context.setDoc(document);
        String csrfTokenValue = "token421198337";
        when(this.csrfToken.getToken()).thenReturn(csrfTokenValue);

        // Submit from the UI spaceReference=X&name=Y&templateProvider=XWiki.MyTemplateProvider
        String templateProviderFullName = "XWiki.MyTemplateProvider";
        when(mockRequest.getParameter("spaceReference")).thenReturn("X");
        when(mockRequest.getParameter("name")).thenReturn("Y");
        when(mockRequest.getParameter("templateprovider")).thenReturn(templateProviderFullName);

        // Mock 1 existing template provider
        mockExistingTemplateProviders(templateProviderFullName,
            new DocumentReference("xwiki", Arrays.asList("XWiki"), "MyTemplateProvider"), Collections.emptyList(), null,
            "space");

        // Run the action
        String result = action.render(context);

        // The tests are below this line!

        // Verify null is returned (this means the response has been returned)
        assertNull(result);

        // Note: We are creating X.Y.WebHome as non-terminal, since the template provider does not specify a "terminal"
        // property and we fallback on the "type" property's value. Also using the template extracted from the template
        // provider.
        verify(mockURLFactory).createURL("X.Y", "WebHome", "edit",
            "template=XWiki.MyTemplate&parent=Main.WebHome&title=Y&form_token=" + csrfTokenValue,
            null, "xwiki", context);
    }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: xwiki-platform-core/xwiki-platform-oldcore/src/test/java/com/xpn/xwiki/web/CreateActionTest.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     public void translate(ServerUpdateTileEntityPacket packet, GeyserSession session) {
        String id = BlockEntityUtils.getBedrockBlockEntityId(packet.getType().name());
        if (packet.getNbt().isEmpty()) { // Fixes errors in servers sending empty NBT
            BlockEntityUtils.updateBlockEntity(session, NbtMap.EMPTY, packet.getPosition());
            return;
        }

        BlockEntityTranslator translator = BlockEntityUtils.getBlockEntityTranslator(id);
        // The Java block state is used in BlockEntityTranslator.translateTag() to make up for some inconsistencies
        // between Java block states and Bedrock block entity data
        int blockState;
        if (translator instanceof RequiresBlockState) {
            blockState = session.getConnector().getWorldManager().getBlockAt(session, packet.getPosition());
        } else {
            blockState = BlockStateValues.JAVA_AIR_ID;
        }
        BlockEntityUtils.updateBlockEntity(session, translator.getBlockEntityTag(id, packet.getNbt(), blockState), packet.getPosition());
        // Check for custom skulls.
        if (SkullBlockEntityTranslator.ALLOW_CUSTOM_SKULLS && packet.getNbt().contains("SkullOwner")) {
            SkullBlockEntityTranslator.spawnPlayer(session, packet.getNbt(), blockState);
        }

        // If block entity is command block, OP permission level is appropriate, player is in creative mode and the NBT is not empty
        if (packet.getType() == UpdatedTileType.COMMAND_BLOCK && session.getOpPermissionLevel() >= 2 &&
                session.getGameMode() == GameMode.CREATIVE && packet.getNbt().size() > 5) {
            ContainerOpenPacket openPacket = new ContainerOpenPacket();
            openPacket.setBlockPosition(Vector3i.from(packet.getPosition().getX(), packet.getPosition().getY(), packet.getPosition().getZ()));
            openPacket.setId((byte) 1);
            openPacket.setType(ContainerType.COMMAND_BLOCK);
            openPacket.setUniqueEntityId(-1);
            session.sendUpstreamPacket(openPacket);
        }
    }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: connector/src/main/java/org/geysermc/connector/network/translators/java/world/JavaUpdateTileEntityTranslator.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     public static Document toXml(final IBaseDataObject d) {
        final Element root = new Element("payload");
        root.addContent(JDOMUtil.protectedElement("name", d.getFilename()));
        final Element cf = new Element("current-forms");
        for (final String c : d.getAllCurrentForms()) {
            cf.addContent(JDOMUtil.simpleElement("current-form", c));
        }
        root.addContent(cf);
        root.addContent(JDOMUtil.simpleElement("encoding", d.getFontEncoding()));
        root.addContent(JDOMUtil.simpleElement("filetype", d.getFileType()));
        root.addContent(JDOMUtil.simpleElement("classification", d.getClassification()));
        final Element th = new Element("transform-history");
        for (final String s : d.transformHistory()) {
            th.addContent(JDOMUtil.simpleElement("itinerary-step", s));
        }
        root.addContent(th);
        if (d.getProcessingError() != null) {
            root.addContent(JDOMUtil.simpleElement("processing-error", d.getProcessingError()));
        }
        final Element meta = new Element("metadata");
        for (final String key : d.getParameters().keySet()) {
            final Element m = JDOMUtil.protectedElement("param", d.getStringParameter(key));
            m.setAttribute("name", key.toString());
            meta.addContent(m);
        }
        root.addContent(meta);

        if (d.header() != null) {
            root.addContent(JDOMUtil.protectedElement("header", d.header()));
        }
        if (d.dataLength() > 0) {
            root.addContent(JDOMUtil.protectedElement("data", d.data()));
        }
        if (d.footer() != null) {
            root.addContent(JDOMUtil.protectedElement("footer", d.footer()));
        }

        // Alt views
        if (d.getNumAlternateViews() > 0) {
            final Element views = new Element("views");
            for (final String av : d.getAlternateViewNames()) {
                final Element v = JDOMUtil.protectedElement("view", d.getAlternateView(av));
                v.setAttribute("name", av);
                views.addContent(v);
            }
            root.addContent(views);
        }

        logger.debug("Produced xml document for " + d.shortName());
        final Document doc = new Document(root);
        return doc;
    }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/main/java/emissary/util/PayloadUtil.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
 	public FileWithSuffix getFile(String filename, String suffix) throws IOException {
		final int idx = filename.indexOf('~');
		final AFile file;
		final String entry;
		if (idx == -1) {
			file = getAFile(filename);
			entry = null;
		} else {
			file = getAFile(filename.substring(0, idx));
			entry = filename.substring(idx + 1);
		}
		if (isAllowed(file) == false)
			return FileWithSuffix.none();

		return new FileWithSuffix(filename, suffix, file, entry);
	}
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/net/sourceforge/plantuml/preproc/ImportedFiles.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
   @Test
  public void testCloseStatusCodeFromClient() throws InterruptedException {
    CountDownLatch latch = new CountDownLatch(2);
    client = vertx.createHttpClient();
    server = vertx.createHttpServer(new HttpServerOptions().setPort(DEFAULT_HTTP_PORT))
      .websocketHandler(socket -> {
        socket.closeHandler(a -> {
          latch.countDown();
        });
        socket.frameHandler(frame -> {
          assertEquals(1000, frame.binaryData().getByteBuf().getShort(0));
          assertEquals(1000, frame.closeStatusCode());
          assertNull(frame.closeReason());
          latch.countDown();
        });
      })
      .listen(ar -> {
        client.websocket(DEFAULT_HTTP_PORT, HttpTestBase.DEFAULT_HTTP_HOST, "/", ws -> {
          ws.close();
        });
      });
    awaitLatch(latch);
  }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/test/java/io/vertx/test/core/WebsocketTest.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     public Container get(ContainerType containerType) {
        return jpaContainerProvider.get(OptionEntity_LongInt.class, containerType);
    }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: src/main/java/uk/q3c/krail/jpa/user/opt/DefaultJpaOptionContainerProvider.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is:


If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     public Stream<URL> getResources(String path) {
        Enumeration<URL> all;
        try {
            all = classLoader.getResources(prefixPath(path));
        } catch (IOException e) {
            return Stream.empty();
        }
        Stream.Builder<URL> builder = Stream.builder();
        while (all.hasMoreElements()) {
            URL url = all.nextElement();
            builder.accept(url);
        }
        return builder.build();
    }
// Code End

//To assist with your evaluation, here is some contextual information. Use the contextual information (if any) to support your evaluation of vulnerability detection.
//The function is located in the file: core/src/main/java/io/micronaut/core/io/scan/DefaultClassPathResourceLoader.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:

//Detection
 Only reply with 'Yes' or 'No', the Answer is: