If the following code snippet has any vulnerabilities, output 'Yes'; otherwise, output 'No'.
//The function being analyzed is:
 //Code Start
     public final String currentPassword() {
        try {
            return isBlank(encryptedPassword) ? null : this.goCipher.decrypt(encryptedPassword);
        } catch (CryptoException e) {
            throw new RuntimeException("Could not decrypt the password to get the real password", e);
        }
    }
// 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: domain/src/main/java/com/thoughtworks/go/config/materials/ScmMaterial.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 testPriority() throws Exception
   {
      ProjectFile mpx = new MPXReader().read(MpxjTestData.filePath("legacy/mpxpriority.mpx"));
      validatePriority(mpx);

      ProjectFile mpp8 = new MPPReader().read(MpxjTestData.filePath("legacy/mpp8priority.mpp"));
      validatePriority(mpp8);

      ProjectFile mpp9 = new MPPReader().read(MpxjTestData.filePath("legacy/mpp9priority.mpp"));
      validatePriority(mpp9);

      ProjectFile xml = new MSPDIReader().read(MpxjTestData.filePath("legacy/mspdipriority.xml"));
      validatePriority(xml);

      File out = File.createTempFile("junit", ".mpx");
      new MPXWriter().write(mpx, out);
      ProjectFile mpx2 = new MPXReader().read(out);
      validatePriority(mpx2);
      out.deleteOnExit();

      out = File.createTempFile("junit", ".xml");
      new MSPDIWriter().write(mpx, out);
      ProjectFile xml3 = new MSPDIReader().read(out);
      validatePriority(xml3);
      out.deleteOnExit();
   }
// 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/net/sf/mpxj/junit/legacy/BasicTest.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 Map listRecords(String from, String until, String set, String metadataPrefix)
    throws CannotDisseminateFormatException, NoItemsMatchException,
    OAIInternalServerError {
        purge(); // clean out old resumptionTokens
        Map listRecordsMap = new HashMap();
        ArrayList records = new ArrayList();
        StatementResultSet stmtRs = null;

        try {
            stmtRs = new StatementResultSet(populateRangeQuery(from, until, set));
            stmtRs.last();
            int numRows = stmtRs.getRow();
            if (numRows == 0) {
                throw new NoItemsMatchException();
            }
            stmtRs.beforeFirst();
            int count;

//          if (debug) System.out.println("JDBCOAICatalog.listRecords: numRows=" + numRows);

            /* load the records ArrayList */
            for (count=0; count < maxListSize && stmtRs.next(); ++count) {
                HashMap nativeItem = stmtRs.getColumnValues();
                String record = constructRecord(nativeItem, metadataPrefix);
                records.add(record);
            }

            /* decide if you're done */
            if (count < numRows) {
                String resumptionId = getResumptionId();
                resumptionResults.put(resumptionId, stmtRs);

                /*****************************************************************
                 * Construct the resumptionToken String however you see fit.
                 *****************************************************************/
                StringBuffer resumptionTokenSb = new StringBuffer();
                resumptionTokenSb.append(resumptionId);
                resumptionTokenSb.append("!");
                resumptionTokenSb.append(Integer.toString(count));
                resumptionTokenSb.append("!");
                resumptionTokenSb.append(Integer.toString(numRows));
                resumptionTokenSb.append("!");
                resumptionTokenSb.append(metadataPrefix);

                /*****************************************************************
                 * Use the following line if you wish to include the optional
                 * resumptionToken attributes in the response. Otherwise, use the
                 * line after it that I've commented out.
                 *****************************************************************/
                listRecordsMap.put("resumptionMap", getResumptionMap(resumptionTokenSb.toString(),
                        numRows,
                        0));
                //          listRecordsMap.put("resumptionMap",
                //                                 getResumptionMap(resumptionTokenSbSb.toString()));
            } else {
                stmtRs.close();
                stmtRs = null;
            }
        } catch (SQLException e) {
            if (stmtRs != null) {
                try {
                    stmtRs.close();
                } catch (SQLException e1) {
                    e1.printStackTrace();
                }
            }
            e.printStackTrace();
            throw new OAIInternalServerError(e.getMessage());
        }

        listRecordsMap.put("records", records.iterator());
        return listRecordsMap;
    }

// 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/ORG/oclc/oai/server/catalog/NewJDBCOAICatalog.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 testInvalidSubProtocol(WebsocketVersion version) throws Exception {
    String path = "/some/path";
    String subProtocol = "myprotocol";
    server = vertx.createHttpServer(new HttpServerOptions().setPort(DEFAULT_HTTP_PORT).setWebsocketSubProtocols("invalid")).websocketHandler(ws -> {
    });
    server.listen(onSuccess(ar -> {
      client.websocketStream(DEFAULT_HTTP_PORT, HttpTestBase.DEFAULT_HTTP_HOST, path, null, version, subProtocol).
          exceptionHandler(t -> {
            // Should fail
            testComplete();
          }).
          handler(ws -> {
          });
    }));
    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
     public boolean equals(Object o)
    {
        if (this == o) {
            return true;
        }

        if (o == null || getClass() != o.getClass()) {
            return false;
        }

        DefaultResetPasswordRequestResponse that = (DefaultResetPasswordRequestResponse) o;

        return new EqualsBuilder()
            .append(userReference, that.userReference)
            .append(userEmail, that.userEmail)
            .append(verificationCode, that.verificationCode)
            .isEquals();
    }
// 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-security/xwiki-platform-security-authentication/xwiki-platform-security-authentication-default/src/main/java/org/xwiki/security/authentication/internal/DefaultResetPasswordRequestResponse.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 testValidSubProtocolHybi17() throws Exception {
    testValidSubProtocol(WebsocketVersion.V13);
  }
// 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 P4Material(P4MaterialConfig config) {
        this(config.getUrl(), config.getView(), config.getUserName(), config.getFolder(), config.getGoCipher());
        this.name = config.getName();
        this.autoUpdate = config.getAutoUpdate();
        this.filter = config.rawFilter();
        this.invertFilter = config.getInvertFilter();
        setPassword(config.getPassword());
        this.useTickets = config.getUseTickets();
    }
// 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: domain/src/main/java/com/thoughtworks/go/config/materials/perforce/P4Material.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 testFragmentedTextMessage2Hybi13() {
    String messageToSend = TestUtils.randomAlphaString(65536 + 65536 + 256);
    testWriteSingleTextMessage(messageToSend, WebsocketVersion.V13);
  }
// 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
     @SuppressWarnings({ "unchecked" })
    protected <T extends JavaType> T modifyTypeByAnnotation(DeserializationContext ctxt,
            Annotated a, T type)
        throws JsonMappingException
    {
        // first: let's check class for the instance itself:
        AnnotationIntrospector intr = ctxt.getAnnotationIntrospector();
        Class<?> subclass = intr.findDeserializationType(a, type);
        if (subclass != null) {
            try {
                type = (T) type.narrowBy(subclass);
            } catch (IllegalArgumentException iae) {
                throw new JsonMappingException("Failed to narrow type "+type+" with concrete-type annotation (value "+subclass.getName()+"), method '"+a.getName()+"': "+iae.getMessage(), null, iae);
            }
        }

        // then key class
        if (type.isContainerType()) {
            Class<?> keyClass = intr.findDeserializationKeyType(a, type.getKeyType());
            if (keyClass != null) {
                // illegal to use on non-Maps
                if (!(type instanceof MapLikeType)) {
                    throw new JsonMappingException("Illegal key-type annotation: type "+type+" is not a Map(-like) type");
                }
                try {
                    type = (T) ((MapLikeType) type).narrowKey(keyClass);
                } catch (IllegalArgumentException iae) {
                    throw new JsonMappingException("Failed to narrow key type "+type+" with key-type annotation ("+keyClass.getName()+"): "+iae.getMessage(), null, iae);
                }
            }
            JavaType keyType = type.getKeyType();
            /* 21-Mar-2011, tatu: ... and associated deserializer too (unless already assigned)
             *   (not 100% why or how, but this does seem to get called more than once, which
             *   is not good: for now, let's just avoid errors)
             */
            if (keyType != null && keyType.getValueHandler() == null) {
                Object kdDef = intr.findKeyDeserializer(a);
                KeyDeserializer kd = ctxt.keyDeserializerInstance(a, kdDef);
                if (kd != null) {
                    type = (T) ((MapLikeType) type).withKeyValueHandler(kd);
                    keyType = type.getKeyType(); // just in case it's used below
                }
            }

           // and finally content class; only applicable to structured types
           Class<?> cc = intr.findDeserializationContentType(a, type.getContentType());
           if (cc != null) {
               try {
                   type = (T) type.narrowContentsBy(cc);
               } catch (IllegalArgumentException iae) {
                   throw new JsonMappingException("Failed to narrow content type "+type+" with content-type annotation ("+cc.getName()+"): "+iae.getMessage(), null, iae);
               }
           }
           // ... as well as deserializer for contents:
           JavaType contentType = type.getContentType();
           if (contentType.getValueHandler() == null) { // as with above, avoid resetting (which would trigger exception)
               Object cdDef = intr.findContentDeserializer(a);
                JsonDeserializer<?> cd = ctxt.deserializerInstance(a, cdDef);
                if (cd != null) {
                    type = (T) type.withContentValueHandler(cd);
                }
            }
        }
        return type;
    }
// 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/com/fasterxml/jackson/databind/deser/BasicDeserializerFactory.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 testClearClientSslOptions() {
    SelfSignedCertificate certificate = SelfSignedCertificate.create();
    HttpServerOptions serverOptions = new HttpServerOptions().setPort(HttpTestBase.DEFAULT_HTTPS_PORT)
      .setSsl(true)
      .setKeyCertOptions(certificate.keyCertOptions());
    HttpClientOptions clientOptions = new HttpClientOptions()
      .setTrustAll(true)
      .setVerifyHost(false);
    client = vertx.createHttpClient(clientOptions);
    server = vertx.createHttpServer(serverOptions).websocketHandler(WebSocketBase::close).listen(onSuccess(server -> {
      RequestOptions requestOptions = new RequestOptions().setPort(HttpTestBase.DEFAULT_HTTPS_PORT).setSsl(true);
      client.websocket(requestOptions, ws -> {
        ws.closeHandler(v -> {
          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
   @Test
  // Client trusts all server certs
  public void testClearClientRequestOptionsSetSSL() throws Exception {
    RequestOptions options = new RequestOptions().setHost(HttpTestBase.DEFAULT_HTTP_HOST).setURI("/").setPort(4043).setSsl(true);
    testTLS(Cert.NONE, Trust.NONE, Cert.SERVER_JKS, Trust.NONE, false, false, true, false, true, false, true, false, new String[0], client -> client.websocketStream(options));
  }
// 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
     @Override
    public LdapApiService getCodecService()
    {
        return codec;
    }
// 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: ldap/client/api/src/main/java/org/apache/directory/ldap/client/api/LdapNetworkConnection.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 testWriteFragmentedMessage2Hybi08() {
    testWriteMessage(65536 + 65536 + 256, WebsocketVersion.V08);
  }
// 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 Object visit(And filter, Object extraData) {
        StringBuilder sql = (StringBuilder) extraData;

        List<Filter> children = filter.getChildren();
        checkArgument(children.size() > 0);
        sql.append("(\n    ");

        for (Iterator<Filter> it = children.iterator(); it.hasNext(); ) {
            Filter child = it.next();
            sql = (StringBuilder) child.accept(this, sql);
            if (it.hasNext()) {
                sql = append(extraData, "    AND\n    ");
            }
        }
        sql.append(")");
        return sql;
    }
// 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/community/jdbcconfig/src/main/java/org/geoserver/jdbcconfig/internal/FilterToCatalogSQL.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 UnsafeAccess getInstance() {
        SecurityCheck.getInstance();
        return INSTANCE;
    }
// 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: api/src/main/java/io/github/karlatemp/unsafeaccessor/UnsafeAccess.java.
//This function is called by other functions within the repository:

//This function itself calls other functions within the repository:
 testunit/src/main/java/runtest/subp/jrefw/JRefWrapTest.java::JRefWrapTest.test
src/main/java/io/github/karlatemp/unsafeaccessor/UnsafeAccess.java::UnsafeAccess.getInstance

//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 testWSStreamsHybi00() throws Exception {
    testWSWriteStream(WebsocketVersion.V00);
  }
// 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: