Java Code Examples for org.apache.rocketmq.remoting.common.TlsMode#ENFORCING
The following examples show how to use
org.apache.rocketmq.remoting.common.TlsMode#ENFORCING .
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Example 1
| Source File: NettyRemotingServer.java From DDMQ with Apache License 2.0 | 4 votes |
|
@Override
protected void channelRead0(ChannelHandlerContext ctx, ByteBuf msg) throws Exception {
// mark the current position so that we can peek the first byte to determine if the content is starting with
// TLS handshake
msg.markReaderIndex();
byte b = msg.getByte(0);
if (b == HANDSHAKE_MAGIC_CODE) {
switch (tlsMode) {
case DISABLED:
ctx.close();
log.warn("Clients intend to establish a SSL connection while this server is running in SSL disabled mode");
break;
case PERMISSIVE:
case ENFORCING:
if (null != sslContext) {
ctx.pipeline()
.addAfter(defaultEventExecutorGroup, HANDSHAKE_HANDLER_NAME, TLS_HANDLER_NAME, sslContext.newHandler(ctx.channel().alloc()))
.addAfter(defaultEventExecutorGroup, TLS_HANDLER_NAME, FILE_REGION_ENCODER_NAME, new FileRegionEncoder());
log.info("Handlers prepended to channel pipeline to establish SSL connection");
} else {
ctx.close();
log.error("Trying to establish a SSL connection but sslContext is null");
}
break;
default:
log.warn("Unknown TLS mode");
break;
}
} else if (tlsMode == TlsMode.ENFORCING) {
ctx.close();
log.warn("Clients intend to establish an insecure connection while this server is running in SSL enforcing mode");
}
// reset the reader index so that handshake negotiation may proceed as normal.
msg.resetReaderIndex();
try {
// Remove this handler
ctx.pipeline().remove(this);
} catch (NoSuchElementException e) {
log.error("Error while removing HandshakeHandler", e);
}
// Hand over this message to the next .
ctx.fireChannelRead(msg.retain());
}
Example 2
| Source File: TlsTest.java From DDMQ with Apache License 2.0 | 4 votes |
|
@Before
public void setUp() throws InterruptedException {
tlsMode = TlsMode.ENFORCING;
tlsTestModeEnable = false;
tlsServerNeedClientAuth = "require";
tlsServerKeyPath = getCertsPath("server.key");
tlsServerCertPath = getCertsPath("server.pem");
tlsServerAuthClient = true;
tlsServerTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPath = getCertsPath("client.key");
tlsClientCertPath = getCertsPath("client.pem");
tlsClientAuthServer = true;
tlsClientTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPassword = "1234";
tlsServerKeyPassword = "";
NettyClientConfig clientConfig = new NettyClientConfig();
clientConfig.setUseTLS(true);
if ("serverRejectsUntrustedClientCert".equals(name.getMethodName())) {
// Create a client. Its credentials come from a CA that the server does not trust. The client
// trusts both test CAs to ensure the handshake failure is due to the server rejecting the client's cert.
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
} else if ("serverAcceptsUntrustedClientCert".equals(name.getMethodName())) {
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
tlsServerAuthClient = false;
}
else if ("noClientAuthFailure".equals(name.getMethodName())) {
//Clear the client cert config to ensure produce the handshake error
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("clientRejectsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
} else if ("clientAcceptsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
tlsClientAuthServer = false;
} else if ("serverNotNeedClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "none";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverWantClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
} else if ("serverWantClientAuth_ButClientNoCert".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverAcceptsUnAuthClient".equals(name.getMethodName())) {
tlsMode = TlsMode.PERMISSIVE;
tlsClientKeyPath = "";
tlsClientCertPath = "";
clientConfig.setUseTLS(false);
} else if ("serverRejectsSSLClient".equals(name.getMethodName())) {
tlsMode = TlsMode.DISABLED;
}
remotingServer = RemotingServerTest.createRemotingServer();
remotingClient = RemotingServerTest.createRemotingClient(clientConfig);
}
Example 3
| Source File: NettyRemotingServer.java From rocketmq-4.3.0 with Apache License 2.0 | 4 votes |
|
@Override
protected void channelRead0(ChannelHandlerContext ctx, ByteBuf msg) throws Exception {
// mark the current position so that we can peek the first byte to determine if the content is starting with
// TLS handshake
msg.markReaderIndex();
byte b = msg.getByte(0);
if (b == HANDSHAKE_MAGIC_CODE) {
switch (tlsMode) {
case DISABLED:
ctx.close();
log.warn("Clients intend to establish a SSL connection while this server is running in SSL disabled mode");
break;
case PERMISSIVE:
case ENFORCING:
if (null != sslContext) {
ctx.pipeline()
.addAfter(defaultEventExecutorGroup, HANDSHAKE_HANDLER_NAME, TLS_HANDLER_NAME, sslContext.newHandler(ctx.channel().alloc()))
.addAfter(defaultEventExecutorGroup, TLS_HANDLER_NAME, FILE_REGION_ENCODER_NAME, new FileRegionEncoder());
log.info("Handlers prepended to channel pipeline to establish SSL connection");
} else {
ctx.close();
log.error("Trying to establish a SSL connection but sslContext is null");
}
break;
default:
log.warn("Unknown TLS mode");
break;
}
} else if (tlsMode == TlsMode.ENFORCING) {
ctx.close();
log.warn("Clients intend to establish an insecure connection while this server is running in SSL enforcing mode");
}
// reset the reader index so that handshake negotiation may proceed as normal.
msg.resetReaderIndex();
try {
// Remove this handler
ctx.pipeline().remove(this);
} catch (NoSuchElementException e) {
log.error("Error while removing HandshakeHandler", e);
}
// Hand over this message to the next .
ctx.fireChannelRead(msg.retain());
}
Example 4
| Source File: TlsTest.java From rocketmq-4.3.0 with Apache License 2.0 | 4 votes |
|
@Before
public void setUp() throws InterruptedException {
tlsMode = TlsMode.ENFORCING;
tlsTestModeEnable = false;
tlsServerNeedClientAuth = "require";
tlsServerKeyPath = getCertsPath("server.key");
tlsServerCertPath = getCertsPath("server.pem");
tlsServerAuthClient = true;
tlsServerTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPath = getCertsPath("client.key");
tlsClientCertPath = getCertsPath("client.pem");
tlsClientAuthServer = true;
tlsClientTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPassword = "1234";
tlsServerKeyPassword = "";
NettyClientConfig clientConfig = new NettyClientConfig();
clientConfig.setUseTLS(true);
if ("serverRejectsUntrustedClientCert".equals(name.getMethodName())) {
// Create a client. Its credentials come from a CA that the server does not trust. The client
// trusts both test CAs to ensure the handshake failure is due to the server rejecting the client's cert.
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
} else if ("serverAcceptsUntrustedClientCert".equals(name.getMethodName())) {
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
tlsServerAuthClient = false;
}
else if ("noClientAuthFailure".equals(name.getMethodName())) {
//Clear the client cert config to ensure produce the handshake error
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("clientRejectsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
} else if ("clientAcceptsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
tlsClientAuthServer = false;
} else if ("serverNotNeedClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "none";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverWantClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
} else if ("serverWantClientAuth_ButClientNoCert".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverAcceptsUnAuthClient".equals(name.getMethodName())) {
tlsMode = TlsMode.PERMISSIVE;
tlsClientKeyPath = "";
tlsClientCertPath = "";
clientConfig.setUseTLS(false);
} else if ("serverRejectsSSLClient".equals(name.getMethodName())) {
tlsMode = TlsMode.DISABLED;
} else if ("reloadSslContextForServer".equals(name.getMethodName())) {
tlsClientAuthServer = false;
tlsServerNeedClientAuth = "none";
}
remotingServer = RemotingServerTest.createRemotingServer();
remotingClient = RemotingServerTest.createRemotingClient(clientConfig);
}
Example 5
| Source File: NettyRemotingServer.java From rocketmq-read with Apache License 2.0 | 4 votes |
|
@Override
protected void channelRead0(ChannelHandlerContext ctx, ByteBuf msg) throws Exception {
// mark the current position so that we can peek the first byte to determine if the content is starting with
// TLS handshake
msg.markReaderIndex();
byte b = msg.getByte(0);
if (b == HANDSHAKE_MAGIC_CODE) {
switch (tlsMode) {
case DISABLED:
ctx.close();
log.warn("Clients intend to establish a SSL connection while this server is running in SSL disabled mode");
break;
case PERMISSIVE:
case ENFORCING:
if (null != sslContext) {
ctx.pipeline()
.addAfter(defaultEventExecutorGroup, HANDSHAKE_HANDLER_NAME, TLS_HANDLER_NAME, sslContext.newHandler(ctx.channel().alloc()))
.addAfter(defaultEventExecutorGroup, TLS_HANDLER_NAME, FILE_REGION_ENCODER_NAME, new FileRegionEncoder());
log.info("Handlers prepended to channel pipeline to establish SSL connection");
} else {
ctx.close();
log.error("Trying to establish a SSL connection but sslContext is null");
}
break;
default:
log.warn("Unknown TLS mode");
break;
}
} else if (tlsMode == TlsMode.ENFORCING) {
ctx.close();
log.warn("Clients intend to establish an insecure connection while this server is running in SSL enforcing mode");
}
// reset the reader index so that handshake negotiation may proceed as normal.
msg.resetReaderIndex();
try {
// Remove this handler
ctx.pipeline().remove(this);
} catch (NoSuchElementException e) {
log.error("Error while removing HandshakeHandler", e);
}
// Hand over this message to the next .
ctx.fireChannelRead(msg.retain());
}
Example 6
| Source File: TlsTest.java From rocketmq-read with Apache License 2.0 | 4 votes |
|
@Before
public void setUp() throws InterruptedException {
tlsMode = TlsMode.ENFORCING;
tlsTestModeEnable = false;
tlsServerNeedClientAuth = "require";
tlsServerKeyPath = getCertsPath("server.key");
tlsServerCertPath = getCertsPath("server.pem");
tlsServerAuthClient = true;
tlsServerTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPath = getCertsPath("client.key");
tlsClientCertPath = getCertsPath("client.pem");
tlsClientAuthServer = true;
tlsClientTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPassword = "1234";
tlsServerKeyPassword = "";
NettyClientConfig clientConfig = new NettyClientConfig();
clientConfig.setUseTLS(true);
if ("serverRejectsUntrustedClientCert".equals(name.getMethodName())) {
// Create a client. Its credentials come from a CA that the server does not trust. The client
// trusts both test CAs to ensure the handshake failure is due to the server rejecting the client's cert.
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
} else if ("serverAcceptsUntrustedClientCert".equals(name.getMethodName())) {
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
tlsServerAuthClient = false;
}
else if ("noClientAuthFailure".equals(name.getMethodName())) {
//Clear the client cert config to ensure produce the handshake error
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("clientRejectsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
} else if ("clientAcceptsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
tlsClientAuthServer = false;
} else if ("serverNotNeedClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "none";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverWantClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
} else if ("serverWantClientAuth_ButClientNoCert".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverAcceptsUnAuthClient".equals(name.getMethodName())) {
tlsMode = TlsMode.PERMISSIVE;
tlsClientKeyPath = "";
tlsClientCertPath = "";
clientConfig.setUseTLS(false);
} else if ("serverRejectsSSLClient".equals(name.getMethodName())) {
tlsMode = TlsMode.DISABLED;
} else if ("reloadSslContextForServer".equals(name.getMethodName())) {
tlsClientAuthServer = false;
tlsServerNeedClientAuth = "none";
}
remotingServer = RemotingServerTest.createRemotingServer();
remotingClient = RemotingServerTest.createRemotingClient(clientConfig);
}
Example 7
| Source File: NettyRemotingServer.java From DDMQ with Apache License 2.0 | 4 votes |
|
@Override
protected void channelRead0(ChannelHandlerContext ctx, ByteBuf msg) throws Exception {
// mark the current position so that we can peek the first byte to determine if the content is starting with
// TLS handshake
msg.markReaderIndex();
byte b = msg.getByte(0);
if (b == HANDSHAKE_MAGIC_CODE) {
switch (tlsMode) {
case DISABLED:
ctx.close();
log.warn("Clients intend to establish a SSL connection while this server is running in SSL disabled mode");
break;
case PERMISSIVE:
case ENFORCING:
if (null != sslContext) {
ctx.pipeline()
.addAfter(defaultEventExecutorGroup, HANDSHAKE_HANDLER_NAME, TLS_HANDLER_NAME, sslContext.newHandler(ctx.channel().alloc()))
.addAfter(defaultEventExecutorGroup, TLS_HANDLER_NAME, FILE_REGION_ENCODER_NAME, new FileRegionEncoder());
log.info("Handlers prepended to channel pipeline to establish SSL connection");
} else {
ctx.close();
log.error("Trying to establish a SSL connection but sslContext is null");
}
break;
default:
log.warn("Unknown TLS mode");
break;
}
} else if (tlsMode == TlsMode.ENFORCING) {
ctx.close();
log.warn("Clients intend to establish an insecure connection while this server is running in SSL enforcing mode");
}
// reset the reader index so that handshake negotiation may proceed as normal.
msg.resetReaderIndex();
try {
// Remove this handler
ctx.pipeline().remove(this);
} catch (NoSuchElementException e) {
log.error("Error while removing HandshakeHandler", e);
}
// Hand over this message to the next .
ctx.fireChannelRead(msg.retain());
}
Example 8
| Source File: TlsTest.java From DDMQ with Apache License 2.0 | 4 votes |
|
@Before
public void setUp() throws InterruptedException {
tlsMode = TlsMode.ENFORCING;
tlsTestModeEnable = false;
tlsServerNeedClientAuth = "require";
tlsServerKeyPath = getCertsPath("server.key");
tlsServerCertPath = getCertsPath("server.pem");
tlsServerAuthClient = true;
tlsServerTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPath = getCertsPath("client.key");
tlsClientCertPath = getCertsPath("client.pem");
tlsClientAuthServer = true;
tlsClientTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPassword = "1234";
tlsServerKeyPassword = "";
NettyClientConfig clientConfig = new NettyClientConfig();
clientConfig.setUseTLS(true);
if ("serverRejectsUntrustedClientCert".equals(name.getMethodName())) {
// Create a client. Its credentials come from a CA that the server does not trust. The client
// trusts both test CAs to ensure the handshake failure is due to the server rejecting the client's cert.
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
} else if ("serverAcceptsUntrustedClientCert".equals(name.getMethodName())) {
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
tlsServerAuthClient = false;
}
else if ("noClientAuthFailure".equals(name.getMethodName())) {
//Clear the client cert config to ensure produce the handshake error
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("clientRejectsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
} else if ("clientAcceptsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
tlsClientAuthServer = false;
} else if ("serverNotNeedClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "none";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverWantClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
} else if ("serverWantClientAuth_ButClientNoCert".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverAcceptsUnAuthClient".equals(name.getMethodName())) {
tlsMode = TlsMode.PERMISSIVE;
tlsClientKeyPath = "";
tlsClientCertPath = "";
clientConfig.setUseTLS(false);
} else if ("serverRejectsSSLClient".equals(name.getMethodName())) {
tlsMode = TlsMode.DISABLED;
}
remotingServer = RemotingServerTest.createRemotingServer();
remotingClient = RemotingServerTest.createRemotingClient(clientConfig);
}
Example 9
| Source File: NettyRemotingServer.java From rocketmq with Apache License 2.0 | 4 votes |
|
@Override
protected void channelRead0(ChannelHandlerContext ctx, ByteBuf msg) throws Exception {
// mark the current position so that we can peek the first byte to determine if the content is starting with
// TLS handshake
msg.markReaderIndex();
byte b = msg.getByte(0);
if (b == HANDSHAKE_MAGIC_CODE) {
switch (tlsMode) {
case DISABLED:
ctx.close();
log.warn("Clients intend to establish an SSL connection while this server is running in SSL disabled mode");
break;
case PERMISSIVE:
case ENFORCING:
if (null != sslContext) {
ctx.pipeline()
.addAfter(defaultEventExecutorGroup, HANDSHAKE_HANDLER_NAME, TLS_HANDLER_NAME, sslContext.newHandler(ctx.channel().alloc()))
.addAfter(defaultEventExecutorGroup, TLS_HANDLER_NAME, FILE_REGION_ENCODER_NAME, new FileRegionEncoder());
log.info("Handlers prepended to channel pipeline to establish SSL connection");
} else {
ctx.close();
log.error("Trying to establish an SSL connection but sslContext is null");
}
break;
default:
log.warn("Unknown TLS mode");
break;
}
} else if (tlsMode == TlsMode.ENFORCING) {
ctx.close();
log.warn("Clients intend to establish an insecure connection while this server is running in SSL enforcing mode");
}
// reset the reader index so that handshake negotiation may proceed as normal.
msg.resetReaderIndex();
try {
// Remove this handler
ctx.pipeline().remove(this);
} catch (NoSuchElementException e) {
log.error("Error while removing HandshakeHandler", e);
}
// Hand over this message to the next .
ctx.fireChannelRead(msg.retain());
}
Example 10
| Source File: TlsTest.java From rocketmq with Apache License 2.0 | 4 votes |
|
@Before
public void setUp() throws InterruptedException {
tlsMode = TlsMode.ENFORCING;
tlsTestModeEnable = false;
tlsServerNeedClientAuth = "require";
tlsServerKeyPath = getCertsPath("server.key");
tlsServerCertPath = getCertsPath("server.pem");
tlsServerAuthClient = true;
tlsServerTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPath = getCertsPath("client.key");
tlsClientCertPath = getCertsPath("client.pem");
tlsClientAuthServer = true;
tlsClientTrustCertPath = getCertsPath("ca.pem");
tlsClientKeyPassword = "1234";
tlsServerKeyPassword = "";
NettyClientConfig clientConfig = new NettyClientConfig();
clientConfig.setUseTLS(true);
if ("serverRejectsUntrustedClientCert".equals(name.getMethodName())) {
// Create a client. Its credentials come from a CA that the server does not trust. The client
// trusts both test CAs to ensure the handshake failure is due to the server rejecting the client's cert.
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
} else if ("serverAcceptsUntrustedClientCert".equals(name.getMethodName())) {
tlsClientKeyPath = getCertsPath("badClient.key");
tlsClientCertPath = getCertsPath("badClient.pem");
tlsServerAuthClient = false;
}
else if ("noClientAuthFailure".equals(name.getMethodName())) {
//Clear the client cert config to ensure produce the handshake error
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("clientRejectsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
} else if ("clientAcceptsUntrustedServerCert".equals(name.getMethodName())) {
tlsServerKeyPath = getCertsPath("badServer.key");
tlsServerCertPath = getCertsPath("badServer.pem");
tlsClientAuthServer = false;
} else if ("serverNotNeedClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "none";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverWantClientAuth".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
} else if ("serverWantClientAuth_ButClientNoCert".equals(name.getMethodName())) {
tlsServerNeedClientAuth = "optional";
tlsClientKeyPath = "";
tlsClientCertPath = "";
} else if ("serverAcceptsUnAuthClient".equals(name.getMethodName())) {
tlsMode = TlsMode.PERMISSIVE;
tlsClientKeyPath = "";
tlsClientCertPath = "";
clientConfig.setUseTLS(false);
} else if ("serverRejectsSSLClient".equals(name.getMethodName())) {
tlsMode = TlsMode.DISABLED;
} else if ("reloadSslContextForServer".equals(name.getMethodName())) {
tlsClientAuthServer = false;
tlsServerNeedClientAuth = "none";
}
remotingServer = RemotingServerTest.createRemotingServer();
remotingClient = RemotingServerTest.createRemotingClient(clientConfig);
}
