ClientConfiguration (AWS SDK for Java

java.lang.Object
- com.amazonaws.ClientConfiguration

```
@NotThreadSafe
public class ClientConfiguration
extends Object
```
Client configuration options such as proxy settings, user agent string, max retry attempts, etc.

See Also:
PredefinedClientConfigurations

Field Summary

Fields
Modifier and Type	Field and Description
`static int`	`DEFAULT_CLIENT_EXECUTION_TIMEOUT` The default timeout for a request.
`static long`	`DEFAULT_CONNECTION_MAX_IDLE_MILLIS` The default maximum idle time (in milliseconds) for a connection in the connection pool.
`static int`	`DEFAULT_CONNECTION_TIMEOUT` The default timeout for creating new connections.
`static long`	`DEFAULT_CONNECTION_TTL` The default expiration time (in milliseconds) for a connection in the connection pool.
`static int`	`DEFAULT_MAX_CONNECTIONS` The default max connection pool size.
`static int`	`DEFAULT_REQUEST_TIMEOUT` The default timeout for a request.
`static int`	`DEFAULT_RESPONSE_METADATA_CACHE_SIZE` The default response metadata cache size.
`static RetryPolicy`	`DEFAULT_RETRY_POLICY` Default request retry policy, including the maximum retry count of 3, the default retry condition and the default back-off strategy.
`static int`	`DEFAULT_SOCKET_TIMEOUT` The default timeout for reading from a connected socket.
`static boolean`	`DEFAULT_TCP_KEEP_ALIVE` The default on whether to use TCP KeepAlive.
`static boolean`	`DEFAULT_THROTTLE_RETRIES` The default on whether to throttle retries.
`static boolean`	`DEFAULT_USE_GZIP` The default on whether to use gzip compression.
`static boolean`	`DEFAULT_USE_REAPER` The default on whether to use the `IdleConnectionReaper` to manage stale connections
`static String`	`DEFAULT_USER_AGENT` The default HTTP user agent header for AWS Java SDK clients.

Constructor Summary

Constructors
Constructor and Description

ClientConfiguration()

ClientConfiguration(ClientConfiguration other)

Constructors
Constructor and Description
`ClientConfiguration()`
`ClientConfiguration(ClientConfiguration other)`

Method Summary

Methods
Modifier and Type	Method and Description
`ApacheHttpClientConfig`	`getApacheHttpClientConfig()` Returns a non-null object that can be used to specify Apache HTTP client specific custom configurations.
`int`	`getClientExecutionTimeout()` Returns the amount of time (in milliseconds) to allow the client to complete the execution of an API call.
`long`	`getConnectionMaxIdleMillis()` Returns the maximum amount of time that an idle connection may sit in the connection pool and still be eligible for reuse.
`int`	`getConnectionTimeout()` Returns the amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out.
`long`	`getConnectionTTL()` Returns the expiration time (in milliseconds) for a connection in the connection pool.
`DnsResolver`	`getDnsResolver()` Returns the DnsResolver for resolving AWS IP addresses.
`InetAddress`	`getLocalAddress()` Returns the optional local address the client will bind to.
`int`	`getMaxConnections()` Returns the maximum number of allowed open HTTP connections.
`int`	`getMaxErrorRetry()` Returns the maximum number of retry attempts for failed retryable requests (ex: 5xx error responses from a service).
`Protocol`	`getProtocol()` Returns the protocol (HTTP or HTTPS) to use when connecting to Amazon Web Services.
`String`	`getProxyDomain()` Returns the optional Windows domain name for configuring an NTLM proxy.
`String`	`getProxyHost()` Returns the optional proxy host the client will connect through.
`String`	`getProxyPassword()` Returns the optional proxy password to use if connecting through a proxy.
`int`	`getProxyPort()` Returns the optional proxy port the client will connect through.
`String`	`getProxyUsername()` Returns the optional proxy user name to use if connecting through a proxy.
`String`	`getProxyWorkstation()` Returns the optional Windows workstation name for configuring NTLM proxy support.
`int`	`getRequestTimeout()` Returns the amount of time to wait (in milliseconds) for the request to complete before giving up and timing out.
`int`	`getResponseMetadataCacheSize()` Returns the response metadata cache size.
`RetryPolicy`	`getRetryPolicy()` Returns the retry policy upon failed requests.
`SecureRandom`	`getSecureRandom()` Returns the instance of `SecureRandom` configured by the user; or the JDK default if it is null.
`String`	`getSignerOverride()` Returns the name of the signature algorithm to use for signing requests made by this client.
`int[]`	`getSocketBufferSizeHints()` Returns the optional size hints (in bytes) for the low level TCP send and receive buffers.
`int`	`getSocketTimeout()` Returns the amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection times out and is closed.
`String`	`getUserAgent()` Returns the HTTP user agent header to send with all requests.
`boolean`	`isPreemptiveBasicProxyAuth()` Returns whether to attempt to authenticate preemptively against proxy servers using basic authentication
`boolean`	`isUseExpectContinue()` Returns the use expect continue flag
`void`	`setClientExecutionTimeout(int clientExecutionTimeout)` Sets the amount of time (in milliseconds) to allow the client to complete the execution of an API call.
`void`	`setConnectionMaxIdleMillis(long connectionMaxIdleMillis)` Sets the maximum amount of time that an idle connection may sit in the connection pool and still be eligible for reuse.
`void`	`setConnectionTimeout(int connectionTimeout)` Sets the amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out.
`void`	`setConnectionTTL(long connectionTTL)` Sets the expiration time (in milliseconds) for a connection in the connection pool.
`void`	`setDnsResolver(DnsResolver resolver)` Sets the DNS Resolver that should be used to for resolving AWS IP addresses.
`void`	`setLocalAddress(InetAddress localAddress)` Sets the optional local address the client will bind to.
`void`	`setMaxConnections(int maxConnections)` Sets the maximum number of allowed open HTTP connections.
`void`	`setMaxErrorRetry(int maxErrorRetry)` Sets the maximum number of retry attempts for failed retryable requests (ex: 5xx error responses from services).
`void`	`setPreemptiveBasicProxyAuth(Boolean preemptiveBasicProxyAuth)` Sets whether to attempt to authenticate preemptively against proxy servers using basic authentication
`void`	`setProtocol(Protocol protocol)` Sets the protocol (i.e.
`void`	`setProxyDomain(String proxyDomain)` Sets the optional Windows domain name for configuration an NTLM proxy.
`void`	`setProxyHost(String proxyHost)` Sets the optional proxy host the client will connect through.
`void`	`setProxyPassword(String proxyPassword)` Sets the optional proxy password to use when connecting through a proxy.
`void`	`setProxyPort(int proxyPort)` Sets the optional proxy port the client will connect through.
`void`	`setProxyUsername(String proxyUsername)` Sets the optional proxy user name to use if connecting through a proxy.
`void`	`setProxyWorkstation(String proxyWorkstation)` Sets the optional Windows workstation name for configuring NTLM proxy support.
`void`	`setRequestTimeout(int requestTimeout)` Sets the amount of time to wait (in milliseconds) for the request to complete before giving up and timing out.
`void`	`setResponseMetadataCacheSize(int responseMetadataCacheSize)` Sets the response metadata cache size.
`void`	`setRetryPolicy(RetryPolicy retryPolicy)` Sets the retry policy upon failed requests.
`void`	`setSecureRandom(SecureRandom secureRandom)` Sets an instance of `SecureRandom` to be used by the SDK.
`void`	`setSignerOverride(String value)` Sets the name of the signature algorithm to use for signing requests made by this client.
`void`	`setSocketBufferSizeHints(int socketSendBufferSizeHint, int socketReceiveBufferSizeHint)` Sets the optional size hints (in bytes) for the low level TCP send and receive buffers.
`void`	`setSocketTimeout(int socketTimeout)` Sets the amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection times out and is closed.
`void`	`setUseExpectContinue(boolean useExpectContinue)` Sets if use expect continue should be enabled.
`void`	`setUseGzip(boolean use)` Sets whether gzip compression should be used
`void`	`setUserAgent(String userAgent)` Sets the HTTP user agent header to send with all requests.
`void`	`setUseReaper(boolean use)` Sets whether the `IdleConnectionReaper` is to be started as a daemon thread
`void`	`setUseTcpKeepAlive(boolean use)` Sets whether or not to enable TCP KeepAlive support at the socket level.
`void`	`setUseThrottleRetries(boolean use)` Sets whether throttled retries should be used
`boolean`	`useGzip()` Checks if gzip compression is used
`boolean`	`useReaper()` Checks if the `IdleConnectionReaper` is to be started
`boolean`	`useTcpKeepAlive()` Returns whether or not TCP KeepAlive support is enabled.
`boolean`	`useThrottledRetries()` Returns whether retry throttling will be used.
`ClientConfiguration`	`withClientExecutionTimeout(int clientExecutionTimeout)` Sets the amount of time (in milliseconds) to allow the client to complete the execution of an API call.
`ClientConfiguration`	`withConnectionMaxIdleMillis(long connectionMaxIdleMillis)` Sets the maximum amount of time that an idle connection may sit in the connection pool and still be eligible for reuse.
`ClientConfiguration`	`withConnectionTimeout(int connectionTimeout)` Sets the amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out, and returns the updated ClientConfiguration object so that additional method calls may be chained together.
`ClientConfiguration`	`withConnectionTTL(long connectionTTL)` Sets the expiration time (in milliseconds) for a connection in the connection pool.
`ClientConfiguration`	`withDnsResolver(DnsResolver resolver)` Sets the DNS Resolver that should be used to for resolving AWS IP addresses.
`ClientConfiguration`	`withGzip(boolean use)` Sets whether gzip compression should be used
`ClientConfiguration`	`withLocalAddress(InetAddress localAddress)` Sets the optional local address the client will bind to and returns the updated ClientConfiguration object.
`ClientConfiguration`	`withMaxConnections(int maxConnections)` Sets the maximum number of allowed open HTTP connections and returns the updated ClientConfiguration object.
`ClientConfiguration`	`withMaxErrorRetry(int maxErrorRetry)` Sets the maximum number of retry attempts for failed retryable requests (ex: 5xx error responses from services), and returns the updated ClientConfiguration object.
`ClientConfiguration`	`withPreemptiveBasicProxyAuth(boolean preemptiveBasicProxyAuth)` Sets whether to attempt to authenticate preemptively against proxy servers using basic authentication, and returns the updated ClientConfiguration object so that additional method calls may be chained together.
`ClientConfiguration`	`withProtocol(Protocol protocol)` Sets the protocol (i.e.
`ClientConfiguration`	`withProxyDomain(String proxyDomain)` Sets the optional Windows domain name for configuration an NTLM proxy and returns a reference to this updated ClientConfiguration object so that additional method calls can be chained together.
`ClientConfiguration`	`withProxyHost(String proxyHost)` Sets the optional proxy host the client will connect through and returns the updated ClientConfiguration object.
`ClientConfiguration`	`withProxyPassword(String proxyPassword)` Sets the optional proxy password to use when connecting through a proxy, and returns the updated ClientConfiguration object.
`ClientConfiguration`	`withProxyPort(int proxyPort)` Sets the optional proxy port the client will connect through and returns the updated ClientConfiguration object.
`ClientConfiguration`	`withProxyUsername(String proxyUsername)` Sets the optional proxy user name and returns the updated ClientConfiguration object.
`ClientConfiguration`	`withProxyWorkstation(String proxyWorkstation)` Sets the optional Windows workstation name for configuring NTLM proxy support, and returns the updated ClientConfiguration object so that additional method calls can be chained together.
`ClientConfiguration`	`withReaper(boolean use)` Sets whether the `IdleConnectionReaper` is to be started as a daemon thread
`ClientConfiguration`	`withRequestTimeout(int requestTimeout)` Sets the amount of time to wait (in milliseconds) for the request to complete before giving up and timing out.
`ClientConfiguration`	`withResponseMetadataCacheSize(int responseMetadataCacheSize)` Sets the response metadata cache size.
`ClientConfiguration`	`withRetryPolicy(RetryPolicy retryPolicy)` Sets the retry policy upon failed requests, and returns the updated ClientConfiguration object.
`ClientConfiguration`	`withSecureRandom(SecureRandom secureRandom)` Fluent API for `setSecureRandom(SecureRandom)`.
`ClientConfiguration`	`withSignerOverride(String value)` Sets the name of the signature algorithm to use for signing requests made by this client.
`ClientConfiguration`	`withSocketBufferSizeHints(int socketSendBufferSizeHint, int socketReceiveBufferSizeHint)` Sets the optional size hints (in bytes) for the low level TCP send and receive buffers, and returns the updated ClientConfiguration object so that additional method calls may be chained together.
`ClientConfiguration`	`withSocketTimeout(int socketTimeout)` Sets the amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection times out and is closed, and returns the updated ClientConfiguration object so that additional method calls may be chained together.
`ClientConfiguration`	`withTcpKeepAlive(boolean use)` Sets whether or not to enable TCP KeepAlive support at the socket level.
`ClientConfiguration`	`withThrottledRetries(boolean use)` Sets whether throttled retries should be used
`ClientConfiguration`	`withUseExpectContinue(boolean useExpectContinue)` Sets if use expect continue should be enabled.
`ClientConfiguration`	`withUserAgent(String userAgent)` Sets the HTTP user agent header used in requests and returns the updated ClientConfiguration object.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - DEFAULT_CONNECTION_TIMEOUT
```
public static final int DEFAULT_CONNECTION_TIMEOUT
```
    The default timeout for creating new connections.
    
    See Also:
    Constant Field Values
  - DEFAULT_SOCKET_TIMEOUT
```
public static final int DEFAULT_SOCKET_TIMEOUT
```
    The default timeout for reading from a connected socket.
    
    See Also:
    Constant Field Values
  - DEFAULT_REQUEST_TIMEOUT
```
public static final int DEFAULT_REQUEST_TIMEOUT
```
    The default timeout for a request. This is disabled by default.
    
    See Also:
    Constant Field Values
  - DEFAULT_CLIENT_EXECUTION_TIMEOUT
```
public static final int DEFAULT_CLIENT_EXECUTION_TIMEOUT
```
    The default timeout for a request. This is disabled by default.
    
    See Also:
    Constant Field Values
  - DEFAULT_MAX_CONNECTIONS
```
public static final int DEFAULT_MAX_CONNECTIONS
```
    The default max connection pool size.
    
    See Also:
    Constant Field Values
  - DEFAULT_USER_AGENT
```
public static final String DEFAULT_USER_AGENT
```
    The default HTTP user agent header for AWS Java SDK clients.
  - DEFAULT_RETRY_POLICY
```
public static final RetryPolicy DEFAULT_RETRY_POLICY
```
    Default request retry policy, including the maximum retry count of 3, the default retry condition and the default back-off strategy.
    
    See Also:
    PredefinedRetryPolicies.DEFAULT, PredefinedRetryPolicies.DYNAMODB_DEFAULT
  - DEFAULT_USE_REAPER
```
public static final boolean DEFAULT_USE_REAPER
```
    The default on whether to use the IdleConnectionReaper to manage stale connections
    
    See Also:
    IdleConnectionReaper, Constant Field Values
  - DEFAULT_USE_GZIP
```
public static final boolean DEFAULT_USE_GZIP
```
    The default on whether to use gzip compression.
    
    See Also:
    Constant Field Values
  - DEFAULT_CONNECTION_TTL
```
public static final long DEFAULT_CONNECTION_TTL
```
    The default expiration time (in milliseconds) for a connection in the connection pool.
    
    See Also:
    Constant Field Values
  - DEFAULT_CONNECTION_MAX_IDLE_MILLIS
```
public static final long DEFAULT_CONNECTION_MAX_IDLE_MILLIS
```
    The default maximum idle time (in milliseconds) for a connection in the connection pool.
    
    See Also:
    Constant Field Values
  - DEFAULT_TCP_KEEP_ALIVE
```
public static final boolean DEFAULT_TCP_KEEP_ALIVE
```
    The default on whether to use TCP KeepAlive.
    
    See Also:
    Constant Field Values
  - DEFAULT_THROTTLE_RETRIES
```
public static final boolean DEFAULT_THROTTLE_RETRIES
```
    The default on whether to throttle retries.
    
    See Also:
    Constant Field Values
  - DEFAULT_RESPONSE_METADATA_CACHE_SIZE
```
public static final int DEFAULT_RESPONSE_METADATA_CACHE_SIZE
```
    The default response metadata cache size.
    
    See Also:
    Constant Field Values
- Constructor Detail
  - ClientConfiguration
```
public ClientConfiguration()
```
  - ClientConfiguration
```
public ClientConfiguration(ClientConfiguration other)
```
- Method Detail
  - getProtocol
```
public Protocol getProtocol()
```
    Returns the protocol (HTTP or HTTPS) to use when connecting to Amazon Web Services.
    The default configuration is to use HTTPS for all requests for increased security.
    Individual clients can also override this setting by explicitly including the protocol as part of the endpoint URL when calling AmazonWebServiceClient.setEndpoint(String).
    
    Returns:
    The protocol to use when connecting to Amazon Web Services.
  - setProtocol
```
public void setProtocol(Protocol protocol)
```
    Sets the protocol (i.e. HTTP or HTTPS) to use when connecting to Amazon Web Services.
    The default configuration is to use HTTPS for all requests for increased security.
    Individual clients can also override this setting by explicitly including the protocol as part of the endpoint URL when calling AmazonWebServiceClient.setEndpoint(String).
    
    Parameters:
    protocol - The protocol to use when connecting to Amazon Web Services.
  - withProtocol
```
public ClientConfiguration withProtocol(Protocol protocol)
```
    Sets the protocol (i.e. HTTP or HTTPS) to use when connecting to Amazon Web Services, and returns the updated ClientConfiguration object so that additional calls may be chained together.
    The default configuration is to use HTTPS for all requests for increased security.
    Individual clients can also override this setting by explicitly including the protocol as part of the endpoint URL when calling AmazonWebServiceClient.setEndpoint(String).
    
    Parameters:
    protocol - The protocol to use when connecting to Amazon Web Services.
    
    Returns:
    The updated ClientConfiguration object with the new max HTTP connections setting.
  - getMaxConnections
```
public int getMaxConnections()
```
    Returns the maximum number of allowed open HTTP connections.
    
    Returns:
    The maximum number of allowed open HTTP connections.
  - setMaxConnections
```
public void setMaxConnections(int maxConnections)
```
    Sets the maximum number of allowed open HTTP connections.
    
    Parameters:
    maxConnections - The maximum number of allowed open HTTP connections.
  - withMaxConnections
```
public ClientConfiguration withMaxConnections(int maxConnections)
```
    Sets the maximum number of allowed open HTTP connections and returns the updated ClientConfiguration object.
    
    Parameters:
    maxConnections - The maximum number of allowed open HTTP connections.
    
    Returns:
    The updated ClientConfiguration object with the new max HTTP connections setting.
  - getUserAgent
```
public String getUserAgent()
```
    Returns the HTTP user agent header to send with all requests.
    
    Returns:
    The user agent string to use when sending requests.
  - setUserAgent
```
public void setUserAgent(String userAgent)
```
    Sets the HTTP user agent header to send with all requests.
    
    Parameters:
    userAgent - The user agent string to use when sending requests.
  - withUserAgent
```
public ClientConfiguration withUserAgent(String userAgent)
```
    Sets the HTTP user agent header used in requests and returns the updated ClientConfiguration object.
    
    Parameters:
    userAgent - The user agent string to use when sending requests.
    
    Returns:
    The updated ClientConfiguration object.
  - getLocalAddress
```
public InetAddress getLocalAddress()
```
    Returns the optional local address the client will bind to.
    
    Returns:
    The local address the client will bind to.
  - setLocalAddress
```
public void setLocalAddress(InetAddress localAddress)
```
    Sets the optional local address the client will bind to.
    
    Parameters:
    localAddress - The local address the client will bind to.
  - withLocalAddress
```
public ClientConfiguration withLocalAddress(InetAddress localAddress)
```
    Sets the optional local address the client will bind to and returns the updated ClientConfiguration object.
    
    Parameters:
    localAddress - The local address the client will bind to.
    
    Returns:
    The updated ClientConfiguration object.
  - getProxyHost
```
public String getProxyHost()
```
    Returns the optional proxy host the client will connect through. Returns either the proxyHost set on this object, or if not provided, checks the value of the Java system property for proxy host according to this.getProtocol(): i.e. if protocol is https, returns the value of the system property https.proxyHost, otherwise returns value of http.proxyHost.
    
    Returns:
    The proxy host the client will connect through.
  - setProxyHost
```
public void setProxyHost(String proxyHost)
```
    Sets the optional proxy host the client will connect through.
    
    Parameters:
    proxyHost - The proxy host the client will connect through.
  - withProxyHost
```
public ClientConfiguration withProxyHost(String proxyHost)
```
    Sets the optional proxy host the client will connect through and returns the updated ClientConfiguration object.
    
    Parameters:
    proxyHost - The proxy host the client will connect through.
    
    Returns:
    The updated ClientConfiguration object.
  - getProxyPort
```
public int getProxyPort()
```
    Returns the optional proxy port the client will connect through. Returns either the proxyPort set on this object, or if not provided, checks the value of the Java system property for proxy port according to this.getProtocol(): i.e. if protocol is https, returns the value of the system property https.proxyPort, otherwise returns value of http.proxyPort.
    
    Returns:
    The proxy port the client will connect through.
  - setProxyPort
```
public void setProxyPort(int proxyPort)
```
    Sets the optional proxy port the client will connect through.
    
    Parameters:
    proxyPort - The proxy port the client will connect through.
  - withProxyPort
```
public ClientConfiguration withProxyPort(int proxyPort)
```
    Sets the optional proxy port the client will connect through and returns the updated ClientConfiguration object.
    
    Parameters:
    proxyPort - The proxy port the client will connect through.
    
    Returns:
    The updated ClientConfiguration object.
  - getProxyUsername
```
public String getProxyUsername()
```
    Returns the optional proxy user name to use if connecting through a proxy. Returns either the proxyUsername set on this object, or if not provided, checks the value of the Java system property for proxy user name according to this.getProtocol(): i.e. if protocol is https, returns the value of the system property https.proxyUsername, otherwise returns value of http.proxyUsername.
    
    Returns:
    The optional proxy user name the configured client will use if connecting through a proxy.
  - setProxyUsername
```
public void setProxyUsername(String proxyUsername)
```
    Sets the optional proxy user name to use if connecting through a proxy.
    
    Parameters:
    proxyUsername - The proxy user name to use if connecting through a proxy.
  - withProxyUsername
```
public ClientConfiguration withProxyUsername(String proxyUsername)
```
    Sets the optional proxy user name and returns the updated ClientConfiguration object.
    
    Parameters:
    proxyUsername - The proxy user name to use if connecting through a proxy.
    
    Returns:
    The updated ClientConfiguration object.
  - getProxyPassword
```
public String getProxyPassword()
```
    Returns the optional proxy password to use if connecting through a proxy. Returns either the proxyPassword set on this object, or if not provided, checks the value of the Java system property for proxy password according to this.getProtocol(): i.e. if protocol is https, returns the value of the system property https.proxyPassword, otherwise returns value of http.proxyPassword.
    
    Returns:
    The password to use when connecting through a proxy.
  - setProxyPassword
```
public void setProxyPassword(String proxyPassword)
```
    Sets the optional proxy password to use when connecting through a proxy.
    
    Parameters:
    proxyPassword - The password to use when connecting through a proxy.
  - withProxyPassword
```
public ClientConfiguration withProxyPassword(String proxyPassword)
```
    Sets the optional proxy password to use when connecting through a proxy, and returns the updated ClientConfiguration object.
    
    Parameters:
    proxyPassword - The password to use when connecting through a proxy.
    
    Returns:
    The updated ClientConfiguration object.
  - getProxyDomain
```
public String getProxyDomain()
```
    Returns the optional Windows domain name for configuring an NTLM proxy. If you aren't using a Windows NTLM proxy, you do not need to set this field.
    
    Returns:
    The optional Windows domain name for configuring an NTLM proxy.
  - setProxyDomain
```
public void setProxyDomain(String proxyDomain)
```
    Sets the optional Windows domain name for configuration an NTLM proxy. If you aren't using a Windows NTLM proxy, you do not need to set this field.
    
    Parameters:
    proxyDomain - The optional Windows domain name for configuring an NTLM proxy.
  - withProxyDomain
```
public ClientConfiguration withProxyDomain(String proxyDomain)
```
    Sets the optional Windows domain name for configuration an NTLM proxy and returns a reference to this updated ClientConfiguration object so that additional method calls can be chained together. If you aren't using a Windows NTLM proxy, you do not need to set this field.
    
    Parameters:
    proxyDomain - The optional Windows domain name for configuring an NTLM proxy.
    
    Returns:
    The updated ClientConfiguration object.
  - getProxyWorkstation
```
public String getProxyWorkstation()
```
    Returns the optional Windows workstation name for configuring NTLM proxy support. If you aren't using a Windows NTLM proxy, you do not need to set this field.
    
    Returns:
    The optional Windows workstation name for configuring NTLM proxy support.
  - setProxyWorkstation
```
public void setProxyWorkstation(String proxyWorkstation)
```
    Sets the optional Windows workstation name for configuring NTLM proxy support. If you aren't using a Windows NTLM proxy, you do not need to set this field.
    
    Parameters:
    proxyWorkstation - The optional Windows workstation name for configuring NTLM proxy support.
  - withProxyWorkstation
```
public ClientConfiguration withProxyWorkstation(String proxyWorkstation)
```
    Sets the optional Windows workstation name for configuring NTLM proxy support, and returns the updated ClientConfiguration object so that additional method calls can be chained together. If you aren't using a Windows NTLM proxy, you do not need to set this field.
    
    Parameters:
    proxyWorkstation - The optional Windows workstation name for configuring NTLM proxy support.
    
    Returns:
    The updated ClientConfiguration object.
  - getRetryPolicy
```
public RetryPolicy getRetryPolicy()
```
    Returns the retry policy upon failed requests.
    
    Returns:
    The retry policy upon failed requests.
  - setRetryPolicy
```
public void setRetryPolicy(RetryPolicy retryPolicy)
```
    Sets the retry policy upon failed requests. User could specify whether the RetryPolicy should honor maxErrorRetry set by setMaxErrorRetry(int).
    
    Parameters:
    retryPolicy - The retry policy upon failed requests.
  - withRetryPolicy
```
public ClientConfiguration withRetryPolicy(RetryPolicy retryPolicy)
```
    Sets the retry policy upon failed requests, and returns the updated ClientConfiguration object. User could specify whether the RetryPolicy should honor maxErrorRetry set by setMaxErrorRetry(int)
    
    Parameters:
    retryPolicy - The retry policy upon failed requests.
  - getMaxErrorRetry
```
public int getMaxErrorRetry()
```
    Returns the maximum number of retry attempts for failed retryable requests (ex: 5xx error responses from a service). This method returns -1 before a maxErrorRetry value is explicitly set by setMaxErrorRetry(int), in which case the configured RetryPolicy will be used to control the retry count.
    
    Returns:
    The maximum number of retry attempts for failed retryable requests, or -1 if maxErrorRetry has not been set by setMaxErrorRetry(int).
  - setMaxErrorRetry
```
public void setMaxErrorRetry(int maxErrorRetry)
```
    Sets the maximum number of retry attempts for failed retryable requests (ex: 5xx error responses from services).
    
    Parameters:
    maxErrorRetry - The maximum number of retry attempts for failed retryable requests. This value should not be negative.
  - withMaxErrorRetry
```
public ClientConfiguration withMaxErrorRetry(int maxErrorRetry)
```
    Sets the maximum number of retry attempts for failed retryable requests (ex: 5xx error responses from services), and returns the updated ClientConfiguration object.
    
    Parameters:
    maxErrorRetry - The maximum number of retry attempts for failed retryable requests. This value should not be negative.
    
    Returns:
    The updated ClientConfiguration object.
  - getSocketTimeout
```
public int getSocketTimeout()
```
    Returns the amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection times out and is closed. A value of 0 means infinity, and isn't recommended.
    
    Returns:
    The amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection times out and is closed.
  - setSocketTimeout
```
public void setSocketTimeout(int socketTimeout)
```
    Sets the amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection times out and is closed. A value of 0 means infinity, and isn't recommended.
    
    Parameters:
    socketTimeout - The amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection is times out and is closed.
  - withSocketTimeout
```
public ClientConfiguration withSocketTimeout(int socketTimeout)
```
    Sets the amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection times out and is closed, and returns the updated ClientConfiguration object so that additional method calls may be chained together.
    
    Parameters:
    socketTimeout - The amount of time to wait (in milliseconds) for data to be transfered over an established, open connection before the connection is times out and is closed.
    
    Returns:
    The updated ClientConfiguration object.
  - getConnectionTimeout
```
public int getConnectionTimeout()
```
    Returns the amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out. A value of 0 means infinity, and is not recommended.
    
    Returns:
    The amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out.
  - setConnectionTimeout
```
public void setConnectionTimeout(int connectionTimeout)
```
    Sets the amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out. A value of 0 means infinity, and is not recommended.
    
    Parameters:
    connectionTimeout - The amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out.
  - withConnectionTimeout
```
public ClientConfiguration withConnectionTimeout(int connectionTimeout)
```
    Sets the amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out, and returns the updated ClientConfiguration object so that additional method calls may be chained together.
    
    Parameters:
    connectionTimeout - the amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out.
    
    Returns:
    The updated ClientConfiguration object.
  - getRequestTimeout
```
public int getRequestTimeout()
```
    Returns the amount of time to wait (in milliseconds) for the request to complete before giving up and timing out. A non-positive value disables this feature.
    This feature requires buffering the entire response (for non-streaming APIs) into memory to enforce a hard timeout when reading the response. For APIs that return large responses this could be expensive.
    
    The request timeout feature doesn't have strict guarantees on how quickly a request is aborted when the timeout is breached. The typical case aborts the request within a few milliseconds but there may occasionally be requests that don't get aborted until several seconds after the timer has been breached. Because of this, the request timeout feature should not be used when absolute precision is needed.
    Note: This feature is not compatible with Java 1.6.
    
    Returns:
    The amount of time to wait (in milliseconds) for the request to complete before giving up and timing out.
    See Also:
    ClientConfiguration#setClientExecutionTimeout(int)} to enforce a timeout across all retries
  - setRequestTimeout
```
public void setRequestTimeout(int requestTimeout)
```
    Sets the amount of time to wait (in milliseconds) for the request to complete before giving up and timing out. A non-positive value disables this feature.
    This feature requires buffering the entire response (for non-streaming APIs) into memory to enforce a hard timeout when reading the response. For APIs that return large responses this could be expensive.
    
    The request timeout feature doesn't have strict guarantees on how quickly a request is aborted when the timeout is breached. The typical case aborts the request within a few milliseconds but there may occasionally be requests that don't get aborted until several seconds after the timer has been breached. Because of this, the request timeout feature should not be used when absolute precision is needed.
    
    Note: This feature is not compatible with Java 1.6.
    
    Parameters:
    requestTimeout - The amount of time to wait (in milliseconds) for the request to complete before giving up and timing out.
    See Also:
    ClientConfiguration#setClientExecutionTimeout(int)} to enforce a timeout across all retries
  - withRequestTimeout
```
public ClientConfiguration withRequestTimeout(int requestTimeout)
```
    Sets the amount of time to wait (in milliseconds) for the request to complete before giving up and timing out. A non-positive value disables this feature. Returns the updated ClientConfiguration object so that additional method calls may be chained together.
    This feature requires buffering the entire response (for non-streaming APIs) into memory to enforce a hard timeout when reading the response. For APIs that return large responses this could be expensive.
    
    The request timeout feature doesn't have strict guarantees on how quickly a request is aborted when the timeout is breached. The typical case aborts the request within a few milliseconds but there may occasionally be requests that don't get aborted until several seconds after the timer has been breached. Because of this, the request timeout feature should not be used when absolute precision is needed.
    
    Note: This feature is not compatible with Java 1.6.
    
    Parameters:
    requestTimeout - The amount of time to wait (in milliseconds) for the request to complete before giving up and timing out.
    
    Returns:
    The updated ClientConfiguration object.
    See Also:
    ClientConfiguration#setClientExecutionTimeout(int)} to enforce a timeout across all retries
  - getClientExecutionTimeout
```
public int getClientExecutionTimeout()
```
    Returns the amount of time (in milliseconds) to allow the client to complete the execution of an API call. This timeout covers the entire client execution except for marshalling. This includes request handler execution, all HTTP request including retries, unmarshalling, etc.
    This feature requires buffering the entire response (for non-streaming APIs) into memory to enforce a hard timeout when reading the response. For APIs that return large responses this could be expensive.
    
    The client execution timeout feature doesn't have strict guarantees on how quickly a request is aborted when the timeout is breached. The typical case aborts the request within a few milliseconds but there may occasionally be requests that don't get aborted until several seconds after the timer has been breached. Because of this, the client execution timeout feature should not be used when absolute precision is needed.
    
    This may be used together with setRequestTimeout(int) to enforce both a timeout on each individual HTTP request (i.e. each retry) and the total time spent on all requests across retries (i.e. the 'client execution' time). A non-positive value disables this feature.
    
    Note: This feature is not compatible with Java 1.6.
    
    Returns:
    The amount of time (in milliseconds) to allow the client to complete the execution of an API call.
    See Also:
    ClientConfiguration#setRequestTimeout(int)} to enforce a timeout per HTTP request
  - setClientExecutionTimeout
```
public void setClientExecutionTimeout(int clientExecutionTimeout)
```
    Sets the amount of time (in milliseconds) to allow the client to complete the execution of an API call. This timeout covers the entire client execution except for marshalling. This includes request handler execution, all HTTP request including retries, unmarshalling, etc.
    This feature requires buffering the entire response (for non-streaming APIs) into memory to enforce a hard timeout when reading the response. For APIs that return large responses this could be expensive.
    
    The client execution timeout feature doesn't have strict guarantees on how quickly a request is aborted when the timeout is breached. The typical case aborts the request within a few milliseconds but there may occasionally be requests that don't get aborted until several seconds after the timer has been breached. Because of this, the client execution timeout feature should not be used when absolute precision is needed.
    
    This may be used together with setRequestTimeout(int) to enforce both a timeout on each individual HTTP request (i.e. each retry) and the total time spent on all requests across retries (i.e. the 'client execution' time). A non-positive value disables this feature.
    
    Note: This feature is not compatible with Java 1.6.
    
    Parameters:
    clientExecutionTimeout - The amount of time (in milliseconds) to allow the client to complete the execution of an API call. A value of null disables this feature for this request.
    See Also:
    ClientConfiguration#setRequestTimeout(int)} to enforce a timeout per HTTP request
  - withClientExecutionTimeout
```
public ClientConfiguration withClientExecutionTimeout(int clientExecutionTimeout)
```
    Sets the amount of time (in milliseconds) to allow the client to complete the execution of an API call. This timeout covers the entire client execution except for marshalling. This includes request handler execution, all HTTP request including retries, unmarshalling, etc.
    This feature requires buffering the entire response (for non-streaming APIs) into memory to enforce a hard timeout when reading the response. For APIs that return large responses this could be expensive.
    
    The client execution timeout feature doesn't have strict guarantees on how quickly a request is aborted when the timeout is breached. The typical case aborts the request within a few milliseconds but there may occasionally be requests that don't get aborted until several seconds after the timer has been breached. Because of this, the client execution timeout feature should not be used when absolute precision is needed.
    
    This may be used together with setRequestTimeout(int) to enforce both a timeout on each individual HTTP request (i.e. each retry) and the total time spent on all requests across retries (i.e. the 'client execution' time). A non-positive value disables this feature.
    
    Note: This feature is not compatible with Java 1.6.
    
    Parameters:
    clientExecutionTimeout - The amount of time (in milliseconds) to allow the client to complete the execution of an API call. A value of null disables this feature for this request.
    
    Returns:
    The updated ClientConfiguration object for method chaining
    See Also:
    ClientConfiguration#setRequestTimeout(int)} to enforce a timeout per HTTP request
  - useReaper
```
public boolean useReaper()
```
    Checks if the IdleConnectionReaper is to be started
    
    Returns:
    if the IdleConnectionReaper is to be started
  - setUseReaper
```
public void setUseReaper(boolean use)
```
    Sets whether the IdleConnectionReaper is to be started as a daemon thread
    
    Parameters:
    use - whether the IdleConnectionReaper is to be started as a daemon thread
    See Also:
    IdleConnectionReaper
  - withReaper
```
public ClientConfiguration withReaper(boolean use)
```
    Sets whether the IdleConnectionReaper is to be started as a daemon thread
    
    Parameters:
    use - the IdleConnectionReaper is to be started as a daemon thread
    
    Returns:
    The updated ClientConfiguration object.
  - useThrottledRetries
```
public boolean useThrottledRetries()
```
    Returns whether retry throttling will be used.
    Retry throttling is a feature which intelligently throttles retry attempts when a large percentage of requests are failing and retries are unsuccessful, particularly in scenarios of degraded service health. In these situations the client will drain its internal retry capacity and slowly roll off from retry attempts until requests begin to succeed again. At that point the retry capacity pool will begin to refill and retries will once again be permitted.
    
    In situations where retries have been throttled this feature will effectively result in fail-fast behavior from the client. Because retries are circumvented exceptions will be immediately returned to the caller if the initial request is unsuccessful. This will result in a greater number of exceptions being returned up front but prevents requests being tied up attempting subsequent retries which are also likely to fail.
    
    Returns:
    true if retry throttling will be used
  - setUseThrottleRetries
```
public void setUseThrottleRetries(boolean use)
```
    Sets whether throttled retries should be used
    Retry throttling is a feature which intelligently throttles retry attempts when a large percentage of requests are failing and retries are unsuccessful, particularly in scenarios of degraded service health. In these situations the client will drain its internal retry capacity and slowly roll off from retry attempts until requests begin to succeed again. At that point the retry capacity pool will begin to refill and retries will once again be permitted.
    
    In situations where retries have been throttled this feature will effectively result in fail-fast behavior from the client. Because retries are circumvented exceptions will be immediately returned to the caller if the initial request is unsuccessful. This will result in a greater number of exceptions being returned up front but prevents requests being tied up attempting subsequent retries which are also likely to fail.
    
    Parameters:
    use - true if throttled retries should be used
  - withThrottledRetries
```
public ClientConfiguration withThrottledRetries(boolean use)
```
    Sets whether throttled retries should be used
    Retry throttling is a feature which intelligently throttles retry attempts when a large percentage of requests are failing and retries are unsuccessful, particularly in scenarios of degraded service health. In these situations the client will drain its internal retry capacity and slowly roll off from retry attempts until requests begin to succeed again. At that point the retry capacity pool will begin to refill and retries will once again be permitted.
    
    In situations where retries have been throttled this feature will effectively result in fail-fast behavior from the client. Because retries are circumvented exceptions will be immediately returned to the caller if the initial request is unsuccessful. This will result in a greater number of exceptions being returned up front but prevents requests being tied up attempting subsequent retries which are also likely to fail.
    
    Parameters:
    use - true if throttled retries should be used
    
    Returns:
    The updated ClientConfiguration object.
  - useGzip
```
public boolean useGzip()
```
    Checks if gzip compression is used
    
    Returns:
    if gzip compression is used
  - setUseGzip
```
public void setUseGzip(boolean use)
```
    Sets whether gzip compression should be used
    
    Parameters:
    use - whether gzip compression should be used
  - withGzip
```
public ClientConfiguration withGzip(boolean use)
```
    Sets whether gzip compression should be used
    
    Parameters:
    use - whether gzip compression should be used
    
    Returns:
    The updated ClientConfiguration object.
  - getSocketBufferSizeHints
```
public int[] getSocketBufferSizeHints()
```
    Returns the optional size hints (in bytes) for the low level TCP send and receive buffers. This is an advanced option for advanced users who want to tune low level TCP parameters to try and squeeze out more performance.
    The optimal TCP buffer sizes for a particular application are highly dependent on network configuration and operating system configuration and capabilities. For example, most modern operating systems provide auto-tuning functionality for TCP buffer sizes, which can have a big impact on performance for TCP connections that are held open long enough for the auto-tuning to optimize buffer sizes.
    Large buffer sizes (ex: 2MB) will allow the operating system to buffer more data in memory without requiring the remote server to acknowledge receipt of that information, so can be particularly useful when the network has high latency.
    This is only a hint, and the operating system may choose not to honor it. When using this option, users should always check the operating system's configured limits and defaults. Most OS's have a maximum TCP buffer size limit configured, and won't let you go beyond that limit unless you explicitly raise the max TCP buffer size limit.
    There are many resources available online to help with configuring TCP buffer sizes and operating system specific TCP settings, including:
    - http://onlamp.com/pub/a/onlamp/2005/11/17/tcp_tuning.html
    - http://fasterdata.es.net/TCP-tuning/
    Returns:
    A two element array containing first the TCP send buffer size hint and then the TCP receive buffer size hint.
  - setSocketBufferSizeHints
```
public void setSocketBufferSizeHints(int socketSendBufferSizeHint,
                            int socketReceiveBufferSizeHint)
```
    Sets the optional size hints (in bytes) for the low level TCP send and receive buffers. This is an advanced option for advanced users who want to tune low level TCP parameters to try and squeeze out more performance.
    The optimal TCP buffer sizes for a particular application are highly dependent on network configuration and operating system configuration and capabilities. For example, most modern operating systems provide auto-tuning functionality for TCP buffer sizes, which can have a big impact on performance for TCP connections that are held open long enough for the auto-tuning to optimize buffer sizes.
    Large buffer sizes (ex: 2MB) will allow the operating system to buffer more data in memory without requiring the remote server to acknowledge receipt of that information, so can be particularly useful when the network has high latency.
    This is only a hint, and the operating system may choose not to honor it. When using this option, users should always check the operating system's configured limits and defaults. Most OS's have a maximum TCP buffer size limit configured, and won't let you go beyond that limit unless you explicitly raise the max TCP buffer size limit.
    There are many resources available online to help with configuring TCP buffer sizes and operating system specific TCP settings, including:
    - http://onlamp.com/pub/a/onlamp/2005/11/17/tcp_tuning.html
    - http://fasterdata.es.net/TCP-tuning/
    Parameters:
    socketSendBufferSizeHint - The size hint (in bytes) for the low level TCP send buffer.
    socketReceiveBufferSizeHint - The size hint (in bytes) for the low level TCP receive buffer.
  - withSocketBufferSizeHints
```
public ClientConfiguration withSocketBufferSizeHints(int socketSendBufferSizeHint,
                                            int socketReceiveBufferSizeHint)
```
    Sets the optional size hints (in bytes) for the low level TCP send and receive buffers, and returns the updated ClientConfiguration object so that additional method calls may be chained together.
    This is an advanced option for advanced users who want to tune low level TCP parameters to try and squeeze out more performance.
    The optimal TCP buffer sizes for a particular application are highly dependent on network configuration and operating system configuration and capabilities. For example, most modern operating systems provide auto-tuning functionality for TCP buffer sizes, which can have a big impact on performance for TCP connections that are held open long enough for the auto-tuning to optimize buffer sizes.
    Large buffer sizes (ex: 2MB) will allow the operating system to buffer more data in memory without requiring the remote server to acknowledge receipt of that information, so can be particularly useful when the network has high latency.
    This is only a hint, and the operating system may choose not to honor it. When using this option, users should always check the operating system's configured limits and defaults. Most OS's have a maximum TCP buffer size limit configured, and won't let you go beyond that limit unless you explicitly raise the max TCP buffer size limit.
    There are many resources available online to help with configuring TCP buffer sizes and operating system specific TCP settings, including:
    - http://onlamp.com/pub/a/onlamp/2005/11/17/tcp_tuning.html
    - http://fasterdata.es.net/TCP-tuning/
    Parameters:
    socketSendBufferSizeHint - The size hint (in bytes) for the low level TCP send buffer.
    socketReceiveBufferSizeHint - The size hint (in bytes) for the low level TCP receive buffer.
    
    Returns:
    The updated ClientConfiguration object.
  - getSignerOverride
```
public String getSignerOverride()
```
    Returns the name of the signature algorithm to use for signing requests made by this client. If not set or explicitly set to null, the client will choose a signature algorithm to use based on a configuration file of supported signature algorithms for the service and region.
    Most users do not need to concern themselves with which signature algorithm is being used, as the defaults will be sufficient. This setting exists only so advanced users can opt in to newer signature protocols which have not yet been made the default for a particular service/region.
    Not all services support all signature algorithms, and configuring an unsupported signature algorithm will lead to authentication failures. Use me at your own risk, and only after consulting the documentation for the service to ensure it actually does supports your chosen algorithm.
    If non-null, the name returned from this method is used to look up a Signer class implementing the chosen algorithm by the com.amazonaws.auth.SignerFactory class.
    
    Returns:
    The signature algorithm to use for this client, or null to use the default.
  - setSignerOverride
```
public void setSignerOverride(String value)
```
    Sets the name of the signature algorithm to use for signing requests made by this client. If not set or explicitly set to null, the client will choose a signature algorithm to use based on a configuration file of supported signature algorithms for the service and region.
    Most users do not need to concern themselves with which signature algorithm is being used, as the defaults will be sufficient. This setting exists only so advanced users can opt in to newer signature protocols which have not yet been made the default for a particular service/region.
    Not all services support all signature algorithms, and configuring an unsupported signature algorithm will lead to authentication failures. Use me at your own risk, and only after consulting the documentation for the service to ensure it actually does supports your chosen algorithm.
    If non-null, the name returned from this method is used to look up a Signer class implementing the chosen algorithm by the com.amazonaws.auth.SignerFactory class.
    
    Parameters:
    value - The signature algorithm to use for this client, or null to use the default.
  - withSignerOverride
```
public ClientConfiguration withSignerOverride(String value)
```
    Sets the name of the signature algorithm to use for signing requests made by this client. If not set or explicitly set to null, the client will choose a signature algorithm to use based on a configuration file of supported signature algorithms for the service and region.
    Most users do not need to concern themselves with which signature algorithm is being used, as the defaults will be sufficient. This setting exists only so advanced users can opt in to newer signature protocols which have not yet been made the default for a particular service/region.
    Not all services support all signature algorithms, and configuring an unsupported signature algorithm will lead to authentication failures. Use me at your own risk, and only after consulting the documentation for the service to ensure it actually does supports your chosen algorithm.
    If non-null, the name returned from this method is used to look up a Signer class implementing the chosen algorithm by the com.amazonaws.auth.SignerFactory class.
    
    Parameters:
    value - The signature algorithm to use for this client, or null to use the default.
    
    Returns:
    The updated ClientConfiguration object.
  - isPreemptiveBasicProxyAuth
```
public boolean isPreemptiveBasicProxyAuth()
```
    Returns whether to attempt to authenticate preemptively against proxy servers using basic authentication
    
    Returns:
    Whether to authenticate preemptively against proxy server.
  - setPreemptiveBasicProxyAuth
```
public void setPreemptiveBasicProxyAuth(Boolean preemptiveBasicProxyAuth)
```
    Sets whether to attempt to authenticate preemptively against proxy servers using basic authentication
    
    Parameters:
    preemptiveBasicProxyAuth - Whether to authenticate preemptively against proxy server.
  - withPreemptiveBasicProxyAuth
```
public ClientConfiguration withPreemptiveBasicProxyAuth(boolean preemptiveBasicProxyAuth)
```
    Sets whether to attempt to authenticate preemptively against proxy servers using basic authentication, and returns the updated ClientConfiguration object so that additional method calls may be chained together.
    
    Parameters:
    preemptiveBasicProxyAuth - Whether to authenticate preemptively against proxy server.
    
    Returns:
    The updated ClientConfiguration object.
  - getConnectionTTL
```
public long getConnectionTTL()
```
    Returns the expiration time (in milliseconds) for a connection in the connection pool. When retrieving a connection from the pool to make a request, the total time that the connection has been open is compared against this value. Connections which have been open for longer are discarded, and if needed a new connection is created.
    Tuning this setting down (together with an appropriately-low setting for Java's DNS cache TTL) ensures that your application will quickly rotate over to new IP addresses when the service begins announcing them through DNS, at the cost of having to re-establish new connections more frequently.
    
    Returns:
    the connection TTL, in milliseconds
  - setConnectionTTL
```
public void setConnectionTTL(long connectionTTL)
```
    Sets the expiration time (in milliseconds) for a connection in the connection pool. When retrieving a connection from the pool to make a request, the total time that the connection has been open is compared against this value. Connections which have been open for longer are discarded, and if needed a new connection is created.
    Tuning this setting down (together with an appropriately-low setting for Java's DNS cache TTL) ensures that your application will quickly rotate over to new IP addresses when the service begins announcing them through DNS, at the cost of having to re-establish new connections more frequently.
    By default, it is set to {@code -1], i.e. connections do not expire.
    
    Parameters:
    connectionTTL - the connection TTL, in milliseconds
  - withConnectionTTL
```
public ClientConfiguration withConnectionTTL(long connectionTTL)
```
    Sets the expiration time (in milliseconds) for a connection in the connection pool. When retrieving a connection from the pool to make a request, the total time that the connection has been open is compared against this value. Connections which have been open for longer are discarded, and if needed a new connection is created.
    Tuning this setting down (together with an appropriately-low setting for Java's DNS cache TTL) ensures that your application will quickly rotate over to new IP addresses when the service begins announcing them through DNS, at the cost of having to re-establish new connections more frequently.
    By default, it is set to -1, i.e. connections do not expire.
    
    Parameters:
    connectionTTL - the connection TTL, in milliseconds
    
    Returns:
    the updated ClientConfiguration object
  - getConnectionMaxIdleMillis
```
public long getConnectionMaxIdleMillis()
```
    Returns the maximum amount of time that an idle connection may sit in the connection pool and still be eligible for reuse. When retrieving a connection from the pool to make a request, the amount of time the connection has been idle is compared against this value. Connections which have been idle for longer are discarded, and if needed a new connection is created.
    Tuning this setting down reduces the likelihood of a race condition (wherein you begin sending a request down a connection which appears to be healthy, but before it arrives the service decides the connection has been idle for too long and closes it) at the cost of having to re-establish new connections more frequently.
    
    Returns:
    the connection maximum idle time, in milliseconds
  - setConnectionMaxIdleMillis
```
public void setConnectionMaxIdleMillis(long connectionMaxIdleMillis)
```
    Sets the maximum amount of time that an idle connection may sit in the connection pool and still be eligible for reuse. When retrieving a connection from the pool to make a request, the amount of time the connection has been idle is compared against this value. Connections which have been idle for longer are discarded, and if needed a new connection is created.
    Tuning this setting down reduces the likelihood of a race condition (wherein you begin sending a request down a connection which appears to be healthy, but before it arrives the service decides the connection has been idle for too long and closes it) at the cost of having to re-establish new connections more frequently.
    By default, it is set to one minute (60000ms).
    
    Parameters:
    connectionMaxIdleMillis - the connection maximum idle time, in milliseconds
  - withConnectionMaxIdleMillis
```
public ClientConfiguration withConnectionMaxIdleMillis(long connectionMaxIdleMillis)
```
    Sets the maximum amount of time that an idle connection may sit in the connection pool and still be eligible for reuse. When retrieving a connection from the pool to make a request, the amount of time the connection has been idle is compared against this value. Connections which have been idle for longer are discarded, and if needed a new connection is created.
    Tuning this setting down reduces the likelihood of a race condition (wherein you begin sending a request down a connection which appears to be healthy, but before it arrives the service decides the connection has been idle for too long and closes it) at the cost of having to re-establish new connections more frequently.
    By default, it is set to one minute (60000ms).
    
    Parameters:
    connectionMaxIdleMillis - the connection maximum idle time, in milliseconds
    
    Returns:
    the updated ClientConfiguration object
  - useTcpKeepAlive
```
public boolean useTcpKeepAlive()
```
    Returns whether or not TCP KeepAlive support is enabled.
  - setUseTcpKeepAlive
```
public void setUseTcpKeepAlive(boolean use)
```
    Sets whether or not to enable TCP KeepAlive support at the socket level.
  - withTcpKeepAlive
```
public ClientConfiguration withTcpKeepAlive(boolean use)
```
    Sets whether or not to enable TCP KeepAlive support at the socket level.
    
    Returns:
    The updated ClientConfiguration object.
  - getDnsResolver
```
public DnsResolver getDnsResolver()
```
    Returns the DnsResolver for resolving AWS IP addresses. Returns the SystemDefaultDnsResolver by default if not explicitly configured by the user.
  - setDnsResolver
```
public void setDnsResolver(DnsResolver resolver)
```
    Sets the DNS Resolver that should be used to for resolving AWS IP addresses.
  - withDnsResolver
```
public ClientConfiguration withDnsResolver(DnsResolver resolver)
```
    Sets the DNS Resolver that should be used to for resolving AWS IP addresses.
    
    Returns:
    The updated ClientConfiguration object.
  - getResponseMetadataCacheSize
```
public int getResponseMetadataCacheSize()
```
    Returns the response metadata cache size.
  - setResponseMetadataCacheSize
```
public void setResponseMetadataCacheSize(int responseMetadataCacheSize)
```
    Sets the response metadata cache size. By default, it is set to 50.
    
    Parameters:
    responseMetadataCacheSize - maximum cache size.
  - withResponseMetadataCacheSize
```
public ClientConfiguration withResponseMetadataCacheSize(int responseMetadataCacheSize)
```
    Sets the response metadata cache size. By default, it is set to 50.
    
    Parameters:
    responseMetadataCacheSize - maximum cache size.
    
    Returns:
    The updated ClientConfiguration object.
  - getApacheHttpClientConfig
```
public ApacheHttpClientConfig getApacheHttpClientConfig()
```
    Returns a non-null object that can be used to specify Apache HTTP client specific custom configurations.
  - getSecureRandom
```
public SecureRandom getSecureRandom()
```
    Returns the instance of SecureRandom configured by the user; or the JDK default if it is null.
    
    Returns:
    a non-null instance of SecureRandom.
  - setSecureRandom
```
public void setSecureRandom(SecureRandom secureRandom)
```
    Sets an instance of SecureRandom to be used by the SDK.
  - withSecureRandom
```
public ClientConfiguration withSecureRandom(SecureRandom secureRandom)
```
    Fluent API for setSecureRandom(SecureRandom).
  - isUseExpectContinue
```
public boolean isUseExpectContinue()
```
    Returns the use expect continue flag
  - setUseExpectContinue
```
public void setUseExpectContinue(boolean useExpectContinue)
```
    Sets if use expect continue should be enabled. By default, it is set to .
    
    Parameters:
    useExpectContinue - use expect continue HTTP/1.1 header.
  - withUseExpectContinue
```
public ClientConfiguration withUseExpectContinue(boolean useExpectContinue)
```
    Sets if use expect continue should be enabled. By default, it is set to .
    
    Parameters:
    useExpectContinue - use expect continue HTTP/1.1 header.
    
    Returns:
    The updated ClientConfiguration object.

Class ClientConfiguration

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

DEFAULT_CONNECTION_TIMEOUT

DEFAULT_SOCKET_TIMEOUT

DEFAULT_REQUEST_TIMEOUT

DEFAULT_CLIENT_EXECUTION_TIMEOUT

DEFAULT_MAX_CONNECTIONS

DEFAULT_USER_AGENT

DEFAULT_RETRY_POLICY

DEFAULT_USE_REAPER

DEFAULT_USE_GZIP

DEFAULT_CONNECTION_TTL

DEFAULT_CONNECTION_MAX_IDLE_MILLIS

DEFAULT_TCP_KEEP_ALIVE

DEFAULT_THROTTLE_RETRIES

DEFAULT_RESPONSE_METADATA_CACHE_SIZE

Constructor Detail

ClientConfiguration

ClientConfiguration

Method Detail

getProtocol

setProtocol

withProtocol

getMaxConnections

setMaxConnections

withMaxConnections

getUserAgent

setUserAgent

withUserAgent

getLocalAddress

setLocalAddress

withLocalAddress

getProxyHost

setProxyHost

withProxyHost

getProxyPort

setProxyPort

withProxyPort

getProxyUsername

setProxyUsername

withProxyUsername

getProxyPassword

setProxyPassword

withProxyPassword

getProxyDomain

setProxyDomain

withProxyDomain

getProxyWorkstation

setProxyWorkstation

withProxyWorkstation

getRetryPolicy

setRetryPolicy

withRetryPolicy

getMaxErrorRetry

setMaxErrorRetry

withMaxErrorRetry

getSocketTimeout

setSocketTimeout

withSocketTimeout

getConnectionTimeout

setConnectionTimeout

withConnectionTimeout

getRequestTimeout

setRequestTimeout

withRequestTimeout

getClientExecutionTimeout

setClientExecutionTimeout

withClientExecutionTimeout

useReaper

setUseReaper

withReaper

useThrottledRetries

setUseThrottleRetries

withThrottledRetries

useGzip

setUseGzip