public  void copyFrom(ProxyConfig other) 
{
		Assert.notNull(other, "Other ProxyConfig object must not be null");
		this.proxyTargetClass = other.proxyTargetClass;
		this.optimize = other.optimize;
		this.exposeProxy = other.exposeProxy;
		this.frozen = other.frozen;
		this.opaque = other.opaque;
}

Copy configuration from the other config object.

 public boolean isExposeProxy() 
{
		return this.exposeProxy;
}

Return whether the AOP proxy will expose the AOP proxy for each invocation.

 public boolean isFrozen() 
{
		return this.frozen;
}

Return whether the config is frozen, and no advice changes can be made.

 public boolean isOpaque() 
{
		return this.opaque;
}

Return whether proxies created by this configuration should be prevented from being cast to Advised .

 public boolean isOptimize() 
{
		return this.optimize;
}

Return whether proxies should perform aggressive optimizations.

 public boolean isProxyTargetClass() 
{
		return this.proxyTargetClass;
}

Return whether to proxy the target class directly as well as any interfaces.

 public  void setExposeProxy(boolean exposeProxy) 
{
		this.exposeProxy = exposeProxy;
}

Set whether the proxy should be exposed by the AOP framework as a ThreadLocal for retrieval via the AopContext class. This is useful if an advised object needs to call another advised method on itself. (If it uses this, the invocation will not be advised).

Default is "false", for optimal performance.

 public  void setFrozen(boolean frozen) 
{
		this.frozen = frozen;
}

Set whether this config should be frozen.

When a config is frozen, no advice changes can be made. This is useful for optimization, and useful when we don't want callers to be able to manipulate configuration after casting to Advised.

 public  void setOpaque(boolean opaque) 
{
		this.opaque = opaque;
}

Set whether proxies created by this configuration should be prevented from being cast to Advised to query proxy status.

Default is "false", meaning that any AOP proxy can be cast to Advised .

 public  void setOptimize(boolean optimize) 
{
		this.optimize = optimize;
}

Set whether proxies should perform aggressive optimizations. The exact meaning of "aggressive optimizations" will differ between proxies, but there is usually some tradeoff. Default is "false".

For example, optimization will usually mean that advice changes won't take effect after a proxy has been created. For this reason, optimization is disabled by default. An optimize value of "true" may be ignored if other settings preclude optimization: for example, if "exposeProxy" is set to "true" and that's not compatible with the optimization.

 public  void setProxyTargetClass(boolean proxyTargetClass) 
{
	                                                                                                	 
		this.proxyTargetClass = proxyTargetClass;
}

Set whether to proxy the target class directly, instead of just proxying specific interfaces. Default is "false".

Set this to "true" to force proxying for the TargetSource's exposed target class. If that target class is an interface, a JDK proxy will be created for the given interface. If that target class is any other class, a CGLIB proxy will be created for the given class.

Note: Depending on the configuration of the concrete proxy factory, the proxy-target-class behavior will also be applied if no interfaces have been specified (and no interface autodetection is activated).

 public String toString() 
{
		StringBuffer sb = new StringBuffer();
		sb.append("proxyTargetClass=").append(this.proxyTargetClass).append("; ");
		sb.append("optimize=").append(this.optimize).append("; ");
		sb.append("opaque=").append(this.opaque).append("; ");
		sb.append("exposeProxy=").append(this.exposeProxy).append("; ");
		sb.append("frozen=").append(this.frozen);
		return sb.toString();
}