下面列出了java.security.AccessControlContext#equals ( ) 实例代码，或者点击链接到github查看源代码，也可以在右侧发表评论。
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
/**
* Verify that the given AccessControlContext has permission to
* accept this connection.
*/
void checkAcceptPermission(SecurityManager sm,
AccessControlContext acc)
{
/*
* Note: no need to synchronize on cache-related fields, since this
* method only gets called from the ConnectionHandler's thread.
*/
if (sm != cacheSecurityManager) {
okContext = null;
authCache = new WeakHashMap<AccessControlContext,
Reference<AccessControlContext>>();
cacheSecurityManager = sm;
}
if (acc.equals(okContext) || authCache.containsKey(acc)) {
return;
}
InetAddress addr = socket.getInetAddress();
String host = (addr != null) ? addr.getHostAddress() : "*";
sm.checkAccept(host, socket.getPort());
authCache.put(acc, new SoftReference<AccessControlContext>(acc));
okContext = acc;
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}
private static void testEquals(AccessControlContext acc1,
AccessControlContext acc2) throws Exception {
if (!acc1.equals(acc2)) {
throw new Exception("AccessControlContexts should be equal");
}
}