Mercurial > projects > qtd
view generator/typesystem_network-java.java @ 8:c0c94c0066fa
missing files
author | eldar |
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date | Thu, 14 May 2009 11:02:22 +0000 |
parents | e78566595089 |
children | a5cba313c924 |
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/**************************************************************************** ** ** Copyright (C) 1992-2008 Nokia. All rights reserved. ** ** This file is part of Qt Jambi. ** ** * Commercial Usage * Licensees holding valid Qt Commercial licenses may use this file in * accordance with the Qt Commercial License Agreement provided with the * Software or, alternatively, in accordance with the terms contained in * a written agreement between you and Nokia. * * * GNU General Public License Usage * Alternatively, this file may be used under the terms of the GNU * General Public License versions 2.0 or 3.0 as published by the Free * Software Foundation and appearing in the file LICENSE.GPL included in * the packaging of this file. Please review the following information * to ensure GNU General Public Licensing requirements will be met: * http://www.fsf.org/licensing/licenses/info/GPLv2.html and * http://www.gnu.org/copyleft/gpl.html. In addition, as a special * exception, Nokia gives you certain additional rights. These rights * are described in the Nokia Qt GPL Exception version 1.2, included in * the file GPL_EXCEPTION.txt in this package. * * Qt for Windows(R) Licensees * As a special exception, Nokia, as the sole copyright holder for Qt * Designer, grants users of the Qt/Eclipse Integration plug-in the * right for the Qt/Eclipse Integration to link to functionality * provided by Qt Designer and its related libraries. * * * If you are unsure which license is appropriate for your use, please * contact the sales department at qt-sales@nokia.com. ** ** This file is provided AS IS with NO WARRANTY OF ANY KIND, INCLUDING THE ** WARRANTY OF DESIGN, MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. ** ****************************************************************************/ package generator; import qt.*; import qt.network.*; class QHostInfo___ extends QHostInfo { /** * Looks up the IP address(es) associated with host name <code>name</code>, * and returns an ID for the lookup. When the result of the lookup is ready, * the specified method in <code>receiver</code> is called with a * <code>QHostInfo</code> argument. The <code>QHostInfo</code> object can * then be inspected to get the results of the lookup. * * @param name The host name. * @param receiver The object on which the method will be called. * @param methodName The name of a method which takes a single <code>QHostInfo</code> argument. */ public static int lookupHost(String name, qt.core.QObject receiver, String methodName) { methodName = qt.internal.QtJambiInternal.SlotPrefix + methodName + "(QHostInfo)"; return lookupHost(name, receiver, qt.QNativePointer.createCharPointer(methodName)); } /** * Looks up the IP address(es) associated with host name <code>name</code>, * and returns an ID for the lookup. When the result of the lookup is ready, * the specified signal is emitted with a <code>QHostInfo</code> argument. * The <code>QHostInfo</code> object can then be inspected to get the results * of the lookup. * * @param name The host name. * @param signal The signal to emit. Must take a single <code>QHostInfo</code> * argument, and must be contained in a <code>QObject</code> * subclass. */ public static int lookupHost(String name, qt.QSignalEmitter.Signal1<QHostInfo> signal) { if (!(signal.containingObject() instanceof qt.core.QObject)) { throw new IllegalArgumentException("Only signals contained in QObject subclasses are supported. " + "Signal's class is '" + signal.containingObject().getClass() + "'."); } String methodName = qt.internal.QtJambiInternal.SignalPrefix + signal.name() + "(QHostInfo)"; return lookupHost(name, (qt.core.QObject)signal.containingObject(), qt.QNativePointer.createCharPointer(methodName)); } }// class class QAbstractSocket___ extends QAbstractSocket { public Signal2<QNetworkProxy, QAuthenticator> proxyAuthenticationRequired = new Signal2<QNetworkProxy, QAuthenticator>(); private boolean inEmission = false; private void emitProxyAuthenticationRequiredPrivate(QNetworkProxy proxy, QAuthenticator authenticator) { if (!inEmission) { inEmission = true; proxyAuthenticationRequiredPrivate.emit(proxy, authenticator.nativePointer()); inEmission = false; } } private void emitProxyAuthenticationRequired(QNetworkProxy proxy, QNativePointer authenticator) { if (!inEmission) { inEmission = true; proxyAuthenticationRequired.emit(proxy, QAuthenticator.fromNativePointer(authenticator)); inEmission = false; } } public final void connectToHost(String host, int port, qt.core.QIODevice.OpenMode mode) { connectToHost(host, (char) port, mode); } public final void connectToHost(String host, int port, qt.core.QIODevice.OpenModeFlag ... mode) { connectToHost(host, (char) port, mode); } public final void connectToHost(String host, int port) { connectToHost(host, (char) port); } public final void connectToHost(QHostAddress host, int port, qt.core.QIODevice.OpenMode mode) { connectToHost(host, (char) port, mode); } public final void connectToHost(QHostAddress host, int port, qt.core.QIODevice.OpenModeFlag ... mode) { connectToHost(host, (char) port, mode); } public final void connectToHost(QHostAddress host, int port) { connectToHost(host, (char) port); } protected void connectToHostImplementation(String host, int port, qt.core.QIODevice.OpenMode mode) { connectToHostImplementation(host, (char) port, mode); } protected void connectToHostImplementation(String host, int port, qt.core.QIODevice.OpenModeFlag ... mode) { connectToHostImplementation(host, (char) port, mode); } protected void connectToHostImplementation(String host, int port) { connectToHostImplementation(host, (char) port); } public final int localPort() { return localPort_private(); } public final int peerPort() { return peerPort_private(); } protected final void setLocalPort(int port) { setLocalPort((char) port); } protected final void setPeerPort(int port) { setPeerPort((char) port); } }// class class QSslSocket___ extends QSslSocket { protected void connectToHostImplementation(String host, int port, qt.core.QIODevice.OpenMode mode) { connectToHostImplementation(host, (char) port, mode); } protected void connectToHostImplementation(String host, int port, qt.core.QIODevice.OpenModeFlag ... mode) { connectToHostImplementation(host, (char) port, mode); } protected void connectToHostImplementation(String host, int port) { connectToHostImplementation(host, (char) port); } }// class class QHttp___ extends QHttp { public Signal2<QNetworkProxy, QAuthenticator> proxyAuthenticationRequired = new Signal2<QNetworkProxy, QAuthenticator>(); private boolean inEmission = false; private void emitProxyAuthenticationRequiredPrivate(QNetworkProxy proxy, QAuthenticator authenticator) { if (!inEmission) { inEmission = true; proxyAuthenticationRequiredPrivate.emit(proxy, authenticator.nativePointer()); inEmission = false; } } private void emitProxyAuthenticationRequired(QNetworkProxy proxy, QNativePointer authenticator) { if (!inEmission) { inEmission = true; proxyAuthenticationRequired.emit(proxy, QAuthenticator.fromNativePointer(authenticator)); inEmission = false; } } public Signal3<String, Integer, QAuthenticator> authenticationRequired = new Signal3<String, Integer, QAuthenticator>(); private boolean inEmissionAuthenticationRequired = false; private void emitAuthenticationRequiredPrivate(String hostName, int port, QAuthenticator authenticator) { if (!inEmissionAuthenticationRequired) { inEmissionAuthenticationRequired = true; authenticationRequiredPrivate.emit(hostName, (char) port, authenticator.nativePointer()); inEmissionAuthenticationRequired = false; } } private void emitAuthenticationRequired(String hostName, char port, QNativePointer authenticator) { if (!inEmissionAuthenticationRequired) { inEmissionAuthenticationRequired = true; authenticationRequired.emit(hostName, (int) port, QAuthenticator.fromNativePointer(authenticator)); inEmissionAuthenticationRequired = false; } } public QHttp(String hostname) { this(hostname, (char) 80); } public QHttp(String hostname, int port) { this(hostname, (char) port); } public QHttp(String hostname, int port, qt.core.QObject parent) { this(hostname, (char) port, parent); } public QHttp(java.lang.String hostname, qt.network.QHttp.ConnectionMode mode) { this(hostname, mode, '\0'); } public QHttp(String hostname, QHttp.ConnectionMode mode, int port) { this(hostname, mode, (char) port); } public QHttp(String hostname, QHttp.ConnectionMode mode, int port, qt.core.QObject parent) { this(hostname, mode, (char) port, parent); } public final int setHost(String hostName, QHttp.ConnectionMode mode) { return setHost(hostName, mode, '\0'); } public final int setHost(String hostname, QHttp.ConnectionMode mode, int port) { return setHost(hostname, mode, (char) port); } public final int setHost(String hostname) { return setHost(hostname, (char) 80); } public final int setHost(String hostname, int port) { return setHost(hostname, (char) port); } }// class class QTcpServer___ extends QTcpServer { public final boolean listen(QHostAddress address, int port) { return listen(address, (char) port); } public final boolean listen(QHostAddress address) { return listen(address, '\0'); } public final boolean listen() { return listen(new qt.network.QHostAddress(qt.network.QHostAddress.SpecialAddress.Any)); } public final int serverPort() { return serverPort_private(); } public enum Result { Success, Failure, TimedOut } public final Result waitForNewConnection(int msec) { QNativePointer np = new QNativePointer(QNativePointer.Type.Boolean); boolean success = waitForNewConnection(msec, np); return (np.booleanValue() ? Result.TimedOut : (success ? Result.Success : Result.Failure)); } public final Result waitForNewConnection() { return waitForNewConnection(0); } }// class class QUdpSocket___ extends QUdpSocket { public final boolean bind(QHostAddress address, int port) { return bind_private(address, (char) port); } public final boolean bind() { return bind_private(); } public final boolean bind(int port) { return bind_private((char) port); } public final boolean bind(QHostAddress address, int port, BindFlag ... mode) { return bind_private(address, (char) port, mode); } public final boolean bind(QHostAddress address, int port, BindMode mode) { return bind_private(address, (char) port, mode); } public final boolean bind(int port, BindFlag ... mode) { return bind_private((char) port, mode); } public final boolean bind(int port, BindMode mode) { return bind_private((char) port, mode); } public static class HostInfo { public HostInfo() { address = new QHostAddress(); port = 0; } public QHostAddress address; public int port; } public final int readDatagram(byte data[], HostInfo info) { QNativePointer np = new QNativePointer(QNativePointer.Type.Byte, data.length); QNativePointer address = info != null && info.address != null ? info.address.nativePointer() : null; QNativePointer port = new QNativePointer(QNativePointer.Type.Char); int len = (int) readDatagram(np, data.length, address, port); if (info != null) info.port = port.charValue(); for (int i = 0; i < len; ++i) data[i] = np.byteAt(i); return len; } public final int readDatagram(byte data[]) { return readDatagram(data, null); } public final int writeDatagram(byte data[], QHostAddress address, int port) { QNativePointer np = qt.internal.QtJambiInternal.byteArrayToNativePointer(data); return (int) writeDatagram(np, data.length, address, (char) port); } public final int writeDatagram(qt.core.QByteArray data, QHostAddress address, int port) { return (int) writeDatagram(data, address, (char) port); } }// class class QNetworkProxy___ extends QNetworkProxy { public QNetworkProxy(QNetworkProxy.ProxyType type) { this(type, null, '\0'); } public QNetworkProxy(QNetworkProxy.ProxyType type, String host) { this(type, host, '\0'); } public QNetworkProxy(QNetworkProxy.ProxyType type, String host, int port) { this(type, host, (char) port); } public QNetworkProxy(QNetworkProxy.ProxyType type, String host, int port, String username) { this(type, host, (char) port, username); } public QNetworkProxy(QNetworkProxy.ProxyType type, String host, int port, String username, String password) { this(type, host, (char) port, username, password); } public final void setPort(int port) { setPort((char) port); } public final int port() { return port_private(); } }// class class QNetworkAccessManager___ extends QNetworkAccessManager { public Signal2<QNetworkProxy, QAuthenticator> proxyAuthenticationRequired = new Signal2<QNetworkProxy, QAuthenticator>(); private boolean inEmission = false; private void emitProxyAuthenticationRequiredPrivate(QNetworkProxy proxy, QAuthenticator authenticator) { if (!inEmission) { inEmission = true; proxyAuthenticationRequiredPrivate.emit(proxy, authenticator.nativePointer()); inEmission = false; } } private void emitProxyAuthenticationRequired(QNetworkProxy proxy, QNativePointer authenticator) { if (!inEmission) { inEmission = true; proxyAuthenticationRequired.emit(proxy, QAuthenticator.fromNativePointer(authenticator)); inEmission = false; } } public Signal2<QNetworkReply, QAuthenticator> authenticationRequired = new Signal2<QNetworkReply, QAuthenticator>(); private boolean inEmissionAuthenticationRequired = false; private void emitAuthenticationRequiredPrivate(QNetworkReply reply, QAuthenticator authenticator) { if (!inEmissionAuthenticationRequired) { inEmissionAuthenticationRequired = true; authenticationRequiredPrivate.emit(reply, authenticator.nativePointer()); inEmissionAuthenticationRequired = false; } } private void emitAuthenticationRequired(QNetworkReply reply, QNativePointer authenticator) { if (!inEmissionAuthenticationRequired) { inEmissionAuthenticationRequired = true; authenticationRequired.emit(reply, QAuthenticator.fromNativePointer(authenticator)); inEmissionAuthenticationRequired = false; } } }// class class QLocalServer___ extends QLocalServer { public enum Result { Success, Failure, TimedOut } public final Result waitForNewConnection(int msec) { QNativePointer np = new QNativePointer(QNativePointer.Type.Boolean); boolean success = waitForNewConnection(msec, np); return (np.booleanValue() ? Result.TimedOut : (success ? Result.Success : Result.Failure)); } public final Result waitForNewConnection() { return waitForNewConnection(0); } }// class