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Diffstat (limited to 'examples/webchannel/standalone/doc/src')
-rw-r--r-- | examples/webchannel/standalone/doc/src/standalone.qdoc | 18 |
1 files changed, 10 insertions, 8 deletions
diff --git a/examples/webchannel/standalone/doc/src/standalone.qdoc b/examples/webchannel/standalone/doc/src/standalone.qdoc index 28c67a2..0d030bf 100644 --- a/examples/webchannel/standalone/doc/src/standalone.qdoc +++ b/examples/webchannel/standalone/doc/src/standalone.qdoc @@ -53,26 +53,28 @@ \title Qt WebChannel Standalone Example \ingroup qtwebchannel-examples \image standalone-screenshot.png - \brief Shows how to use the QWebChannel C++ API to communicate with an external client. + \brief A simple chat between a server and a remote client running in a + browser. - The standalone example is a simple chat between a C++ application and a remote HTML - client running in your default browser. + \e{Standalone} demonstrates how to use the QWebChannel C++ API to + communicate with an external client. It is a simple chat between a C++ + application and a remote HTML client running in your default browser. \include examples-run.qdocinc - \section1 Overview + \section1 Communicating with a Remote Client - The C++ application sets up a QWebChannel instance and publishes a Dialog object over it. + The C++ application sets up a QWebChannel instance and publishes a \c Dialog object over it. For the remote client side, \l {standalone/index.html}{index.html} is opened. Both show a dialog with the list of received messages and an input box to send messages to the other end. - The Dialog emits the Dialog::sendText() signal when the user sends a message. The signal + The \c Dialog emits the \c Dialog::sendText() signal when the user sends a message. The signal automatically gets propagated to the HTML client. When the user enters a message on the HTML - side, Dialog::receiveText() is called. + side, \c Dialog::receiveText() is called. All communication between the HTML client and the C++ server is done over a WebSocket. The C++ side instantiates a QWebSocketServer and wraps incoming QWebSocket connections - in WebSocketTransport objects, which implement QWebChannelAbstractTransport. These objects are + in QWebChannelAbstractTransport objects. These objects are then connected to the QWebChannel instance. \sa {Qt WebChannel JavaScript API} |