df853fed66
The change creates a slight source incompatibility. The main things to take care of are * code using printf statements on list.size(). Using qsizetype in printf statements will always require a cast to work on both 32 and 64 bit. * A few places where overloads now get ambiguous. One example is QRandomGenerator::bounded() that has overloads for int, uint and double, but not int64. * Streaming list.size() to a QDataStream will change the format depending on the architecture. [ChangeLog][QtCore][QList] QList now uses qsizetype to index into elements. Change-Id: Iaff562a4d072b97f458417b670f95971bd47cbc6 Reviewed-by: Thiago Macieira <thiago.macieira@intel.com> |
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|---|---|---|
| .. | ||
| blockingfortuneclient | ||
| broadcastreceiver | ||
| broadcastsender | ||
| dnslookup | ||
| doc | ||
| download | ||
| downloadmanager | ||
| fortuneclient | ||
| fortuneserver | ||
| googlesuggest | ||
| http | ||
| loopback | ||
| multicastreceiver | ||
| multicastsender | ||
| multistreamclient | ||
| multistreamserver | ||
| network-chat | ||
| securesocketclient | ||
| secureudpclient | ||
| secureudpserver | ||
| shared | ||
| threadedfortuneserver | ||
| torrent | ||
| CMakeLists.txt | ||
| network.pro | ||
| README | ||
Qt is provided with an extensive set of network classes to support both client-based and server side network programming. These examples demonstrate the fundamental aspects of network programming with Qt. Documentation for these examples can be found via the Examples link in the main Qt documentation.