The PyQt5 wheels do not provide tools such as Qt Designer that were included in the old binary installers. This package aims to provide those in a separate package which is useful for developers while the official PyQt5 wheels stay focused on fulfilling the dependencies of PyQt5 applications. FAQ What SIP or UC Software Version or Updater / BootROM Version is supported by my Phone? =To upgrade to this version you will need to download the additional Upgrader / UpdaterTo downgrade from this Version to a previous Version ( download the additional.
| Example | Description |
|---|---|
| Section 5.1.3, “The Call-Blocking Service” | Demonstrates how to block calls by specifying that the INVITE SIP Extension checks the From address to see if it is specified in the block list. If the blocked SIP address matches, the Call Blocking application send a FORBIDDEN response. |
| Section 5.1.4, “The Call-Forwarding Service” | Demonstrates how to forward calls by specifying that the INVITE SIP Extension checks the To address to see if it is specified in the forward list. If the SIP address matches, the application acts as a back-to-back user agent (B2BUA). |
| Section 5.1.5, “The Call-Controller Service” | Call Blocking and Call Forwarding are merged to create a new service. |
| Speed Dial | Demonstrates how to implement speed dialing for SIP addresses. The demonstration uses a static list of speed dial numbers. The numbers are translated into a complete address based on prior configuration. The SIP addresses are proxied without record-routing, or supervised mode. |
| Section 5.1.1, “The Location Service” | Demonstrates a location service that performs a lookup based on the request URI, into a hard-coded list of addresses. The request is proxied to the set of destination addresses associated with that URI. |
| Composed Speed Dial and Location | Speed Dial and Location are merged to create a new service. Speed Dial proxies the speed dial number to a SIP address, then Location Service proxies the call to the actual location of the call recipient. |
| Click to Call | Demonstrates how SIP Servlets can be used along with HTTP servlets as a converged application to place calls from a web portal. The example is a modified version of the click to dial example from the Sailfin project, but has been reworked to comply with JSR 289. |
| Chat Server | Demonstrates MESSAGE SIP Extension support. This example is based on the chatroom server demonstration from the BEA dev2dev project, and has been modified to meet JSR 289 requirements. |
| Media JSR 309 Example | Demonstrates how the Sip Servlets Application Developers can leverage the JSR-309 API, which provides to application developers multimedia capabilities with a generic media server (MS) abstraction interface. This example is only compatible with JBoss AS5. The solution is know to work with Twinkle and linphone SIP soft-phones. |
| Shopping | Demonstrates integration with Seam and Java Enterprise Edition (JEE), and JSR 309 Media integration with text to speech (TTS) and dual-tone multi-frequency (DTMF) tones. The demonstration builds on the Converged Demo example, and adds support for the SIP Servlets v1.1 specification. |
| JSLEE/SIP Servlets Interoperability | Demonstrates how the JBoss Communications Platform components can work in concert with each other to provide a integrated solution. All major components of the platform are used in this example, which was created to demonstrate to JavaOne 2008 delegates a possible use case scenario for the platform. |
| Facebook Click to Call | Demonstrates how SIP Servlets and HTTP Servlets can be used can be used to create a Facebook plug-in that allows user to call POTS phones through a SIP-PSTN gateway provider. This demonstration is only available from the source repository; no binary is available. |
| Section 5.1.2, “The Diameter Event-Charging Service” | Demonstrates how the Diameter Event Charging, and the Location service, can be used to perform fixed-rated charging of calls (event charging). When a call is initiated, a debit of ten euros is applied to the A Party account. If the call is rejected by the B Party, or A Party hangs up before B Party can answer the call, the ten euro charge is credited to the A Party account. |
| Diameter Sh OpenIMS Integration | Demonstrates the integration between JBoss Communications Platform and OpenIMS, using the Diameter Sh interface to receive profile updates and SIP. |
| Diameter Ro/Rf IIntegration | A Diameter Ro/Rf service that performs online call charging. |
| Conference | Demonstrates the capabilities of the Media Server, such as endpoint composition and conferencing, as well as proving that SIP Servlets are capable of working seamlessly with any third-party web framework, without repackaging or modifying the deployment descriptors. The demonstration uses Google's GWT Ajax framework with server-push updates to provide a desktop-like user interface experience and JSR 309 for Media Control. |
| Media IPBX | Demonstrates how a SIP PBX solution can be deployed using the JBoss Communications Platform. |
| JRuby on Rails SIP Servlets | Demonstrates how JRuby on Rails can be used by the JBoss Communications Platform to provide a multi-language application that can initiate phone calls to customers after they log a complaint through a web portal. |
| Pure JRuby on Rails Telco | Builds on the JRuby on Rails SIP Servlets demonstration, but adds the ability to call the application rather that initially interact through the web portal. The application has the ability to set up and tear down the call. |
| Alerting Application | This application was developed so that the JBoss RHQ/Jopr Enterprise Management Solution would be able to notify system administrators when a monitoring alert is fired by Jopr/RHQ. |
| Alerting Application | A Call Blocking application interoperating with the Mobicents SIP Presence Service to fetch the blocked contacts through XCAP. |
Released:
Python bindings for the Qt cross platform application toolkit
Project description
Qt is set of cross-platform C++ libraries that implement high-level APIs foraccessing many aspects of modern desktop and mobile systems. These includelocation and positioning services, multimedia, NFC and Bluetooth connectivity,a Chromium based web browser, as well as traditional UI development.
Silkypix jpeg photography 8.2.29 download. PyQt5 is a comprehensive set of Python bindings for Qt v5. It is implementedas more than 35 extension modules and enables Python to be used as analternative application development language to C++ on all supported platformsincluding iOS and Android.
PyQt5 may also be embedded in C++ based applications to allow users of thoseapplications to configure or enhance the functionality of those applications.
Author
PyQt5 is copyright (c) Riverbank Computing Limited. Its homepage ishttps://www.riverbankcomputing.com/software/pyqt/.
Support may be obtained from the PyQt mailing list athttps://www.riverbankcomputing.com/mailman/listinfo/pyqt/.
License
PyQt5 is released under the GPL v3 license and under a commercial license thatallows for the development of proprietary applications.
Documentation
The documentation for the latest release can be foundhere.
Installation
The GPL version of PyQt5 can be installed from PyPI:
The wheels include a copy of the required parts of the LGPL version of Qt.
pip will also build and install the bindings from the sdist package butQt’s qmake tool must be on PATH.
The sip-install tool will also install the bindings from the sdist packagebut will allow you to configure many aspects of the installation.
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5.14.1
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