sip4 4.15.4-1 source package in Ubuntu
Changelog
sip4 (4.15.4-1) unstable; urgency=low * New upstream bugfix release. * Adjust python-qwt5-qt4 and python-qwt3d-qt4 breaks, only the newly uploaded versions work with new sip. -- Dmitry Shachnev <email address hidden> Wed, 08 Jan 2014 19:36:26 +0400
Upload details
- Uploaded by:
- Debian Python Modules Team
- Uploaded to:
- Sid
- Original maintainer:
- Debian Python Modules Team
- Architectures:
- any all
- Section:
- devel
- Urgency:
- Low Urgency
See full publishing history Publishing
Series | Published | Component | Section |
---|
Downloads
File | Size | SHA-256 Checksum |
---|---|---|
sip4_4.15.4-1.dsc | 2.5 KiB | 3d975121a3b2b97a5c99010ab8d2ea4f98ba9a5b2c02da8c81d536bd2030af40 |
sip4_4.15.4.orig.tar.gz | 758.0 KiB | 594b742873cd135dc945e61f0fff4d9d35ea5da8d23e2fc8f3820c3771a52228 |
sip4_4.15.4-1.debian.tar.gz | 19.6 KiB | 1d3322686b0533e2a1b162b0052730ac99b92f17da8295dfa827f68c5b0da694 |
Available diffs
No changes file available.
Binary packages built by this source
- python-sip: Python/C++ bindings generator runtime library
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
- python-sip-dbg: Python/C++ bindings generator runtime library (debug extension)
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
.
This package contains the extension built for the Python debug interpreter.
- python-sip-dev: Python/C++ bindings generator development files
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
.
SIP was originally designed to generate Python bindings for KDE and so
has explicit support for the signal slot mechanism used by the Qt/KDE
class libraries.
.
Features:
- connecting Qt signals to Python functions and class methods
- connecting Python signals to Qt slots
- overloading virtual member functions with Python class methods
- protected member functions
- abstract classes
- enumerated types
- global class instances
- static member functions.
.
This package contains sipdistutils and the development headers needed to
develop Python bindings with sip.
- python-sip-doc: Python/C++ bindings generator documentation
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
.
SIP was originally designed to generate Python bindings for KDE and so
has explicit support for the signal slot mechanism used by the Qt/KDE
class libraries.
.
Features:
- connecting Qt signals to Python functions and class methods
- connecting Python signals to Qt slots
- overloading virtual member functions with Python class methods
- protected member functions
- abstract classes
- enumerated types
- global class instances
- static member functions.
.
This package contains the html documentation.
- python3-sip: Python 3/C++ bindings generator runtime library
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
.
This package provides SIP with support for Python 3
- python3-sip-dbg: Python 3/C++ bindings generator runtime library (debug extension)
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
.
This package contains debugging symbols for python3-sip
- python3-sip-dev: Python 3/C++ bindings generator development files
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
.
SIP was originally designed to generate Python bindings for KDE and so
has explicit support for the signal slot mechanism used by the Qt/KDE
class libraries.
.
Features:
- connecting Qt signals to Python functions and class methods
- connecting Python signals to Qt slots
- overloading virtual member functions with Python class methods
- protected member functions
- abstract classes
- enumerated types
- global class instances
- static member functions.
.
This package contains sipdistutils and the development headers needed to
develop Python 3 bindings with sip.
- sip-dbg: Debug symbols for Python/C++ bindings generator application
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
.
SIP was originally designed to generate Python bindings for KDE and so
has explicit support for the signal slot mechanism used by the Qt/KDE
class libraries.
.
Features:
- connecting Qt signals to Python functions and class methods
- connecting Python signals to Qt slots
- overloading virtual member functions with Python class methods
- protected member functions
- abstract classes
- enumerated types
- global class instances
- static member functions.
.
This package contains the debug symbols for the code generator tool needed to
develop Python and Python 3 bindings with sip.
- sip-dev: Python/C++ bindings generator code generator application
SIP is a tool for generating bindings for C++ classes with some ideas
borrowed from SWIG, but capable of tighter bindings because of its
specificity towards C++ and Python.
.
SIP was originally designed to generate Python bindings for KDE and so
has explicit support for the signal slot mechanism used by the Qt/KDE
class libraries.
.
Features:
- connecting Qt signals to Python functions and class methods
- connecting Python signals to Qt slots
- overloading virtual member functions with Python class methods
- protected member functions
- abstract classes
- enumerated types
- global class instances
- static member functions.
.
This package contains the code generator tool needed to develop Python and
Python 3 bindings with sip.