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  • Release – Python 3.5.6rc1

    Version: None

    Released: July 20, 2018

    Python 3.5.6rc1 Python 3.5 has reached end-of-life. Python 3.5.10, the final release of the 3.5 series, is available here. Python 3.5.6rc1 was released on July 19th, 2018. Python 3.5 has now entered "security fixes only" mode, and as such the only changes since Python 3.5.4 are security fixes. Also, Python …

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  • Release – Python 3.5.6

    Version: None

    Released: Aug. 2, 2018

    Python 3.5.6 Python 3.5 has reached end-of-life. Python 3.5.10, the final release of the 3.5 series, is available here. Python 3.5.6 was released on August 2nd, 2018. Python 3.5 has now entered "security fixes only" mode, and as such the only changes since Python 3.5.4 are security fixes. Also, Python …

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  • Release – Python 3.5.7rc1

    Version: None

    Released: March 4, 2019

    Python 3.5.7rc1 Python 3.5 has reached end-of-life. Python 3.5.10, the final release of the 3.5 series, is available here. Python 3.5.7rc1 was released on March 4th, 2019. Python 3.5 has now entered "security fixes only" mode, and as such the only changes since Python 3.5.4 are security fixes. Also, Python …

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  • Release – Python 3.5.7

    Version: None

    Released: March 18, 2019

    Python 3.5.7 Python 3.5 has reached end-of-life. Python 3.5.10, the final release of the 3.5 series, is available here. Python 3.5.7 was released on March 18th, 2019. Python 3.5 has now entered "security fixes only" mode, and as such the only changes since Python 3.5.4 are security fixes. Also, Python …

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  • Release – Python 3.5.8rc1

    Version: None

    Released: Sept. 9, 2019

    Python 3.5.8rc1 Python 3.5 has reached end-of-life. Python 3.5.10, the final release of the 3.5 series, is available here. Python 3.5.8rc1 was released on September 9th, 2019. Python 3.5 has now entered "security fixes only" mode, and as such the only changes since Python 3.5.4 are security fixes. Also, Python …

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  • Release – Python 3.5.8rc2

    Version: None

    Released: Oct. 12, 2019

    Python 3.5.8rc2 Python 3.5 has reached end-of-life. Python 3.5.10, the final release of the 3.5 series, is available here. Python 3.5.8rc2 was released on October 12th, 2019. Python 3.5 has now entered "security fixes only" mode, and as such the only changes since Python 3.5.4 are security fixes. Also, Python …

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  • Release – Python 3.5.8

    Version: None

    Released: Oct. 29, 2019

    Python 3.5.8 Python 3.5 has reached end-of-life. Python 3.5.10, the final release of the 3.5 series, is available here. Python 3.5.8 was released on October 29th, 2019. Python 3.5 has now entered "security fixes only" mode, and as such the only changes since Python 3.5.4 are security fixes. Also, Python …

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  • Release – Python 3.13.0

    Version: None

    Released: Oct. 7, 2024

    This is the stable release of Python 3.13.0 Python 3.13.0 is the newest major release of the Python programming language, and it contains many new features and optimizations compared to Python 3.12. (Compared to the last release candidate, 3.13.0rc3, 3.13.0 contains two small bug fixes and some documentation and testing …

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  • Release – Python 3.13.2

    Version: None

    Released: Feb. 4, 2025

    This is the second maintenance release of Python 3.13 Python 3.13 is the newest major release of the Python programming language, and it contains many new features and optimizations compared to Python 3.12. 3.13.2 is the latest maintenance release, containing almost 250 bugfixes, build improvements and documentation changes since 3.13.1. …

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  • Release – Python 3.13.3

    Version: None

    Released: April 8, 2025

    This is the third maintenance release of Python 3.13 Python 3.13 is the newest major release of the Python programming language, and it contains many new features and optimizations compared to Python 3.12. 3.13.3 is the latest maintenance release, containing almost 320 bugfixes, build improvements and documentation changes since 3.13.2. …

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  • Release – Python 3.13.6

    Version: None

    Released: Aug. 6, 2025

    This is the sixth maintenance release of Python 3.13 Python 3.13 is the newest major release of the Python programming language, and it contains many new features and optimizations compared to Python 3.12. 3.13.6 is the sixth maintenance release of 3.13, containing around 200 bugfixes, build improvements and documentation changes …

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  • FSF response to the Python 2.1 license

    FSF response to the Python 2.1 license FSF response to the Python 2.1 license Today, I received the following email from Eben Moglen, the Free Software Foundation's attorney. (See also a postscript.) Subject: Re: Python 1.6.1 and GPL compatibility From: Eben Moglen <moglen@columbia.edu> To: Guido van Rossum <guido@digicool.com> Cc: "Bradley M. Kuhn" <bkuhn@gnu.org>, rms@gnu.org Date: Thu, 19 Apr 2001 07:44:11 -0400 (EDT) On Wednesday, 18 April 2001, Guido van Rossum w...

  • Python 2.4.6 Release

    Python 2.4.6 Release Python 2.4.6 We are pleased to announce Python 2.4.6 (final), a bugfix release of Python 2.4, on Dec 19, 2008. Important: 2.4.6 is a source-only release. If you need a binary release of 2.4, use 2.4.4. If you need the fixes that are included in this release, use 2.6.1 or later. This release includes just a small number of fixes, primarily preventing crashes of the interpreter in certain boundary cases. This is the last planned release in the Python 2.4 series. We have ...

  • Python Software Foundation: Press Release 13-Feb-2003

    Python Software Foundation: Press Release 13-Feb-2003 Creators of Python Sponsor PyCon 2003, First Annual Developers Conference in March FREDERICKSBURG, VA, February 13, 2003 No, it's not a snake or the name of a British comedy group. Python is one of the most useful, compelling and intelligently designed programming platforms to have emerged into the computer industry mainstream in recent years. It is rapidly gaining wide acceptance and being deployed in major IT shops around the wor...

  • Python Software Foundation: Press Release 9-Feb-2004

    Python Software Foundation: Press Release 9-Feb-2004 February 9, 2004 Press Release SOURCE: Python Software Foundation PyCon 2004 - Second Annual Python Developers Conference Keynote Speech by Mitchell Kapor, founder of Lotus FREDERICKSBURG, Va., February 9, 2004 -- PyCon 2004, the second annual Python developers conference, will be held at George Washington University's Cafritz Conference Center in Washington DC on March 24-26, 2004. Mitchell Kapor, founder of Lotus Development Co...

  • Python Software Foundation: Python Conference Committee Report (December 2003)

    Python Software Foundation: Python Conference Committee Report (December 2003) <center> <h3>The Python Software Foundation <br>Python Conference Committee Report </h3> </center> <p>December 2003 <p>David Ascher reports that he and Steve Holden had a phone call, and Ascher, Holden, Jeremy Hylton, Neal Norwitz, and Itamar Shtull-Trauring met on IRC. <h3>Deadlines</h3> <ul> System Message: ERROR/3 (<string>, line 15) Unexpected in...

  • Unifying types and classes in Python 2.2

    ...== (A, object) B.__mro__ == (B, A, object) C.__mro__ == (C, A, object) D.__mro__ == (D, B, C, A, object) The expression super(C, self).m should only be used inside the implementation of method m in class C. Bear in mind that while self is an instance of C, self.__class__ may not be C: it may be a class derived from C (for example, D). The expression super(C, self).m, then, searches self.__class__.__mro__ (the MRO of the class that was used to create the instance in sel...

  • Unifying types and classes in Python 2.2

    ...== (A, object) B.__mro__ == (B, A, object) C.__mro__ == (C, A, object) D.__mro__ == (D, B, C, A, object) The expression super(C, self).m should only be used inside the implementation of method m in class C. Bear in mind that while self is an instance of C, self.__class__ may not be C: it may be a class derived from C (for example, D). The expression super(C, self).m, then, searches self.__class__.__mro__ (the MRO of the class that was used to create the instance in sel...

  • Unifying types and classes in Python 2.2

    ...== (A, object) B.__mro__ == (B, A, object) C.__mro__ == (C, A, object) D.__mro__ == (D, B, C, A, object) The expression super(C, self).m should only be used inside the implementation of method m in class C. Bear in mind that while self is an instance of C, self.__class__ may not be C: it may be a class derived from C (for example, D). The expression super(C, self).m, then, searches self.__class__.__mro__ (the MRO of the class that was used to create the instance in sel...

  • Unifying types and classes in Python 2.2

    ...== (A, object) B.__mro__ == (B, A, object) C.__mro__ == (C, A, object) D.__mro__ == (D, B, C, A, object) The expression super(C, self).m should only be used inside the implementation of method m in class C. Bear in mind that while self is an instance of C, self.__class__ may not be C: it may be a class derived from C (for example, D). The expression super(C, self).m, then, searches self.__class__.__mro__ (the MRO of the class that was used to create the instance in self) for the o...

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