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Mark PEPs 239 and 240 as rejected.

This commit is contained in:
Raymond Hettinger 2005-06-17 21:38:02 +00:00
parent 550eee19ee
commit d30cc3dc35
3 changed files with 20 additions and 6 deletions
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8
pep-0000.txt
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@ -71,8 +71,6 @@ Index by Category
S 209 Adding Multidimensional Arrays Barrett, Oliphant S 209 Adding Multidimensional Arrays Barrett, Oliphant
S 228 Reworking Python's Numeric Model Zadka, GvR S 228 Reworking Python's Numeric Model Zadka, GvR
S 237 Unifying Long Integers and Integers Zadka, GvR S 237 Unifying Long Integers and Integers Zadka, GvR
S 239 Adding a Rational Type to Python Craig, Zadka
S 240 Adding a Rational Literal to Python Craig, Zadka
S 243 Module Repository Upload Mechanism Reifschneider S 243 Module Repository Upload Mechanism Reifschneider
S 245 Python Interface Syntax Pelletier S 245 Python Interface Syntax Pelletier
S 246 Object Adaptation Evans S 246 Object Adaptation Evans
@ -191,6 +189,8 @@ Index by Category
SD 225 Elementwise/Objectwise Operators Zhu, Lielens SD 225 Elementwise/Objectwise Operators Zhu, Lielens
SR 231 __findattr__() Warsaw SR 231 __findattr__() Warsaw
SD 233 Python Online Help Prescod SD 233 Python Online Help Prescod
SR 239 Adding a Rational Type to Python Craig, Zadka
SR 240 Adding a Rational Literal to Python Craig, Zadka
SR 242 Numeric Kinds Dubois SR 242 Numeric Kinds Dubois
SR 244 The `directive' Statement von Loewis SR 244 The `directive' Statement von Loewis
SR 259 Omit printing newline after newline GvR SR 259 Omit printing newline after newline GvR
@ -281,8 +281,8 @@ Numerical Index
SF 236 Back to the __future__ Peters SF 236 Back to the __future__ Peters
S 237 Unifying Long Integers and Integers Zadka, GvR S 237 Unifying Long Integers and Integers Zadka, GvR
SF 238 Changing the Division Operator Zadka, GvR SF 238 Changing the Division Operator Zadka, GvR
S 239 Adding a Rational Type to Python Craig, Zadka SR 239 Adding a Rational Type to Python Craig, Zadka
S 240 Adding a Rational Literal to Python Craig, Zadka SR 240 Adding a Rational Literal to Python Craig, Zadka
SF 241 Metadata for Python Software Packages Kuchling SF 241 Metadata for Python Software Packages Kuchling
SR 242 Numeric Kinds Dubois SR 242 Numeric Kinds Dubois
S 243 Module Repository Upload Mechanism Reifschneider S 243 Module Repository Upload Mechanism Reifschneider

9
pep-0239.txt
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@ -3,7 +3,7 @@ Title: Adding a Rational Type to Python
Version: $Revision$ Version: $Revision$
Author: Christopher A. Craig <python-pep@ccraig.org>, Author: Christopher A. Craig <python-pep@ccraig.org>,
Moshe Zadka <pep@zadka.site.co.il> Moshe Zadka <pep@zadka.site.co.il>
Status: Draft Status: Rejected
Type: Standards Track Type: Standards Track
Created: 11-Mar-2001 Created: 11-Mar-2001
Python-Version: 2.2 Python-Version: 2.2
@ -18,6 +18,13 @@ Abstract
support such a type. This PEP suggests no literals for rational support such a type. This PEP suggests no literals for rational
numbers; that is left for another PEP[1]. numbers; that is left for another PEP[1].
BDFL Pronouncement
This PEP is rejected. The needs outlined in the rationale section
have been addressed to some extent by the acceptance of PEP 327
for decimal arithmetic. Guido also noted, "Rational arithmetic
was the default 'exact' arithmetic in ABC and it did not work out as
expected". See the python-dev discussion on 17 June 2005.
Rationale Rationale

9
pep-0240.txt
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@ -3,7 +3,7 @@ Title: Adding a Rational Literal to Python
Version: $Revision$ Version: $Revision$
Author: Christopher A. Craig <python-pep@ccraig.org>, Author: Christopher A. Craig <python-pep@ccraig.org>,
Moshe Zadka <pep@zadka.site.co.il> Moshe Zadka <pep@zadka.site.co.il>
Status: Draft Status: Rejected
Type: Standards Track Type: Standards Track
Created: 11-Mar-2001 Created: 11-Mar-2001
Python-Version: 2.2 Python-Version: 2.2
@ -17,6 +17,13 @@ Abstract
rational in Python, and modifying non-integer division to return rational in Python, and modifying non-integer division to return
it. it.
BDFL Pronouncement
This PEP is rejected. The needs outlined in the rationale section
have been addressed to some extent by the acceptance of PEP 327
for decimal arithmetic. Guido also noted that "Rational arithmetic
was the default 'exact' arithmetic in ABC and it did not work out as
expected. See the python-dev discussion on 17 June 2005.
Rationale Rationale