385 lines
20 KiB
Plaintext
385 lines
20 KiB
Plaintext
PEP: 0
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Title: Index of Python Enhancement Proposals (PEPs)
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Version: $Revision$
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Last-Modified: $Date$
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Author: Barry A. Warsaw <barry@zope.com>
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Status: Active
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Type: Informational
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Created: 13-Jul-2000
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Post-History:
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Introduction
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The PEP contains the index of all Python Enhancement Proposals,
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known as PEPs. PEP numbers are assigned by the PEP Editor, and
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once assigned are never changed. The CVS history[1] of the PEP
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texts represent their historical record.
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The BDFL maintains his own Pronouncements page[2] at
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http://www.python.org/doc/essays/pepparade.html which contains his
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musings on the various outstanding PEPs.
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Index by Category
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num title owner
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--- ----- -----
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Meta-PEPs (PEPs about PEPs or Process)
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I 0 Index of Python Enhancement Proposals Warsaw
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I 1 PEP Guidelines Warsaw, Hylton
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I 2 Procedure for Adding New Modules Faassen
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I 3 Guidelines for Handling Bug Reports Hylton
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I 4 Deprecation of Standard Modules von Loewis
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I 5 Guidelines for Language Evolution Prescod
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I 6 Bug Fix Releases Aahz
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I 7 Style Guide for C Code van Rossum
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I 8 Style Guide for Python Code van Rossum, Warsaw
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I 9 Sample Plaintext PEP Template Warsaw
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I 10 Voting Guidelines Warsaw
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I 11 Removing support for little used platforms von Loewis
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I 12 Sample reStructuredText PEP Template Goodger, Warsaw
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Other Informational PEPs
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I 101 Doing Python Releases 101 Warsaw, van Rossum
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I 102 Doing Python Micro Releases Baxter, Warsaw, van Rossum
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IF 247 API for Cryptographic Hash Functions Kuchling
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IF 248 Python Database API Specification v1.0 Lemburg
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IF 249 Python Database API Specification v2.0 Lemburg
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I 257 Docstring Conventions Goodger, van Rossum
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IF 272 API for Block Encryption Algorithms v1.0 Kuchling
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I 290 Code Migration and Modernization Hettinger
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Accepted PEPs (accepted; may not be implemented yet)
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S 252 Making Types Look More Like Classes van Rossum
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S 253 Subtyping Built-in Types van Rossum
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Open PEPs (under consideration)
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I 42 Small Feature Requests Hylton
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I 206 2.0 Batteries Included Zadka
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S 209 Adding Multidimensional Arrays Barrett, Oliphant
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S 215 String Interpolation Yee
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S 218 Adding a Built-In Set Object Type Wilson
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S 228 Reworking Python's Numeric Model Zadka, van Rossum
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S 237 Unifying Long Integers and Integers Zadka, van Rossum
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S 239 Adding a Rational Type to Python Zadka
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S 240 Adding a Rational Literal to Python Zadka
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S 242 Numeric Kinds Dubois
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S 243 Module Repository Upload Mechanism Reifschneider
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S 245 Python Interface Syntax Pelletier
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S 246 Object Adaptation Evans
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S 254 Making Classes Look More Like Types van Rossum
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S 256 Docstring Processing System Framework Goodger
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S 258 Docutils Design Specification Goodger
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S 262 Database of Installed Python Packages Kuchling
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S 265 Sorting Dictionaries by Value Griffin
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S 266 Optimizing Global Variable/Attribute Access Montanaro
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S 267 Optimized Access to Module Namespaces Hylton
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S 268 Extended HTTP functionality and WebDAV Stein
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S 269 Pgen Module for Python Riehl
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S 270 uniq method for list objects Petrone
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S 273 Import Modules from Zip Archives Ahlstrom
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S 274 Dict Comprehensions Warsaw
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S 275 Switching on Multiple Values Lemburg
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S 276 Simple Iterator for ints Althoff
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S 277 Unicode file name support for Windows NT Hodgson
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S 278 Universal Newline Support Jansen
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S 280 Optimizing access to globals van Rossum
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S 281 Loop Counter Iteration with range and xrange Hetland
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S 282 A Logging System Sajip, Mick
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I 283 Python 2.3 Release Schedule van Rossum
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S 284 Integer for-loops Eppstein, Ewing
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S 286 Enhanced Argument Tuples von Loewis
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I 287 reStructuredText Docstring Format Goodger
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I 291 Backward Compatibility for Standard Library Norwitz
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S 292 Simpler String Substitutions Warsaw
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S 294 Type Names in the types Module Tirosh
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S 296 Adding a bytes Object Type Gilbert
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S 297 Support for System Upgrades Lemburg
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S 298 The Locked Buffer Interface Heller
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S 299 Special __main__() function in modules Epler
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Finished PEPs (done, implemented in CVS)
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SF 100 Python Unicode Integration Lemburg
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IF 160 Python 1.6 Release Schedule Drake
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IF 200 Python 2.0 Release Schedule Hylton
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SF 201 Lockstep Iteration Warsaw
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SF 202 List Comprehensions Warsaw
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SF 203 Augmented Assignments Wouters
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S 205 Weak References Drake
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SF 207 Rich Comparisons van Rossum, Ascher
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SF 208 Reworking the Coercion Model Schemenauer, Lemburg
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SF 214 Extended Print Statement Warsaw
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SF 217 Display Hook for Interactive Use Zadka
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SF 221 Import As Wouters
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SF 223 Change the Meaning of \x Escapes Peters
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I 226 Python 2.1 Release Schedule Hylton
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S 227 Statically Nested Scopes Hylton
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SF 229 Using Distutils to Build Python Kuchling
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SF 230 Warning Framework van Rossum
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SF 232 Function Attributes Warsaw
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SF 234 Iterators Yee, van Rossum
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SF 235 Import on Case-Insensitive Platforms Peters
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SF 236 Back to the __future__ Peters
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SF 238 Changing the Division Operator Zadka, van Rossum
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SF 241 Metadata for Python Software Packages Kuchling
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SF 250 Using site-packages on Windows Moore
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IF 251 Python 2.2 Release Schedule Warsaw, van Rossum
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SF 255 Simple Generators Schemenauer, et al
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SF 260 Simplify xrange() van Rossum
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S 261 Support for "wide" Unicode characters Prescod
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SF 263 Defining Python Source Code Encodings Lemburg
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SF 264 Future statements in simulated shells Hudson
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SF 279 The enumerate() built-in function Hettinger
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SF 285 Adding a bool type van Rossum
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SF 293 Codec Error Handling Callbacks D<>rwald
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Empty PEPs (or containing only an abstract)
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SD 210 Decoupling the Interpreter Loop Ascher
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ID 220 Coroutines, Generators, Continuations McMillan
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Deferred, Abandoned, Withdrawn, and Rejected PEPs
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SR 204 Range Literals Wouters
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SD 211 Adding A New Outer Product Operator Wilson
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SD 212 Loop Counter Iteration Schneider-Kamp
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SD 213 Attribute Access Handlers Prescod
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IR 216 Docstring Format Zadka
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SD 219 Stackless Python McMillan
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SD 222 Web Library Enhancements Kuchling
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SR 224 Attribute Docstrings Lemburg
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SD 225 Elementwise/Objectwise Operators Zhu, Lielens
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SR 231 __findattr__() Warsaw
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SD 233 Python Online Help Prescod
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SR 244 The `directive' Statement von Loewis
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SR 259 Omit printing newline after newline van Rossum
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SR 271 Prefixing sys.path by command line option Giacometti
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SD 288 Generators Attributes and Exceptions Hettinger
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SR 289 Generator Comprehensions Hettinger
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SR 295 Interpretation of multiline string constants Koltsov
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SR 666 Reject Foolish Indentation Creighton
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Numerical Index
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num title owner
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--- ----- -----
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I 0 Index of Python Enhancement Proposals Warsaw
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I 1 PEP Guidelines Warsaw, Hylton
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I 2 Procedure for Adding New Modules Faassen
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I 3 Guidelines for Handling Bug Reports Hylton
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I 4 Deprecation of Standard Modules von Loewis
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I 5 Guidelines for Language Evolution Prescod
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I 6 Bug Fix Releases Aahz
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I 7 Style Guide for C Code van Rossum
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I 8 Style Guide for Python Code van Rossum, Warsaw
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I 9 Sample Plaintext PEP Template Warsaw
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I 10 Voting Guidelines Warsaw
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I 11 Removing support for little used platforms von Loewis
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I 12 Sample reStructuredText PEP Template Goodger, Warsaw
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I 42 Small Feature Requests Hylton
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SF 100 Python Unicode Integration Lemburg
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I 101 Doing Python Releases 101 Warsaw, van Rossum
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I 102 Doing Python Micro Releases Baxter, Warsaw, van Rossum
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IF 160 Python 1.6 Release Schedule Drake
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IF 200 Python 2.0 Release Schedule Hylton
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SF 201 Lockstep Iteration Warsaw
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SF 202 List Comprehensions Warsaw
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SF 203 Augmented Assignments Wouters
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SR 204 Range Literals Wouters
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S 205 Weak References Drake
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I 206 2.0 Batteries Included Zadka
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SF 207 Rich Comparisons van Rossum, Ascher
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SF 208 Reworking the Coercion Model Schemenauer, Lemburg
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S 209 Adding Multidimensional Arrays Barrett, Oliphant
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SD 210 Decoupling the Interpreter Loop Ascher
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SD 211 Adding A New Outer Product Operator Wilson
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SD 212 Loop Counter Iteration Schneider-Kamp
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SD 213 Attribute Access Handlers Prescod
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SF 214 Extended Print Statement Warsaw
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SD 215 String Interpolation Yee
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IR 216 Docstring Format Zadka
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SF 217 Display Hook for Interactive Use Zadka
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S 218 Adding a Built-In Set Object Type Wilson
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SD 219 Stackless Python McMillan
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ID 220 Coroutines, Generators, Continuations McMillan
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SF 221 Import As Wouters
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SD 222 Web Library Enhancements Kuchling
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SF 223 Change the Meaning of \x Escapes Peters
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SR 224 Attribute Docstrings Lemburg
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SD 225 Elementwise/Objectwise Operators Zhu, Lielens
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I 226 Python 2.1 Release Schedule Hylton
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S 227 Statically Nested Scopes Hylton
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S 228 Reworking Python's Numeric Model Zadka, van Rossum
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SF 229 Using Distutils to Build Python Kuchling
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SF 230 Warning Framework van Rossum
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SR 231 __findattr__() Warsaw
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SF 232 Function Attributes Warsaw
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SD 233 Python Online Help Prescod
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SF 234 Iterators Yee, van Rossum
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SF 235 Import on Case-Insensitive Platforms Peters
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SF 236 Back to the __future__ Peters
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S 237 Unifying Long Integers and Integers Zadka, van Rossum
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SF 238 Changing the Division Operator Zadka, van Rossum
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S 239 Adding a Rational Type to Python Zadka
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S 240 Adding a Rational Literal to Python Zadka
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SF 241 Metadata for Python Software Packages Kuchling
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S 242 Numeric Kinds Dubois
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S 243 Module Repository Upload Mechanism Reifschneider
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SR 244 The `directive' Statement von Loewis
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S 245 Python Interface Syntax Pelletier
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S 246 Object Adaptation Evans
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IF 247 API for Cryptographic Hash Functions Kuchling
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IF 248 Python Database API Specification v1.0 Lemburg
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IF 249 Python Database API Specification v2.0 Lemburg
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SF 250 Using site-packages on Windows Moore
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IF 251 Python 2.2 Release Schedule Warsaw, van Rossum
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S 252 Making Types Look More Like Classes van Rossum
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S 253 Subtyping Built-in Types van Rossum
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S 254 Making Classes Look More Like Types van Rossum
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SF 255 Simple Generators Schemenauer, et al
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S 256 Docstring Processing System Framework Goodger
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I 257 Docstring Conventions Goodger, van Rossum
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S 258 Docutils Design Specification Goodger
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SR 259 Omit printing newline after newline van Rossum
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SF 260 Simplify xrange() van Rossum
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S 261 Support for "wide" Unicode characters Prescod
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S 262 Database of Installed Python Packages Kuchling
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SF 263 Defining Python Source Code Encodings Lemburg
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SF 264 Future statements in simulated shells Hudson
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S 265 Sorting Dictionaries by Value Griffin
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S 266 Optimizing Global Variable/Attribute Access Montanaro
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S 267 Optimized Access to Module Namespaces Hylton
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S 268 Extended HTTP functionality and WebDAV Stein
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S 269 Pgen Module for Python Riehl
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S 270 uniq method for list objects Petrone
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SR 271 Prefixing sys.path by command line option Giacometti
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IF 272 API for Block Encryption Algorithms v1.0 Kuchling
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S 273 Import Modules from Zip Archives Ahlstrom
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S 274 Dict Comprehensions Warsaw
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S 275 Switching on Multiple Values Lemburg
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S 276 Simple Iterator for ints Althoff
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S 277 Unicode file name support for Windows NT Hodgson
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S 278 Universal Newline Support Jansen
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SF 279 The enumerate() built-in function Hettinger
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S 280 Optimizing access to globals van Rossum
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S 281 Loop Counter Iteration with range and xrange Hetland
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S 282 A Logging System Sajip, Mick
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I 283 Python 2.3 Release Schedule van Rossum
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S 284 Integer for-loops Eppstein, Ewing
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SF 285 Adding a bool type van Rossum
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S 286 Enhanced Argument Tuples von Loewis
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I 287 reStructuredText Docstring Format Goodger
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SD 288 Generators Attributes and Exceptions Hettinger
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SR 289 Generator Comprehensions Hettinger
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I 290 Code Migration and Modernization Hettinger
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I 291 Backward Compatibility for Standard Library Norwitz
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S 292 Simpler String Substitutions Warsaw
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SF 293 Codec Error Handling Callbacks D<>rwald
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S 294 Type Names in the types Module Tirosh
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SR 295 Interpretation of multiline string constants Koltsov
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S 296 Adding a bytes Object Type Gilbert
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S 297 Support for System Upgrades Lemburg
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S 298 The Locked Buffer Interface Heller
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S 299 Special __main__() function in modules Epler
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SR 666 Reject Foolish Indentation Creighton
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Key
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I - Informational PEP
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S - Standards Track PEP
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A - Accepted proposal
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R - Rejected proposal
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D - Deferred proposal
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F - Final proposal
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Owners
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name email address
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---------------- -------------
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Aahz aahz@pobox.com
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Ahlstrom, James C. jim@interet.com
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Althoff, Jim james_althoff@i2.com
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Ascher, David davida@activestate.com
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Barrett, Paul barrett@stsci.edu
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Baxter, Anthony anthony@interlink.com.au
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Creighton, Laura lac@strakt.com
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D<>rwald, Walter
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Drake, Fred fdrake@acm.org
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Dubois, Paul F. paul@pfdubois.com
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Epler, Jeff jepler@unpythonic.net
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Eppstein, David eppstein@ics.uci.edu
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Evans, Clark C. cce@clarkevans.com
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Ewing, Greg greg@cosc.canterbury.ac.nz
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Faassen, Martijn faassen@infrae.com
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Giacometti, Fr<46>d<EFBFBD>ric B. fred@arakne.com
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Gilbert, Scott xscottg at yahoo.com
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Goodger, David goodger@users.sourceforge.net
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Griffin, Grant g2@iowegian.com
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Heller, Thomas theller@python.net
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Hetland, Magnus Lie magnus@hetland.org
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Hettinger, Raymond D. python@rcn.com
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Hodgson, Neil neilh@scintilla.org
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Hudson, Michael mwh@python.net
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Hylton, Jeremy jeremy@zope.com
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Jansen, Jack jack@cwi.nl
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Koltsov, Stepan yozh@mx1.ru
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Kuchling, Andrew akuchlin@mems-exchange.org
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Lemburg, Marc-Andre mal@lemburg.com
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Lielens, Gregory gregory.lielens@fft.be
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von Loewis, Martin loewis@informatik.hu-berlin.de
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Martelli, Alex aleax@aleax.it
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McMillan, Gordon gmcm@hypernet.com
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Mick, Trent trentm@activestate.com
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Montanaro, Skip skip@pobox.com
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Moore, Paul gustav@morpheus.demon.co.uk
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Norwitz, Neal neal@metaslash.com
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Oliphant, Travis oliphant@ee.byu.edu
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Pelletier, Michel michel@digicool.com
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Peters, Tim tim@digicool.com
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Petrone, Jason jp@demonseed.net
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Prescod, Paul paul@prescod.net
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Reifschneider, Sean jafo-pep@tummy.com
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Riehl, Jonathan jriehl@spaceship.com
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van Rossum, Guido guido@python.org
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Sajip, Vinay vinay_sajip@red-dove.com
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Schemenauer, Neil nas@arctrix.com
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Schneider-Kamp, Peter nowonder@nowonder.de
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Stein, Greg gstein@lyra.org
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Tirosh, Oren oren at hishome.net
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Warsaw, Barry barry@zope.com
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Wilson, Greg gvwilson@ddj.com
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Wouters, Thomas thomas@xs4all.net
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Yee, Ka-Ping ping@lfw.org
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Zadka, Moshe moshez@zadka.site.co.il
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Zhu, Huaiyu hzhu@users.sourceforge.net
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References
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[1] View PEP history online
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http://cvs.sf.net/cgi-bin/viewcvs.cgi/python/python/nondist/peps/
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[2] The Benevolent Dictator For Life's Parade of PEPs
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http://www.python.org/doc/essays/pepparade.html
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Local Variables:
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mode: indented-text
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indent-tabs-mode: nil
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sentence-end-double-space: t
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fill-column: 70
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End:
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