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Python 3.9.2rc1

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Łukasz Langa 2021-02-16 21:10:19 +01:00
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141
Lib/pydoc_data/topics.py
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@ -1,5 +1,5 @@
# -*- coding: utf-8 -*-
# Autogenerated by Sphinx on Mon Dec 7 15:00:07 2020
# Autogenerated by Sphinx on Tue Feb 16 21:03:59 2021
topics = {'assert': 'The "assert" statement\n'
'**********************\n'
'\n'
@ -459,13 +459,12 @@
'\n'
' async_for_stmt ::= "async" for_stmt\n'
'\n'
'An *asynchronous iterable* is able to call asynchronous code in '
'its\n'
'*iter* implementation, and *asynchronous iterator* can call\n'
'asynchronous code in its *next* method.\n'
'An *asynchronous iterable* provides an "__aiter__" method that\n'
'directly returns an *asynchronous iterator*, which can call\n'
'asynchronous code in its "__anext__" method.\n'
'\n'
'The "async for" statement allows convenient iteration over\n'
'asynchronous iterators.\n'
'asynchronous iterables.\n'
'\n'
'The following code:\n'
'\n'
@ -2381,8 +2380,9 @@
'compatible\n'
'with an exception if it is the class or a base class of the '
'exception\n'
'object or a tuple containing an item compatible with the '
'exception.\n'
'object, or a tuple containing an item that is the class or a '
'base\n'
'class of the exception object.\n'
'\n'
'If no except clause matches the exception, the search for an '
'exception\n'
@ -2991,13 +2991,12 @@
'\n'
' async_for_stmt ::= "async" for_stmt\n'
'\n'
'An *asynchronous iterable* is able to call asynchronous code in '
'its\n'
'*iter* implementation, and *asynchronous iterator* can call\n'
'asynchronous code in its *next* method.\n'
'An *asynchronous iterable* provides an "__aiter__" method that\n'
'directly returns an *asynchronous iterator*, which can call\n'
'asynchronous code in its "__anext__" method.\n'
'\n'
'The "async for" statement allows convenient iteration over\n'
'asynchronous iterators.\n'
'asynchronous iterables.\n'
'\n'
'The following code:\n'
'\n'
@ -5530,44 +5529,51 @@
' | | formats the result in either fixed-point '
'format or in |\n'
' | | scientific notation, depending on its '
'magnitude. The |\n'
' | | precise rules are as follows: suppose that '
'the result |\n'
'magnitude. A |\n'
' | | precision of "0" is treated as equivalent '
'to a precision |\n'
' | | of "1". The precise rules are as follows: '
'suppose that |\n'
' | | the result formatted with presentation '
'type "\'e\'" and |\n'
' | | precision "p-1" would have exponent '
'"exp". Then, if "m <= |\n'
' | | exp < p", where "m" is -4 for floats and '
'-6 for |\n'
' | | "Decimals", the number is formatted with '
'presentation type |\n'
' | | "\'f\'" and precision "p-1-exp". '
'Otherwise, the number is |\n'
' | | formatted with presentation type "\'e\'" '
'and precision "p-1" |\n'
' | | would have exponent "exp". Then, if "m <= '
'exp < p", where |\n'
' | | "m" is -4 for floats and -6 for '
'"Decimals", the number is |\n'
' | | formatted with presentation type "\'f\'" '
'and precision |\n'
' | | "p-1-exp". Otherwise, the number is '
'formatted with |\n'
' | | presentation type "\'e\'" and precision '
'"p-1". In both cases |\n'
' | | insignificant trailing zeros are removed '
'from the |\n'
' | | significand, and the decimal point is also '
'removed if |\n'
' | | there are no remaining digits following '
'it, unless the |\n'
' | | "\'#\'" option is used. Positive and '
'negative infinity, |\n'
' | | positive and negative zero, and nans, are '
'formatted as |\n'
' | | "inf", "-inf", "0", "-0" and "nan" '
'respectively, |\n'
' | | regardless of the precision. A precision '
'of "0" is |\n'
' | | treated as equivalent to a precision of '
'"1". With no |\n'
' | | precision given, uses a precision of "6" '
'significant |\n'
' | | digits for "float", and shows all '
'coefficient digits for |\n'
' | | '
'"Decimal". '
'|\n'
' | | "p-1". In both cases insignificant '
'trailing zeros are |\n'
' | | removed from the significand, and the '
'decimal point is |\n'
' | | also removed if there are no remaining '
'digits following |\n'
' | | it, unless the "\'#\'" option is used. '
'With no precision |\n'
' | | given, uses a precision of "6" significant '
'digits for |\n'
' | | "float". For "Decimal", the coefficient of '
'the result is |\n'
' | | formed from the coefficient digits of the '
'value; |\n'
' | | scientific notation is used for values '
'smaller than "1e-6" |\n'
' | | in absolute value and values where the '
'place value of the |\n'
' | | least significant digit is larger than 1, '
'and fixed-point |\n'
' | | notation is used otherwise. Positive and '
'negative |\n'
' | | infinity, positive and negative zero, and '
'nans, are |\n'
' | | formatted as "inf", "-inf", "0", "-0" and '
'"nan" |\n'
' | | respectively, regardless of the '
'precision. |\n'
' '
'+-----------+------------------------------------------------------------+\n'
' | "\'G\'" | General format. Same as "\'g\'" except '
@ -5592,19 +5598,24 @@
'percent sign. |\n'
' '
'+-----------+------------------------------------------------------------+\n'
' | None | Similar to "\'g\'", except that '
'fixed-point notation, when |\n'
' | | used, has at least one digit past the '
'decimal point. The |\n'
' | | default precision is as high as needed to '
'represent the |\n'
' | | particular value. The overall effect is to '
'match the |\n'
' | | output of "str()" as altered by the other '
'format |\n'
' | | '
'modifiers. '
'|\n'
' | None | For "float" this is the same as "\'g\'", '
'except that when |\n'
' | | fixed-point notation is used to format the '
'result, it |\n'
' | | always includes at least one digit past '
'the decimal point. |\n'
' | | The precision used is as large as needed '
'to represent the |\n'
' | | given value faithfully. For "Decimal", '
'this is the same |\n'
' | | as either "\'g\'" or "\'G\'" depending on '
'the value of |\n'
' | | "context.capitals" for the current decimal '
'context. The |\n'
' | | overall effect is to match the output of '
'"str()" as |\n'
' | | altered by the other format '
'modifiers. |\n'
' '
'+-----------+------------------------------------------------------------+\n'
'\n'
@ -7950,7 +7961,7 @@
'immediate\n'
' subclasses. This method returns a list of all those '
'references\n'
' still alive. Example:\n'
' still alive. The list is in definition order. Example:\n'
'\n'
' >>> int.__subclasses__()\n'
" [<class 'bool'>]\n"
@ -11259,7 +11270,8 @@
'object is “compatible” with the exception. An object is compatible\n'
'with an exception if it is the class or a base class of the '
'exception\n'
'object or a tuple containing an item compatible with the exception.\n'
'object, or a tuple containing an item that is the class or a base\n'
'class of the exception object.\n'
'\n'
'If no except clause matches the exception, the search for an '
'exception\n'
@ -11480,7 +11492,6 @@
' There are two types of integers:\n'
'\n'
' Integers ("int")\n'
'\n'
' These represent numbers in an unlimited range, subject to\n'
' available (virtual) memory only. For the purpose of '
'shift\n'