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Fix typos found by codespell (#9346)
## Summary Fix typos found by [codespell](https://github.com/codespell-project/codespell). ## Test Plan CI tests.
This commit is contained in:
parent
cd0493db2a
commit
d04d49cc0e
15 changed files with 46 additions and 46 deletions
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@ -159,7 +159,7 @@ async with asyncio.timeout(1):
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async with trio.move_on_at(1):
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pass
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# Do not supress combination, if a context manager is already combined with another.
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# Do not suppress combination, if a context manager is already combined with another.
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async with asyncio.timeout(1), A():
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async with B():
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pass
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@ -39,7 +39,7 @@ class Foo:
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TCLS = typing.TypeVar["TCLS"]
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y: typing.TypeAlias = list[TCLS]
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# UP040 wont add generics in fix
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# UP040 won't add generics in fix
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T = typing.TypeVar(*args)
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x: typing.TypeAlias = list[T]
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@ -322,7 +322,7 @@ SIM117.py:126:1: SIM117 [*] Use a single `with` statement with multiple contexts
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SIM117.py:163:1: SIM117 [*] Use a single `with` statement with multiple contexts instead of nested `with` statements
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162 | # Do not supress combination, if a context manager is already combined with another.
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162 | # Do not suppress combination, if a context manager is already combined with another.
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163 | / async with asyncio.timeout(1), A():
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164 | | async with B():
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| |___________________^ SIM117
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@ -333,7 +333,7 @@ SIM117.py:163:1: SIM117 [*] Use a single `with` statement with multiple contexts
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ℹ Unsafe fix
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160 160 | pass
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161 161 |
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162 162 | # Do not supress combination, if a context manager is already combined with another.
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162 162 | # Do not suppress combination, if a context manager is already combined with another.
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163 |-async with asyncio.timeout(1), A():
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164 |- async with B():
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165 |- pass
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@ -195,7 +195,7 @@ UP040.py:40:5: UP040 [*] Type alias `y` uses `TypeAlias` annotation instead of t
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40 | y: typing.TypeAlias = list[TCLS]
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| ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ UP040
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41 |
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42 | # UP040 wont add generics in fix
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42 | # UP040 won't add generics in fix
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= help: Use the `type` keyword
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@ -206,12 +206,12 @@ UP040.py:40:5: UP040 [*] Type alias `y` uses `TypeAlias` annotation instead of t
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40 |- y: typing.TypeAlias = list[TCLS]
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40 |+ type y[TCLS] = list[TCLS]
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41 41 |
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42 42 | # UP040 wont add generics in fix
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42 42 | # UP040 won't add generics in fix
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43 43 | T = typing.TypeVar(*args)
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UP040.py:44:1: UP040 [*] Type alias `x` uses `TypeAlias` annotation instead of the `type` keyword
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42 | # UP040 wont add generics in fix
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42 | # UP040 won't add generics in fix
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43 | T = typing.TypeVar(*args)
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44 | x: typing.TypeAlias = list[T]
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| ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ UP040
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@ -222,7 +222,7 @@ UP040.py:44:1: UP040 [*] Type alias `x` uses `TypeAlias` annotation instead of t
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ℹ Unsafe fix
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41 41 |
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42 42 | # UP040 wont add generics in fix
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42 42 | # UP040 won't add generics in fix
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43 43 | T = typing.TypeVar(*args)
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44 |-x: typing.TypeAlias = list[T]
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44 |+type x = list[T]
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@ -5,7 +5,7 @@ def foo2(parameter_1, parameter_2, parameter_3, parameter_4, parameter_5, parame
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def foo3(parameter_1, parameter_2, parameter_3, parameter_4, parameter_5, parameter_6, parameter_7): pass
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def foo4(parameter_1, parameter_2, parameter_3, parameter_4, parameter_5, parameter_6, parameter_7): pass
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# Adding some unformated code covering a wide range of syntaxes.
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# Adding some unformatted code covering a wide range of syntaxes.
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if True:
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# Incorrectly indented prefix comments.
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@ -28,7 +28,7 @@ def foo3(
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def foo4(parameter_1, parameter_2, parameter_3, parameter_4, parameter_5, parameter_6, parameter_7): pass
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# Adding some unformated code covering a wide range of syntaxes.
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# Adding some unformatted code covering a wide range of syntaxes.
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if True:
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# Incorrectly indented prefix comments.
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@ -19,7 +19,7 @@ z: (Short
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z: (int) = 2.3
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z: ((int)) = foo()
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# In case I go for not enforcing parantheses, this might get improved at the same time
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# In case I go for not enforcing parentheses, this might get improved at the same time
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x = (
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z
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== 9999999999999999999999999999999999999999
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@ -28,7 +28,7 @@ z: Short | Short2 | Short3 | Short4 = 8
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z: int = 2.3
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z: int = foo()
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# In case I go for not enforcing parantheses, this might get improved at the same time
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# In case I go for not enforcing parentheses, this might get improved at the same time
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x = (
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z
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== 9999999999999999999999999999999999999999
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@ -32,7 +32,7 @@ def import_fixture(fixture: Path, fixture_set: str):
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input.append(line)
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if not expected:
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# If there's no output marker, tread the whole file as already pre-formatted
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# If there's no output marker, treat the whole file as already pre-formatted
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expected = input
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options = {}
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@ -227,7 +227,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -244,7 +244,7 @@ def doctest_long_lines():
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But this one is long enough to get wrapped.
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>>> foo, bar, quux = this_is_a_long_line(lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard)
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'''
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(lion, giraffe, hippo, zeba, lemur, penguin, monkey)
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@ -657,7 +657,7 @@ impl<'a> FlatBinaryExpressionSlice<'a> {
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/// The formatting is recursive (with a depth of `O(operators)` where `operators` are operators with different precedences).
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///
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/// Comments before or after the first operand must be formatted by the caller because they shouldn't be part of the group
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/// wrapping the whole binary chain. This is to avoid that `b * c` expands in the following example because of its trailing comemnt:
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/// wrapping the whole binary chain. This is to avoid that `b * c` expands in the following example because of its trailing comment:
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///
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/// ```python
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///
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@ -941,7 +941,7 @@ impl UnicodeEscape {
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}
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}
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} else {
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// Unterminated escape sequence, dont' normalise it.
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// Unterminated escape sequence, don't normalise it.
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return None;
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}
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}
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@ -12,7 +12,7 @@ def foo2(parameter_1, parameter_2, parameter_3, parameter_4, parameter_5, parame
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def foo3(parameter_1, parameter_2, parameter_3, parameter_4, parameter_5, parameter_6, parameter_7): pass
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def foo4(parameter_1, parameter_2, parameter_3, parameter_4, parameter_5, parameter_6, parameter_7): pass
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# Adding some unformated code covering a wide range of syntaxes.
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# Adding some unformatted code covering a wide range of syntaxes.
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if True:
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# Incorrectly indented prefix comments.
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@ -89,7 +89,7 @@ async def test_async_unformatted( ): # Trailing comment with extra leading
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+ pass
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+
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# Adding some unformated code covering a wide range of syntaxes.
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# Adding some unformatted code covering a wide range of syntaxes.
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if True:
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- # Incorrectly indented prefix comments.
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@ -207,7 +207,7 @@ def foo4(
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pass
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# Adding some unformated code covering a wide range of syntaxes.
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# Adding some unformatted code covering a wide range of syntaxes.
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if True:
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# Incorrectly indented prefix comments.
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@ -279,7 +279,7 @@ def foo3(
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def foo4(parameter_1, parameter_2, parameter_3, parameter_4, parameter_5, parameter_6, parameter_7): pass
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# Adding some unformated code covering a wide range of syntaxes.
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# Adding some unformatted code covering a wide range of syntaxes.
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if True:
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# Incorrectly indented prefix comments.
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@ -26,7 +26,7 @@ z: (Short
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z: (int) = 2.3
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z: ((int)) = foo()
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# In case I go for not enforcing parantheses, this might get improved at the same time
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# In case I go for not enforcing parentheses, this might get improved at the same time
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x = (
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z
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== 9999999999999999999999999999999999999999
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@ -165,7 +165,7 @@ z: Short | Short2 | Short3 | Short4 = 8
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z: int = 2.3
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z: int = foo()
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# In case I go for not enforcing parantheses, this might get improved at the same time
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# In case I go for not enforcing parentheses, this might get improved at the same time
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x = (
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z
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== 9999999999999999999999999999999999999999
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@ -269,7 +269,7 @@ z: Short | Short2 | Short3 | Short4 = 8
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z: int = 2.3
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z: int = foo()
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# In case I go for not enforcing parantheses, this might get improved at the same time
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# In case I go for not enforcing parentheses, this might get improved at the same time
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x = (
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z
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== 9999999999999999999999999999999999999999
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@ -233,7 +233,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -250,7 +250,7 @@ def doctest_long_lines():
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But this one is long enough to get wrapped.
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>>> foo, bar, quux = this_is_a_long_line(lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard)
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'''
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(lion, giraffe, hippo, zeba, lemur, penguin, monkey)
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@ -1601,7 +1601,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -1618,7 +1618,7 @@ def doctest_long_lines():
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But this one is long enough to get wrapped.
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>>> foo, bar, quux = this_is_a_long_line(lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard)
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"""
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(
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@ -2972,7 +2972,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -2989,7 +2989,7 @@ def doctest_long_lines():
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But this one is long enough to get wrapped.
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>>> foo, bar, quux = this_is_a_long_line(lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard)
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"""
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(
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@ -4343,7 +4343,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -4360,7 +4360,7 @@ def doctest_long_lines():
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But this one is long enough to get wrapped.
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>>> foo, bar, quux = this_is_a_long_line(lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard)
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"""
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(
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@ -5714,7 +5714,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -5731,7 +5731,7 @@ def doctest_long_lines():
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But this one is long enough to get wrapped.
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>>> foo, bar, quux = this_is_a_long_line(lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard)
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"""
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -7104,7 +7104,7 @@ def doctest_long_lines():
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... lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard
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... )
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"""
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(
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@ -8451,7 +8451,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -8472,7 +8472,7 @@ def doctest_long_lines():
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... lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard
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... )
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"""
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(
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@ -9819,7 +9819,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -9849,7 +9849,7 @@ def doctest_long_lines():
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... leopard,
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... )
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"""
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# This demostrates a normal line that will get wrapped but won't
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# This demonstrates a normal line that will get wrapped but won't
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# get wrapped in the docstring above because of how the line-width
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# setting gets reset at the first column in each code snippet.
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foo, bar, quux = this_is_a_long_line(
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@ -11196,7 +11196,7 @@ def doctest_varying_start_column():
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# actually extend past the configured line limit.
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#
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# It's not quite clear whether this is desirable or not. We could in
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# theory compute the intendation length of a code snippet and then
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# theory compute the indentation length of a code snippet and then
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# adjust the line-width setting on a recursive call to the formatter.
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# But there are assuredly pathological cases to consider. Another path
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# would be to expose another formatter option for controlling the
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@ -11217,7 +11217,7 @@ def doctest_long_lines():
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... lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard
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... )
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"""
|
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# This demostrates a normal line that will get wrapped but won't
|
||||
# This demonstrates a normal line that will get wrapped but won't
|
||||
# get wrapped in the docstring above because of how the line-width
|
||||
# setting gets reset at the first column in each code snippet.
|
||||
foo, bar, quux = this_is_a_long_line(
|
||||
|
@ -12564,7 +12564,7 @@ def doctest_varying_start_column():
|
|||
# actually extend past the configured line limit.
|
||||
#
|
||||
# It's not quite clear whether this is desirable or not. We could in
|
||||
# theory compute the intendation length of a code snippet and then
|
||||
# theory compute the indentation length of a code snippet and then
|
||||
# adjust the line-width setting on a recursive call to the formatter.
|
||||
# But there are assuredly pathological cases to consider. Another path
|
||||
# would be to expose another formatter option for controlling the
|
||||
|
@ -12594,7 +12594,7 @@ def doctest_long_lines():
|
|||
... leopard,
|
||||
... )
|
||||
"""
|
||||
# This demostrates a normal line that will get wrapped but won't
|
||||
# This demonstrates a normal line that will get wrapped but won't
|
||||
# get wrapped in the docstring above because of how the line-width
|
||||
# setting gets reset at the first column in each code snippet.
|
||||
foo, bar, quux = this_is_a_long_line(
|
||||
|
@ -13941,7 +13941,7 @@ def doctest_varying_start_column():
|
|||
# actually extend past the configured line limit.
|
||||
#
|
||||
# It's not quite clear whether this is desirable or not. We could in
|
||||
# theory compute the intendation length of a code snippet and then
|
||||
# theory compute the indentation length of a code snippet and then
|
||||
# adjust the line-width setting on a recursive call to the formatter.
|
||||
# But there are assuredly pathological cases to consider. Another path
|
||||
# would be to expose another formatter option for controlling the
|
||||
|
@ -13962,7 +13962,7 @@ def doctest_long_lines():
|
|||
... lion, giraffe, hippo, zeba, lemur, penguin, monkey, spider, bear, leopard
|
||||
... )
|
||||
"""
|
||||
# This demostrates a normal line that will get wrapped but won't
|
||||
# This demonstrates a normal line that will get wrapped but won't
|
||||
# get wrapped in the docstring above because of how the line-width
|
||||
# setting gets reset at the first column in each code snippet.
|
||||
foo, bar, quux = this_is_a_long_line(
|
||||
|
|
Loading…
Add table
Add a link
Reference in a new issue