
Bracket depth is not an accurate indicator of standalone comment position inside more complex blocks because bracket depth can be virtual (in loops' and lambdas' parameter blocks) or from optional parens. Here we try to stop cumulating lines upon standalone comments in complex blocks, and try to make standalone comment processing more simple. The fundamental idea is, that if we have a standalone comment, it needs to go on its own line, so we always have to split. This is not perfect, but at least a first step.
112 lines
2.1 KiB
Python
112 lines
2.1 KiB
Python
# Test cases from:
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# - https://github.com/psf/black/issues/1798
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# - https://github.com/psf/black/issues/1499
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# - https://github.com/psf/black/issues/1211
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# - https://github.com/psf/black/issues/563
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(
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lambda
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# a comment
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: None
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)
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(
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lambda:
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# b comment
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None
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)
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(
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lambda
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# a comment
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:
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# b comment
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None
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)
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[
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x
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# Let's do this
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for
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# OK?
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x
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# Some comment
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# And another
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in
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# One more
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y
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]
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return [
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(offers[offer_index], 1.0)
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for offer_index, _
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# avoid returning any offers that don't match the grammar so
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# that the return values here are consistent with what would be
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# returned in AcceptValidHeader
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in self._parse_and_normalize_offers(offers)
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]
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from foo import (
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bar,
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# qux
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)
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def convert(collection):
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# replace all variables by integers
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replacement_dict = {
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variable: f"{index}"
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for index, variable
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# 0 is reserved as line terminator
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in enumerate(collection.variables(), start=1)
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}
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{
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i: i
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for i
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# a comment
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in range(5)
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}
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def get_subtree_proof_nodes(
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chunk_index_groups: Sequence[Tuple[int, ...], ...],
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) -> Tuple[int, ...]:
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subtree_node_paths = (
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# We take a candidate element from each group and shift it to
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# remove the bits that are not common to other group members, then
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# we convert it to a tree path that all elements from this group
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# have in common.
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chunk_index
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for chunk_index, bits_to_truncate
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# Each group will contain an even "power-of-two" number of# elements.
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# This tells us how many tailing bits each element has# which need to
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# be truncated to get the group's common prefix.
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in ((group[0], (len(group) - 1).bit_length()) for group in chunk_index_groups)
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)
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return subtree_node_paths
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if (
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# comment1
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a
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# comment2
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or (
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# comment3
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(
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# comment4
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b
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)
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# comment5
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and
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# comment6
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c
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or (
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# comment7
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d
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)
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)
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):
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print("Foo")
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