New submission from Doug Hoskisson :
I'm running into an issue with the syntax of
https://www.python.org/dev/peps/pep-0589/
```
class C(TypedDict):
to: int
from: int
SyntaxError: invalid syntax
```
I'm not sure any change needs to be made to the specificatio
Doug Hoskisson added the comment:
My suggestion was not to delete the "approximate" entirely. Just move it out of
the first sentence to make it more consistent with the other documentation.
This is the model I'm seeing in empty() and full():
The first sentence is something si
Doug Hoskisson added the comment:
If the specification of the empty method is to return whether the queue is
empty, then the programmers have failed to meet that specification, because by
the time you get that return value, it might not be empty anymore
Doug Hoskisson added the comment:
It is inconsistent with other documentation right next to it.
Should the documentation for empty() say "Return True if the queue is
approximately empty, False otherwise."?
Should the documentation for full() say "Return True if the queue is
app
Doug Hoskisson added the comment:
More explicit is ok, if that's what people want, but just not in the first
sentence, because that stuff has nothing to do with what is being documented
specifically (as evidenced by referencing a wikipedia article that doesn't even
mention python)
Doug Hoskisson added the comment:
My suggestion for this documentation:
"""
Return the number of items in the queue. Note, in multi-threading this mostly
just serves as an approximation, and information from this doesn’t guarantee
that a subsequent get() or put()
Doug Hoskisson added the comment:
One thing that is important to recognize in considering this, is which
information is specific to what is being documented, and which information is
more general.
Some people may think that documentation should only give information specific
to what is being
Doug Hoskisson added the comment:
The way that this whole page of documentation is written does not suggest that
this class is ONLY for use in a multi-threaded setting.
This class can be used without multi-threading, right?
Wouldn't it be useful to know whether this function does giv
Doug Hoskisson added the comment:
Some strategies for approximating might report a size the the queue has never
been and never will be. For example, a strategy could gather data and find the
size is increasing at some rate, and approximate based on that rate, but then
the rate of increase
New submission from Doug Hoskisson:
The documentation for Queue.qsize():
"Return the approximate size of the queue."
"approximate" is unclear. It might suggest some strategy used for
approximating, or it might be the exact size at an arbitrary time.
It shoul
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