I suggest adding a method that allows comparing dicts taking into account the order - an ordered compare (since == does not do that).

(Also for my other issue (https://bugs.python.org/issue45092) where I suggested that set be ordered to reduce confusion, the set could also have an ordered compare).

What is your use-case for having dicts that differ only in order compare unequal?

I can't think of any reason why I would want such a comparison, but if I did, it's a trivial one-liner:

    d1 == d2 and all(k1 == k2 for k1, k2 in zip(d1, d2))

My use case is in testing. Currently I use an OrderedDict, but since dict introduced ordering in 3.7, I was considering switching. For my test, I need to check that the dictionary is the same both in content and order. I can indeed use your one liner, but just thought it would be useful to have a method available.

For tests it can be more convenient to use

    list(d1.items()) == list(d2.items())

because it can produce better report on failure.

You can add a simple helper function if you use it multiple times in tests.

Thank you. Another case is in round trip processing of JSON or YML. Other cases are where you would prefer an OrderedDict over a dict. 

I think the method would help clarify things because it would make it obvious that it is for ordered comparisons while the existing == does not do that.

eg. something like:
d1.compare_ordered(d2)
or:
d1.compare(d2, ordered=True)  # ordered could be by default True

-1 The dict API is too important to be burdened with a mostly useless and rarely needed method.  Besides we already have simple ways to do it, for example:

    assert list(d.items()) == list(e.items())

or:

    assert OrderedDict(d) == OrderedDict(e)

-1 also for the reasons given.

Michael, a question asking how would have made a good python-list post. So I posted the answers in "How to include insertion order in dict equality"

> Another case is in round trip processing of JSON or YML.

Sorry for my ignorance, but I don't see how or why an unordered 
comparison would help you with round-tripping JSON or YAML.

The order of key:value pairs in JSON is not guaranteed to be preserved, 
so if you round-trip a dict to JSON back to a dict, and then use an 
ordered comparison, you might wrongly think that they are unequal.

(I think that Python's JSON does preserve order, by default. But other 
JSON encoders might not.)

> Other cases are where you would prefer an OrderedDict over a dict. 

Then use an OrderedDict.

Thanks for all your help and advice.