{"push_id":882813207,"size":2,"distinct_size":2,"ref":"refs/heads/master","head":"b0f3fb1bc9272b5a1bf8e05722532247814a03ec","before":"7348fb16259e3270a751677998a1929696744bb0","commits":[{"sha":"eb4fa1be86d5ee380e133fd5a4709197e2fccdad","author":{"email":"77de84cbe1e248571c30706bcb93fd9fcfc3adba@gmail.com","name":"Wes Evans"},"message":"Moved is_pandigital into utils package, and removed it from Problem 32.","distinct":true,"url":"https://api.github.com/repos/euphwes/Project-Euler-Python/commits/eb4fa1be86d5ee380e133fd5a4709197e2fccdad"},{"sha":"b0f3fb1bc9272b5a1bf8e05722532247814a03ec","author":{"email":"77de84cbe1e248571c30706bcb93fd9fcfc3adba@gmail.com","name":"Wes Evans"},"message":"Speeded up solution to Problem 37 by about half by checking for presence of digits 4, 6, or 8 in the number. This would disqualify them from being right-truncatable, since they'd eventually be even.","distinct":true,"url":"https://api.github.com/repos/euphwes/Project-Euler-Python/commits/b0f3fb1bc9272b5a1bf8e05722532247814a03ec"}]}