{"push_id":1074412201,"size":1,"distinct_size":1,"ref":"refs/heads/n2","head":"d577132d7a646cd456a18b8b6513688ccfbd62b6","before":"e594c36213c31a961a8f0921074aac1c2529ddb9","commits":[{"sha":"d577132d7a646cd456a18b8b6513688ccfbd62b6","author":{"email":"dd14f1821c8a37c41cd853d5ede068f7ccfcd319@fb.com","name":"Raghav Sethi"},"message":"Change integral literals to fit in narrowest type\n\nIntegral literals will now be resolved as the narrowest possible\nintegral type. For example, the literal '1' will now be resolved to\nthe integer type, and the literal '10000000000' will be resolved to\nthe bigint type. This means that literals that are smaller than\nINT_MAX but that are required to be BIGINTs will be represented as\nGenericLiteral(\"BIGINT\", number). This is a natural consequence of the\nfact that we do not attach type information to the intermediate\nrepresentation of the expressions in the plan.","distinct":true,"url":"https://api.github.com/repos/raghavsethi/presto/commits/d577132d7a646cd456a18b8b6513688ccfbd62b6"}]}