S03-operators/overflow.t passes now on rakudo.parrot on cygwin (64-bit): cygwin$ perl6-p t/spec/S03-operators/overflow.t 1..98 ok 1 - var incremented after post-autoincrement ok 2 - during post-autoincrement return value is not yet incremented ok 3 - var incremented after pre-autoincrement ok 4 - during pre-autoincrement return value is incremented ok 5 - simple assignment: $a = $a+1 ok 6 - var decremented after post-autodecrement ok 7 - during post-autodecrement return value is not yet decremented ok 8 - var decremented after pre-autodecrement ok 9 - during pre-autodecrement return value is decremented ok 10 - simple assignment: $a = $a-1 ok 11 - post-decrement negative value ok 12 - pre-decrement negative value ok 13 - assign $a = -$a; $a = $a-1 ok 14 - compare -- to -1 op with same origin var ok 15 - make sure origin var remains unchanged ok 16 - same thing with predecremenet ok 17 - test oder of predecrement in -(++$a) ok 18 - 0x80000000 div 1 == 0x80000000 ok 19 - 0x80000000 div -1 == -0x80000000 ok 20 - -0x80000000 div 1 == -0x80000000 ok 21 - -0x80000000 div -1 == 0x80000000 ok 22 - ok 23 - Bignums are not working yet ok 24 - Bignums are not working yet ok 25 - $bignum1 div $bignum2 ok 26 - ok 27 - ok 28 - ok 29 - ok 30 - ok 31 - ok 32 - ok 33 - ok 34 - ok 35 - ok 36 - ok 37 - ok 38 - ok 39 - ok 40 - ok 41 - ok 42 - ok 43 - 2147483648 - 0 == 2147483648 ok 44 - -2147483648 - 0 == -2147483648 ok 45 - 2000000000 - 4000000000 == -2000000000 ok 46 - 7**(-1) works ok 47 - ok 48 - (1127 % 1000) * 167772160 == 21307064320 ok 49 - -1 - -2147483648 == 2147483647 ok 50 - 2 - -2147483648 == 2147483650 ok 51 - 4294967294 - 3 == 4294967291 ok 52 - -2147483648 - -1 == -2147483647 ok 53 - 2147483647 - -1 == 2147483648 ok 54 - 2147483647 - -2147483648 == 4294967295 ok 55 - 4294967294 - -3 == 4294967297 ok 56 - -2147483648 - +1 == -2147483649 ok 57 - 2147483648 - 2147483650 == -2 ok 58 - ok 59 - ok 60 - ok 61 - ok 62 - ok 63 - ok 64 - ok 65 - ok 66 - ok 67 - ok 68 - ok 69 - ok 70 - ok 71 - ok 72 - ok 73 - ok 74 - ok 75 - ok 76 - ok 77 - ok 78 - ok 79 - ok 80 - ok 81 - ok 82 - ok 83 - ok 84 - ok 85 - ok 86 - ok 87 - ok 88 - ok 89 - ok 90 - got the correct int value from hex FFACD5FE ok 91 - got the correct int value from hex AAA4872D ok 92 - got the correct int value from hex DEAD_BEEF ok 93 - got the correct int value from oct 3777777777 ok 94 - radix 16 notation works ok 95 - fractional base 16 works ok 96 - binary number to power of 10 ok 97 - Power of ten in <> works ok 98 - can construct Rat (or similar) with big denominator
I'm closing this ticket now.
