CS 3503 Assignment 1 - Number Base Conversion

Author

Zachary Gordon

Description

My implementation of Owl Tech's number base conversion utility.

Build Instructions

gcc main.c convert.c -o program
.\program.exe

Test Results

Test 1: div_convert (104, 5) -> Expected: " 404 " , Got: " 404 " [PASS] Test 2: div_convert (156, 8) -> Expected: " 234 " , Got: " 234 " [PASS] Test 3: div_convert (255, 16) -> Expected: " FF " , Got: " FF " [PASS] Test 4: div_convert (255, 10) -> Expected: " 255 " , Got: " 255 " [PASS] Test 5: div_convert (255, 2) -> Expected: " 11111111 " , Got: " 11111111 " [PASS] Test 6: div_convert (42, 2) -> Expected: " 101010 " , Got: " 101010 " [PASS] Test 7: div_convert (0, 2) -> Expected: " 0 " , Got: " 0 " [PASS] Test 8: div_convert (0, 8) -> Expected: " 0 " , Got: " 0 " [PASS] Test 9: div_convert (0, 10) -> Expected: " 0 " , Got: " 0 " [PASS] Test 10: div_convert (0, 16) -> Expected: " 0 " , Got: " 0 " [PASS] Test 11: div_convert (1, 2) -> Expected: " 1 " , Got: " 1 " [PASS] Test 12: div_convert (1, 8) -> Expected: " 1 " , Got: " 1 " [PASS] Test 13: div_convert (1, 16) -> Expected: " 1 " , Got: " 1 " [PASS] Test 14: div_convert (8, 2) -> Expected: " 1000 " , Got: " 1000 " [PASS] Test 15: div_convert (16, 2) -> Expected: " 10000 " , Got: " 10000 " [PASS] Test 16: div_convert (64, 8) -> Expected: " 100 " , Got: " 100 " [PASS] Test 17: div_convert (256, 16) -> Expected: " 100 " , Got: " 100 " [PASS] Test 18: div_convert (4294967295, 2) -> Expected: " 11111111111111111111111111111111 " , Got: " 11111111111111111111111111111111 " [PASS] Test 19: div_convert (4294967295, 8) -> Expected: " 37777777777 " , Got: " 37777777777 " [PASS] Test 20: div_convert (4294967295, 10) -> Expected: " 4294967295 " , Got: " 4294967295 " [PASS] Test 21: div_convert (4294967295, 16) -> Expected: " FFFFFFFF " , Got: " FFFFFFFF " [PASS] Test 22: div_convert (42, 5) -> Expected: " 132 " , Got: " 132 " [PASS] Test 23: div_convert (42, 8) -> Expected: " 52 " , Got: " 52 " [PASS] Test 24: div_convert (42, 10) -> Expected: " 42 " , Got: " 42 " [PASS] Test 25: div_convert (42, 16) -> Expected: " 2A " , Got: " 2A " [PASS] Test 26: sub_convert (104, 5) -> Expected: " 404 " , Got: " 404 " [PASS] Test 27: sub_convert (156, 8) -> Expected: " 234 " , Got: " 234 " [PASS] Test 28: sub_convert (255, 16) -> Expected: " FF " , Got: " FF " [PASS] Test 29: sub_convert (255, 10) -> Expected: " 255 " , Got: " 255 " [PASS] Test 30: sub_convert (255, 2) -> Expected: " 11111111 " , Got: " 11111111 " [PASS] Test 31: sub_convert (42, 2) -> Expected: " 101010 " , Got: " 101010 " [PASS] Test 32: sub_convert (0, 2) -> Expected: " 0 " , Got: " 0 " [PASS] Test 33: sub_convert (0, 8) -> Expected: " 0 " , Got: " 0 " [PASS] Test 34: sub_convert (0, 10) -> Expected: " 0 " , Got: " 0 " [PASS] Test 35: sub_convert (0, 16) -> Expected: " 0 " , Got: " 0 " [PASS] Test 36: sub_convert (1, 2) -> Expected: " 1 " , Got: " 1 " [PASS] Test 37: sub_convert (1, 8) -> Expected: " 1 " , Got: " 1 " [PASS] Test 38: sub_convert (1, 16) -> Expected: " 1 " , Got: " 1 " [PASS] Test 39: sub_convert (8, 2) -> Expected: " 1000 " , Got: " 1000 " [PASS] Test 40: sub_convert (16, 2) -> Expected: " 10000 " , Got: " 10000 " [PASS] Test 41: sub_convert (64, 8) -> Expected: " 100 " , Got: " 100 " [PASS] Test 42: sub_convert (256, 16) -> Expected: " 100 " , Got: " 100 " [PASS] Test 43: sub_convert (4294967295, 2) -> Expected: " 11111111111111111111111111111111 " , Got: " 11111111111111111111111111111111 " [PASS] Test 44: sub_convert (4294967295, 8) -> Expected: " 37777777777 " , Got: " 37777777777 " [PASS] Test 45: sub_convert (4294967295, 10) -> Expected: " 4294967295 " , Got: " 4294967295 " [PASS] Test 46: sub_convert (4294967295, 16) -> Expected: " FFFFFFFF " , Got: " FFFFFFFF " [PASS] Test 47: sub_convert (42, 5) -> Expected: " 132 " , Got: " 132 " [PASS] Test 48: sub_convert (42, 8) -> Expected: " 52 " , Got: " 52 " [PASS] Test 49: sub_convert (42, 10) -> Expected: " 42 " , Got: " 42 " [PASS] Test 50: sub_convert (42, 16) -> Expected: " 2A " , Got: " 2A " [PASS] Test 51: div_convert (7, 2) -> Expected: " 111 " , Got: " 111 " [PASS] Test 52: sub_convert (7, 2) -> Expected: " 111 " , Got: " 111 " [PASS] Test 53: div_convert (15, 8) -> Expected: " 17 " , Got: " 17 " [PASS] Test 54: sub_convert (15, 8) -> Expected: " 17 " , Got: " 17 " [PASS] Test 55: div_convert (31, 16) -> Expected: " 1F " , Got: " 1F " [PASS] Test 56: sub_convert (31, 16) -> Expected: " 1F " , Got: " 1F " [PASS] Test 57: div_convert (1000, 2) -> Expected: " 1111101000 " , Got: " 1111101000 " [PASS] Test 58: sub_convert (1000, 2) -> Expected: " 1111101000 " , Got: " 1111101000 " [PASS] Test 59: div_convert (1000, 8) -> Expected: " 1750 " , Got: " 1750 " [PASS] Test 60: sub_convert (1000, 8) -> Expected: " 1750 " , Got: " 1750 " [PASS] Test 61: div_convert (1000, 16) -> Expected: " 3E8 " , Got: " 3E8 " [PASS] Test 62: sub_convert (1000, 16) -> Expected: " 3E8 " , Got: " 3E8 " [PASS] Test 63: print_tables (5) -> Original: Binary=101 Octal=5 Decimal=5 Hex=5 Left Shift by 3: Binary=101000 Octal=50 Decimal=40 Hex=28 AND with 0xFF: Binary=101 Octal=5 Decimal=5 Hex=5 [PASS] Test 64: print_tables (0) -> Original: Binary=0 Octal=0 Decimal=0 Hex=0 Left Shift by 3: Binary=0 Octal=0 Decimal=0 Hex=0 AND with 0xFF: Binary=0 Octal=0 Decimal=0 Hex=0 [PASS] Test 65: print_tables (1) -> Original: Binary=1 Octal=1 Decimal=1 Hex=1 Left Shift by 3: Binary=1000 Octal=10 Decimal=8 Hex=8 AND with 0xFF: Binary=1 Octal=1 Decimal=1 Hex=1 [PASS] Test 66: print_tables (7) -> Original: Binary=111 Octal=7 Decimal=7 Hex=7 Left Shift by 3: Binary=111000 Octal=70 Decimal=56 Hex=38 AND with 0xFF: Binary=111 Octal=7 Decimal=7 Hex=7 [PASS] Test 67: print_tables (15) -> Original: Binary=1111 Octal=17 Decimal=15 Hex=F Left Shift by 3: Binary=1111000 Octal=170 Decimal=120 Hex=78 AND with 0xFF: Binary=1111 Octal=17 Decimal=15 Hex=F [PASS] Test 68: print_tables (8) -> Original: Binary=1000 Octal=10 Decimal=8 Hex=8 Left Shift by 3: Binary=1000000 Octal=100 Decimal=64 Hex=40 AND with 0xFF: Binary=1000 Octal=10 Decimal=8 Hex=8 [PASS] Test 69: print_tables (16) -> Original: Binary=10000 Octal=20 Decimal=16 Hex=10 Left Shift by 3: Binary=10000000 Octal=200 Decimal=128 Hex=80 AND with 0xFF: Binary=10000 Octal=20 Decimal=16 Hex=10 [PASS] Test 70: print_tables (32) -> Original: Binary=100000 Octal=40 Decimal=32 Hex=20 Left Shift by 3: Binary=100000000 Octal=400 Decimal=256 Hex=100 AND with 0xFF: Binary=100000 Octal=40 Decimal=32 Hex=20 [PASS] Test 71: print_tables (255) -> Original: Binary=11111111 Octal=377 Decimal=255 Hex=FF Left Shift by 3: Binary=11111111000 Octal=3770 Decimal=2040 Hex=7F8 AND with 0xFF: Binary=11111111 Octal=377 Decimal=255 Hex=FF [PASS] Test 72: print_tables (256) -> Original: Binary=100000000 Octal=400 Decimal=256 Hex=100 Left Shift by 3: Binary=100000000000 Octal=4000 Decimal=2048 Hex=800 AND with 0xFF: Binary=0 Octal=0 Decimal=0 Hex=0 [PASS] Test 73: print_tables (511) -> Original: Binary=111111111 Octal=777 Decimal=511 Hex=1FF Left Shift by 3: Binary=111111111000 Octal=7770 Decimal=4088 Hex=FF8 AND with 0xFF: Binary=11111111 Octal=377 Decimal=255 Hex=FF [PASS] Test 74: print_tables (1000) -> Original: Binary=1111101000 Octal=1750 Decimal=1000 Hex=3E8 Left Shift by 3: Binary=1111101000000 Octal=17500 Decimal=8000 Hex=1F40 AND with 0xFF: Binary=11101000 Octal=350 Decimal=232 Hex=E8 [PASS] Test 75: print_tables (65535) -> Original: Binary=1111111111111111 Octal=177777 Decimal=65535 Hex=FFFF Left Shift by 3: Binary=1111111111111111000 Octal=1777770 Decimal=524280 Hex=7FFF8 AND with 0xFF: Binary=11111111 Octal=377 Decimal=255 Hex=FF [PASS] Test 76: print_tables (4294967295) -> Original: Binary=11111111111111111111111111111111 Octal=37777777777 Decimal=4294967295 Hex=FFFFFFFF Left Shift by 3: Binary=11111111111111111111111111111000 Octal=37777777770 Decimal=4294967288 Hex=FFFFFFF8 AND with 0xFF: Binary=11111111 Octal=377 Decimal=255 Hex=FF [PASS] Test 77: div_convert (2147483647, 2) -> Expected: " 1111111111111111111111111111111 " , Got: " 1111111111111111111111111111111 " [PASS] Test 78: sub_convert (2147483647, 2) -> Expected: " 1111111111111111111111111111111 " , Got: " 1111111111111111111111111111111 " [PASS] Test 79: div_convert (1073741824, 8) -> Expected: " 10000000000 " , Got: " 10000000000 " [PASS] Test 80: sub_convert (1073741824, 8) -> Expected: " 10000000000 " , Got: " 10000000000 " [PASS] Test 81: div_convert (268435456, 16) -> Expected: " 10000000 " , Got: " 10000000 " [PASS] Test 82: sub_convert (268435456, 16) -> Expected: " 10000000 " , Got: " 10000000 " [PASS] Test 83: div_convert (4294967294, 10) -> Expected: " 4294967294 " , Got: " 4294967294 " [PASS] Test 84: sub_convert (4294967294, 10) -> Expected: " 4294967294 " , Got: " 4294967294 " [PASS] Test 85: div_convert (4294967294, 16) -> Expected: " FFFFFFFE " , Got: " FFFFFFFE " [PASS] Test 86: sub_convert (4294967294, 16) -> Expected: " FFFFFFFE " , Got: " FFFFFFFE " [PASS] Test 87: div_convert (4, 5) -> Expected: " 4 " , Got: " 4 " [PASS] Test 88: sub_convert (4, 5) -> Expected: " 4 " , Got: " 4 " [PASS] Test 89: div_convert (7, 8) -> Expected: " 7 " , Got: " 7 " [PASS] Test 90: sub_convert (7, 8) -> Expected: " 7 " , Got: " 7 " [PASS] Test 91: div_convert (15, 16) -> Expected: " F " , Got: " F " [PASS] Test 92: sub_convert (15, 16) -> Expected: " F " , Got: " F " [PASS] Test 93: div_convert (25, 5) -> Expected: " 100 " , Got: " 100 " [PASS] Test 94: sub_convert (25, 5) -> Expected: " 100 " , Got: " 100 " [PASS] Test 95: div_convert (124, 5) -> Expected: " 444 " , Got: " 444 " [PASS] Test 96: sub_convert (124, 5) -> Expected: " 444 " , Got: " 444 " [PASS] Test 97: div_convert (171, 16) -> Expected: " AB " , Got: " AB " [PASS] Test 98: sub_convert (171, 16) -> Expected: " AB " , Got: " AB " [PASS] Test 99: div_convert (3405774592, 16) -> Expected: " CAFFFF00 " , Got: " CAFFFF00 " [PASS] Test 100: sub_convert (3405774592, 16) -> Expected: " CAFFFF00 " , Got: " CAFFFF00 " [PASS] Summary: 100/100 tests passed

Notes

While I have done some small code in C before, this was the first real project I have done using it. I learned a lot about number base conversions and the C programming language doing this project. I had issues with some test cases running multiple times, but I was able to solve it after researching the Strings library and how C interprets line endings while reading in text files.