public void Add(long number) { switch (this.CalculateDigit(number)) { case 0: if (this.has_0 == null) { this.has_0 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_0.Add(number); break; case 1: if (this.has_1 == null) { this.has_1 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_1.Add(number); break; case 2: if (this.has_2 == null) { this.has_2 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_2.Add(number); break; case 3: if (this.has_3 == null) { this.has_3 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_3.Add(number); break; case 4: if (this.has_4 == null) { this.has_4 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_4.Add(number); break; case 5: if (this.has_5 == null) { this.has_5 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_5.Add(number); break; case 6: if (this.has_6 == null) { this.has_6 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_6.Add(number); break; case 7: if (this.has_7 == null) { this.has_7 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_7.Add(number); break; case 8: if (this.has_8 == null) { this.has_8 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_8.Add(number); break; case 9: if (this.has_9 == null) { this.has_9 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.has_9.Add(number); break; default: throw new ArgumentOutOfRangeException(); } }
public void Add(long number) { switch (this.CalculateDigit(number)) { case 0: if (this.Has0 == null) { this.Has0 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has0.Add(number); break; case 1: if (this.Has1 == null) { this.Has1 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has1.Add(number); break; case 2: if (this.Has2 == null) { this.Has2 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has2.Add(number); break; case 3: if (this.Has3 == null) { this.Has3 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has3.Add(number); break; case 4: if (this.Has4 == null) { this.Has4 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has4.Add(number); break; case 5: if (this.Has5 == null) { this.Has5 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has5.Add(number); break; case 6: if (this.Has6 == null) { this.Has6 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has6.Add(number); break; case 7: if (this.Has7 == null) { this.Has7 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has7.Add(number); break; case 8: if (this.Has8 == null) { this.Has8 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has8.Add(number); break; case 9: if (this.Has9 == null) { this.Has9 = LongIndexNode.CreateForBase((short)(this.Base - 1)); } this.Has9.Add(number); break; default: throw new ArgumentOutOfRangeException(); } }