use tdd to develop a fluent api that represents an arithemtical progression over BigInteger

dormaayan commented 6 years ago

See #73 on how to define the fluent API. Add checkboxes as necessary, note that default first value is zero, default step should e zero, and default count is infinity

0xYuval commented 5 years ago

Hi @dormaayan I didn't understand what to do. Should I develop an API using TDD, which is similar to #73 but with BigInteger instead of regular Integer?

0xYuval commented 5 years ago

Fluent API definition of BigIntegerRange class Description: a range of BigIntegers, which could be infinite.

[x] default first value is minus infinity.
[x] default step is 1.
[x] default count is infinity.
[x] rang.from(2) create the infinite range: 2, 3, ....
[x] range.from(2).from() returns the starting point of the range.
[x] range.from(2).to(6) returns the range 2, 3, 4, 5, 6.
[x] range.to(2) returns the infinite range ..., -3, -2, -1, 0, 1, 2.
[x] range.to(2).from() should return a null pointer (infinity).
[x] range.to(2).from(-5) is the range -5, -4, ..., 0, 1, 2.
[x] range.numbers return an iterator over all integers in the range.
[x] range.to(10).interset(range.from(3)) crate the intersection range.
[x] range.from(x).to(y).includes(z) specifiy by yourself.

dormaayan commented 5 years ago

Yes

TechnionYP5779 / team4

use tdd to develop a fluent api that represents an arithemtical progression over BigInteger #74