Swift - Seeding arc4random_uniform? Or alternative?

Let me start by stating what I'm trying to accomplish:

1. I need to randomly generate a set of numbers within a range
2. I would like those numbers to be somewhat uniformly distributed
3. I need to be able to seed the random number generation such that, given a seed, the resulting random numbers will always be the same.

After experimenting quite a bit with drand48(), rand() and arc4random(), I have currently settled on using rand() for obtaining a random number, and srand() for seeding. Here is a small example simplified from what I am doing:

let seed: UInt32 = 10
srand(seed)
let start = 0
let end = 100
let randomNumber = Double(rand()) % (end + 1 - start) + start

This works. Given the same seed, the same random number comes out. Performing multiple randomNumber calculations results in multiple, different random numbers coming out. Re-seeding via srand starts the "randomness" over again.

The only downside is rand() is not uniformly distributed. Indeed I pretty much always end up with a set of numbers that are linearly increasing for the most part.

It sounds like arc4random_uniform will generate more of a uniform random output, however from my research it isn't possible to seed arc4random, as it seeds itself the first time it is invoked and isn't necessarily "designed" to be seeded externally.

So my question; is there a better alternative to srand() / rand() that will still give me the same outputs for a given seed, but those outputs are more uniformly distributed?

Thanks, - Adam