import mir.random;
import mir.random.engine.xorshift;

alias gen = threadLocal!Xorshift1024StarPhi;
double x = gen.rand!double;
size_t i = gen.randIndex(100u);
ulong a = gen.rand!ulong;

import mir.random;
//If you need a pointer to the engine, getting it like this is @safe:
Random* ptr = threadLocalPtr!Random;

import mir.random;
import mir.random.engine.xorshift;
//If you need to mark the engine as uninitialized to force a reseed,
//you can do it like this:
threadLocalInitialized!Xorshift1024StarPhi = false;

import mir.random;
import mir.random.engine.mersenne_twister;
//You can mark the engine as already initialized to skip
//automatic seeding then initialize it yourself, for instance
//if you want to use a known seed rather than a random one.
threadLocalInitialized!Mt19937 = true;
immutable uint[4] customSeed = [0x123, 0x234, 0x345, 0x456];
threadLocal!Mt19937.__ctor(customSeed);
foreach(_; 0..999)
    threadLocal!Mt19937.rand!uint;
assert(3460025646u == threadLocal!Mt19937.rand!uint);

import mir.random;
import mir.random.engine.xorshift;

alias gen = threadLocal!Xorshift1024StarPhi;

//If you want to you can call the generator's opCall instead of using
//rand!T but it is somewhat clunky because of the ambiguity of
//@property syntax: () looks like optional function parentheses.
static assert(!__traits(compiles, {ulong x0 = gen();}));//<-- Won't work
static assert(is(typeof(gen()) == Xorshift1024StarPhi));//<-- because the type is this.
ulong x1 = gen.opCall();//<-- This works though.
ulong x2 = gen()();//<-- This also works.

//But instead of any of those you should really just use gen.rand!T.
ulong x3 = gen.rand!ulong;