def test_share_convert(workers):
"""
This is a light test as share_convert is not used for the moment
"""
alice, bob, james = workers["alice"], workers["bob"], workers["james"]
L = 2 ** 64
a_sh = (
torch.LongTensor([-13, 3567, 2 ** 60])
.share(alice, bob, crypto_provider=james, field=L)
.child
)
res = share_convert(a_sh)
assert res.dtype == "custom"
assert res.field == L - 1
assert (res.get() == torch.LongTensor([-13, 3567, 2 ** 60])).all()
# With dtype int
L = 2 ** 32
a_sh = (
torch.IntTensor([13, -3567, 2 ** 30])
.share(alice, bob, crypto_provider=james, field=L)
.child
)
res = share_convert(a_sh)
assert res.dtype == "custom"
assert res.field == L - 1
assert (res.get() == torch.IntTensor([13, -3567, 2 ** 30])).all()
def test_share_convert(workers):
alice, bob, james = (
workers["alice"],
workers["bob"],
workers["james"],
)
tensorA = (torch.tensor([10, 20, 30]).share(alice,
bob,
crypto_provider=james,
dtype="long").child)
tensorB = securenn.share_convert(tensorA)
assert (tensorA.get() == tensorB.get()).all()
def test_share_convert(workers):
"""
This is a light test as share_convert is not used for the moment
"""
alice, bob, james = workers["alice"], workers["bob"], workers["james"]
L = 2**62
x_bit_sh = (torch.LongTensor([13, 3567,
2**60]).share(alice,
bob,
crypto_provider=james,
field=L).child)
res = share_convert(x_bit_sh)
assert res.field == L - 1
assert (res.get() % L == torch.LongTensor([13, 3567, 2**60])).all()