from nose.tools import eq_
from nose.tools import raises
from bootstrapvz.common.sectors import Sectors
from bootstrapvz.common.bytes import Bytes
from bootstrapvz.common.exceptions import UnitError

std_secsz = Bytes(512)


def test_init_with_int():
	secsize = 4096
	eq_(Sectors('1MiB', secsize), Sectors(256, secsize))


def test_lt():
	assert Sectors('1MiB', std_secsz) < Sectors('2MiB', std_secsz)


def test_le():
	assert Sectors('1MiB', std_secsz) <= Sectors('2MiB', std_secsz)
	assert Sectors('1MiB', std_secsz) <= Sectors('1MiB', std_secsz)


def test_eq():
	eq_(Sectors('1MiB', std_secsz), Sectors('1MiB', std_secsz))


def test_neq():
	assert Sectors('15MiB', std_secsz) != Sectors('1MiB', std_secsz)


def test_gt():
	assert Sectors('2MiB', std_secsz) > Sectors('1MiB', std_secsz)


def test_ge():
	assert Sectors('2MiB', std_secsz) >= Sectors('1MiB', std_secsz)
	assert Sectors('2MiB', std_secsz) >= Sectors('2MiB', std_secsz)


def test_eq_unit():
	eq_(Sectors('1024MiB', std_secsz), Sectors('1GiB', std_secsz))


def test_add():
	eq_(Sectors('2GiB', std_secsz), Sectors('1GiB', std_secsz) + Sectors('1GiB', std_secsz))


@raises(UnitError)
def test_add_with_diff_secsize():
	Sectors('1GiB', Bytes(512)) + Sectors('1GiB', Bytes(4096))


def test_iadd():
	s = Sectors('1GiB', std_secsz)
	s += Sectors('1GiB', std_secsz)
	eq_(Sectors('2GiB', std_secsz), s)


def test_sub():
	eq_(Sectors('1GiB', std_secsz), Sectors('2GiB', std_secsz) - Sectors('1GiB', std_secsz))


def test_sub_int():
	secsize = Bytes('4KiB')
	eq_(Sectors('1MiB', secsize), Sectors('1028KiB', secsize) - 1)


def test_isub():
	s = Sectors('2GiB', std_secsz)
	s -= Sectors('1GiB', std_secsz)
	eq_(Sectors('1GiB', std_secsz), s)


def test_mul():
	eq_(Sectors('2GiB', std_secsz), Sectors('1GiB', std_secsz) * 2)


@raises(UnitError)
def test_mul_bytes():
	Sectors('1GiB', std_secsz) * Sectors('1GiB', std_secsz)


def test_imul():
	s = Sectors('1GiB', std_secsz)
	s *= 2
	eq_(Sectors('2GiB', std_secsz), s)


def test_div():
	eq_(Sectors('1GiB', std_secsz), Sectors('2GiB', std_secsz) / 2)


def test_div_bytes():
	eq_(2, Sectors('2GiB', std_secsz) / Sectors('1GiB', std_secsz))


def test_idiv():
	s = Sectors('2GiB', std_secsz)
	s /= 2
	eq_(Sectors('1GiB', std_secsz), s)


def test_mod():
	eq_(Sectors('256MiB', std_secsz), Sectors('1GiB', std_secsz) % Sectors('768MiB', std_secsz))


@raises(UnitError)
def test_mod_int():
	Sectors('1GiB', std_secsz) % 768


def test_imod():
	s = Sectors('1GiB', std_secsz)
	s %= Sectors('768MiB', std_secsz)
	eq_(Sectors('256MiB', std_secsz), s)


@raises(UnitError)
def test_imod_int():
	s = Sectors('1GiB', std_secsz)
	s %= 5


def test_convert_int():
	secsize = 512
	eq_(pow(1024, 3) / secsize, int(Sectors('1GiB', secsize)))

from nose.tools import eq_
from nose.tools import raises
from bootstrapvz.common.sectors import Sectors
from bootstrapvz.common.bytes import Bytes
from bootstrapvz.common.exceptions import UnitError

std_secsz = Bytes(512)


def test_init_with_int():
	secsize = 4096
	eq_(Sectors('1MiB', secsize), Sectors(256, secsize))


def test_lt():
	assert Sectors('1MiB', std_secsz) < Sectors('2MiB', std_secsz)


def test_le():
	assert Sectors('1MiB', std_secsz) <= Sectors('2MiB', std_secsz)
	assert Sectors('1MiB', std_secsz) <= Sectors('1MiB', std_secsz)


def test_eq():
	eq_(Sectors('1MiB', std_secsz), Sectors('1MiB', std_secsz))


def test_neq():
	assert Sectors('15MiB', std_secsz) != Sectors('1MiB', std_secsz)


def test_gt():
	assert Sectors('2MiB', std_secsz) > Sectors('1MiB', std_secsz)


def test_ge():
	assert Sectors('2MiB', std_secsz) >= Sectors('1MiB', std_secsz)
	assert Sectors('2MiB', std_secsz) >= Sectors('2MiB', std_secsz)


def test_eq_unit():
	eq_(Sectors('1024MiB', std_secsz), Sectors('1GiB', std_secsz))


def test_add():
	eq_(Sectors('2GiB', std_secsz), Sectors('1GiB', std_secsz) + Sectors('1GiB', std_secsz))


@raises(UnitError)
def test_add_with_diff_secsize():
	Sectors('1GiB', Bytes(512)) + Sectors('1GiB', Bytes(4096))


def test_iadd():
	s = Sectors('1GiB', std_secsz)
	s += Sectors('1GiB', std_secsz)
	eq_(Sectors('2GiB', std_secsz), s)


def test_sub():
	eq_(Sectors('1GiB', std_secsz), Sectors('2GiB', std_secsz) - Sectors('1GiB', std_secsz))


def test_sub_int():
	secsize = Bytes('4KiB')
	eq_(Sectors('1MiB', secsize), Sectors('1028KiB', secsize) - 1)


def test_isub():
	s = Sectors('2GiB', std_secsz)
	s -= Sectors('1GiB', std_secsz)
	eq_(Sectors('1GiB', std_secsz), s)


def test_mul():
	eq_(Sectors('2GiB', std_secsz), Sectors('1GiB', std_secsz) * 2)


@raises(UnitError)
def test_mul_bytes():
	Sectors('1GiB', std_secsz) * Sectors('1GiB', std_secsz)


def test_imul():
	s = Sectors('1GiB', std_secsz)
	s *= 2
	eq_(Sectors('2GiB', std_secsz), s)


def test_div():
	eq_(Sectors('1GiB', std_secsz), Sectors('2GiB', std_secsz) / 2)


def test_div_bytes():
	eq_(2, Sectors('2GiB', std_secsz) / Sectors('1GiB', std_secsz))


def test_idiv():
	s = Sectors('2GiB', std_secsz)
	s /= 2
	eq_(Sectors('1GiB', std_secsz), s)


def test_mod():
	eq_(Sectors('256MiB', std_secsz), Sectors('1GiB', std_secsz) % Sectors('768MiB', std_secsz))


@raises(UnitError)
def test_mod_int():
	Sectors('1GiB', std_secsz) % 768


def test_imod():
	s = Sectors('1GiB', std_secsz)
	s %= Sectors('768MiB', std_secsz)
	eq_(Sectors('256MiB', std_secsz), s)


@raises(UnitError)
def test_imod_int():
	s = Sectors('1GiB', std_secsz)
	s %= 5


def test_convert_int():
	secsize = 512
	eq_(pow(1024, 3) / secsize, int(Sectors('1GiB', secsize)))
