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RAPTOR v18.4: Исправлена отчетность, активированы выходные

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from decimal import Decimal
from random import randrange
import pytest
from t_tech.invest import Quotation
from t_tech.invest.utils import decimal_to_quotation, quotation_to_decimal
MAX_UNITS = 999_999_999_999
MAX_NANO = 999_999_999
@pytest.fixture()
def quotation(request) -> Quotation:
raw = request.param
return Quotation(units=raw["units"], nano=raw["nano"])
class TestQuotationArithmetic:
@pytest.mark.parametrize(
("quotation", "decimal"),
[
({"units": 114, "nano": 250000000}, Decimal("114.25")),
({"units": -200, "nano": -200000000}, Decimal("-200.20")),
({"units": -0, "nano": -10000000}, Decimal("-0.01")),
],
indirect=["quotation"],
)
def test_quotation_to_decimal(self, quotation: Quotation, decimal: Decimal):
actual = quotation_to_decimal(quotation)
assert actual == decimal
@pytest.mark.parametrize(
("quotation", "decimal"),
[
({"units": 114, "nano": 250000000}, Decimal("114.25")),
({"units": -200, "nano": -200000000}, Decimal("-200.20")),
({"units": -0, "nano": -10000000}, Decimal("-0.01")),
],
indirect=["quotation"],
)
def test_decimal_to_quotation(self, decimal: Decimal, quotation: Quotation):
actual = decimal_to_quotation(decimal)
assert actual.units == quotation.units
assert actual.nano == quotation.nano
@pytest.mark.parametrize(
("quotation_left", "quotation_right"),
[
(
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
),
(
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
Quotation(units=0, nano=0),
),
(
Quotation(units=0, nano=0),
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
),
(
Quotation(units=-0, nano=-200000000),
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
),
(
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
Quotation(units=-0, nano=-200000000),
),
(
Quotation(
units=MAX_UNITS,
nano=MAX_NANO,
),
Quotation(
units=MAX_UNITS,
nano=MAX_NANO,
),
),
],
)
@pytest.mark.parametrize(
"operation",
[
lambda x, y: x - y,
lambda x, y: x + y,
],
)
def test_operations(
self, quotation_left: Quotation, quotation_right: Quotation, operation
):
decimal_left = quotation_to_decimal(quotation_left)
decimal_right = quotation_to_decimal(quotation_right)
quotation = operation(quotation_left, quotation_right)
expected_decimal = operation(decimal_left, decimal_right)
actual_decimal = quotation_to_decimal(quotation)
assert actual_decimal == expected_decimal
@pytest.mark.parametrize(
("quotation_left", "quotation_right"),
[
(
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
),
(
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
Quotation(units=0, nano=0),
),
(
Quotation(units=0, nano=0),
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
),
(
Quotation(units=0, nano=0),
Quotation(units=0, nano=0),
),
(
Quotation(units=-10, nano=0),
Quotation(units=10, nano=0),
),
(
Quotation(units=0, nano=-200000000),
Quotation(units=0, nano=-200000000),
),
(
Quotation(
units=MAX_UNITS,
nano=MAX_NANO,
),
Quotation(
units=MAX_UNITS,
nano=MAX_NANO,
),
),
],
)
@pytest.mark.parametrize(
"comparator",
[
lambda x, y: x > y,
lambda x, y: x >= y,
lambda x, y: x < y,
lambda x, y: x <= y,
lambda x, y: x == y,
lambda x, y: x != y,
lambda y, x: x > y,
lambda y, x: x >= y,
lambda y, x: x < y,
lambda y, x: x <= y,
lambda y, x: x == y,
lambda y, x: x != y,
],
)
def test_comparison(
self, quotation_left: Quotation, quotation_right: Quotation, comparator
):
decimal_left = quotation_to_decimal(quotation_left)
decimal_right = quotation_to_decimal(quotation_right)
actual_comparison = comparator(quotation_left, quotation_right)
expected_comparison = comparator(decimal_left, decimal_right)
assert actual_comparison == expected_comparison
@pytest.mark.parametrize(
"quotation",
[
Quotation(
units=randrange(-MAX_UNITS, MAX_UNITS),
nano=randrange(-MAX_NANO, MAX_NANO),
),
Quotation(
units=randrange(-MAX_UNITS, 0),
nano=randrange(-MAX_NANO, 0),
),
Quotation(
units=randrange(0, MAX_UNITS),
nano=randrange(0, MAX_NANO),
),
],
)
def test_abs(self, quotation: Quotation):
decimal = quotation_to_decimal(quotation)
actual = abs(decimal)
expected = abs(decimal)
assert actual == expected
@pytest.mark.parametrize(
("units", "nano"),
[
(-MAX_UNITS, MAX_NANO * 1000),
(MAX_UNITS, -MAX_NANO + 1123123),
(0, MAX_NANO + 1121201203123),
(MAX_UNITS * 100, -MAX_UNITS - 121201203123),
],
)
def test_nano_overfill_transfers(self, units: int, nano: int):
quotation = Quotation(units=units, nano=nano)
if abs(nano) >= 1e9:
assert quotation.nano < 1e9
assert quotation.units - units == nano // 1_000_000_000
assert quotation.nano == nano % 1_000_000_000