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How to use _make method in autotest

Best Python code snippet using autotest_python

units.py

Source:units.py

...149Femto = 1.e-15150Atto = 1.e-18151Zepto = 1.e-21152Yocto = 1.e-24153def _make(unit,name):154    unit.name = name155    return unit156### Conveniences and metric prefixes157squareMeter = _make(meter ** 2, "squareMeter")158cubicMeter = _make(meter ** 3, "cubicMeter")159# don't know the official metric names for these, if such exist160speed = meter / second161acceleration = speed / second162density = kilogram / cubicMeter163liter = L = _make(Milli * cubicMeter, "liter")164newton = N = _make(kilogram * acceleration, "newton")165joule = J = _make(newton * meter, "joule")166watt = W = _make(joule / second, "watt")167ampere = A = _make(coulomb / second, "ampere")168volt = V = _make(joule / coulomb, "volt")169ohm = _make(volt / ampere, "ohm")170farad = F = _make(coulomb / volt, "farad")171weber = Wb = _make(volt * second, "weber")172tesla = T = _make(weber / squareMeter, "tesla")173pascal = P = _make(newton / squareMeter, "pascal")174henry = H = _make(weber / ampere, "henry")175calorie = cal = _make(4.1868 * joule, "calorie")176kilocalorie = kcal = _make(Kilo * calorie, "kcal")177km = _make(Kilo * meter, "km")178cm = _make(Centi * meter, "cm")179mm = _make(Milli * meter, "mm")180um = _make(Micro * meter, "um")181nm = _make(Nano * meter, "nm")182are = _make(100 * squareMeter, "are")183hectare = _make(Hecto * are, "hectare")184gram = g = _make(Milli * kilogram, "gram")185mgram = mg = _make(Micro * kilogram, "mgram")186ugram = ug = _make(Nano * kilogram, "ugram")187metricTon = tonne = _make(Kilo * kilogram, "tonne")188A = _make(ampere, "A")189mA = _make(Milli * ampere, "mA")190uA = _make(Micro * ampere, "uA")191nA = _make(Nano * ampere, "nA")192pA = _make(Pico * ampere, "pA")193msec = _make(Milli * second, "msec")194usec = _make(Micro * second, "usec")195nsec = _make(Nano * second, "nsec")196psec = _make(Pico * second, "psec")197fsec = _make(Femto * second, "fsec")198ksec = _make(Kilo * second, "ksec")199Msec = _make(Mega * second, "Msec")200Gsec = _make(Giga * second, "Gsec")201Tsec = _make(Tera * second, "Tsec")202uF = _make(Micro * farad, "uF")203nF = _make(Nano * farad, "nF")204pF = _make(Pico * farad, "pF")205mH = _make(Milli * henry, "mH")206uH = _make(Micro * henry, "uH")207nH = _make(Nano * henry, "nH")208Kohm = _make(Kilo * ohm, "Kohm")209Mohm = _make(Mega * ohm, "Mohm")210# earthGravity = 9.8 * acceleration211gravitationalConstant = 6.67300e-11 * m**3 * kg**-1 * sec**-2212earthMass = 5.9742e24 * kg213earthRadius = 6378.1 * km214earthGravity = gravitationalConstant * earthMass / earthRadius**2215### Electrostatics216electronCharge = 1.60217733e-19 * coulomb217electrostaticConstant = 8.98755e9 * (N * m**2) / (coulomb**2)218### Time219minute = _make(60 * second, "minute")220hour = _make(60 * minute, "hour")221day = _make(24 * hour, "day")222week = _make(7 * day, "week")223year = _make(365.25 * day, "year")224# There is some disagreement on years. These are Julian years.225# Gregorian years are 365.2425 days, and tropical years are 365.24219226# days.227month = _make(year / 12, "month")228# 28, 29, 30, 31... obviously months must be approximate229decade = _make(10 * year, "decade")230century = _make(100 * year, "century")231millenium = _make(1000 * year, "millenium")232### English measures233inch = _make(.0254 * meter, "inch")234foot = _make(12 * inch, "foot")235yard = _make(3 * foot, "yard")236furlong = _make(660 * foot, "furlong")237mile = _make(5280 * foot, "mile")238squareMile = _make(mile ** 2, "squareMile")239acre = _make(43560 * foot**2, "acre")240MPH = _make(mile / hour, "MPH")241MPS = _make(mile / second, "MPS")242gallon = _make(3.79 * liter, "gallon")243quart = _make(.25 * gallon, "quart")244pint = _make(.5 * quart, "pint")245cup = _make(.5 * pint, "cup")246fluid_ounce = _make(.125 * cup, "fluid_ounce")247tablespoon = _make(.5 * fluid_ounce, "tablespoon")248teaspoon = _make(tablespoon / 3., "teaspoon")249# In the English system, should we express weights in terms of250# masses? Or should we multiply masses by 32 feet/sec^2?251ounce = oz = earthGravity * (28.35 * gram)252pound = lb = 16 * ounce253slug = 14.5939 * kg254stone = 6.3503 * kg255if __name__ == "__main__":256    def test1():257        lists = [ [ "Length",258                    inch,259                    furlong,260                    yard,261                    mile,262                    km...

mediawikiversion_tests.py

Source:mediawikiversion_tests.py

...11from tests.aspects import unittest, TestCase12class TestMediaWikiVersion(TestCase):13    """Test MediaWikiVersion class comparisons."""14    net = False15    def _make(self, version):16        """Create a MediaWikiVersion instance and check that the str stays."""17        v = V(version)18        self.assertEqual(str(v), version)19        return v20    def test_normal_versions(self):21        """Test comparison between release versions."""22        self.assertGreater(self._make('1.23'), self._make('1.22.0'))23        self.assertTrue(self._make('1.23') == self._make('1.23'))24        self.assertEqual(self._make('1.23'), self._make('1.23'))25    def test_wmf_versions(self):26        """Test comparison between wmf versions."""27        self.assertGreater(self._make('1.23wmf10'), self._make('1.23wmf9'))28        self.assertEqual(self._make('1.23wmf10'), self._make('1.23wmf10'))29    def test_combined_versions(self):30        """Test comparison between wmf versions and release versions."""31        self.assertGreater(self._make('1.23wmf10'), self._make('1.22.3'))32        self.assertGreater(self._make('1.23'), self._make('1.23wmf10'))33    def test_non_wmf_scheme(self):34        """Test version numbers not following the wmf-scheme."""35        self.assertGreater(self._make('1.23alpha'), self._make('1.22.3'))36        self.assertGreater(self._make('1.23alpha'), self._make('1.23wmf1'))37        self.assertGreater(self._make('1.23beta1'), self._make('1.23alpha'))38        self.assertGreater(self._make('1.23beta2'), self._make('1.23beta1'))39        self.assertGreater(self._make('1.23-rc.1'), self._make('1.23beta2'))40        self.assertGreater(self._make('1.23-rc.2'), self._make('1.23-rc.1'))41        self.assertGreater(self._make('1.23'), self._make('1.23-rc.2'))42        self.assertEqual(self._make('1.23rc1'), self._make('1.23-rc.1'))43    def _version_check(self, version, digits, dev_version, suffix):44        v = self._make(version)45        self.assertEqual(v.version, digits)46        self.assertEqual(v._dev_version, dev_version)47        self.assertEqual(v.suffix, suffix)48    def test_interpretation(self):49        """Test if the data is correctly interpreted."""50        self._version_check('1.23', (1, 23), (4, ), '')51        self._version_check('1.23wmf1', (1, 23), (0, 1), 'wmf1')52        self._version_check('1.23alpha', (1, 23), (1, ), 'alpha')53        self._version_check('1.23beta1', (1, 23), (2, 1), 'beta1')54        self._version_check('1.23rc1', (1, 23), (3, 1), 'rc1')55        self._version_check('1.23-rc1', (1, 23), (3, 1), '-rc1')56        self._version_check('1.23-rc.1', (1, 23), (3, 1), '-rc.1')57    def test_invalid_versions(self):58        """Verify that insufficient version fail creating."""...

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