def test_computeAvailableRights_withNShares_multiplies(self):
rights = RightsPerShare(self.db)
remainders = RemainderProviderMockup([
(1, isodate('2015-08-16'), 0),
(2, isodate('2015-08-16'), 0),
])
production = ProductionAggregatorMockUp(
first=isodate('2015-08-16'),
last=isodate('2015-08-16'),
data=numpy.array(+10*[0]+[1]+14*[0]))
plantShare = PlantShareCurverMockup(
data=numpy.array(25*[1]))
l = ProductionLoader(productionAggregator=production,
plantShareCurver=plantShare,
rightsPerShare=rights,
remainders=remainders)
l.computeAvailableRights()
result = rights.rightsPerShare(2,
isodate('2015-08-16'),
isodate('2015-08-16'))
self.assertEqual(list(result),
+10*[0]+[2]+14*[0])
self.assertEqual(remainders.lastRemainders(), [
(1, isodate('2015-08-17'), 0),
(2, isodate('2015-08-17'), 0),
])
def assertStartPointEqual(self, firstProductionDate, remainders, expected):
l = ProductionLoader()
date = l.startPoint(isodate(firstProductionDate),[
(shares, isodate(date), remainderwh)
for shares, date, remainderwh in remainders
])
self.assertEqual(str(date), expected)
def test_getRecomputationInterval_withNoremainders_takesFirstMeassure(self):
p = ProductionAggregatorMockUp(
first=isodate('2000-01-01'),
last=isodate('2006-01-01'),
)
l = ProductionLoader(productionAggregator=p)
interval = l._recomputationInterval([])
self.assertDatePairEqual( ('2000-01-01','2006-01-01'), interval)
def test_getRecomputationInterval_withSingleRemainders_takesIt(self):
p = ProductionAggregatorMockUp(
first=isodate('2000-01-01'),
last=isodate('2006-01-01'),
)
l = ProductionLoader(productionAggregator=p)
interval = l._recomputationInterval([
(1,isodate('2001-01-01'), 45),
])
self.assertDatePairEqual( ('2001-01-01','2006-01-01'), interval)
def test_appendRightsPerShare_crossedDates(self):
rights = RightsPerShare(self.db)
remainders = RemainderProviderMockup([])
l = ProductionLoader(rightsPerShare=rights, remainders=remainders)
with self.assertRaises(AssertionError) as ctx:
l._appendRightsPerShare(
nshares=1,
firstDateToCompute=isodate('2015-08-16'),
lastDateToCompute=isodate('2015-08-15'),
lastRemainder=0,
production=numpy.array(50*[1]),
plantshares=numpy.array(50*[1]),
)
self.assertEqual(ctx.exception.args[0],
"Empty interval starting at 2015-08-16 and ending at 2015-08-15")
def test_appendRightsPerShare_tooSmallShareArray(self):
rights = RightsPerShare(self.db)
remainders = RemainderProviderMockup([])
l = ProductionLoader(rightsPerShare=rights, remainders=remainders)
with self.assertRaises(AssertionError) as ctx:
l._appendRightsPerShare(
nshares=1,
firstDateToCompute=isodate('2015-08-16'),
lastDateToCompute=isodate('2015-08-17'),
lastRemainder=0,
production=numpy.array(50*[1]),
plantshares=numpy.array(49*[1]),
)
self.assertEqual(ctx.exception.args[0],
"Not enough plant share data to compute such date interval")
def test_appendRightsPerShare_lastDateToCompute_isProtected(self):
l = ProductionLoader()
with self.assertRaises(AssertionError) as ctx:
l._appendRightsPerShare(
nshares=1,
firstDateToCompute=isodate('2015-08-16'),
lastDateToCompute=localisodate('2015-08-16'), # here
lastRemainder=0,
production=numpy.array(25*[1]),
plantshares=numpy.array(25*[1]),
)
# also non CEST/CET, and naive, using assertLocalDateTime
self.assertEqual(ctx.exception.args[0],
"lastDateToCompute should be a datetime.date but it is "
"2015-08-16 00:00:00+02:00")
def test_appendRightsPerShare_withAdvancedRemainder(self):
rights = RightsPerShare(self.db)
remainders = RemainderProviderMockup([])
l = ProductionLoader(rightsPerShare=rights, remainders=remainders)
l._appendRightsPerShare(
nshares=1,
firstDateToCompute=isodate('2015-08-16'),
lastDateToCompute=isodate('2015-08-16'),
lastRemainder=0,
production=numpy.array(100*[0]+10*[0]+[1000]+14*[0]),
plantshares=numpy.array(100*[0]+25*[1]),
)
result = rights.rightsPerShare(1,
isodate('2015-08-16'),
isodate('2015-08-16'))
self.assertEqual(list(result),
+10*[0]+[1000]+14*[0])
self.assertEqual(remainders.lastRemainders(), [
(1, isodate('2015-08-17'), 0),
])
def test_endPoint_withHalfADay_justReturnsTheWholeOnes(self):
l = ProductionLoader()
date = l.endPoint(isodate('2000-01-01'), 27*[0])
self.assertEqual('2000-01-02', str(date))
def test_endPoint_withOneDay(self):
l = ProductionLoader()
date = l.endPoint(isodate('2000-01-01'), 25*[0])
self.assertEqual('2000-01-02', str(date))
def test_endPoint_withNoProduction(self):
l = ProductionLoader()
date = l.endPoint(isodate('2000-01-01'), [])
self.assertEqual('2000-01-01', str(date))
