def testPass(self):
# When total consumption is less than output,
# no errors should be raised
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.power: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.power] = 25
holder1.state = State.online
fit.items.add(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.power] = 20
holder2.state = State.online
fit.items.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.powerOutput] = 50
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.powerGrid)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.powerGrid)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testPassNegativeUse(self):
# Check that even if use of one holder exceeds
# power grid output, negative use of other holder may help
# to avoid raising error
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.power: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.power] = 50
holder1.state = State.online
fit.items.add(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.power] = -15
holder2.state = State.online
fit.items.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.powerOutput] = 40
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.powerGrid)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.powerGrid)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testMixUsageZero(self):
# If some holder has zero usage and power grid error is
# still raised, check it's not raised for holder with
# zero usage
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.power: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.power] = 100
holder1.state = State.online
fit.items.add(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.power] = 0
holder2.state = State.online
fit.items.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.powerOutput] = 50
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.powerGrid)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.output, 50)
self.assertEqual(restrictionError1.totalUsage, 100)
self.assertEqual(restrictionError1.holderConsumption, 100)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.powerGrid)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testFailExcessMultiple(self):
# When multiple consumers require less than power grid output
# alone, but in sum want more than total output, it should
# be erroneous situation
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.power: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.power] = 25
holder1.state = State.online
fit.items.add(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.power] = 20
holder2.state = State.online
fit.items.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.powerOutput] = 40
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.powerGrid)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.output, 40)
self.assertEqual(restrictionError1.totalUsage, 45)
self.assertEqual(restrictionError1.holderConsumption, 25)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.powerGrid)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.output, 40)
self.assertEqual(restrictionError2.totalUsage, 45)
self.assertEqual(restrictionError2.holderConsumption, 20)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testFailExcessMultiple(self):
# When multiple consumers require less than drone bay volume output
# alone, but in sum want more than total output, it should
# be erroneous situation
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.volume: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.volume] = 25
fit.drones.add(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.volume] = 20
fit.drones.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.droneCapacity] = 40
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.droneBayVolume)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.output, 40)
self.assertEqual(restrictionError1.totalUsage, 45)
self.assertEqual(restrictionError1.holderConsumption, 25)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.droneBayVolume)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.output, 40)
self.assertEqual(restrictionError2.totalUsage, 45)
self.assertEqual(restrictionError2.holderConsumption, 20)
fit.drones.remove(holder1)
fit.drones.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testFailNoAttr(self):
# Check that any positive number of drones
# results in error when character is assigned
# to fit, but no restriction attribute available
fit = Fit()
item = self.ch.type_(typeId=1)
holder1 = IndependentItem(item)
holder1.state = State.online
fit.drones.add(holder1)
holder2 = IndependentItem(item)
holder2.state = State.online
fit.drones.add(holder2)
char = IndependentItem(self.ch.type_(typeId=2))
char.attributes[Attribute.maxActiveDrones] = 1
fit.character = char
restrictionError1 = fit.getRestrictionError(holder1, Restriction.launchedDrone)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.maxLaunchedDrones, 1)
self.assertEqual(restrictionError1.launchedDrones, 2)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.launchedDrone)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.maxLaunchedDrones, 1)
self.assertEqual(restrictionError2.launchedDrones, 2)
fit.drones.remove(holder1)
fit.drones.remove(holder2)
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testMixUsageNegative(self):
# If some holder has negative usage and drone bandwidth error is
# still raised, check it's not raised for holder with
# negative usage
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.droneBandwidthUsed: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.droneBandwidthUsed] = 100
holder1.state = State.online
fit.items.append(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.droneBandwidthUsed] = -10
holder2.state = State.online
fit.items.append(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.droneBandwidth] = 50
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.droneBandwidth)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.output, 50)
self.assertEqual(restrictionError1.totalUsage, 90)
self.assertEqual(restrictionError1.holderConsumption, 100)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.droneBandwidth)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertBuffersEmpty(fit)
def testFailExcessAll(self):
# Make sure error is raised for all holders exceeding
# their group restriction
fit = Fit()
item = self.ch.type_(typeId=1, groupId=6, attributes={Attribute.maxGroupOnline: 1})
holder1 = ShipItem(item)
holder1.state = State.online
fit.items.add(holder1)
holder2 = ShipItem(item)
holder2.state = State.online
fit.items.add(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.maxGroupOnline)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.maxGroup, 1)
self.assertEqual(restrictionError1.holderGroup, 6)
self.assertEqual(restrictionError1.groupHolders, 2)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.maxGroupOnline)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.maxGroup, 1)
self.assertEqual(restrictionError2.holderGroup, 6)
self.assertEqual(restrictionError2.groupHolders, 2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessModified(self):
# Check that modified attribute value is taken, not original
fit = Fit()
item = self.ch.type_(typeId=1)
holder1 = IndependentItem(item)
holder1.state = State.online
fit.drones.add(holder1)
holder2 = IndependentItem(item)
holder2.state = State.online
fit.drones.add(holder2)
char = IndependentItem(self.ch.type_(typeId=2, attributes={Attribute.maxActiveDrones: 3}))
char.attributes[Attribute.maxActiveDrones] = 1
fit.character = char
restrictionError1 = fit.getRestrictionError(holder1, Restriction.launchedDrone)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.maxLaunchedDrones, 1)
self.assertEqual(restrictionError1.launchedDrones, 2)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.launchedDrone)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.maxLaunchedDrones, 1)
self.assertEqual(restrictionError2.launchedDrones, 2)
fit.drones.remove(holder1)
fit.drones.remove(holder2)
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testPassNegativeUse(self):
# Check that even if use of one holder exceeds
# drone bandwidth output, negative use of other holder may help
# to avoid raising error
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.droneBandwidthUsed: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.droneBandwidthUsed] = 50
holder1.state = State.online
fit.items.append(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.droneBandwidthUsed] = -15
holder2.state = State.online
fit.items.append(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.droneBandwidth] = 40
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.droneBandwidth)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.droneBandwidth)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertBuffersEmpty(fit)
def testMixUsageNegative(self):
# If some holder has negative usage and drone bay volume error is
# still raised, check it's not raised for holder with
# negative usage
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.volume: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.volume] = 100
fit.drones.add(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.volume] = -10
fit.drones.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.droneCapacity] = 50
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.droneBayVolume)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.output, 50)
self.assertEqual(restrictionError1.totalUsage, 90)
self.assertEqual(restrictionError1.holderConsumption, 100)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.droneBayVolume)
self.assertIsNone(restrictionError2)
fit.drones.remove(holder1)
fit.drones.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testFailExcess(self):
# Check that excessive number of drones results
# in failure, even when character is assigned to
# fit and max number attribute is available
fit = Fit()
item = self.ch.type_(typeId=1)
holder1 = IndependentItem(item)
holder1.state = State.online
fit.drones.add(holder1)
holder2 = IndependentItem(item)
holder2.state = State.online
fit.drones.add(holder2)
char = IndependentItem(self.ch.type_(typeId=2))
char.attributes[Attribute.maxActiveDrones] = 1
fit.character = char
restrictionError1 = fit.getRestrictionError(holder1, Restriction.launchedDrone)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.maxLaunchedDrones, 1)
self.assertEqual(restrictionError1.launchedDrones, 2)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.launchedDrone)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.maxLaunchedDrones, 1)
self.assertEqual(restrictionError2.launchedDrones, 2)
fit.drones.remove(holder1)
fit.drones.remove(holder2)
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testMixUsageZero(self):
# If some holder has zero usage and calibration error is
# still raised, check it's not raised for holder with
# zero usage
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.upgradeCost: 0})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.upgradeCost] = 100
fit.items.add(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.upgradeCost] = 0
fit.items.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.upgradeCapacity] = 50
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.calibration)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.output, 50)
self.assertEqual(restrictionError1.totalUsage, 100)
self.assertEqual(restrictionError1.holderConsumption, 100)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.calibration)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFail(self):
# Check that error is raised when number of used
# slots exceeds slot amount provided by ship
fit = Fit()
item = self.ch.type_(typeId=1)
item.slots = {Slot.subsystem}
holder1 = ShipItem(item)
fit.items.add(holder1)
holder2 = ShipItem(item)
fit.items.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.maxSubSystems] = 1
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.subsystemSlot)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.slotsMax, 1)
self.assertEqual(restrictionError1.slotsUsed, 2)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.subsystemSlot)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.slotsMax, 1)
self.assertEqual(restrictionError2.slotsUsed, 2)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testFailModified(self):
# Make sure that modified number of slot output
# is taken
fit = Fit()
item = self.ch.type_(typeId=1)
item.slots = {Slot.subsystem}
holder1 = ShipItem(item)
fit.items.add(holder1)
holder2 = ShipItem(item)
fit.items.add(holder2)
ship = IndependentItem(self.ch.type_(typeId=2, attributes={Attribute.maxSubSystems: 5}))
ship.attributes[Attribute.maxSubSystems] = 1
fit.ship = ship
restrictionError1 = fit.getRestrictionError(holder1, Restriction.subsystemSlot)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.slotsMax, 1)
self.assertEqual(restrictionError1.slotsUsed, 2)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.subsystemSlot)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.slotsMax, 1)
self.assertEqual(restrictionError2.slotsUsed, 2)
fit.items.remove(holder1)
fit.items.remove(holder2)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testPassDifferent(self):
# Holders taking different slots shouldn't trigger any errors
fit = Fit()
holder1 = IndependentItem(self.ch.type_(typeId=1, attributes={Attribute.boosterness: 120}))
fit.items.append(holder1)
holder2 = IndependentItem(self.ch.type_(typeId=2, attributes={Attribute.boosterness: 121}))
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.boosterIndex)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.boosterIndex)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testPassNone(self):
# When typeIDs of skills are None, they should be ignored
fit = Fit()
item = self.ch.type_(typeId=None)
skill1 = Skill(item)
fit.items.append(skill1)
skill2 = Skill(item)
fit.items.append(skill2)
restrictionError1 = fit.getRestrictionError(skill1, Restriction.skillUniqueness)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(skill2, Restriction.skillUniqueness)
self.assertIsNone(restrictionError2)
fit.items.remove(skill1)
fit.items.remove(skill2)
self.assertBuffersEmpty(fit)
def testPassNonSkills(self):
# Not-skill holders shouldn't be tracked
fit = Fit()
item = self.ch.type_(typeId=70)
holder1 = IndependentItem(item)
fit.items.append(holder1)
holder2 = IndependentItem(item)
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.skillUniqueness)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.skillUniqueness)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testPassHolderNoneGroup(self):
# Check that holders with None group are not affected
fit = Fit()
item = self.ch.type_(typeId=1, groupId=None, attributes={Attribute.maxGroupFitted: 1})
holder1 = ShipItem(item)
fit.items.append(holder1)
holder2 = ShipItem(item)
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.maxGroupFitted)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.maxGroupFitted)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testPassDifferent(self):
# Holders taking different slots shouldn't trigger any errors
fit = Fit()
holder1 = IndependentItem(self.ch.type_(typeId=1, attributes={Attribute.subSystemSlot: 120}))
fit.items.add(holder1)
holder2 = IndependentItem(self.ch.type_(typeId=2, attributes={Attribute.subSystemSlot: 121}))
fit.items.add(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.subsystemIndex)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.subsystemIndex)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertEqual(len(self.log), 0)
self.assertBuffersEmpty(fit)
def testPassHolderNonShip(self):
# Non-ship holders shouldn't be affected
fit = Fit()
item = self.ch.type_(typeId=1, groupId=12, attributes={Attribute.maxGroupActive: 1})
holder1 = IndependentItem(item)
fit.items.append(holder1)
holder2 = IndependentItem(item)
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.maxGroupActive)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.maxGroupActive)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testPassState(self):
# No errors should occur if holders are not online+
fit = Fit()
item = self.ch.type_(typeId=1, groupId=886, attributes={Attribute.maxGroupOnline: 1})
holder1 = ShipItem(item)
fit.items.append(holder1)
holder2 = ShipItem(item)
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.maxGroupOnline)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.maxGroupOnline)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testPass(self):
# Make sure no errors are raised when number of added
# items doesn't exceed any restrictions
fit = Fit()
item = self.ch.type_(typeId=1, groupId=860, attributes={Attribute.maxGroupFitted: 2})
holder1 = ShipItem(item)
fit.items.append(holder1)
holder2 = ShipItem(item)
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.maxGroupFitted)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.maxGroupFitted)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testFail(self):
# Check that multiple skills with this ID raise error
fit = Fit()
item = self.ch.type_(typeId=56)
skill1 = Skill(item)
fit.items.append(skill1)
skill2 = Skill(item)
fit.items.append(skill2)
restrictionError1 = fit.getRestrictionError(skill1, Restriction.skillUniqueness)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.skill, 56)
restrictionError2 = fit.getRestrictionError(skill2, Restriction.skillUniqueness)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.skill, 56)
fit.items.remove(skill1)
fit.items.remove(skill2)
self.assertBuffersEmpty(fit)
def testPassState(self):
# No errors should occur if holders are not active+
fit = Fit()
item = self.ch.type_(typeId=1, groupId=886, attributes={Attribute.maxGroupActive: 1})
holder1 = ShipItem(item)
holder1.state = State.online
fit.items.add(holder1)
holder2 = ShipItem(item)
holder2.state = State.online
fit.items.add(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.maxGroupActive)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.maxGroupActive)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testMixExcessOne(self):
# Make sure error is raised for just holders which excess
# restriction,even if they're from the same group
fit = Fit()
holder1 = ShipItem(self.ch.type_(typeId=1, groupId=92, attributes={Attribute.maxGroupFitted: 1}))
fit.items.append(holder1)
holder2 = ShipItem(self.ch.type_(typeId=2, groupId=92, attributes={Attribute.maxGroupFitted: 2}))
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.maxGroupFitted)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.maxGroup, 1)
self.assertEqual(restrictionError1.holderGroup, 92)
self.assertEqual(restrictionError1.groupHolders, 2)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.maxGroupFitted)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testPassHolderNoneGroup(self):
# Check that holders with None group are not affected
fit = Fit()
item = self.ch.type_(typeId=1, groupId=None, attributes={Attribute.maxGroupOnline: 1})
holder1 = ShipItem(item)
holder1.state = State.online
fit.items.add(holder1)
holder2 = ShipItem(item)
holder2.state = State.online
fit.items.add(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.maxGroupOnline)
self.assertIsNone(restrictionError1)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.maxGroupOnline)
self.assertIsNone(restrictionError2)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFail(self):
# Check that if 2 or more holders are put into single slot
# index, error is raised
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.boosterness: 120})
holder1 = IndependentItem(item)
fit.items.append(holder1)
holder2 = IndependentItem(item)
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.boosterIndex)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.holderSlotIndex, 120)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.boosterIndex)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.holderSlotIndex, 120)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testFailOriginal(self):
# Make sure that original attributes are used
fit = Fit()
item = self.ch.type_(typeId=1, attributes={Attribute.boosterness: 120})
holder1 = IndependentItem(item)
holder1.attributes[Attribute.boosterness] = 119
fit.items.append(holder1)
holder2 = IndependentItem(item)
holder2.attributes[Attribute.boosterness] = 121
fit.items.append(holder2)
restrictionError1 = fit.getRestrictionError(holder1, Restriction.boosterIndex)
self.assertIsNotNone(restrictionError1)
self.assertEqual(restrictionError1.holderSlotIndex, 120)
restrictionError2 = fit.getRestrictionError(holder2, Restriction.boosterIndex)
self.assertIsNotNone(restrictionError2)
self.assertEqual(restrictionError2.holderSlotIndex, 120)
fit.items.remove(holder1)
fit.items.remove(holder2)
self.assertBuffersEmpty(fit)
def testPass(self):
# Single holder which takes some slot shouldn't
# trigger any errors
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, attributes={Attribute.boosterness: 120}))
fit.items.append(holder)
restrictionError = fit.getRestrictionError(holder, Restriction.boosterIndex)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
self.assertBuffersEmpty(fit)
def testPassCapitalShip(self):
# Check that capital holders can be added to
# capital ship
fit = Fit()
holder = ShipItem(self.ch.type_(typeId=1, attributes={Attribute.volume: 501}))
fit.items.add(holder)
shipItem = self.ch.type_(typeId=2)
shipItem.requiredSkills = {ConstType.capitalShips: 1}
fit.ship = IndependentItem(shipItem)
restrictionError = fit.getRestrictionError(holder, Restriction.capitalItem)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailNoShip(self):
# Make sure that absence of ship
# is considered as 0 output
fit = Fit()
item = self.ch.type_(typeId=1)
item.slots = {Slot.launcher}
holder = ShipItem(item)
fit.items.add(holder)
restrictionError = fit.getRestrictionError(holder, Restriction.launcherSlot)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.slotsMax, 0)
self.assertEqual(restrictionError.slotsUsed, 1)
fit.items.remove(holder)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessNoShip(self):
# Make sure error is raised on fits without ship
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, attributes={Attribute.power: 0}))
holder.attributes[Attribute.power] = 50
holder.state = State.online
fit.items.add(holder)
restrictionError = fit.getRestrictionError(holder, Restriction.powerGrid)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.output, 0)
self.assertEqual(restrictionError.totalUsage, 50)
self.assertEqual(restrictionError.holderConsumption, 50)
fit.items.remove(holder)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassState(self):
# When holder isn't online, it shouldn't consume anything
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, attributes={Attribute.power: 0}))
holder.attributes[Attribute.power] = 50
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.powerOutput] = 40
fit.ship = ship
restrictionError = fit.getRestrictionError(holder, Restriction.powerGrid)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassMatch2(self):
# Check that no error raised when drone of group
# matching to second restriction attribute is added
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, groupId=67))
fit.drones.add(holder)
fit.ship = IndependentItem(
self.ch.type_(typeId=2,
attributes={Attribute.allowedDroneGroup2: 67}))
restrictionError = fit.getRestrictionError(holder,
Restriction.droneGroup)
self.assertIsNone(restrictionError)
fit.drones.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessNoChar(self):
# Check that any positive number of drones
# results in error when no character is assigned
# to fit
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1))
holder.state = State.online
fit.drones.add(holder)
restrictionError = fit.getRestrictionError(holder,
Restriction.launchedDrone)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.maxLaunchedDrones, 0)
self.assertEqual(restrictionError.launchedDrones, 1)
fit.drones.remove(holder)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassNonShipHolder(self):
# Holders not belonging to ship shouldn't be affected
fit = Fit()
ship = IndependentItem(self.ch.type_(typeId=772, groupId=31))
fit.ship = ship
holder = IndependentItem(
self.ch.type_(typeId=1, attributes={Attribute.canFitShipType1:
10}))
fit.items.add(holder)
restrictionError = fit.getRestrictionError(holder,
Restriction.shipTypeGroup)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailSubcapitalShip(self):
# Check that error is raised on attempt
# to add capital item to fit with subcapital
# ship
fit = Fit()
holder = ShipItem(self.ch.type_(typeId=1, attributes={Attribute.volume: 501}))
fit.items.add(holder)
fit.ship = IndependentItem(self.ch.type_(typeId=2))
restrictionError = fit.getRestrictionError(holder, Restriction.capitalItem)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.allowedVolume, 500)
self.assertEqual(restrictionError.holderVolume, 501)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassNonDrone(self):
# Check that restriction is not applied
# to holders which are not drones
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, groupId=56))
fit.items.add(holder)
fit.ship = IndependentItem(
self.ch.type_(typeId=2,
attributes={Attribute.allowedDroneGroup1: 4}))
restrictionError = fit.getRestrictionError(holder,
Restriction.droneGroup)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailNoShip(self):
# Absent ship should trigger this error too
fit = Fit()
holder = ShipItem(
self.ch.type_(typeId=1, attributes={Attribute.canFitShipType1:
10}))
fit.items.add(holder)
restrictionError = fit.getRestrictionError(holder,
Restriction.shipTypeGroup)
self.assertIsNotNone(restrictionError)
self.assertCountEqual(restrictionError.allowedTypes, (10, ))
self.assertCountEqual(restrictionError.allowedGroups, ())
self.assertEqual(restrictionError.shipType, None)
self.assertEqual(restrictionError.shipGroup, None)
fit.items.remove(holder)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassNonDrone(self):
# Make sure nothing but drone container is restricted
fit = Fit()
holder = IndependentItem(
self.ch.type_(typeId=1, attributes={Attribute.volume: 0}))
holder.attributes[Attribute.volume] = 50
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.droneCapacity] = 40
fit.ship = ship
restrictionError = fit.getRestrictionError(holder,
Restriction.droneBayVolume)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassSatisfied(self):
# Check that error isn't raised when all skill requirements
# are met
fit = Fit()
item = self.ch.type_(typeId=1)
item.requiredSkills = {50: 3}
holder = IndependentItem(item)
fit.items.add(holder)
skill = Skill(self.ch.type_(typeId=50))
skill.level = 3
fit.items.add(skill)
restrictionError = fit.getRestrictionError(holder, Restriction.skillRequirement)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.items.remove(skill)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassGroupMatch(self):
# When type of ship matches group-restriction attribute,
# no error should be raised
fit = Fit()
ship = IndependentItem(self.ch.type_(typeId=554, groupId=23))
fit.ship = ship
holder = ShipItem(
self.ch.type_(typeId=1,
attributes={Attribute.canFitShipGroup1: 23}))
fit.items.add(holder)
restrictionError = fit.getRestrictionError(holder,
Restriction.shipTypeGroup)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassNoOriginalAttr(self):
# When added holder's item doesn't have original attribute,
# holder shouldn't be tracked by register, and thus, no
# errors should be raised
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1))
holder.attributes[Attribute.cpu] = 100
holder.state = State.online
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.cpuOutput] = 50
fit.ship = ship
restrictionError = fit.getRestrictionError(holder, Restriction.cpu)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailShipNoAttr(self):
# Make sure that absence of specifier of slot output
# is considered as 0 output
fit = Fit()
item = self.ch.type_(typeId=1)
item.slots = {Slot.moduleHigh}
holder = ShipItem(item)
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2))
fit.ship = ship
restrictionError = fit.getRestrictionError(holder, Restriction.highSlot)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.slotsMax, 0)
self.assertEqual(restrictionError.slotsUsed, 1)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailOriginalVolume(self):
# Make sure original volume value is taken
fit = Fit()
holder = ShipItem(self.ch.type_(typeId=1, attributes={Attribute.volume: 501}))
# Set volume below 500 to check that even when
# modified attributes are available, raw attributes
# are taken
holder.attributes[Attribute.volume] = 100
fit.items.add(holder)
fit.ship = IndependentItem(self.ch.type_(typeId=2))
restrictionError = fit.getRestrictionError(holder, Restriction.capitalItem)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.allowedVolume, 500)
self.assertEqual(restrictionError.holderVolume, 501)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailMismatch(self):
# Error should be raised when mismatching rig size
# is added to ship
fit = Fit()
holder = IndependentItem(
self.ch.type_(typeId=1, attributes={Attribute.rigSize: 10}))
fit.items.add(holder)
ship = IndependentItem(
self.ch.type_(typeId=2, attributes={Attribute.rigSize: 6}))
fit.ship = ship
restrictionError = fit.getRestrictionError(holder, Restriction.rigSize)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.allowedSize, 6)
self.assertEqual(restrictionError.holderSize, 10)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailPartial(self):
# Make sure satisfied skill requirements are not shown
# up in error
fit = Fit()
item = self.ch.type_(typeId=1)
item.requiredSkills = {48: 1, 50: 5}
holder = IndependentItem(item)
fit.items.add(holder)
skill = Skill(self.ch.type_(typeId=48))
skill.level = 5
fit.items.add(skill)
restrictionError = fit.getRestrictionError(holder, Restriction.skillRequirement)
self.assertIsNotNone(restrictionError)
self.assertCountEqual(restrictionError, ((50, None, 5),))
fit.items.remove(holder)
fit.items.remove(skill)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailDroneNone(self):
# Check that drone from None group is subject
# to restriction
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, groupId=None))
fit.drones.add(holder)
fit.ship = IndependentItem(
self.ch.type_(typeId=2,
attributes={Attribute.allowedDroneGroup1: 1896}))
restrictionError = fit.getRestrictionError(holder,
Restriction.droneGroup)
self.assertIsNotNone(restrictionError)
self.assertCountEqual(restrictionError.allowedGroups, (1896, ))
self.assertEqual(restrictionError.droneGroup, None)
fit.drones.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessShipNoAttr(self):
# When ship is assigned, but doesn't have drone bandwidth output
# attribute, error should be raised for drone bandwidth consumers too
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, attributes={Attribute.droneBandwidthUsed: 0}))
holder.attributes[Attribute.droneBandwidthUsed] = 50
holder.state = State.online
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2))
fit.ship = ship
restrictionError = fit.getRestrictionError(holder, Restriction.droneBandwidth)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.output, 0)
self.assertEqual(restrictionError.totalUsage, 50)
self.assertEqual(restrictionError.holderConsumption, 50)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailOriginal(self):
# Original value must be taken
fit = Fit()
holder = IndependentItem(
self.ch.type_(typeId=1, attributes={Attribute.rigSize: 10}))
holder.attributes[Attribute.rigSize] = 5
fit.items.add(holder)
ship = IndependentItem(
self.ch.type_(typeId=2, attributes={Attribute.rigSize: 6}))
ship.attributes[Attribute.rigSize] = 5
fit.ship = ship
restrictionError = fit.getRestrictionError(holder, Restriction.rigSize)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.allowedSize, 6)
self.assertEqual(restrictionError.holderSize, 10)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessModified(self):
# Make sure modified drone bandwidth values are taken
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, attributes={Attribute.droneBandwidthUsed: 40}))
holder.attributes[Attribute.droneBandwidthUsed] = 100
holder.state = State.online
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2, attributes={Attribute.droneBandwidth: 45}))
ship.attributes[Attribute.droneBandwidth] = 50
fit.ship = ship
restrictionError = fit.getRestrictionError(holder, Restriction.droneBandwidth)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.output, 50)
self.assertEqual(restrictionError.totalUsage, 100)
self.assertEqual(restrictionError.holderConsumption, 100)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailMismatch2(self):
# Check that error is returned on attempt
# to add drone from group mismatching to
# second restriction attribute
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, groupId=797))
fit.drones.add(holder)
fit.ship = IndependentItem(
self.ch.type_(typeId=2,
attributes={Attribute.allowedDroneGroup2: 69}))
restrictionError = fit.getRestrictionError(holder,
Restriction.droneGroup)
self.assertIsNotNone(restrictionError)
self.assertCountEqual(restrictionError.allowedGroups, (69, ))
self.assertEqual(restrictionError.droneGroup, 797)
fit.drones.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailType5(self):
# Check that fifth type-restriction attribute affects
# holder
fit = Fit()
ship = IndependentItem(self.ch.type_(typeId=772, groupId=31))
fit.ship = ship
holder = ShipItem(
self.ch.type_(typeId=1, attributes={Attribute.fitsToShipType: 10}))
fit.items.add(holder)
restrictionError = fit.getRestrictionError(holder,
Restriction.shipTypeGroup)
self.assertIsNotNone(restrictionError)
self.assertCountEqual(restrictionError.allowedTypes, (10, ))
self.assertCountEqual(restrictionError.allowedGroups, ())
self.assertEqual(restrictionError.shipType, 772)
self.assertEqual(restrictionError.shipGroup, 31)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessSingle(self):
# When ship provides drone bandwidth output, but single consumer
# demands for more, error should be raised
fit = Fit()
holder = IndependentItem(self.ch.type_(typeId=1, attributes={Attribute.droneBandwidthUsed: 0}))
holder.attributes[Attribute.droneBandwidthUsed] = 50
holder.state = State.online
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.droneBandwidth] = 40
fit.ship = ship
restrictionError = fit.getRestrictionError(holder, Restriction.droneBandwidth)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.output, 40)
self.assertEqual(restrictionError.totalUsage, 50)
self.assertEqual(restrictionError.holderConsumption, 50)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassCombinedMatch(self):
# Check that it's enough to match any condition
# to be fittable
fit = Fit()
ship = IndependentItem(self.ch.type_(typeId=554, groupId=23))
fit.ship = ship
holder = ShipItem(
self.ch.type_(typeId=1,
attributes={
Attribute.canFitShipType1: 1089,
Attribute.canFitShipGroup1: 23
}))
fit.items.add(holder)
restrictionError = fit.getRestrictionError(holder,
Restriction.shipTypeGroup)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessShipNoAttr(self):
# When ship is assigned, but doesn't have calibration output
# attribute, error should be raised for calibration consumers too
fit = Fit()
holder = IndependentItem(
self.ch.type_(typeId=1, attributes={Attribute.upgradeCost: 0}))
holder.attributes[Attribute.upgradeCost] = 50
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2))
fit.ship = ship
restrictionError = fit.getRestrictionError(holder,
Restriction.calibration)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.output, 0)
self.assertEqual(restrictionError.totalUsage, 50)
self.assertEqual(restrictionError.holderConsumption, 50)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testPassMultiSkill(self):
# Make sure max skill level is taken
fit = Fit()
item1 = self.ch.type_(typeId=1)
item1.requiredSkills = {50: 4}
holder = IndependentItem(item1)
fit.items.add(holder)
item2 = self.ch.type_(typeId=50)
skill1 = Skill(item2)
skill1.level = 1
fit.items.add(skill1)
skill2 = Skill(item2)
skill2.level = 5
fit.items.add(skill2)
restrictionError = fit.getRestrictionError(holder, Restriction.skillRequirement)
self.assertIsNone(restrictionError)
fit.items.remove(holder)
fit.items.remove(skill1)
fit.items.remove(skill2)
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessModified(self):
# Make sure modified drone bay volume values are taken
fit = Fit()
holder = IndependentItem(
self.ch.type_(typeId=1, attributes={Attribute.volume: 40}))
holder.attributes[Attribute.volume] = 100
fit.drones.add(holder)
ship = IndependentItem(
self.ch.type_(typeId=2, attributes={Attribute.droneCapacity: 45}))
ship.attributes[Attribute.droneCapacity] = 50
fit.ship = ship
restrictionError = fit.getRestrictionError(holder,
Restriction.droneBayVolume)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.output, 50)
self.assertEqual(restrictionError.totalUsage, 100)
self.assertEqual(restrictionError.holderConsumption, 100)
fit.drones.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
def testFailExcessSingle(self):
# When ship provides calibration output, but single consumer
# demands for more, error should be raised
fit = Fit()
holder = IndependentItem(
self.ch.type_(typeId=1, attributes={Attribute.upgradeCost: 0}))
holder.attributes[Attribute.upgradeCost] = 50
fit.items.add(holder)
ship = IndependentItem(self.ch.type_(typeId=2))
ship.attributes[Attribute.upgradeCapacity] = 40
fit.ship = ship
restrictionError = fit.getRestrictionError(holder,
Restriction.calibration)
self.assertIsNotNone(restrictionError)
self.assertEqual(restrictionError.output, 40)
self.assertEqual(restrictionError.totalUsage, 50)
self.assertEqual(restrictionError.holderConsumption, 50)
fit.items.remove(holder)
fit.ship = None
self.assertEqual(len(self.log), 0)
self.assertRestrictionBuffersEmpty(fit)
