def test_mdrive():
# Testing valid drive to tonnage match
spacecraft = Spacecraft(100)
spacecraft.add_mdrive(MDrive("A"))
assert spacecraft.thrust == 2
# Testing invalid drive to tonnage match
spacecraft = Spacecraft(100)
spacecraft.add_mdrive(MDrive("J"))
assert spacecraft.thrust == 0
# Testing valid larger drive to tonnage match
spacecraft = Spacecraft(2000)
spacecraft.add_mdrive(MDrive("U"))
assert spacecraft.thrust == 4
def test_jdrive():
# Testing valid drive to tonnage match
spacecraft = Spacecraft(200)
spacecraft.add_jdrive(JDrive("A"))
assert spacecraft.jump == 1
# Testing invalid drive to tonnage match
spacecraft = Spacecraft(100)
spacecraft.add_jdrive(JDrive("J"))
assert spacecraft.jump == 0
# Testing valid larger drive to tonnage match
spacecraft = Spacecraft(1600)
spacecraft.add_jdrive(JDrive("Z"))
assert spacecraft.jump == 5
def test_remove():
"""
Tests removing a piece of armour from the ship
"""
ship = Spacecraft(200)
armour = Armour("Titanium Steel")
assert armour.tl == 7
assert armour.protection == 2
assert armour.hull_amount == 0.05
assert armour.cost_by_hull_percentage == 0.05
ship.add_armour(armour)
assert ship.get_remaining_cargo() == 190
assert ship.armour_total == 2
assert ship.get_total_cost() == 8.4
ship.remove_armour(armour)
assert ship.get_remaining_cargo() == 200
assert ship.armour_total == 0
assert ship.get_total_cost() == 8
# testing for removing a non-attached armour piece
ship.remove_armour(armour)
assert ship.get_remaining_cargo() == 200
assert ship.armour_total == 0
assert ship.get_total_cost() == 8
def test_lowest_drive():
ship = Spacecraft(100)
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 100
drive = ship.get_lowest_drive()
assert drive == "A"
def test_swap():
"""
Tests swapping the tonnage on the ship and making sure the ship's values
translate accordingly
"""
ship = Spacecraft(200)
armour = Armour("Titanium Steel")
assert armour.tl == 7
assert armour.protection == 2
assert armour.hull_amount == 0.05
assert armour.cost_by_hull_percentage == 0.05
ship.add_armour(armour)
assert ship.get_remaining_cargo() == 190
assert ship.armour_total == 2
assert ship.get_total_cost() == 8.4
ship.set_tonnage(100)
assert ship.get_remaining_cargo() == 95
assert ship.armour_total == 2
assert ship.get_total_cost() == 2.1
ship.remove_armour(armour)
assert ship.get_remaining_cargo() == 100
assert ship.armour_total == 0
assert ship.get_total_cost() == 2
def test_config_functionality():
"""
Tests functionality for adding configurations and swapping tonnage values
:return:
"""
ship = Spacecraft(100)
assert ship.get_remaining_cargo() == 100
assert ship.get_total_cost() == 2.0
assert ship.tonnage == 100
assert ship.hull_type.type == "Standard"
config = Config("Streamlined")
ship.edit_hull_config(config)
assert ship.get_remaining_cargo() == 100
assert ship.get_total_cost() == 2.2
assert ship.tonnage == 100
assert ship.hull_type.type == "Streamlined"
config = Config("Standard")
ship.edit_hull_config(config)
ship.set_tonnage(100)
assert ship.get_remaining_cargo() == 100
assert ship.get_total_cost() == 2.0
assert ship.tonnage == 100
assert ship.hull_type.type == "Standard"
def test_adding():
"""
Tests adding both types of drives to a ship
"""
ship = Spacecraft(100)
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 100
assert ship.get_total_cost() == 2
assert ship.mdrive is None
assert ship.jdrive is None
ship.add_jdrive(JDrive("A"))
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 90
assert ship.get_total_cost() == 12
assert ship.jdrive is not None
ship.add_mdrive(MDrive("A"))
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 88
assert ship.get_total_cost() == 16
assert ship.mdrive is not None
ship.add_pplant(PPlant("A"))
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 84
assert ship.get_total_cost() == 24
assert ship.pplant is not None
def test_incompatible_drive():
ship = Spacecraft(100)
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 100
assert ship.mdrive is None
ship.add_mdrive(MDrive("Z"))
assert ship.mdrive is None
def test_adding():
# Initializing a ship and adding a computer system to it, checking for correct values
ship = Spacecraft(100)
assert ship.get_total_cost() == 2.0
computer = Computer("Model 3")
ship.add_computer(computer)
assert ship.get_total_cost() == 4.0
assert ship.check_rating_ratio() == 15
def test_fuel_scoop():
ship = Spacecraft(100)
assert ship.hull_type.type == "Standard"
assert ship.fuel_scoop is False
assert ship.get_total_cost() == 2.0
ship.modify_fuel_scoops()
assert ship.hull_type.type == "Standard"
assert ship.fuel_scoop is True
assert ship.get_total_cost() == 3.0
def test_fuel_add():
ship = Spacecraft(100)
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 100
assert ship.fuel_max == 0
ship.set_fuel(50)
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 50
assert ship.fuel_max == 50
def test_normal_add():
ship = Spacecraft(100)
# Adding and removing a Fuel Processor
fuel_processor = Misc("Fuel Processors", 1)
ship.modify_misc(fuel_processor)
assert ship.get_remaining_cargo() == 99
assert ship.get_total_cost() == 2.05
ship.remove_misc("Fuel Processors")
assert ship.get_remaining_cargo() == 100
assert ship.get_total_cost() == 2.0
def test_adding():
# Testing adding a single piece of software to a ship
ship = Spacecraft(100)
computer = Computer("Model 3")
jump = Software("Jump Control", 2)
ship.add_computer(computer)
assert ship.get_total_cost() == 4.0
ship.modify_software(jump)
assert ship.get_total_cost() == 4.2
assert len(ship.software) == 1
def test_spacecraft_init():
"""
Tests the initialization of a new Spacecraft (hull)
"""
spacecraft = Spacecraft(1000)
assert spacecraft.tonnage == 1000
assert spacecraft.get_remaining_cargo() == 1000
assert spacecraft.hull_hp == 1000 // 50
assert spacecraft.structure_hp == 1000 // 50
assert spacecraft.fuel_max == 0
assert spacecraft.armour_total == 0
assert spacecraft.hull_type.type == "Standard"
assert spacecraft.hull_designation == "B"
def test_repair_drones():
ship = Spacecraft(100)
# Adding repair drones and checking dynamic costs
repair_drones = Misc("Repair Drones", 1)
ship.modify_misc(repair_drones)
assert ship.get_remaining_cargo() == 99.0
assert ship.get_total_cost() == 2.2
# Removing the drone
ship.remove_misc("Repair Drones")
assert ship.get_remaining_cargo() == 100
assert ship.get_total_cost() == 2.0
def test_escape_pods():
ship = Spacecraft(100)
# Adding a stateroom then an escape pod
stateroom = Misc("Staterooms", 1)
ship.modify_misc(stateroom)
assert ship.get_remaining_cargo() == 96
assert ship.get_total_cost() == 2.5
escape_pod = Misc("Escape Pods", 1)
ship.modify_misc(escape_pod)
assert ship.get_remaining_cargo() == 95.5
assert ship.get_total_cost() == 2.6
def test_pplant_validity():
# Tests 4 cases for pplant validities
ship = Spacecraft(100)
assert ship.tonnage == 100
assert ship.get_remaining_cargo() == 100
ship.add_jdrive(JDrive("B"))
ship.add_pplant(PPlant("B"))
assert ship.check_pplant_validity() == True
ship.add_pplant(PPlant("A"))
assert ship.check_pplant_validity() == "Error: PPlant under J-Drive. A < B"
ship = Spacecraft(100)
ship.add_mdrive(MDrive("B"))
ship.add_pplant(PPlant("A"))
assert ship.check_pplant_validity() == "Error: PPlant under M-Drive. A < B"
ship.add_jdrive(JDrive("B"))
assert ship.check_pplant_validity(
) == "Error: PPlant under max M/J-Drive. A < B"
def test_swap():
ship = Spacecraft(100)
# Adding repair drones and checking dynamic costs
repair_drones = Misc("Repair Drones", 1)
ship.modify_misc(repair_drones)
assert ship.get_remaining_cargo() == 99.0
assert ship.get_total_cost() == 2.2
# Swapping for more drones
repair_drones = Misc("Repair Drones", 2)
ship.modify_misc(repair_drones)
assert ship.get_remaining_cargo() == 98.0
assert ship.get_total_cost() == 2.4
def test_swapping():
# Test swapping between computer models
ship = Spacecraft(100)
assert ship.get_total_cost() == 2.0
computer = Computer("Model 3")
ship.add_computer(computer)
assert ship.get_total_cost() == 4.0
assert ship.check_rating_ratio() == 15
new = Computer("Model 4")
ship.add_computer(new)
assert ship.get_total_cost() == 7.0
assert ship.check_rating_ratio() == 20
def test_adding():
# Tests adding hull objects to the ship
spacecraft = Spacecraft(100)
reflec = Option("Reflec")
stealth = Option("Stealth")
spacecraft.modify_hull_option(reflec)
assert spacecraft.get_remaining_cargo() == 100
assert spacecraft.get_total_cost() == 12.0
assert len(spacecraft.hull_options) == 1
spacecraft.modify_hull_option(stealth)
assert spacecraft.get_remaining_cargo() == 100
assert spacecraft.get_total_cost() == 22.0
assert len(spacecraft.hull_options) == 2
def test_removing():
# Tests removing a screen object from the ship
ship = Spacecraft(200)
assert ship.get_remaining_cargo() == 200
assert ship.get_total_cost() == 8.0
damper = Screen("Nuclear Damper")
ship.modify_screen(damper)
assert ship.get_remaining_cargo() == 150
assert ship.get_total_cost() == 58.0
new_damper = Screen("Nuclear Damper")
ship.modify_screen(new_damper)
assert ship.get_remaining_cargo() == 200
assert ship.get_total_cost() == 8.0
def test_removing():
# Tests removing a hull object from the ship
spacecraft = Spacecraft(100)
reflec = Option("Reflec")
spacecraft.modify_hull_option(reflec)
assert spacecraft.get_remaining_cargo() == 100
assert spacecraft.get_total_cost() == 12.0
assert len(spacecraft.hull_options) == 1
new_reflec = Option("Reflec")
spacecraft.modify_hull_option(new_reflec)
assert spacecraft.get_remaining_cargo() == 100
assert spacecraft.get_total_cost() == 2.0
assert len(spacecraft.hull_options) == 0
def test_add():
"""
Tests adding a piece of armour to a ship
"""
ship = Spacecraft(200)
armour = Armour("Titanium Steel")
assert armour.tl == 7
assert armour.protection == 2
assert armour.hull_amount == 0.05
assert armour.cost_by_hull_percentage == 0.05
ship.add_armour(armour)
assert ship.get_remaining_cargo() == 190
assert ship.armour_total == 2
assert ship.get_total_cost() == 8.4
def test_add_replace():
# Testing adding and replacing a sensor system
ship = Spacecraft(100)
assert ship.get_remaining_cargo() == 100
assert ship.get_total_cost() == 2.0
sensor = Sensor("Advanced")
ship.add_sensors(sensor)
assert ship.get_remaining_cargo() == 97
assert ship.get_total_cost() == 4.0
assert ship.sensors is not None
sensor = Sensor("Basic Civilian")
ship.add_sensors(sensor)
assert ship.get_remaining_cargo() == 99
assert ship.get_total_cost() == 2.05
def test_adding():
# Tests adding each screen type
damper = Screen("Nuclear Damper")
meson = Screen("Meson Screen")
extra = Screen("Nuclear Damper")
ship = Spacecraft(200)
assert ship.get_remaining_cargo() == 200
assert ship.get_total_cost() == 8.0
ship.modify_screen(damper)
assert ship.get_remaining_cargo() == 150
assert ship.get_total_cost() == 58.0
ship.modify_screen(meson)
assert ship.get_remaining_cargo() == 100
assert ship.get_total_cost() == 118.0
def test_init():
# Test ship rating check before computer addition
ship = Spacecraft(100)
assert ship.check_rating_ratio() == 0
# Initializing a computer and adding a mod to it, testing the end values
computer = Computer("Model 5")
assert computer.rating == 25
assert computer.tl == 13
assert computer.get_cost() == 10.0
computer.modify_addon("Jump Control Spec")
assert computer.rating == 25
assert computer.get_cost() == 15.0
computer.modify_addon("Hardened System")
assert computer.get_cost() == 20.0
def test_remove():
# Tests the available rating check
ship = Spacecraft(100)
computer = Computer("Model 3")
jump = Software("Jump Control", 2)
ship.add_computer(computer)
assert ship.get_total_cost() == 4.0
# Adding the level 2 jump
ship.modify_software(jump)
assert ship.get_total_cost() == 4.2
assert len(ship.software) == 1
# Removing
ship.remove_software("Jump Control")
assert ship.get_total_cost() == 4.0
assert len(ship.software) == 0
def test_downgrading():
# Testing adding a single piece of software to a ship
ship = Spacecraft(100)
computer = Computer("Model 3")
jump = Software("Jump Control", 2)
downgrade = Software("Jump Control", 1)
ship.add_computer(computer)
assert ship.get_total_cost() == 4.0
# Adding the level 2 jump
ship.modify_software(jump)
assert ship.get_total_cost() == 4.2
assert len(ship.software) == 1
# Downgrading to the level 1 jump
ship.modify_software(downgrade)
assert ship.get_total_cost() == 4.1
assert len(ship.software) == 1
def test_check_ratio():
# Tests the available rating check
ship = Spacecraft(100)
computer = Computer("Model 3")
jump = Software("Jump Control", 2)
ship.add_computer(computer)
assert ship.get_total_cost() == 4.0
# Check before addition
assert ship.check_rating_ratio() == 15
# Adding the level 2 jump
ship.modify_software(jump)
assert ship.get_total_cost() == 4.2
assert len(ship.software) == 1
# Check after addition
assert ship.check_rating_ratio() == 5
def test_empty_ship():
ship = Spacecraft(0)
assert ship.tonnage == 0
assert ship.get_remaining_cargo() == 0
assert ship.jdrive is None
ship.add_jdrive(JDrive("A"))
assert ship.tonnage == 0
assert ship.get_remaining_cargo() == 0
assert ship.jdrive is None
ship.add_mdrive(MDrive("A"))
assert ship.tonnage == 0
assert ship.get_remaining_cargo() == 0
assert ship.mdrive is None
ship.add_pplant(PPlant("A"))
assert ship.tonnage == 0
assert ship.get_remaining_cargo() == 0
assert ship.pplant is None