def test_export_to_sucess_many(set_global_modifier_1):
world = set()
main_island = main.Island(name="main-isle", fertility={"potato": None, "grain": None}, exports={}, world=world)
main_island.residences["workers"] = (130 / 2) * (2 / 3) * 5 # number of workers that means 5 hop field required
hop_island = main.Island(name="hop-isle", fertility={"hops": None}, exports={"hops": None}, world=world)
main_island.calculate_required_production_buildings()
assert len(hop_island.exports_to) == 1
assert math.ceil(hop_island.exports_to["hops"]["main-isle"]) == 5
def test_export_hops_sucess():
world = set()
main_island = main.Island(name="main-isle", fertility={"potato": None, "grain": None}, exports={}, world=world)
main_island.residences["workers"] = 1
hop_island = main.Island(name="hop-isle", fertility={"hops": None}, exports={"hops": None}, world=world)
main_island.calculate_required_production_buildings()
assert main_island.required_buildings["hops"] == 0
assert math.ceil(hop_island.required_buildings["hops"]) == 1
assert math.ceil(hop_island.exports_to["hops"]["main-isle"]) == 1
def test_exports_correct_num_with_both(artisans_dont_drink_rum, set_global_modifier_1):
world = set()
main_island = main.Island(name="main-isle",
fertility={"potato": None, "grain": None, "peppers": None, "iron_mine": None, "coal_mine": 100, "sugar": None, "cotton": None,
"furs": None}, exports={}, world=world)
# main_island.residences["farmers"] = 1000
main_island.residences["workers"] = (130 / 2) * (2 / 3) * 5 # number of workers that means 5 hop field required
main_island.residences["artisans"] = (65 / 2) * (2 / 3) * 5
hop_island = main.Island(name="hop-isle", fertility={"hops": None}, exports={"hops": None}, world=world)
main_island.calculate_required_production_buildings()
hop_island.calculate_required_production_buildings()
assert len(hop_island.exports_to) == 1
assert math.ceil(hop_island.exports_to["hops"]["main-isle"]) == 10 == math.ceil(hop_island.required_buildings["hops"])
def test_new_world_pop_beer_export(example_island: main.Island):
hop_isle = main.Island(name="hop-isle", fertility={"hops": None},
exports={"hops": None}, world=example_island.world)
beer_isle = main.Island(name="beer-isle", fertility={"grain": None},
exports={"brewery": None},
world=example_island.world)
del example_island.fertility["grain"]
example_island.residences["jornaleros"] = 1
example_island.residences["obreros"] = 1
example_island.calculate_required_production_buildings()
beer_isle.calculate_required_production_buildings()
hop_isle.calculate_required_production_buildings()
assert math.ceil(beer_isle.required_buildings["brewery"]) == 1
assert math.ceil(hop_isle.required_buildings["hops"]) == 1
def test_import_some_iron(example_island: main.Island):
example_island.fertility["iron_mine"] = 1
iron_isle = main.Island(name="iron-isle", fertility={"iron_mine": 55}, exports={"iron_mine": 50}, world=example_island.world)
example_island.requested_construction_buildings["steel_works"] = 6 # require 2 iron mines
example_island.calculate_required_production_buildings()
assert example_island.required_buildings["iron_mine"] == 1
assert iron_isle.required_buildings["iron_mine"] == 1
def example_island(set_global_modifier_1):
"example island with all fertilities"
world = set()
example_island = main.Island(name="example_island", fertility={}, exports={}, world=world)
for resource in main.NATURAL_RESOURCES:
example_island.fertility[resource] = None
example_island.fertility["coal_mine"] = 100 # Cant be none
return example_island
def test_export_too_much_iron():
exporter_isle = main.Island(name="exporter-isle", world=set(),
fertility={"iron_mine": 1},
exports={"iron_mine": 1})
isle_one = main.Island(name="i1", world=exporter_isle.world)
isle_one.requested_construction_buildings["steel_works"] = 3
isle_two = main.Island(name="i2", world=exporter_isle.world)
isle_two.requested_construction_buildings["steel_works"] = 3
isle_iron_spare = main.Island(name="ironspare", fertility={"iron_mine": 1}, exports={"iron_mine": 1}, world=exporter_isle.world)
exporter_isle.calculate_required_production_buildings()
isle_one.calculate_required_production_buildings()
isle_two.calculate_required_production_buildings()
assert exporter_isle.required_buildings["iron_mine"] <= 1
assert isle_iron_spare.required_buildings["iron_mine"] <= 1
def test_must_import(example_island: main.Island):
example_island.must_import = {"fishery"}
example_island.residences["farmers"] = 100
fish_isle = main.Island(name="fish", exports={"fishery": None}, world=example_island.world)
example_island.calculate_required_production_buildings()
fish_isle.calculate_required_production_buildings()
assert example_island.required_buildings["fishery"] == 0
assert fish_isle.required_buildings["fishery"] > 0
def test_more_hops(example_island: main.Island):
del example_island.fertility["hops"]
example_island.residences["workers"] = 130 * 2
hop_island = main.Island(name="hop-isle", fertility={"hops": None}, exports={"hops": None}, world=example_island.world)
example_island.calculate_required_production_buildings()
hop_island.calculate_required_production_buildings()
assert example_island.required_buildings["hops"] == 0
assert example_island.required_buildings["brewery"] == 4
assert hop_island.required_buildings["hops"] == 6
def test_some_coalmine_somekiln():
main_island = main.Island(name="main-isle", fertility={"potato": None, "grain": None, "peppers": None, "iron_mine": 55, "coal_mine": 1}, exports={},
world=set())
main_island.requested_construction_buildings["weapons"] = 12
main_island.requested_construction_buildings["steel_works"] = 3
main_island.calculate_required_production_buildings()
assert main_island.required_buildings["weapons"] == 12
assert main_island.required_buildings["coal_mine"] == 1
assert main_island.required_buildings["charcoal_kiln"] == 4
def test_export_rum_not_sugar(example_island: main.Island):
example_island.residences["artisans"] = 1
del example_island.fertility["sugar"]
new_world = main.Island(name="newworld",
fertility={"sugar": None},
exports={"rum": None},
world=example_island.world)
example_island.calculate_required_production_buildings()
new_world.calculate_required_production_buildings()
def test_global_modifier_imports(example_island: main.Island):
del example_island.fertility["potato"]
potato_isle = main.Island(name="potato-isle", fertility={"potato": None},
exports={"potato": None},
world=example_island.world)
main.GLOBAL_CONSUMPTION_MODIFIER = .5
example_island.residences["farmers"] = 60
example_island.calculate_required_production_buildings()
assert potato_isle.required_buildings["potato"] == .5
def test_no_sugar_export(example_island: main.Island):
example_island.residences["artisans"] = 1
del example_island.fertility["sugar"]
new_world = main.Island(name="newworld",
fertility={"sugar": None},
exports={},
world=example_island.world)
with pytest.raises(main.NoFertility):
example_island.calculate_required_production_buildings()
def test_make_coats_import_raw():
fur_island = main.Island(name="fur-isle",
fertility={"furs": None},
exports={"hunting_cabin": None},
world=set()
)
cotton_isle = main.Island(name="cotton-isle",
fertility={"cotton": None},
exports={"cotton_mill": None},
world=fur_island.world)
coat_isle = main.Island(name="coat-isle",
fertility={"grain": None, "hops": None, "peppers": None, "iron_mine": None, "sugar": None},
exports={},
world=fur_island.world)
coat_isle.residences["artisans"] = 1
coat_isle.calculate_required_production_buildings()
fur_island.calculate_required_production_buildings()
cotton_isle.calculate_required_production_buildings()
assert math.ceil(cotton_isle.exports_to["cotton_mill"]["coat-isle"]) == 1
assert math.ceil(cotton_isle.exports_to["cotton_mill"]["coat-isle"]) == 1
assert math.ceil(fur_island.exports_to["hunting_cabin"]["coat-isle"]) == 1
assert math.ceil(coat_isle.required_buildings["fur_dealer"]) == 1
def test_odd_furnace_number():
world = set()
mainisle = main.Island(name="main-isle", fertility={"grain": None, "potato": None, "peppers": None,
"iron_mine": 2, "coal_mine": 1, "clay": 3},
exports={},
world=world)
mainisle.requested_construction_buildings["sawmill"] = 4
mainisle.requested_construction_buildings["brick"] = 6
mainisle.requested_construction_buildings["sailmaker"] = 1
mainisle.requested_construction_buildings["steel_works"] = 2
mainisle.requested_construction_buildings["weapons"] = 3
mainisle.requested_construction_buildings["windows"] = 1
mainisle.calculate_required_production_buildings()
assert mainisle.required_buildings["coal_mine"] == 1
assert math.ceil(mainisle.required_buildings["furnace"]) == 3
assert math.ceil(mainisle.required_buildings["charcoal_kiln"]) == 1
def test_fertilities(example_fertility):
world = set()
fertile_island = main.Island(name="fertile", fertility=example_fertility, exports={}, world=world)
def test_export_more_than_possible():
world = set()
with pytest.raises(AssertionError):
coal_export_island = main.Island(name="coal_export_island", fertility={"coal_mine": 1}, exports={"coal_mine": 2}, world=world)
def test_export_unlimited_fer_limit():
world = set()
with pytest.raises(AssertionError):
bad_isle = main.Island(name="bad", fertility={"grain": 1}, exports={"grain": None}, world=world)
def test_limit_export_allowed():
world = set()
coal_export_island = main.Island(name="coal_export_island", fertility={"coal_mine": None}, exports={"coal_mine": 1}, world=world)
def test_world_creation(example_island: main.Island):
assert example_island in example_island.world
second_isle = main.Island(name="2nd", fertility={}, exports={}, world=example_island.world)
assert second_isle in example_island.world