def test_status_add():
"""add_isu を呼ぶ"""
mitems = {}
addings = [
Adding(100, "1"),
Adding(200, "2"),
Adding(300, "1234567890123456789"),
]
buyings = []
s = calc_status(0, mitems, addings, buyings)
assert len(s.adding) == 3
assert len(s.schedule) == 4
assert s.schedule[0].time == 0
assert s.schedule[0].milli_isu == (0, 0)
assert s.schedule[0].total_power == (0, 0)
assert s.schedule[1].time == 100
assert s.schedule[1].milli_isu == (1000, 0)
assert s.schedule[1].total_power == (0, 0)
assert s.schedule[2].time == 200
assert s.schedule[2].milli_isu == (3000, 0)
assert s.schedule[2].total_power == (0, 0)
assert s.schedule[3].time == 300
assert s.schedule[3].milli_isu == (123456789012345, 7)
assert s.schedule[3].total_power == (0, 0)
s = calc_status(500, mitems, addings, buyings)
assert len(s.adding) == 0
assert len(s.schedule) == 1
assert s.schedule[0].time == 500
assert s.schedule[0].milli_isu == (123456789012345, 7)
assert s.schedule[0].total_power == (0, 0)
def test_status_empty():
"""空の状態"""
mitems = {}
addings = []
buyings = []
status = calc_status(0, mitems, addings, buyings)
assert status.adding == []
assert len(status.schedule) == 1
assert status.on_sale == []
assert status.schedule[0].time == 0
assert status.schedule[0].milli_isu == (0, 0)
assert status.schedule[0].total_power == (0, 0)
def test_status_buysingle():
"""1つ買う"""
mitems = {
1: {
"item_id": 1,
"power1": 0,
"power2": 1,
"power3": 0,
"power4": 10,
"price1": 0,
"price2": 1,
"price3": 0,
"price4": 10,
}
}
initial_isu = "10"
addings = [
Adding(0, initial_isu),
]
buyings = [
Buying(1, 1, 100),
]
s = calc_status(0, mitems, addings, buyings)
assert len(s.adding) == 0
assert len(s.schedule) == 2
assert len(s.items) == 1
assert s.schedule[0].time == 0
assert s.schedule[0].milli_isu == (0, 0)
assert s.schedule[0].total_power == (0, 0)
assert s.schedule[1].time == 100
assert s.schedule[1].milli_isu == (0, 0)
assert s.schedule[1].total_power == (10, 0)
def test_on_sale():
"""購入可能時刻のテスト"""
mitems = {
1: {
"item_id": 1,
"power1": 0,
"power2": 1,
"power3": 0,
"power4": 1, # (0*x+1)*(1**(0*x+1))
"price1": 0,
"price2": 1,
"price3": 0,
"price4": 1,
}
}
addings = [
Adding(0, "1"),
]
buyings = [
Buying(1, 1, 0),
]
s = calc_status(1, mitems, addings, buyings)
assert len(s.adding) == 0
assert len(s.schedule) == 1
assert len(s.on_sale) == 1
assert len(s.items) == 1
assert s.schedule[0].time == 1
assert s.on_sale[0] == (1, 1000)
assert s.items[0].count_bought == 1
assert s.items[0].power == (1, 0)
assert s.items[0].count_built == 1
assert s.items[0].next_price == (1, 0)
def test_status_buy():
"""アイテム購入のテスト"""
mitems = {
1: {
"item_id": 1,
"power1": 1,
"power2": 1,
"power3": 3,
"power4": 2,
"price1": 1,
"price2": 1,
"price3": 7,
"price4": 6,
},
2: {
"item_id": 2,
"power1": 1,
"power2": 1,
"power3": 7,
"power4": 6,
"price1": 1,
"price2": 1,
"price3": 3,
"price4": 2,
},
}
initial_isu = "10000000"
addings = [
Adding(0, initial_isu),
]
buyings = [
Buying(1, 1, 100),
Buying(1, 2, 200),
Buying(2, 1, 300),
Buying(2, 2, 2001),
]
s = calc_status(0, mitems, addings, buyings)
assert len(s.adding) == 0
assert len(s.schedule) == 4
assert len(s.on_sale) == 2
assert len(s.items) == 2
total_power = 0
milli_isu = int(initial_isu) * 1000
milli_isu -= calc_item_price(mitems[1], 1) * 1000
milli_isu -= calc_item_price(mitems[1], 2) * 1000
milli_isu -= calc_item_price(mitems[2], 1) * 1000
milli_isu -= calc_item_price(mitems[2], 2) * 1000
# 0sec
assert s.schedule[0].time == 0
assert s.schedule[0].milli_isu == int2exp(milli_isu)
assert s.schedule[0].total_power == int2exp(total_power)
# 0.1sec
total_power += calc_item_power(mitems[1], 1)
assert s.schedule[1].time == 100
assert s.schedule[1].milli_isu == int2exp(milli_isu)
assert s.schedule[1].total_power == int2exp(total_power)
# 0.2sec
milli_isu += total_power * 100
total_power += calc_item_power(mitems[1], 2)
assert s.schedule[2].time == 200
assert s.schedule[2].milli_isu == int2exp(milli_isu)
assert s.schedule[2].total_power == int2exp(total_power)
# 0.3sec
milli_isu += total_power * 100
total_power += calc_item_power(mitems[2], 1)
assert s.schedule[3].time == 300
assert s.schedule[3].milli_isu == int2exp(milli_isu)
assert s.schedule[3].total_power == int2exp(total_power)
# OnSale
assert (1, 0) in s.on_sale
assert (2, 0) in s.on_sale