def itemstash_search_test():
# Test ItemStash.search method
hidden = []
# generate weapon 1
w1 = items.new_weapon()
w1.desc['name'] = "Weapon 1"
w1.desc['rarity'] = 0
# generate weapon 2
w2 = items.new_weapon()
w2.desc['name'] = "Weapon 2"
w2.desc['rarity'] = 0
# generate weapon 3
w3 = items.new_weapon()
w3.desc['name'] = "Weapon 3"
w3.desc['rarity'] = 100 # more than max find chance possible
# test no items
stash = map_.ItemStash([])
ok_(stash.search() == [])
ok_(stash.hidden_items == [])
# test one item with lowest rarity
hidden = [w1]
stash = map_.ItemStash(hidden)
discovered = stash.search()
ok_(w1 in discovered)
ok_(stash.hidden_items == [])
# test two items with lowest rarity
hidden = [w1, w2]
stash = map_.ItemStash(hidden)
discovered = stash.search()
ok_(w1 in discovered and w2 in discovered)
ok_(stash.hidden_items == [])
# test two items, one is not discoverable
hidden = [w1, w3]
stash = map_.ItemStash(hidden)
discovered = stash.search()
ok_(w1 in discovered and w3 not in discovered)
ok_(stash.hidden_items == [w3])
def add_item_stash(scene):
""" Add an item stash to a scene."""
# Create pool of items to choose from
# 1. Take 2 weapons, put in pool
pool = []
for i in range(2):
pool.append(items.new_weapon())
# 2. Take 1 armor, put in pool
for i in range(1):
pool.append(items.new_armor())
# 3. Randomly pick 1-2 items from pool
shuffle(pool)
final = []
for i in range(randint(1, 2)):
final.append(pool.pop())
# Create item stash and add to scene
stash = map_.ItemStash(final)
scene.features.append(stash)
def new_weapon_test():
# Tests if new weapons are created properly.
weapon = items.new_weapon()
ok_(weapon is not None)
