def test_ability_adj(dummy_parameter):
player_char = pc.PlayerCharacter()
assert player_char.ability_mods['STR'][0] in ['-2', '-1', '+0', '+1', '+2']
assert player_char.ability_mods['STR'][1] in [
'-2', '-1', '+0', '+1', '+2', '+3'
]
assert player_char.ability_mods['STR'][2] in [
f"{x}:6" for x in range(1, 7)
]
assert player_char.ability_mods['STR'][3] in [
f"{x}%" for x in [0, 1, 2, 4, 8, 16, 24, 32]
]
assert player_char.ability_mods['DEX'][0] in [
'-2', '-1', '+0', '+1', '+2', '+3'
]
assert player_char.ability_mods['DEX'][1] in ['-2', '-1', '+0', '+1', '+2']
assert player_char.ability_mods['DEX'][2] in [
f"{x}:6" for x in range(1, 7)
]
assert player_char.ability_mods['DEX'][3] in [
f"{x}%" for x in [0, 1, 2, 4, 8, 16, 24, 32]
]
assert player_char.ability_mods['CON'][0] in ['-1', '+0', '+1', '+2', '+3']
assert player_char.ability_mods['CON'][1] in ['-2', '-1', '+0', '+1', '+2']
assert player_char.ability_mods['CON'][2] in [
'45%', '55%', '65%', '75%', '80%', '85%', '90%', '95%'
]
assert player_char.ability_mods['CON'][3] in [
f"{x}:6" for x in range(1, 7)
]
assert player_char.ability_mods['CON'][4] in [
f"{x}%" for x in [0, 1, 2, 4, 8, 16, 24, 32]
]
assert player_char.ability_mods['INT'][0] in [
'Illiterate', '+0', '+1', '+2', '+3'
]
assert player_char.ability_mods['INT'][1] in [
'N/A', '--', '1st', '1st, 2nd', '1st, 2nd, 3rd', '1st, 2nd, 3rd, 4th'
]
assert player_char.ability_mods['INT'][2] in [
'N/A', '50%', '65%', '75%', '85%', '95%'
]
assert player_char.ability_mods['WIS'][0] in ['-2', '-1', '+0', '+1', '+2']
assert player_char.ability_mods['WIS'][1] in [
'N/A', '--', '1st', '1st, 2nd', '1st, 2nd, 3rd', '1st, 2nd, 3rd, 4th'
]
assert player_char.ability_mods['WIS'][2] in [
'N/A', '50%', '65%', '75%', '85%', '95%'
]
assert player_char.ability_mods['CHA'][0] in [
'-3', '-2', '-1', '+0', '+1', '+2', '+3'
]
assert player_char.ability_mods['CHA'][1] in [1, 2, 3, 4, 6, 8, 10, 12]
assert player_char.ability_mods['CHA'][2] in ['-1', '+0', '+1']
def test_gen_abilities(dummy_parameter):
player_char = pc.PlayerCharacter()
print(player_char.abilities)
assert list(player_char.abilities.keys()) == [
'STR', 'DEX', 'CON', 'INT', 'WIS', 'CHA'
]
for v in player_char.abilities.values():
assert 3 <= v <= 18
def test_char_class(dummy_parameter):
player_char = pc.PlayerCharacter()
assert player_char.char_class in ['Fighter', 'Thief', 'Magician', 'Cleric']
if player_char.best_stat == 'STR':
assert player_char.char_class == 'Fighter'
if player_char.best_stat == 'DEX':
assert player_char.char_class == 'Thief'
if player_char.best_stat == 'INT':
assert player_char.char_class == 'Magician'
if player_char.best_stat == 'WIS':
assert player_char.char_class == 'Cleric'
def test_alignment(dummy_parameter):
player_char = pc.PlayerCharacter()
alignments = [
'Neutral',
'Lawful Good',
'Chaotic Good',
'Lawful Evil',
'Chaotic Evil',
]
assert player_char.alignment in alignments
if player_char.char_class == 'Thief':
assert player_char.alignment != 'Lawful Good'
def test_thief_skills(dummy_parameter):
player_char = pc.PlayerCharacter()
if player_char.char_class == 'Thief':
if player_char.abilities['DEX'] >= 16:
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Climb'] == '9:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Hide'] == '6:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Manipulate Traps'] == '4:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Move Silently'] == '6:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Open Locks'] == '4:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Pick Pockets'] == '5:12'
else:
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Climb'] == '8:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Hide'] == '5:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Manipulate Traps'] == '3:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Move Silently'] == '5:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Open Locks'] == '3:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Pick Pockets'] == '4:12'
if player_char.abilities['INT'] >= 16:
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Decipher Script'] == '1:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Read Scrolls'] == '-'
else:
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Decipher Script'] == '0:12'
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Read Scrolls'] == '-'
if player_char.abilities['WIS'] >= 16:
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Discern Noise'] == '5:12'
else:
assert player_char.char_info['Class Abilities']['Thief Abilities'][
'Discern Noise'] == '4:12'
def test_class_selection(dummy_parameter):
player_char = pc.PlayerCharacter()
if player_char.char_class == 'Fighter':
assert player_char.abilities['STR'] >= player_char.abilities['DEX']
assert player_char.abilities['STR'] >= player_char.abilities['INT']
assert player_char.abilities['STR'] >= player_char.abilities['WIS']
if player_char.char_class == 'Thief':
assert player_char.abilities['DEX'] >= player_char.abilities['STR']
assert player_char.abilities['DEX'] >= player_char.abilities['INT']
assert player_char.abilities['DEX'] >= player_char.abilities['WIS']
if player_char.char_class == 'Magician':
assert player_char.abilities['INT'] >= player_char.abilities['DEX']
assert player_char.abilities['INT'] >= player_char.abilities['STR']
assert player_char.abilities['INT'] >= player_char.abilities['WIS']
if player_char.char_class == 'Cleric':
assert player_char.abilities['WIS'] >= player_char.abilities['DEX']
assert player_char.abilities['WIS'] >= player_char.abilities['INT']
assert player_char.abilities['WIS'] >= player_char.abilities['STR']
def main():
curses.initscr()
try:
win = curses.newwin(0, 0)
# get player name and race
chargen = pc.CharacterCreation()
chargen.askForName(win, 0, 0)
name = win.getstr() #.decode(encoding='utf-8')
chargen.askForRace(win, 0, 1)
race = win.getstr()
#clear the screen
win.clear()
win.refresh()
# instantiate classes
d = dungeon.Dungeon()
pcinfo = pc.PlayerCharacter(name, race)
# prints character info
win.addstr(2, 0, 'IS THIS THINE TRUE SELF?')
pcinfo.drawTo(win, 5, 4)
win.addstr(13, 9, 'Y or N')
win.refresh()
# waits for a keypress
win.getch()
# clear the screen
win.clear()
win.refresh()
#draw dungeon map and close on keystroke
d.drawTo(win, 0, 0)
win.getch()
except:
curses.endwin()
finally:
pass
# return terminal to normal
curses.endwin()
import pc
pcinfo = pc.PlayerCharacter('bobby', 'blue')
x = pcinfo.threeDSix()
print x
def test_spell_list(dummy_parameter):
player_char = pc.PlayerCharacter()
if player_char.char_class in ['Cleric', 'Magician']:
assert len(set(player_char.spell_list)) == 3
else:
assert len(player_char.spell_list) == 0
def test_save_mods(dummy_parameter):
player_char = pc.PlayerCharacter()
for k, v in player_char.save_mods.items():
assert v in ['+0', '+2']
def test_best_stat(dummy_parameter):
player_char = pc.PlayerCharacter()
print(player_char.abilities)
print(f"calculated best stat: {player_char.best_stat}")
best_score = max(player_char.abilities.values())
assert player_char.abilities[player_char.best_stat] == best_score
def test_fighting_ability(dummy_parameter):
player_char = pc.PlayerCharacter()
assert player_char.fa in [0, 1]
assert player_char.fighting_ability in ['+0', '+1']