def test_missing_required_token(self):
with pytest.raises(SolvingError) as exception:
n.solve(category='natural',
function='key',
digits=1,
type='lighting')
assert str(exception.value).startswith("Token") is True
def test_implicit(self):
name = 'natural_custom_chars_001_ANI'
solved = n.solve('chars', 1, type='animation')
assert solved == name
name = 'natural_custom_chars_001_LGT'
solved = n.solve('chars', 1)
assert solved == name
def test_no_match_for_token(self):
with pytest.raises(TokenError) as exception:
n.solve(category='natural',
function='sarasa',
whatAffects='chars',
digits=1,
type='lighting')
assert str(exception.value).startswith("name") is True
def test_defaults(self):
name = 'natural_custom_chars_001_LGT'
solved = n.solve(category='natural',
whatAffects='chars',
digits=1,
type='lighting')
assert solved == name
name = 'natural_custom_chars_001_LGT'
solved = n.solve(whatAffects='chars', digits=1)
assert solved == name
def test_solve_repeated_missing_some(self):
name = "C-FRONT_C-PAROT_R-RETMAND"
result = n.solve(side1="center",
side3="right",
region2="parotidmasseter",
region3="retromandibularfossa")
assert result == name
def test_explicit(self):
name = 'natural_ambient_chars_001_LGT'
solved = n.solve(category='natural',
function='ambient',
whatAffects='chars',
digits=1,
type='lighting')
assert solved == name
def test_solve_anchoring_start(self):
rules.reset_rules()
rules.add_rule('anchoring', '{awesometoken}_crazy_hardcoded_value',
rules.Rule.ANCHOR_START)
name = 'hello_crazy_hardcoded_value'
solved = n.solve(awesometoken='hello')
assert solved == name
def test_solve_anchoring_end(self):
rules.reset_rules()
rules.add_rule('anchoring', 'crazy_hardcoded_value_{awesometoken}',
rules.Rule.ANCHOR_END)
name = 'crazy_hardcoded_value_bye'
solved = n.solve('bye')
assert solved == name
def test_solve_repeat_one_token(self):
name = "L-MENT_L-PAROT_L-RETMAND"
result = n.solve(side="left",
region1="mental",
region2="parotidmasseter",
region3="retromandibularfossa")
assert result == name
def test_explicit_solve(self):
name = 'natural_ambient_chars_024_LGT'
solved = n.solve(category='natural',
function='ambient',
whatAffects='chars',
number=24,
type='lighting')
assert solved == name
def test_solve_anchoring_both(self):
rules.reset_rules()
rules.add_rule('anchoring',
'{awesometoken}_crazy_hardcoded_value_{awesometoken}',
rules.Rule.ANCHOR_BOTH)
name = 'hello_crazy_hardcoded_value_bye'
solved = n.solve(awesometoken1='hello', awesometoken2='bye')
assert solved == name
def test_solve_repeated_tokens(self):
name = "C-MENT_L-PAROT_R-RETMAND"
result = n.solve(side1="center",
side2="left",
side3="right",
region1="mental",
region2="parotidmasseter",
region3="retromandibularfossa")
assert result == name
def test_missing_not_required_token(self):
with pytest.raises(SolvingError) as exception:
n.solve('chars')
assert str(
exception.value).startswith("Missing argument for field") is True
def test_prefix_suffix_padding_solve(self):
name = 'natural_custom_chars_v0032rt_LGT'
tokens.remove_token('number')
tokens.add_token_number('number', prefix='v', suffix='rt', padding=4)
solved = n.solve('chars', 32)
assert solved == name
def test_implicit_solve(self):
name = 'natural_custom_chars_032_LGT'
solved = n.solve('chars', 32)
assert solved == name
