def test_signature(fspec):
_, sig = Matlab(fspec).generate_auxfun(_NAME, _SPEC)
assert _TEMPLATE[0].format(
name=_NAME,
args=', '.join([str(v) + '__' for v in _SPEC[0]]),
) == sig.split('\n')[0] # FIXME: signature should be single string
def test_pardef_section_for_two_params(fspec):
fspec.pars = ['p', 'q']
code, _ = Matlab(fspec).generate_auxfun(_NAME, _SPEC)
assert '% Parameter definitions' in code
assert 'p = p_(1);' in code
assert 'q = p_(2);' in code
def test_pardef_section_for_two_params(self):
self.fspec.pars = ['p', 'q']
code, _ = Matlab(self.fspec).generate_auxfun(self.name, self.spec)
assert '% Parameter definitions' in code
assert 'p = p_(1);' in code
assert 'q = p_(2);' in code
def test_signature(self):
_, sig = Matlab(self.fspec).generate_auxfun(self.name, self.spec)
assert self.template[0].format(
name=self.name,
args=', '.join([str(v) + '__' for v in self.spec[0]]),
) == sig.split('\n')[0] # FIXME: signature should be single string
def test_reuseterms_section(fspec):
spec = (['x', 'y', 'z'], 'xz + y')
fspec.reuseterms = {'x*z': 'xz'}
code, _ = Matlab(fspec).generate_auxfun(_NAME, spec)
assert '% reused term definitions ' in code
assert 'xz = x__*z__;' in code
assert 'y_ = xz + y__;' in code
def test_reuseterms_section(self):
self.spec = (['x', 'y', 'z'], 'xz + y')
self.fspec.reuseterms = {'x*z': 'xz'}
code, _ = Matlab(self.fspec).generate_auxfun(self.name, self.spec)
assert '% reused term definitions ' in code
assert 'xz = x__*z__;' in code
assert 'y_ = xz + y__;' in code
def test_auxfun_value(fspec):
code, _ = Matlab(fspec).generate_auxfun(_NAME, _SPEC)
assert 'y_ = x__ * z__ + y__;' in code
def test_reuseterms_section_when_no_reuseterms(fspec):
code, _ = Matlab(fspec).generate_auxfun(_NAME, _SPEC)
assert '% reused term definitions ' not in code
def test_pardef_section_for_no_params(fspec):
fspec.pars = []
code, _ = Matlab(fspec).generate_auxfun(_NAME, _SPEC)
# FIXME: do not insert "Parameter definitions" if no par definitions
assert '% Parameter definitions' in code
def test_intro_comment_follows_signature(fspec):
code, _ = Matlab(fspec).generate_auxfun(_NAME, _SPEC)
assert _TEMPLATE[1].format(name=_NAME, specname=fspec.name) in code
assert _TEMPLATE[2] in code
def test_auxfun_value(self):
code, _ = Matlab(self.fspec).generate_auxfun(self.name, self.spec)
assert 'y_ = x__ * z__ + y__;' in code
def test_reuseterms_section_when_no_reuseterms(self):
code, _ = Matlab(self.fspec).generate_auxfun(self.name, self.spec)
assert '% reused term definitions ' not in code
def test_pardef_section_for_no_params(self):
self.fspec.pars = []
code, _ = Matlab(self.fspec).generate_auxfun(self.name, self.spec)
# FIXME: do not insert "Parameter definitions" if no par definitions
assert '% Parameter definitions' in code
def test_intro_comment_follows_signature(self):
code, _ = Matlab(self.fspec).generate_auxfun(self.name, self.spec)
assert self.template[1].format(name=self.name,
specname=self.fspec.name) in code
assert self.template[2] in code
