def test_parentheses(self):
assert_equal(fcode_one_large_expr(self.e2), ' (m(j + 1) + m(j))')
def test_prepend(self):
assert_equal(
fcode_one_large_expr(self.e1, prepend='k=').splitlines(),
' k=(sin(a0) + sin(a1) + sin(a2) + sin(a3) + '
'sin(a4) + sin(a5) + sin&\n (a6) + '
'sin(a7))'.splitlines())
def test_settings(self):
#note this only tests to see if setting s is passed correctly
assert_equal(
fcode_one_large_expr(self.e1, source_format="free").splitlines(),
'(sin(a0) + sin(a1) + sin(a2) + sin(a3) + sin(a4) + '
'sin(a5) + sin(a6) + sin(a7))'.splitlines())
def test_line_wrap(self):
assert_equal(
fcode_one_large_expr(self.e1).splitlines(),
' (sin(a0) + sin(a1) + sin(a2) + sin(a3) '
'+ sin(a4) + sin(a5) + sin(&\n a6) + '
'sin(a7))'.splitlines())
def test_parentheses(self):
assert_equal(fcode_one_large_expr(self.e2),
' (m(j + 1) + m(j))')
def test_settings(self):
#note this only tests to see if setting s is passed correctly
assert_equal(fcode_one_large_expr(self.e1,
source_format="free").splitlines(),
'(sin(a0) + sin(a1) + sin(a2) + sin(a3) + sin(a4) + '
'sin(a5) + sin(a6) + sin(a7))'.splitlines())
def test_prepend(self):
assert_equal(fcode_one_large_expr(self.e1, prepend='k=').splitlines(),
' k=(sin(a0) + sin(a1) + sin(a2) + sin(a3) + '
'sin(a4) + sin(a5) + sin&\n (a6) + '
'sin(a7))'.splitlines())
def test_line_wrap(self):
assert_equal(fcode_one_large_expr(self.e1).splitlines(),
' (sin(a0) + sin(a1) + sin(a2) + sin(a3) '
'+ sin(a4) + sin(a5) + sin(&\n a6) + '
'sin(a7))'.splitlines())
