def ensure_correct_plot(function_name):
for a_plot, label in PLOT_LABEL.items():
if function_name == a_plot:
if not function_is_called(function_name):
gently_r("You are not calling the <code>{func_name}</code> function.".format(func_name=function_name),
"no_{func_name}_call".format(func_name=function_name))
return True
elif function_is_called(a_plot):
gently_r("You have called the <code>{}</code> function, which makes a {}.".format(a_plot, label),
"wrong_plt")
return True
return False
def ensure_correct_plot(function_name):
for a_plot, label in PLOT_LABEL.items():
if function_name == a_plot:
if not function_is_called(function_name):
gently("You are not calling the <code>{func_name}</code> function."
"<br><br><i>(no_{func_name}_call)<i>".format(func_name=function_name))
return True
elif function_is_called(a_plot):
gently("You have called the <code>{}</code> function, which makes a {}."
"<br><br><i>(wrong_plt)<i>".format(a_plot, label))
return True
return False
def ensure_show():
if not function_is_called("show"):
gently("You have not called <code>show</code> function, which "
"actually creates the graph.<br><br><i>(no_show)<i>")
return True
return False
def test_function_is_called(self):
with Execution('a=[]\na.append(a)\na.pop()\n') as e:
self.assertTrue(function_is_called('pop'))
self.assertFalse(function_is_called('print'))
self.assertEqual(e.message, "No errors reported.")
def ensure_show():
if not function_is_called("show"):
gently("You have not called <code>show</code> function, which "
"actually creates the graph.<br><br><i>(no_show)<i>")
return True
return False