def test8(self):
options = base.get_options_for_format('tsf')
options.sort(key=lambda x: x[0])
name, description, default = options[1]
self.assertEquals(name, 'nbody_to_si_converter')
self.assertEquals(
description, 'NEMO datafiles store nbody data, provide a '
'converter to store si data (None means no converter)')
self.assertEquals(default, None)
options = base.get_options_for_format('dyn')
options.sort(key=lambda x: x[0])
name, description, default = options[1]
self.assertEquals(name, 'dynamics_mass_units')
options = base.get_options_for_format('hdf5')
options.sort(key=lambda x: x[0])
name, description, default = options[1]
self.assertEquals(name, 'append_to_file')
self.assertTrue(
description.find(
'If set to True, new data is appended to HDF5 files.') >= 0)
self.assertTrue(
description.find(
'If set to False, the existing file is removed and overwritten.'
) >= 0)
self.assertEquals(default, True)
def test8(self):
options = base.get_options_for_format('tsf')
options.sort(key = lambda x: x[0])
name, description, default = options[1]
self.assertEquals(name, 'nbody_to_si_converter')
self.assertEquals(description, 'NEMO datafiles store nbody data, provide a '
'converter to store si data (None means no converter)')
self.assertEquals(default, None)
options = base.get_options_for_format('dyn')
options.sort(key = lambda x: x[0])
name, description, default = options[1]
self.assertEquals(name, 'dynamics_mass_units')
options = base.get_options_for_format('hdf5')
options.sort(key = lambda x: x[0])
name, description, default = options[0]
self.assertEquals(name, 'append_to_file')
self.assertTrue(description.find('If set to True, new data is appended to HDF5 files.') >= 0)
self.assertTrue(description.find('If set to False, the existing file is removed and overwritten.') >= 0)
self.assertEquals(default, True)
def test4(self):
options = base.get_options_for_format('123')
options.sort(key = lambda x: x[0])
for x in options:
print x
name, description, default = options[0]
self.assertEquals(name, 'add_comma')
self.assertEquals(description, 'if True will add a comma between each value')
self.assertEquals(default, True)
name, description, default = options[2]
self.assertEquals(name, 'save_fast')
self.assertEquals(description, 'if True will save faster but less accurate')
self.assertEquals(default, False)
def test4(self):
options = base.get_options_for_format('123')
options.sort(key = lambda x: x[0])
for x in options:
print(x)
name, description, default = options[0]
self.assertEqual(name, 'add_comma')
self.assertEqual(description, 'if True will add a comma between each value')
self.assertEqual(default, True)
name, description, default = options[2]
self.assertEqual(name, 'save_fast')
self.assertEqual(description, 'if True will save faster but less accurate')
self.assertEqual(default, False)
def test12(self):
all_formats = sorted(base.registered_fileformat_processors.keys())
for x in all_formats:
options = base.get_options_for_format('txt')
self.assertTrue(len(options) >= 0)
def test12(self):
all_formats = sorted(base.registered_fileformat_processors.keys())
for x in all_formats:
options = base.get_options_for_format('txt')
self.assertTrue(len(options) >= 0)
