def validate_test_condition(self, source):
data = [[1, '', 3, 'hidden'], [None, '2.1', 3.1, 'h'],
[1.12, 'very long cell', 3.12, 'h2'],
[1, 'very long cell to be clipped', 3, '']]
result_file = self.get_data_path('_live_table',
self.BASENAME + '.' + source)
expected_file = self.get_data_path('expected',
self.BASENAME + '_%s.' + source)
table = SeabornTable(data[:1],
row_columns=['A', 'B', 'C', 'Hidden'],
live_tables=[
dict(file_path=result_file,
min_widths=2,
max_widths={
'A': 10,
'B': 10,
'C': 10
},
clip_widths=14,
recreate=True),
])
self.assert_result_file(expected_file % 0, result_file)
table.append(data[1])
self.assert_result_file(expected_file % 1, result_file)
for index, row in enumerate(data[2:], start=2):
table.append(
{col: row[i]
for i, col in enumerate(table.row_columns)})
self.assert_result_file(expected_file % index, result_file)
table.close_live_table()
self.assert_result_file(expected_file % (index + 1), result_file)
self.remove_file(result_file)
def validate_test_condition(self, source):
data = [['cell 1, 1.0\ncell 1, 1.1', 'cell 1, 2', 'cell 1, 3'],
[
'cell 2, 1', 'cell 2, 2.0\ncell 2, 2.1\ncell 2, 2.2',
'cell 2, 3'
],
[
'cell 3, 1', '\ncell 3, 2',
'cell 3, 3.0\ncell 3, 3.1\ncell 3, 3.2\ncell 3, 3.3'
],
[
'cell 4, 1.0\n cell 4, 1.1',
'cell 4, 2.0\ncell 4, 2.1',
'cell 4, 3.0\ncell 4, 3.1\ncell 4, 3.2'
], ['\n\ncell 5, 1', 'cell 5, 2', 'cell 5, 3']]
table = SeabornTable(
data,
row_columns=['Header 1', 'Header 2.0\nHeader 2.1', 'Header 3'])
basename = self.BASENAME % source
expected_file = self.get_data_path('expected', basename)
result_file = self.get_data_path('_shared', basename)
table.obj_to_file(result_file, break_line=True)
self.assert_result_file(expected_file, result_file)
self.remove_file(result_file)
table.close_live_table()