class TestTabularize(unittest.TestCase):
def setUp(self):
cat_values = []
for o in OTHER_NAMES:
for s in SFX_NAMES:
cat_values.append([o, s])
val_dict = {
CATEGORY_COLNM: cat_values,
VALUES_COLNM: VALUES,
}
df = pd.DataFrame(val_dict)
self.api = APIFormulas(Table("Dummy"))
self.api.addColumnsToTableFromDataframe(df)
def testDelElement(self):
size = 4
values = range(size)
for idx in range(size):
expected_list = list(values)
del expected_list[idx]
self.assertTrue(expected_list == _delElement(values, idx))
def testSimple(self):
new_category_colnm = "NewCategory"
values_colnm_prefix = "Col"
tabularize(self.api,
CATEGORY_COLNM,
1,
VALUES_COLNM,
new_category_colnm=new_category_colnm,
values_colnm_prefix=values_colnm_prefix)
table = self.api._table
self.assertTrue(table.isColumnPresent(new_category_colnm))
for sfx in SFX_NAMES:
expected_name = "%s%s" % (values_colnm_prefix, sfx)
self.assertTrue(table.isColumnPresent(expected_name))
column = table.columnFromName(expected_name, is_relative=True)
cells = [x for x in column.getCells() if not isNan(x)]
size = len(VALUES) / len(SFX_NAMES)
self.assertEqual(len(cells), size)
def testFromFile1(self):
filepath = os.path.join(settings.SCISHEETS_TEST_DIR,
"tabularize_test.pcl")
api = APIPlugin(filepath)
api.initialize()
tabularize(api,
'Groups',
1,
'MeanCt',
new_category_colnm='BioRuns',
values_colnm_prefix='Gene_')
BioRuns = api.getColumnValue('BioRuns')
Gene_I = api.getColumnValue('Gene_I')
Gene_R1 = api.getColumnValue('Gene_R1')
Gene_R2 = api.getColumnValue('Gene_R2')
def setUp(self):
cat_values = []
for o in OTHER_NAMES:
for s in SFX_NAMES:
cat_values.append([o, s])
val_dict = {
CATEGORY_COLNM: cat_values,
VALUES_COLNM: VALUES,
}
df = pd.DataFrame(val_dict)
self.api = APIFormulas(Table("Dummy"))
self.api.addColumnsToTableFromDataframe(df)
class TestTabularize(unittest.TestCase):
def setUp(self):
cat_values = []
for o in OTHER_NAMES:
for s in SFX_NAMES:
cat_values.append([o, s])
val_dict = {CATEGORY_COLNM: cat_values,
VALUES_COLNM: VALUES,
}
df = pd.DataFrame(val_dict)
self.api = APIFormulas(Table("Dummy"))
self.api.addColumnsToTableFromDataframe(df)
def testDelElement(self):
size = 4
values = range(size)
for idx in range(size):
expected_list = list(values)
del expected_list[idx]
self.assertTrue(expected_list == _delElement(values, idx))
def testSimple(self):
new_category_colnm = "NewCategory"
values_colnm_prefix = "Col"
tabularize(self.api, CATEGORY_COLNM, 1, VALUES_COLNM,
new_category_colnm=new_category_colnm,
values_colnm_prefix=values_colnm_prefix)
table = self.api._table
self.assertTrue(table.isColumnPresent(new_category_colnm))
for sfx in SFX_NAMES:
expected_name = "%s%s" % (values_colnm_prefix, sfx)
self.assertTrue(table.isColumnPresent(expected_name))
column = table.columnFromName(expected_name)
cells = [x for x in column.getCells() if not isNan(x)]
size = len(VALUES)/len(SFX_NAMES)
self.assertEqual(len(cells), size)
def testFromFile1(self):
filepath = os.path.join(settings.SCISHEETS_TEST_DIR,
"tabularize_test.pcl")
api = APIPlugin(filepath)
api.initialize()
tabularize(api, 'Groups', 1, 'MeanCt',
new_category_colnm='BioRuns',
values_colnm_prefix='Gene_')
BioRuns = api.getColumnValue('BioRuns')
Gene_I = api.getColumnValue('Gene_I')
Gene_R1 = api.getColumnValue('Gene_R1')
Gene_R2 = api.getColumnValue('Gene_R2')
def setUp(self):
cat_values = []
for o in OTHER_NAMES:
for s in SFX_NAMES:
cat_values.append([o, s])
val_dict = {CATEGORY_COLNM: cat_values,
VALUES_COLNM: VALUES,
}
df = pd.DataFrame(val_dict)
self.api = APIFormulas(Table("Dummy"))
self.api.addColumnsToTableFromDataframe(df)
