def gene_dict(*keys, **replace):
"""Generate dictionary for testing"""
def gene_val(keytuple):
value = 'val_%s' % '_'.join(keytuple)
value = replace.get(value, value)
return value
parse_key = DictTable().parse_key
keys = [parse_key(k) for k in keys]
vals = [gene_val(keytuple) for keytuple in keys]
return DictTable()._gene_dict(zip(keys, vals))
def check(self, dict_data, key_list, volume, stored):
dt = DictTable(dict_data)
gd = dt.grid_dict(key_list)
assert self.volume(gd.axes) == volume
assert self.stored(gd) == stored
def check(self, dict_data, args, kwds, dict_data_desired):
dt = DictTable(dict_data)
dt_desired = DictTable(dict_data_desired)
dt_filtered = dt.filter_by_fnmatch(*args, **kwds)
assert_eq(dt_desired=dt_desired, dt_filtered=dt_filtered)
def check(self, dict_data, key_list, volume, stored):
dt = DictTable(dict_data)
gd = dt.grid_dict(key_list)
assert self.volume(gd.axes) == volume
assert self.stored(gd) == stored
def check(self, dict_data, args, kwds, dict_data_desired):
dt = DictTable(dict_data)
dt_desired = DictTable(dict_data_desired)
dt_filtered = dt.filter_by_fnmatch(*args, **kwds)
assert_eq(dt_desired=dt_desired, dt_filtered=dt_filtered)
