def test_clone_returns_equal_map():
data = {
25: create_test_entry_en('test1', { 'somedata': {'nested': 5}}),
28: create_test_entry_en('test2', { 'somedata': {'alsonested': 'hey'}})
}
datamap = DataMap(data)
cloned_datamap = datamap.copy()
assert datamap.to_dict() == cloned_datamap.to_dict(), "expected clone to match"
assert id(datamap) != id(cloned_datamap), "expecting clone to be a different object"
def test_to_dict_correct_data():
data = {
25: create_test_entry_en('test1', { 'id': 25, 'somedata': {'nested': 5}}),
28: create_test_entry_en('test2', { 'id': 28, 'somedata': {'alsonested': 'hey'}})
}
datamap = DataMap()
for row in data.values():
datamap.insert(row)
serialized = datamap.to_dict()
assert serialized == data, "expected serialized data to match original data"
def test_to_dict_correct_data():
data = {
25: create_test_entry_en('test1', { 'somedata': {'nested': 5}}),
28: create_test_entry_en('test2', { 'somedata': {'alsonested': 'hey'}})
}
datamap = DataMap()
datamap.add_entry(25, data[25])
datamap.add_entry(28, data[28])
serialized = datamap.to_dict()
assert serialized == data, "expected serialized data to match original data"
def test_save_split_data_map_symmetric(writer):
basedata = DataMap()
basedata.add_entry(1, create_entry_en('test1'))
basedata.add_entry(2, create_entry_en('test2'))
extdata = DataMap()
extdata.add_entry(1, { **basedata[1], 'key': 'f1', 'data': 'test1'})
extdata.add_entry(2, { **basedata[2], 'key': 'f2', 'data': 'test2'})
writer.save_split_data_map('split', basedata, extdata, 'key')
new_data = writer.load_split_data_map(basedata, 'split')
assert extdata.to_dict() == new_data.to_dict(), "expected data to match"
def test_save_data_json_symmetric(writer):
basedata = DataMap()
basedata.add_entry(1, create_entry_en('test1'))
basedata.add_entry(2, create_entry_en('test2'))
extdata = DataMap()
extdata.add_entry(1, {**basedata[1], 'data': 'test1'})
extdata.add_entry(2, {**basedata[2], 'data': 'test2'})
writer.save_data_json('testdatasym.json', extdata, fields=['data'])
testdata = writer.load_data_json(basedata.copy(), 'testdatasym.json')
assert extdata.to_dict() == testdata.to_dict(), "expected data to match"
def test_save_data_csv_symmetric_listmode(writer: DataReaderWriter):
basedata = DataMap()
basedata.add_entry(1, create_entry_en('test1'))
basedata.add_entry(2, create_entry_en('test2'))
extdata = DataMap()
extdata.add_entry(1, {**basedata[1], 'data': [{'a': 'test1'}]})
extdata.add_entry(2, {
**basedata[2], 'data': [{
'a': 'test2'
}, {
'a': 'test2ext'
}]
})
writer.save_data_csv('testdatasym.csv', extdata, key='data')
new_data = (DataStitcher(writer).use_base(basedata.copy()).add_csv(
'testdatasym.csv', key='data').get())
old_data = extdata.to_dict()
abc = new_data.to_dict()
assert extdata.to_dict() == new_data.to_dict(), "expected data to match"
def test_save_data_csv_symmetric_listmode(writer: DataReaderWriter):
basedata = DataMap()
basedata.add_entry(1, create_entry_en('test1'))
basedata.add_entry(2, create_entry_en('test2'))
extdata = DataMap()
extdata.add_entry(1, {**basedata[1], 'data': [{'data': 'test1'}]})
extdata.add_entry(2, {
**basedata[2], 'data': [{
'data': 'test2'
}, {
'data': 'test2ext'
}]
})
writer.save_data_csv('testdatasym.csv', extdata, key='data')
new_data = writer.load_data_csv(basedata.copy(),
'testdatasym.csv',
key='data',
leaftype="list")
assert extdata.to_dict() == new_data.to_dict(), "expected data to match"
