def test_join_composite(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
j = join(rel_one, rel_two, "join", party_data[0]["col_names"][:1],
party_data[1]["col_names"][:1])
d = divide(j, "div", party_data[0]["col_names"][1],
[party_data[1]["col_names"][1]])
collect(d, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushDown()
pd.rewrite(d)
pu = PushUp()
pu.rewrite(d)
ic = InsertCloseOps()
ic.rewrite(d)
io = InsertOpenOps()
io.rewrite(d)
compare_to_expected(d, expected)
def test_join_composite_agg(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
j = join(rel_one, rel_two, "join", party_data[0]["col_names"][:1],
party_data[1]["col_names"][:1])
agg = aggregate(j, "agg", [party_data[0]["col_names"][0]],
party_data[0]["col_names"][1], "mean")
d = multiply(agg, "mult", party_data[0]["col_names"][1], [7])
collect(d, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushDown()
pd.rewrite(d)
pu = PushUp()
pu.rewrite(d)
ic = InsertCloseOps()
ic.rewrite(d)
io = InsertOpenOps()
io.rewrite(d)
compare_to_expected(d, expected)
def test_concat_composite_three_party_agg_mean(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
cols_in_three = create_cols(party_data[2])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
rel_three = create("in3", cols_in_three, party_data[2]["stored_with"])
cc = concat([rel_one, rel_two, rel_three], "concat",
party_data[0]["col_names"])
p = project(cc, "conc", party_data[0]["col_names"][:2])
mult = multiply(p, "mult", party_data[0]["col_names"][0], [5])
agg = aggregate(mult, "agg", [party_data[0]["col_names"][0]],
party_data[0]["col_names"][1], "mean")
collect(agg, {1, 2, 3})
d = Dag({rel_one, rel_two, rel_three})
pd = PushDown()
pd.rewrite(d)
pu = PushUp()
pu.rewrite(d)
ic = InsertCloseOps()
ic.rewrite(d)
io = InsertOpenOps()
io.rewrite(d)
compare_to_expected(d, expected)
def test_concat_composite(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
mult_one = multiply(rel_one, "mult_one", party_data[0]["col_names"][0],
[party_data[0]["col_names"][1], 5])
div_two = divide(rel_two, "div_two", party_data[1]["col_names"][0],
[party_data[1]["col_names"][1], 5])
cc = concat([mult_one, div_two], "concat", party_data[0]["col_names"])
agg = aggregate(cc, "agg", [party_data[0]["col_names"][0]],
party_data[0]["col_names"][1], "sum")
p = project(agg, "proj", [party_data[0]["col_names"][0]])
collect(p, {1, 2})
d = Dag({rel_one, rel_two})
ic = InsertCloseOps()
ic.rewrite(d)
io = InsertOpenOps()
io.rewrite(d)
compare_to_expected(d, expected)
def test_join_simple(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
j = join(rel_one, rel_two, "join", [rel_one.out_rel.columns[0].name],
[rel_two.out_rel.columns[0].name])
collect(j, {1, 2, 3})
d = Dag({rel_one, rel_two})
compare_to_expected(d, expected)
def test_concat_simple(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
cols_in_three = create_cols(party_data[2])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
rel_three = create("in3", cols_in_three, party_data[2]["stored_with"])
cc = concat([rel_one, rel_two, rel_three], "concat",
party_data[0]["col_names"])
collect(cc, {1, 2, 3})
d = Dag({rel_one, rel_two, rel_three})
compare_to_expected(d, expected)
def test_concat(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
collect(cc, {1, 2})
d = Dag({rel_one, rel_two})
ic = InsertCloseOps()
ic.rewrite(d)
compare_to_expected(d, expected)
def test_all_stats(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
all_stat = all_stats(cc, "all_stat", [party_data[0]["col_names"][0]], party_data[0]["col_names"][1])
collect(all_stat, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushUp()
pd.rewrite(d)
compare_to_expected(d, expected)
def test_project(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
p = project(cc, "proj", [party_data[0]["col_names"][0]])
collect(p, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushDown()
pd.rewrite(d)
compare_to_expected(d, expected)
def test_filter_by_scalar(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
p = filter_by(cc, "filt", party_data[0]["col_names"][0], ">", 10)
collect(p, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushDown()
pd.rewrite(d)
compare_to_expected(d, expected)
def test_join(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
j = join(rel_one, rel_two, "join", [party_data[0]["col_names"][0]],
[party_data[1]["col_names"][0]])
collect(j, {1, 2})
d = Dag({rel_one, rel_two})
ic = InsertCloseOps()
ic.rewrite(d)
compare_to_expected(d, expected)
def test_variance(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
variance = aggregate(cc, "variance", [party_data[0]["col_names"][0]],
party_data[0]["col_names"][1], "variance")
collect(variance, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushUp()
pd.rewrite(d)
compare_to_expected(d, expected)
def test_multiply_target_existing(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
p = multiply(cc, "mult", party_data[0]["col_names"][0],
[party_data[0]["col_names"][1], 10])
collect(p, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushDown()
pd.rewrite(d)
compare_to_expected(d, expected)
def test_divide(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
p = divide(cc, "div", party_data[0]["col_names"][0],
[party_data[0]["col_names"][1], 10])
collect(p, {1, 2})
d = Dag({rel_one, rel_two})
pu = PushUp()
pu.rewrite(d)
compare_to_expected(d, expected)
def test_std_dev_no_key_cols(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
std_dev = aggregate(cc, "std_dev", [], party_data[0]["col_names"][0],
"std_dev")
collect(std_dev, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushUp()
pd.rewrite(d)
compare_to_expected(d, expected)
def test_join(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
j = join(rel_one, rel_two, "join", [party_data[0]["col_names"][0]], [party_data[1]["col_names"][0]])
agg = aggregate(j, "agg", [party_data[0]["col_names"][0]], party_data[0]["col_names"][1], "mean")
div = divide(agg, "div", party_data[0]["col_names"][1], [10])
collect(div, {1, 2})
d = Dag({rel_one, rel_two})
compile_dag(d)
p = HeuristicPart(d)
parts = p.partition(100)
compare_partition_to_expected(parts, expected)
def test_agg_variance(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
variance = aggregate(cc, "variance", [party_data[0]["col_names"][0]],
party_data[0]["col_names"][1], "variance")
mult = multiply(variance, "mult", party_data[0]["col_names"][0],
[party_data[0]["col_names"][1], 7])
collect(mult, {1, 2})
d = Dag({rel_one, rel_two})
compile_dag(d)
compare_to_expected(d, expected)
def test_two_datasets_concat(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "cc", party_data[0]["col_names"])
agg = aggregate(cc, "agg", party_data[0]["col_names"][:1],
party_data[0]["col_names"][1], "mean")
div = divide(agg, "div", party_data[0]["col_names"][1], [10])
collect(div, {1, 2})
d = Dag({rel_one, rel_two})
compile_dag(d)
p = HeuristicPart(d)
parts = p.partition(100)
compare_partition_to_expected(parts, expected)
def test_project_reorder_cols(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
p = project(cc, "proj", party_data[0]["col_names"][::-1])
collect(p, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushDown()
pd.rewrite(d)
compare_to_expected(d, expected)
zip_col_names = zip(d.top_sort(), [e["col_names"] for e in expected["ownership_data"]])
col_name_checks = [[c.name for c in z[0].out_rel.columns] == z[1] for z in zip_col_names]
assert all(col_name_checks)
def test_agg_mean(party_data, expected):
cols_in_one = create_cols(party_data[0])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
agg = aggregate(rel_one, "agg", party_data[0]["col_names"][:1],
party_data[0]["col_names"][1], "mean")
div = divide(agg, "div", party_data[0]["col_names"][1], [10])
collect(div, {1, 2})
d = Dag({rel_one})
compile_dag(d)
compare_to_expected(d, expected)
def test_agg_std_dev(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
std_dev = aggregate(cc, "std_dev", [party_data[0]["col_names"][0]],
party_data[0]["col_names"][1], "std_dev")
mult = multiply(std_dev, "mult", party_data[0]["col_names"][0],
[party_data[0]["col_names"][1], 7])
collect(mult, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushDown()
pd.rewrite(d)
pu = PushUp()
pu.rewrite(d)
compare_to_expected(d, expected)
def test_std_dev_alt_key_col(party_data, expected):
cols_in_one = create_cols(party_data[0])
cols_in_two = create_cols(party_data[1])
rel_one = create("in1", cols_in_one, party_data[0]["stored_with"])
rel_two = create("in2", cols_in_two, party_data[1]["stored_with"])
cc = concat([rel_one, rel_two], "concat", party_data[0]["col_names"])
std_dev = aggregate(cc, "std_dev", [party_data[0]["col_names"][1]],
party_data[0]["col_names"][0], "std_dev")
collect(std_dev, {1, 2})
d = Dag({rel_one, rel_two})
pd = PushUp()
pd.rewrite(d)
compare_to_expected(d, expected)
zip_col_names = zip(d.top_sort(),
[e["col_names"] for e in expected["ownership_data"]])
col_name_checks = [[c.name for c in z[0].out_rel.columns] == z[1]
for z in zip_col_names]
assert all(col_name_checks)
