112 lines
3.2 KiB
Python
112 lines
3.2 KiB
Python
from qubed import Qube
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def set_operation_testcase(testcase):
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q1 = Qube.from_tree(testcase["q1"])
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q2 = Qube.from_tree(testcase["q2"])
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assert q1 | q2 == Qube.from_tree(testcase["union"])
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assert q1 & q2 == Qube.from_tree(testcase["intersection"])
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assert q1 - q2 == Qube.from_tree(testcase["q1 - q2"])
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# These are a bunch of testcases where q1 and q2 are specified and then their union/intersection/difference are checked
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# Generate them with code like:
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# q1 = Qube.from_tree("root, frequency=*, levtype=*, param=*, levelist=*, domain=a/b/c/d")
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# q2 = Qube.from_tree("root, frequency=*, levtype=*, param=*, domain=a/b/c/d")
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# test = {
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# "q1": str(q1),
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# "q2": str(q2),
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# "union": str(q1 | q2),
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# "intersection": str(q1 & q2),
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# "q1 - q2": str(q1 - q2),
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# }
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# BUT MANUALLY CHECK THE OUTPUT BEFORE ADDING IT AS A TEST CASE!
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testcases = [
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# Simplest case, only leaves differ
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{
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"q1": "root, a=1, b=1, c=1",
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"q2": "root, a=1, b=1, c=2",
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"union": "root, a=1, b=1, c=1/2",
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"intersection": "root",
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"q1 - q2": "root",
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},
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# Some overlap but also each tree has unique items
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{
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"q1": "root, a=1, b=1, c=1/2/3",
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"q2": "root, a=1, b=1, c=2/3/4",
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"union": "root, a=1, b=1, c=1/2/3/4",
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"intersection": "root, a=1, b=1, c=2/3",
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"q1 - q2": "root",
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},
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# Overlap at two levels
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{
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"q1": "root, a=1, b=1/2, c=1/2/3",
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"q2": "root, a=1, b=2/3, c=2/3/4",
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"union": """
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root, a=1
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├── b=1, c=1/2/3
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├── b=2, c=1/2/3/4
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└── b=3, c=2/3/4
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""",
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"intersection": "root, a=1, b=2, c=2/3",
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"q1 - q2": "root",
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},
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# Check that we can merge even if the divergence point is higher
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{
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"q1": "root, a=1, b=1, c=1",
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"q2": "root, a=2, b=1, c=1",
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"union": "root, a=1/2, b=1, c=1",
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"intersection": "root",
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"q1 - q2": "root, a=1, b=1, c=1",
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},
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# Two equal qubes
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{
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"q1": "root, a=1, b=1, c=1",
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"q2": "root, a=1, b=1, c=1",
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"union": "root, a=1, b=1, c=1",
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"intersection": "root, a=1, b=1, c=1",
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"q1 - q2": "root",
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},
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# With wildcards
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{
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"q1": "root, frequency=*, levtype=*, param=*, levelist=*, domain=a/b/c/d",
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"q2": "root, frequency=*, levtype=*, param=*, domain=a/b/c/d",
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"union": """
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root, frequency=*, levtype=*, param=*
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├── domain=a/b/c/d
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└── levelist=*, domain=a/b/c/d
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""",
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"intersection": "root",
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"q1 - q2": "root",
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},
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]
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def test_cases():
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for case in testcases:
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set_operation_testcase(case)
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def test_leaf_conservation():
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q = Qube.from_dict(
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{
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"class=d1": {
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"dataset=climate-dt": {
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"time=0000": {
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"param=130/134/137/146/147/151/165/166/167/168/169": {}
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},
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"time=0001": {"param=130": {}},
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}
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}
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}
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)
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r = Qube.from_datacube(
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{"class": "d1", "dataset": "climate-dt", "time": "0001", "param": "134"}
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)
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assert q.n_leaves + r.n_leaves == (q | r).n_leaves
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