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import pytest |
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from mandos.chembl_api import ChemblApi, ChemblEntrypoint |
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from mandos.model.targets import Target, TargetFactory, TargetRelationshipType, TargetType |
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class TestTargets: |
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def test_find(self): |
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dat = dict( |
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target_chembl_id="CHEMBL4444", |
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pref_name="dopamine transporter", |
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target_type="SINGLE_PROTEIN", |
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) |
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api = ChemblApi.mock({"target": ChemblEntrypoint.mock({"DAT": dat})}) |
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target = TargetFactory.find("DAT", api) |
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assert isinstance(target, Target) |
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assert target.type == TargetType.single_protein |
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assert target.name == "dopamine transporter" |
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assert target.chembl == "CHEMBL4444" |
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def test_parents(self): |
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dat = dict( |
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target_chembl_id="CHEMBL4444", |
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pref_name="dopamine transporter", |
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target_type="SINGLE_PROTEIN", |
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) |
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monoamine = dict( |
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target_chembl_id="CHEMBL1111", |
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pref_name="monoamine transporter", |
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target_type="SINGLE_PROTEIN", |
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) |
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receptor = dict( |
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target_chembl_id="CHEMBL0000", pref_name="receptor", target_type="PROTEIN_COMPLEX" |
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) |
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relations = [ |
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dict(relationship="SUBSET OF", related_target_chembl_id="CHEMBL1111"), |
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dict(relationship="SUBSET OF", related_target_chembl_id="CHEMBL0000"), |
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] |
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get_target = { |
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"DAT": dat, |
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"CHEMBL4444": dat, |
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"CHEMBL1111": monoamine, |
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"CHEMBL0000": receptor, |
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} |
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def filter_targets(kwargs): |
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x = kwargs["target_chembl_id"] |
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if x == "CHEMBL4444": |
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return [dat] |
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elif x == "CHEMBL1111": |
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return [monoamine] |
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elif x == "CHEMBL0000": |
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return [receptor] |
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def filter_relations(kwargs): |
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return relations |
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api = ChemblApi.mock( |
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{ |
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"target": ChemblEntrypoint.mock(get_target, filter_targets), |
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"target_relation": ChemblEntrypoint.mock({}, filter_relations), |
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} |
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) |
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target = TargetFactory.find("CHEMBL4444", api) |
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assert len(target.links({TargetRelationshipType.subset_of})) == 2 |
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# should sort by CHEMBL ID first, so 0000 will be first |
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parent, link_type = target.links({TargetRelationshipType.subset_of})[0] |
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assert parent.name == "receptor" |
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assert parent.chembl == "CHEMBL0000" |
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parent, link_type = target.links({TargetRelationshipType.subset_of})[1] |
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assert parent.name == "monoamine transporter" |
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assert parent.chembl == "CHEMBL1111" |
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def test_traverse_gabaa(self): |
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x = dict( |
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target_chembl_id="CHEMBL5112", |
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pref_name="GABA receptor alpha-5 subunit", |
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target_type="SINGLE PROTEIN", |
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) |
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x_row1 = dict( |
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target_chembl_id="CHEMBL2093872", |
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pref_name="GABA-A receptor; anion channel", |
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target_type="PROTEIN COMPLEX GROUP", |
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) |
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x_row1_superset = dict( |
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target_chembl_id="CHEMBL1111", pref_name="supergroup", target_type="SELECTIVITY FILTER" |
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) |
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x_row2 = dict( |
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target_chembl_id="CHEMBL2094122", |
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pref_name="GABA-A receptor; alpha-5/beta-3/gamma-2", |
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target_type="PROTEIN COMPLEX", |
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) |
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x_row3 = dict( |
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target_chembl_id="CHEMBL2109243", |
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pref_name="GABA-A receptor; benzodiazepine site", |
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target_type="PROTEIN COMPLEX GROUP", |
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) |
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x_row4 = dict( |
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target_chembl_id="CHEMBL2109244", |
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pref_name="GABA-A receptor; agonist GABA site", |
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target_type="PROTEIN COMPLEX GROUP", |
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) |
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x_row5 = dict( |
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target_chembl_id="CHEMBL3885576", |
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pref_name="Gamma-aminobutyric acid receptor subunit alpha-5/beta-2", |
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target_type="PROTEIN COMPLEX", |
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) |
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x_row6 = dict( |
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target_chembl_id="CHEMBL3885577", |
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pref_name="Gamma-aminobutyric acid receptor subunit alpha-5/beta-3/gamma-3", |
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target_type="PROTEIN COMPLEX", |
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) |
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x_row7 = dict( |
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target_chembl_id="CHEMBL4296057", |
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pref_name="Gamma-aminobutyric acid receptor subunit alpha-5/beta-3", |
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target_type="PROTEIN COMPLEX", |
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) |
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xrow2_row2 = x_row1 |
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xrow3_row3 = x_row1 |
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xrow4_row5 = x_row1 |
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xrow5_row3 = x_row1 |
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xrow5_row7 = x_row4 |
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relations = [ |
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dict(relationship="SUBSET OF", related_target_chembl_id="CHEMBL1111"), |
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dict(relationship="SUBSET OF", related_target_chembl_id="CHEMBL0000"), |
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] |
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# TODO |
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if __name__ == "__main__": |
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pytest.main() |
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