class TestManifest:
@pytest.fixture(autouse=True)
def setUp(self):
self.protocol = Protocol()
def test_empty(self):
protocol_info = ProtocolInfo({'name': 'Test Empty', 'inputs': {}})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
assert ({} == parsed)
def test_basic_types(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'bool': 'bool',
'string': 'string',
'integer': 'integer',
'decimal': 'decimal'
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': 3,
'decimal': 2.1
}
})
assert ({
'bool': True,
'string': 'test',
'integer': 3,
'decimal': 2.1
} == parsed)
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': "hi",
'decimal': 2.1
}
})
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': "3",
'decimal': "hi"
}
})
def test_unit_types(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'volume': 'volume',
'time': 'time',
'temperature': 'temperature'
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {},
'parameters': {
'volume': '3:microliter',
'time': '30:second',
'temperature': '25:celsius'
}
})
assert ({
'volume': Unit.fromstring('3:microliter'),
'time': Unit.fromstring('30:second'),
'temperature': Unit.fromstring('25:celsius')
} == parsed)
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol, {
'refs': {},
'parameters': {
'volume': 3,
'time': '30:second',
'temperature': '25:celsius'
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {},
'parameters': {
'volume': "3:microliter",
'time': "hello",
'temperature': '25:celsius'
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {},
'parameters': {
'volume': "3:microliter",
'time': "30:second",
'temperature': 25
}
})
def test_group(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group',
'inputs': {
'test': 'aliquot'
}
}
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {
'ct1test': {
'id': 'ct1test',
'type': '96-pcr',
'discard': True
}
},
'parameters': {
'group_test': {
'test': 'ct1test/0'
}
}
})
assert (isinstance(parsed['group_test'], dict))
assert ('test' in parsed['group_test'])
assert (isinstance(parsed['group_test']['test'], Well))
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'group': {
'type': 'group',
'inputs': {
'bool': 'bool',
'aliquot': 'aliquot',
'aliquot+': 'aliquot+'
}
}
}
})
protocol_info1.parse(self.protocol, {
'refs': {},
'parameters': {
'group': ["hello"]
}
})
with pytest.raises(RuntimeError):
protocol_info2 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'group': {
'type': 'group'
}
}
})
protocol_info2.parse(
self.protocol, {
'refs': {},
'parameters': {
'group': {
"bool": True,
"aliquot": "dummy/0",
"aliquot+": ["dummy/0"]
}
}
})
def test_multigroup(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group+',
'inputs': {
'test': 'aliquot'
}
}
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {
'ct1test': {
'id': 'ct1test',
'type': '96-pcr',
'discard': True
}
},
'parameters': {
'group_test': [{
'test': 'ct1test/0'
}, {
'test': 'ct1test/1'
}]
}
})
assert (isinstance(parsed['group_test'], list))
assert (2 == len(parsed['group_test']))
assert ('test' in parsed['group_test'][0])
assert (isinstance(parsed['group_test'][0]['test'], Well))
assert ('test' in parsed['group_test'][1])
assert (isinstance(parsed['group_test'][1]['test'], Well))
assert (1 == parsed['group_test'][1]['test'].index)
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol, {
'refs': {
'ct1test': {
'id': 'ct1test',
'type': '96-pcr',
'discard': True
}
},
'parameters': {
'group_test': {
'test': 'ct1test/0',
'test': 'ct1test/1'
}
}
})
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group+'
}
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {
'ct1test': {
'id': 'ct1test',
'type': '96-pcr',
'discard': True
}
},
'parameters': {
'group_test': [{
'test': 'ct1test/0'
}, {
'test': 'ct1test/1'
}]
}
})
def test_group_choice(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type':
'group-choice',
'options': [{
'value': 'a',
'inputs': {
'test': 'aliquot'
}
}, {
'value': 'b'
}]
}
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {
'ct1test': {
'id': 'ct1test',
'type': '96-pcr',
'discard': True
}
},
'parameters': {
'group_test': {
'value': 'a',
'inputs': {
'a': {
'test': 'ct1test/0'
},
'b': {}
}
}
}
})
assert (isinstance(parsed['group_test'], dict))
assert ('a' == parsed['group_test']['value'])
assert ('a' in parsed['group_test']['inputs'])
assert ('b' not in parsed['group_test']['inputs'])
assert (isinstance(parsed['group_test']['inputs']['a']['test'], Well))
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol, {
'refs': {
'ct1test': {
'id': 'ct1test',
'type': '96-pcr',
'discard': True
}
},
'parameters': {
'group_test': {
'value': 'a'
}
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {
'ct1test': {
'id': 'ct1test',
'type': '96-pcr',
'discard': True
}
},
'parameters': {
'group_test': {
'inputs': {
'a': {
'test': 'ct1test/0'
},
'b': {}
}
}
}
})
def test_csv_table(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
"table_test": {
"template": {
"header": [
"Destination Well", "Source Well",
"Final concentration in ug/ml"
],
"keys": [
"dest_well", "source_well",
"final_concentration_ugml"
],
"col_type": ["integer", "aliquot", "decimal"],
"rows": [["0", "ct17652537/0", "1.2"],
["1", "ct17652537/0", "4.37"]],
"label":
"Test Table CSV"
},
"type": "csv-table",
"label": "test table label"
}
}
})
parsed = protocol_info.parse(
self.protocol, {
'refs': {
'ct1test': {
'id': 'ct1test',
'type': 'micro-1.5',
'discard': True
},
'ct2test': {
'id': 'ct2test',
'type': 'micro-1.5',
'discard': True
}
},
'parameters': {
"table_test": [{
"dest_well": "integer",
"source_well": "aliquot",
"final_concentration_ugml": "decimal"
},
[{
"dest_well": 0,
"source_well": "ct1test/0",
"final_concentration_ugml": 0.5
}, {
"dest_well": 1,
"source_well": "ct2test/0",
"final_concentration_ugml": 0.6
}]]
}
})
assert (isinstance(parsed['table_test'], list))
assert (isinstance(parsed['table_test'][0], dict))
assert ('final_concentration_ugml' in parsed['table_test'][0])
assert (isinstance(parsed['table_test'][1]['source_well'], Well))
def test_blank_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'int': 'integer',
'str': 'string',
'bool': 'bool',
'decimal': 'decimal',
'volume': 'volume',
'temperature': 'temperature',
'csv-table': 'csv-table'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
assert (parsed['int'] is None)
assert (parsed['str'] is None)
assert (parsed['bool'] is None)
assert (parsed['decimal'] is None)
assert (parsed['volume'] is None)
assert (parsed['temperature'] is None)
assert isinstance(parsed['csv-table'], list)
def test_ref_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'aliquot': 'aliquot',
'aliquot+': 'aliquot+',
'aliquot++': 'aliquot++',
'container': 'container',
'container+': 'container+'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
assert (parsed['aliquot'] is None)
assert (parsed['container'] is None)
assert isinstance(parsed['aliquot+'], WellGroup)
assert (0 == len(parsed['aliquot+']))
assert ([] == parsed['aliquot++'])
assert ([] == parsed['container+'])
def test_group_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'group': {
'type': 'group',
'inputs': {
'bool': 'bool',
'aliquot': 'aliquot',
'aliquot+': 'aliquot+'
}
},
'group+': {
'type': 'group+',
'inputs': {
'bool': 'bool'
}
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
assert isinstance(parsed['group'], dict)
assert (parsed['group']['bool'] is None)
assert (parsed['group']['aliquot'] is None)
assert isinstance(parsed['group']['aliquot+'], WellGroup)
assert (0 == len(parsed['group']['aliquot+']))
assert ([{'bool': None}] == parsed['group+'])
def test_container_errors(self):
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'cont': {
'type': 'container'
}
}
})
protocol_info1.parse(
self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": "my_cont/0"
}
})
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'cont': {
'type': 'container'
}
}
})
protocol_info1.parse(
self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": "another_cont"
}
})
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'cont': {
'type': 'container'
}
}
})
protocol_info1.parse(
self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": 12
}
})
def test_container_volumes(self):
protocol_info1 = ProtocolInfo({
'name': 'Test Container Volumes',
'inputs': {
'cont': {
'type': 'container'
}
}
})
parsed = protocol_info1.parse(
self.protocol, {
"refs": {
"echo_plate": {
"type": "384-echo",
"discard": True,
"aliquots": {
"0": {
"volume": "135:microliter"
}
}
}
},
"parameters": {
"cont": "echo_plate"
}
})
assert parsed["cont"].well(0).volume == Unit(135, "microliter")
with pytest.raises(ValueError) as e:
protocol_info1.parse(
self.protocol, {
'refs': {
"my_cont": {
"type": "384-echo",
"discard": True,
"aliquots": {
"0": {
"volume": "10000:microliter"
}
}
}
},
'parameters': {
"cont": "my_cont"
}
})
assert "Theoretical volume" in str(e.value)
# Test parsing of local manifest file
def test_json_parse(self):
with open('test/manifest_test.json', 'r') as f:
manifest_json = f.read()
manifest = Manifest(json.loads(manifest_json))
source = json.loads(manifest_json)['protocols'][0]['preview']
manifest.protocol_info('TestMethod').parse(self.protocol, source)
def test_seal_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "96-pcr", storage="cold_20")
test2 = self.protocol.ref("test2",
None,
"96-flat",
storage="cold_20",
cover="standard")
self.protocol.spin(test, "2000:g", "5:minute")
self.protocol.spin(test2, "2000:g", "5:minute")
assert (len(self.protocol.instructions) == 3)
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert (len(self.protocol.instructions) == 5)
assert (self.protocol.instructions[-1].op == "cover")
assert (self.protocol.instructions[-1].lid == "low_evaporation")
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert (len(self.protocol.instructions) == 7)
assert (self.protocol.instructions[-1].op == "cover")
assert (self.protocol.instructions[-1].lid == "low_evaporation")
def test_seal_type_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "384-pcr", storage="cold_20")
self.protocol.seal(test, "foil")
self.protocol.unseal(test)
seal_on_store(self.protocol)
assert (self.protocol.instructions[-1].type == "ultra-clear")
test2 = self.protocol.ref("test2", None, "384-pcr", storage="cold_20")
self.protocol.seal(test2, "ultra-clear")
self.protocol.unseal(test2)
seal_on_store(self.protocol)
assert (self.protocol.instructions[-1].type == "ultra-clear")
def test_cover_type_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "96-flat-uv", storage="cold_20")
self.protocol.cover(test, "universal")
self.protocol.uncover(test)
seal_on_store(self.protocol)
assert (self.protocol.instructions[-1].lid == "low_evaporation")
test2 = self.protocol.ref("test2",
None,
"96-flat-uv",
storage="cold_20")
self.protocol.cover(test2)
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert (self.protocol.instructions[-1].lid == "low_evaporation")
class TestManifest(object):
@pytest.fixture(autouse=True)
def setUp(self):
self.protocol = Protocol()
def test_empty(self):
protocol_info = ProtocolInfo({"name": "Test Empty", "inputs": {}})
parsed = protocol_info.parse(self.protocol, {
"refs": {},
"parameters": {}
})
assert {} == parsed
def test_basic_types(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Types",
"inputs": {
"bool": "bool",
"string": "string",
"integer": "integer",
"decimal": "decimal",
},
})
parsed = protocol_info.parse(
self.protocol,
{
"refs": {},
"parameters": {
"bool": True,
"string": "test",
"integer": 3,
"decimal": 2.1,
},
},
)
assert {
"bool": True,
"string": "test",
"integer": 3,
"decimal": 2.1
} == parsed
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol,
{
"refs": {},
"parameters": {
"bool": True,
"string": "test",
"integer": "hi",
"decimal": 2.1,
},
},
)
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol,
{
"refs": {},
"parameters": {
"bool": True,
"string": "test",
"integer": "3",
"decimal": "hi",
},
},
)
def test_unit_types(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Types",
"inputs": {
"volume": "volume",
"time": "time",
"temperature": "temperature",
},
})
parsed = protocol_info.parse(
self.protocol,
{
"refs": {},
"parameters": {
"volume": "3:microliter",
"time": "30:second",
"temperature": "25:celsius",
},
},
)
assert {
"volume": Unit.fromstring("3:microliter"),
"time": Unit.fromstring("30:second"),
"temperature": Unit.fromstring("25:celsius"),
} == parsed
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol,
{
"refs": {},
"parameters": {
"volume": 3,
"time": "30:second",
"temperature": "25:celsius",
},
},
)
parsed = protocol_info.parse(
self.protocol,
{
"refs": {},
"parameters": {
"volume": "3:microliter",
"time": "hello",
"temperature": "25:celsius",
},
},
)
parsed = protocol_info.parse(
self.protocol,
{
"refs": {},
"parameters": {
"volume": "3:microliter",
"time": "30:second",
"temperature": 25,
},
},
)
def test_group(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Types",
"inputs": {
"group_test": {
"type": "group",
"inputs": {
"test": "aliquot"
}
}
},
})
parsed = protocol_info.parse(
self.protocol,
{
"refs": {
"ct1test": {
"id": "ct1test",
"type": "96-pcr",
"discard": True
}
},
"parameters": {
"group_test": {
"test": "ct1test/0"
}
},
},
)
assert isinstance(parsed["group_test"], dict)
assert "test" in parsed["group_test"]
assert isinstance(parsed["group_test"]["test"], Well)
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
"name": "Test Errors",
"inputs": {
"group": {
"type": "group",
"inputs": {
"bool": "bool",
"aliquot": "aliquot",
"aliquot+": "aliquot+",
},
}
},
})
protocol_info1.parse(self.protocol, {
"refs": {},
"parameters": {
"group": ["hello"]
}
})
with pytest.raises(RuntimeError):
protocol_info2 = ProtocolInfo({
"name": "Test Errors",
"inputs": {
"group": {
"type": "group"
}
}
})
protocol_info2.parse(
self.protocol,
{
"refs": {},
"parameters": {
"group": {
"bool": True,
"aliquot": "dummy/0",
"aliquot+": ["dummy/0"],
}
},
},
)
def test_multigroup(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Types",
"inputs": {
"group_test": {
"type": "group+",
"inputs": {
"test": "aliquot"
}
}
},
})
parsed = protocol_info.parse(
self.protocol,
{
"refs": {
"ct1test": {
"id": "ct1test",
"type": "96-pcr",
"discard": True
}
},
"parameters": {
"group_test": [{
"test": "ct1test/0"
}, {
"test": "ct1test/1"
}]
},
},
)
assert isinstance(parsed["group_test"], list)
assert 2 == len(parsed["group_test"])
assert "test" in parsed["group_test"][0]
assert isinstance(parsed["group_test"][0]["test"], Well)
assert "test" in parsed["group_test"][1]
assert isinstance(parsed["group_test"][1]["test"], Well)
assert 1 == parsed["group_test"][1]["test"].index
# pragma pylint: disable=duplicate-key
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol,
{
"refs": {
"ct1test": {
"id": "ct1test",
"type": "96-pcr",
"discard": True
}
},
"parameters": {
"group_test": {
"test": "ct1test/0",
"test": "ct1test/1"
}
},
},
)
protocol_info = ProtocolInfo({
"name": "Test Basic Types",
"inputs": {
"group_test": {
"type": "group+"
}
},
})
parsed = protocol_info.parse(
self.protocol,
{
"refs": {
"ct1test": {
"id": "ct1test",
"type": "96-pcr",
"discard": True
}
},
"parameters": {
"group_test": [{
"test": "ct1test/0"
}, {
"test": "ct1test/1"
}]
},
},
)
# pragma pylint: enable=duplicate-key
def test_group_choice(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Types",
"inputs": {
"group_test": {
"type":
"group-choice",
"options": [
{
"value": "a",
"inputs": {
"test": "aliquot"
}
},
{
"value": "b"
},
],
}
},
})
parsed = protocol_info.parse(
self.protocol,
{
"refs": {
"ct1test": {
"id": "ct1test",
"type": "96-pcr",
"discard": True
}
},
"parameters": {
"group_test": {
"value": "a",
"inputs": {
"a": {
"test": "ct1test/0"
},
"b": {}
},
}
},
},
)
assert isinstance(parsed["group_test"], dict)
assert "a" == parsed["group_test"]["value"]
assert "a" in parsed["group_test"]["inputs"]
assert "b" not in parsed["group_test"]["inputs"]
assert isinstance(parsed["group_test"]["inputs"]["a"]["test"], Well)
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(
self.protocol,
{
"refs": {
"ct1test": {
"id": "ct1test",
"type": "96-pcr",
"discard": True
}
},
"parameters": {
"group_test": {
"value": "a"
}
},
},
)
parsed = protocol_info.parse(
self.protocol,
{
"refs": {
"ct1test": {
"id": "ct1test",
"type": "96-pcr",
"discard": True
}
},
"parameters": {
"group_test": {
"inputs": {
"a": {
"test": "ct1test/0"
},
"b": {}
}
}
},
},
)
def test_csv_table(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Types",
"inputs": {
"table_test": {
"template": {
"header": [
"Destination Well",
"Source Well",
"Final concentration in ug/ml",
],
"keys": [
"dest_well",
"source_well",
"final_concentration_ugml",
],
"col_type": ["integer", "aliquot", "decimal"],
"rows": [
["0", "ct17652537/0", "1.2"],
["1", "ct17652537/0", "4.37"],
],
"label":
"Test Table CSV",
},
"type": "csv-table",
"label": "test table label",
}
},
})
parsed = protocol_info.parse(
self.protocol,
{
"refs": {
"ct1test": {
"id": "ct1test",
"type": "micro-1.5",
"discard": True
},
"ct2test": {
"id": "ct2test",
"type": "micro-1.5",
"discard": True
},
},
"parameters": {
"table_test": [
{
"dest_well": "integer",
"source_well": "aliquot",
"final_concentration_ugml": "decimal",
},
[
{
"dest_well": 0,
"source_well": "ct1test/0",
"final_concentration_ugml": 0.5,
},
{
"dest_well": 1,
"source_well": "ct2test/0",
"final_concentration_ugml": 0.6,
},
],
]
},
},
)
assert isinstance(parsed["table_test"], list)
assert isinstance(parsed["table_test"][0], dict)
assert "final_concentration_ugml" in parsed["table_test"][0]
assert isinstance(parsed["table_test"][1]["source_well"], Well)
def test_blank_default(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Blank Defaults",
"inputs": {
"int": "integer",
"str": "string",
"bool": "bool",
"decimal": "decimal",
"volume": "volume",
"temperature": "temperature",
"csv-table": "csv-table",
},
})
parsed = protocol_info.parse(self.protocol, {
"refs": {},
"parameters": {}
})
assert parsed["int"] is None
assert parsed["str"] is None
assert parsed["bool"] is None
assert parsed["decimal"] is None
assert parsed["volume"] is None
assert parsed["temperature"] is None
assert isinstance(parsed["csv-table"], list)
def test_ref_default(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Blank Defaults",
"inputs": {
"aliquot": "aliquot",
"aliquot+": "aliquot+",
"aliquot++": "aliquot++",
"container": "container",
"container+": "container+",
},
})
parsed = protocol_info.parse(self.protocol, {
"refs": {},
"parameters": {}
})
assert parsed["aliquot"] is None
assert parsed["container"] is None
assert isinstance(parsed["aliquot+"], WellGroup)
assert 0 == len(parsed["aliquot+"])
assert [] == parsed["aliquot++"]
assert [] == parsed["container+"]
def test_group_default(self):
protocol_info = ProtocolInfo({
"name": "Test Basic Blank Defaults",
"inputs": {
"group": {
"type": "group",
"inputs": {
"bool": "bool",
"aliquot": "aliquot",
"aliquot+": "aliquot+",
},
},
"group+": {
"type": "group+",
"inputs": {
"bool": "bool"
}
},
},
})
parsed = protocol_info.parse(self.protocol, {
"refs": {},
"parameters": {}
})
assert isinstance(parsed["group"], dict)
assert parsed["group"]["bool"] is None
assert parsed["group"]["aliquot"] is None
assert isinstance(parsed["group"]["aliquot+"], WellGroup)
assert 0 == len(parsed["group"]["aliquot+"])
assert [{"bool": None}] == parsed["group+"]
def test_container_errors(self):
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
"name": "Test Errors",
"inputs": {
"cont": {
"type": "container"
}
}
})
protocol_info1.parse(
self.protocol,
{
"refs": {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
"parameters": {
"cont": "my_cont/0"
},
},
)
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
"name": "Test Errors",
"inputs": {
"cont": {
"type": "container"
}
}
})
protocol_info1.parse(
self.protocol,
{
"refs": {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
"parameters": {
"cont": "another_cont"
},
},
)
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
"name": "Test Errors",
"inputs": {
"cont": {
"type": "container"
}
}
})
protocol_info1.parse(
self.protocol,
{
"refs": {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
"parameters": {
"cont": 12
},
},
)
def test_container_volumes(self):
protocol_info1 = ProtocolInfo({
"name": "Test Container Volumes",
"inputs": {
"cont": {
"type": "container"
}
},
})
parsed = protocol_info1.parse(
self.protocol,
{
"refs": {
"echo_plate": {
"type": "384-echo",
"discard": True,
"aliquots": {
"0": {
"volume": "135:microliter"
}
},
}
},
"parameters": {
"cont": "echo_plate"
},
},
)
assert parsed["cont"].well(0).volume == Unit(135, "microliter")
with pytest.raises(ValueError) as e:
protocol_info1.parse(
self.protocol,
{
"refs": {
"my_cont": {
"type": "384-echo",
"discard": True,
"aliquots": {
"0": {
"volume": "10000:microliter"
}
},
}
},
"parameters": {
"cont": "my_cont"
},
},
)
assert "Theoretical volume" in str(e.value)
# Test parsing of local manifest file
def test_json_parse(self):
with open("test/manifest_test.json", "r") as f:
manifest_json = f.read()
manifest = Manifest(json.loads(manifest_json))
source = json.loads(manifest_json)["protocols"][0]["preview"]
manifest.protocol_info("TestMethod").parse(self.protocol, source)
def test_seal_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "96-pcr", storage="cold_20")
test2 = self.protocol.ref("test2",
None,
"96-flat",
storage="cold_20",
cover="standard")
self.protocol.spin(test, "2000:g", "5:minute")
self.protocol.spin(test2, "2000:g", "5:minute")
assert len(self.protocol.instructions) == 3
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert len(self.protocol.instructions) == 5
assert self.protocol.instructions[-1].op == "cover"
assert self.protocol.instructions[-1].lid == "low_evaporation"
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert len(self.protocol.instructions) == 7
assert self.protocol.instructions[-1].op == "cover"
assert self.protocol.instructions[-1].lid == "low_evaporation"
def test_seal_type_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "384-pcr", storage="cold_20")
self.protocol.seal(test, "foil")
self.protocol.unseal(test)
seal_on_store(self.protocol)
assert self.protocol.instructions[-1].type == "ultra-clear"
test2 = self.protocol.ref("test2", None, "384-pcr", storage="cold_20")
self.protocol.seal(test2, "ultra-clear")
self.protocol.unseal(test2)
seal_on_store(self.protocol)
assert self.protocol.instructions[-1].type == "ultra-clear"
def test_cover_type_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "96-flat-uv", storage="cold_20")
self.protocol.cover(test, "universal")
self.protocol.uncover(test)
seal_on_store(self.protocol)
assert self.protocol.instructions[-1].lid == "low_evaporation"
test2 = self.protocol.ref("test2",
None,
"96-flat-uv",
storage="cold_20")
self.protocol.cover(test2)
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert self.protocol.instructions[-1].lid == "low_evaporation"
def test_get_protocol_preview(self):
preview = get_protocol_preview(self.protocol,
"TestMethod",
manifest="test/manifest_test.json")
manifest_keys = [
"my_string",
"my_container",
"my_volume",
"my_length",
"my_bool",
]
for key in manifest_keys:
assert key in preview
def test_compound_type(self):
protocol_info1 = ProtocolInfo({
"name": "Test Compound type",
"inputs": {
"compound": {
"type": "compound"
}
},
})
parsed = protocol_info1.parse(
self.protocol,
{
"refs": {},
"parameters": {
"compound": {
"format": "InChI",
"value": "InChI=1S/CH4/h1H4"
}
},
},
)
assert parsed["compound"].value == "InChI=1S/CH4/h1H4"
def test_multiple_compound_type(self):
protocol_info1 = ProtocolInfo({
"name": "Test Compound type",
"inputs": {
"compound": {
"type": "compound+"
}
},
})
parsed = protocol_info1.parse(
self.protocol,
{
"refs": {},
"parameters": {
"compound": [
{
"format": "Daylight Canonical SMILES",
"value": "C1=CC=CC=C1"
},
{
"format": "Daylight Canonical SMILES",
"value": "CCCC"
},
]
},
},
)
assert parsed["compound"][0].value == "C1=CC=CC=C1"
assert parsed["compound"][0].format == "Daylight Canonical SMILES"
assert parsed["compound"][1].value == "CCCC"
assert parsed["compound"][1].format == "Daylight Canonical SMILES"
def test_invalid_compound(self):
with pytest.raises(RuntimeError) as e:
protocol_info1 = ProtocolInfo({
"name": "Test Compound type",
"inputs": {
"compound": {
"type": "compound"
}
},
})
protocol_info1.parse(
self.protocol,
{
"refs": {},
"parameters": {
"compound": {
"format": "Daylight Canonical SMILES",
"value": "C1:CO&",
}
},
},
)
assert "C1:CO& is not a valid Daylight Canonical SMILES value." in str(
e.value)
with pytest.raises(RuntimeError) as e:
protocol_info1 = ProtocolInfo({
"name": "Test Compound type",
"inputs": {
"compound": {
"type": "compound"
}
},
})
protocol_info1.parse(
self.protocol,
{
"refs": {},
"parameters": {
"compound": {
"format": "foo",
"value": "CCCC"
}
},
},
)
assert "foo is not an acceptable Compound format." in str(e.value)
class ManifestTest(unittest.TestCase):
def setUp(self):
self.protocol = Protocol()
def test_empty(self):
protocol_info = ProtocolInfo({
'name': 'Test Empty',
'inputs': {}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
self.assertEqual({}, parsed)
def test_basic_types(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'bool': 'bool',
'string': 'string',
'integer': 'integer',
'decimal': 'decimal'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': 3,
'decimal': 2.1
}
})
self.assertEqual({
'bool': True,
'string': 'test',
'integer': 3,
'decimal': 2.1
}, parsed)
with self.assertRaises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': "hi",
'decimal': 2.1
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': "3",
'decimal': "hi"
}
})
def test_unit_types(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'volume': 'volume',
'time': 'time',
'temperature': 'temperature'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'volume': '3:microliter',
'time': '30:second',
'temperature': '25:celsius'
}
})
self.assertEqual({
'volume': Unit.fromstring('3:microliter'),
'time': Unit.fromstring('30:second'),
'temperature': Unit.fromstring('25:celsius')
}, parsed)
with self.assertRaises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'volume': 3,
'time': '30:second',
'temperature': '25:celsius'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'volume': "3:microliter",
'time': "hello",
'temperature': '25:celsius'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'volume': "3:microliter",
'time': "30:second",
'temperature': 25
}
})
def test_group(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group',
'inputs': {
'test': 'aliquot'
}
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'test': 'ct1test/0'
}
}
})
self.assertTrue(isinstance(parsed['group_test'], dict))
self.assertTrue('test' in parsed['group_test'])
self.assertTrue(isinstance(parsed['group_test']['test'], Well))
with self.assertRaises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'group': {
'type': 'group',
'inputs': {
'bool': 'bool',
'aliquot': 'aliquot',
'aliquot+': 'aliquot+'
}
}
}
})
protocol_info1.parse(self.protocol, {
'refs': {
},
'parameters': {
'group': ["hello"]
}
})
protocol_info2 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'group': {
'type': 'group'
}
}
})
protocol_info2.parse(self.protocol, {
'refs': {
},
'parameters': {
'group': {
"bool": True,
"aliquot": "dummy/0",
"aliquot+": ["dummy/0"]
}
}
})
def test_multigroup(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group+',
'inputs': {
'test': 'aliquot'
}
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': [
{'test': 'ct1test/0'},
{'test': 'ct1test/1'}
]
}
})
self.assertTrue(isinstance(parsed['group_test'], list))
self.assertEqual(2, len(parsed['group_test']))
self.assertTrue('test' in parsed['group_test'][0])
self.assertTrue(isinstance(parsed['group_test'][0]['test'], Well))
self.assertTrue('test' in parsed['group_test'][1])
self.assertTrue(isinstance(parsed['group_test'][1]['test'], Well))
self.assertEqual(1, parsed['group_test'][1]['test'].index)
with self.assertRaises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'test': 'ct1test/0',
'test': 'ct1test/1'
}
}
})
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group+'
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': [
{'test': 'ct1test/0'},
{'test': 'ct1test/1'}
]
}
})
def test_group_choice(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group-choice',
'options': [
{
'value': 'a',
'inputs': {
'test': 'aliquot'
}
},
{
'value': 'b'
}
]
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'value': 'a',
'inputs': {
'a': {
'test': 'ct1test/0'
},
'b': {
}
}
}
}
})
self.assertTrue(isinstance(parsed['group_test'], dict))
self.assertEqual('a', parsed['group_test']['value'])
self.assertTrue('a' in parsed['group_test']['inputs'])
self.assertFalse('b' in parsed['group_test']['inputs'])
self.assertTrue(
isinstance(parsed['group_test']['inputs']['a']['test'], Well))
with self.assertRaises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'value': 'a'
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'inputs': {
'a': {
'test': 'ct1test/0'
},
'b': {
}
}
}
}
})
def test_csv_table(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
"table_test": {
"template": {
"header": ["Destination Well", "Source Well", "Final concentration in ug/ml"],
"keys": ["dest_well", "source_well", "final_concentration_ugml"],
"col_type": ["integer", "aliquot", "decimal"],
"rows": [
["0", "ct17652537/0", "1.2"],
["1", "ct17652537/0", "4.37"]
],
"label": "Test Table CSV"
},
"type": "csv-table",
"label": "test table label"
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': 'micro-1.5', 'discard': True},
'ct2test': {'id': 'ct2test', 'type': 'micro-1.5', 'discard': True}
},
'parameters': {
"table_test": [
{
"dest_well": "integer",
"source_well": "aliquot",
"final_concentration_ugml": "decimal"
},
[
{
"dest_well": 0,
"source_well": "ct1test/0",
"final_concentration_ugml": 0.5
},
{
"dest_well": 1,
"source_well": "ct2test/0",
"final_concentration_ugml": 0.6
}
]
]
}
})
self.assertTrue(isinstance(parsed['table_test'], list))
self.assertTrue(isinstance(parsed['table_test'][0], dict))
self.assertTrue('final_concentration_ugml' in parsed['table_test'][0])
self.assertTrue(isinstance(parsed['table_test'][1]['source_well'], Well))
def test_blank_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'int': 'integer',
'str': 'string',
'bool': 'bool',
'decimal': 'decimal',
'volume': 'volume',
'temperature': 'temperature',
'csv-table': 'csv-table'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
self.assertIsNone(parsed['int'])
self.assertIsNone(parsed['str'])
self.assertIsNone(parsed['bool'])
self.assertIsNone(parsed['decimal'])
self.assertIsNone(parsed['volume'])
self.assertIsNone(parsed['temperature'])
self.assertIsInstance(parsed['csv-table'], list)
def test_ref_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'aliquot': 'aliquot',
'aliquot+': 'aliquot+',
'aliquot++': 'aliquot++',
'container': 'container',
'container+': 'container+'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
self.assertIsNone(parsed['aliquot'])
self.assertIsNone(parsed['container'])
self.assertIsInstance(parsed['aliquot+'], WellGroup)
self.assertEqual(0, len(parsed['aliquot+']))
self.assertEqual([], parsed['aliquot++'])
self.assertEqual([], parsed['container+'])
def test_group_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'group': {
'type': 'group',
'inputs': {
'bool': 'bool',
'aliquot': 'aliquot',
'aliquot+': 'aliquot+'
}
},
'group+': {
'type': 'group+',
'inputs': {
'bool': 'bool'
}
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
self.assertIsInstance(parsed['group'], dict)
self.assertIsNone(parsed['group']['bool'])
self.assertIsNone(parsed['group']['aliquot'])
self.assertIsInstance(parsed['group']['aliquot+'], WellGroup)
self.assertEqual(0, len(parsed['group']['aliquot+']))
self.assertEqual([{'bool': None}], parsed['group+'])
def test_container_errors(self):
with self.assertRaises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'cont': {
'type': 'container'
}
}
})
protocol_info1.parse(self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": "my_cont/0"
}
})
protocol_info1.parse(self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": "another_cont"
}
})
protocol_info1.parse(self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": 12
}
})
# Test parsing of local manifest file
def test_json_parse(self):
protocol = Protocol()
with open('test/manifest_test.json', 'r') as f:
manifest_json = f.read()
manifest = Manifest(json.loads(manifest_json))
source = json.loads(manifest_json)['protocols'][0]['preview']
manifest.protocol_info('TestMethod').parse(protocol, source)
def test_seal_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "96-pcr", storage="cold_20")
test2 = self.protocol.ref("test2", None, "96-flat", storage="cold_20",
cover="standard")
self.protocol.spin(test, "2000:g", "5:minute")
self.protocol.spin(test2, "2000:g", "5:minute")
self.assertEqual(len(self.protocol.instructions), 3)
self.protocol.uncover(test2)
seal_on_store(self.protocol)
self.assertEqual(len(self.protocol.instructions), 5)
self.assertTrue(self.protocol.instructions[-1].op == "cover")
self.assertTrue(self.protocol.instructions[-1].lid == "standard")
self.protocol.uncover(test2)
seal_on_store(self.protocol)
self.assertEqual(len(self.protocol.instructions), 7)
self.assertTrue(self.protocol.instructions[-1].op == "cover")
self.assertTrue(self.protocol.instructions[-1].lid == "standard")
def test_seal_type_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "384-pcr", storage="cold_20")
self.protocol.seal(test, "foil")
self.protocol.unseal(test)
seal_on_store(self.protocol)
self.assertTrue(self.protocol.instructions[-1].type == "ultra-clear")
test2 = self.protocol.ref("test2", None, "384-pcr", storage="cold_20")
self.protocol.seal(test2, "ultra-clear")
self.protocol.unseal(test2)
seal_on_store(self.protocol)
self.assertTrue(self.protocol.instructions[-1].type == "ultra-clear")
def test_cover_type_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "96-flat-uv", storage="cold_20")
self.protocol.cover(test, "universal")
self.protocol.uncover(test)
seal_on_store(self.protocol)
self.assertTrue(self.protocol.instructions[-1].lid == "standard")
test2 = self.protocol.ref("test2", None, "96-flat-uv", storage="cold_20")
self.protocol.cover(test2)
self.protocol.uncover(test2)
seal_on_store(self.protocol)
self.assertTrue(self.protocol.instructions[-1].lid == "standard")
class TestManifest(object):
@pytest.fixture(autouse=True)
def setUp(self):
self.protocol = Protocol()
def test_empty(self):
protocol_info = ProtocolInfo({
'name': 'Test Empty',
'inputs': {}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
assert ({} == parsed)
def test_basic_types(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'bool': 'bool',
'string': 'string',
'integer': 'integer',
'decimal': 'decimal'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': 3,
'decimal': 2.1
}
})
assert ({
'bool': True,
'string': 'test',
'integer': 3,
'decimal': 2.1
} == parsed)
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': "hi",
'decimal': 2.1
}
})
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'bool': True,
'string': 'test',
'integer': "3",
'decimal': "hi"
}
})
def test_unit_types(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'volume': 'volume',
'time': 'time',
'temperature': 'temperature'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'volume': '3:microliter',
'time': '30:second',
'temperature': '25:celsius'
}
})
assert ({
'volume': Unit.fromstring('3:microliter'),
'time': Unit.fromstring('30:second'),
'temperature': Unit.fromstring('25:celsius')
} == parsed)
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'volume': 3,
'time': '30:second',
'temperature': '25:celsius'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'volume': "3:microliter",
'time': "hello",
'temperature': '25:celsius'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {
'volume': "3:microliter",
'time': "30:second",
'temperature': 25
}
})
def test_group(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group',
'inputs': {
'test': 'aliquot'
}
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'test': 'ct1test/0'
}
}
})
assert (isinstance(parsed['group_test'], dict))
assert ('test' in parsed['group_test'])
assert (isinstance(parsed['group_test']['test'], Well))
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'group': {
'type': 'group',
'inputs': {
'bool': 'bool',
'aliquot': 'aliquot',
'aliquot+': 'aliquot+'
}
}
}
})
protocol_info1.parse(self.protocol, {
'refs': {
},
'parameters': {
'group': ["hello"]
}
})
with pytest.raises(RuntimeError):
protocol_info2 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'group': {
'type': 'group'
}
}
})
protocol_info2.parse(self.protocol, {
'refs': {
},
'parameters': {
'group': {
"bool": True,
"aliquot": "dummy/0",
"aliquot+": ["dummy/0"]
}
}
})
def test_multigroup(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group+',
'inputs': {
'test': 'aliquot'
}
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': [
{'test': 'ct1test/0'},
{'test': 'ct1test/1'}
]
}
})
assert (isinstance(parsed['group_test'], list))
assert (2 == len(parsed['group_test']))
assert ('test' in parsed['group_test'][0])
assert (isinstance(parsed['group_test'][0]['test'], Well))
assert ('test' in parsed['group_test'][1])
assert (isinstance(parsed['group_test'][1]['test'], Well))
assert (1 == parsed['group_test'][1]['test'].index)
# pragma pylint: disable=duplicate-key
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'test': 'ct1test/0',
'test': 'ct1test/1'
}
}
})
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group+'
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': [
{'test': 'ct1test/0'},
{'test': 'ct1test/1'}
]
}
})
# pragma pylint: enable=duplicate-key
def test_group_choice(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
'group_test': {
'type': 'group-choice',
'options': [
{
'value': 'a',
'inputs': {
'test': 'aliquot'
}
},
{
'value': 'b'
}
]
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'value': 'a',
'inputs': {
'a': {
'test': 'ct1test/0'
},
'b': {
}
}
}
}
})
assert (isinstance(parsed['group_test'], dict))
assert ('a' == parsed['group_test']['value'])
assert ('a' in parsed['group_test']['inputs'])
assert ('b' not in parsed['group_test']['inputs'])
assert (
isinstance(parsed['group_test']['inputs']['a']['test'], Well))
with pytest.raises(RuntimeError):
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'value': 'a'
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': '96-pcr', 'discard': True}
},
'parameters': {
'group_test': {
'inputs': {
'a': {
'test': 'ct1test/0'
},
'b': {
}
}
}
}
})
def test_csv_table(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Types',
'inputs': {
"table_test": {
"template": {
"header": ["Destination Well", "Source Well", "Final concentration in ug/ml"],
"keys": ["dest_well", "source_well", "final_concentration_ugml"],
"col_type": ["integer", "aliquot", "decimal"],
"rows": [
["0", "ct17652537/0", "1.2"],
["1", "ct17652537/0", "4.37"]
],
"label": "Test Table CSV"
},
"type": "csv-table",
"label": "test table label"
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {
'ct1test': {'id': 'ct1test', 'type': 'micro-1.5', 'discard': True},
'ct2test': {'id': 'ct2test', 'type': 'micro-1.5', 'discard': True}
},
'parameters': {
"table_test": [
{
"dest_well": "integer",
"source_well": "aliquot",
"final_concentration_ugml": "decimal"
},
[
{
"dest_well": 0,
"source_well": "ct1test/0",
"final_concentration_ugml": 0.5
},
{
"dest_well": 1,
"source_well": "ct2test/0",
"final_concentration_ugml": 0.6
}
]
]
}
})
assert (isinstance(parsed['table_test'], list))
assert (isinstance(parsed['table_test'][0], dict))
assert ('final_concentration_ugml' in parsed['table_test'][0])
assert (isinstance(parsed['table_test'][1]['source_well'], Well))
def test_blank_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'int': 'integer',
'str': 'string',
'bool': 'bool',
'decimal': 'decimal',
'volume': 'volume',
'temperature': 'temperature',
'csv-table': 'csv-table'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
assert (parsed['int'] is None)
assert (parsed['str'] is None)
assert (parsed['bool'] is None)
assert (parsed['decimal'] is None)
assert (parsed['volume'] is None)
assert (parsed['temperature'] is None)
assert isinstance(parsed['csv-table'], list)
def test_ref_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'aliquot': 'aliquot',
'aliquot+': 'aliquot+',
'aliquot++': 'aliquot++',
'container': 'container',
'container+': 'container+'
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
assert (parsed['aliquot'] is None)
assert (parsed['container'] is None)
assert isinstance(parsed['aliquot+'], WellGroup)
assert (0 == len(parsed['aliquot+']))
assert ([] == parsed['aliquot++'])
assert ([] == parsed['container+'])
def test_group_default(self):
protocol_info = ProtocolInfo({
'name': 'Test Basic Blank Defaults',
'inputs': {
'group': {
'type': 'group',
'inputs': {
'bool': 'bool',
'aliquot': 'aliquot',
'aliquot+': 'aliquot+'
}
},
'group+': {
'type': 'group+',
'inputs': {
'bool': 'bool'
}
}
}
})
parsed = protocol_info.parse(self.protocol, {
'refs': {},
'parameters': {}
})
assert isinstance(parsed['group'], dict)
assert (parsed['group']['bool'] is None)
assert (parsed['group']['aliquot'] is None)
assert isinstance(parsed['group']['aliquot+'], WellGroup)
assert (0 == len(parsed['group']['aliquot+']))
assert ([{'bool': None}] == parsed['group+'])
def test_container_errors(self):
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'cont': {
'type': 'container'
}
}
})
protocol_info1.parse(self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": "my_cont/0"
}
})
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'cont': {
'type': 'container'
}
}
})
protocol_info1.parse(self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": "another_cont"
}
})
with pytest.raises(RuntimeError):
protocol_info1 = ProtocolInfo({
'name': 'Test Errors',
'inputs': {
'cont': {
'type': 'container'
}
}
})
protocol_info1.parse(self.protocol, {
'refs': {
"my_cont": {
"type": "micro-1.5",
"discard": True
}
},
'parameters': {
"cont": 12
}
})
def test_container_volumes(self):
protocol_info1 = ProtocolInfo({
'name': 'Test Container Volumes',
'inputs': {
'cont': {
'type': 'container'
}
}
})
parsed = protocol_info1.parse(self.protocol, {
"refs": {
"echo_plate": {
"type": "384-echo",
"discard": True,
"aliquots": {
"0": {"volume": "135:microliter"}
}
}
},
"parameters": {
"cont": "echo_plate"
}
})
assert parsed["cont"].well(0).volume == Unit(135, "microliter")
with pytest.raises(ValueError) as e:
protocol_info1.parse(self.protocol, {
'refs': {
"my_cont": {
"type": "384-echo",
"discard": True,
"aliquots": {
"0": {"volume": "10000:microliter"}
}
}
},
'parameters': {
"cont": "my_cont"
}
})
assert "Theoretical volume" in str(e.value)
# Test parsing of local manifest file
def test_json_parse(self):
with open('test/manifest_test.json', 'r') as f:
manifest_json = f.read()
manifest = Manifest(json.loads(manifest_json))
source = json.loads(manifest_json)['protocols'][0]['preview']
manifest.protocol_info('TestMethod').parse(self.protocol, source)
def test_seal_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "96-pcr", storage="cold_20")
test2 = self.protocol.ref("test2", None, "96-flat", storage="cold_20",
cover="standard")
self.protocol.spin(test, "2000:g", "5:minute")
self.protocol.spin(test2, "2000:g", "5:minute")
assert (len(self.protocol.instructions) == 3)
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert (len(self.protocol.instructions) == 5)
assert (self.protocol.instructions[-1].op == "cover")
assert (self.protocol.instructions[-1].lid == "low_evaporation")
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert (len(self.protocol.instructions) == 7)
assert (self.protocol.instructions[-1].op == "cover")
assert (self.protocol.instructions[-1].lid == "low_evaporation")
def test_seal_type_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "384-pcr", storage="cold_20")
self.protocol.seal(test, "foil")
self.protocol.unseal(test)
seal_on_store(self.protocol)
assert (self.protocol.instructions[-1].type == "ultra-clear")
test2 = self.protocol.ref("test2", None, "384-pcr", storage="cold_20")
self.protocol.seal(test2, "ultra-clear")
self.protocol.unseal(test2)
seal_on_store(self.protocol)
assert (self.protocol.instructions[-1].type == "ultra-clear")
def test_cover_type_on_store(self):
seal_on_store(self.protocol)
test = self.protocol.ref("test", None, "96-flat-uv", storage="cold_20")
self.protocol.cover(test, "universal")
self.protocol.uncover(test)
seal_on_store(self.protocol)
assert (self.protocol.instructions[-1].lid == "low_evaporation")
test2 = self.protocol.ref("test2", None, "96-flat-uv", storage="cold_20")
self.protocol.cover(test2)
self.protocol.uncover(test2)
seal_on_store(self.protocol)
assert (self.protocol.instructions[-1].lid == "low_evaporation")