def test_addobject():
"""py.test for ex_addobject.py"""
zones = bunchdt["zone"] # all the zones
assert len(zones) == 7
modeleditor.addobject(bunchdt,
data,
commdct,
"Zone".upper(),
None,
aname="NewZone")
assert len(zones) == 8
assert zones[-1].obj == [
"ZONE",
"NewZone",
0.0,
0.0,
0.0,
0.0,
1,
1,
"autocalculate",
"autocalculate",
"autocalculate",
"",
"",
"Yes",
]
def test_addobject():
"""py.test for ex_addobject.py"""
zones = bunchdt['zone'.upper()] # all the zones
assert len(zones) == 7
modeleditor.addobject(bunchdt, data,
commdct, "Zone".upper(), aname="NewZone")
assert len(zones) == 8
assert zones[-1].obj == ['ZONE', 'NewZone', 0., 0., 0., 0., 1, 1,
'autocalculate', 'autocalculate', 'autocalculate', '', '', 'Yes']
def test_addobject():
"""py.test for ex_addobject.py"""
zones = bunchdt['zone'.upper()] # all the zones
assert len(zones) == 7
modeleditor.addobject(bunchdt,
data,
commdct,
"Zone".upper(),
aname="NewZone")
assert len(zones) == 8
assert zones[-1].obj == [
'ZONE', 'NewZone', 0., 0., 0., 0., 1, 1, 'autocalculate',
'autocalculate', 'autocalculate', '', '', 'Yes'
]
def test_addobject():
"""py.test for ex_addobject.py"""
zones = bunchdt["zone".upper()] # all the zones
assert len(zones) == 7
modeleditor.addobject(bunchdt, data, commdct, "Zone".upper(), aname="NewZone")
assert len(zones) == 8
assert zones[-1].obj == [
"ZONE",
"NewZone",
0.0,
0.0,
0.0,
0.0,
1,
1,
"autocalculate",
"autocalculate",
"autocalculate",
"",
"",
"Yes",
]
def test___objecthasfields():
"""py.test for __objecthasfields"""
thedata = (
("ZONE", dict(Name="testzone", X_Origin=32), "testzone", True),
# key, fielddict, aname, istrue
("ZONE", dict(Name="testzone", X_Origin=32), "testzone1", False),
# key, fielddict, aname, istrue
)
for key, fielddict, aname, istrue in thedata:
idfobject = modeleditor.addobject(bunchdt, data, commdct, key, None,
**fielddict)
idfobject.Name = aname # modify the name, to check for a False return
result = modeleditor.__objecthasfields(bunchdt, data, commdct,
idfobject, **fielddict)
assert result == istrue
def test___objecthasfields():
"""py.test for __objecthasfields"""
thedata = (
("ZONE", dict(Name="testzone", X_Origin=32), "testzone", True),
# key, fielddict, aname, istrue
("ZONE", dict(Name="testzone", X_Origin=32), "testzone1", False),
# key, fielddict, aname, istrue
)
for key, fielddict, aname, istrue in thedata:
idfobject = modeleditor.addobject(bunchdt, data, commdct,
key, **fielddict)
idfobject.Name = aname # modify the name, to check for a False return
result = modeleditor.__objecthasfields(bunchdt, data, commdct,
idfobject, **fielddict)
assert result == istrue
def test_addobject():
"""py.test for addobject"""
thedata = (
('ZONE', None, dict(Name="Gumby", X_Origin=50)), # key, aname, fielddict
('ZONE', 'karamba', {}), # key, aname, fielddict
('ZONE', None, {}), # key, aname, fielddict
('ZONE', None, dict(Name="Gumby", X_Origin=50)), # key, aname, fielddict
)
for key, aname, fielddict in thedata:
result = modeleditor.addobject(bunchdt, data, commdct,
key, aname, **fielddict)
assert bunchdt[key][-1].key == key # wierd, but correct :-)
if aname:
assert data.dt[key][-1][1] == aname
assert bunchdt[key][-1].Name == aname
if fielddict:
for k, v in fielddict.items():
assert bunchdt[key][-1][k] == v
def test_addobject():
"""py.test for addobject"""
thedata = (
('ZONE', None, dict(Name="Gumby", X_Origin=50)), # key, aname, fielddict
('ZONE', 'karamba', {}), # key, aname, fielddict
('ZONE', None, {}), # key, aname, fielddict
('ZONE', None, dict(Name="Gumby", X_Origin=50)), # key, aname, fielddict
)
for key, aname, fielddict in thedata:
result = modeleditor.addobject(
bunchdt, data, commdct,
key, aname, **fielddict)
assert bunchdt[key][-1].key == key # wierd, but correct :-)
if aname:
assert data.dt[key][-1][1] == aname
assert bunchdt[key][-1].Name == aname
if fielddict:
for kkey, value in list(fielddict.items()):
assert bunchdt[key][-1][kkey] == value
