def test_truediv():
assert Node(model, 'functions')/'step' == Node(model, 'functions/step')
with logging_disabled():
try:
Node(model, 'functions')/False
except TypeError:
pass
def test_tag():
assert Node(model, 'functions/step').tag() == 'step1'
if not client.port:
# Skip test in client-server mode where it's fairly slow.
here = Path(__file__).resolve().parent
demo = client.load(here.parent/'demos'/'capacitor.mph')
demo.solve()
root = Node(model, '')
compare_tags(root, demo)
def test_init():
node = Node(model, '')
assert node.model == model
node = Node(model, 'functions')
assert node.model == model
assert 'function' in node.alias
assert 'functions' in node.alias.values()
assert 'functions' in node.groups
assert 'self.model.java.func()' in node.groups.values()
Node(model, node)
with logging_disabled():
try:
Node(model, False)
except TypeError:
pass
def test_toggle():
node = Node(model, 'functions/step')
assert node.java.isActive()
node.toggle()
assert not node.java.isActive()
node.toggle()
assert node.java.isActive()
node.toggle('off')
assert not node.java.isActive()
node.toggle('on')
assert node.java.isActive()
assert not Node(model, 'functions/non-existing').exists()
with logging_disabled():
try:
Node(model, 'functions/non-existing').toggle()
except LookupError:
pass
def test_properties():
assert Node(model, 'functions').properties() == {}
function = Node(model, 'functions/step')
assert 'funcname' in function.properties()
assert 'funcname' in function.properties().keys()
assert 'step' in function.properties().values()
assert ('funcname', 'step') in function.properties().items()
def test_retag():
with logging_disabled():
try:
Node(model, '').retag('something')
except PermissionError:
pass
try:
Node(model, 'functions').retag('something')
except PermissionError:
pass
try:
Node(model, 'functions/non-existing').retag('something')
except Exception:
pass
node = Node(model, 'functions/step')
old = node.tag()
node.retag('new')
assert node.tag() == 'new'
node.retag(old)
assert node.tag() == old
def test_remove():
functions = Node(model, 'functions')
assert (functions/'Analytic 1').exists()
(functions/'Analytic 1').remove()
assert not (functions/'Analytic 1').exists()
assert (functions/'f').exists()
(functions/'f').remove()
assert not (functions/'f').exists()
physics = Node(model, 'physics')
(physics/'Electrostatics 1').remove()
assert not (physics/'Electrostatics 1').exists()
with logging_disabled():
try:
Node(model, '').remove()
except PermissionError:
pass
try:
Node(model, 'function').remove()
except PermissionError:
pass
try:
Node(model, 'function/non-existing').remove()
except LookupError:
pass
def test_run():
study = Node(model, 'studies/static')
solution = Node(model, 'solutions/electrostatic solution')
assert solution.java.isEmpty()
study.run()
assert not solution.java.isEmpty()
with logging_disabled():
try:
Node(model, 'functions/non-existing').run()
except LookupError:
pass
try:
Node(model, 'functions').run()
except RuntimeError:
pass
def test_rename():
with logging_disabled():
try:
Node(model, '').rename('something')
except PermissionError:
pass
try:
Node(model, 'functions').rename('something')
except PermissionError:
pass
node = Node(model, 'functions/step')
name = node.name()
renamed = Node(model, 'functions/renamed')
assert not renamed.exists()
node.rename('renamed')
assert node.exists()
assert renamed.exists()
node.rename(name)
assert node.exists()
assert not renamed.exists()
def test_iter():
assert Node(model, 'functions/step') in list(Node(model, 'functions'))
def test_contains():
assert 'step' in Node(model, 'functions')
assert 'other' not in Node(model, 'functions')
assert Node(model, 'functions/step') in Node(model, 'functions')
assert Node(model, 'functions/other') not in Node(model, 'functions')
def test_parent():
assert Node(model, '').parent() is None
assert Node(model, 'functions/step').parent() == Node(model, 'functions')
def test_eq():
assert Node(model, 'function/step') == Node(model, '/functions/step/')
def test_repr():
assert repr(Node(model, 'functions/step')) == "Node('functions/step')"
def test_str():
assert str(Node(model, 'functions/step')) == 'functions/step'
def test_property():
root = Node(model, '')
function = root/'functions'/'step'
axis = root/'geometries'/'geometry'/'axis'
material = root/'materials'/'medium 1'
plot = root/'plots'/'evolution'
export = root/'exports'/'data'
# Test conversion to and from 'Boolean'.
old = function.property('smoothactive')
function.property('smoothactive', False)
assert function.property('smoothactive') is False
function.property('smoothactive', old)
assert function.property('smoothactive') == old
# Test conversion to and from 'Double'.
old = function.property('location')
function.property('location', -10.0)
assert isclose(function.property('location'), -10)
function.property('location', old)
assert isclose(function.property('location'), old)
# Test conversion to and from 'DoubleArray'.
old = export.property('outersolnumindices')
new = array([1.0, 2.0, 3.0])
export.property('outersolnumindices', new)
assert isclose(export.property('outersolnumindices'), new).all()
export.property('outersolnumindices', old)
assert isclose(export.property('outersolnumindices'), old).all()
# Test conversion to and from 'File'.
old = export.property('filename')
export.property('filename', Path('new.tif'))
assert export.property('filename') == Path('new.tif')
export.property('filename', old)
assert export.property('filename') == old
# Test conversion to and from 'Int'.
old = plot.property('axisprecision')
plot.property('axisprecision', 4)
assert plot.property('axisprecision') == 4
plot.property('axisprecision', old)
assert plot.property('axisprecision') == old
# Test conversion to and from 'IntArray'.
old = axis.property('segid')
new = array([1, 2, 3], dtype=int)
axis.property('segid', new)
assert (axis.property('segid') == new).all()
axis.property('segid', old)
assert (axis.property('segid') == old).all()
# Test conversion from 'None'.
assert material.property('customize') is None
# Test conversion to and from 'String'.
old = function.property('funcname')
function.property('funcname', 'new')
assert function.property('funcname') == 'new'
function.property('funcname', old)
assert function.property('funcname') == old
# Test conversion to and from 'StringArray'.
old = export.property('descr')
export.property('descr', ['x', 'y', 'z'])
assert export.property('descr') == ['x', 'y', 'z']
export.property('descr', old)
assert export.property('descr') == old
# Test conversion to and from 'StringMatrix'.
old = plot.property('plotonsecyaxis')
new = [['medium 1', 'on', 'ptgr1'], ['medium 2', 'on', 'ptgr2']]
plot.property('plotonsecyaxis', new)
assert plot.property('plotonsecyaxis') == new
plot.property('plotonsecyaxis', old)
assert plot.property('plotonsecyaxis') == old
# Read and write back every node property in the model.
if not client.port:
# Skip test in client-server mode where it's excruciatingly slow.
rewrite_properties(root)
def test_children():
assert Node(model, 'functions/step') in Node(model, 'functions').children()
datasets = Node(model, 'datasets').children()
assert Node(model, 'datasets/sweep//solution') in datasets
assert Node(model, 'datasets/sweep//solution').exists()
assert not Node(model, 'datasets/sweep/solution').exists()
def test_is_root():
assert Node(model, None).is_root()
assert Node(model, '').is_root()
assert Node(model, '/').is_root()
def test_create():
functions = Node(model, 'functions')
functions.create('Analytic')
assert (functions/'Analytic 1').exists()
functions.create('Analytic', name='f')
assert (functions/'f').exists()
geometry = Node(model, 'geometries/geometry')
physics = Node(model, 'physics')
physics.create('Electrostatics', geometry)
with logging_disabled():
try:
Node(model, '').create()
except PermissionError:
pass
try:
Node(model, 'components/component').create()
except RuntimeError:
pass
def test_type():
assert Node(model, 'functions/step').type() == 'Step'
def test_is_group():
assert Node(model, 'functions').is_group()
def test_exists():
assert Node(model, 'functions').exists()
assert Node(model, 'functions/step').exists()
assert not Node(model, 'functions/new').exists()
def test_java():
assert Node(model, 'functions').java
assert Node(model, 'functions/step').java
def test_name():
assert Node(model, 'functions').name() == 'functions'
assert Node(model, 'functions/step').name() == 'step'
def test_inspect():
node = Node(model, 'datasets/sweep//solution')
node.toggle('off')
with capture_stdout() as output:
mph.inspect(node)
assert output.text().strip().startswith('name:')