assert len(forms[2].select.keys()) == 2
assert len(forms[2].input.keys()) == 2
# testing comboboxes:
assert len(forms[2].select['what-to-do']['options']) == 5
assert forms[2].select['what-to-do']['options'][0] == 'Drink Coffee'
assert len(forms[2].select['who-to-do-it-with']['options']) == 6
assert forms[2].select['who-to-do-it-with']['options'][-1] == 'Chouck'
##########################################################################
# FORM 3
# form[3] has 3 textareas (TEXTAREA) and 2 buttons (INPUT)
print forms[3].textarea
assert len(forms[3].textarea.items()) == 3
assert len(forms[3].input) == 2
# testing textareas:
assert forms[3].textarea['positive']['cols'] == '60'
assert forms[3].textarea['positive']['rows'] == '20'
assert forms[3].textarea['username']['text'][0] == 'Your Name Here'
harness = testplus.TestHarness(
__name__,
funs=testplus.testcollect(globals()),
)
if __name__ == '__main__':
print harness
sys.exit(len(harness))
prot = res.findType(Protein, uniq=1)
assert len(prot) == 1 and prot == mol.setClass([mol])
# FindType below from middle of the tree
atoms = chainsuniq.findType(Atom)
assert len(atoms) == 327
# FindType on empty set
emptyres = ResidueSet([])
atoms = emptyres.findType(Atom)
assert len(atoms) == 0 and isinstance(atoms, AtomSet)
# FindType on same type
atoms = atms.findType(Atom)
assert atoms == atms
# Raise exception
from MolKit.protein import Helix
try:
nodes = atms.findType(Helix)
except RuntimeError:
print "passed"
harness = testplus.TestHarness(__name__, funs=testplus.testcollect(globals()))
if __name__ == "__main__":
print harness
sys.exit(len(harness))
b = Object()
c = Object(name='cube', color = 'red', shape='square')
t = Object(name='triangle', color='yellow', shape='triangle')
d = Object(name='disk', color='silver', shape='round')
from MolKit.listSet import ListSet
testList = ListSet([b,c,t], elementType=Object)
assert len(testList) == 3
assert testList.color == ['blue', 'red', 'yellow']
testList.color = ['green', 'yellow', 'cyan', ]
assert b.color == 'green' and c.color=='yellow' and t.color == 'cyan'
testList.append(d)
assert len(testList) == 4
assert testList.color == ['green', 'yellow', 'cyan', 'silver']
def test_ListSet_loopoveremptyset():
from MolKit.listSet import ListSet
testList = ListSet([])
for l in testList:
print l.__str__()
del testList
harness = testplus.TestHarness( __name__,
funs = testplus.testcollect( globals()),
)
if __name__ == '__main__':
testplus.chdir()
print harness
sys.exit( len( harness))
rings.findRings2(atoms, bonds)
assert rings.ringCount == 6
def test_findCycles2():
# test cycle detection on modified taxol to have 5 membered ring
atoms, bonds = getGraphFromFile("fuzedRings2.graph")
from PyBabel.cycle import RingFinder
rings = RingFinder()
rings.findRings2(atoms, bonds)
assert rings.ringCount == 4
def test_findCycles3():
# test cycle detection on taxol merged rings only
atoms, bonds = getGraphFromFile("fuzedRings1.graph")
from PyBabel.cycle import RingFinder
rings = RingFinder()
rings.findRings2(atoms, bonds)
assert rings.ringCount == 4
harness = testplus.TestHarness("PyBabel_cycles", funs=testplus.testcollect(globals()))
if __name__ == "__main__":
testplus.chdir()
print harness
sys.exit(len(harness))
