def go_simple(self, line, outcome, args):
self.maker = NastranMaker([line])
for arg in args:
self.maker.set(*arg)
self.maker._output(10001)
if self.maker.text[0] != outcome:
print "expected", outcome, len(outcome)
print "resulted", self.maker.text[0], len(self.maker.text[0])
self.assertTrue(self.maker.text[0] == outcome)
def go_simple(self, line, outcome, args):
self.maker = NastranMaker([line])
for arg in args:
self.maker.set(*arg)
self.maker._output(10001)
if self.maker.text[0] != outcome:
print "expected", outcome, len(outcome)
print "resulted", self.maker.text[0], len(self.maker.text[0])
self.assertTrue(self.maker.text[0] == outcome)
def go(self, text):
self.maker = NastranMaker(text)
class TestNastranMaker(unittest.TestCase):
def go(self, text):
self.maker = NastranMaker(text)
def go_simple(self, line, outcome, args):
self.maker = NastranMaker([line])
for arg in args:
self.maker.set(*arg)
self.maker._output(10001)
if self.maker.text[0] != outcome:
print "expected", outcome, len(outcome)
print "resulted", self.maker.text[0], len(self.maker.text[0])
self.assertTrue(self.maker.text[0] == outcome)
def test_simple(self):
s = "PROP 12 5 "
t = "PROP* 12 7 "
self.go_simple(s, t, (("PROP", "12", 2, 7), ))
def test_long(self):
s = "PROP* 1 13.5 4"
t = "PROP* 1 13.5 7 "
self.go_simple(s, t, (("PROP", "1", 3, 7), ))
def test_simple_cont(self):
s = [
"PBAR 1 1 40. 333.333 53.3333 259.865 + A",
"+ A5. 2. -5. 2. -5. -2. 5. -2. + B",
"+ B.833333 .833333"
]
t = [
'PBAR* 1 7 40. 333.333 *10001 ',
'*10001 53.3333 259.865 *10002 ',
'*10002 5. 2. -5. 2. *10003 ',
'*10003 -5. -2. 5. -2. *10004 ',
'*10004 .833333 .833333 '
]
self.go(s)
self.maker.set("PBAR", "1", 2, 7)
self.maker._output(10001)
#print "expected", t
#print "resulted", self.maker.text
self.assertTrue(t == self.maker.text)
def test_long_cont(self):
s = [
"PBAR* 1 1 40. 333.333 * A",
"* A53.3333 259.865 * B",
"* B5. 2. -5. 2. * C",
"* C-5. -2. 5. -2. * D",
"* D.833333 .833333 * E",
"* E"
]
t = [
'PBAR* 1 7 40. 333.333 *10001 ',
'*10001 53.3333 259.865 *10002 ',
'*10002 5. 2. -5. 2. *10003 ',
'*10003 -5. -2. 5. -2. *10004 ',
'*10004 .833333 .833333 '
]
self.go(s)
self.maker.set("PBAR", "1", 2, 7)
self.maker._output(10001)
self.assertTrue(t == self.maker.text)
def go(self, text):
self.maker = NastranMaker(text)
class TestNastranMaker(unittest.TestCase):
def go(self, text):
self.maker = NastranMaker(text)
def go_simple(self, line, outcome, args):
self.maker = NastranMaker([line])
for arg in args:
self.maker.set(*arg)
self.maker._output(10001)
if self.maker.text[0] != outcome:
print "expected", outcome, len(outcome)
print "resulted", self.maker.text[0], len(self.maker.text[0])
self.assertTrue(self.maker.text[0] == outcome)
def test_simple(self):
s = "PROP 12 5 "
t = "PROP* 12 7 "
self.go_simple(s, t, (("PROP", "12", 2, 7),))
def test_long(self):
s = "PROP* 1 13.5 4"
t = "PROP* 1 13.5 7 "
self.go_simple(s, t, (("PROP", "1", 3, 7),))
def test_simple_cont(self):
s = ["PBAR 1 1 40. 333.333 53.3333 259.865 + A", "+ A5. 2. -5. 2. -5. -2. 5. -2. + B", "+ B.833333 .833333"]
t = ['PBAR* 1 7 40. 333.333 *10001 ', '*10001 53.3333 259.865 *10002 ', '*10002 5. 2. -5. 2. *10003 ', '*10003 -5. -2. 5. -2. *10004 ', '*10004 .833333 .833333 ']
self.go(s)
self.maker.set("PBAR", "1", 2, 7)
self.maker._output(10001)
#print "expected", t
#print "resulted", self.maker.text
self.assertTrue(t == self.maker.text)
def test_long_cont(self):
s = ["PBAR* 1 1 40. 333.333 * A", "* A53.3333 259.865 * B", "* B5. 2. -5. 2. * C", "* C-5. -2. 5. -2. * D", "* D.833333 .833333 * E", "* E"]
t = ['PBAR* 1 7 40. 333.333 *10001 ', '*10001 53.3333 259.865 *10002 ', '*10002 5. 2. -5. 2. *10003 ', '*10003 -5. -2. 5. -2. *10004 ', '*10004 .833333 .833333 ']
self.go(s)
self.maker.set("PBAR", "1", 2, 7)
self.maker._output(10001)
self.assertTrue(t == self.maker.text)