def test_loadsave(self):
o1 = mkproc(self, "message", "'hello, world'")
o2 = mkproc(self, "print")
o1.connect(0, o2, 0)
json_1 = self.patch.json_serialize()
self.patch.delete()
MFPApp().next_obj_id = 0
p2 = Patch('default', '', None, NaiveScope(), 'default')
p2.json_deserialize(json_1)
json_2 = p2.json_serialize()
dict_1 = json.loads(json_1)
dict_2 = json.loads(json_2)
for k in ['export_x', 'export_y', 'export_w', 'export_h',
'height', 'width']:
if k in dict_2['gui_params']:
del dict_2['gui_params'][k]
fail = False
for elt in [ 'gui_params', 'objects', 'type', 'scopes' ]:
if dict_1.get(elt) != dict_2.get(elt):
print("=======", elt, "========")
print(dict_1.get(elt))
print("=====================")
print(dict_2.get(elt))
fail = True
self.assertEqual(fail, False)
def test_loadsave(self):
o1 = mkproc(self, "message", "'hello, world'")
o2 = mkproc(self, "print")
o1.connect(0, o2, 0)
json_1 = self.patch.json_serialize()
self.patch.delete()
MFPApp().next_obj_id = 0
p2 = Patch('default', '', None, None, 'default')
p2.json_deserialize(json_1)
json_2 = p2.json_serialize()
dict_1 = json.loads(json_1)
dict_2 = json.loads(json_2)
fail = False
for elt in ['gui_params', 'objects', 'type', 'scopes']:
if dict_1.get(elt) != dict_2.get(elt):
print "=======", elt, "========"
print dict_1.get(elt)
print "====================="
print dict_2.get(elt)
fail = True
self.assertEqual(fail, False)
def test_loadsave(self):
o1 = mkproc(self, "message", "'hello, world'")
o2 = mkproc(self, "print")
o1.connect(0, o2, 0)
json_1 = self.patch.json_serialize()
self.patch.delete()
MFPApp().next_obj_id = 0
p2 = Patch('default', '', None, None, 'default')
p2.json_deserialize(json_1)
json_2 = p2.json_serialize()
dict_1 = json.loads(json_1)
dict_2 = json.loads(json_2)
fail = False
for elt in [ 'gui_params', 'objects', 'type', 'scopes' ]:
if dict_1.get(elt) != dict_2.get(elt):
print "=======", elt, "========"
print dict_1.get(elt)
print "====================="
print dict_2.get(elt)
fail = True
self.assertEqual(fail, False)
def test_loadsave(self):
o1 = mkproc(self, "message", "'hello, world'")
o2 = mkproc(self, "print")
o1.connect(0, o2, 0)
json_1 = self.patch.json_serialize()
self.patch.delete()
MFPApp().next_obj_id = 0
p2 = Patch('default', '', None, NaiveScope(), 'default')
p2.json_deserialize(json_1)
json_2 = p2.json_serialize()
dict_1 = json.loads(json_1)
dict_2 = json.loads(json_2)
for k in [
'export_x', 'export_y', 'export_w', 'export_h', 'height',
'width'
]:
if k in dict_2['gui_params']:
del dict_2['gui_params'][k]
fail = False
for elt in ['gui_params', 'objects', 'type', 'scopes']:
if dict_1.get(elt) != dict_2.get(elt):
print("=======", elt, "========")
print(dict_1.get(elt))
print("=====================")
print(dict_2.get(elt))
fail = True
self.assertEqual(fail, False)
def setUp(self):
self.patch = Patch('default', '', None, NaiveScope(), 'default')
self.plus = mkproc(
self,
"+",
None,
)
self.out = mkproc(self, "var")
self.plus.connect(0, self.out, 0)
def setUp(self):
self.patch = Patch('default', '', None, None, 'default')
FanOut.trail = []
self.procs = [FanOut(self.patch, i) for i in range(0, 10)]
for i in range(1, 5):
self.procs[0].connect(i - 1, self.procs[i], 0)
for i in range(5, 9):
self.procs[1].connect(i - 5, self.procs[i], 0)
self.procs[3].connect(0, self.procs[9], 0)
class PatchTests(TestCase):
def setUp(self):
MFPApp().no_gui = True
MFPApp().next_obj_id = 0
MFPApp().objects = {}
self.patch = Patch('default', '', None, NaiveScope(), 'default')
pass
def test_loadsave(self):
o1 = mkproc(self, "message", "'hello, world'")
o2 = mkproc(self, "print")
o1.connect(0, o2, 0)
json_1 = self.patch.json_serialize()
self.patch.delete()
MFPApp().next_obj_id = 0
p2 = Patch('default', '', None, NaiveScope(), 'default')
p2.json_deserialize(json_1)
json_2 = p2.json_serialize()
dict_1 = json.loads(json_1)
dict_2 = json.loads(json_2)
for k in [
'export_x', 'export_y', 'export_w', 'export_h', 'height',
'width'
]:
if k in dict_2['gui_params']:
del dict_2['gui_params'][k]
fail = False
for elt in ['gui_params', 'objects', 'type', 'scopes']:
if dict_1.get(elt) != dict_2.get(elt):
print("=======", elt, "========")
print(dict_1.get(elt))
print("=====================")
print(dict_2.get(elt))
fail = True
self.assertEqual(fail, False)
def test_inlet_outlet(self):
o1 = mkproc(self, "inlet")
o2 = mkproc(self, "outlet")
o1.connect(0, o2, 0)
p2 = Patch('default', '', None, NaiveScope(), 'default')
o3 = MFPApp().create("inlet", None, p2, None, "inlet")
o4 = MFPApp().create("outlet", None, p2, None, "outlet")
o3.connect(0, o4, 0)
self.patch.connect(0, p2, 0)
self.patch.send(True)
self.assertEqual(p2.outlets[0], True)
class PatchTests (TestCase):
def setUp(self):
MFPApp().no_gui = True
MFPApp().next_obj_id = 0
MFPApp().objects = {}
self.patch = Patch('default', '', None, NaiveScope(), 'default')
pass
def test_loadsave(self):
o1 = mkproc(self, "message", "'hello, world'")
o2 = mkproc(self, "print")
o1.connect(0, o2, 0)
json_1 = self.patch.json_serialize()
self.patch.delete()
MFPApp().next_obj_id = 0
p2 = Patch('default', '', None, NaiveScope(), 'default')
p2.json_deserialize(json_1)
json_2 = p2.json_serialize()
dict_1 = json.loads(json_1)
dict_2 = json.loads(json_2)
for k in ['export_x', 'export_y', 'export_w', 'export_h',
'height', 'width']:
if k in dict_2['gui_params']:
del dict_2['gui_params'][k]
fail = False
for elt in [ 'gui_params', 'objects', 'type', 'scopes' ]:
if dict_1.get(elt) != dict_2.get(elt):
print("=======", elt, "========")
print(dict_1.get(elt))
print("=====================")
print(dict_2.get(elt))
fail = True
self.assertEqual(fail, False)
def test_inlet_outlet (self):
o1 = mkproc(self, "inlet")
o2 = mkproc(self, "outlet")
o1.connect(0, o2, 0)
p2 = Patch('default', '', None, NaiveScope(), 'default')
o3 = MFPApp().create("inlet", None, p2, None, "inlet")
o4 = MFPApp().create("outlet", None, p2, None, "outlet")
o3.connect(0, o4, 0)
self.patch.connect(0, p2, 0)
self.patch.send(True)
self.assertEqual(p2.outlets[0], True)
def test_inlet_outlet(self):
o1 = mkproc(self, "inlet")
o2 = mkproc(self, "outlet")
o1.connect(0, o2, 0)
p2 = Patch('default', '', None, None, 'default')
o3 = MFPApp().create("inlet", None, p2, None, "inlet")
o4 = MFPApp().create("outlet", None, p2, None, "outlet")
o3.connect(0, o4, 0)
self.patch.connect(0, p2, 0)
self.patch.send(True)
self.assertEqual(p2.outlets[0], True)
def setUp(self):
self.patch = Patch('default', '', None, None, 'default')
self.var = mkproc(self, "var", "0")
self.inc = LimitedIncr(self.patch)
self.var.connect(0, self.inc, 0)
self.inc.connect(0, self.var, 0)
def __init__(self, patch, tag):
self.patch = Patch('default', '', None, None, 'default')
self.tag = tag
Processor.__init__(self, 1, 4, "fanout", '', patch, None, None)
def setUp(self):
self.patch = Patch('default', '', None, NaiveScope(), 'default')
self.r = mkproc(self, "route", 'False, 1, "hello"')
def setUp(self):
self.patch = Patch('default', '', None, NaiveScope(), 'default')
self.pr = mkproc(self, "print")
self.out = mkproc(self, "var")
self.pr.connect(0, self.out, 0)
def setUp(self):
MFPApp().no_gui = True
MFPApp().next_obj_id = 0
MFPApp().objects = {}
self.patch = Patch('default', '', None, None, 'default')
pass
def setUp(self):
MFPApp().no_gui = True
MFPApp().next_obj_id = 0
MFPApp().objects = {}
self.patch = Patch('default', '', None, NaiveScope(), 'default')
pass
def setUp(self):
self.patch = Patch('default', '', None, None, 'default')
def setUp(self):
self.patch = Patch('default', '', None, NaiveScope(), 'default')