def test_set_has_many(self):
# First, make a few pics
pics = [self.picture]
for _ in range(3):
pic = yield Picture(name="a pic").save()
pics.append(pic)
picids = [int(p.id) for p in pics]
yield self.user.pictures.set(pics)
results = yield self.user.pictures.get()
resultids = [int(p.id) for p in results]
picids.sort()
resultids.sort()
self.assertEqual(picids, resultids)
# now try resetting
pics = []
for _ in range(3):
pic = yield Picture(name="a pic").save()
pics.append(pic)
picids = [p.id for p in pics]
yield self.user.pictures.set(pics)
results = yield self.user.pictures.get()
resultids = [p.id for p in results]
self.assertEqual(picids, resultids)
class CMC7:
def __init__(self, scanJPGA4file):
self.scan = Picture(scanJPGA4file)
self.scan.crop(coordcheque)
self.CMC7_01 = Matrix01(self.scan.matrix) # 0.04
self.digits = self.CMC7_01.extractDigits() # 0.12
# returns a Vector containing all the pixel of the ith digit
def digitToVector(self, i):
return matToVector(self.digits[i].m)
# opens the scan, waits for a correct input which needs to be the CMC7 code
def toTrainingString(self):
self.scan.im.show()
res = ""
code = input().replace(" ", "")
while len(code) != nbDigits:
print("incorrect")
code = input().replace(" ", "")
for proc in psutil.process_iter():
if proc.name() == "dllhost.exe":
proc.kill()
for i in range(nbDigits):
res += vecToString(matToVector(
self.digits[i].m)) + digcode[code[i]] + "\n"
return res
class CMC7:
def __init__(self, scanJPGA4file):
self.scan = Picture(scanJPGA4file)
self.scan.crop(coordcheque)
self.CMC7_01 = Matrix01(self.scan.matrix) # 0.04
self.digits = self.CMC7_01.extractDigits() # 0.12
# returns a Vector containing all the pixel of the ith digit
def digitToVector(self, i):
return matToVector(self.digits[i].m)
# opens the scan, waits for a correct input which needs to be the CMC7 code
def toTrainingString(self):
self.scan.im.show()
res = ""
code = input().replace(" ", "")
while len(code)!= nbDigits:
print("incorrect")
code = input().replace(" ", "")
for proc in psutil.process_iter():
if proc.name() == "dllhost.exe":
proc.kill()
for i in range(nbDigits):
res += vecToString(matToVector(self.digits[i].m)) +digcode[code[i]] + "\n"
return res
def test_clear_belongs_to(self):
picture = yield Picture(name="a pic", size=10,
user_id=self.user.id).save()
yield picture.user.clear()
user = yield picture.user.get()
self.assertEqual(user, None)
yield picture.refresh()
user = yield picture.user.get()
self.assertEqual(user, None)
def test_has_many_count_with_args(self):
# First, make a few pics
ids = [self.picture.id]
for _ in range(3):
pic = yield Picture(user_id=self.user.id).save()
ids.append(pic.id)
picsnum = yield self.user.pictures.count(where=['name = ?', 'a pic'])
self.assertEqual(picsnum, 1)
def test_has_many_count(self):
# First, make a few pics
ids = [self.picture.id]
for _ in range(3):
pic = yield Picture(user_id=self.user.id).save()
ids.append(pic.id)
totalnum = yield self.user.pictures.count()
self.assertEqual(totalnum, 4)
def setUp(self):
yield initDB(self)
self.user = yield User(first_name="First", last_name="Last",
age=10).save()
self.avatar = yield Avatar(name="an avatar name",
user_id=self.user.id).save()
self.picture = yield Picture(name="a pic",
size=10,
user_id=self.user.id).save()
self.dbconfig = Registry.getConfig()
def test_has_many(self):
# First, make a few pics
ids = [self.picture.id]
for _ in range(3):
pic = yield Picture(user_id=self.user.id).save()
ids.append(pic.id)
pics = yield self.user.pictures.get()
picids = [p.id for p in pics]
self.assertEqual(ids, picids)
def setUp(self):
yield initDB(self)
self.user = yield User(first_name="First", last_name="Last",
age=10).save()
self.avatar = yield Avatar(name="an avatar name",
user_id=self.user.id).save()
self.picture = yield Picture(name="a pic",
size=10,
user_id=self.user.id).save()
self.favcolor = yield FavoriteColor(name="blue").save()
self.boy = yield Boy(name="Robert").save()
self.girl = yield Girl(name="Susan").save()
self.config = Registry.getConfig()
def test_clear_has_many(self):
pics = [self.picture]
for _ in range(3):
pic = yield Picture(name="a pic").save()
pics.append(pic)
yield self.user.pictures.set(pics)
yield self.user.pictures.clear()
userpics = yield self.user.pictures.get()
self.assertEqual(userpics, [])
# even go so far as to refetch user
yield User.find(self.user.id)
userpics = yield self.user.pictures.get()
self.assertEqual(userpics, [])
# picture records should be updated
pics = yield Picture.find(where=["user_id=?", self.user.id])
self.assertEqual(pics, [])
# but still exist
pics = yield Picture.all()
self.assertEqual(len(pics), 4)
def test_clear_has_many(self):
pics = [self.picture]
for _ in range(3):
pic = yield Picture(name="a pic").save()
pics.append(pic)
yield self.user.pictures.set(pics)
yield self.user.pictures.clear()
userpics = yield self.user.pictures.get()
self.assertEqual(userpics, [])
# even go so far as to refetch user
yield User.find(self.user.id)
userpics = yield self.user.pictures.get()
self.assertEqual(userpics, [])
# picture records should be updated
pics = yield Picture.find(where=["user_id=?", self.user.id])
self.assertEqual(pics, [])
# but still exist
pics = yield Picture.all()
self.assertEqual(len(pics), 4)
def test_set_on_unsaved(self):
yield User(first_name="new one").save()
picture = Picture(name="a pic")
self.assertRaises(ReferenceNotSavedError, getattr, picture, 'user')
def __init__(self, scanJPGA4file):
self.scan = Picture(scanJPGA4file)
self.scan.crop(coordcheque)
self.CMC7_01 = Matrix01(self.scan.matrix) # 0.04
self.digits = self.CMC7_01.extractDigits() # 0.12
def __init__(self, scanJPGA4file):
self.scan = Picture(scanJPGA4file)
self.scan.crop(coordcheque)
self.CMC7_01 = Matrix01(self.scan.matrix) # 0.04
self.digits = self.CMC7_01.extractDigits() # 0.12