def __init__(self,
obj1,
obj2,
field,
id1=None,
id2=None,
field_name=None,
field_label=None,
schemata=None):
FieldDiff.__init__(self, obj1, obj2, field, id1, id2, field_name,
field_label, schemata)
self._vocabulary = None
# Tries to find a vocabulary. First we need to find an object and
# the field instance.
obj = obj1 if (obj1 is not None) else obj2
field_name = field_name or field
if obj and field_name and IDexterityContent.providedBy(obj):
field_instance = get_field_object(obj, field_name)
if field_instance is not None:
# Binding the field to an object will construct the vocabulary
# using a factory if necessary.
try:
self._vocabulary = field_instance.value_type.bind(obj).\
vocabulary
except Exception:
pass
def testGetLineDiffsDifferent(self):
"""test getLineDiffs() method with different value"""
a = A()
b = B()
fd = FieldDiff(a, b, 'attribute')
expected = [('replace', 0, 1, 0, 1)]
self.assertEqual(fd.getLineDiffs(), expected)
def testDiffText(self):
"""Test text diff output with different value"""
a = A()
b = B()
expected = "- value%s+ different value" % linesep
fd = FieldDiff(a, b, 'attribute')
self.assertEqual(fd.ndiff(), expected)
def testGetLineDiffsDifferent(self):
"""test getLineDiffs() method with different value"""
a = A()
b = B()
fd = FieldDiff(a, b, 'attribute')
expected = [('replace', 0, 1, 0, 1)]
self.assertEqual(fd.getLineDiffs(), expected)
def testDiffText(self):
"""Test text diff output with different value"""
a = A()
b = B()
expected = "- value\n+ different value"
fd = FieldDiff(a, b, 'attribute')
self.assertEqual(fd.ndiff(), expected)
def testSameText(self):
"""Test text diff output with same value"""
a = A()
fd = FieldDiff(a, a, 'attribute')
self.assertEqual(fd.ndiff(), ' value')
uu = U()
fd = FieldDiff(uu, uu, 'attribute')
self.assertEqual(fd.ndiff(), u' \xfcnicode value')
def testMethodSame(self):
"""Test method with same value"""
a = A()
fd = FieldDiff(a, a, 'method')
self.assertTrue(fd.same)
uu = U()
fd = FieldDiff(uu, uu, 'method')
self.assertTrue(fd.same)
def testMethodSame(self):
"""Test method with same value"""
a = A()
fd = FieldDiff(a, a, 'method')
self.failUnless(fd.same)
uu = U()
fd = FieldDiff(uu, uu, 'method')
self.failUnless(fd.same)
def testAttributeSame(self):
"""Test attribute with same value"""
a = A()
fd = FieldDiff(a, a, 'attribute')
self.failUnless(fd.same)
uu = U()
fd = FieldDiff(uu, uu, 'attribute')
self.failUnless(fd.same)
def testAttributeSame(self):
"""Test attribute with same value"""
a = A()
fd = FieldDiff(a, a, 'attribute')
self.assertTrue(fd.same)
uu = U()
fd = FieldDiff(uu, uu, 'attribute')
self.assertTrue(fd.same)
def testAttributeDiff(self):
"""Test attribute with different value"""
a = A()
b = B()
uu = U()
fd = FieldDiff(a, b, 'attribute')
self.assertFalse(fd.same)
fd = FieldDiff(a, uu, 'attribute')
self.assertFalse(fd.same)
def testMethodDiff(self):
"""Test method with different value"""
a = A()
b = B()
uu = U()
fd = FieldDiff(a, b, 'method')
self.assertFalse(fd.same)
fd = FieldDiff(a, uu, 'method')
self.assertFalse(fd.same)
def testGetLineDiffsSame(self):
"""test getLineDiffs() method with same value"""
a = A()
fd = FieldDiff(a, a, 'attribute')
expected = [('equal', 0, 1, 0, 1)]
self.assertEqual(fd.getLineDiffs(), expected)
uu = U()
fd = FieldDiff(uu, uu, 'attribute')
expected = [('equal', 0, 1, 0, 1)]
self.assertEqual(fd.getLineDiffs(), expected)
def testDiffText(self):
"""Test text diff output with different value"""
a = A()
b = B()
uu = U()
expected = "- value%s+ different value" % linesep
fd = FieldDiff(a, b, 'attribute')
self.assertEqual(fd.ndiff(), expected)
expected = u"- value%s+ \xfcnicode value" % linesep
fd = FieldDiff(a, uu, 'attribute')
self.assertEqual(fd.ndiff(), expected)
def __init__(self, obj1, obj2, field, id1=None, id2=None, field_name=None,
field_label=None, schemata=None):
FieldDiff.__init__(self, obj1, obj2, field, id1, id2, field_name,
field_label, schemata)
self._vocabulary = None
# Tries to find a vocabulary. First we need to find an object and
# the field instance.
obj = obj1 if (obj1 is not None) else obj2
field_name = field_name or field
if obj and field_name and IDexterityContent.providedBy(obj):
field_instance = get_field_object(obj, field_name)
if field_instance is not None:
# Binding the field to an object will construct the vocabulary
# using a factory if necessary.
try:
self._vocabulary = field_instance.value_type.bind(obj).\
vocabulary
except Exception:
pass
def testSameText(self):
"""Test text diff output with same value"""
a = A()
fd = FieldDiff(a, a, 'attribute')
self.assertEqual(fd.ndiff(), ' value')
uu = U()
fd = FieldDiff(uu, uu, 'attribute')
self.assertEqual(fd.ndiff(), u' \xfcnicode value')
def testGetLineDiffsSame(self):
"""test getLineDiffs() method with same value"""
a = A()
fd = FieldDiff(a, a, 'attribute')
expected = [('equal', 0, 1, 0, 1)]
self.assertEqual(fd.getLineDiffs(), expected)
uu = U()
fd = FieldDiff(uu, uu, 'attribute')
expected = [('equal', 0, 1, 0, 1)]
self.assertEqual(fd.getLineDiffs(), expected)
def testDiffText(self):
"""Test text diff output with different value"""
a = A()
b = B()
uu = U()
expected = '- value%s+ different value' % linesep
fd = FieldDiff(a, b, 'attribute')
self.assertEqual(fd.ndiff(), expected)
expected = u'- value%s+ \xfcnicode value' % linesep
fd = FieldDiff(a, uu, 'attribute')
self.assertEqual(fd.ndiff(), expected)
def testAttributeDiff(self):
"""Test attribute with different value"""
a = A()
b = B()
fd = FieldDiff(a, b, 'attribute')
self.failIf(fd.same)
def testMethodDiff(self):
"""Test method with different value"""
a = A()
b = B()
fd = FieldDiff(a, b, 'method')
self.failIf(fd.same)