def test_removeTagResults(self):
releaseAllClones(g_clonenames)
f_value = "funny"
f_expected = [
"stock photo", "bad stock photos of my job", "technology"
]
f_filename = singleClone(g_files["fixingComputer.jpg"].fullname)
MetadataManagerL1.removeTag(f_filename, f_value)
self.assertEqual(f_expected, MetadataManagerL0.getTags(f_filename))
os.remove(f_filename)
f_value = "cat"
f_expected = []
f_filename = singleClone(g_files["catScreamPizza.jpg"].fullname)
MetadataManagerL1.removeTag(f_filename, f_value)
self.assertEqual(f_expected, MetadataManagerL0.getTags(f_filename))
os.remove(f_filename)
def getTags(p_filename):
"""!
:param p_filename: name/path of the file
:type p_filename: string
:return: list of tags if it exists. Else, []
:rtype: list<string>
"""
try:
return MetadataManagerL0.getTags(p_filename)
except Exception as e:
print("MetadataManager2.getTags() error: ", e)
return []
def test_addTagResults(self):
releaseAllClones(g_clonenames)
f_value = "computer"
f_expected = [
"computer", "stock photo", "funny", "bad stock photos of my job",
"technology"
]
f_filename = singleClone(g_files["fixingComputer.jpg"].fullname)
MetadataManagerL1.addTag(f_filename, f_value)
self.assertEqual(f_expected, MetadataManagerL0.getTags(f_filename))
os.remove(f_filename)
f_value = "dramatic"
f_expected = ["dramatic", "cat"]
f_filename = singleClone(g_files["catScreamPizza.jpg"].fullname)
MetadataManagerL1.addTag(f_filename, f_value)
self.assertEqual(f_expected, MetadataManagerL0.getTags(f_filename))
os.remove(f_filename)
f_value = "video games"
f_expected = ["video games"]
f_filename = singleClone(g_files["rippledotzero.jpg"].fullname)
MetadataManagerL1.addTag(f_filename, f_value)
self.assertEqual(f_expected, MetadataManagerL0.getTags(f_filename))
os.remove(f_filename)
