def setUp(self):
self.env = EnvironmentStub()
self.model = Requirement(self.env)
self.metric = RequirementMetric(self.model)
# Set midtime to one hour ago
# This is used as a central point for mock data timestamps
self.midtime = time.time() - (60*60)
cursor = self.env.db.cursor()
from trac.db.sqlite_backend import _to_sql
from trac.requirement.db_default import schema
for table in schema:
for stmt in _to_sql(table):
cursor.execute(stmt)
for component in ['comp1', 'comp2', 'comp3']:
cursor.execute("INSERT INTO component (name) VALUES(%s)", (component,))
id = 1
for fp, changetime in [ ('fp1', self.midtime-2),
('fp2', self.midtime-1),
('fp3', self.midtime+1),
('fp4', self.midtime+2)]:
cursor.execute("INSERT INTO fp (id, name, status, time, changetime) "
"VALUES(%s, %s, 'enabled', %s, %s)", (id, fp, changetime, changetime))
id += 1
id = 1
for object, changetime in [ ('obj1', self.midtime-2),
('obj2', self.midtime-1),
('obj3', self.midtime+1),
('obj4', self.midtime+2)]:
cursor.execute("INSERT INTO object (id, name, status, time, changetime) "
"VALUES(%s, %s, 'enabled', %s, %s)", (id, object, changetime, changetime))
id +=1
# time/changetime are set to latest time/changetime from the corresponding fps/objs
for component, fp, object, changetime in [ ('comp1', 1, 1, self.midtime-2),
('comp1', 1, 2, self.midtime-1),
('comp1', 1, 3, self.midtime+1),
('comp1', 2, 1, self.midtime-1),
('comp1', 3, 2, self.midtime+1),
('comp2', 1, 3, self.midtime+1),
('comp2', 2, 1, self.midtime-1),
('comp3', 4, 4, self.midtime+2),
('comp3', 3, 2, self.midtime+1),
('comp3', 3, 1, self.midtime+1),
('comp3', 1, 4, self.midtime+2)]:
cursor.execute("INSERT INTO requirement (component,fp,object,status,time,changetime) "
"VALUES (%s,%s,%s,'enabled',%s,%s)", (component, fp, object, changetime, changetime))
self.env.db.commit()
class RequirementMetricTestCase(unittest.TestCase):
def setUp(self):
self.env = EnvironmentStub()
self.model = Requirement(self.env)
self.metric = RequirementMetric(self.model)
# Set midtime to one hour ago
# This is used as a central point for mock data timestamps
self.midtime = time.time() - (60*60)
cursor = self.env.db.cursor()
from trac.db.sqlite_backend import _to_sql
from trac.requirement.db_default import schema
for table in schema:
for stmt in _to_sql(table):
cursor.execute(stmt)
for component in ['comp1', 'comp2', 'comp3']:
cursor.execute("INSERT INTO component (name) VALUES(%s)", (component,))
id = 1
for fp, changetime in [ ('fp1', self.midtime-2),
('fp2', self.midtime-1),
('fp3', self.midtime+1),
('fp4', self.midtime+2)]:
cursor.execute("INSERT INTO fp (id, name, status, time, changetime) "
"VALUES(%s, %s, 'enabled', %s, %s)", (id, fp, changetime, changetime))
id += 1
id = 1
for object, changetime in [ ('obj1', self.midtime-2),
('obj2', self.midtime-1),
('obj3', self.midtime+1),
('obj4', self.midtime+2)]:
cursor.execute("INSERT INTO object (id, name, status, time, changetime) "
"VALUES(%s, %s, 'enabled', %s, %s)", (id, object, changetime, changetime))
id +=1
# time/changetime are set to latest time/changetime from the corresponding fps/objs
for component, fp, object, changetime in [ ('comp1', 1, 1, self.midtime-2),
('comp1', 1, 2, self.midtime-1),
('comp1', 1, 3, self.midtime+1),
('comp1', 2, 1, self.midtime-1),
('comp1', 3, 2, self.midtime+1),
('comp2', 1, 3, self.midtime+1),
('comp2', 2, 1, self.midtime-1),
('comp3', 4, 4, self.midtime+2),
('comp3', 3, 2, self.midtime+1),
('comp3', 3, 1, self.midtime+1),
('comp3', 1, 4, self.midtime+2)]:
cursor.execute("INSERT INTO requirement (component,fp,object,status,time,changetime) "
"VALUES (%s,%s,%s,'enabled',%s,%s)", (component, fp, object, changetime, changetime))
self.env.db.commit()
def test_entropy1(self):
total_entropy, _, _, _, _, _ = self.metric.entropy()
self.assertAlmostEqual(total_entropy, 20.3317505, 3)
def test_entropy2(self):
_, avg_entropy, _, _, _, _ = self.metric.entropy()
self.assertAlmostEqual(avg_entropy, 6.7772501, 3)
def test_entropy3(self):
_, _, components_entropies, _, _, _ = self.metric.entropy()
self.assertAlmostEqual(components_entropies['comp1'], 10.1978428, 3)
def test_entropy4(self):
_, _, components_entropies, _, _, _ = self.metric.entropy()
self.assertAlmostEqual(components_entropies['comp2'], 3.5497985, 3)
def test_entropy5(self):
_, _, components_entropies, _, _, _ = self.metric.entropy()
self.assertAlmostEqual(components_entropies['comp3'], 6.5841091, 3)
def test_entropy6(self):
_, _, _, req_entropies, _, _ = self.metric.entropy()
self.assertAlmostEqual(req_entropies['comp1',1,1], 2.5210272, 3)
def test_entropy7(self):
_, _, _, req_entropies, _, _ = self.metric.entropy()
self.assertAlmostEqual(req_entropies['comp1',1,2], 2.3826814, 3)
def test_entropy8(self):
_, _, _, _, fp_entropies, _ = self.metric.entropy()
self.assertAlmostEqual(fp_entropies[3], 0.8899750, 3)
def test_entropy9(self):
_, _, _, _, _, object_entropies = self.metric.entropy()
self.assertAlmostEqual(object_entropies[3], 0.5287712, 3)
def test_pmi1(self):
pmis = self.metric.pmi()
self.assertAlmostEqual(pmis[(1,1)], -0.862, 3)
self.assertAlmostEqual(pmis[(3,2)], 1.2895, 3)
def test_pmi2(self):
# choose a timestamp one day ago to guarantee no reqs exist
when = time.time() - (60*60*24)
pmis = self.metric.pmi(None, when)
self.assertEqual(len(pmis), 0)
def test_pmi3(self):
pmis = self.metric.pmi(None, self.midtime)
self.assertAlmostEqual(pmis[(1,1)], -0.5849, 3)
self.assertAlmostEqual(pmis[(2,1)], 0.4150, 3)
