def test_cmp_smaller(self):
a = BuildStatus([("CONFIGURE", 2), ("TEST", 3), ("CC_CHECKER", 2)])
b = BuildStatus([("CONFIGURE", 2), ("TEST", 3), ("CC_CHECKER", 1)])
c = BuildStatus([("CONFIGURE", 2), ("TEST", 3)])
d = BuildStatus([], set(["super error"]))
e = BuildStatus([("CONFIGURE", 2), ("TEST", 3), ("CC_CHECKER", 1)], set(["super error"]))
# less stage means smaller, more error/higher error code means smaller as well
self.assertEquals(cmp(a, b), -1)
self.assertEquals(cmp(c, b), -1)
self.assertEquals(cmp(d, c), -1)
self.assertEquals(cmp(e, c), -1)
def get_summary_builds(self, min_age=0):
"""Return last build age, status for each tree/host/compiler.
:param min_age: Minimum timestamp of builds to report
:return: iterator over tree, status
"""
store = self._get_store()
return ((tree, BuildStatus.__deserialize__(status_str))
for (tree, status_str) in store.execute("""
SELECT obd.tree, obd.status AS status_str
FROM build obd
INNER JOIN(
SELECT MAX(age) age, tree, host, compiler
FROM build
WHERE age > ?
GROUP BY tree, host, compiler
) ibd ON obd.age = ibd.age AND
obd.tree = ibd.tree AND
obd.host = ibd.host AND
obd.compiler = ibd.compiler;
""", (min_age, )))
def get_summary_builds(self, min_age=0):
"""Return last build age, status for each tree/host/compiler.
:param min_age: Minimum timestamp of builds to report
:return: iterator over tree, status
"""
store = self._get_store()
return ((tree, BuildStatus.__deserialize__(status_str))
for (tree, status_str) in store.execute(
"""
SELECT obd.tree, obd.status AS status_str
FROM build obd
INNER JOIN(
SELECT MAX(age) age, tree, host, compiler
FROM build
WHERE age > ?
GROUP BY tree, host, compiler
) ibd ON obd.age = ibd.age AND
obd.tree = ibd.tree AND
obd.host = ibd.host AND
obd.compiler = ibd.compiler;
""", (min_age, )))
def test_disk_full(self):
status = BuildStatus([("CONFIGURE", 0), ("BUILD", 4)], set(["timeout"]))
self.assertEquals(
'<span class="status passed">ok</span>/<span class="status failed">4</span>'
'(<span class="status failed">timeout</span>)', html_build_status(status))
def test_failed_build(self):
status = BuildStatus([("CONFIGURE", 0), ("BUILD", 4)])
self.assertEquals(
'<span class="status passed">ok</span>/<span class="status failed">4</span>',
html_build_status(status))
def test_empty(self):
status = BuildStatus()
self.assertEquals("?", html_build_status(status))
def assertRegressedSince(self, expected, old_status, new_status):
(stages1, other_failures1) = old_status
(stages2, other_failures2) = new_status
a = BuildStatus(stages1, set(other_failures1))
b = BuildStatus(stages2, set(other_failures2))
self.assertEquals(expected, b.regressed_since(a))
def test_str_other_failures(self):
a = BuildStatus([("CONFIGURE", 3), ("BUILD", 2)], set(["panic"]))
self.assertEquals("panic", str(a))
def test_str(self):
a = BuildStatus([("CONFIGURE", 3), ("BUILD", 2)])
self.assertEquals("3/2", str(a))
def test_cmp_with_other_failures(self):
d = BuildStatus([], set(["super error"]))
e = BuildStatus([("CONFIGURE", 2), ("TEST", 3), ("CC_CHECKER", 1)], set(["super error"]))
self.assertEquals(cmp(d, e), -1)
def test_cmp_intermediate_errors(self):
a = BuildStatus([("CONFIGURE", 2), ("TEST", 3), ("CC_CHECKER", 3)])
b = BuildStatus([("CONFIGURE", 2), ("TEST", 7), ("CC_CHECKER", 3)])
self.assertEquals(cmp(a, b), 1)
def test_cmp_other_failures(self):
self.assertEquals(cmp(
BuildStatus((), set(["foo"])), BuildStatus((), set(["foo"]))),
0)
def test_cmp_empty(self):
self.assertEquals(cmp(BuildStatus(), BuildStatus()), 0)
def test_cmp_equal(self):
a = BuildStatus([("CONFIGURE", 2), ("TEST", 3), ("CC_CHECKER", 2)])
b = BuildStatus([("CONFIGURE", 2), ("TEST", 3), ("CC_CHECKER", 2)])
self.assertEquals(cmp(a, b), 0)
