def t4():
"""
@goal : -
@coverage : -
"""
uedi = test.get_uedi()
test.assert_equal(test.get_trace_filename(), None)
test.add_trace(["txt"])
filename = test.get_trace_filename()
test.assert_true(filename.endswith("%s.pyt" % uedi))
def t4():
"""
@goal : -
@coverage : -
"""
uedi = test.get_uedi()
test.assert_equal(test.get_trace_filename(), None)
test.add_trace(["txt"])
filename = test.get_trace_filename()
test.assert_true(filename.endswith("%s.pyt" % uedi))
def test_assert_equal():
for val1 in vector:
for val2 in vector:
test.assert_equal(val1, val2, "equal")
if __name__ == "__main__":
test.add_trace(["txt"])
test.add_test_case(test_assert)
test.add_test_case(test_trace)
test.add_test_case(test_assert_equal)
test.run_script()
r = r + r
for i in r:
time.sleep(1)
v = random.randint(0, 10)
if random.shuffle([True, False]):
v = v * (-1)
obj = {"time_perf": i + v, "product": "A"}
test.trace_json(obj)
v = random.randint(0, 10)
if random.shuffle([True, False]):
v = v * (-1)
obj = {"time_perf": (i / 2) + v, "product": "B"}
test.trace_json(obj)
v = random.randint(0, 10)
obj = {"time_perf": (35 + v), "product": "C"}
test.trace_json(obj)
v = random.randint(0, 80)
obj = {"time_perf": v, "product": "D"}
test.trace_json(obj)
if __name__ == "__main__":
test.add_trace(["txt", "logstash", "octopylog"])
test.add_test_case(test_json)
test.run_script()
def mock_trace():
test.add_trace(["txt", "logstash", "octopylog"])
# -*- coding: UTF-8 -*-
import pytestemb as test
import mock
def test_exception():
raise Exception("test")
if __name__ == "__main__":
test.add_trace(["txt", "logstash", "octopylog"])
test.add_test_case(test_exception)
test.run_script()
def mock_trace():
test.add_trace(["txt", "logstash", "octopylog"])