def test_count(platform="MK", distributed=False):
# generate the filter code
result = generate_filter("count.cql", ["count.cc"], distributed)
assert result == util.EXIT_SUCCESS
# bootstrap the filter
storage_proc = bootstrap(distributed)
# first request
log.info("Sending request #1")
requests.send_request(platform)
storage_content = storage.query_storage()
text = storage_content.text
result_set = process_response(text)
assert "1" in result_set, "Expected 1 received %s" % result_set
# second request
log.info("Sending request #2")
requests.send_request(platform)
storage_content = storage.query_storage()
text = storage_content.text
result_set = process_response(text)
assert "2" in result_set, "Expected 2 received %s" % result_set
# third request
log.info("Sending request #3")
requests.send_request(platform)
storage_content = storage.query_storage()
text = storage_content.text
result_set = process_response(text)
assert "3" in result_set, "Expected 3 received %s" % result_set
storage.kill_storage_mon(storage_proc)
log.info("count test succeeded.")
return util.EXIT_SUCCESS
def test_connection_id(platform="MK", distributed=False):
# generate the filter code
result = generate_filter("connection_id.cql", [], distributed)
assert result == util.EXIT_SUCCESS
# bootstrap the filter
storage_proc = bootstrap(distributed)
# first request
log.info("Sending request #1")
requests.send_request(platform)
storage_content = storage.query_storage()
text = storage_content.text
result_set = process_response(text)
assert len(result_set) != 0
storage.kill_storage_mon(storage_proc)
log.info("connection_id test succeeded.")
return util.EXIT_SUCCESS
def test_height_avg(platform="MK", distributed=False):
# generate the filter code
result = generate_filter("height.cql", ["height.rs", "avg.rs"],
distributed)
assert result == util.EXIT_SUCCESS
# bootstrap the filter
storage_proc = bootstrap(distributed)
# first request
log.info("Sending request #1")
requests.send_request(platform)
storage_content = storage.query_storage()
text = storage_content.text
result_set = process_response(text)
assert "2" in result_set, "expected 2 received %s" % result_set
storage.kill_storage_mon(storage_proc)
log.info("height test succeeded.")
return util.EXIT_SUCCESS
def test_request_size(platform="MK", distributed=False):
# generate the filter code
result = generate_filter("request_size.cql", [], distributed)
assert result == util.EXIT_SUCCESS
# bootstrap the filter
storage_proc = bootstrap(distributed)
# first request
log.info("Sending request #1")
requests.send_request(platform)
storage_content = storage.query_storage()
text = storage_content.text
result_set = process_response(text)
assert "productpage-v1" in result_set, (
"Expected productpage-v1 received %s" % result_set)
storage.kill_storage_mon(storage_proc)
log.info("request_size test succeeded.")
return util.EXIT_SUCCESS
def test_request_time(platform="MK", distributed=False):
# generate the filter code
result = generate_filter("request_time.cql", [], distributed)
assert result == util.EXIT_SUCCESS
# bootstrap the filter
storage_proc = bootstrap(distributed)
# first request
send_time = time.time_ns()
log.info("Sending request #1")
requests.send_request(platform)
storage_content = storage.query_storage()
text = storage_content.text
result_set = process_response(text)
assert len(result_set) == 1
for result in result_set:
assert int(result) > send_time
assert int(result) < time.time_ns()
storage.kill_storage_mon(storage_proc)
log.info("request_time test succeeded.")
return util.EXIT_SUCCESS