def test_search_boot_tests():
tel = telemetry.ingest(server=server)
tel.use_test_index = True
inputs = {
"boot_folder_name": "zynq-adrv9361-z7035-bob",
"hdl_hash": "ecd880d44cdd000691283f2edbd31aa52d6ccc3e",
"linux_hash": "b0cb7c3bfd1fec02b1671b061112cd2551a9b340",
"hdl_branch": "hdl_2019_r2",
"linux_branch": "2019_R2",
"is_hdl_release": True,
"is_linux_release": True,
"uboot_reached": True,
"linux_prompt_reached": True,
"drivers_enumerated": True,
"dmesg_warnings_found": False,
"dmesg_errors_found": False,
"jenkins_job_date": datetime.datetime.now(), # "Dec 31, 2020 @ 13:47:04.129",
"jenkins_build_number": 34,
"jenkins_project_name": "pyadi-iio-hw",
"jenkins_agent": "master",
}
tel.log_boot_tests(**inputs)
time.sleep(2)
inputs["boot_folder_name"] = "zynq-adrv9361-z7035-fmc"
tel.log_boot_tests(**inputs)
time.sleep(2)
tel = telemetry.searches(server=server)
tel.use_test_index = True
res = tel.boot_tests(inputs["boot_folder_name"])
tel.db.delete_index()
assert len(res) == 2
assert "zynq-adrv9361-z7035-fmc" in res.keys()
assert "zynq-adrv9361-z7035-bob" in res.keys()
def test_search_tx_quad_cal_chan1():
tel = telemetry.ingest(server=server)
tel.use_test_index = True
tel.log_ad9361_tx_quad_cal_test("test1", "pluto", 4, 100, 0)
time.sleep(2)
tel = telemetry.searches(server=server)
tel.use_test_index = True
x, y, t = tel.ad9361_tx_quad_cal_test(channel=1)
tel.db.delete_index()
assert y == []
assert t == []
assert x == []
def test_search_github_stats():
tel = telemetry.ingest(server=server)
tel.use_test_index = True
tel.log_github_stats("TransceiverToolbox", 1, 2, 3, 4)
time.sleep(2)
tel = telemetry.searches(server=server)
tel.use_test_index = True
stats = tel.github_stats()
tel.db.delete_index()
for k in stats:
assert k == "TransceiverToolbox"
assert stats["TransceiverToolbox"]["views"] == 1
assert stats["TransceiverToolbox"]["clones"] == 2
assert stats["TransceiverToolbox"]["view_unique"] == 3
assert stats["TransceiverToolbox"]["clones_unique"] == 4
def test_search_github_release_stats():
tel = telemetry.ingest(server=server)
tel.use_test_index = True
rd = datetime.datetime.now()
tel.log_github_release_stats("TransceiverToolbox", "v19.2.1", 1024, rd)
time.sleep(2)
tel = telemetry.searches(server=server)
tel.use_test_index = True
stats = tel.github_release_stats()
tel.db.delete_index()
s = datetime.datetime.strptime(
stats["TransceiverToolbox"]["release_date"], "%Y-%m-%dT%H:%M:%S.%f"
)
for k in stats:
assert k == "TransceiverToolbox"
assert stats["TransceiverToolbox"]["tag"] == "v19.2.1"
assert stats["TransceiverToolbox"]["downloads"] == 1024
assert s == rd
def get_data(device):
fig = go.Figure()
tel = telemetry.searches()
for chan in range(2):
x, y, t = tel.ad9361_tx_quad_cal_test(channel=chan)
y = [y[k] / t[k] for k in range(len(y))]
fig.add_trace(
go.Scatter(x=x,
y=y,
mode="lines+markers",
name="Channel " + str(chan)))
fig.update_xaxes(title_text="Date",
title_font={"size": 20},
title_standoff=25)
fig.update_yaxes(title_text="Calibration Failure (%)",
title_font={"size": 20},
title_standoff=25)
return fig