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|
--
-- (C) 2021 - ntop.org
--
local influxdb = require("influxdb")
local test_utils = require("test_utils")
local influx2Series = influxdb._influx2Series
-- ##############################################
-- Reproduces 12c8fc315654c1a0e7bf82f089ee47d45a98fc07 - Fix occasional series ponts differences in InfluxDB
local function test_sampling1(test)
local schema = {
options = {
step = 300,
metrics_type = "counter",
}
}
local options = {
fill_value = 0,
min_value = 0,
max_value = math.huge,
}
local tstart = 1532009616
local tend = 1532091600
local tags = {}
local time_step = 600 -- sampling taking place
local data1 = {
statement_id = 0,
series = {
{
name = "host:ndpi",
columns = {
"time", "bytes_sent", "bytes_rcvd"
},
values = {
{1532010000, 7.1333333333333, 199.05166666667},
{1532010600, 11, 205.45166666667},
{1532011200, 9.4366666666667, 198.38833333333},
{1532011800, 0, 0},
{1532012400, 0, 0},
{1532013000, 9.5633333333333, 198.87833333333},
{1532013600, 0, 0},
{1532081400, -0.54522123893805, -12.366224188791},
{1532082000, 0, 0},
{1532082600, 0, 0},
{1532083200, 7.5833333333333, 200.805},
{1532083800, 0, 0},
{1532086800, 1.8586666666667, 39.729},
{1532087400, 0, 0},
{1532088000, 0, 0},
{1532088600, 0, 0},
{1532089200, 0, 0},
{1532089800, 4.6116666666667, 99.195},
{1532090400, 4.6116666666667, 99.195},
{1532091000, 0, 0},
{1532091600, 0, 0},
},
}
},
}
local data2 = {
statement_id = 0,
series = {
{
name = "host:ndpi",
columns = {
"time", "bytes_sent", "bytes_rcvd"
},
values = {
{1532086800, -0.18549180327869, -5.7308606557377},
{1532087400, 4.9166666666667, 5.66},
{1532088000, 7.14, 8.0383333333333},
{1532088600, 6.0525, 6.9458333333333},
{1532089200, 8.1358333333333, 9.5725},
{1532089800, 7.8566666666667, 9.0508333333333},
{1532090400, 9.4025, 23.83},
{1532091000, 7.1975, 8.2333333333333},
{1532091600, 4.475, 5.5808333333333},
},
}
},
}
local data1_series, data1_count = influx2Series(schema, tstart, tend, tags, options, data1.series[1], time_step)
local data2_series, data2_count = influx2Series(schema, tstart, tend, tags, options, data2.series[1], time_step)
-- Number of points must be the same
if(not(data1_count == data2_count)) then
return test:assertion_failed("data1_count == data2_count\n")
end
-- No initial gaps
if(not(data1_series[1].data[1] == 7.1333333333333)) then
return test:assertion_failed("data1_series[1].data[1] == 7.1333333333333\n")
end
return test:success()
end
-- ##############################################
-- Reproduces e8955df951556421659c964a202cc006a4bf40d1 - Fix influx2Series points bug
local function test_datafill1(test)
local tags = {}
local options = {
fill_value = 0,
min_value = 0,
max_value = math.huge,
}
local data1 = {
statement_id = 0,
series = {
{
name = "iface:traffic",
columns = {
"time", "bytes"
},
values = {
{1533808916, 0},
},
}
}
}
local data2 = {
statement_id = 0,
series = {
{
name = "iface:traffic",
columns = {
"time", "bytes"
},
values = {
{1533808616, 156},
{1533808617, 384},
{1533808618, 1443},
{1533808619, 763},
{1533808620, 12763},
{1533808621, 4372},
{1533808622, 0},
{1533808623, 0},
{1533808624, 1215},
{1533808625, 3397},
{1533808626, 245613},
{1533808627, 76308},
{1533808628, 202},
{1533808629, 0},
{1533808630, 0},
},
}
}
}
local schema = {
options = {
step = 1,
metrics_type = "counter",
}
}
local time_step = 1 -- no sampling
local tstart = 1533808915; tend = 1533808930
local data1_series, data1_count = influx2Series(schema, tstart, tend, tags, options, data1.series[1], time_step)
local tstart = 1533808615; tend = 1533808630
local data2_series, data2_count = influx2Series(schema, tstart, tend, tags, options, data2.series[1], time_step)
-- No initial gaps
if(not(data1_count == data2_count)) then
return test:assertion_failed("data1_count == data2_count\n")
end
return test:success()
end
-- ##############################################
-- Reproduces 65b30e24c8eb851cdd8614917e328b54873d4a2c - Fix influx2Series points bug with sampling
local function test_datafill2(test)
local tags = {}
local options = {
fill_value = 0,
min_value = 0,
max_value = math.huge,
}
local data1 = {
statement_id = 0,
series = {
{
name = "iface:traffic",
columns = {
"time", "bytes"
},
values = {
{1533808816, 130.79671280276},
{1533808850, 231.55622837371},
{1533808884, 149.47404844291},
{1533808918, 208.94723183391},
{1533808952, 101.22664359862},
{1533808986, 53.307093425599},
{1533809020, 87.579584775095},
{1533809054, 56.829584775082},
{1533809088, 134.9682939672},
},
}
}
}
local data2 = {
statement_id = 0,
series = {
{
name = "iface:traffic",
columns = {
"time", "bytes"
},
values = {
{1533808544, 479.54411764706},
{1533808578, 111.54584775086},
{1533808612, 6143.3468858131},
{1533808646, 4240.8070934256},
{1533808680, 164.98183391004},
{1533808714, 120.65224913495},
{1533808748, 658.87543252595},
{1533808782, 363.52923278845},
},
}
}
}
local schema = {
options = {
step = 1,
metrics_type = "counter",
}
}
local time_step = 34 -- 34x sampling
local tstart = 1533808810; tend = 1533809110
local data1_series, data1_count = influx2Series(schema, tstart, tend, tags, options, data1.series[1], time_step)
local tstart = 1533808510; tend = 1533808810
local data2_series, data2_count = influx2Series(schema, tstart, tend, tags, options, data2.series[1], time_step)
-- No initial gaps
if(not(data1_count == data2_count)) then
return test:assertion_failed("data1_count == data2_count\n")
end
return test:success()
end
-- ##############################################
function test_datafill3(test)
local tags = {}
local options = {
fill_value = 0,
min_value = 0,
max_value = math.huge,
}
local data1 = {
statement_id = 0,
series = {
{
name = "iface:traffic",
columns = {
"time", "bytes"
},
values = {
{1534254780, 43468.299166667},
{1534254840, 43840.816666667},
{1534254900, 43736.703055556},
{1534254960, 45451.860277778},
{1534255020, 51042.556111111},
{1534255080, 41195.961111111},
{1534255140, 49409.312222222},
{1534255200, 46668.393333333},
{1534255260, 49719.968611111},
{1534255320, 46598.248611111},
{1534255380, -1986466.8319444},
{1534255560, -2555.5150205761},
{1534255620, 32720.676450617},
{1534255680, 90807.558333333},
{1534255740, 43846.880833333},
{1534255800, 40665.011111111},
{1534255860, 46311.474444444},
{1534255920, 35688.736944444},
{1534255980, 35530.134166667},
{1534256040, 35844.119722222},
{1534256100, 40027.853055556},
{1534256160, 47747.443055556},
{1534256220, 33840.845},
{1534256280, 13316.156944444},
{1534256340, 12864.246944444},
{1534256400, 33067.384444444},
{1534256460, 35054.200555556},
{1534256520, 38080.145},
{1534256580, 31810.306527778},
},
}
}
}
local schema = {
options = {
step = 1,
metrics_type = "counter",
}
}
local time_step = 60 -- 60x sampling
local tstart = 1534254780; tend = 1534256640
local data1_series, data1_count = influx2Series(schema, tstart, tend, tags, options, data1.series[1], time_step)
local with_tstamp = test_utils.makeTimeStamp(data1_series, tstart, time_step)[1]
local last_val = with_tstamp[#with_tstamp - 1]
local last_expected_val = data1.series[1].values[#data1.series[1].values]
-- Timestamp must correspond
if not(last_val[1] == last_expected_val[1]) then
return test:assertion_failed("last_val[0] == last_expected_val[0]\n")
end
-- Value must correspond
if not(last_val[2] == last_expected_val[2]) then
return test:assertion_failed("last_val[1] == last_expected_val[1]\n")
end
return test:success()
end
-- ##############################################
function test_no_derivative1(test)
local tags = {}
local options = {
fill_value = 0,
min_value = 0,
max_value = math.huge,
}
local data1 = {
statement_id = 0,
series = {
{
name = "iface:flows",
columns = {
"time", "total_serie"
},
values = {
{1534492860, 40},
{1534492920, 35},
{1534492980, 19},
{1534493040, 26},
{1534493100, 33},
{1534493160, 18},
},
}
}
}
local schema = {
options = {
step = 1,
metrics_type = "gauge",
}
}
local time_step = 60 -- no sampling
local tstart = 1534492620; tend = 1534493220
local data1_series, data1_count = influx2Series(schema, tstart+time_step, tend, tags, options, data1.series[1], time_step)
local with_tstamp = test_utils.makeTimeStamp(data1_series, tstart+time_step, time_step)[1]
local first_expected_val = data1.series[1].values[1]
for _, pt in pairs(with_tstamp) do
if pt[1] == first_expected_val[1] then
if not(pt[2] == first_expected_val[2]) then
return test:assertion_failed("pt[2] == first_expected_val[2]\n")
end
break
end
end
return test:success()
end
-- ##############################################
--http://127.0.0.1:3000/lua/rest/v2/get/timeseries/ts.lua?ts_query=ifid:1&epoch_end=1534493220&ts_schema=iface:flows&epoch_begin=1534492620&initial_point=true&ts_compare=30m&limit=42
function test_skip_initial1(test)
local tags = {}
local options = {
fill_value = 0,
min_value = 0,
max_value = math.huge,
}
local data1 = {
statement_id = 0,
series = {
{
name = "iface:flows",
columns = {
"time", "num_flows"
},
values = {
{1534502280, 12},
{1534502340, 23},
{1534502400, 28},
{1534502460, 13},
{1534502520, 12},
{1534502580, 13},
{1534502640, 20},
{1534502700, nil},
},
}
}
}
local schema = {
options = {
step = 1,
metrics_type = "gauge",
}
}
local time_step = 60 -- no sampling
local tstart = 1534502340; tend = 1534493220
local data1_series, data1_count = influx2Series(schema, tstart, tend, tags, options, data1.series[1], time_step)
local with_tstamp = test_utils.makeTimeStamp(data1_series, tstart, time_step)[1]
local first_expected_val = data1.series[1].values[2]
for _, pt in ipairs(with_tstamp) do
if pt[2] ~= 0 then
if not(pt[2] == first_expected_val[2]) then
return test:assertion_failed("pt[2] == first_expected_val\n")
end
break
end
end
return test:success()
end
-- ##############################################
function test_heartbeat(test)
local tags = {}
local options = {
fill_value = 0,
min_value = 0,
max_value = math.huge,
}
local data1 = {
statement_id = 0,
series = {
{
name = "iface:traffic",
columns = {
"time", "bytes"
},
values = {
{1534254780, 5000},
{1534254784, 5600},
{1534254790, 5800},
},
}
}
}
local schema = {
options = {
step = 1,
metrics_type = "counter",
rrd_heartbeat = 5,
}
}
local time_step = 1 -- no sampling
local tstart = 1534254780; tend = 1534254790
local data1_series, data1_count = influx2Series(schema, tstart, tend, tags, options, data1.series[1], time_step)
local with_tstamp = test_utils.timestampAsKey(test_utils.makeTimeStamp(data1_series, tstart, time_step))[1]
local t0 = data1.series[1].values[1][1]
local v0 = data1.series[1].values[1][2]
local t1 = data1.series[1].values[2][1]
local v1 = data1.series[1].values[2][2]
local cur_v = v0
local v_step = (v1 - v0) / (t1 - t0)
-- test interpolated values (within heartbeat)
for t=t0,t1,time_step do
if(not(with_tstamp[t] == cur_v)) then
return test:assertion_failed("with_tstamp[t = ".. t .."] == ".. cur_v .."\n")
end
cur_v = cur_v + v_step
end
-- test other values (outside heartbeat)
local t0 = data1.series[1].values[2][1]
local t1 = data1.series[1].values[3][1]
for t=t0+time_step,t1-time_step,time_step do
if(not(with_tstamp[t] == options.fill_value)) then
return test:assertion_failed("with_tstamp[t = ".. t .."] == ".. options.fill_value .."\n")
end
end
return test:success()
end
-- ##############################################
function run(tester)
if influx2Series == nil then
print("Skipping influx2Series tests. Enable InfluxDB export in order to test.<br/>")
return(true)
end
local rv = tester.run_test("influx2Series:test_sampling1", test_sampling1)
rv = tester.run_test("influx2Series:test_datafill1", test_datafill1) and rv
rv = tester.run_test("influx2Series:test_datafill2", test_datafill2) and rv
rv = tester.run_test("influx2Series:test_datafill3", test_datafill3) and rv
rv = tester.run_test("influx2Series:test_no_derivative1", test_no_derivative1) and rv
rv = tester.run_test("influx2Series:test_skip_initial1", test_skip_initial1) and rv
--rv = tester.run_test("influx2Series:heartbeat", test_heartbeat) and rv
return rv
end
return {
run = run
}
|
