hs-opentelemetry-sdk-0.0.3.3: test/OpenTelemetry/TraceSpec.hs
{-# LANGUAGE DataKinds #-}
{-# LANGUAGE OverloadedStrings #-}
module OpenTelemetry.TraceSpec where
import Control.Monad
import Data.Int
import Data.IORef
import Data.Text (Text)
import qualified OpenTelemetry.Context as Context
import OpenTelemetry.Trace
import OpenTelemetry.Trace.Core
import OpenTelemetry.Trace.Id
import OpenTelemetry.Trace.Id.Generator
import OpenTelemetry.Trace.Id.Generator.Default
import qualified OpenTelemetry.Trace.TraceState as TraceState
import Test.Hspec
import System.Clock
asIO :: IO a -> IO a
asIO = id
spec :: Spec
spec = describe "Trace" $ do
describe "TracerProvider" $ do
specify "Create TracerProvider" $ do
void (createTracerProvider [] (emptyTracerProviderOptions :: TracerProviderOptions) :: IO TracerProvider)
-- TODO make these tests do something meaningful with makeTracer
-- specify "Get a Tracer" $ asIO $ do
-- p <- getGlobalTracerProvider
-- void $ getTracer p "woo" tracerOptions
-- specify "Get a Tracer with schema_url" $ asIO $ do
-- p <- getGlobalTracerProvider
-- void $ getTracer p "woo" (tracerOptions { tracerSchema = Just "https://woo.com" })
specify "Safe for concurrent calls" pending
specify "Shutdown" pending
specify "ForceFlush" pending
describe "Trace / Context interaction" $ do
specify "Set active span, Get active span" $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
spanContext1 <- spanContext <$> unsafeReadSpan s
let ctxt = Context.insertSpan s mempty
let Just s' = Context.lookupSpan ctxt
spanContext2 <- spanContext <$> unsafeReadSpan s'
spanContext1 `shouldBe` spanContext2
describe "Tracer" $ do
specify "Create a new span" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
void $ createSpan t Context.empty "create_root_span" defaultSpanArguments
specify "Get active new span" pending
specify "Mark Span active" pending
specify "Safe for concurrent calls" pending
describe "SpanContext" $ do
specify "IsValid" $ do
t <- newTraceId defaultIdGenerator
s <- newSpanId defaultIdGenerator
let (Right goodSpan) = bytesToSpanId "\1\0\0\0\0\0\0\1"
(Right goodTrace) = bytesToTraceId "\1\0\0\0\0\0\0\0\0\0\0\0\0\0\0\1"
(Right badSpan) = bytesToSpanId "\0\0\0\0\0\0\0\0"
(Right badTrace) = bytesToTraceId "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
validSpan = SpanContext
{ traceFlags = defaultTraceFlags
, isRemote = False
, traceState = TraceState.empty
, spanId = goodSpan
, traceId = goodTrace
}
validSpan `shouldSatisfy` isValid
(validSpan { spanId = badSpan, traceId = badTrace }) `shouldSatisfy` (not . isValid)
specify "IsRemote" pending
specify "Conforms to the W3C TraceContext spec" pending
describe "Span" $ do
specify "Create root span" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
void $ createSpan t Context.empty "create_root_span" defaultSpanArguments
specify "Create with default parent (active span)" pending
specify "Create with parent from Context" pending
-- specify "No explict parent from Span/SpanContext allowed" pending
specify "Processor.OnStart receives parent Context" pending
specify "UpdateName" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
updateName s "renamed_span"
specify "User-defined start timestamp" pending
specify "End" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
endSpan s Nothing
specify "End with timestamp" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
ts <- getTimestamp
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
endSpan s (Just ts)
specify "IsRecording" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
ts <- getTime Realtime
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
recording <- isRecording s
recording `shouldBe` True
specify "IsRecording becomes false after End" $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
ts <- getTime Realtime
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
endSpan s Nothing
recording <- isRecording s
recording `shouldBe` False
specify "Set status with StatusCode (Unset, Ok, Error)" $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
ts <- getTime Realtime
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
setStatus s $ Error "woo"
do
i <- unsafeReadSpan s
spanStatus i `shouldBe` Error "woo"
setStatus s $ Ok
do
i <- unsafeReadSpan s
spanStatus i `shouldBe` Ok
setStatus s $ Error "woo"
do
i <- unsafeReadSpan s
spanStatus i `shouldBe` Ok
specify "Safe for concurrent calls" pending
specify "events collection size limit" pending
specify "attribute collection size limit" pending
specify "links collection size limit" pending
describe "Span attributes" $ do
specify "SetAttribute" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
addAttribute s "attr" (1.0 :: Double)
specify "Set order preserved" pending
specify "String type" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
addAttribute s "string_type" ("" :: Text)
specify "Boolean type" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
addAttribute s "bool_type" True
specify "Double floating-point type" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
addAttribute s "attr" (1.0 :: Double)
specify "Signed int64 type" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
addAttribute s "attr" (1 :: Int64)
specify "Array of primitives (homegeneous)" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
addAttribute s "attr" [(1 :: Int64)..10]
specify "Unicode support for keys and string values" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
addAttribute s "🚀" ("🚀" :: Text)
-- TODO actually get attributes out
describe "Span events" $ do
specify "AddEvent" $ asIO $ do
p <- getGlobalTracerProvider
let t = makeTracer p "woo" tracerOptions
s <- createSpan t Context.empty "create_root_span" defaultSpanArguments
addEvent s $ NewEvent
{ newEventName = "EVENT"
, newEventAttributes = []
, newEventTimestamp = Nothing
}
specify "Add order preserved" pending
specify "Safe for concurrent calls" pending
describe "Span exceptions" $ do
specify "RecordException" pending
specify "RecordException with extra parameters" pending
describe "Sampling" $ do
specify "Allow samplers to modify tracestate" pending
specify "ShouldSample gets full parent Context" pending
specify "ShouldSample gets InstrumentationLibrary" pending
specify "New Span ID created also for non-recording spans" pending
specify "IdGenerators" pending
specify "SpanLimits" pending
specify "Built-in Processors implement ForceFlush spec" pending
specify "Attribute Limits" pending