opentelemetry-erlang-contrib/instrumentation/opentelemetry_redix/test/opentelemetry_redix_test.exs

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defmodule OpentelemetryRedixTest do
use ExUnit.Case, async: false
doctest OpentelemetryRedix
require OpenTelemetry.Tracer
require OpenTelemetry.Span
require Record
for {name, spec} <- Record.extract_all(from_lib: "opentelemetry/include/otel_span.hrl") do
Record.defrecord(name, spec)
end
for {name, spec} <- Record.extract_all(from_lib: "opentelemetry_api/include/opentelemetry.hrl") do
Record.defrecord(name, spec)
end
setup do
:otel_simple_processor.set_exporter(:otel_exporter_pid, self())
OpenTelemetry.Tracer.start_span("test")
on_exit(fn ->
OpenTelemetry.Tracer.end_span()
end)
end
test "records span on commands" do
OpentelemetryRedix.setup()
conn = start_supervised!({Redix, []})
{:ok, "OK"} = Redix.command(conn, ["SET", "foo", "bar"])
assert_receive {:span,
span(
name: "SET",
kind: :client,
attributes: attributes
)}
assert %{
"db.operation": "SET",
"db.statement": "SET foo ?",
"db.system": "redis",
"net.peer.name": "localhost",
"net.peer.port": "6379"
} = :otel_attributes.map(attributes)
end
test "records span on piplines" do
OpentelemetryRedix.setup()
conn = start_supervised!({Redix, []})
{:ok, [_, _, _, "2"]} =
Redix.pipeline(conn, [
["DEL", "counter"],
["INCR", "counter"],
["INCR", "counter"],
["GET", "counter"]
])
assert_receive {:span,
span(
name: "pipeline",
kind: :client,
attributes: attributes
)}
assert %{
"db.operation": "pipeline",
"db.statement": "DEL counter\nINCR counter\nINCR counter\nGET counter",
"db.system": "redis",
"net.peer.name": "localhost",
"net.peer.port": "6379"
} = :otel_attributes.map(attributes)
end
end