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# frozen_string_literal: true
module Gitlab
module SidekiqMiddleware
class ServerMetrics
include ::Gitlab::SidekiqMiddleware::MetricsHelper
# SIDEKIQ_LATENCY_BUCKETS are latency histogram buckets better suited to Sidekiq
# timeframes than the DEFAULT_BUCKET definition. Defined in seconds.
SIDEKIQ_LATENCY_BUCKETS = [0.1, 0.25, 0.5, 1, 2.5, 5, 10, 60, 300, 600].freeze
def initialize
@metrics = init_metrics
@metrics[:sidekiq_concurrency].set({}, Sidekiq.options[:concurrency].to_i)
if ::Gitlab::Database::LoadBalancing.enable?
@metrics[:sidekiq_load_balancing_count] = ::Gitlab::Metrics.counter(:sidekiq_load_balancing_count, 'Sidekiq jobs with load balancing')
end
end
def call(worker, job, queue)
# This gives all the sidekiq worker threads a name, so we can recognize them
# in metrics and can use them in the `ThreadsSampler` for setting a label
Thread.current.name ||= Gitlab::Metrics::Samplers::ThreadsSampler::SIDEKIQ_WORKER_THREAD_NAME
labels = create_labels(worker.class, queue, job)
instrument(job, labels) do
yield
end
end
protected
attr_reader :metrics
def instrument(job, labels)
queue_duration = ::Gitlab::InstrumentationHelper.queue_duration_for_job(job)
@metrics[:sidekiq_jobs_queue_duration_seconds].observe(labels, queue_duration) if queue_duration
@metrics[:sidekiq_running_jobs].increment(labels, 1)
if job['retry_count'].present?
@metrics[:sidekiq_jobs_retried_total].increment(labels, 1)
end
job_succeeded = false
monotonic_time_start = Gitlab::Metrics::System.monotonic_time
job_thread_cputime_start = get_thread_cputime
begin
transaction = Gitlab::Metrics::BackgroundTransaction.new
transaction.run { yield }
job_succeeded = true
ensure
monotonic_time_end = Gitlab::Metrics::System.monotonic_time
job_thread_cputime_end = get_thread_cputime
monotonic_time = monotonic_time_end - monotonic_time_start
job_thread_cputime = job_thread_cputime_end - job_thread_cputime_start
# sidekiq_running_jobs, sidekiq_jobs_failed_total should not include the job_status label
@metrics[:sidekiq_running_jobs].increment(labels, -1)
@metrics[:sidekiq_jobs_failed_total].increment(labels, 1) unless job_succeeded
# job_status: done, fail match the job_status attribute in structured logging
labels[:job_status] = job_succeeded ? "done" : "fail"
instrumentation = job[:instrumentation] || {}
@metrics[:sidekiq_jobs_cpu_seconds].observe(labels, job_thread_cputime)
@metrics[:sidekiq_jobs_completion_seconds].observe(labels, monotonic_time)
@metrics[:sidekiq_jobs_db_seconds].observe(labels, ActiveRecord::LogSubscriber.runtime / 1000)
@metrics[:sidekiq_jobs_gitaly_seconds].observe(labels, get_gitaly_time(instrumentation))
@metrics[:sidekiq_redis_requests_total].increment(labels, get_redis_calls(instrumentation))
@metrics[:sidekiq_redis_requests_duration_seconds].observe(labels, get_redis_time(instrumentation))
@metrics[:sidekiq_elasticsearch_requests_total].increment(labels, get_elasticsearch_calls(instrumentation))
@metrics[:sidekiq_elasticsearch_requests_duration_seconds].observe(labels, get_elasticsearch_time(instrumentation))
if ::Gitlab::Database::LoadBalancing.enable? && job[:database_chosen]
load_balancing_labels = {
database_chosen: job[:database_chosen],
data_consistency: job[:data_consistency]
}
@metrics[:sidekiq_load_balancing_count].increment(labels.merge(load_balancing_labels), 1)
end
end
end
def init_metrics
{
sidekiq_jobs_cpu_seconds: ::Gitlab::Metrics.histogram(:sidekiq_jobs_cpu_seconds, 'Seconds of cpu time to run Sidekiq job', {}, SIDEKIQ_LATENCY_BUCKETS),
sidekiq_jobs_completion_seconds: ::Gitlab::Metrics.histogram(:sidekiq_jobs_completion_seconds, 'Seconds to complete Sidekiq job', {}, SIDEKIQ_LATENCY_BUCKETS),
sidekiq_jobs_db_seconds: ::Gitlab::Metrics.histogram(:sidekiq_jobs_db_seconds, 'Seconds of database time to run Sidekiq job', {}, SIDEKIQ_LATENCY_BUCKETS),
sidekiq_jobs_gitaly_seconds: ::Gitlab::Metrics.histogram(:sidekiq_jobs_gitaly_seconds, 'Seconds of Gitaly time to run Sidekiq job', {}, SIDEKIQ_LATENCY_BUCKETS),
sidekiq_jobs_queue_duration_seconds: ::Gitlab::Metrics.histogram(:sidekiq_jobs_queue_duration_seconds, 'Duration in seconds that a Sidekiq job was queued before being executed', {}, SIDEKIQ_LATENCY_BUCKETS),
sidekiq_redis_requests_duration_seconds: ::Gitlab::Metrics.histogram(:sidekiq_redis_requests_duration_seconds, 'Duration in seconds that a Sidekiq job spent requests a Redis server', {}, Gitlab::Instrumentation::Redis::QUERY_TIME_BUCKETS),
sidekiq_elasticsearch_requests_duration_seconds: ::Gitlab::Metrics.histogram(:sidekiq_elasticsearch_requests_duration_seconds, 'Duration in seconds that a Sidekiq job spent in requests to an Elasticsearch server', {}, SIDEKIQ_LATENCY_BUCKETS),
sidekiq_jobs_failed_total: ::Gitlab::Metrics.counter(:sidekiq_jobs_failed_total, 'Sidekiq jobs failed'),
sidekiq_jobs_retried_total: ::Gitlab::Metrics.counter(:sidekiq_jobs_retried_total, 'Sidekiq jobs retried'),
sidekiq_redis_requests_total: ::Gitlab::Metrics.counter(:sidekiq_redis_requests_total, 'Redis requests during a Sidekiq job execution'),
sidekiq_elasticsearch_requests_total: ::Gitlab::Metrics.counter(:sidekiq_elasticsearch_requests_total, 'Elasticsearch requests during a Sidekiq job execution'),
sidekiq_running_jobs: ::Gitlab::Metrics.gauge(:sidekiq_running_jobs, 'Number of Sidekiq jobs running', {}, :all),
sidekiq_concurrency: ::Gitlab::Metrics.gauge(:sidekiq_concurrency, 'Maximum number of Sidekiq jobs', {}, :all)
}
end
private
def get_thread_cputime
defined?(Process::CLOCK_THREAD_CPUTIME_ID) ? Process.clock_gettime(Process::CLOCK_THREAD_CPUTIME_ID) : 0
end
def get_redis_time(payload)
payload.fetch(:redis_duration_s, 0)
end
def get_redis_calls(payload)
payload.fetch(:redis_calls, 0)
end
def get_elasticsearch_time(payload)
payload.fetch(:elasticsearch_duration_s, 0)
end
def get_elasticsearch_calls(payload)
payload.fetch(:elasticsearch_calls, 0)
end
def get_gitaly_time(payload)
payload.fetch(:gitaly_duration_s, 0)
end
end
end
end
Gitlab::SidekiqMiddleware::ServerMetrics.prepend_mod_with('Gitlab::SidekiqMiddleware::ServerMetrics')
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