108 lines
2.9 KiB
Ruby
108 lines
2.9 KiB
Ruby
# frozen_string_literal: true
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module Gitlab
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# Provides routines to identify the current runtime as which the application
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# executes, such as whether it is an application server and which one.
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module Runtime
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IdentificationError = Class.new(RuntimeError)
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AmbiguousProcessError = Class.new(IdentificationError)
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UnknownProcessError = Class.new(IdentificationError)
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AVAILABLE_RUNTIMES = [
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:console,
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:geo_log_cursor,
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:puma,
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:rails_runner,
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:rake,
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:sidekiq,
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:test_suite
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].freeze
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class << self
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def identify
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matches = AVAILABLE_RUNTIMES.select { |runtime| public_send("#{runtime}?") } # rubocop:disable GitlabSecurity/PublicSend
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if matches.one?
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matches.first
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elsif matches.none?
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raise UnknownProcessError, "Failed to identify runtime for process #{Process.pid} (#{$PROGRAM_NAME})"
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else
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raise AmbiguousProcessError, "Ambiguous runtime #{matches} for process #{Process.pid} (#{$PROGRAM_NAME})"
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end
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end
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def safe_identify
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identify
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rescue UnknownProcessError, AmbiguousProcessError
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nil
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end
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def puma?
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!!defined?(::Puma::Server)
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end
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def sidekiq?
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!!(defined?(::Sidekiq) && Sidekiq.try(:server?))
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end
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def rake?
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!!(defined?(::Rake) && Rake.application.top_level_tasks.any?)
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end
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def test_suite?
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Rails.env.test?
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end
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def console?
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!!defined?(::Rails::Console)
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end
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def geo_log_cursor?
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!!defined?(::GeoLogCursorOptionParser)
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end
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def rails_runner?
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!!defined?(::Rails::Command::RunnerCommand)
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end
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# Whether we are executing in an actual application context i.e. Puma or Sidekiq.
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def application?
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puma? || sidekiq?
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end
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# Whether we are executing in a multi-threaded environment. For now this is equivalent
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# to meaning Puma or Sidekiq, but this could change in the future.
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def multi_threaded?
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application?
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end
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def puma_in_clustered_mode?
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return unless puma?
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return unless ::Puma.respond_to?(:cli_config)
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::Puma.cli_config.options[:workers].to_i > 0
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end
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def max_threads
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threads = 1 # main thread
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if puma? && ::Puma.respond_to?(:cli_config)
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threads += ::Puma.cli_config.options[:max_threads]
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elsif sidekiq?
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# Sidekiq has a internal connection pool to handle heartbeat, scheduled polls,
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# cron polls and housekeeping. max_threads can match Sidekqi process's concurrency.
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#
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# The Sidekiq main thread does not perform GitLab-related logic, so we can ignore it.
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threads = Sidekiq.default_configuration[:concurrency]
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end
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if puma?
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threads += Gitlab::ActionCable::Config.worker_pool_size
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end
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threads
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end
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end
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end
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end
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