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puma--puma/test/helper.rb

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# frozen_string_literal: true
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# Copyright (c) 2011 Evan Phoenix
# Copyright (c) 2005 Zed A. Shaw
if %w(2.2.7 2.2.8 2.2.9 2.2.10 2.3.4 2.4.1).include? RUBY_VERSION
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begin
require 'stopgap_13632'
rescue LoadError
puts "For test stability, you must install the stopgap_13632 gem."
exit(1)
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end
end
require_relative "minitest/verbose"
require "minitest/autorun"
require "minitest/pride"
require "minitest/proveit"
require "minitest/stub_const"
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require "net/http"
require_relative "helpers/apps"
Thread.abort_on_exception = true
Implement user_supplied_options behavior. When options are passed to the Puma rack handler it is unknown if the options were set via a framework as a default or via a user. Puma currently has 3 different sources of configuration, the user via command line, the config files, and defaults. Rails 5.1+ will record the values actually specified by the user versus the values specified by the frameworks. It passes these values to the Rack handler and now it's up to Puma to do something with that information. When only framework defaults are passed it will set ``` options[:user_supplied_options] = [] ``` When one or more options are specified by the user such as `:Port` then those keys will be in the array. In that example it will look like this ``` options[:user_supplied_options] = [:Port] ``` This change is 100% backwards compatible. If the framework is older and does not pass this information then the `user_supplied_options` will not be set, in that case we assume all values are user supplied. Internally we accomplish this separation by replacing `LeveledOptions` which was a generic way of specifying options with different priorities with a more explicit `UserFileDefaultOptions` this assumes only 3 levels of options and it will use them in the order supplied (user config wins over file based config wins over defaults). Now instead of using 1 dsl to set all values, we use 3. A user dsl, a file dsl and a Configuration.new` will return all 3 DSLs to the block. It's up to the person using the block to use the correct dsl corresponding to the source of data they are getting.
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$debugging_info = ''.dup
$debugging_hold = false # needed for TestCLI#test_control_clustered
require "puma"
require "puma/detect"
# used in various ssl test files, see test_puma_server_ssl.rb and
# test_puma_localhost_authority.rb
if Puma::HAS_SSL
require "puma/events"
class SSLEventsHelper < ::Puma::Events
attr_accessor :addr, :cert, :error
def ssl_error(error, ssl_socket)
self.error = error
self.addr = ssl_socket.peeraddr.last rescue "<unknown>"
self.cert = ssl_socket.peercert
end
end
end
# Either takes a string to do a get request against, or a tuple of [URI, HTTP] where
# HTTP is some kind of Net::HTTP request object (POST, HEAD, etc.)
def hit(uris)
uris.map do |u|
response =
if u.kind_of? String
Net::HTTP.get(URI.parse(u))
else
url = URI.parse(u[0])
Net::HTTP.new(url.host, url.port).start {|h| h.request(u[1]) }
end
assert response, "Didn't get a response: #{u}"
response
end
end
module UniquePort
def self.call
TCPServer.open('127.0.0.1', 0) do |server|
server.connect_address.ip_port
end
end
end
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require "timeout"
module TimeoutEveryTestCase
# our own subclass so we never confused different timeouts
class TestTookTooLong < Timeout::Error
end
def run
with_info_handler do
time_it do
capture_exceptions do
::Timeout.timeout(RUBY_ENGINE == 'ruby' ? 45 : 60, TestTookTooLong) do
before_setup; setup; after_setup
self.send self.name
end
end
capture_exceptions do
::Timeout.timeout(RUBY_ENGINE == 'ruby' ? 45 : 60, TestTookTooLong) do
Minitest::Test::TEARDOWN_METHODS.each { |hook| self.send hook }
end
end
if respond_to? :clean_tmp_paths
clean_tmp_paths
end
end
end
Minitest::Result.from self # per contract
end
end
Minitest::Test.prepend TimeoutEveryTestCase
if ENV['CI']
require 'minitest/retry'
Minitest::Retry.use!
end
module TestSkips
HAS_FORK = ::Process.respond_to? :fork
UNIX_SKT_EXIST = Object.const_defined? :UNIXSocket
MSG_FORK = "Kernel.fork isn't available on #{RUBY_ENGINE} on #{RUBY_PLATFORM}"
MSG_UNIX = "UNIXSockets aren't available on the #{RUBY_PLATFORM} platform"
MSG_AUNIX = "Abstract UNIXSockets aren't available on the #{RUBY_PLATFORM} platform"
SIGNAL_LIST = Signal.list.keys.map(&:to_sym) - (Puma.windows? ? [:INT, :TERM] : [])
JRUBY_HEAD = Puma::IS_JRUBY && RUBY_DESCRIPTION =~ /SNAPSHOT/
DARWIN = RUBY_PLATFORM.include? 'darwin'
TRUFFLE = RUBY_ENGINE == 'truffleruby'
# usage: skip_unless_signal_exist? :USR2
def skip_unless_signal_exist?(sig, bt: caller)
signal = sig.to_s.sub(/\ASIG/, '').to_sym
unless SIGNAL_LIST.include? signal
skip "Signal #{signal} isn't available on the #{RUBY_PLATFORM} platform", bt
end
end
# called with one or more params, like skip_if :jruby, :windows
# optional suffix kwarg is appended to the skip message
# optional suffix bt should generally not used
def skip_if(*engs, suffix: '', bt: caller)
engs.each do |eng|
skip_msg = case eng
when :darwin then "Skipped if darwin#{suffix}" if Puma::IS_OSX
when :jruby then "Skipped if JRuby#{suffix}" if Puma::IS_JRUBY
when :truffleruby then "Skipped if TruffleRuby#{suffix}" if TRUFFLE
when :windows then "Skipped if Windows#{suffix}" if Puma::IS_WINDOWS
when :ci then "Skipped if ENV['CI']#{suffix}" if ENV['CI']
when :no_bundler then "Skipped w/o Bundler#{suffix}" if !defined?(Bundler)
when :ssl then "Skipped if SSL is supported" if Puma::HAS_SSL
when :fork then "Skipped if Kernel.fork exists" if HAS_FORK
when :unix then "Skipped if UNIXSocket exists" if Puma::HAS_UNIX_SOCKET
when :aunix then "Skipped if abstract UNIXSocket" if Puma.abstract_unix_socket?
else false
end
skip skip_msg, bt if skip_msg
end
end
# called with only one param
def skip_unless(eng, bt: caller)
skip_msg = case eng
when :darwin then "Skip unless darwin" unless Puma::IS_OSX
when :jruby then "Skip unless JRuby" unless Puma::IS_JRUBY
when :windows then "Skip unless Windows" unless Puma::IS_WINDOWS
when :mri then "Skip unless MRI" unless Puma::IS_MRI
when :ssl then "Skip unless SSL is supported" unless Puma::HAS_SSL
when :fork then MSG_FORK unless HAS_FORK
when :unix then MSG_UNIX unless Puma::HAS_UNIX_SOCKET
when :aunix then MSG_AUNIX unless Puma.abstract_unix_socket?
else false
end
skip skip_msg, bt if skip_msg
end
end
Minitest::Test.include TestSkips
class Minitest::Test
def self.run(reporter, options = {}) # :nodoc:
prove_it!
super
end
def full_name
"#{self.class.name}##{name}"
end
end
Minitest.after_run do
# needed for TestCLI#test_control_clustered
unless $debugging_hold
out = $debugging_info.strip
unless out.empty?
dash = "\u2500"
wid = ENV['GITHUB_ACTIONS'] ? 88 : 90
txt = " Debugging Info #{dash * 2}".rjust wid, dash
if ENV['GITHUB_ACTIONS']
puts "", "##[group]#{txt}", out, dash * wid, '', '::[endgroup]'
else
puts "", txt, out, dash * wid, ''
end
end
end
end
module AggregatedResults
def aggregated_results(io)
filtered_results = results.dup
if options[:verbose]
skips = filtered_results.select(&:skipped?)
unless skips.empty?
dash = "\u2500"
io.puts '', "Skips:"
hsh = skips.group_by { |f| f.failures.first.error.message }
hsh_s = {}
hsh.each { |k, ary|
hsh_s[k] = ary.map { |s|
[s.source_location, s.klass, s.name]
}.sort_by(&:first)
}
num = 0
hsh_s = hsh_s.sort.to_h
hsh_s.each { |k,v|
io.puts " #{k} #{dash * 2}".rjust 90, dash
hsh_1 = v.group_by { |i| i.first.first }
hsh_1.each { |k1,v1|
io.puts " #{k1[/\/test\/(.*)/,1]}"
v1.each { |item|
num += 1
io.puts format(" %3s %-5s #{item[1]} #{item[2]}", "#{num})", ":#{item[0][1]}")
}
puts ''
}
}
end
end
filtered_results.reject!(&:skipped?)
io.puts "Errors & Failures:" unless filtered_results.empty?
filtered_results.each_with_index { |result, i|
io.puts "\n%3d) %s" % [i+1, result]
}
io.puts
io
end
end
Minitest::SummaryReporter.prepend AggregatedResults