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# Copyright (C) 2017 Sony Interactive Entertainment Inc.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
#
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY APPLE AND ITS CONTRIBUTORS "AS IS" AND ANY
# EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
# WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
# DISCLAIMED. IN NO EVENT SHALL APPLE OR ITS CONTRIBUTORS BE LIABLE FOR ANY
# DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
# (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
# ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
# THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
require 'open3'
$hasDiff = false
if ($hostOS == 'windows')
out, err, status = Open3.capture3("where", "/q", "diff")
$hasDiff = status.success?
else
out, err, status = Open3.capture3("which", "diff")
$hasDiff = status.success?
end
# Prefix each line of str with the name
def prefixString(str, name)
"#{str}.empty? ? \"\" : #{str}.gsub(/^/m, \"#{name}: \")"
end
def silentOutputHandler
Proc.new {
| name |
<<-END_SILENT_OUTPUT_HANDLER
out = out + err
err = nil
STDOUT.puts #{prefixString("out", name)} if (!out.empty?)
File.open("#{Shellwords.shellescape((Pathname("..") + (name + ".out")).to_s)}", "w") do |out_file|
out_file.puts out
end
END_SILENT_OUTPUT_HANDLER
}
end
# Output handler for tests that are expected to produce meaningful output.
def noisyOutputHandler
Proc.new {
| name |
<<-END_NOISY_OUTPUT_HANDLER
out = out + err
err = nil
File.open("#{Shellwords.shellescape((Pathname("..") + (name + ".out")).to_s)}", "w") do |out_file|
out_file.puts out
end
END_NOISY_OUTPUT_HANDLER
}
end
# Error handler for tests that fail exactly when they return non-zero exit status.
# This is useful when a test is expected to fail.
def simpleErrorHandler
Proc.new {
| outp, plan |
outp.puts "if !status.success?\n"
outp.puts " print " + prefixString("\"ERROR: Unexpected exit code \#{status.exitstatus}\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "else\n"
outp.puts " " + plan.successCommand
outp.puts "end\n"
}
end
# Error handler for tests that fail exactly when they return zero exit status.
def expectedFailErrorHandler
Proc.new {
| outp, plan |
outp.puts "if status.success?\n"
outp.puts " print " + prefixString("\"ERROR: Unexpected exit code 0\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "else\n"
outp.puts " " + plan.successCommand
outp.puts "end\n"
}
end
# Error handler for tests that fail exactly when they return non-zero exit status and produce
# lots of spew. This will echo that spew when the test fails.
def noisyErrorHandler
Proc.new {
| outp, plan |
outp.puts "if !status.success?\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " print " + prefixString("\"ERROR: Unexpected exit code \#{status.exitstatus}\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "else\n"
outp.puts " " + plan.successCommand
outp.puts "end\n"
}
end
def fallbackDiff(expected, output)
<<-END_FALLBACK_DIFF
# Fallback diff for when diff(1) isn't available
diffs = []
line_number = 0
File.open("#{expected}") do | expected |
File.open("#{output}") do | actual |
loop do
l1 = expected.gets
l2 = actual.gets
if (l1 != l2)
diffs.push([line_number, l1, l2])
end
line_number = line_number + 1
break if (l1 == nil && l2 == nil)
end
end
end
isDifferent = !diffs.empty?
diffOut = diffs.map {
| diff |
"@@ -\#{diff[0]},1 +\#{diff[0]},1 @@\\n" +
(diff[1] ? "-\#{diff[1]}" : "") +
(diff[2] ? "+\#{diff[2]}" : "")
}.join("")
END_FALLBACK_DIFF
end
def runDiff(expected, output)
<<-END_RUN_DIFF
diffOut, diffStatus = Open3.capture2("diff",
"--strip-trailing-cr",
"-u",
"#{expected}",
"#{output}");
isDifferent = !diffStatus.success?
END_RUN_DIFF
end
# Get a difference between two files, using diff where available, falling back
# on a limited comparison when diff is not available
def getDiff(expected, output)
if $hasDiff
runDiff(expected, output)
else
fallbackDiff(expected,output)
end
end
# Error handler for tests that diff their output with some expectation.
def diffErrorHandler(expectedFilename)
Proc.new {
| outp, plan |
outputFilename = Shellwords.shellescape((Pathname("..") + (plan.name + ".out")).to_s)
outp.puts "if !status.success?\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " print " + prefixString("\"ERROR: Unexpected exit code \#{status.exitstatus}\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "elsif File.exists?(\"../#{Shellwords.shellescape(expectedFilename)}\")\n"
outp.puts getDiff("../#{Shellwords.shellescape(expectedFilename)}", outputFilename)
outp.puts " if isDifferent\n"
outp.puts " print " + prefixString("\"DIFF FAILURE!\\n\"", plan.name) + "\n"
outp.puts " print " + prefixString("diffOut", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts " else"
outp.puts " " + plan.successCommand
outp.puts " end"
outp.puts "else\n"
outp.puts " print " + prefixString("\"NO EXPECTATION!\\n\"", plan.name) + "\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "end"
}
end
# Error handler for tests that report error by saying "failed!". This is used by Mozilla
# tests.
def mozillaErrorHandler
Proc.new {
| outp, plan |
outp.puts "if !status.success?\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " print " + prefixString("\"ERROR: Unexpected exit code \#{status.exitstatus}\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "elsif /failed!/i =~ out\n"
outp.puts " print " + prefixString("\"Detected failures:\\n\"", plan.name) + "\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "else\n"
outp.puts " " + plan.successCommand
outp.puts "end\n"
}
end
# Error handler for tests that report error by saying "failed!", and are expected to
# fail. This is used by Mozilla tests.
def mozillaFailErrorHandler
Proc.new {
| outp, plan |
outp.puts "if !status.success?\n"
outp.puts " " + plan.successCommand
outp.puts "elsif /failed!/i =~ out\n"
outp.puts " " + plan.successCommand
outp.puts "else\n"
outp.puts " print " + prefixString("\"NOTICE: You made this test pass, but it was expected to fail\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "end\n"
}
end
# Error handler for tests that report error by saying "failed!", and are expected to have
# an exit code of 3.
def mozillaExit3ErrorHandler
Proc.new {
| outp, plan |
outp.puts "if status.success?\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " print " + prefixString("\"ERROR: Test expected to fail, but returned successfully\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "elsif status.exitstatus != 3"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " print " + prefixString("\"ERROR: Unexpected exit code: \#{status.exitstatus}\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "elsif /failed!/i =~ out\n"
outp.puts " print " + prefixString("\"Detected failures:\\n\"", plan.name) + "\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "else\n"
outp.puts " " + plan.successCommand
outp.puts "end\n"
}
end
# Error handler for tests that report success by saying "Passed" or error by saying "FAILED".
# This is used by Chakra tests.
def chakraPassFailErrorHandler
Proc.new {
| outp, plan |
outp.puts "if !status.success?\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " print " + prefixString("\"ERROR: Unexpected exit code \#{status.exitstatus}\\n\"", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "elsif /FAILED/i =~ out\n"
outp.puts " print " + prefixString("\"Detected failures:\\n\"", plan.name) + "\n"
outp.puts " print " + prefixString("out", plan.name) + "\n"
outp.puts " " + plan.failCommand
outp.puts "else\n"
outp.puts " " + plan.successCommand
outp.puts "end\n"
}
end
class Plan
attr_reader :directory, :arguments, :family, :name, :outputHandler, :errorHandler, :additionalEnv
attr_accessor :index
def initialize(directory, arguments, family, name, outputHandler, errorHandler)
@directory = directory
@arguments = arguments
@family = family
@name = name
@outputHandler = outputHandler
@errorHandler = errorHandler
@isSlow = !!$runCommandOptions[:isSlow]
@additionalEnv = []
end
def shellCommand
script = "out = nil\n"
script += "err = nil\n"
script += "status = nil\n"
script += "Dir.chdir(\"../#{Shellwords.shellescape(@directory.to_s)}\") do\n"
script += " env = {}\n"
($envVars + additionalEnv).each {
|var|
(key, value) = var.split(/=/, 2)
script += " env[\"#{key}\"] = \"#{value}\"\n"
}
script += " out, err, status = Open3.capture3(env, \n"
script += @arguments.map { | argument | " \"#{argument}\""}.join(",\n")
script += " )\n"
script += "end\n"
return script
end
def reproScriptHelper
script = "def error_script_contents\n"
script += " <<-END_OF_SCRIPT\n"
script += " require 'open3'\n"
script += " script_location = File.expand_path(File.dirname(__FILE__))\n"
script += " Dir.chdir(\"\\\#{script_location}"
Pathname.new(@name).dirname.each_filename {
| pathComponent |
script += "/.."
}
script += "/.runner\") do\n"
script += " ENV[\"DYLD_FRAMEWORK_PATH\"] = \"#{$testingFrameworkPath.dirname}\"\n"
script += " ENV[\"JSCTEST_timeout\"] = \"#{ENV['JSCTEST_timeout']}\"\n"
script += " #{shellCommand}"
script += " print out\n"
script += " if (!status.success?)\n"
script += " exit(1)\n"
script += " end\n"
script += " end\n"
script += " END_OF_SCRIPT\n"
script += "end\n"
return script
end
def reproScriptCommand
<<-END_REPRO_SCRIPT_COMMAND
File.open("#{Shellwords.shellescape((Pathname.new("..") + @name).to_s)}", "w") do |scr|
scr.puts "\#{error_script_contents}"
end
END_REPRO_SCRIPT_COMMAND
end
def failCommand
<<-END_FAIL_COMMAND
print "FAIL: #{Shellwords.shellescape(@name)}\n"
FileUtils.touch("#{failFile}")
#{reproScriptCommand}
END_FAIL_COMMAND
end
def successCommand
if $progressMeter or $verbosity >= 2
<<-END_VERBOSE_SUCCESS_COMMAND
File.unlink("#{failFile}") if File.exists?("#{failFile}")
print "PASS: #{Shellwords.shellescape(@name)}\n"
END_VERBOSE_SUCCESS_COMMAND
else
"File.unlink(\"#{failFile}\") if File.exists?(\"#{failFile}\")\n"
end
end
def failFile
"test_fail_#{@index}"
end
def statusWrite
<<-END_STATUS_WRITE
if !status.success?
File.open("#{failFile}", "w") do |code_file|
code_file.puts status.exitstatus
end
end
END_STATUS_WRITE
end
def writeRunScript(filename)
File.open(filename, "w") {
| outp |
outp.puts "print \"Running #{Shellwords.shellescape(@name)}\\n\""
outp.puts "#{reproScriptHelper}"
outp.puts "begin"
outp.puts "require 'open3'"
outp.puts "require 'fileutils'"
cmd = shellCommand
cmd += statusWrite
cmd += @outputHandler.call(@name)
if $verbosity >= 3
outp.puts "print \"#{Shellwords.shellescape(cmd)}\\n\""
end
outp.puts cmd
@errorHandler.call(outp, self)
outp.puts "rescue"
outp.puts " print \"FAIL: #{Shellwords.shellescape(@name)}\\n\""
outp.puts " FileUtils.touch(\"#{failFile}\")"
outp.puts "end"
}
end
end
def prepareShellTestRunner
File.open($runnerDir + "runscript", "w") {
| outp |
$runlist.each {
| plan |
outp.puts "ruby test_script_#{plan.index}"
}
}
`dos2unix #{$runnerDir + "runscript"}`
end
def prepareMakeTestRunner(remoteIndex)
runIndices = []
$runlist.each {
| plan |
if !$remote or plan.index % $remoteHosts.length == remoteIndex
runIndices << plan.index
end
}
File.open($runnerDir + "Makefile.#{remoteIndex}", "w") {
| outp |
outp.puts("all: " + runIndices.map{|v| "test_done_#{v}"}.join(' '))
runIndices.each {
| index |
plan = $runlist[index]
outp.puts "test_done_#{index}:"
outp.puts "\truby test_script_#{plan.index}"
}
}
end
def prepareRubyTestRunner
File.open($runnerDir + "runscript", "w") {
| outp |
$runlist.each {
| plan |
outp.puts "system \"ruby test_script_#{plan.index}\""
}
}
end
def testRunnerCommand(remoteIndex=0)
case $testRunnerType
when :shell
command = "sh runscript"
when :make
command = "make -j #{$numChildProcesses} -s -f Makefile.#{remoteIndex}"
when :ruby
command = "ruby runscript"
else
raise "Unknown test runner type: #{$testRunnerType.to_s}"
end
return command
end