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puma--puma/test/test_uriclassifier.rb
evanweaver e045f787e1 revert trunk to 1.1
git-svn-id: svn+ssh://rubyforge.org/var/svn/mongrel/trunk@744 19e92222-5c0b-0410-8929-a290d50e31e9
2007-10-26 03:07:30 +00:00

261 lines
7.2 KiB
Ruby

# Copyright (c) 2005 Zed A. Shaw
# You can redistribute it and/or modify it under the same terms as Ruby.
#
# Additional work donated by contributors. See http://mongrel.rubyforge.org/attributions.html
# for more information.
require 'test/testhelp'
include Mongrel
class URIClassifierTest < Test::Unit::TestCase
def test_uri_finding
uri_classifier = URIClassifier.new
uri_classifier.register("/test", 1)
script_name, path_info, value = uri_classifier.resolve("/test")
assert_equal 1, value
assert_equal "/test", script_name
end
def test_root_handler_only
uri_classifier = URIClassifier.new
uri_classifier.register("/", 1)
script_name, path_info, value = uri_classifier.resolve("/test")
assert_equal 1, value
assert_equal "/", script_name
assert_equal "/test", path_info
end
def test_uri_prefix_ops
test = "/pre/fix/test"
prefix = "/pre"
uri_classifier = URIClassifier.new
uri_classifier.register(prefix,1)
script_name, path_info, value = uri_classifier.resolve(prefix)
script_name, path_info, value = uri_classifier.resolve(test)
assert_equal 1, value
assert_equal prefix, script_name
assert_equal test[script_name.length .. -1], path_info
assert uri_classifier.inspect
assert_equal prefix, uri_classifier.uris[0]
end
def test_not_finding
test = "/cant/find/me"
uri_classifier = URIClassifier.new
uri_classifier.register(test, 1)
script_name, path_info, value = uri_classifier.resolve("/nope/not/here")
assert_nil script_name
assert_nil path_info
assert_nil value
end
def test_exceptions
uri_classifier = URIClassifier.new
uri_classifier.register("/test", 1)
failed = false
begin
uri_classifier.register("/test", 1)
rescue => e
failed = true
end
assert failed
failed = false
begin
uri_classifier.register("", 1)
rescue => e
failed = true
end
assert failed
end
def test_register_unregister
uri_classifier = URIClassifier.new
100.times do
uri_classifier.register("/stuff", 1)
value = uri_classifier.unregister("/stuff")
assert_equal 1, value
end
uri_classifier.register("/things",1)
script_name, path_info, value = uri_classifier.resolve("/things")
assert_equal 1, value
uri_classifier.unregister("/things")
script_name, path_info, value = uri_classifier.resolve("/things")
assert_nil value
end
def test_uri_branching
uri_classifier = URIClassifier.new
uri_classifier.register("/test", 1)
uri_classifier.register("/test/this",2)
script_name, path_info, handler = uri_classifier.resolve("/test")
script_name, path_info, handler = uri_classifier.resolve("/test/that")
assert_equal "/test", script_name, "failed to properly find script off branch portion of uri"
assert_equal "/that", path_info
assert_equal 1, handler, "wrong result for branching uri"
end
def test_all_prefixing
tests = ["/test","/test/that","/test/this"]
uri = "/test/this/that"
uri_classifier = URIClassifier.new
current = ""
uri.each_byte do |c|
current << c.chr
uri_classifier.register(current, c)
end
# Try to resolve everything with no asserts as a fuzzing
tests.each do |prefix|
current = ""
prefix.each_byte do |c|
current << c.chr
script_name, path_info, handler = uri_classifier.resolve(current)
assert script_name
assert path_info
assert handler
end
end
# Assert that we find stuff
tests.each do |t|
script_name, path_info, handler = uri_classifier.resolve(t)
assert handler
end
# Assert we don't find stuff
script_name, path_info, handler = uri_classifier.resolve("chicken")
assert_nil handler
assert_nil script_name
assert_nil path_info
end
# Verifies that a root mounted ("/") handler resolves
# such that path info matches the original URI.
# This is needed to accommodate real usage of handlers.
def test_root_mounted
uri_classifier = URIClassifier.new
root = "/"
path = "/this/is/a/test"
uri_classifier.register(root, 1)
script_name, path_info, handler = uri_classifier.resolve(root)
assert_equal 1, handler
assert_equal root, path_info
assert_equal root, script_name
script_name, path_info, handler = uri_classifier.resolve(path)
assert_equal path, path_info
assert_equal root, script_name
assert_equal 1, handler
end
# Verifies that a root mounted ("/") handler
# is the default point, doesn't matter the order we use
# to register the URIs
def test_classifier_order
tests = ["/before", "/way_past"]
root = "/"
path = "/path"
uri_classifier = URIClassifier.new
uri_classifier.register(path, 1)
uri_classifier.register(root, 2)
tests.each do |uri|
script_name, path_info, handler = uri_classifier.resolve(uri)
assert_equal root, script_name, "#{uri} did not resolve to #{root}"
assert_equal uri, path_info
assert_equal 2, handler
end
end
if ENV['BENCHMARK']
# Eventually we will have a suite of benchmarks instead of lamely installing a test
def test_benchmark
# This URI set should favor a TST. Both versions increase linearly until you hit 14
# URIs, then the TST flattens out.
@uris = %w(
/
/dag /dig /digbark /dog /dogbark /dog/bark /dug /dugbarking /puppy
/c /cat /cat/tree /cat/tree/mulberry /cats /cot /cot/tree/mulberry /kitty /kittycat
# /eag /eig /eigbark /eog /eogbark /eog/bark /eug /eugbarking /iuppy
# /f /fat /fat/tree /fat/tree/mulberry /fats /fot /fot/tree/mulberry /jitty /jittyfat
# /gag /gig /gigbark /gog /gogbark /gog/bark /gug /gugbarking /kuppy
# /h /hat /hat/tree /hat/tree/mulberry /hats /hot /hot/tree/mulberry /litty /littyhat
# /ceag /ceig /ceigbark /ceog /ceogbark /ceog/cbark /ceug /ceugbarking /ciuppy
# /cf /cfat /cfat/ctree /cfat/ctree/cmulberry /cfats /cfot /cfot/ctree/cmulberry /cjitty /cjittyfat
# /cgag /cgig /cgigbark /cgog /cgogbark /cgog/cbark /cgug /cgugbarking /ckuppy
# /ch /chat /chat/ctree /chat/ctree/cmulberry /chats /chot /chot/ctree/cmulberry /citty /cittyhat
)
@requests = %w(
/
/dig
/digging
/dogging
/dogbarking/
/puppy/barking
/c
/cat
/cat/shrub
/cat/tree
/cat/tree/maple
/cat/tree/mulberry/tree
/cat/tree/oak
/cats/
/cats/tree
/cod
/zebra
)
@classifier = URIClassifier.new
@uris.each do |uri|
@classifier.register(uri, 1)
end
puts "#{@uris.size} URIs / #{@requests.size * 10000} requests"
Benchmark.bm do |x|
x.report do
# require 'ruby-prof'
# profile = RubyProf.profile do
10000.times do
@requests.each do |request|
@classifier.resolve(request)
end
end
# end
# File.open("profile.html", 'w') { |file| RubyProf::GraphHtmlPrinter.new(profile).print(file, 0) }
end
end
end
end
end