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require 'thread'
require 'time'
require 'uri'
require 'rack'
require 'rack/builder'
require 'sinatra/showexceptions'
# require tilt if available; fall back on bundled version.
begin
require 'tilt'
major, minor = Tilt::VERSION.split('.').map { |e| e.to_i }
if major < 0 and minor < 8
warn "WARN: sinatra requires tilt >= 0.8; you have #{Tilt::VERSION}. " +
"loading bundled version..."
Object.send :remove_const, :Tilt
raise LoadError
end
rescue LoadError
require 'sinatra/tilt'
end
module Sinatra
VERSION = '1.0'
# The request object. See Rack::Request for more info:
# http://rack.rubyforge.org/doc/classes/Rack/Request.html
class Request < Rack::Request
# Returns an array of acceptable media types for the response
def accept
@env['HTTP_ACCEPT'].to_s.split(',').map { |a| a.strip }
end
def secure?
(@env['HTTP_X_FORWARDED_PROTO'] || @env['rack.url_scheme']) == 'https'
end
# Override Rack < 1.1's Request#params implementation (see lh #72 for
# more info) and add a Request#user_agent method.
# XXX remove when we require rack > 1.1
if Rack.release < '1.1'
def params
self.GET.update(self.POST)
rescue EOFError, Errno::ESPIPE
self.GET
end
def user_agent
@env['HTTP_USER_AGENT']
end
end
end
# The response object. See Rack::Response and Rack::ResponseHelpers for
# more info:
# http://rack.rubyforge.org/doc/classes/Rack/Response.html
# http://rack.rubyforge.org/doc/classes/Rack/Response/Helpers.html
class Response < Rack::Response
def finish
@body = block if block_given?
if [204, 304].include?(status.to_i)
header.delete "Content-Type"
[status.to_i, header.to_hash, []]
else
body = @body || []
body = [body] if body.respond_to? :to_str
if body.respond_to?(:to_ary)
header["Content-Length"] = body.to_ary.
inject(0) { |len, part| len + Rack::Utils.bytesize(part) }.to_s
end
[status.to_i, header.to_hash, body]
end
end
end
class NotFound < NameError #:nodoc:
def code ; 404 ; end
end
# Methods available to routes, before/after filters, and views.
module Helpers
# Set or retrieve the response status code.
def status(value=nil)
response.status = value if value
response.status
end
# Set or retrieve the response body. When a block is given,
# evaluation is deferred until the body is read with #each.
def body(value=nil, &block)
if block_given?
def block.each ; yield call ; end
response.body = block
else
response.body = value
end
end
# Halt processing and redirect to the URI provided.
def redirect(uri, *args)
status 302
response['Location'] = uri
halt(*args)
end
# Halt processing and return the error status provided.
def error(code, body=nil)
code, body = 500, code.to_str if code.respond_to? :to_str
response.body = body unless body.nil?
halt code
end
# Halt processing and return a 404 Not Found.
def not_found(body=nil)
error 404, body
end
# Set multiple response headers with Hash.
def headers(hash=nil)
response.headers.merge! hash if hash
response.headers
end
# Access the underlying Rack session.
def session
env['rack.session'] ||= {}
end
# Look up a media type by file extension in Rack's mime registry.
def mime_type(type)
Base.mime_type(type)
end
# Set the Content-Type of the response body given a media type or file
# extension.
def content_type(type, params={})
mime_type = self.mime_type(type)
fail "Unknown media type: %p" % type if mime_type.nil?
if params.any?
params = params.collect { |kv| "%s=%s" % kv }.join(', ')
response['Content-Type'] = [mime_type, params].join(";")
else
response['Content-Type'] = mime_type
end
end
# Set the Content-Disposition to "attachment" with the specified filename,
# instructing the user agents to prompt to save.
def attachment(filename=nil)
response['Content-Disposition'] = 'attachment'
if filename
params = '; filename="%s"' % File.basename(filename)
response['Content-Disposition'] << params
end
end
# Use the contents of the file at +path+ as the response body.
def send_file(path, opts={})
stat = File.stat(path)
last_modified stat.mtime
content_type mime_type(opts[:type]) ||
mime_type(File.extname(path)) ||
response['Content-Type'] ||
'application/octet-stream'
response['Content-Length'] ||= (opts[:length] || stat.size).to_s
if opts[:disposition] == 'attachment' || opts[:filename]
attachment opts[:filename] || path
elsif opts[:disposition] == 'inline'
response['Content-Disposition'] = 'inline'
end
halt StaticFile.open(path, 'rb')
rescue Errno::ENOENT
not_found
end
# Rack response body used to deliver static files. The file contents are
# generated iteratively in 8K chunks.
class StaticFile < ::File #:nodoc:
alias_method :to_path, :path
def each
rewind
while buf = read(8192)
yield buf
end
end
end
# Specify response freshness policy for HTTP caches (Cache-Control header).
# Any number of non-value directives (:public, :private, :no_cache,
# :no_store, :must_revalidate, :proxy_revalidate) may be passed along with
# a Hash of value directives (:max_age, :min_stale, :s_max_age).
#
# cache_control :public, :must_revalidate, :max_age => 60
# => Cache-Control: public, must-revalidate, max-age=60
#
# See RFC 2616 / 14.9 for more on standard cache control directives:
# http://tools.ietf.org/html/rfc2616#section-14.9.1
def cache_control(*values)
if values.last.kind_of?(Hash)
hash = values.pop
hash.reject! { |k,v| v == false }
hash.reject! { |k,v| values << k if v == true }
else
hash = {}
end
values = values.map { |value| value.to_s.tr('_','-') }
hash.each { |k,v| values << [k.to_s.tr('_', '-'), v].join('=') }
response['Cache-Control'] = values.join(', ') if values.any?
end
# Set the Expires header and Cache-Control/max-age directive. Amount
# can be an integer number of seconds in the future or a Time object
# indicating when the response should be considered "stale". The remaining
# "values" arguments are passed to the #cache_control helper:
#
# expires 500, :public, :must_revalidate
# => Cache-Control: public, must-revalidate, max-age=60
# => Expires: Mon, 08 Jun 2009 08:50:17 GMT
#
def expires(amount, *values)
values << {} unless values.last.kind_of?(Hash)
if amount.respond_to?(:to_time)
max_age = amount.to_time - Time.now
time = amount.to_time
else
max_age = amount
time = Time.now + amount
end
values.last.merge!(:max_age => max_age)
cache_control(*values)
response['Expires'] = time.httpdate
end
# Set the last modified time of the resource (HTTP 'Last-Modified' header)
# and halt if conditional GET matches. The +time+ argument is a Time,
# DateTime, or other object that responds to +to_time+.
#
# When the current request includes an 'If-Modified-Since' header that
# matches the time specified, execution is immediately halted with a
# '304 Not Modified' response.
def last_modified(time)
return unless time
time = time.to_time if time.respond_to?(:to_time)
time = time.httpdate if time.respond_to?(:httpdate)
response['Last-Modified'] = time
halt 304 if time == request.env['HTTP_IF_MODIFIED_SINCE']
time
end
# Set the response entity tag (HTTP 'ETag' header) and halt if conditional
# GET matches. The +value+ argument is an identifier that uniquely
# identifies the current version of the resource. The +kind+ argument
# indicates whether the etag should be used as a :strong (default) or :weak
# cache validator.
#
# When the current request includes an 'If-None-Match' header with a
# matching etag, execution is immediately halted. If the request method is
# GET or HEAD, a '304 Not Modified' response is sent.
def etag(value, kind=:strong)
raise TypeError, ":strong or :weak expected" if ![:strong,:weak].include?(kind)
value = '"%s"' % value
value = 'W/' + value if kind == :weak
response['ETag'] = value
# Conditional GET check
if etags = env['HTTP_IF_NONE_MATCH']
etags = etags.split(/\s*,\s*/)
halt 304 if etags.include?(value) || etags.include?('*')
end
end
## Sugar for redirect (example: redirect back)
def back ; request.referer ; end
end
# Template rendering methods. Each method takes the name of a template
# to render as a Symbol and returns a String with the rendered output,
# as well as an optional hash with additional options.
#
# `template` is either the name or path of the template as symbol
# (Use `:'subdir/myview'` for views in subdirectories), or a string
# that will be rendered.
#
# Possible options are:
# :layout If set to false, no layout is rendered, otherwise
# the specified layout is used (Ignored for `sass` and `less`)
# :locals A hash with local variables that should be available
# in the template
module Templates
include Tilt::CompileSite
def erb(template, options={}, locals={})
options[:outvar] = '@_out_buf'
render :erb, template, options, locals
end
def erubis(template, options={}, locals={})
options[:outvar] = '@_out_buf'
render :erubis, template, options, locals
end
def haml(template, options={}, locals={})
render :haml, template, options, locals
end
def sass(template, options={}, locals={})
options[:layout] = false
render :sass, template, options, locals
end
def less(template, options={}, locals={})
options[:layout] = false
render :less, template, options, locals
end
def builder(template=nil, options={}, locals={}, &block)
options, template = template, nil if template.is_a?(Hash)
template = Proc.new { block } if template.nil?
render :builder, template, options, locals
end
private
def render(engine, data, options={}, locals={}, &block)
# merge app-level options
options = settings.send(engine).merge(options) if settings.respond_to?(engine)
# extract generic options
locals = options.delete(:locals) || locals || {}
views = options.delete(:views) || settings.views || "./views"
layout = options.delete(:layout)
layout = :layout if layout.nil? || layout == true
# compile and render template
template = compile_template(engine, data, options, views)
output = template.render(self, locals, &block)
# render layout
if layout
begin
options = options.merge(:views => views, :layout => false)
output = render(engine, layout, options, locals) { output }
rescue Errno::ENOENT
end
end
output
end
def compile_template(engine, data, options, views)
@template_cache.fetch engine, data, options do
template = Tilt[engine]
raise "Template engine not found: #{engine}" if template.nil?
case
when data.is_a?(Symbol)
body, path, line = self.class.templates[data]
if body
body = body.call if body.respond_to?(:call)
template.new(path, line.to_i, options) { body }
else
path = ::File.join(views, "#{data}.#{engine}")
template.new(path, 1, options)
end
when data.is_a?(Proc) || data.is_a?(String)
body = data.is_a?(String) ? Proc.new { data } : data
path, line = self.class.caller_locations.first
template.new(path, line.to_i, options, &body)
else
raise ArgumentError
end
end
end
end
# Base class for all Sinatra applications and middleware.
class Base
include Rack::Utils
include Helpers
include Templates
attr_accessor :app
def initialize(app=nil)
@app = app
@template_cache = Tilt::Cache.new
yield self if block_given?
end
# Rack call interface.
def call(env)
dup.call!(env)
end
attr_accessor :env, :request, :response, :params
def call!(env)
@env = env
@request = Request.new(env)
@response = Response.new
@params = indifferent_params(@request.params)
@template_cache.clear if settings.reload_templates
invoke { dispatch! }
invoke { error_block!(response.status) }
status, header, body = @response.finish
# Never produce a body on HEAD requests. Do retain the Content-Length
# unless it's "0", in which case we assume it was calculated erroneously
# for a manual HEAD response and remove it entirely.
if @env['REQUEST_METHOD'] == 'HEAD'
body = []
header.delete('Content-Length') if header['Content-Length'] == '0'
end
[status, header, body]
end
# Access settings defined with Base.set.
def settings
self.class
end
alias_method :options, :settings
# Exit the current block, halts any further processing
# of the request, and returns the specified response.
def halt(*response)
response = response.first if response.length == 1
throw :halt, response
end
# Pass control to the next matching route.
# If there are no more matching routes, Sinatra will
# return a 404 response.
def pass(&block)
throw :pass, block
end
# Forward the request to the downstream app -- middleware only.
def forward
fail "downstream app not set" unless @app.respond_to? :call
status, headers, body = @app.call(@request.env)
@response.status = status
@response.body = body
@response.headers.merge! headers
nil
end
private
# Run before filters defined on the class and all superclasses.
def before_filter!(base=self.class)
before_filter!(base.superclass) if base.superclass.respond_to?(:before_filters)
base.before_filters.each { |block| instance_eval(&block) }
end
# Run after filters defined on the class and all superclasses.
def after_filter!(base=self.class)
after_filter!(base.superclass) if base.superclass.respond_to?(:after_filters)
base.after_filters.each { |block| instance_eval(&block) }
end
# Run routes defined on the class and all superclasses.
def route!(base=self.class, pass_block=nil)
if routes = base.routes[@request.request_method]
original_params = @params
path = unescape(@request.path_info)
routes.each do |pattern, keys, conditions, block|
if match = pattern.match(path)
values = match.captures.to_a
params =
if keys.any?
keys.zip(values).inject({}) do |hash,(k,v)|
if k == 'splat'
(hash[k] ||= []) << v
else
hash[k] = v
end
hash
end
elsif values.any?
{'captures' => values}
else
{}
end
@params = original_params.merge(params)
@block_params = values
pass_block = catch(:pass) do
conditions.each { |cond|
throw :pass if instance_eval(&cond) == false }
route_eval(&block)
end
end
end
@params = original_params
end
# Run routes defined in superclass.
if base.superclass.respond_to?(:routes)
route! base.superclass, pass_block
return
end
route_eval(&pass_block) if pass_block
route_missing
end
# Run a route block and throw :halt with the result.
def route_eval(&block)
throw :halt, instance_eval(&block)
end
# No matching route was found or all routes passed. The default
# implementation is to forward the request downstream when running
# as middleware (@app is non-nil); when no downstream app is set, raise
# a NotFound exception. Subclasses can override this method to perform
# custom route miss logic.
def route_missing
if @app
forward
else
raise NotFound
end
end
# Attempt to serve static files from public directory. Throws :halt when
# a matching file is found, returns nil otherwise.
def static!
return if (public_dir = settings.public).nil?
public_dir = File.expand_path(public_dir)
path = File.expand_path(public_dir + unescape(request.path_info))
return if path[0, public_dir.length] != public_dir
return unless File.file?(path)
env['sinatra.static_file'] = path
send_file path, :disposition => nil
end
# Enable string or symbol key access to the nested params hash.
def indifferent_params(params)
params = indifferent_hash.merge(params)
params.each do |key, value|
next unless value.is_a?(Hash)
params[key] = indifferent_params(value)
end
end
def indifferent_hash
Hash.new {|hash,key| hash[key.to_s] if Symbol === key }
end
# Run the block with 'throw :halt' support and apply result to the response.
def invoke(&block)
res = catch(:halt) { instance_eval(&block) }
return if res.nil?
case
when res.respond_to?(:to_str)
@response.body = [res]
when res.respond_to?(:to_ary)
res = res.to_ary
if Fixnum === res.first
if res.length == 3
@response.status, headers, body = res
@response.body = body if body
headers.each { |k, v| @response.headers[k] = v } if headers
elsif res.length == 2
@response.status = res.first
@response.body = res.last
else
raise TypeError, "#{res.inspect} not supported"
end
else
@response.body = res
end
when res.respond_to?(:each)
@response.body = res
when (100...599) === res
@response.status = res
end
res
end
# Dispatch a request with error handling.
def dispatch!
static! if settings.static? && (request.get? || request.head?)
before_filter!
route!
rescue NotFound => boom
handle_not_found!(boom)
rescue ::Exception => boom
handle_exception!(boom)
ensure
after_filter! unless env['sinatra.static_file']
end
def handle_not_found!(boom)
@env['sinatra.error'] = boom
@response.status = 404
@response.headers['X-Cascade'] = 'pass'
@response.body = ['<h1>Not Found</h1>']
error_block! boom.class, NotFound
end
def handle_exception!(boom)
@env['sinatra.error'] = boom
dump_errors!(boom) if settings.dump_errors?
raise boom if settings.show_exceptions?
@response.status = 500
if res = error_block!(boom.class)
res
elsif settings.raise_errors?
raise boom
else
error_block!(Exception)
end
end
# Find an custom error block for the key(s) specified.
def error_block!(*keys)
keys.each do |key|
base = self.class
while base.respond_to?(:errors)
if block = base.errors[key]
# found a handler, eval and return result
return instance_eval(&block)
else
base = base.superclass
end
end
end
nil
end
def dump_errors!(boom)
msg = ["#{boom.class} - #{boom.message}:",
*boom.backtrace].join("\n ")
@env['rack.errors'].puts(msg)
end
class << self
attr_reader :routes, :before_filters, :after_filters, :templates, :errors
def reset!
@conditions = []
@routes = {}
@before_filters = []
@after_filters = []
@errors = {}
@middleware = []
@prototype = nil
@extensions = []
if superclass.respond_to?(:templates)
@templates = Hash.new { |hash,key| superclass.templates[key] }
else
@templates = {}
end
end
# Extension modules registered on this class and all superclasses.
def extensions
if superclass.respond_to?(:extensions)
(@extensions + superclass.extensions).uniq
else
@extensions
end
end
# Middleware used in this class and all superclasses.
def middleware
if superclass.respond_to?(:middleware)
superclass.middleware + @middleware
else
@middleware
end
end
# Sets an option to the given value. If the value is a proc,
# the proc will be called every time the option is accessed.
def set(option, value=self, &block)
raise ArgumentError if block && value != self
value = block if block
if value.kind_of?(Proc)
metadef(option, &value)
metadef("#{option}?") { !!__send__(option) }
metadef("#{option}=") { |val| metadef(option, &Proc.new{val}) }
elsif value == self && option.respond_to?(:to_hash)
option.to_hash.each { |k,v| set(k, v) }
elsif respond_to?("#{option}=")
__send__ "#{option}=", value
else
set option, Proc.new{value}
end
self
end
# Same as calling `set :option, true` for each of the given options.
def enable(*opts)
opts.each { |key| set(key, true) }
end
# Same as calling `set :option, false` for each of the given options.
def disable(*opts)
opts.each { |key| set(key, false) }
end
# Define a custom error handler. Optionally takes either an Exception
# class, or an HTTP status code to specify which errors should be
# handled.
def error(codes=Exception, &block)
Array(codes).each { |code| @errors[code] = block }
end
# Sugar for `error(404) { ... }`
def not_found(&block)
error 404, &block
end
# Define a named template. The block must return the template source.
def template(name, &block)
filename, line = caller_locations.first
templates[name] = [block, filename, line.to_i]
end
# Define the layout template. The block must return the template source.
def layout(name=:layout, &block)
template name, &block
end
# Load embeded templates from the file; uses the caller's __FILE__
# when no file is specified.
def inline_templates=(file=nil)
file = (file.nil? || file == true) ? caller_files.first : file
begin
app, data =
::IO.read(file).gsub("\r\n", "\n").split(/^__END__$/, 2)
rescue Errno::ENOENT
app, data = nil
end
if data
lines = app.count("\n") + 1
template = nil
data.each_line do |line|
lines += 1
if line =~ /^@@\s*(.*)/
template = ''
templates[$1.to_sym] = [template, file, lines]
elsif template
template << line
end
end
end
end
# Lookup or register a mime type in Rack's mime registry.
def mime_type(type, value=nil)
return type if type.nil? || type.to_s.include?('/')
type = ".#{type}" unless type.to_s[0] == ?.
return Rack::Mime.mime_type(type, nil) unless value
Rack::Mime::MIME_TYPES[type] = value
end
# Define a before filter; runs before all requests within the same
# context as route handlers and may access/modify the request and
# response.
def before(&block)
@before_filters << block
end
# Define an after filter; runs after all requests within the same
# context as route handlers and may access/modify the request and
# response.
def after(&block)
@after_filters << block
end
# Add a route condition. The route is considered non-matching when the
# block returns false.
def condition(&block)
@conditions << block
end
private
def host_name(pattern)
condition { pattern === request.host }
end
def user_agent(pattern)
condition {
if request.user_agent =~ pattern
@params[:agent] = $~[1..-1]
true
else
false
end
}
end
alias_method :agent, :user_agent
def provides(*types)
types = [types] unless types.kind_of? Array
types.map!{|t| mime_type(t)}
condition {
matching_types = (request.accept & types)
unless matching_types.empty?
response.headers['Content-Type'] = matching_types.first
true
else
false
end
}
end
public
# Defining a `GET` handler also automatically defines
# a `HEAD` handler.
def get(path, opts={}, &block)
conditions = @conditions.dup
route('GET', path, opts, &block)
@conditions = conditions
route('HEAD', path, opts, &block)
end
def put(path, opts={}, &bk); route 'PUT', path, opts, &bk end
def post(path, opts={}, &bk); route 'POST', path, opts, &bk end
def delete(path, opts={}, &bk); route 'DELETE', path, opts, &bk end
def head(path, opts={}, &bk); route 'HEAD', path, opts, &bk end
private
def route(verb, path, options={}, &block)
# Because of self.options.host
host_name(options.delete(:bind)) if options.key?(:host)
options.each {|option, args| send(option, *args)}
pattern, keys = compile(path)
conditions, @conditions = @conditions, []
define_method "#{verb} #{path}", &block
unbound_method = instance_method("#{verb} #{path}")
block =
if block.arity != 0
proc { unbound_method.bind(self).call(*@block_params) }
else
proc { unbound_method.bind(self).call }
end
invoke_hook(:route_added, verb, path, block)
(@routes[verb] ||= []).
push([pattern, keys, conditions, block]).last
end
def invoke_hook(name, *args)
extensions.each { |e| e.send(name, *args) if e.respond_to?(name) }
end
def compile(path)
keys = []
if path.respond_to? :to_str
special_chars = %w{. + ( )}
pattern =
path.to_str.gsub(/((:\w+)|[\*#{special_chars.join}])/) do |match|
case match
when "*"
keys << 'splat'
"(.*?)"
when *special_chars
Regexp.escape(match)
else
keys << $2[1..-1]
"([^/?&#]+)"
end
end
[/^#{pattern}$/, keys]
elsif path.respond_to?(:keys) && path.respond_to?(:match)
[path, path.keys]
elsif path.respond_to? :match
[path, keys]
else
raise TypeError, path
end
end
public
# Makes the methods defined in the block and in the Modules given
# in `extensions` available to the handlers and templates
def helpers(*extensions, &block)
class_eval(&block) if block_given?
include(*extensions) if extensions.any?
end
def register(*extensions, &block)
extensions << Module.new(&block) if block_given?
@extensions += extensions
extensions.each do |extension|
extend extension
extension.registered(self) if extension.respond_to?(:registered)
end
end
def development?; environment == :development end
def production?; environment == :production end
def test?; environment == :test end
# Set configuration options for Sinatra and/or the app.
# Allows scoping of settings for certain environments.
def configure(*envs, &block)
yield self if envs.empty? || envs.include?(environment.to_sym)
end
# Use the specified Rack middleware
def use(middleware, *args, &block)
@prototype = nil
@middleware << [middleware, args, block]
end
# Run the Sinatra app as a self-hosted server using
# Thin, Mongrel or WEBrick (in that order)
def run!(options={})
set options
handler = detect_rack_handler
handler_name = handler.name.gsub(/.*::/, '')
puts "== Sinatra/#{Sinatra::VERSION} has taken the stage " +
"on #{port} for #{environment} with backup from #{handler_name}" unless handler_name =~/cgi/i
handler.run self, :Host => bind, :Port => port do |server|
trap(:INT) do
## Use thins' hard #stop! if available, otherwise just #stop
server.respond_to?(:stop!) ? server.stop! : server.stop
puts "\n== Sinatra has ended his set (crowd applauds)" unless handler_name =~/cgi/i
end
set :running, true
end
rescue Errno::EADDRINUSE => e
puts "== Someone is already performing on port #{port}!"
end
# The prototype instance used to process requests.
def prototype
@prototype ||= new
end
# Create a new instance of the class fronted by its middleware
# pipeline. The object is guaranteed to respond to #call but may not be
# an instance of the class new was called on.
def new(*args, &bk)
builder = Rack::Builder.new
builder.use Rack::Session::Cookie if sessions?
builder.use Rack::CommonLogger if logging?
builder.use Rack::MethodOverride if method_override?
builder.use ShowExceptions if show_exceptions?
middleware.each { |c,a,b| builder.use(c, *a, &b) }
builder.run super
builder.to_app
end
def call(env)
synchronize { prototype.call(env) }
end
private
def detect_rack_handler
servers = Array(self.server)
servers.each do |server_name|
begin
return Rack::Handler.get(server_name.downcase)
rescue LoadError
rescue NameError
end
end
fail "Server handler (#{servers.join(',')}) not found."
end
def inherited(subclass)
subclass.reset!
super
end
@@mutex = Mutex.new
def synchronize(&block)
if lock?
@@mutex.synchronize(&block)
else
yield
end
end
def metadef(message, &block)
(class << self; self; end).
send :define_method, message, &block
end
public
CALLERS_TO_IGNORE = [
/\/sinatra(\/(base|main|showexceptions))?\.rb$/, # all sinatra code
/lib\/tilt.*\.rb$/, # all tilt code
/\(.*\)/, # generated code
/rubygems\/custom_require\.rb$/, # rubygems require hacks
/active_support/, # active_support require hacks
]
# add rubinius (and hopefully other VM impls) ignore patterns ...
CALLERS_TO_IGNORE.concat(RUBY_IGNORE_CALLERS) if defined?(RUBY_IGNORE_CALLERS)
# Like Kernel#caller but excluding certain magic entries and without
# line / method information; the resulting array contains filenames only.
def caller_files
caller_locations.
map { |file,line| file }
end
def caller_locations
caller(1).
map { |line| line.split(/:(?=\d|in )/)[0,2] }.
reject { |file,line| CALLERS_TO_IGNORE.any? { |pattern| file =~ pattern } }
end
end
reset!
set :environment, (ENV['RACK_ENV'] || :development).to_sym
set :raise_errors, Proc.new { test? }
set :dump_errors, Proc.new { !test? }
set :show_exceptions, Proc.new { development? }
set :sessions, false
set :logging, false
set :method_override, false
class << self
alias_method :methodoverride?, :method_override?
alias_method :methodoverride=, :method_override=
end
set :run, false # start server via at-exit hook?
set :running, false # is the built-in server running now?
set :server, %w[thin mongrel webrick]
set :bind, '0.0.0.0'
set :port, 4567
set :app_file, nil
set :root, Proc.new { app_file && File.expand_path(File.dirname(app_file)) }
set :views, Proc.new { root && File.join(root, 'views') }
set :reload_templates, Proc.new { development? }
set :lock, false
set :public, Proc.new { root && File.join(root, 'public') }
set :static, Proc.new { self.public && File.exist?(self.public) }
error ::Exception do
response.status = 500
content_type 'text/html'
'<h1>Internal Server Error</h1>'
end
configure :development do
get '/__sinatra__/:image.png' do
filename = File.dirname(__FILE__) + "/images/#{params[:image]}.png"
content_type :png
send_file filename
end
error NotFound do
content_type 'text/html'
(<<-HTML).gsub(/^ {8}/, '')
<!DOCTYPE html>
<html>
<head>
<style type="text/css">
body { text-align:center;font-family:helvetica,arial;font-size:22px;
color:#888;margin:20px}
#c {margin:0 auto;width:500px;text-align:left}
</style>
</head>
<body>
<h2>Sinatra doesn't know this ditty.</h2>
<img src='/__sinatra__/404.png'>
<div id="c">
Try this:
<pre>#{request.request_method.downcase} '#{request.path_info}' do\n "Hello World"\nend</pre>
</div>
</body>
</html>
HTML
end
end
end
# Execution context for classic style (top-level) applications. All
# DSL methods executed on main are delegated to this class.
#
# The Application class should not be subclassed, unless you want to
# inherit all settings, routes, handlers, and error pages from the
# top-level. Subclassing Sinatra::Base is heavily recommended for
# modular applications.
class Application < Base
set :logging, Proc.new { ! test? }
set :method_override, true
set :run, Proc.new { ! test? }
def self.register(*extensions, &block) #:nodoc:
added_methods = extensions.map {|m| m.public_instance_methods }.flatten
Delegator.delegate(*added_methods)
super(*extensions, &block)
end
end
# Sinatra delegation mixin. Mixing this module into an object causes all
# methods to be delegated to the Sinatra::Application class. Used primarily
# at the top-level.
module Delegator #:nodoc:
def self.delegate(*methods)
methods.each do |method_name|
eval <<-RUBY, binding, '(__DELEGATE__)', 1
def #{method_name}(*args, &b)
::Sinatra::Application.send(#{method_name.inspect}, *args, &b)
end
private #{method_name.inspect}
RUBY
end
end
delegate :get, :put, :post, :delete, :head, :template, :layout,
:before, :after, :error, :not_found, :configure, :set, :mime_type,
:enable, :disable, :use, :development?, :test?, :production?,
:helpers, :settings
end
# Create a new Sinatra application. The block is evaluated in the new app's
# class scope.
def self.new(base=Base, options={}, &block)
base = Class.new(base)
base.send :class_eval, &block if block_given?
base
end
# Extend the top-level DSL with the modules provided.
def self.register(*extensions, &block)
Application.register(*extensions, &block)
end
# Include the helper modules provided in Sinatra's request context.
def self.helpers(*extensions, &block)
Application.helpers(*extensions, &block)
end
end
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