def main(argv=None):
"""http://aspen.io/cli/
"""
try:
# Do imports.
# ===========
# These are in here so that if you Ctrl-C during an import, the
# KeyboardInterrupt is caught and ignored. Yes, that's how much I care.
# No, I don't care enough to put aspen/__init__.py in here too.
import os
import logging
import socket
import sys
import time
import traceback
from os.path import exists, join
from aspen.server import restarter
from aspen.website import Website
log = logging.getLogger("aspen.cli")
# Actual stuff.
# =============
if argv is None:
argv = sys.argv[1:]
website = Website(argv)
try:
if hasattr(socket, "AF_UNIX"):
if website.sockfam == socket.AF_UNIX:
if exists(website.address):
log.info("Removing stale socket.")
os.remove(website.address)
if website.port is not None:
welcome = "port %d" % website.port
else:
welcome = website.address
log.info("Starting %s engine." % website.engine.name)
website.engine.bind()
log.warn("Greetings, program! Welcome to %s." % welcome)
if website.changes_kill:
log.info("Aspen will die when files change.")
restarter.install(website)
website.start()
except KeyboardInterrupt, SystemExit:
pass
except:
traceback.print_exc()
finally:
if hasattr(socket, "AF_UNIX"):
if website.sockfam == socket.AF_UNIX:
if exists(website.address):
os.remove(website.address)
website.stop()
def test_github_oauth_url_not_susceptible_to_injection_attack(self):
expected = 'https://github.com/login/oauth/authorize?client_id=cheese&redirect_uri=nuts?data=b3B0LWluLC9vbi90d2l0dGVyLyI+PGltZyBzcmM9eCBvbmVycm9yPXByb21wdCgxKTs+Lw=='
website = Website([])
website.github_client_id = 'cheese'
website.github_callback = 'nuts'
actual = github.oauth_url(website=website,
action='opt-in',
then=self.xss)
assert actual == expected
def test_github_oauth_url_not_susceptible_to_injection_attack(self):
expected = 'https://github.com/login/oauth/authorize?client_id=cheese&redirect_uri=nuts?data=b3B0LWluLC9vbi90d2l0dGVyLyI+PGltZyBzcmM9eCBvbmVycm9yPXByb21wdCgxKTs+Lw=='
website = Website([])
website.github_client_id = 'cheese'
website.github_callback= 'nuts'
actual = github.oauth_url( website=website
, action='opt-in'
, then=self.xss
)
assert actual == expected, actual
def __call__(self, path='/', *a):
"""Given an URL path, return
This only allows you to simulate GET requests with no querystring, so
it's limited. But it's a something. Kind of. Almost.
"""
website = Website(self.argv + list(a))
request = StubRequest(path)
request.website = website
response = website.handle_safely(request)
return response
def __call__(self, path='/', *a):
"""Given an URL path, return
This only allows you to simulate GET requests with no querystring, so
it's limited. But it's a something. Kind of. Almost.
"""
website = Website(self.argv + list(a))
request = StubRequest(path)
request.website = website
response = website.handle(request)
return response
def __call__(self, path='/', *a):
"""Given an URL path, return
This only allows you to simulate GET requests with no querystring, so
it's limited. But it's a something. Kind of. Almost.
"""
path = path.encode('ascii') # StubRequest/Request takes bytestings only.
website = Website(self.argv + list(a))
request = StubRequest(path)
request.website = website
response = website.handle_safely(request)
return response
def test_call_wraps_wsgi_middleware():
website = Website([])
website.wsgi_app = TestMiddleware(website.wsgi_app)
respond = [False, False]
def start_response_should_404(status, headers):
assert status.lower().strip() == '404 not found'
respond[0] = True
website(build_environ('/'), start_response_should_404)
assert respond[0]
def start_response_should_200(status, headers):
assert status.lower().strip() == '200 ok'
respond[1] = True
website(build_environ('/middleware'), start_response_should_200)
assert respond[1]
def test_call_wraps_wsgi_middleware():
website = Website([])
website.wsgi_app = TestMiddleware(website.wsgi_app)
respond = [False, False]
def start_response_should_404(status, headers):
assert status.lower().strip() == '404 not found', status
respond[0] = True
website(build_environ('/'), start_response_should_404)
assert respond[0]
def start_response_should_200(status, headers):
assert status.lower().strip() == '200 ok', status
respond[1] = True
website(build_environ('/middleware'), start_response_should_200)
assert respond[1]
def setUp(self):
website = Website([
'--www_root', WWW_ROOT, '--project_root', PROJECT_ROOT,
'--show_tracebacks', b'yes'
])
redis.flushdb()
self.client = TestClient(website)
def main(argv=None):
try:
configuration = Configuration(argv)
configuration.app = app = Application()
website = Website(configuration)
configuration.website = website # to support re-handling, especially
website = configuration.hooks.run('startup', website)
# change current working directory
os.chdir(configuration.root)
if configuration.conf.aspen.no('changes_kill'):
# restart for template files too;
# TODO can't we just invalidate the simplate cache for these?
dot_aspen = join(configuration.root, '.aspen')
for root, dirs, files in os.walk(dot_aspen):
for filename in files:
restarter.add(join(root, filename))
app.add_loop(Loop(restarter.loop))
port = configuration.address[1]
app.add_service(Service(http.HttpServer(website), port))
log.warn("Greetings, program! Welcome to port %d." % port)
app.run()
except KeyboardInterrupt, SystemExit:
configuration.hooks.run('shutdown', website)
def get(**_kw):
kw = dict(website=Website([]),
fs='',
raw='[---]\n[---] text/plain via stdlib_template\n',
media_type='',
mtime=0)
kw.update(_kw)
return NegotiatedResource(**kw)
def test_negotiated_resource_is_instantiable():
website = Website([])
fs = ''
raw = '[---]\n[---] text/plain via stdlib_template\n'
media_type = ''
mtime = 0
actual = NegotiatedResource(website, fs, raw, media_type, mtime).__class__
assert actual is NegotiatedResource
def test_negotiated_resource_is_instantiable():
website = Website([])
fs = ''
raw = '^L^L #!tornado text/plain\n'
media_type = ''
mtime = 0
actual = NegotiatedResource(website, fs, raw, media_type, mtime).__class__
assert actual is NegotiatedResource, actual
def get(**_kw):
kw = dict( website = Website([])
, fs = ''
, raw = '^L^L #!tornado text/plain\n'
, media_type = ''
, mtime = 0
)
kw.update(_kw)
return NegotiatedResource(**kw)
def test_configuration_script_can_set_renderer_default(mk):
CONFIG = """
website.renderer_default="stdlib_format"
"""
SIMPLATE = """
name="program"
[----]
Greetings, {name}!
"""
mk(
('.aspen/configure-aspen.py', CONFIG),
('index.html.spt', SIMPLATE)
)
w = Website(['--www_root', FSFIX, '-p', fix('.aspen'), '--show_tracebacks=yes'])
request = StubRequest(b'/')
request.website = w
response = w.handle_safely(request)
actual = response.body.strip()
expected = 'Greetings, program!'
assert actual == expected
def test_configuration_script_can_set_renderer_default():
CONFIG = """
website.renderer_default="stdlib_format"
"""
SIMPLATE = """
name="program"
[----]
Greetings, {name}!
"""
mk(
('.aspen/configure-aspen.py', CONFIG),
('index.html.spt', SIMPLATE)
)
w = Website(['--www_root', FSFIX, '-p', fix('.aspen'), '--show_tracebacks=yes'])
request = StubRequest(b'/')
request.website = w
response = w.handle_safely(request)
actual = response.body.strip()
expected = 'Greetings, program!'
assert actual == expected, actual
def test_website_doesnt_clobber_outbound(mk):
mk( ( '.aspen/configure-aspen.py'
, 'import random\nwebsite.hooks.outbound.append(random.choice)'
)
)
project_root = os.path.join(FSFIX, '.aspen')
website = Website(['--www_root='+FSFIX, '--project_root='+project_root])
expected = 2
actual = len(website.hooks.outbound)
assert actual == expected
def test_double_failure_still_sets_response_dot_request(mk):
mk( '.aspen'
, ('.aspen/foo.py', """
def bar(response):
response.request
""")
, ( '.aspen/configure-aspen.py'
, 'import foo\nwebsite.hooks.outbound.append(foo.bar)'
)
, ('index.html.spt', "raise heck\n[---]\n")
)
# Intentionally break the website object so as to trigger a double failure.
project_root = os.path.join(FSFIX, '.aspen')
website = Website(['--www_root='+FSFIX, '--project_root='+project_root])
del website.renderer_factories
response = website.handle_safely(StubRequest())
expected = 500
actual = response.code
assert actual == expected
def test_double_failure_still_sets_response_dot_request():
mk( '.aspen'
, ('.aspen/foo.py', """
def bar(response):
response.request
""")
, ( '.aspen/configure-aspen.py'
, 'import foo\nwebsite.hooks.outbound.append(foo.bar)'
)
, ('index.html.spt', "raise heck\n[---]\n")
)
# Intentionally break the website object so as to trigger a double failure.
project_root = os.path.join(FSFIX, '.aspen')
website = Website(['--www_root='+FSFIX, '--project_root='+project_root])
del website.renderer_factories
response = website.handle_safely(StubRequest())
expected = 500
actual = response.code
assert actual == expected, actual
def from_fs(cls, fs, *a):
"""Takes a path under FSFIX using / as the path separator.
"""
fs = os.sep.join(fs.split(os.sep))
request = Request.from_wsgi(StubWSGIRequest(fs))
website = Website([ '--www_root', FSFIX
, '--project_root', '.aspen'
] + list(a))
request.www_root = os.path.join(os.path.dirname(__file__), FSFIX)
request.fs = fs
request.context = {}
request.website = website
request._media_type = None
return request
def handle(path):
website = Website(Configuration(['fsfix']))
return website.handle(Request.from_diesel(DieselReq(path)))
"""Provide a WSGI callable. It would be a little nicer if this was at aspen:wsgi instead of aspen.wsgi:website, but then Website would be instantiated even if we don't want it to be. Here, it's only instantiated when someone passes this to gunicorn, spawning, etc. """ from __future__ import absolute_import from __future__ import division from __future__ import print_function from __future__ import unicode_literals from aspen.website import Website website = Website([])
def test_basic():
website = Website([])
expected = os.getcwd()
actual = website.www_root
assert actual == expected
"""Configuration script for the http://aspen.io/ website.
"""
import os
import os.path
from aspen.configuration import parse
from aspen.website import Website
distribution_root = os.path.dirname(__file__)
website = Website( www_root=os.path.join(distribution_root, 'doc')
, project_root=os.path.join(distribution_root, 'doc', '.aspen')
)
opts = {}
def add_stuff_to_request_context(website, dispatch_result):
# Define some closures for generating image markup.
# =================================================
def translate(src):
if src[0] != '/':
rel = os.path.dirname(dispatch_result.match)[len(website.www_root):]
src = '/'.join([rel, src])
src = opts['base'] + src
return src
def img(src):
src = translate(src)
html = '<img src="%s" />' % src
return html
def screenshot(short, imgtype='png', href=''):
def __init__(self, app):
BaseWebsite.__init__(self)
self.app = app
self.version = version.get_version()
self.configure_typecasters()
self.configure_renderers()
actual = handle('/', '--unavailable=10').headers['Retry-After']
expected = datetime.datetime.utcnow().strftime('%a, %d %b %Y')
assert actual.startswith(expected), actual
assert actual.endswith(' +0000'), actual
def test_double_failure_still_sets_response_dot_request():
mk( '.aspen'
, ('.aspen/foo.py', """
def bar(response):
response.request
""")
, ( '.aspen/configure-aspen.py'
, 'import foo\nwebsite.hooks.outbound_late.register(foo.bar)'
)
, ('index.html', "raise heck ")
)
# Intentionally break the website object so as to trigger a double failure.
website = Website(['--www_root='+FSFIX, '--project_root=.aspen'])
del website.renderer_factories
response = website.handle_safely(StubRequest())
expected = 500
actual = response.code
assert actual == expected, actual
attach_teardown(globals())
from __future__ import absolute_import, division, print_function, unicode_literals import os from aspen.website import Website project_root = os.path.dirname(__file__) www_root = os.path.join(project_root, 'www') website = Website(project_root=project_root, www_root=www_root)
import __builtin__
import base64
from urllib import quote as urlquote
from liberapay import canonize, fill_accept_header, insert_constants, utils, wireup
from liberapay.cron import Cron
from liberapay.models.community import Community
from liberapay.models.participant import Participant
from liberapay.security import authentication, csrf, x_frame_options
from liberapay.utils import erase_cookie, http_caching, i18n, set_cookie, timer
from liberapay.renderers import csv_dump, jinja2_htmlescaped, jinja2_html_jswrapped, jinja2_xml_min
import aspen
from aspen.website import Website
website = Website()
# Configure renderers
# ===================
website.renderer_default = 'unspecified' # require explicit renderer, to avoid escaping bugs
website.renderer_factories['csv_dump'] = csv_dump.Factory(website)
website.renderer_factories['jinja2_htmlescaped'] = jinja2_htmlescaped.Factory(
website)
website.renderer_factories[
'jinja2_html_jswrapped'] = jinja2_html_jswrapped.Factory(website)
website.renderer_factories['jinja2_xml_min'] = jinja2_xml_min.Factory(website)
website.default_renderers_by_media_type['text/html'] = 'jinja2_htmlescaped'
website.default_renderers_by_media_type[
'text/plain'] = 'jinja2' # unescaped is fine here
import os
from aspen.website import Website
project_root = os.path.dirname(__file__)
www_root = os.path.join(project_root, 'www')
website = Website(project_root=project_root, www_root=www_root)
# Install the eval renderer.
# ==========================
from aspen import renderers
class Renderer(renderers.Renderer):
def render_content(self, context):
return eval(self.compiled, globals(), context)
class Factory(renderers.Factory):
Renderer = Renderer
website.renderer_factories['eval'] = Factory(website)
import base64
import gratipay
import gratipay.wireup
from gratipay import utils, security
from gratipay.cron import Cron
from gratipay.models.participant import Participant
from gratipay.security import authentication, csrf
from gratipay.utils import erase_cookie, http_caching, i18n, set_cookie, timer
from gratipay.version import get_version
from gratipay.renderers import csv_dump, jinja2_htmlescaped, eval_, scss
import aspen
from aspen.website import Website
website = Website()
# Configure renderers
# ===================
website.renderer_default = 'unspecified' # require explicit renderer, to avoid escaping bugs
website.renderer_factories['csv_dump'] = csv_dump.Factory(website)
website.renderer_factories['eval'] = eval_.Factory(website)
website.renderer_factories['jinja2_htmlescaped'] = jinja2_htmlescaped.Factory(
website)
website.renderer_factories['scss'] = scss.Factory(website)
website.default_renderers_by_media_type['text/html'] = 'jinja2_htmlescaped'
website.default_renderers_by_media_type[
'text/plain'] = 'jinja2' # unescaped is fine here
website.default_renderers_by_media_type['text/css'] = 'scss'
def handle(path):
website = Website(Configuration(['fsfix']))
return website.handle(Request.from_diesel(DieselReq(path)))
def test_basic():
website = Website(Configuration([]))
expected = os.getcwd()
actual = website.root
assert actual == expected, actual
def handle(path='/'):
website = Website(['fsfix'])
request = StubRequest(path)
request.website = website
response = website.handle(request)
return response
def __init__(self, app):
BaseWebsite.__init__(self)
self.app = app
self.version = version.get_version()
self.configure_typecasters()
self.configure_renderers()
import os
from aspen.website import Website
project_root = os.path.dirname(__file__)
www_root = os.path.join(project_root, 'www')
website = Website(project_root=project_root, www_root=www_root)
# Install the eval renderer.
# ==========================
from aspen import renderers
class Renderer(renderers.Renderer):
def render_content(self, context):
return eval(self.compiled, globals(), context)
class Factory(renderers.Factory):
Renderer = Renderer
website.renderer_factories['eval'] = Factory(website)
import os
import string
import random
from os.path import basename, dirname
from aspen import Response
from aspen.website import Website
from . import gfm
from .nav import NavItem
website = Website(www_root='www', project_root='.')
# Manually register markdown renderer to work around Heroku deployment woes.
website.renderer_factories['markdown'] = gfm.Factory(website)
website.renderer_factories['jinja2'].Renderer.global_context = {
'range': range,
'unicode': unicode,
'enumerate': enumerate,
'len': len,
'float': float,
'type': type,
'str': str,
}
website.renderer_default = "markdown"
def add_nav_to_website(website):
import aspen from aspen.website import Website aspen.logging.LOGGING_THRESHOLD = 2 # Hide Aspen's startup messages website = Website() aspen.logging.LOGGING_THRESHOLD = 0
def main(argv=None):
"""http://aspen.io/cli/
"""
try:
# Do imports.
# ===========
# These are in here so that if you Ctrl-C during an import, the
# KeyboardInterrupt is caught and ignored. Yes, that's how much I care.
# No, I don't care enough to put aspen/__init__.py in here too.
import os
import logging
import socket
import sys
import time
import traceback
from os.path import exists, join
import aspen
from aspen import restarter
from aspen.website import Website
log = logging.getLogger('aspen.cli')
# Website
# =======
# User-developers get this website object inside of their simplates and
# hooks. It provides access to configuration information in addition to
# being a WSGI callable and holding the request/response handling
# logic. See aspen/website.py
if argv is None:
argv = sys.argv[1:]
website = Website(argv)
# Start serving the website.
# ==========================
# This amounts to binding the requested socket, with logging and
# restarting as needed. Wrap the whole thing in a try/except to
# do some cleanup on shutdown.
try:
if hasattr(socket, 'AF_UNIX'):
if website.sockfam == socket.AF_UNIX:
if exists(website.address):
log.info("Removing stale socket.")
os.remove(website.address)
if website.port is not None:
welcome = "port %d" % website.port
else:
welcome = website.address
log.info("Starting %s engine." % website.engine.name)
website.engine.bind()
log.warn("Greetings, program! Welcome to %s." % welcome)
if website.changes_kill:
log.info("Aspen will die when files change.")
restarter.install(website)
website.start()
except socket.error:
# Be friendly about port conflicts.
# =================================
# The traceback one gets from a port conflict is not that friendly.
# Here's a helper to let the user know (in color?!) that a port
# conflict is the probably the problem. But in case it isn't
# (website.start fires the start hook, and maybe the user tries to
# connect to a network service in there?), don't fully swallow the
# exception. Also, be explicit about the port number. What if they
# have logging turned off? Then they won't see the port number in
# the "Greetings, program!" line. They definitely won't see it if
# using an engine like eventlet that binds to the port early.
if website.port is not None:
msg = "Is something already running on port %s? Because ..."
msg %= website.port
if not aspen.WINDOWS:
# Assume we can use ANSI color escapes if not on Windows.
# XXX Maybe a bad assumption if this is going into a log
# file?
msg = '\033[01;33m%s\033[00m' % msg
print >> sys.stderr, msg
raise
except KeyboardInterrupt, SystemExit:
pass
except:
traceback.print_exc()
finally:
if hasattr(socket, 'AF_UNIX'):
if website.sockfam == socket.AF_UNIX:
if exists(website.address):
os.remove(website.address)
website.stop()
import base64 from urllib import quote as urlquote from liberapay import canonize, fill_accept_header, insert_constants, utils, wireup from liberapay.cron import Cron from liberapay.models.community import Community from liberapay.models.participant import Participant from liberapay.security import authentication, csrf, x_frame_options from liberapay.utils import erase_cookie, http_caching, i18n, set_cookie, timer from liberapay.renderers import csv_dump, jinja2_htmlescaped, jinja2_html_jswrapped, jinja2_xml_min import aspen from aspen.website import Website website = Website() # Configure renderers # =================== website.renderer_default = 'unspecified' # require explicit renderer, to avoid escaping bugs website.renderer_factories['csv_dump'] = csv_dump.Factory(website) website.renderer_factories['jinja2_htmlescaped'] = jinja2_htmlescaped.Factory(website) website.renderer_factories['jinja2_html_jswrapped'] = jinja2_html_jswrapped.Factory(website) website.renderer_factories['jinja2_xml_min'] = jinja2_xml_min.Factory(website) website.default_renderers_by_media_type['text/html'] = 'jinja2_htmlescaped' website.default_renderers_by_media_type['text/plain'] = 'jinja2' # unescaped is fine here def _assert(x):
)
expected = "Greetings, baz!"
actual = handle('/', '--project_root=.aspen').body
assert actual == expected, actual
def test_double_failure_still_sets_response_dot_request():
mk( '.aspen'
, ('.aspen/foo.py', """
def bar(response):
response.request
""")
, ( '.aspen/configure-aspen.py'
, 'import foo\nwebsite.hooks.outbound_late.register(foo.bar)'
)
, ('index.html', "raise heck ")
)
# Intentionally break the website object so as to trigger a double failure.
website = Website(['--www_root='+FSFIX, '--project_root=.aspen'])
del website.renderer_factories
response = website.handle(StubRequest())
expected = 500
actual = response.code
assert actual == expected, actual
attach_teardown(globals())
def _main(argv):
# Do imports.
# ===========
# These are in here so that if you Ctrl-C during an import, the
# KeyboardInterrupt is caught and ignored. Yes, that's how much I care.
# No, I don't care enough to put aspen/__init__.py in here too.
import os
import signal
import socket
import sys
import traceback
import aspen
from aspen import execution
from aspen.website import Website
# Set up signal handling.
# =======================
def SIGHUP(signum, frame):
aspen.log_dammit("Received HUP, re-executing.")
execution.execute()
if not aspen.WINDOWS:
signal.signal(signal.SIGHUP, SIGHUP)
def SIGINT(signum, frame):
aspen.log_dammit("Received INT, exiting.")
raise SystemExit
signal.signal(signal.SIGINT, SIGINT)
def SIGQUIT(signum, frame):
aspen.log_dammit("Received QUIT, exiting.")
raise SystemExit
if not aspen.WINDOWS:
signal.signal(signal.SIGQUIT, SIGQUIT)
# Website
# =======
# User-developers get this website object inside of their resources and
# hooks. It provides access to configuration information in addition to
# being a WSGI callable and holding the request/response handling
# logic. See aspen/website.py
if argv is None:
argv = sys.argv[1:]
website = Website(argv)
# Start serving the website.
# ==========================
# This amounts to binding the requested socket, with logging and
# restarting as needed. Wrap the whole thing in a try/except to
# do some cleanup on shutdown.
try:
if hasattr(socket, 'AF_UNIX'):
if website.network_sockfam == socket.AF_UNIX:
if os.path.exists(website.network_address):
aspen.log("Removing stale socket.")
os.remove(website.network_address)
if website.network_port is not None:
welcome = "port %d" % website.network_port
else:
welcome = website.network_address
aspen.log("Starting %s engine." % website.network_engine.name)
website.network_engine.bind()
aspen.log_dammit("Greetings, program! Welcome to %s." % welcome)
if website.changes_reload:
aspen.log("Aspen will restart when configuration scripts or "
"Python modules change.")
execution.install(website)
website.start()
except socket.error:
# Be friendly about port conflicts.
# =================================
# The traceback one gets from a port conflict or permission error
# is not that friendly. Here's a helper to let the user know (in
# color?!) that a port conflict or a permission error is probably
# the problem. But in case it isn't (website.start fires the start
# hook, and maybe the user tries to connect to a network service in
# there?), don't fully swallow the exception. Also, be explicit
# about the port number. What if they have logging turned off? Then
# they won't see the port number in the "Greetings, program!" line.
# They definitely won't see it if using an engine like eventlet
# that binds to the port early.
if website.network_port is not None:
msg = "Is something already running on port %s? Because ..."
if not aspen.WINDOWS:
if website.network_port < 1024:
if os.geteuid() > 0:
msg = ("Do you have permission to bind to port %s?"
" Because ...")
msg %= website.network_port
if not aspen.WINDOWS:
# Assume we can use ANSI color escapes if not on Windows.
# XXX Maybe a bad assumption if this is going into a log
# file? See also: colorama
msg = '\033[01;33m%s\033[00m' % msg
aspen.log_dammit(msg)
raise
except (KeyboardInterrupt, SystemExit):
raise # Don't bother logging these.
except:
aspen.log_dammit(traceback.format_exc())
finally:
if hasattr(socket, 'AF_UNIX'):
if website.network_sockfam == socket.AF_UNIX:
if os.path.exists(website.network_address):
os.remove(website.network_address)
website.stop()
import gratipay import gratipay.wireup from gratipay import utils from gratipay.cron import Cron from gratipay.models.participant import Participant from gratipay.security import authentication, csrf, security_headers from gratipay.utils import erase_cookie, http_caching, i18n, set_cookie, timer from gratipay.version import get_version from gratipay.renderers import csv_dump, jinja2_htmlescaped, eval_, scss import aspen from aspen.website import Website website = Website() # Configure renderers # =================== website.renderer_default = 'unspecified' # require explicit renderer, to avoid escaping bugs website.renderer_factories['csv_dump'] = csv_dump.Factory(website) website.renderer_factories['eval'] = eval_.Factory(website) website.renderer_factories['jinja2_htmlescaped'] = jinja2_htmlescaped.Factory(website) website.renderer_factories['scss'] = scss.Factory(website) website.default_renderers_by_media_type['text/html'] = 'jinja2_htmlescaped' website.default_renderers_by_media_type['text/plain'] = 'jinja2' # unescaped is fine here website.default_renderers_by_media_type['text/css'] = 'scss' website.default_renderers_by_media_type['image/*'] = 'eval'
def _main(argv):
# Do imports.
# ===========
# These are in here so that if you Ctrl-C during an import, the
# KeyboardInterrupt is caught and ignored. Yes, that's how much I care.
# No, I don't care enough to put aspen/__init__.py in here too.
import os
import signal
import socket
import sys
import traceback
import aspen
from aspen import execution
from aspen.website import Website
# Set up signal handling.
# =======================
def SIGHUP(signum, frame):
aspen.log_dammit("Received HUP, re-executing.")
execution.execute()
if not aspen.WINDOWS:
signal.signal(signal.SIGHUP, SIGHUP)
def SIGINT(signum, frame):
aspen.log_dammit("Received INT, exiting.")
raise SystemExit
signal.signal(signal.SIGINT, SIGINT)
def SIGQUIT(signum, frame):
aspen.log_dammit("Received QUIT, exiting.")
raise SystemExit
if not aspen.WINDOWS:
signal.signal(signal.SIGQUIT, SIGQUIT)
# Website
# =======
# User-developers get this website object inside of their resources and
# hooks. It provides access to configuration information in addition to
# being a WSGI callable and holding the request/response handling
# logic. See aspen/website.py
if argv is None:
argv = sys.argv[1:]
website = Website(argv)
# Start serving the website.
# ==========================
# This amounts to binding the requested socket, with logging and
# restarting as needed. Wrap the whole thing in a try/except to
# do some cleanup on shutdown.
try:
if hasattr(socket, 'AF_UNIX'):
if website.network_sockfam == socket.AF_UNIX:
if os.path.exists(website.network_address):
aspen.log("Removing stale socket.")
os.remove(website.network_address)
if website.network_port is not None:
welcome = "port %d" % website.network_port
else:
welcome = website.network_address
aspen.log("Starting %s engine." % website.network_engine.name)
website.network_engine.bind()
aspen.log_dammit("Greetings, program! Welcome to %s." % welcome)
if website.changes_reload:
aspen.log("Aspen will restart when configuration scripts or "
"Python modules change.")
execution.install(website)
website.start()
except socket.error:
# Be friendly about port conflicts.
# =================================
# The traceback one gets from a port conflict or permission error
# is not that friendly. Here's a helper to let the user know (in
# color?!) that a port conflict or a permission error is probably
# the problem. But in case it isn't (website.start fires the start
# hook, and maybe the user tries to connect to a network service in
# there?), don't fully swallow the exception. Also, be explicit
# about the port number. What if they have logging turned off? Then
# they won't see the port number in the "Greetings, program!" line.
# They definitely won't see it if using an engine like eventlet
# that binds to the port early.
if website.network_port is not None:
msg = "Is something already running on port %s? Because ..."
if not aspen.WINDOWS:
if website.network_port < 1024:
if os.geteuid() > 0:
msg = ("Do you have permission to bind to port %s?"
" Because ...")
msg %= website.network_port
if not aspen.WINDOWS:
# Assume we can use ANSI color escapes if not on Windows.
# XXX Maybe a bad assumption if this is going into a log
# file? See also: colorama
msg = '\033[01;33m%s\033[00m' % msg
aspen.log_dammit(msg)
raise
except (KeyboardInterrupt, SystemExit):
raise # Don't bother logging these.
except:
aspen.log_dammit(traceback.format_exc())
finally:
if hasattr(socket, 'AF_UNIX'):
if website.network_sockfam == socket.AF_UNIX:
if os.path.exists(website.network_address):
os.remove(website.network_address)
website.stop()
def test_double_failure_still_sets_response_dot_request():
mk( '.aspen'
, ('.aspen/foo.py', """
def bar(response):
response.request
""")
, ( '.aspen/configure-aspen.py'
, 'import foo\nwebsite.hooks.outbound.append(foo.bar)'
)
, ('index.html', "raise heck ")
)
# Intentionally break the website object so as to trigger a double failure.
project_root = os.path.join(FSFIX, '.aspen')
website = Website(['--www_root='+FSFIX, '--project_root='+project_root])
del website.renderer_factories
response = website.handle_safely(StubRequest())
expected = 500
actual = response.code
assert actual == expected, actual
def test_website_doesnt_clobber_outbound():
mk( ( '.aspen/configure-aspen.py'
, 'import random\nwebsite.hooks.outbound.append(random.choice)'
)
)
def test_configuration_script_ignores_blank_indexfilenames():
w = Website(['--indices', 'index.html,, ,default.html'])
assert w.indices[0] == 'index.html'
assert w.indices[1] == 'default.html'
assert len(w.indices) == 2, "Too many indexfile entries"
def make_request(filename='echo.sock'):
request = Request(uri='/echo.sock')
request.website = Website([])
request.fs = fix(filename)
return request
def check():
website = Website(Configuration(['fsfix']))
response = website.handle(Request.from_diesel(DieselReq()))
return response