def __call__(self, client, request, response=None):
'''Traversing at home'''
vh_used = 0
stack = request['TraversalRequestNameStack']
path = None
while 1:
if stack and stack[-1] == 'VirtualHostBase':
vh_used = 1
stack.pop()
protocol = stack.pop()
host = stack.pop()
hostname, port = splitport(host)
port = int(port) if port else None
request.setServerURL(protocol, hostname, port)
path = list(stack)
# Find and convert VirtualHostRoot directive
# If it is followed by one or more path elements that each
# start with '_vh_', use them to construct the path to the
# virtual root.
vh = -1
for ii in range(len(stack)):
if stack[ii] == 'VirtualHostRoot':
vh_used = 1
pp = ['']
at_end = (ii == len(stack) - 1)
if vh >= 0:
for jj in range(vh, ii):
pp.insert(1, stack[jj][4:])
stack[vh:ii + 1] = ['/'.join(pp), self.id]
ii = vh + 1
elif ii > 0 and stack[ii - 1][:1] == '/':
pp = stack[ii - 1].split('/')
stack[ii] = self.id
else:
stack[ii] = self.id
stack.insert(ii, '/')
ii += 1
if '*' in stack:
stack[stack.index('*')] = host.split('.')[0]
path = stack[:ii]
# If the directive is on top of the stack, go ahead
# and process it right away.
if at_end:
request.setVirtualRoot(pp)
del stack[-2:]
break
elif vh < 0 and stack[ii][:4] == '_vh_':
vh = ii
if vh_used or not self.have_map:
if path is not None:
path.reverse()
vh_part = ''
if path and path[0].startswith('/'):
vh_part = path.pop(0)[1:]
if vh_part:
request['VIRTUAL_URL_PARTS'] = vup = (
request['SERVER_URL'], vh_part,
quote('/'.join(path)))
else:
request['VIRTUAL_URL_PARTS'] = vup = (
request['SERVER_URL'], quote('/'.join(path)))
request['VIRTUAL_URL'] = '/'.join(vup)
# new ACTUAL_URL
add = path and \
request['ACTUAL_URL'].endswith('/') and '/' or ''
request['ACTUAL_URL'] = request['VIRTUAL_URL'] + add
return
vh_used = 1 # Only retry once.
# Try to apply the host map if one exists, and if no
# VirtualHost directives were found.
host = request['SERVER_URL'].split('://')[1].lower()
hostname, port = (host.split(':', 1) + [None])[:2]
ports = self.fixed_map.get(hostname, 0)
if not ports and self.sub_map:
get = self.sub_map.get
while hostname:
ports = get(hostname, 0)
if ports:
break
if '.' not in hostname:
return
hostname = hostname.split('.', 1)[1]
if ports:
pp = ports.get(port, 0)
if pp == 0 and port is not None:
# Try default port
pp = ports.get(None, 0)
if not pp:
return
# If there was no explicit VirtualHostRoot, add one at the end
if pp[0] == '/':
pp = pp[:]
pp.insert(1, self.id)
stack.extend(pp)
def __call__(self, client, request, response=None):
"""Traversing at home"""
vh_used = 0
stack = request["TraversalRequestNameStack"]
path = None
while 1:
if stack and stack[-1] == "VirtualHostBase":
vh_used = 1
stack.pop()
protocol = stack.pop()
host = stack.pop()
if ":" in host:
host, port = host.split(":")
request.setServerURL(protocol, host, port)
else:
request.setServerURL(protocol, host)
path = list(stack)
# Find and convert VirtualHostRoot directive
# If it is followed by one or more path elements that each
# start with '_vh_', use them to construct the path to the
# virtual root.
vh = -1
for ii in range(len(stack)):
if stack[ii] == "VirtualHostRoot":
vh_used = 1
pp = [""]
at_end = ii == len(stack) - 1
if vh >= 0:
for jj in range(vh, ii):
pp.insert(1, stack[jj][4:])
stack[vh : ii + 1] = ["/".join(pp), self.id]
ii = vh + 1
elif ii > 0 and stack[ii - 1][:1] == "/":
pp = stack[ii - 1].split("/")
stack[ii] = self.id
else:
stack[ii] = self.id
stack.insert(ii, "/")
ii += 1
path = stack[:ii]
# If the directive is on top of the stack, go ahead
# and process it right away.
if at_end:
request.setVirtualRoot(pp)
del stack[-2:]
break
elif vh < 0 and stack[ii][:4] == "_vh_":
vh = ii
if vh_used or not self.have_map:
if path is not None:
path.reverse()
vh_part = ""
if path and path[0].startswith("/"):
vh_part = path.pop(0)[1:]
if vh_part:
request["VIRTUAL_URL_PARTS"] = vup = (request["SERVER_URL"], vh_part, quote("/".join(path)))
else:
request["VIRTUAL_URL_PARTS"] = vup = (request["SERVER_URL"], quote("/".join(path)))
request["VIRTUAL_URL"] = "/".join(vup)
# new ACTUAL_URL
add = (path and request["ACTUAL_URL"].endswith("/")) and "/" or ""
request["ACTUAL_URL"] = request["VIRTUAL_URL"] + add
return
vh_used = 1 # Only retry once.
# Try to apply the host map if one exists, and if no
# VirtualHost directives were found.
host = request["SERVER_URL"].split("://")[1].lower()
hostname, port = (host.split(":", 1) + [None])[:2]
ports = self.fixed_map.get(hostname, 0)
if not ports and self.sub_map:
get = self.sub_map.get
while hostname:
ports = get(hostname, 0)
if ports:
break
if "." not in hostname:
return
hostname = hostname.split(".", 1)[1]
if ports:
pp = ports.get(port, 0)
if pp == 0 and port is not None:
# Try default port
pp = ports.get(None, 0)
if not pp:
return
# If there was no explicit VirtualHostRoot, add one at the end
if pp[0] == "/":
pp = pp[:]
pp.insert(1, self.id)
stack.extend(pp)
def __call__(self, client, request, response=None):
'''Traversing at home'''
vh_used = 0
stack = request['TraversalRequestNameStack']
path = None
while 1:
if stack and stack[-1] == 'VirtualHostBase':
vh_used = 1
stack.pop()
protocol = stack.pop()
host = stack.pop()
request.setServerURL(protocol, *splitport(host))
path = list(stack)
# Find and convert VirtualHostRoot directive
# If it is followed by one or more path elements that each
# start with '_vh_', use them to construct the path to the
# virtual root.
vh = -1
for ii in range(len(stack)):
if stack[ii] == 'VirtualHostRoot':
vh_used = 1
pp = ['']
at_end = (ii == len(stack) - 1)
if vh >= 0:
for jj in range(vh, ii):
pp.insert(1, stack[jj][4:])
stack[vh:ii + 1] = ['/'.join(pp), self.id]
ii = vh + 1
elif ii > 0 and stack[ii - 1][:1] == '/':
pp = stack[ii - 1].split('/')
stack[ii] = self.id
else:
stack[ii] = self.id
stack.insert(ii, '/')
ii += 1
if '*' in stack:
stack[stack.index('*')] = host.split('.')[0]
path = stack[:ii]
# If the directive is on top of the stack, go ahead
# and process it right away.
if at_end:
request.setVirtualRoot(pp)
del stack[-2:]
break
elif vh < 0 and stack[ii][:4] == '_vh_':
vh = ii
if vh_used or not self.have_map:
if path is not None:
path.reverse()
vh_part = ''
if path and path[0].startswith('/'):
vh_part = path.pop(0)[1:]
if vh_part:
request['VIRTUAL_URL_PARTS'] = vup = (
request['SERVER_URL'],
vh_part, quote('/'.join(path)))
else:
request['VIRTUAL_URL_PARTS'] = vup = (
request['SERVER_URL'], quote('/'.join(path)))
request['VIRTUAL_URL'] = '/'.join(vup)
# new ACTUAL_URL
add = path and \
request['ACTUAL_URL'].endswith('/') and '/' or ''
request['ACTUAL_URL'] = request['VIRTUAL_URL'] + add
return
vh_used = 1 # Only retry once.
# Try to apply the host map if one exists, and if no
# VirtualHost directives were found.
host = request['SERVER_URL'].split('://')[1].lower()
hostname, port = (host.split(':', 1) + [None])[:2]
ports = self.fixed_map.get(hostname, 0)
if not ports and self.sub_map:
get = self.sub_map.get
while hostname:
ports = get(hostname, 0)
if ports:
break
if '.' not in hostname:
return
hostname = hostname.split('.', 1)[1]
if ports:
pp = ports.get(port, 0)
if pp == 0 and port is not None:
# Try default port
pp = ports.get(None, 0)
if not pp:
return
# If there was no explicit VirtualHostRoot, add one at the end
if pp[0] == '/':
pp = pp[:]
pp.insert(1, self.id)
stack.extend(pp)
def traversal(self, client, request, response=None):
"""
This is a copy of
Products.SiteAccess.VirtualHostMonster.VirtualHostMonster.__call__
with tweaks for:
1. better detect protocol
2. better detect host name
with the ability to already map domains, better predicting http vs https
and host names is mostly all we need here...
"""
vh_used = 0
stack = request['TraversalRequestNameStack']
path = None
# detect forwarded for host, port, scheme automatically
protocol = _get_protocol(request)
host = request['SERVER_URL'].split('://')[1].lower()
host, _, port = request.environ.get('HTTP_HOST', host).partition(':')
port = port or None
if port:
server_url = '{}://{}:{}'.format(protocol, host, port)
else:
server_url = '{}://{}'.format(protocol, host)
if server_url != request.SERVER_URL:
request.setServerURL(protocol, host, port)
stack_path = stack[:]
stack_path.reverse()
request['VIRTUAL_URL_PARTS'] = vup = (
request['SERVER_URL'], quote('/'.join(stack_path)))
request['VIRTUAL_URL'] = '/'.join(vup)
# new ACTUAL_URL
add = (stack_path and
request['ACTUAL_URL'].endswith('/')) and '/' or ''
request['ACTUAL_URL'] = request['VIRTUAL_URL'] + add
while 1:
if stack and stack[-1] == 'VirtualHostBase':
vh_used = 1
stack.pop()
protocol = stack.pop()
host = stack.pop()
if ':' in host:
host, port = host.split(':')
request.setServerURL(protocol, host, port)
else:
request.setServerURL(protocol, host)
path = list(stack)
# Find and convert VirtualHostRoot directive
# If it is followed by one or more path elements that each
# start with '_vh_', use them to construct the path to the
# virtual root.
vh = -1
for ii in range(len(stack)):
if stack[ii] == 'VirtualHostRoot':
vh_used = 1
pp = ['']
at_end = (ii == len(stack) - 1)
if vh >= 0:
for jj in range(vh, ii):
pp.insert(1, stack[jj][4:])
stack[vh:ii + 1] = ['/'.join(pp), self.id]
ii = vh + 1
elif ii > 0 and stack[ii - 1][:1] == '/':
pp = stack[ii - 1].split('/')
stack[ii] = self.id
else:
stack[ii] = self.id
stack.insert(ii, '/')
ii += 1
path = stack[:ii]
# If the directive is on top of the stack, go ahead
# and process it right away.
if at_end:
request.setVirtualRoot(pp)
del stack[-2:]
break
elif vh < 0 and stack[ii][:4] == '_vh_':
vh = ii
if vh_used or not self.have_map:
if path is not None:
path.reverse()
vh_part = ''
if path and path[0].startswith('/'):
vh_part = path.pop(0)[1:]
if vh_part:
request['VIRTUAL_URL_PARTS'] = vup = (
request['SERVER_URL'],
vh_part, quote('/'.join(path)))
else:
request['VIRTUAL_URL_PARTS'] = vup = (
request['SERVER_URL'], quote('/'.join(path)))
request['VIRTUAL_URL'] = '/'.join(vup)
# new ACTUAL_URL
add = (path and
request['ACTUAL_URL'].endswith('/')) and '/' or ''
request['ACTUAL_URL'] = request['VIRTUAL_URL'] + add
return
vh_used = 1 # Only retry once.
# Try to apply the host map if one exists, and if no
# VirtualHost directives were found.
if self.sub_map:
return
host = request['SERVER_URL'].split('://')[1].lower()
hostname, port = (host.split(':', 1) + [None])[:2]
ports = self.fixed_map.get(hostname, 0)
if not ports:
get = self.sub_map.get
while hostname:
ports = get(hostname, 0)
if ports:
break
if '.' not in hostname:
return
hostname = hostname.split('.', 1)[1]
elif ports:
pp = ports.get(port, 0)
if pp == 0 and port is not None:
# Try default port
pp = ports.get(None, 0)
if not pp:
return
# If there was no explicit VirtualHostRoot, add one at the end
if pp[0] == '/':
pp = pp[:]
pp.insert(1, self.id)
stack.extend(pp)