def testParseTokenOK(self):
data = {
"": ("", ""),
"unquoted": ("unquoted", ""),
"unquoted words": ("unquoted", "words"),
"unquoted words": ("unquoted", "words"),
"unquoting a \"word\"": ("unquoting", "a \"word\""),
"unquoted\twords": ("unquoted", "words"),
"unquoting\ta \"word\"": ("unquoting", "a \"word\""),
"unquoted: words": ("unquoted", "words"),
"unquoting: a \"word\"": ("unquoting", "a \"word\""),
"\"\"": ("", ""),
"\"quoted\"": ("quoted", ""),
"\"quoted words\"": ("quoted words", ""),
"\"quoting a \\\"word\\\"\"": ("quoting a \"word\"", ""),
"\"\" after": ("", "after"),
"\"quoted\" after": ("quoted", "after"),
"\"quoted words\" after": ("quoted words", "after"),
"\"quoting a \\\"word\\\"\" after":
("quoting a \"word\"", "after"),
"\"quoting a \\\"word\\\" after\" after":
("quoting a \"word\" after", "after"),
"\"quoted\"after": ("quoted", "after"),
"\"": ("", ""),
"\"unterminated": ("unterminated", ""),
"\"unterminated words": ("unterminated words", ""),
"\"unterminated a \\\"word\\\"": ("unterminated a \"word\"", ""),
}
for input, result in data.iteritems():
self.assertEqual(parsetoken(input, " \t:"), result)
def testParseTokenOK(self):
data = {
"" : ("", ""),
"unquoted" : ("unquoted", ""),
"unquoted words" : ("unquoted", "words"),
"unquoted words" : ("unquoted", "words"),
"unquoting a \"word\"" : ("unquoting", "a \"word\""),
"unquoted\twords" : ("unquoted", "words"),
"unquoting\ta \"word\"" : ("unquoting", "a \"word\""),
"unquoted: words" : ("unquoted", "words"),
"unquoting: a \"word\"" : ("unquoting", "a \"word\""),
"\"\"" : ("", ""),
"\"quoted\"" : ("quoted", ""),
"\"quoted words\"" : ("quoted words", ""),
"\"quoting a \\\"word\\\"\"" : ("quoting a \"word\"", ""),
"\"\" after" : ("", "after"),
"\"quoted\" after" : ("quoted", "after"),
"\"quoted words\" after" : ("quoted words", "after"),
"\"quoting a \\\"word\\\"\" after" : ("quoting a \"word\"", "after"),
"\"quoting a \\\"word\\\" after\" after": ("quoting a \"word\" after", "after"),
"\"quoted\"after" : ("quoted", "after"),
"\"" : ("", ""),
"\"unterminated" : ("unterminated", ""),
"\"unterminated words" : ("unterminated words", ""),
"\"unterminated a \\\"word\\\"" : ("unterminated a \"word\"", ""),
}
for input, result in data.iteritems():
self.assertEqual(parsetoken(input, " \t:"), result)
def isAllowed(self, method):
methods = ()
if self.hasResponseHeader(headers.Allow):
# Look at each one and accumlate allowed methods
for value in self.getResponseHeaders(headers.Allow):
while value:
token, value = parsetoken(value, ", \t")
if method == token:
return True
return False
def getAllowed(self):
methods = ()
if self.hasResponseHeader(headers.Allow):
# Look at each one and accumlate allowed methods
for value in self.getResponseHeaders(headers.Allow):
while value:
token, value = parsetoken(value, ", \t")
methods += (token,)
return methods
def isAllowed(self, method):
methods = ()
if self.hasResponseHeader(headers.Allow):
# Look at each one and accumlate allowed methods
for value in self.getResponseHeaders(headers.Allow):
while value:
token, value = parsetoken(value, ", \t")
if method == token:
return True
return False
def getAllowed(self):
methods = ()
if self.hasResponseHeader(headers.Allow):
# Look at each one and accumlate allowed methods
for value in self.getResponseHeaders(headers.Allow):
while value:
token, value = parsetoken(value, ", \t")
methods += (token, )
return methods
def parseAuthenticateHeader(self, hdrs):
for hdr in hdrs:
# Strip any space
hdr = hdr.strip()
# Must have Digest token
if hdr[:7].lower() != "digest ":
continue
else:
hdr = hdr[7:]
# Get each name/value pair
while True:
name, hdr = parsetoken(hdr, " \t=")
if not name or not hdr:
return
name = name.lower()
value, hdr = parsetoken(hdr, ", ")
if not value:
return
if name in ("realm", "domain", "nonce", "opaque", "algorithm",
"qop"):
self.fields[name] = value
elif name == "stale":
self.stale = (value.lower() != "false")
else:
# Unknown token - ignore
pass
# Punt over space
hdr = hdr.strip()
break
def parseAuthenticateHeader(self, hdrs):
for hdr in hdrs:
# Strip any space
hdr = hdr.strip()
# Must have Digest token
if hdr[:7].lower() != "digest ":
continue
else:
hdr = hdr[7:]
# Get each name/value pair
while True:
name, hdr = parsetoken(hdr, " \t=")
if not name or not hdr:
return
name = name.lower()
value, hdr = parsetoken(hdr, ", ")
if not value:
return
if name in ("realm", "domain", "nonce", "opaque", "algorithm", "qop"):
self.fields[name] = value
elif name == "stale":
self.stale = value.lower() != "false"
else:
# Unknown token - ignore
pass
# Punt over space
hdr = hdr.strip()
break