def _parse_chunk(stream):
size = stream.parse(rfc7230.chunk_size * skip(maybe(rfc7230.chunk_ext)))
_parse_line_ending(stream)
if size == 0:
return b''
else:
data = stream.consume_n_bytes(size)
_parse_line_ending(stream)
return data
def _parse_chunk(stream):
size = stream.parse(rfc7230.chunk_size * skip(maybe(rfc7230.chunk_ext)))
_parse_line_ending(stream)
if size == 0:
return b''
else:
data = stream.consume_n_bytes(size)
_parse_line_ending(stream)
return data
def link_extension(exclude_builtin):
if exclude_builtin:
exclude1 = [name for name in _builtin_params if not name.endswith('*')]
exclude2 = [name.rstrip('*')
for name in _builtin_params if name.endswith('*')]
else:
exclude1 = exclude2 = None
return (
(
(CaseInsensitive << parmname__excluding(exclude1)) *
maybe(skip(OWS * '=' * OWS) * (ptoken | quoted_string))
) |
(
(CaseInsensitive << ext_name_star__excluding(exclude2)) *
skip(OWS * '=' * OWS) * ext_value
)
) > named(u'link-extension', RFC(5988), is_pivot=True)
def link_extension(exclude_builtin):
if exclude_builtin:
exclude1 = [name for name in _builtin_params if not name.endswith('*')]
exclude2 = [name.rstrip('*')
for name in _builtin_params if name.endswith('*')]
else: # pragma: no cover
exclude1 = exclude2 = None
return (
(
(CaseInsensitive << parmname__excluding(exclude1)) *
maybe(skip(OWS * '=' * OWS) * (ptoken | quoted_string))
) |
(
(CaseInsensitive << ext_name_star__excluding(exclude2)) *
skip(OWS * '=' * OWS) * ext_value
)
) > named(u'link-extension', RFC(5988), is_pivot=True)
def comma_list1(element):
return _collect_elements << (many(subst(None) << ',' * OWS) + (
(lambda x: [x]) << group(element)) + many(
skip(OWS * ',') * maybe(skip(OWS) * element))) > named(
u'1#rule', RFC(7230, section=u'7'))
def comma_list(element):
# RFC Errata ID: 5257
return _collect_elements << (maybe(group(element) * skip(OWS)) % many(
skip(literal(',') * OWS) * maybe(group(element) * skip(OWS)))) > named(
u'#rule', RFC(7230, section=u'7'))
@can_complain
def _check_realm(complain, k, v):
(symbol, v) = v
if k == u'realm' and symbol is not quoted_string:
complain(1196)
return (k, v)
auth_param = _check_realm << ((CaseInsensitive << token) *
skip(BWS * '=' * BWS) *
(mark(token) | mark(quoted_string))) > pivot
challenge = Parametrized << (
auth_scheme *
maybe(skip(string1(SP)) * (token68 |
MultiDict << comma_list(auth_param)),
default=MultiDict())) > auto
WWW_Authenticate = comma_list1(challenge) > pivot
Proxy_Authenticate = comma_list1(challenge) > pivot
credentials = Parametrized << (
auth_scheme *
maybe(skip(string1(SP)) * (token68 |
MultiDict << comma_list(auth_param)),
default=MultiDict())) > auto
Authorization = credentials > pivot
Proxy_Authorization = credentials > pivot
fill_names(globals(), RFC(7235))
# -*- coding: utf-8; -*-
from httpolice.parse import (
fill_names,
literal,
maybe,
pivot,
skip,
string1,
subst,
)
from httpolice.syntax.common import DIGIT
from httpolice.syntax.rfc7230 import RWS, comma_list
notice_id = int << string1(DIGIT) > pivot
resp = subst(True) << literal('resp') > pivot
HTTPolice_Silence = comma_list(notice_id * maybe(skip(RWS) * resp)) > pivot
fill_names(globals(), citation=None)
string,
subst,
)
from httpolice.structure import EntityTag
from httpolice.syntax.common import DQUOTE
from httpolice.syntax.rfc7230 import comma_list1, obs_text
from httpolice.syntax.rfc7231 import HTTP_date
weak = subst(True) << octet(0x57) * octet(0x2F) > auto
etagc = octet(0x21) | octet_range(0x23, 0x7E) | obs_text > auto
@can_complain
def _no_backslashes(complain, s):
if u'\\' in s:
complain(1119)
return s
opaque_tag = _no_backslashes << DQUOTE + string(etagc) + DQUOTE > auto
entity_tag = EntityTag << maybe(weak, False) * opaque_tag > pivot
ETag = entity_tag > pivot
Last_Modified = HTTP_date > pivot
If_Match = '*' | comma_list1(entity_tag) > pivot
If_None_Match = '*' | comma_list1(entity_tag) > pivot
If_Modified_Since = HTTP_date > pivot
If_Unmodified_Since = HTTP_date > pivot
fill_names(globals(), RFC(7232))
# -*- coding: utf-8; -*-
from httpolice.parse import (fill_names, literal, maybe, pivot, skip, string1,
subst)
from httpolice.syntax.common import DIGIT
from httpolice.syntax.rfc7230 import RWS, comma_list
notice_id = int << string1(DIGIT) > pivot
resp = subst(True) << literal('resp') > pivot
HTTPolice_Silence = comma_list(notice_id * maybe(skip(RWS) * resp)) > pivot
fill_names(globals(), citation=None)
parmname = string(attr_char) > pivot
# We don't need to special-case "UTF-8", simplify.
mime_charsetc = (ALPHA | DIGIT | '!' | '#' | '$' | '%' | '&' | '+' | '-' | '^'
| '_' | '`' | '{' | '}' | '~') > auto
mime_charset = string1(mime_charsetc) > auto
charset = CaseInsensitive << mime_charset > pivot
pct_encoded = '%' + HEXDIG + HEXDIG > auto
value_chars = pct_decode << (
force_bytes << string(pct_encoded | attr_char)) > auto
@can_complain
def _check_ext_value(complain, val):
if val.charset == u'UTF-8':
try:
val.value_bytes.decode(val.charset)
except UnicodeError as e:
complain(1254, charset=val.charset, error=e)
else:
complain(1253, charset=val.charset)
return val
ext_value = _check_ext_value << (
ExtValue <<
(charset * skip("'") * maybe(language) * skip("'") * value_chars)) > pivot
fill_names(globals(), RFC(8187))
from httpolice.parse import (fill_names, literal, mark, maybe, maybe_str,
named, pivot, skip, string1, string_times)
from httpolice.structure import (CacheDirective, CaseInsensitive, Parametrized,
WarnCode, WarningValue)
from httpolice.syntax.common import DIGIT, DQUOTE, SP
from httpolice.syntax.rfc7230 import (comma_list, comma_list1, field_name,
port, pseudonym, quoted_string, token,
token__excluding, uri_host)
from httpolice.syntax.rfc7231 import HTTP_date
delta_seconds = int << string1(DIGIT) > pivot
Age = delta_seconds > pivot
cache_directive = Parametrized << (
(CacheDirective << token) *
maybe(skip('=') * (mark(token) | mark(quoted_string)))) > pivot
Cache_Control = comma_list1(cache_directive) > pivot
# RFC 7234 does not, strictly speaking, define these productions:
no_cache = comma_list(field_name) > pivot
private = comma_list(field_name) > pivot
Expires = HTTP_date > pivot
def extension_pragma(exclude_no_cache=False):
return Parametrized << (
(token__excluding(['no-cache']) if exclude_no_cache else token) *
maybe(skip('=') * (token | quoted_string))) > named(
u'extension-pragma', RFC(7234), is_pivot=True)
def comma_list(element):
# RFC Errata ID: 5257
return _collect_elements << (
maybe(group(element) * skip(OWS)) %
many(skip(literal(',') * OWS) * maybe(group(element) * skip(OWS)))
) > named(u'#rule', RFC(7230, section=u'7'))
from httpolice.syntax.common import ALPHA, DIGIT
from httpolice.syntax.rfc3986 import IPv4address, IPv6address
from httpolice.syntax.rfc7230 import comma_list1, quoted_string, token
def _remove_empty(xs):
return [x for x in xs if x is not None]
obfnode = '_' + string1(ALPHA | DIGIT | '.' | '_' | '-') > pivot
nodename = (IPv4address |
skip('[') * IPv6address * skip(']') |
'unknown' | obfnode) > pivot
port = int << string_times(1, 5, DIGIT) > pivot
obfport = '_' + string1(ALPHA | DIGIT | '.' | '_' | '-') > pivot
node_port = port | obfport > pivot
node = nodename * maybe(skip(':') * node_port) > pivot
value = token | quoted_string > pivot
forwarded_pair = (ForwardedParam << token) * skip('=') * value > pivot
forwarded_element = _remove_empty << (
maybe(forwarded_pair) % many(skip(';') * maybe(forwarded_pair))) > pivot
Forwarded = comma_list1(forwarded_element) > pivot
fill_names(globals(), RFC(7239))
# RFC 7240 Section 2: "Empty or zero-length values on both
# the preference token and within parameters are equivalent
# to no value being specified at all."
(name, value) = x if isinstance(x, tuple) else (x, None)
return Parametrized(name, None if value == u'' else value)
def preference_parameter(head=False):
# The head (first) ``preference-parameter`` of a ``preference``
# contains the actual preference name, which we want to annotate.
name_cls = Preference if head else CaseInsensitive
return (
_normalize_empty_value << (parameter(name_cls=name_cls) |
name_cls << token)
) > named(u'preference-parameter', RFC(7240, errata=4439), is_pivot=True)
preference = Parametrized << (
preference_parameter(head=True) *
many(skip(OWS * ';') * maybe(skip(OWS) * preference_parameter()))
) > named(u'preference', RFC(7240, errata=4439), is_pivot=True)
Prefer = comma_list1(preference) > pivot
Preference_Applied = comma_list1(preference_parameter(head=True)) > pivot
return_ = CaseInsensitive << (literal('representation') | 'minimal') > pivot
wait = delay_seconds > auto
handling = CaseInsensitive << (literal('strict') | 'lenient') > pivot
fill_names(globals(), RFC(7240))
range_unit = bytes_unit | other_range_unit > pivot
acceptable_ranges = (
subst([]) << literal('none') |
comma_list1(range_unit)) > pivot
Accept_Ranges = acceptable_ranges > pivot
@can_complain
def _well_formed1(complain, first, last):
if (last is not None) and (first > last):
complain(1133)
return (first, last)
first_byte_pos = int << string1(DIGIT) > auto
last_byte_pos = int << string1(DIGIT) > auto
byte_range_spec = _well_formed1 << (first_byte_pos * skip('-') *
maybe(last_byte_pos)) > pivot
suffix_length = int << string1(DIGIT) > auto
suffix_byte_range_spec = \
(lambda x: (None, x)) << skip('-') * suffix_length > pivot
byte_range_set = comma_list1(byte_range_spec | suffix_byte_range_spec) > auto
byte_ranges_specifier = RangeSpecifier << (
bytes_unit * skip('=') * byte_range_set) > pivot
other_range_set = string1(VCHAR) > auto
other_ranges_specifier = RangeSpecifier << (
other_range_unit * skip('=') * other_range_set) > pivot
Range = byte_ranges_specifier | other_ranges_specifier > pivot
def comma_list(element):
return _collect_elements << maybe(
(subst([None, None]) << literal(',') |
(lambda x: [x]) << group(element)) +
many(skip(OWS * ',') * maybe(skip(OWS) * element))) > named(
u'#rule', RFC(7230, section=(7, )))
# -*- coding: utf-8; -*-
from httpolice.citation import RFC
from httpolice.parse import auto, fill_names, many, maybe, pivot, skip, string1
from httpolice.structure import HSTSDirective, Parametrized
from httpolice.syntax.common import DIGIT
from httpolice.syntax.rfc7230 import OWS, quoted_string, token
# This has been slightly adapted to the rules of RFC 7230.
# The ``OWS`` are derived from the "implied ``*LWS``" requirement.
directive_name = HSTSDirective << token > auto
directive_value = token | quoted_string > auto
directive = Parametrized << (
directive_name * maybe(skip(OWS * '=' * OWS) * directive_value)) > pivot
def _collect_elements(xs):
return [elem for elem in xs if elem is not None]
Strict_Transport_Security = _collect_elements << (
maybe(directive) % many(skip(OWS * ';' * OWS) * maybe(directive))) > pivot
max_age_value = int << string1(DIGIT) > pivot
fill_names(globals(), RFC(6797))
def extension_pragma(exclude_no_cache=False):
return Parametrized << (
(token__excluding(['no-cache']) if exclude_no_cache else token) *
maybe(skip('=') * (token | quoted_string))) > named(
u'extension-pragma', RFC(7234), is_pivot=True)
return ((CaseInsensitive << token__excluding(exclude or [])) * skip('=') *
(token | quoted_string)) > named(
u'parameter', RFC(7231), is_pivot=True)
type_ = token > pivot
subtype = token > pivot
media_type = Parametrized << (
(_check_media_type << (MediaType << type_ + '/' + subtype)) *
(MultiDict << many(skip(OWS * ';' * OWS) * parameter()))) > pivot
content_coding = ContentCoding << token > pivot
product_version = token > pivot
product = Versioned << (
(ProductName << token) * maybe(skip('/') * product_version)) > pivot
User_Agent = product % many(
skip(RWS) * (product | comment(include_parens=False))) > pivot
Server = product % many(skip(RWS) *
(product | comment(include_parens=False))) > pivot
day_name = (subst(0) << octet(0x4D) * octet(0x6F) * octet(0x6E)
| subst(1) << octet(0x54) * octet(0x75) * octet(0x65)
| subst(2) << octet(0x57) * octet(0x65) * octet(0x64)
| subst(3) << octet(0x54) * octet(0x68) * octet(0x75)
| subst(4) << octet(0x46) * octet(0x72) * octet(0x69)
| subst(5) << octet(0x53) * octet(0x61) * octet(0x74)
| subst(6) << octet(0x53) * octet(0x75) * octet(0x6E)) > pivot
@can_complain
def comma_list(element):
return _collect_elements << maybe(
(subst([None, None]) << literal(',') |
(lambda x: [x]) << group(element)) +
many(skip(OWS * ',') * maybe(skip(OWS) * element))
) > named(u'#rule', RFC(7230, section=(7,)))
acceptable_ranges = (CaseInsensitive << literal('none')
| comma_list1(range_unit)) > pivot
Accept_Ranges = acceptable_ranges > pivot
@can_complain
def _well_formed1(complain, first, last):
if (last is not None) and (first > last):
complain(1133)
return (first, last)
first_byte_pos = int << string1(DIGIT) > auto
last_byte_pos = int << string1(DIGIT) > auto
byte_range_spec = _well_formed1 << (first_byte_pos * skip('-') *
maybe(last_byte_pos)) > pivot
suffix_length = int << string1(DIGIT) > auto
suffix_byte_range_spec = \
(lambda x: (None, x)) << skip('-') * suffix_length > pivot
byte_range_set = comma_list1(byte_range_spec | suffix_byte_range_spec) > auto
byte_ranges_specifier = RangeSpecifier << (bytes_unit * skip('=') *
byte_range_set) > pivot
other_range_set = string1(VCHAR) > auto
other_ranges_specifier = RangeSpecifier << (other_range_unit * skip('=') *
other_range_set) > pivot
Range = byte_ranges_specifier | other_ranges_specifier > pivot
return (
(CaseInsensitive << token__excluding(exclude or [])) *
skip('=') * (token | quoted_string)
) > named(u'parameter', RFC(7231), is_pivot=True)
type_ = token > pivot
subtype = token > pivot
media_type = Parametrized << (
(MediaType << type_ + '/' + subtype) *
(MultiDict << many(skip(OWS * ';' * OWS) * parameter()))) > pivot
content_coding = ContentCoding << token > pivot
product_version = token > pivot
product = Versioned << ((ProductName << token) *
maybe(skip('/') * product_version)) > pivot
User_Agent = product % many(skip(RWS) *
(product | comment(include_parens=False))) > pivot
Server = product % many(skip(RWS) *
(product | comment(include_parens=False))) > pivot
day_name = (subst(0) << octet(0x4D) * octet(0x6F) * octet(0x6E) |
subst(1) << octet(0x54) * octet(0x75) * octet(0x65) |
subst(2) << octet(0x57) * octet(0x65) * octet(0x64) |
subst(3) << octet(0x54) * octet(0x68) * octet(0x75) |
subst(4) << octet(0x46) * octet(0x72) * octet(0x69) |
subst(5) << octet(0x53) * octet(0x61) * octet(0x74) |
subst(6) << octet(0x53) * octet(0x75) * octet(0x6E)) > pivot
@can_complain
def _to_date(complain, d, m, y):
from httpolice.parse import (auto, can_complain, fill_names, maybe, octet,
octet_range, pivot, string, subst)
from httpolice.structure import EntityTag
from httpolice.syntax.common import DQUOTE
from httpolice.syntax.rfc7230 import comma_list1, obs_text
from httpolice.syntax.rfc7231 import HTTP_date
weak = subst(True) << octet(0x57) * octet(0x2F) > auto
etagc = octet(0x21) | octet_range(0x23, 0x7E) | obs_text > auto
@can_complain
def _no_backslashes(complain, s):
if u'\\' in s:
complain(1119)
return s
opaque_tag = _no_backslashes << DQUOTE + string(etagc) + DQUOTE > auto
entity_tag = EntityTag << maybe(weak, False) * opaque_tag > pivot
ETag = entity_tag > pivot
Last_Modified = HTTP_date > pivot
If_Match = '*' | comma_list1(entity_tag) > pivot
If_None_Match = '*' | comma_list1(entity_tag) > pivot
If_Modified_Since = HTTP_date > pivot
If_Unmodified_Since = HTTP_date > pivot
fill_names(globals(), RFC(7232))
port,
pseudonym,
quoted_string,
token,
token__excluding,
uri_host,
)
from httpolice.syntax.rfc7231 import HTTP_date
delta_seconds = int << string1(DIGIT) > pivot
Age = delta_seconds > pivot
cache_directive = Parametrized << (
(CacheDirective << token) *
maybe(skip('=') * (mark(token) | mark(quoted_string)))) > pivot
Cache_Control = comma_list1(cache_directive) > pivot
Expires = HTTP_date > pivot
def extension_pragma(exclude_no_cache=False):
return Parametrized << (
(token__excluding(['no-cache']) if exclude_no_cache else token) *
maybe(skip('=') * (token | quoted_string))
) > named(u'extension-pragma', RFC(7234), is_pivot=True)
pragma_directive = (CaseInsensitive << literal('no-cache') |
extension_pragma(exclude_no_cache=True)) > pivot
Pragma = comma_list1(pragma_directive) > pivot
warn_code = WarnCode << string_times(3, 3, DIGIT) > pivot
exclude = _built_in_codings
if no_trailers:
exclude = exclude + ['trailers']
r = transfer_extension(exclude, no_q)
for name in _built_in_codings:
r = r | _empty_params << (TransferCoding << literal(name))
return r > named(u'transfer-coding', RFC(7230), is_pivot=True)
Transfer_Encoding = comma_list1(transfer_coding()) > pivot
rank = (float << '0' + maybe_str('.' + string_times(0, 3, DIGIT)) |
float << '1' + maybe_str('.' + string_times(0, 3, '0'))) > pivot
t_ranking = skip(OWS * ';' * OWS * 'q=') * rank > pivot
t_codings = (CaseInsensitive << literal('trailers') |
Parametrized << (transfer_coding(no_trailers=True, no_q=True) *
maybe(t_ranking))) > pivot
TE = comma_list(t_codings) > pivot
Trailer = comma_list1(field_name) > pivot
chunk_size = (lambda s: int(s, 16)) << string1(HEXDIG) > pivot
chunk_ext_name = token > auto
chunk_ext_val = token | quoted_string > auto
chunk_ext = many(skip(';') * chunk_ext_name *
maybe(skip('=') * chunk_ext_val)) > pivot
Host = uri_host + maybe_str(':' + port) > pivot
connection_option = ConnectionOption << token > pivot
Connection = comma_list1(connection_option) > pivot
if symbol is not None:
value = parse(value,
symbol,
complain,
1158,
name=name,
value=value)
r.append((name, value))
if name == u'rev':
complain(1226)
if u'rel' not in seen:
complain(1309)
return MultiDict(r)
link_param = ((CaseInsensitive << token) * skip(BWS) * maybe(
skip(literal('=') * BWS) * (mark(token) | mark(quoted_string)))) > pivot
link_value = Parametrized << (
skip('<') * URI_Reference * skip('>') *
(_process_params << many(skip(OWS * ';' * OWS) * link_param))) > pivot
Link = comma_list(link_value) > pivot
anchor = URI_Reference > auto
reg_rel_type = CaseInsensitive << (LOALPHA +
string(LOALPHA | DIGIT | '.' | '-')) > auto
ext_rel_type = URI > auto
relation_type = reg_rel_type | ext_rel_type > pivot
rel = rev = relation_type % many(skip(string1(SP)) * relation_type) > auto
def comma_list1(element):
return _collect_elements << (
many(subst(None) << ',' * OWS) +
((lambda x: [x]) << group(element)) +
many(skip(OWS * ',') * maybe(skip(OWS) * element))
) > named(u'1#rule', RFC(7230, section=(7,)))
string_times)
from httpolice.structure import ForwardedParam
from httpolice.syntax.common import ALPHA, DIGIT
from httpolice.syntax.rfc3986 import IPv4address, IPv6address
from httpolice.syntax.rfc7230 import comma_list1, quoted_string, token
def _remove_empty(xs):
return [x for x in xs if x is not None]
obfnode = '_' + string1(ALPHA | DIGIT | '.' | '_' | '-') > pivot
nodename = (IPv4address | skip('[') * IPv6address * skip(']') | 'unknown'
| obfnode) > pivot
port = int << string_times(1, 5, DIGIT) > pivot
obfport = '_' + string1(ALPHA | DIGIT | '.' | '_' | '-') > pivot
node_port = port | obfport > pivot
node = nodename * maybe(skip(':') * node_port) > pivot
value = token | quoted_string > pivot
forwarded_pair = (ForwardedParam << token) * skip('=') * value > pivot
forwarded_element = _remove_empty << (
maybe(forwarded_pair) % many(skip(';') * maybe(forwarded_pair))) > pivot
Forwarded = comma_list1(forwarded_element) > pivot
fill_names(globals(), RFC(7239))
# We don't need to special-case "UTF-8" and "ISO-8859-1", simplify.
mime_charsetc = (ALPHA | DIGIT |
'!' | '#' | '$' | '%' | '&' | '+' | '-' | '^' | '_' | '`' |
'{' | '}' | '~') > auto
mime_charset = string1(mime_charsetc) > auto
charset = CaseInsensitive << mime_charset > pivot
pct_encoded = '%' + HEXDIG + HEXDIG > auto
value_chars = pct_decode << (
force_bytes << string(pct_encoded | attr_char)) > auto
@can_complain
def _check_ext_value(complain, val):
if val.charset in [u'UTF-8', u'ISO-8859-1']:
try:
val.value_bytes.decode(val.charset)
except UnicodeError as e:
complain(1254, charset=val.charset, error=e)
else:
complain(1253, charset=val.charset)
return val
ext_value = _check_ext_value << (
ExtValue << (charset * skip("'") *
maybe(language) * skip("'") *
value_chars)) > pivot
fill_names(globals(), RFC(5987))
if no_trailers:
exclude = exclude + ['trailers']
r = transfer_extension(exclude, no_q)
for name in _built_in_codings:
r = r | _empty_params << (TransferCoding << literal(name))
return r > named(u'transfer-coding', RFC(7230), is_pivot=True)
Transfer_Encoding = comma_list1(transfer_coding()) > pivot
rank = (float << '0' + maybe_str('.' + string_times(0, 3, DIGIT))
| float << '1' + maybe_str('.' + string_times(0, 3, '0'))) > pivot
t_ranking = skip(OWS * ';' * OWS * 'q=') * rank > pivot
t_codings = (
CaseInsensitive << literal('trailers') | Parametrized <<
(transfer_coding(no_trailers=True, no_q=True) * maybe(t_ranking))) > pivot
TE = comma_list(t_codings) > pivot
Trailer = comma_list1(field_name) > pivot
Host = uri_host + maybe_str(':' + port) > pivot
connection_option = ConnectionOption << token > pivot
Connection = comma_list1(connection_option) > pivot
protocol_name = token > pivot
protocol_version = token > pivot
protocol = Versioned << ((UpgradeToken << protocol_name) *
maybe(skip('/') * protocol_version)) > pivot
Upgrade = comma_list1(protocol) > pivot
def extension_pragma(exclude_no_cache=False):
return Parametrized << (
(token__excluding(['no-cache']) if exclude_no_cache else token) *
maybe(skip('=') * (token | quoted_string))
) > named(u'extension-pragma', RFC(7234), is_pivot=True)
u'anchor': URI_Reference, u'rel': rel, u'rev': rev,
u'hreflang': hreflang, u'type': type_, u'title*': ext_value,
}.get(name)
if symbol is not None:
value = parse(value, symbol, complain, 1158,
name=name, value=value)
r.append((name, value))
if name == u'rev':
complain(1226)
if u'rel' not in seen:
complain(1309)
return MultiDict(r)
link_param = (
(CaseInsensitive << token) * skip(BWS) *
maybe(skip(literal('=') * BWS) * (mark(token) |
mark(quoted_string)))) > pivot
link_value = Parametrized << (
skip('<') * URI_Reference * skip('>') *
(_process_params << many(skip(OWS * ';' * OWS) * link_param))) > pivot
Link = comma_list(link_value) > pivot
anchor = URI_Reference > auto
reg_rel_type = CaseInsensitive << (
LOALPHA + string(LOALPHA | DIGIT | '.' | '-')) > auto
ext_rel_type = URI > auto
relation_type = reg_rel_type | ext_rel_type > pivot
rel = rev = relation_type % many(skip(string1(SP)) * relation_type) > auto
