def __init__(self):
"""
Initialize the Request. All parameters are set as public attributes
with the same name.
:param str method: (or bytes) the method to use
:param str url: (or bytes) the URL to fetch. This can have non-ASCII
characters, and they will be interpreted as an IRI.
:param dict headers: the headers to send with the request.
keys and values must be bytes.
:param bytes data: the request body to send
:param int timeout: time to way before giving up. None means
no timeout
"""
self.url = URLObject.from_iri(self.url)
if self.headers is not None:
for k,v in self.headers.items():
if type(k) is not bytes:
raise TypeError("headers key {key!r} is not bytes".format(key=k))
elif type(v) is not bytes:
raise TypeError("headers value {value!r} is not bytes".format(value=v))
def test_path_params(self):
assert (URLObject.from_iri(u('https://example.com/foo;p\xe5rameter')) ==
'https://example.com/foo;p%C3%A5rameter')
def test_encode_fragment(self):
assert (URLObject.from_iri(u('https://example.com/#fr\xe5gment')) ==
'https://example.com/#fr%C3%A5gment')
def test_encode_query(self):
assert (URLObject.from_iri(u('https://example.com/?k\xe9y=v\xe5l&key2=val2')) ==
'https://example.com/?k%C3%A9y=v%C3%A5l&key2=val2')
def test_encode_path(self):
assert (URLObject.from_iri(u('https://example.com/p\xe5th/path2')) ==
'https://example.com/p%C3%A5th/path2')
def test_port_maintained(self):
assert (URLObject.from_iri(u('https://\xe9xample.com:80/')) ==
'https://xn--xample-9ua.com:80/')
def test_encode_hostname_idna(self):
assert (URLObject.from_iri(u('https://\xe9xample.com/')) ==
'https://xn--xample-9ua.com/')
def test_port_maintained(self):
assert (URLObject.from_iri(u('https://\xe9xample.com:80/')) ==
'https://xn--xample-9ua.com:80/')
def test_quote_other_special_characters(self):
assert (URLObject.from_iri(u('https://example.com/foo bar/')) ==
'https://example.com/foo%20bar/')
def test_path_params(self):
assert (URLObject.from_iri(u('https://example.com/foo;p\xe5rameter'))
== 'https://example.com/foo;p%C3%A5rameter')
def test_quoted_iri(self):
"""
If an IRI already has some quoted characters, they will be maintained as is.
"""
assert (URLObject.from_iri(u('https://example.com/foo%20b\xe5r/')) ==
'https://example.com/foo%20b%C3%A5r/')
def test_encode_fragment(self):
assert (URLObject.from_iri(u('https://example.com/#fr\xe5gment')) ==
'https://example.com/#fr%C3%A5gment')
def test_encode_query(self):
assert (URLObject.from_iri(
u('https://example.com/?k\xe9y=v\xe5l&key2=val2')) ==
'https://example.com/?k%C3%A9y=v%C3%A5l&key2=val2')
def test_encode_path(self):
assert (URLObject.from_iri(u('https://example.com/p\xe5th/path2')) ==
'https://example.com/p%C3%A5th/path2')
def test_quoted_iri(self):
"""
If an IRI already has some quoted characters, they will be maintained as is.
"""
assert (URLObject.from_iri(u('https://example.com/foo%20b\xe5r/')) ==
'https://example.com/foo%20b%C3%A5r/')
def request_intent(method, url, headers=None, **kwargs):
url = URLObject.from_iri(url)
return Request(method, url, headers=headers, **kwargs)
def test_quote_other_special_characters(self):
assert (URLObject.from_iri(u('https://example.com/foo bar/')) ==
'https://example.com/foo%20bar/')
def test_encode_hostname_idna(self):
assert (URLObject.from_iri(
u('https://\xe9xample.com/')) == 'https://xn--xample-9ua.com/')
