# -*- coding: utf-8 -*-
import pytest

from rfc3986.exceptions import InvalidAuthority, ResolutionError
from rfc3986.misc import URI_MATCHER
from rfc3986.uri import URIReference

from . import base


@pytest.fixture
def scheme_and_path_uri():
    return "mailto:user@example.com"


class TestURIReferenceParsesURIs(base.BaseTestParsesURIs):
    """Tests for URIReference handling of URIs."""

    test_class = URIReference

    def test_authority_info_raises_InvalidAuthority(self, invalid_uri):
        """Test that an invalid IPv6 is caught by authority_info()."""
        uri = URIReference.from_string(invalid_uri)
        with pytest.raises(InvalidAuthority):
            uri.authority_info()

    def test_attributes_catch_InvalidAuthority(self, invalid_uri):
        """Test that an invalid IPv6 is caught by authority_info()."""
        uri = URIReference.from_string(invalid_uri)
        assert uri.host is None
        assert uri.userinfo is None
        assert uri.port is None

    def test_handles_absolute_path_uri(self, absolute_path_uri):
        """Test that URIReference can handle a path-only URI."""
        uri = URIReference.from_string(absolute_path_uri)
        assert uri.path == absolute_path_uri
        assert uri.authority_info() == {
            "userinfo": None,
            "host": None,
            "port": None,
        }

    def test_scheme_and_path_uri_is_valid(self, scheme_and_path_uri):
        uri = self.test_class.from_string(scheme_and_path_uri)
        assert uri.is_valid() is True

    def test_handles_scheme_and_path_uri(self, scheme_and_path_uri):
        """Test that self.test_class can handle a `scheme:path` URI."""
        uri = self.test_class.from_string(scheme_and_path_uri)
        assert uri.path == "user@example.com"
        assert uri.scheme == "mailto"
        assert uri.query is None
        assert uri.host is None
        assert uri.port is None
        assert uri.userinfo is None
        assert uri.authority is None

    def test_parses_ipv6_to_path(self):
        """Verify that we don't parse [ as a scheme."""
        uri = self.test_class.from_string("[::1]")
        assert uri.scheme is None
        assert uri.authority is None
        assert uri.path == "[::1]"


class TestURIValidation:
    # Valid URI tests
    def test_basic_uri_is_valid(self, basic_uri):
        uri = URIReference.from_string(basic_uri)
        assert uri.is_valid() is True

    def test_basic_uri_requiring_scheme(self, basic_uri):
        uri = URIReference.from_string(basic_uri)
        assert uri.is_valid(require_scheme=True) is True

    def test_basic_uri_requiring_authority(self, basic_uri):
        uri = URIReference.from_string(basic_uri)
        assert uri.is_valid(require_authority=True) is True

    def test_uri_with_everything_requiring_path(self, uri_with_everything):
        uri = URIReference.from_string(uri_with_everything)
        assert uri.is_valid(require_path=True) is True

    def test_uri_with_everything_requiring_query(self, uri_with_everything):
        uri = URIReference.from_string(uri_with_everything)
        assert uri.is_valid(require_query=True) is True

    def test_uri_with_everything_requiring_fragment(
        self, uri_with_everything
    ):
        uri = URIReference.from_string(uri_with_everything)
        assert uri.is_valid(require_fragment=True) is True

    def test_basic_uri_with_port_is_valid(self, basic_uri_with_port):
        uri = URIReference.from_string(basic_uri_with_port)
        assert uri.is_valid() is True

    def test_uri_with_port_and_userinfo_is_valid(
        self, uri_with_port_and_userinfo
    ):
        uri = URIReference.from_string(uri_with_port_and_userinfo)
        assert uri.is_valid() is True

    def test_basic_uri_with_path_is_valid(self, basic_uri_with_path):
        uri = URIReference.from_string(basic_uri_with_path)
        assert uri.is_valid() is True

    def test_uri_with_path_and_query_is_valid(self, uri_with_path_and_query):
        uri = URIReference.from_string(uri_with_path_and_query)
        assert uri.is_valid() is True

    def test_uri_with_everything_is_valid(self, uri_with_everything):
        uri = URIReference.from_string(uri_with_everything)
        assert uri.is_valid() is True

    def test_relative_uri_is_valid(self, relative_uri):
        uri = URIReference.from_string(relative_uri)
        assert uri.is_valid() is True

    def test_absolute_path_uri_is_valid(self, absolute_path_uri):
        uri = URIReference.from_string(absolute_path_uri)
        assert uri.is_valid() is True

    def test_scheme_and_path_uri_is_valid(self, scheme_and_path_uri):
        uri = URIReference.from_string(scheme_and_path_uri)
        assert uri.is_valid() is True

    # Invalid URI tests
    def test_invalid_uri_is_not_valid(self, invalid_uri):
        uri = URIReference.from_string(invalid_uri)
        assert uri.is_valid() is False

    def test_invalid_scheme(self):
        uri = URIReference("123", None, None, None, None)
        assert uri.is_valid() is False

    def test_invalid_path(self):
        uri = URIReference(None, None, "foo#bar", None, None)
        assert uri.is_valid() is False

    def test_invalid_query_component(self):
        uri = URIReference(None, None, None, "foo#bar", None)
        assert uri.is_valid() is False

    def test_invalid_fragment_component(self):
        uri = URIReference(None, None, None, None, "foo#bar")
        assert uri.is_valid() is False


class TestURIReferenceUnsplits(base.BaseTestUnsplits):
    test_class = URIReference

    def test_scheme_and_path_uri_unsplits(self, scheme_and_path_uri):
        uri = self.test_class.from_string(scheme_and_path_uri)
        assert uri.unsplit() == scheme_and_path_uri


class TestURIReferenceComparesToStrings:
    def test_basic_uri(self, basic_uri):
        uri = URIReference.from_string(basic_uri)
        assert uri == basic_uri

    def test_basic_uri_with_port(self, basic_uri_with_port):
        uri = URIReference.from_string(basic_uri_with_port)
        assert uri == basic_uri_with_port

    def test_uri_with_port_and_userinfo(self, uri_with_port_and_userinfo):
        uri = URIReference.from_string(uri_with_port_and_userinfo)
        assert uri == uri_with_port_and_userinfo

    def test_basic_uri_with_path(self, basic_uri_with_path):
        uri = URIReference.from_string(basic_uri_with_path)
        assert uri == basic_uri_with_path

    def test_uri_with_path_and_query(self, uri_with_path_and_query):
        uri = URIReference.from_string(uri_with_path_and_query)
        assert uri == uri_with_path_and_query

    def test_uri_with_everything(self, uri_with_everything):
        uri = URIReference.from_string(uri_with_everything)
        assert uri == uri_with_everything

    def test_relative_uri(self, relative_uri):
        uri = URIReference.from_string(relative_uri)
        assert uri == relative_uri

    def test_absolute_path_uri(self, absolute_path_uri):
        uri = URIReference.from_string(absolute_path_uri)
        assert uri == absolute_path_uri

    def test_scheme_and_path_uri(self, scheme_and_path_uri):
        uri = URIReference.from_string(scheme_and_path_uri)
        assert uri == scheme_and_path_uri


class TestURIReferenceComparesToTuples:
    def to_tuple(self, uri):
        return URI_MATCHER.match(uri).groups()

    def test_basic_uri(self, basic_uri):
        uri = URIReference.from_string(basic_uri)
        assert uri == self.to_tuple(basic_uri)

    def test_basic_uri_with_port(self, basic_uri_with_port):
        uri = URIReference.from_string(basic_uri_with_port)
        assert uri == self.to_tuple(basic_uri_with_port)

    def test_uri_with_port_and_userinfo(self, uri_with_port_and_userinfo):
        uri = URIReference.from_string(uri_with_port_and_userinfo)
        assert uri == self.to_tuple(uri_with_port_and_userinfo)

    def test_basic_uri_with_path(self, basic_uri_with_path):
        uri = URIReference.from_string(basic_uri_with_path)
        assert uri == self.to_tuple(basic_uri_with_path)

    def test_uri_with_path_and_query(self, uri_with_path_and_query):
        uri = URIReference.from_string(uri_with_path_and_query)
        assert uri == self.to_tuple(uri_with_path_and_query)

    def test_uri_with_everything(self, uri_with_everything):
        uri = URIReference.from_string(uri_with_everything)
        assert uri == self.to_tuple(uri_with_everything)

    def test_relative_uri(self, relative_uri):
        uri = URIReference.from_string(relative_uri)
        assert uri == self.to_tuple(relative_uri)

    def test_absolute_path_uri(self, absolute_path_uri):
        uri = URIReference.from_string(absolute_path_uri)
        assert uri == self.to_tuple(absolute_path_uri)

    def test_scheme_and_path_uri(self, scheme_and_path_uri):
        uri = URIReference.from_string(scheme_and_path_uri)
        assert uri == self.to_tuple(scheme_and_path_uri)


def test_uri_comparison_raises_TypeError(basic_uri):
    uri = URIReference.from_string(basic_uri)
    with pytest.raises(TypeError):
        uri == 1


class TestURIReferenceComparesToURIReferences:
    def test_same_basic_uri(self, basic_uri):
        uri = URIReference.from_string(basic_uri)
        assert uri == uri

    def test_different_basic_uris(self, basic_uri, basic_uri_with_port):
        uri = URIReference.from_string(basic_uri)
        assert (uri == URIReference.from_string(basic_uri_with_port)) is False


class TestURIReferenceIsAbsolute:
    def test_basic_uris_are_absolute(self, basic_uri):
        uri = URIReference.from_string(basic_uri)
        assert uri.is_absolute() is True

    def test_basic_uris_with_ports_are_absolute(self, basic_uri_with_port):
        uri = URIReference.from_string(basic_uri_with_port)
        assert uri.is_absolute() is True

    def test_basic_uris_with_paths_are_absolute(self, basic_uri_with_path):
        uri = URIReference.from_string(basic_uri_with_path)
        assert uri.is_absolute() is True

    def test_uri_with_everything_are_not_absolute(self, uri_with_everything):
        uri = URIReference.from_string(uri_with_everything)
        assert uri.is_absolute() is False

    def test_absolute_paths_are_not_absolute_uris(self, absolute_path_uri):
        uri = URIReference.from_string(absolute_path_uri)
        assert uri.is_absolute() is False


# @pytest.fixture(params=[
#     basic_uri, basic_uri_with_port, basic_uri_with_path,
#     scheme_and_path_uri, uri_with_path_and_query
#     ])
# @pytest.fixture(params=[absolute_path_uri, relative_uri])


class TestURIReferencesResolve:
    def test_with_basic_and_relative_uris(self, basic_uri, relative_uri):
        R = URIReference.from_string(relative_uri)
        B = URIReference.from_string(basic_uri)
        T = R.resolve_with(basic_uri)
        assert T.scheme == B.scheme
        assert T.host == R.host
        assert T.path == R.path

    def test_with_basic_and_absolute_path_uris(
        self, basic_uri, absolute_path_uri
    ):
        R = URIReference.from_string(absolute_path_uri)
        B = URIReference.from_string(basic_uri).normalize()
        T = R.resolve_with(B)
        assert T.scheme == B.scheme
        assert T.host == B.host
        assert T.path == R.path

    def test_with_basic_uri_and_relative_path(self, basic_uri):
        R = URIReference.from_string("foo/bar/bogus")
        B = URIReference.from_string(basic_uri).normalize()
        T = R.resolve_with(B)
        assert T.scheme == B.scheme
        assert T.host == B.host
        assert T.path == "/" + R.path

    def test_basic_uri_with_path_and_relative_path(self, basic_uri_with_path):
        R = URIReference.from_string("foo/bar/bogus")
        B = URIReference.from_string(basic_uri_with_path).normalize()
        T = R.resolve_with(B)
        assert T.scheme == B.scheme
        assert T.host == B.host

        index = B.path.rfind("/")
        assert T.path == B.path[:index] + "/" + R.path

    def test_uri_with_everything_raises_exception(self, uri_with_everything):
        R = URIReference.from_string("foo/bar/bogus")
        B = URIReference.from_string(uri_with_everything)
        with pytest.raises(ResolutionError):
            R.resolve_with(B)

    def test_basic_uri_resolves_itself(self, basic_uri):
        R = URIReference.from_string(basic_uri)
        B = URIReference.from_string(basic_uri)
        T = R.resolve_with(B)
        assert T == B

    def test_differing_schemes(self, basic_uri):
        R = URIReference.from_string("https://example.com/path")
        B = URIReference.from_string(basic_uri)
        T = R.resolve_with(B)
        assert T.scheme == R.scheme

    def test_resolve_pathless_fragment(self, basic_uri):
        R = URIReference.from_string("#fragment")
        B = URIReference.from_string(basic_uri)
        T = R.resolve_with(B)
        assert T.path is None
        assert T.fragment == "fragment"

    def test_resolve_pathless_query(self, basic_uri):
        R = URIReference.from_string("?query")
        B = URIReference.from_string(basic_uri)
        T = R.resolve_with(B)
        assert T.path is None
        assert T.query == "query"


def test_empty_querystrings_persist():
    url = "https://httpbin.org/get?"
    ref = URIReference.from_string(url)
    assert ref.query == ""
    assert ref.unsplit() == url


def test_wide_domain_bypass_check():
    """Verify we properly parse/handle the authority.

    See also:
    https://bugs.xdavidhu.me/google/2020/03/08/the-unexpected-google-wide-domain-check-bypass/
    """
    url = "https://user:pass@xdavidhu.me\\test.corp.google.com:8080/path/to/something?param=value#hash"
    ref = URIReference.from_string(url)
    assert ref.scheme == "https"
    assert ref.host == "xdavidhu.me"