"""
This module is intended for tests related to unquoting/unescaping in various
formats that are related to turtle, such as ntriples, nquads, trig and n3.
"""

import itertools
import logging
import re
from test.utils.namespace import EGDC
from typing import Callable, Dict, Iterable, List, Tuple

import pytest

from rdflib.graph import ConjunctiveGraph, Graph
from rdflib.plugins.parsers import ntriples
from rdflib.term import Literal, URIRef

from .utils import GraphHelper

# https://www.w3.org/TR/turtle/#string
string_escape_map = {
    "t": "\t",
    "b": "\b",
    "n": "\n",
    "r": "\r",
    "f": "\f",
    '"': '"',
    "'": "'",
    "\\": "\\",
}


def make_unquote_correctness_pairs() -> List[Tuple[str, str]]:
    """
    Creates pairs of quoted and unquoted strings.
    """
    result = []

    def add_pair(escape: str, unescaped: str) -> None:
        result.append((f"\\{escape}", unescaped))
        result.append((f"\\\\{escape}", f"\\{escape}"))
        result.append((f"\\\\\\{escape}", f"\\{unescaped}"))

    chars = "A1a\\\nøæå"
    for char in chars:
        code_point = ord(char)
        add_pair(f"u{code_point:04x}", char)
        add_pair(f"u{code_point:04X}", char)
        add_pair(f"U{code_point:08x}", char)
        add_pair(f"U{code_point:08X}", char)

    string_escapes = "tbnrf'"
    for char in string_escapes:
        add_pair(f"{char}", string_escape_map[char])

    # special handling because «"» should not appear in string, and add_pair
    # will add it.
    result.append(('\\"', '"'))
    result.append(('\\\\\\"', '\\"'))

    # special handling because «\» should not appear in string, and add_pair
    # will add it.
    result.append(("\\\\", "\\"))
    result.append(("\\\\\\\\", "\\\\"))

    return result


UNQUOTE_CORRECTNESS_PAIRS = make_unquote_correctness_pairs()


def ntriples_unquote_validate(input: str) -> str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``True`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = True
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


def ntriples_unquote(input: str) -> str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``False`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = False
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


unquoters: Dict[str, Callable[[str], str]] = {
    "ntriples_unquote": ntriples_unquote,
    "ntriples_unquote_validate": ntriples_unquote_validate,
}


def make_unquote_correctness_tests(
    selectors: Iterable[str],
) -> Iterable[Tuple[str, str, str]]:
    """
    This function creates a cartesian product of the selectors and
    `CORRECTNESS_PAIRS` that is suitable for use as pytest parameters.
    """
    for selector in selectors:
        for quoted, unquoted in UNQUOTE_CORRECTNESS_PAIRS:
            yield selector, quoted, unquoted


@pytest.mark.parametrize(
    "unquoter_key, quoted, unquoted", make_unquote_correctness_tests(unquoters.keys())
)
def test_unquote_correctness(
    unquoter_key: str,
    quoted: str,
    unquoted: str,
) -> None:
    """
    Various unquote functions work correctly.
    """
    unquoter = unquoters[unquoter_key]
    assert unquoted == unquoter(quoted)


QUAD_FORMATS = {"nquads"}


@pytest.mark.parametrize(
    "format, quoted, unquoted",
    make_unquote_correctness_tests(["turtle", "ntriples", "nquads"]),
)
def test_parse_correctness(
    format: str,
    quoted: str,
    unquoted: str,
) -> None:
    """
    Quoted strings parse correctly
    """
    if format in QUAD_FORMATS:
        data = f'<example:Subject> <example:Predicate> "{quoted}" <example:Graph>.'
    else:
        data = f'<example:Subject> <example:Predicate> "{quoted}".'
    graph = ConjunctiveGraph()
    graph.parse(data=data, format=format)
    objs = list(graph.objects())
    assert len(objs) == 1
    obj = objs[0]
    assert isinstance(obj, Literal)
    assert isinstance(obj.value, str)
    assert obj.value == unquoted


@pytest.mark.parametrize(
    "format, char, escaped",
    [
        (format, char, escaped)
        for format, (char, escaped) in itertools.product(
            ["turtle"],
            [
                (r"x", r"x"),
                (r"(", r"\("),
                (r")", r"\)"),
            ],
        )
    ],
)
def test_pname_escaping(format: str, char: str, escaped: str) -> None:
    graph = Graph()
    triple = (
        URIRef(EGDC["prefix/John_Doe"]),
        URIRef(EGDC[f"prefix/prop{char}"]),
        Literal("foo", lang="en"),
    )
    graph.bind("egns", EGDC["prefix/"])
    graph.add(triple)
    data = graph.serialize(format=format)
    pattern = re.compile(f"\\segns:prop{re.escape(escaped)}\\s")
    logging.debug(
        "format = %s, char = %r, escaped = %r, pattern = %r, data = %s",
        format,
        char,
        escaped,
        pattern,
        data,
    )
    assert re.search(pattern, data) is not None


# https://www.w3.org/TR/turtle/#grammar-production-PN_LOCAL_ESC
# Not including %, as % should be used for percent encoding.
PN_LOCAL_ESC_CHARS = r"_~.-!$&'()*+,;=/?#@"


@pytest.mark.parametrize(
    "format, char",
    itertools.product(["turtle", "ntriples"], "A2c" + PN_LOCAL_ESC_CHARS),
)
def test_serialize_roundtrip(format: str, char: str) -> None:
    graph = Graph()
    triple = (
        URIRef(EGDC["prefix/John_Doe"]),
        URIRef(EGDC[f"prefix/prop{char}"]),
        Literal("foo", lang="en"),
    )
    graph.add(triple)
    graph.bind("egns", EGDC["prefix/"])
    data = graph.serialize(format=format)
    logging.debug("format = %s, char = %s, data = %s", format, char, data)
    parsed_graph = Graph()
    parsed_graph.parse(data=data, format=format)
    GraphHelper.assert_sets_equals(graph, parsed_graph)

7b53f94b94ee36034fac428d139153443a34c869
<mask token>


def ntriples_unquote_validate(input: str) ->str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``True`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = True
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


<mask token>


def make_unquote_correctness_tests(selectors: Iterable[str]) ->Iterable[Tuple
    [str, str, str]]:
    """
    This function creates a cartesian product of the selectors and
    `CORRECTNESS_PAIRS` that is suitable for use as pytest parameters.
    """
    for selector in selectors:
        for quoted, unquoted in UNQUOTE_CORRECTNESS_PAIRS:
            yield selector, quoted, unquoted


<mask token>

<mask token>


def ntriples_unquote_validate(input: str) ->str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``True`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = True
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


<mask token>


def make_unquote_correctness_tests(selectors: Iterable[str]) ->Iterable[Tuple
    [str, str, str]]:
    """
    This function creates a cartesian product of the selectors and
    `CORRECTNESS_PAIRS` that is suitable for use as pytest parameters.
    """
    for selector in selectors:
        for quoted, unquoted in UNQUOTE_CORRECTNESS_PAIRS:
            yield selector, quoted, unquoted


<mask token>


@pytest.mark.parametrize('format, char', itertools.product(['turtle',
    'ntriples'], 'A2c' + PN_LOCAL_ESC_CHARS))
def test_serialize_roundtrip(format: str, char: str) ->None:
    graph = Graph()
    triple = URIRef(EGDC['prefix/John_Doe']), URIRef(EGDC[f'prefix/prop{char}']
        ), Literal('foo', lang='en')
    graph.add(triple)
    graph.bind('egns', EGDC['prefix/'])
    data = graph.serialize(format=format)
    logging.debug('format = %s, char = %s, data = %s', format, char, data)
    parsed_graph = Graph()
    parsed_graph.parse(data=data, format=format)
    GraphHelper.assert_sets_equals(graph, parsed_graph)

<mask token>


def make_unquote_correctness_pairs() ->List[Tuple[str, str]]:
    """
    Creates pairs of quoted and unquoted strings.
    """
    result = []

    def add_pair(escape: str, unescaped: str) ->None:
        result.append((f'\\{escape}', unescaped))
        result.append((f'\\\\{escape}', f'\\{escape}'))
        result.append((f'\\\\\\{escape}', f'\\{unescaped}'))
    chars = 'A1a\\\nøæå'
    for char in chars:
        code_point = ord(char)
        add_pair(f'u{code_point:04x}', char)
        add_pair(f'u{code_point:04X}', char)
        add_pair(f'U{code_point:08x}', char)
        add_pair(f'U{code_point:08X}', char)
    string_escapes = "tbnrf'"
    for char in string_escapes:
        add_pair(f'{char}', string_escape_map[char])
    result.append(('\\"', '"'))
    result.append(('\\\\\\"', '\\"'))
    result.append(('\\\\', '\\'))
    result.append(('\\\\\\\\', '\\\\'))
    return result


<mask token>


def ntriples_unquote_validate(input: str) ->str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``True`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = True
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


<mask token>


def make_unquote_correctness_tests(selectors: Iterable[str]) ->Iterable[Tuple
    [str, str, str]]:
    """
    This function creates a cartesian product of the selectors and
    `CORRECTNESS_PAIRS` that is suitable for use as pytest parameters.
    """
    for selector in selectors:
        for quoted, unquoted in UNQUOTE_CORRECTNESS_PAIRS:
            yield selector, quoted, unquoted


@pytest.mark.parametrize('unquoter_key, quoted, unquoted',
    make_unquote_correctness_tests(unquoters.keys()))
def test_unquote_correctness(unquoter_key: str, quoted: str, unquoted: str
    ) ->None:
    """
    Various unquote functions work correctly.
    """
    unquoter = unquoters[unquoter_key]
    assert unquoted == unquoter(quoted)


<mask token>


@pytest.mark.parametrize('format, char, escaped', [(format, char, escaped) for
    format, (char, escaped) in itertools.product(['turtle'], [('x', 'x'), (
    '(', '\\('), (')', '\\)')])])
def test_pname_escaping(format: str, char: str, escaped: str) ->None:
    graph = Graph()
    triple = URIRef(EGDC['prefix/John_Doe']), URIRef(EGDC[f'prefix/prop{char}']
        ), Literal('foo', lang='en')
    graph.bind('egns', EGDC['prefix/'])
    graph.add(triple)
    data = graph.serialize(format=format)
    pattern = re.compile(f'\\segns:prop{re.escape(escaped)}\\s')
    logging.debug(
        'format = %s, char = %r, escaped = %r, pattern = %r, data = %s',
        format, char, escaped, pattern, data)
    assert re.search(pattern, data) is not None


<mask token>


@pytest.mark.parametrize('format, char', itertools.product(['turtle',
    'ntriples'], 'A2c' + PN_LOCAL_ESC_CHARS))
def test_serialize_roundtrip(format: str, char: str) ->None:
    graph = Graph()
    triple = URIRef(EGDC['prefix/John_Doe']), URIRef(EGDC[f'prefix/prop{char}']
        ), Literal('foo', lang='en')
    graph.add(triple)
    graph.bind('egns', EGDC['prefix/'])
    data = graph.serialize(format=format)
    logging.debug('format = %s, char = %s, data = %s', format, char, data)
    parsed_graph = Graph()
    parsed_graph.parse(data=data, format=format)
    GraphHelper.assert_sets_equals(graph, parsed_graph)

<mask token>
import itertools
import logging
import re
from test.utils.namespace import EGDC
from typing import Callable, Dict, Iterable, List, Tuple
import pytest
from rdflib.graph import ConjunctiveGraph, Graph
from rdflib.plugins.parsers import ntriples
from rdflib.term import Literal, URIRef
from .utils import GraphHelper
string_escape_map = {'t': '\t', 'b': '\x08', 'n': '\n', 'r': '\r', 'f':
    '\x0c', '"': '"', "'": "'", '\\': '\\'}


def make_unquote_correctness_pairs() ->List[Tuple[str, str]]:
    """
    Creates pairs of quoted and unquoted strings.
    """
    result = []

    def add_pair(escape: str, unescaped: str) ->None:
        result.append((f'\\{escape}', unescaped))
        result.append((f'\\\\{escape}', f'\\{escape}'))
        result.append((f'\\\\\\{escape}', f'\\{unescaped}'))
    chars = 'A1a\\\nøæå'
    for char in chars:
        code_point = ord(char)
        add_pair(f'u{code_point:04x}', char)
        add_pair(f'u{code_point:04X}', char)
        add_pair(f'U{code_point:08x}', char)
        add_pair(f'U{code_point:08X}', char)
    string_escapes = "tbnrf'"
    for char in string_escapes:
        add_pair(f'{char}', string_escape_map[char])
    result.append(('\\"', '"'))
    result.append(('\\\\\\"', '\\"'))
    result.append(('\\\\', '\\'))
    result.append(('\\\\\\\\', '\\\\'))
    return result


UNQUOTE_CORRECTNESS_PAIRS = make_unquote_correctness_pairs()


def ntriples_unquote_validate(input: str) ->str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``True`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = True
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


def ntriples_unquote(input: str) ->str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``False`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = False
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


unquoters: Dict[str, Callable[[str], str]] = {'ntriples_unquote':
    ntriples_unquote, 'ntriples_unquote_validate': ntriples_unquote_validate}


def make_unquote_correctness_tests(selectors: Iterable[str]) ->Iterable[Tuple
    [str, str, str]]:
    """
    This function creates a cartesian product of the selectors and
    `CORRECTNESS_PAIRS` that is suitable for use as pytest parameters.
    """
    for selector in selectors:
        for quoted, unquoted in UNQUOTE_CORRECTNESS_PAIRS:
            yield selector, quoted, unquoted


@pytest.mark.parametrize('unquoter_key, quoted, unquoted',
    make_unquote_correctness_tests(unquoters.keys()))
def test_unquote_correctness(unquoter_key: str, quoted: str, unquoted: str
    ) ->None:
    """
    Various unquote functions work correctly.
    """
    unquoter = unquoters[unquoter_key]
    assert unquoted == unquoter(quoted)


QUAD_FORMATS = {'nquads'}


@pytest.mark.parametrize('format, quoted, unquoted',
    make_unquote_correctness_tests(['turtle', 'ntriples', 'nquads']))
def test_parse_correctness(format: str, quoted: str, unquoted: str) ->None:
    """
    Quoted strings parse correctly
    """
    if format in QUAD_FORMATS:
        data = (
            f'<example:Subject> <example:Predicate> "{quoted}" <example:Graph>.'
            )
    else:
        data = f'<example:Subject> <example:Predicate> "{quoted}".'
    graph = ConjunctiveGraph()
    graph.parse(data=data, format=format)
    objs = list(graph.objects())
    assert len(objs) == 1
    obj = objs[0]
    assert isinstance(obj, Literal)
    assert isinstance(obj.value, str)
    assert obj.value == unquoted


@pytest.mark.parametrize('format, char, escaped', [(format, char, escaped) for
    format, (char, escaped) in itertools.product(['turtle'], [('x', 'x'), (
    '(', '\\('), (')', '\\)')])])
def test_pname_escaping(format: str, char: str, escaped: str) ->None:
    graph = Graph()
    triple = URIRef(EGDC['prefix/John_Doe']), URIRef(EGDC[f'prefix/prop{char}']
        ), Literal('foo', lang='en')
    graph.bind('egns', EGDC['prefix/'])
    graph.add(triple)
    data = graph.serialize(format=format)
    pattern = re.compile(f'\\segns:prop{re.escape(escaped)}\\s')
    logging.debug(
        'format = %s, char = %r, escaped = %r, pattern = %r, data = %s',
        format, char, escaped, pattern, data)
    assert re.search(pattern, data) is not None


PN_LOCAL_ESC_CHARS = "_~.-!$&'()*+,;=/?#@"


@pytest.mark.parametrize('format, char', itertools.product(['turtle',
    'ntriples'], 'A2c' + PN_LOCAL_ESC_CHARS))
def test_serialize_roundtrip(format: str, char: str) ->None:
    graph = Graph()
    triple = URIRef(EGDC['prefix/John_Doe']), URIRef(EGDC[f'prefix/prop{char}']
        ), Literal('foo', lang='en')
    graph.add(triple)
    graph.bind('egns', EGDC['prefix/'])
    data = graph.serialize(format=format)
    logging.debug('format = %s, char = %s, data = %s', format, char, data)
    parsed_graph = Graph()
    parsed_graph.parse(data=data, format=format)
    GraphHelper.assert_sets_equals(graph, parsed_graph)

"""
This module is intended for tests related to unquoting/unescaping in various
formats that are related to turtle, such as ntriples, nquads, trig and n3.
"""

import itertools
import logging
import re
from test.utils.namespace import EGDC
from typing import Callable, Dict, Iterable, List, Tuple

import pytest

from rdflib.graph import ConjunctiveGraph, Graph
from rdflib.plugins.parsers import ntriples
from rdflib.term import Literal, URIRef

from .utils import GraphHelper

# https://www.w3.org/TR/turtle/#string
string_escape_map = {
    "t": "\t",
    "b": "\b",
    "n": "\n",
    "r": "\r",
    "f": "\f",
    '"': '"',
    "'": "'",
    "\\": "\\",
}


def make_unquote_correctness_pairs() -> List[Tuple[str, str]]:
    """
    Creates pairs of quoted and unquoted strings.
    """
    result = []

    def add_pair(escape: str, unescaped: str) -> None:
        result.append((f"\\{escape}", unescaped))
        result.append((f"\\\\{escape}", f"\\{escape}"))
        result.append((f"\\\\\\{escape}", f"\\{unescaped}"))

    chars = "A1a\\\nøæå"
    for char in chars:
        code_point = ord(char)
        add_pair(f"u{code_point:04x}", char)
        add_pair(f"u{code_point:04X}", char)
        add_pair(f"U{code_point:08x}", char)
        add_pair(f"U{code_point:08X}", char)

    string_escapes = "tbnrf'"
    for char in string_escapes:
        add_pair(f"{char}", string_escape_map[char])

    # special handling because «"» should not appear in string, and add_pair
    # will add it.
    result.append(('\\"', '"'))
    result.append(('\\\\\\"', '\\"'))

    # special handling because «\» should not appear in string, and add_pair
    # will add it.
    result.append(("\\\\", "\\"))
    result.append(("\\\\\\\\", "\\\\"))

    return result


UNQUOTE_CORRECTNESS_PAIRS = make_unquote_correctness_pairs()


def ntriples_unquote_validate(input: str) -> str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``True`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = True
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


def ntriples_unquote(input: str) -> str:
    """
    This function wraps `ntriples.unquote` in a way that ensures that `ntriples.validate` is always ``False`` when it runs.
    """
    old_validate = ntriples.validate
    try:
        ntriples.validate = False
        return ntriples.unquote(input)
    finally:
        ntriples.validate = old_validate


unquoters: Dict[str, Callable[[str], str]] = {
    "ntriples_unquote": ntriples_unquote,
    "ntriples_unquote_validate": ntriples_unquote_validate,
}


def make_unquote_correctness_tests(
    selectors: Iterable[str],
) -> Iterable[Tuple[str, str, str]]:
    """
    This function creates a cartesian product of the selectors and
    `CORRECTNESS_PAIRS` that is suitable for use as pytest parameters.
    """
    for selector in selectors:
        for quoted, unquoted in UNQUOTE_CORRECTNESS_PAIRS:
            yield selector, quoted, unquoted


@pytest.mark.parametrize(
    "unquoter_key, quoted, unquoted", make_unquote_correctness_tests(unquoters.keys())
)
def test_unquote_correctness(
    unquoter_key: str,
    quoted: str,
    unquoted: str,
) -> None:
    """
    Various unquote functions work correctly.
    """
    unquoter = unquoters[unquoter_key]
    assert unquoted == unquoter(quoted)


QUAD_FORMATS = {"nquads"}


@pytest.mark.parametrize(
    "format, quoted, unquoted",
    make_unquote_correctness_tests(["turtle", "ntriples", "nquads"]),
)
def test_parse_correctness(
    format: str,
    quoted: str,
    unquoted: str,
) -> None:
    """
    Quoted strings parse correctly
    """
    if format in QUAD_FORMATS:
        data = f'<example:Subject> <example:Predicate> "{quoted}" <example:Graph>.'
    else:
        data = f'<example:Subject> <example:Predicate> "{quoted}".'
    graph = ConjunctiveGraph()
    graph.parse(data=data, format=format)
    objs = list(graph.objects())
    assert len(objs) == 1
    obj = objs[0]
    assert isinstance(obj, Literal)
    assert isinstance(obj.value, str)
    assert obj.value == unquoted


@pytest.mark.parametrize(
    "format, char, escaped",
    [
        (format, char, escaped)
        for format, (char, escaped) in itertools.product(
            ["turtle"],
            [
                (r"x", r"x"),
                (r"(", r"\("),
                (r")", r"\)"),
            ],
        )
    ],
)
def test_pname_escaping(format: str, char: str, escaped: str) -> None:
    graph = Graph()
    triple = (
        URIRef(EGDC["prefix/John_Doe"]),
        URIRef(EGDC[f"prefix/prop{char}"]),
        Literal("foo", lang="en"),
    )
    graph.bind("egns", EGDC["prefix/"])
    graph.add(triple)
    data = graph.serialize(format=format)
    pattern = re.compile(f"\\segns:prop{re.escape(escaped)}\\s")
    logging.debug(
        "format = %s, char = %r, escaped = %r, pattern = %r, data = %s",
        format,
        char,
        escaped,
        pattern,
        data,
    )
    assert re.search(pattern, data) is not None


# https://www.w3.org/TR/turtle/#grammar-production-PN_LOCAL_ESC
# Not including %, as % should be used for percent encoding.
PN_LOCAL_ESC_CHARS = r"_~.-!$&'()*+,;=/?#@"


@pytest.mark.parametrize(
    "format, char",
    itertools.product(["turtle", "ntriples"], "A2c" + PN_LOCAL_ESC_CHARS),
)
def test_serialize_roundtrip(format: str, char: str) -> None:
    graph = Graph()
    triple = (
        URIRef(EGDC["prefix/John_Doe"]),
        URIRef(EGDC[f"prefix/prop{char}"]),
        Literal("foo", lang="en"),
    )
    graph.add(triple)
    graph.bind("egns", EGDC["prefix/"])
    data = graph.serialize(format=format)
    logging.debug("format = %s, char = %s, data = %s", format, char, data)
    parsed_graph = Graph()
    parsed_graph.parse(data=data, format=format)
    GraphHelper.assert_sets_equals(graph, parsed_graph)
