phi/integration_tests/test_model.py

# -*- coding: utf-8 -*-

import asyncio

from async_generator import asynccontextmanager
import pytest

from phi.async_ldap.model import (
    Hackers,
    User,
    Robots,
    Service,
    Group,
    Congregations,
)
from phi.async_ldap.mixins import build_heritage
from phi.async_ldap.client import AsyncClient
import phi.exceptions as e

BASE_DN = "dc=unit,dc=macaomilano,dc=org"

cl = AsyncClient(
    "ldap://localhost",
    port=389,
    encryption=True,
    #    validate=True,
    ca_cert="../openldap/cert.pem",
    username="root",
    password="root",
    base_dn=BASE_DN,
    attribute_id="cn",
)


@asynccontextmanager
async def clean_db():
    h = Hackers(cl)
    r = Robots(cl)
    c = Congregations(cl)
    h.delete_cascade = True
    r.delete_cascade = True
    c.delete_cascade = True
    await h.delete()
    await r.delete()
    await c.delete()
    yield
    await h.delete()
    await r.delete()
    await c.delete()


async def init_achilles():
    u = User(cl, "achilles")
    u["cn"] = "Achilles"
    u["sn"] = "achilles"
    u["mail"] = "achilles@phthia.gr"
    u["userPassword"] = "Patroclus123"

    await u.save()

    return u


async def init_patroclus():
    u = User(cl, "patroclus")
    u["cn"] = "Patroclus"
    u["sn"] = "patroclus"
    u["mail"] = "patroclus@phthia.gr"
    u["userPassword"] = "WannabeAnHero"

    await u.save()

    return u


async def init_athena():
    s = Service(cl, "athena")
    s["userPassword"] = "ἁ θεονόα"

    await s.save()

    return s


async def init_group(group_name, members):
    g = Group(cl, group_name, member=members)

    await g.save()

    return g


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_User_init():
    async with clean_db():
        u = await init_achilles()

        h = Hackers(cl)

        res = await h.search("achilles")

        assert u == res


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_User_exists():
    async with clean_db():
        u1 = await init_achilles()
        u2 = User(cl, "enea")

        assert await u1.exists()
        assert not await u2.exists()


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_User_double_save_raises():
    async with clean_db():
        u = await init_achilles()
        # Read all the data from the db
        await u.sync()

        with pytest.raises(e.PhiEntryExists) as ex:
            await u.save()

        assert u.dn in str(ex.value)


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_User_describe():
    async with clean_db():
        u = await init_achilles()

        res = await u.describe()

        assert res == {
            "ou": "Hackers",
            "uid": "achilles",
            "cn": "Achilles",
            "sn": "achilles",
            "dn": f"uid=achilles,ou=Hackers,{BASE_DN}",
            "mail": "achilles@phthia.gr",
        }


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_User_modify():
    async with clean_db():
        u = await init_achilles()
        NEW_EMAIL = "a@myrmidons.mil"
        u["mail"] = NEW_EMAIL
        await u.modify()

        h = Hackers(cl)

        res = await h.search("achilles")
        await u.sync()

        assert u["mail"] == res["mail"] == NEW_EMAIL
        for attr in u.ldap_attributes:
            assert u[attr] == res[attr]


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_User_modify_raises():
    """Modifying a not-yet-existing user raises."""
    async with clean_db():
        u = User(cl, "enea")

        with pytest.raises(e.PhiEntryDoesNotExist) as ex:
            await u.modify()

        assert u.dn in str(ex.value)


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_User_delete():
    async with clean_db():
        u = await init_achilles()
        await u.delete()

        h = Hackers(cl)

        with pytest.raises(e.PhiEntryDoesNotExist) as ex:
            await h.search("achilles")

        assert u.dn in str(ex.value)


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_Service_init():
    async with clean_db():
        s = await init_athena()

        r = Robots(cl)

        res = await r.search("athena")

        assert s == res


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_Service_describe():
    async with clean_db():
        s = await init_athena()

        res = await s.describe()

        assert res == {
            "ou": "Robots",
            "uid": "athena",
            "dn": f"uid=athena,ou=Robots,{BASE_DN}",
        }


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_Group_init():
    async with clean_db():
        u = await init_achilles()
        g = await init_group("achaeans", [u])

        c = Congregations(cl)

        res = await c.search("achaeans")

        assert g == res
        assert [u] == [a async for a in g.get_members()]


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_Group_describe():
    async with clean_db():
        u1 = await init_achilles()
        u2 = await init_patroclus()
        g = await init_group("achaeans", [u1, u2])

        res = await g.describe()

        assert res == {
            "ou": "Congregations",
            "cn": "achaeans",
            "dn": f"cn=achaeans,ou=Congregations,{BASE_DN}",
            "member": [u1.dn, u2.dn],
        }


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_Group_add_member():
    async with clean_db():
        u = await init_achilles()
        a = await init_athena()
        g1 = await init_group("achaeans", [u])
        g2 = await init_group("gods", [u])

        await g2.add_member(a)

        m1 = [m async for m in g1.get_members()]
        m2 = [m async for m in g2.get_members()]

        assert u in m1
        assert u in m2
        assert a not in m1
        assert a in m2


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_Group_remove_member():
    async with clean_db():
        u = await init_achilles()
        a = await init_athena()
        g = await init_group("achaeans", [u, a])

        m = [a async for a in g.get_members()]

        assert u in m
        assert a in m

        await g.remove_member(a)

        assert [u] == [el async for el in g.get_members()]


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_User_groups():
    async with clean_db():
        u = await init_achilles()
        a = await init_athena()
        g1 = await init_group("achaeans", [u])
        g2 = await init_group("gods", [u, a])

        res1 = await u.groups()
        res2 = await a.groups()

        assert g1 in res1
        assert g2 in res1
        assert g1 not in res2
        assert g2 in res2


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_OU_delete_raises():
    async with clean_db():
        u1 = await init_achilles()
        u2 = await init_patroclus()
        a = await init_athena()
        g1 = await init_group("achaeans", [u1, u2])
        g2 = await init_group("gods", [a, u1])
        h = Hackers(cl)
        _saved_val = h.delete_cascade
        h.delete_cascade = False

        assert not h.delete_cascade

        with pytest.raises(e.PhiCannotExecute) as ex:
            await h.delete()

        assert "delete_cascade is not set" in str(ex.value)

        h.delete_cascade = _saved_val


@pytest.mark.asyncio
@pytest.mark.integration_test
async def test_OU_delete_cascade():
    async with clean_db():
        u1 = await init_achilles()
        u2 = await init_patroclus()
        a = await init_athena()
        g1 = await init_group("achaeans", [u1, u2])
        g2 = await init_group("gods", [a, u1])
        h = Hackers(cl)
        _saved_val = h.delete_cascade
        h.delete_cascade = True

        assert h.delete_cascade

        await h.delete()
        g2_members = [e async for e in g2.get_members()]
        h_members = [e async for e in h]

        assert not await u1.exists()
        assert not await u2.exists()
        assert h_members == []
        assert not await g1.exists()
        assert u1 not in g2_members
        assert a in g2_members

        h.delete_cascade = _saved_val