<reponame>definitelyprobably/alnitak

import os
import sys
import pwd
import shlex
from time import sleep
from pathlib import Path
import pytest

from alnitak import config
from alnitak import datafile
from alnitak import prog as Prog
from alnitak import certop
from alnitak import dane
from alnitak.tests import setup

sleep_time = 0

def test_1_success_config_default():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config3)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [], [t_a1, t_a2])

        t_b1 = setup.create_tlsa_obj('311', '12780', 'udp', 'b.com')
        t_b2 = setup.create_tlsa_obj('201', '12780', 'sctp', 'A.b.com')
        tb = setup.create_target_obj('b.com', api, [], [t_b1, t_b2])

        t_c1 = setup.create_tlsa_obj('311', '12722', 'tcp', 'A.c.com')
        t_c2 = setup.create_tlsa_obj('311', '12723', 'tcp', 'B.c.com')
        tc = setup.create_target_obj('c.com', api, [], [t_c1, t_c2])

        assert prog.target_list == [ta, tb, tc]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = { 'a.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'b.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'c.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
             }

        assert len(prog.dane_domain_directories) == 3
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call (no certificate changes)
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][201] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # must have been two calls to the 'dns' binary (two calls to
        # publish the two TLSA records)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (renewed again: no certificate changes)
        sleep(sleep_time)
        setup.clear_state(prog)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][201] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # still two calls to the 'dns' binary since cert hashes match
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (no renewal, ttl not passed)
        sleep(sleep_time)
        setup.clear_state(prog)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][201] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # _still_ two calls to the 'dns' binary since ttl not passed
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (proper renewal -- certs changed)
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)

        s.renew_a()
        s.renew_b()

        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # ordinarily, there would be two more calls per tlsa record
        # since the new certs have a different hash, so we need to
        # delete the old 'new' record that was published, and then
        # publish this new one. However, the 201 record still would
        # be the same, so actually only 2 more calls are made instead
        # of 4:
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "", 311, s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "", 311, s.hash['a.com']['cert1'][311]),
                ]
        assert cl == calls




        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        # two more calls to the 'dns' binary to delete (or not if the records
        # match -- it's up to the binary to check that)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "", 311, s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('d', "", 201, s.hash['a.com']['cert1'][201],
                                              s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "", 311, s.hash['a.com']['cert1'][311],
                                              s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name


def test_2_success_2xx_up_config_default():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config3)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [], [t_a1, t_a2])

        t_b1 = setup.create_tlsa_obj('311', '12780', 'udp', 'b.com')
        t_b2 = setup.create_tlsa_obj('201', '12780', 'sctp', 'A.b.com')
        tb = setup.create_target_obj('b.com', api, [], [t_b1, t_b2])

        t_c1 = setup.create_tlsa_obj('311', '12722', 'tcp', 'A.c.com')
        t_c2 = setup.create_tlsa_obj('311', '12723', 'tcp', 'B.c.com')
        tc = setup.create_target_obj('c.com', api, [], [t_c1, t_c2])

        assert prog.target_list == [ta, tb, tc]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = { 'a.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'b.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'c.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
             }

        assert len(prog.dane_domain_directories) == 3
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call (no certificate changes)
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # must have been two calls to the 'dns' binary (two calls to
        # publish the two TLSA records)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (renewed again: no certificate changes)
        sleep(sleep_time)
        setup.clear_state(prog)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # still two calls to the 'dns' binary since cert hashes match
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                ]
            # there is another call for the 201 record since, on the first
            # posthook call the 201 record was already up and so not
            # posthook line was written, as opposed for the 311 record.
            # Now, when the certs were renewed again, the 311 record
            # wasn't checked again because we had a posthook line with
            # pending '0' and the cert hashes matched, so we did not need
            # to try to publish again; however, since there is no 201
            # record posthook line, then the program calls the dns program
            # to try to publish a record again.
        assert cl == calls



        # posthook (no renewal, ttl not passed)
        sleep(sleep_time)
        setup.clear_state(prog)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # _still_ two calls to the 'dns' binary since ttl not passed
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (proper renewal -- certs changed)
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)

        s.renew_a()
        s.renew_b()

        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # ordinarily, there would be two more calls per tlsa record
        # since the new certs have a different hash, so we need to
        # delete the old 'new' record that was published, and then
        # publish this new one. However, the 201 record still would
        # be the same, so actually only 2 more calls are made instead
        # of 4:
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                ]
        assert cl == calls




        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        # two more calls to the 'dns' binary to delete (or not if the records
        # match -- it's up to the binary to check that)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name


def test_3_hashes():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config1)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config4)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a200 = setup.create_tlsa_obj('200', '12725', 'tcp', 'a.com')
        t_a201 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a202 = setup.create_tlsa_obj('202', '12725', 'tcp', 'a.com')
        t_a210 = setup.create_tlsa_obj('210', '12725', 'tcp', 'a.com')
        t_a211 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a212 = setup.create_tlsa_obj('212', '12725', 'tcp', 'a.com')
        t_a300 = setup.create_tlsa_obj('300', '12725', 'tcp', 'a.com')
        t_a301 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a302 = setup.create_tlsa_obj('302', '12725', 'tcp', 'a.com')
        t_a310 = setup.create_tlsa_obj('310', '12725', 'tcp', 'a.com')
        t_a311 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        t_a312 = setup.create_tlsa_obj('312', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                [t_a200, t_a201, t_a202, t_a210, t_a211, t_a212,
                 t_a300, t_a301, t_a302, t_a310, t_a311, t_a312])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call (publish succeeds)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        postlines = []
        for n in [200, 201, 202, 210, 211, 212, 300, 301, 302, 310, 311, 312]:
            postlines += [ [ 'a.com', str(n), '12725', 'tcp', 'a.com',
                             ptime, '0', s.hash['a.com']['cert2'][n] ] ]
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                ]
        lines += postlines
        assert sorted(df_lines) == sorted(lines)

        # must have been twelve calls to the 'dns' binary (to publish)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 200,
                                s.hash['a.com']['cert2'][200]),
                setup.call_line('p', "", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "", 202,
                                s.hash['a.com']['cert2'][202]),
                setup.call_line('p', "", 210,
                                s.hash['a.com']['cert2'][210]),
                setup.call_line('p', "", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "", 212,
                                s.hash['a.com']['cert2'][212]),
                setup.call_line('p', "", 300,
                                s.hash['a.com']['cert2'][300]),
                setup.call_line('p', "", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "", 302,
                                s.hash['a.com']['cert2'][302]),
                setup.call_line('p', "", 310,
                                s.hash['a.com']['cert2'][310]),
                setup.call_line('p', "", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('p', "", 312,
                                s.hash['a.com']['cert2'][312]),
                ]
        assert cl == calls



        # posthook (renewed again -- certs changed)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        postlines = []
        for n in [200, 201, 202, 210, 211, 212]:
            postlines += [ [ 'a.com', str(n), '12725', 'tcp', 'a.com', ptime,
                             '0', s.hash['a.com']['cert3'][n] ] ]
        for n in [300, 301, 302, 310, 311, 312]:
            postlines += [ [ 'a.com', str(n), '12725', 'tcp', 'a.com', ptime2,
                             '0', s.hash['a.com']['cert3'][n] ] ]
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                ]
        lines += postlines
        assert sorted(df_lines) == sorted(lines)

        # ordinarily, there would be two more calls per tlsa record
        # since the new certs have a different hash, so we need to
        # delete the old 'new' record that was published, and then
        # publish this new one. However, the 2xx records still would
        # be the same, so actually only 12 more calls are made
        # instead of 24:
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 300,
                                s.hash['a.com']['cert3'][300]),
                setup.call_line('p', "", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('p', "", 302,
                                s.hash['a.com']['cert3'][302]),
                setup.call_line('p', "", 310,
                                s.hash['a.com']['cert3'][310]),
                setup.call_line('p', "", 311,
                                s.hash['a.com']['cert3'][311]),
                setup.call_line('p', "", 312,
                                s.hash['a.com']['cert3'][312]),

                setup.call_line('d', "", 300,
                                s.hash['a.com']['cert2'][300]),
                setup.call_line('d', "", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "", 302,
                                s.hash['a.com']['cert2'][302]),
                setup.call_line('d', "", 310,
                                s.hash['a.com']['cert2'][310]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "", 312,
                                s.hash['a.com']['cert2'][312]),
                ]
        assert cl[12:] == calls



        # posthook (no renewal, ttl passed)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        # twelve more calls to the 'dns' binary to delete (or not if
        # the records match -- it's up to the binary to check that)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "", 200,
                                s.hash['a.com']['cert1'][200],
                                s.hash['a.com']['cert3'][200]),
                setup.call_line('d', "", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert3'][201]),
                setup.call_line('d', "", 202,
                                s.hash['a.com']['cert1'][202],
                                s.hash['a.com']['cert3'][202]),
                setup.call_line('d', "", 210,
                                s.hash['a.com']['cert1'][210],
                                s.hash['a.com']['cert3'][210]),
                setup.call_line('d', "", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert3'][211]),
                setup.call_line('d', "", 212,
                                s.hash['a.com']['cert1'][212],
                                s.hash['a.com']['cert3'][212]),

                setup.call_line('d', "", 300,
                                s.hash['a.com']['cert1'][300],
                                s.hash['a.com']['cert3'][300]),
                setup.call_line('d', "", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('d', "", 302,
                                s.hash['a.com']['cert1'][302],
                                s.hash['a.com']['cert3'][302]),
                setup.call_line('d', "", 310,
                                s.hash['a.com']['cert1'][310],
                                s.hash['a.com']['cert3'][310]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert3'][311]),
                setup.call_line('d', "", 312,
                                s.hash['a.com']['cert1'][312],
                                s.hash['a.com']['cert3'][312]),
                ]
        assert cl[24:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_4_2xx_only():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config7)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config8)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [], [t_a1])

        t_b1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'b.com')
        t_b2 = setup.create_tlsa_obj('212', '12725', 'tcp', 'b.com')
        tb = setup.create_target_obj('b.com', api, [], [t_b1, t_b2])

        assert prog.target_list == [ta, tb]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/live/b.com/cert.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/live/b.com/chain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                            '../../le/live/b.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                            '../../le/live/b.com/privkey.pem'

        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = { 'a.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'b.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
             }

        assert len(prog.dane_domain_directories) == 2
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                        '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                        '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                        '../../le/archive/b.com/cert1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                        '../../le/archive/b.com/chain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                        '../../le/archive/b.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                        '../../le/archive/b.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [str(s.bin / 'dns')]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'b.com', '201', '12725', 'tcp', 'b.com', ptime, '0',
                      s.hash['b.com']['cert2'][201] ],
                    [ 'b.com', '212', '12725', 'tcp', 'b.com', ptime, '0',
                      s.hash['b.com']['cert2'][212] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "", 201,
                                s.hash['b.com']['cert2'][201]),
                setup.call_line('p', "", 212,
                                s.hash['b.com']['cert2'][212]),
                ]
        assert cl == calls


        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                        '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                        '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                        '../../le/archive/b.com/cert1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                        '../../le/archive/b.com/chain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                        '../../le/archive/b.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                        '../../le/archive/b.com/privkey1.pem'




        # posthook renewed again
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:212' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'b.com', '201', '12725', 'tcp', 'b.com', ptime, '0',
                      s.hash['b.com']['cert2'][201] ],
                    [ 'b.com', '212', '12725', 'tcp', 'b.com', ptime, '0',
                      s.hash['b.com']['cert2'][212] ],
                ]
        assert sorted(df_lines) == sorted(lines)


        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "", 201,
                                s.hash['b.com']['cert2'][201]),
                setup.call_line('p', "", 212,
                                s.hash['b.com']['cert2'][212]),
                ]
        assert cl == calls


        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                        '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                        '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                        '../../le/archive/b.com/cert1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                        '../../le/archive/b.com/chain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                        '../../le/archive/b.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                        '../../le/archive/b.com/privkey1.pem'



        # ttl passed
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), "--is-up=201:212" ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--is-up=201:212", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--is-up=201:212", 201,
                                s.hash['b.com']['cert1'][201],
                                s.hash['b.com']['cert2'][201]),
                setup.call_line('d', "--is-up=201:212", 212,
                                s.hash['b.com']['cert1'][212],
                                s.hash['b.com']['cert2'][212]),
                ]
        assert cl[3:] == calls


        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/live/b.com/cert.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/live/b.com/chain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                            '../../le/live/b.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                            '../../le/live/b.com/privkey.pem'


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_5_2xx_only_already_up():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config7)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config8)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [], [t_a1])

        t_b1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'b.com')
        t_b2 = setup.create_tlsa_obj('212', '12725', 'tcp', 'b.com')
        tb = setup.create_target_obj('b.com', api, [], [t_b1, t_b2])

        assert prog.target_list == [ta, tb]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/live/b.com/cert.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/live/b.com/chain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                            '../../le/live/b.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                            '../../le/live/b.com/privkey.pem'

        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = { 'a.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'b.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
             }

        assert len(prog.dane_domain_directories) == 2
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/archive/b.com/cert1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/archive/b.com/chain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                        '../../le/archive/b.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                        '../../le/archive/b.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:212' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201:212", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--is-up=201:212", 201,
                                s.hash['b.com']['cert2'][201]),
                setup.call_line('p', "--is-up=201:212", 212,
                                s.hash['b.com']['cert2'][212]),
                ]
        assert cl == calls


        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/live/b.com/cert.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/live/b.com/chain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                            '../../le/live/b.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                            '../../le/live/b.com/privkey.pem'


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name




def test_6_single_renewal_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # posthook (certs renewed) -- publish failed
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook (ttl passed, no renewal) -- publishing still fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # Note: ptime and NOT ptime2: record still not published, so really
        # neither time actually matters...
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls



        # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok
            # publish now succeeds, will not attempt to delete since we've only
            # just managed to publish a record

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-delete", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-delete", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[8:] == calls



        # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--fail-delete", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('d', "--fail-delete", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[12:] == calls



        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns') ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()
         
        calls = [
                setup.call_line('d', "", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('d', "", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[16:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name




def test_7_single_renewal_2xx_up_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # posthook (certs renewed) -- publish failed
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish --is-up=201:211", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook (ttl passed, no renewal) -- publishing still fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # Note: ptime and NOT ptime2: record still not published, so really
        # neither time actually matters...
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls



        # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok
            # publish now succeeds, will not attempt to delete since we've only
            # just managed to publish a record

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: if the 2xx record is already up, then we still write a line
        # because we still need to delete the old record
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[6:] == calls




        # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[8:] == calls



        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()
         
        calls = [
                setup.call_line('d', "--is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[10:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_8_single_renewal_2xx_delayed_up_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # posthook (certs renewed) -- publish failed
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook (ttl passed, no renewal) -- publishing still fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # Note: ptime and NOT ptime2: record still not published, so really
        # neither time actually matters...
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish --is-up=201:211", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls



        # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok
            # publish now succeeds, will not attempt to delete since we've only
            # just managed to publish a record

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: if the 2xx record is already up, then we still write a line
        # because we still need to delete the old record
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[8:] == calls




        # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[10:] == calls



        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()
         
        calls = [
                setup.call_line('d', "--is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[12:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_9_multi_renewal_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)




        # posthook (certs renewed) -- publish succeeds
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        # already the default: don't need
        #for g in prog.data.groups:
        #    g.target.api.command = [ str(s.bin / 'dns') ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook renewal again, publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # no delete lines for 2xx params since the old and new hashes
        # are the same, so the old 'new' certs being up don't need to
        # be deleted: we thus make no delete call
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert3'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '1', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '1', s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # records 2xx are not published again since the new new certs match the
        # old new certs, which were already published successfully
        calls = [
                setup.call_line('p', "--fail-delete", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('p', "--fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls






        # posthook renewal again, publish fails, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert3'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert3'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '2', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '2', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
                      '1', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '1', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # don't forget there's an extra two delete calls to try to delete the
        # previous two delete lines.
        calls = [
                setup.call_line('d', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),

                setup.call_line('p', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert1'][301]),
                setup.call_line('p', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert1'][311]),

                setup.call_line('d', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('d', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),
                ]
        assert cl[8:] == calls







        # posthook ttl passed, publish fails, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime4 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert3'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert3'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '3', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '3', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
                      '2', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '2', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # note that ttl has passed and the 2xx records were published
        # at the very beginning (pending state is '0') so right now
        # there is an extra call to delete the 2xx records if the new
        # ones are up
        calls = [
                setup.call_line('d', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),

                setup.call_line('d', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('d', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--fail-publish --fail-delete", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--fail-publish --fail-delete", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert1'][301]),
                setup.call_line('p', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert1'][311]),
                ]
        assert cl[14:] == calls






        # posthook ttl passed, publish fails, delete all but 311 not up
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime5 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--not-up=311',
                                                         '--fail-publish' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
#                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
#                  s.hash['a.com']['cert3'][201] ],
#                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
#                  s.hash['a.com']['cert3'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
#                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
#                  '3', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '4', s.hash['a.com']['cert2'][311] ],
#                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
#                  '2', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '3', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--not-up=311 --fail-publish", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--not-up=311 --fail-publish", 311,
                                s.hash['a.com']['cert2'][311]),

                setup.call_line('d', "--not-up=311 --fail-publish", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('d', "--not-up=311 --fail-publish", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--not-up=311 --fail-publish", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--not-up=311 --fail-publish", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p', "--not-up=311 --fail-publish", 301,
                                s.hash['a.com']['cert1'][301]),
                setup.call_line('p', "--not-up=311 --fail-publish", 311,
                                s.hash['a.com']['cert1'][311]),
                ]
        assert cl[22:] == calls





        # posthook renewed again, publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime6 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: the 2xx records are recreated because the certs were
        # renewed again
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '5', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '4', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('p', "--fail-delete", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-delete", 211,
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p', "--fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[30:] == calls





        # posthook ttl passed, 311 not up
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime7 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--not-up=311' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
#                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime6, '0',
#                  s.hash['a.com']['cert2'][201] ],
#                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime6, '0',
#                  s.hash['a.com']['cert2'][211] ],
#                [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime6, '0',
#                  s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '6', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '5', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--not-up=311", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--not-up=311", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--not-up=311", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--not-up=311", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('d', "--not-up=311", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--not-up=311", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[36:] == calls




        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns') ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()
         
        calls = [
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]

        assert cl[42:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_10_multi_renewal_2xx_up_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)




        # posthook (certs renewed) -- publish succeeds
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201:211", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--is-up=201:211", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook renewal again, publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert3'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '1', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '1', s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-delete", 201,
                                s.hash['a.com']['cert3'][201]),
                setup.call_line('p', "--fail-delete", 211,
                                s.hash['a.com']['cert3'][211]),
                setup.call_line('p', "--fail-delete", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('p', "--fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls





        # posthook renewal again, publish fails, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: 2xx posthook lines not deleted because they were already
        # previously published and the renewed certs do not change the
        # 2xx hashes, so rather than attempting to publish again, the
        # posthook lines' times are just updated (so the lines will
        # still exist)
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '2', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '2', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
                      '1', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '1', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # don't forget there's an extra two delete calls to try to delete the
        # previous two delete lines.
        calls = [
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert2'][301]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert2'][311]),

                setup.call_line('p',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert1'][301]),
                setup.call_line('p',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert1'][311]),

                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert3'][301]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert3'][311]),
                ]
        assert cl[10:] == calls






        # posthook ttl passed, publish fails, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime4 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '3', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '3', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
                      '2', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '2', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # note that ttl has passed and the 2xx records were published
        # at the very beginning (pending state is '0') so right now
        # there is an extra call to delete the 2xx records if the new
        # ones are up
        calls = [
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert2'][301]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert2'][311]),

                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert3'][301]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert3'][311]),

                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                201, s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                211, s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert1'][301]),
                setup.call_line('p',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert1'][311]),
                ]
        assert cl[16:] == calls






        # posthook ttl passed, publish fails, delete all but 311 not up
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime5 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--not-up=311',
                                                         '--fail-publish',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
#                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
#                  s.hash['a.com']['cert3'][201] ],
#                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
#                  s.hash['a.com']['cert3'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
#                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
#                  '3', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '4', s.hash['a.com']['cert2'][311] ],
#                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
#                  '2', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '3', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                301, s.hash['a.com']['cert2'][301]),
                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                311, s.hash['a.com']['cert2'][311]),

                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                301, s.hash['a.com']['cert3'][301]),
                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                311, s.hash['a.com']['cert3'][311]),

                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                201, s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                211, s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                301, s.hash['a.com']['cert1'][301]),
                setup.call_line('p',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                311, s.hash['a.com']['cert1'][311]),
                ]
        assert cl[24:] == calls





        # posthook renewed again, publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime6 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: the 2xx records would be recreated because the certs were
        # renewed again, but because they are already up (binary 'dns' returns
        # '1') their processing is considered done and no posthook lines are
        # written.
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '5', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '4', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('p', "--fail-delete --is-up=201:211", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-delete --is-up=201:211", 211,
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[32:] == calls





        # posthook ttl passed, 311 not up
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime7 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--not-up=311',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '6', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '5', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--not-up=311 --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--not-up=311 --is-up=201:211", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--not-up=311 --is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--not-up=311 --is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[38:] == calls




        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]

        assert cl[42:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name





import os
import sys
import pwd
import shlex
from time import sleep
from pathlib import Path
import pytest

from alnitak import config
from alnitak import datafile
from alnitak import prog as Prog
from alnitak import certop
from alnitak import dane
from alnitak.tests import setup

sleep_time = 0

def test_1_success_config_default():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config3)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [], [t_a1, t_a2])

        t_b1 = setup.create_tlsa_obj('311', '12780', 'udp', 'b.com')
        t_b2 = setup.create_tlsa_obj('201', '12780', 'sctp', 'A.b.com')
        tb = setup.create_target_obj('b.com', api, [], [t_b1, t_b2])

        t_c1 = setup.create_tlsa_obj('311', '12722', 'tcp', 'A.c.com')
        t_c2 = setup.create_tlsa_obj('311', '12723', 'tcp', 'B.c.com')
        tc = setup.create_target_obj('c.com', api, [], [t_c1, t_c2])

        assert prog.target_list == [ta, tb, tc]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = { 'a.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'b.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'c.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
             }

        assert len(prog.dane_domain_directories) == 3
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call (no certificate changes)
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][201] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # must have been two calls to the 'dns' binary (two calls to
        # publish the two TLSA records)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (renewed again: no certificate changes)
        sleep(sleep_time)
        setup.clear_state(prog)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][201] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # still two calls to the 'dns' binary since cert hashes match
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (no renewal, ttl not passed)
        sleep(sleep_time)
        setup.clear_state(prog)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][201] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # _still_ two calls to the 'dns' binary since ttl not passed
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (proper renewal -- certs changed)
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)

        s.renew_a()
        s.renew_b()

        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # ordinarily, there would be two more calls per tlsa record
        # since the new certs have a different hash, so we need to
        # delete the old 'new' record that was published, and then
        # publish this new one. However, the 201 record still would
        # be the same, so actually only 2 more calls are made instead
        # of 4:
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "", 311, s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "", 311, s.hash['a.com']['cert1'][311]),
                ]
        assert cl == calls




        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        # two more calls to the 'dns' binary to delete (or not if the records
        # match -- it's up to the binary to check that)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "", 201, s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "", 311, s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "", 311, s.hash['a.com']['cert1'][311]),
                setup.call_line('d', "", 201, s.hash['a.com']['cert1'][201],
                                              s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "", 311, s.hash['a.com']['cert1'][311],
                                              s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name


def test_2_success_2xx_up_config_default():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config3)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [], [t_a1, t_a2])

        t_b1 = setup.create_tlsa_obj('311', '12780', 'udp', 'b.com')
        t_b2 = setup.create_tlsa_obj('201', '12780', 'sctp', 'A.b.com')
        tb = setup.create_target_obj('b.com', api, [], [t_b1, t_b2])

        t_c1 = setup.create_tlsa_obj('311', '12722', 'tcp', 'A.c.com')
        t_c2 = setup.create_tlsa_obj('311', '12723', 'tcp', 'B.c.com')
        tc = setup.create_target_obj('c.com', api, [], [t_c1, t_c2])

        assert prog.target_list == [ta, tb, tc]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = { 'a.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'b.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'c.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
             }

        assert len(prog.dane_domain_directories) == 3
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'c.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call (no certificate changes)
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # must have been two calls to the 'dns' binary (two calls to
        # publish the two TLSA records)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (renewed again: no certificate changes)
        sleep(sleep_time)
        setup.clear_state(prog)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # still two calls to the 'dns' binary since cert hashes match
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                ]
            # there is another call for the 201 record since, on the first
            # posthook call the 201 record was already up and so not
            # posthook line was written, as opposed for the 311 record.
            # Now, when the certs were renewed again, the 311 record
            # wasn't checked again because we had a posthook line with
            # pending '0' and the cert hashes matched, so we did not need
            # to try to publish again; however, since there is no 201
            # record posthook line, then the program calls the dns program
            # to try to publish a record again.
        assert cl == calls



        # posthook (no renewal, ttl not passed)
        sleep(sleep_time)
        setup.clear_state(prog)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert1'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # _still_ two calls to the 'dns' binary since ttl not passed
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                ]
        assert cl == calls



        # posthook (proper renewal -- certs changed)
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)

        s.renew_a()
        s.renew_b()

        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        # ordinarily, there would be two more calls per tlsa record
        # since the new certs have a different hash, so we need to
        # delete the old 'new' record that was published, and then
        # publish this new one. However, the 201 record still would
        # be the same, so actually only 2 more calls are made instead
        # of 4:
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                ]
        assert cl == calls




        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        # two more calls to the 'dns' binary to delete (or not if the records
        # match -- it's up to the binary to check that)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert1'][201]),
                setup.call_line('p', "--is-up=201", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('p', "--is-up=201", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--is-up=201", 311,
                                s.hash['a.com']['cert1'][311]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name


def test_3_hashes():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config1)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config4)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a200 = setup.create_tlsa_obj('200', '12725', 'tcp', 'a.com')
        t_a201 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a202 = setup.create_tlsa_obj('202', '12725', 'tcp', 'a.com')
        t_a210 = setup.create_tlsa_obj('210', '12725', 'tcp', 'a.com')
        t_a211 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a212 = setup.create_tlsa_obj('212', '12725', 'tcp', 'a.com')
        t_a300 = setup.create_tlsa_obj('300', '12725', 'tcp', 'a.com')
        t_a301 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a302 = setup.create_tlsa_obj('302', '12725', 'tcp', 'a.com')
        t_a310 = setup.create_tlsa_obj('310', '12725', 'tcp', 'a.com')
        t_a311 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        t_a312 = setup.create_tlsa_obj('312', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                [t_a200, t_a201, t_a202, t_a210, t_a211, t_a212,
                 t_a300, t_a301, t_a302, t_a310, t_a311, t_a312])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call (publish succeeds)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        postlines = []
        for n in [200, 201, 202, 210, 211, 212, 300, 301, 302, 310, 311, 312]:
            postlines += [ [ 'a.com', str(n), '12725', 'tcp', 'a.com',
                             ptime, '0', s.hash['a.com']['cert2'][n] ] ]
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                ]
        lines += postlines
        assert sorted(df_lines) == sorted(lines)

        # must have been twelve calls to the 'dns' binary (to publish)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 200,
                                s.hash['a.com']['cert2'][200]),
                setup.call_line('p', "", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "", 202,
                                s.hash['a.com']['cert2'][202]),
                setup.call_line('p', "", 210,
                                s.hash['a.com']['cert2'][210]),
                setup.call_line('p', "", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "", 212,
                                s.hash['a.com']['cert2'][212]),
                setup.call_line('p', "", 300,
                                s.hash['a.com']['cert2'][300]),
                setup.call_line('p', "", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "", 302,
                                s.hash['a.com']['cert2'][302]),
                setup.call_line('p', "", 310,
                                s.hash['a.com']['cert2'][310]),
                setup.call_line('p', "", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('p', "", 312,
                                s.hash['a.com']['cert2'][312]),
                ]
        assert cl == calls



        # posthook (renewed again -- certs changed)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        postlines = []
        for n in [200, 201, 202, 210, 211, 212]:
            postlines += [ [ 'a.com', str(n), '12725', 'tcp', 'a.com', ptime,
                             '0', s.hash['a.com']['cert3'][n] ] ]
        for n in [300, 301, 302, 310, 311, 312]:
            postlines += [ [ 'a.com', str(n), '12725', 'tcp', 'a.com', ptime2,
                             '0', s.hash['a.com']['cert3'][n] ] ]
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                ]
        lines += postlines
        assert sorted(df_lines) == sorted(lines)

        # ordinarily, there would be two more calls per tlsa record
        # since the new certs have a different hash, so we need to
        # delete the old 'new' record that was published, and then
        # publish this new one. However, the 2xx records still would
        # be the same, so actually only 12 more calls are made
        # instead of 24:
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 300,
                                s.hash['a.com']['cert3'][300]),
                setup.call_line('p', "", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('p', "", 302,
                                s.hash['a.com']['cert3'][302]),
                setup.call_line('p', "", 310,
                                s.hash['a.com']['cert3'][310]),
                setup.call_line('p', "", 311,
                                s.hash['a.com']['cert3'][311]),
                setup.call_line('p', "", 312,
                                s.hash['a.com']['cert3'][312]),

                setup.call_line('d', "", 300,
                                s.hash['a.com']['cert2'][300]),
                setup.call_line('d', "", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "", 302,
                                s.hash['a.com']['cert2'][302]),
                setup.call_line('d', "", 310,
                                s.hash['a.com']['cert2'][310]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "", 312,
                                s.hash['a.com']['cert2'][312]),
                ]
        assert cl[12:] == calls



        # posthook (no renewal, ttl passed)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        # twelve more calls to the 'dns' binary to delete (or not if
        # the records match -- it's up to the binary to check that)
        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "", 200,
                                s.hash['a.com']['cert1'][200],
                                s.hash['a.com']['cert3'][200]),
                setup.call_line('d', "", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert3'][201]),
                setup.call_line('d', "", 202,
                                s.hash['a.com']['cert1'][202],
                                s.hash['a.com']['cert3'][202]),
                setup.call_line('d', "", 210,
                                s.hash['a.com']['cert1'][210],
                                s.hash['a.com']['cert3'][210]),
                setup.call_line('d', "", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert3'][211]),
                setup.call_line('d', "", 212,
                                s.hash['a.com']['cert1'][212],
                                s.hash['a.com']['cert3'][212]),

                setup.call_line('d', "", 300,
                                s.hash['a.com']['cert1'][300],
                                s.hash['a.com']['cert3'][300]),
                setup.call_line('d', "", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('d', "", 302,
                                s.hash['a.com']['cert1'][302],
                                s.hash['a.com']['cert3'][302]),
                setup.call_line('d', "", 310,
                                s.hash['a.com']['cert1'][310],
                                s.hash['a.com']['cert3'][310]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert3'][311]),
                setup.call_line('d', "", 312,
                                s.hash['a.com']['cert1'][312],
                                s.hash['a.com']['cert3'][312]),
                ]
        assert cl[24:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_4_2xx_only():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config7)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config8)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [], [t_a1])

        t_b1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'b.com')
        t_b2 = setup.create_tlsa_obj('212', '12725', 'tcp', 'b.com')
        tb = setup.create_target_obj('b.com', api, [], [t_b1, t_b2])

        assert prog.target_list == [ta, tb]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/live/b.com/cert.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/live/b.com/chain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                            '../../le/live/b.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                            '../../le/live/b.com/privkey.pem'

        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = { 'a.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'b.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
             }

        assert len(prog.dane_domain_directories) == 2
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                        '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                        '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                        '../../le/archive/b.com/cert1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                        '../../le/archive/b.com/chain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                        '../../le/archive/b.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                        '../../le/archive/b.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [str(s.bin / 'dns')]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'b.com', '201', '12725', 'tcp', 'b.com', ptime, '0',
                      s.hash['b.com']['cert2'][201] ],
                    [ 'b.com', '212', '12725', 'tcp', 'b.com', ptime, '0',
                      s.hash['b.com']['cert2'][212] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "", 201,
                                s.hash['b.com']['cert2'][201]),
                setup.call_line('p', "", 212,
                                s.hash['b.com']['cert2'][212]),
                ]
        assert cl == calls


        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                        '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                        '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                        '../../le/archive/b.com/cert1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                        '../../le/archive/b.com/chain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                        '../../le/archive/b.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                        '../../le/archive/b.com/privkey1.pem'




        # posthook renewed again
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:212' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'b.com', '201', '12725', 'tcp', 'b.com', ptime, '0',
                      s.hash['b.com']['cert2'][201] ],
                    [ 'b.com', '212', '12725', 'tcp', 'b.com', ptime, '0',
                      s.hash['b.com']['cert2'][212] ],
                ]
        assert sorted(df_lines) == sorted(lines)


        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "", 201,
                                s.hash['b.com']['cert2'][201]),
                setup.call_line('p', "", 212,
                                s.hash['b.com']['cert2'][212]),
                ]
        assert cl == calls


        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                        '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                        '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                        '../../le/archive/b.com/cert1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                        '../../le/archive/b.com/chain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                        '../../le/archive/b.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                        '../../le/archive/b.com/privkey1.pem'



        # ttl passed
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), "--is-up=201:212" ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--is-up=201:212", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--is-up=201:212", 201,
                                s.hash['b.com']['cert1'][201],
                                s.hash['b.com']['cert2'][201]),
                setup.call_line('d', "--is-up=201:212", 212,
                                s.hash['b.com']['cert1'][212],
                                s.hash['b.com']['cert2'][212]),
                ]
        assert cl[3:] == calls


        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/live/b.com/cert.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/live/b.com/chain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                            '../../le/live/b.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                            '../../le/live/b.com/privkey.pem'


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_5_2xx_only_already_up():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config7)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config8)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [], [t_a1])

        t_b1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'b.com')
        t_b2 = setup.create_tlsa_obj('212', '12725', 'tcp', 'b.com')
        tb = setup.create_target_obj('b.com', api, [], [t_b1, t_b2])

        assert prog.target_list == [ta, tb]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/live/b.com/cert.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/live/b.com/chain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                            '../../le/live/b.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                            '../../le/live/b.com/privkey.pem'

        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = { 'a.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
               'b.com':
                  [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ],
             }

        assert len(prog.dane_domain_directories) == 2
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/archive/b.com/cert1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/archive/b.com/chain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                        '../../le/archive/b.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                        '../../le/archive/b.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'b.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # first posthook call
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        s.renew_b()
        prog.renewed_domains = [ 'a.com', 'b.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:212' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201:212", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--is-up=201:212", 201,
                                s.hash['b.com']['cert2'][201]),
                setup.call_line('p', "--is-up=201:212", 212,
                                s.hash['b.com']['cert2'][212]),
                ]
        assert cl == calls


        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'

        assert os.readlink(str(s.dane / 'b.com' / 'cert.pem')) == \
                                            '../../le/live/b.com/cert.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'chain.pem')) == \
                                            '../../le/live/b.com/chain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'fullchain.pem')) == \
                                            '../../le/live/b.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'b.com' / 'privkey.pem')) == \
                                            '../../le/live/b.com/privkey.pem'


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name




def test_6_single_renewal_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # posthook (certs renewed) -- publish failed
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook (ttl passed, no renewal) -- publishing still fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # Note: ptime and NOT ptime2: record still not published, so really
        # neither time actually matters...
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls



        # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok
            # publish now succeeds, will not attempt to delete since we've only
            # just managed to publish a record

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-delete", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-delete", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[8:] == calls



        # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--fail-delete", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('d', "--fail-delete", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[12:] == calls



        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns') ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()
         
        calls = [
                setup.call_line('d', "", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('d', "", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[16:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name




def test_7_single_renewal_2xx_up_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # posthook (certs renewed) -- publish failed
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish --is-up=201:211", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook (ttl passed, no renewal) -- publishing still fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # Note: ptime and NOT ptime2: record still not published, so really
        # neither time actually matters...
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls



        # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok
            # publish now succeeds, will not attempt to delete since we've only
            # just managed to publish a record

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: if the 2xx record is already up, then we still write a line
        # because we still need to delete the old record
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[6:] == calls




        # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[8:] == calls



        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()
         
        calls = [
                setup.call_line('d', "--is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[10:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_8_single_renewal_2xx_delayed_up_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)



        # posthook (certs renewed) -- publish failed
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook (ttl passed, no renewal) -- publishing still fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # Note: ptime and NOT ptime2: record still not published, so really
        # neither time actually matters...
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '1',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-publish --is-up=201:211", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-publish --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls



        # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok
            # publish now succeeds, will not attempt to delete since we've only
            # just managed to publish a record

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: if the 2xx record is already up, then we still write a line
        # because we still need to delete the old record
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[8:] == calls




        # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[10:] == calls



        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()
         
        calls = [
                setup.call_line('d', "--is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[12:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_9_multi_renewal_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)




        # posthook (certs renewed) -- publish succeeds
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        # already the default: don't need
        #for g in prog.data.groups:
        #    g.target.api.command = [ str(s.bin / 'dns') ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook renewal again, publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # no delete lines for 2xx params since the old and new hashes
        # are the same, so the old 'new' certs being up don't need to
        # be deleted: we thus make no delete call
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert3'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '1', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '1', s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # records 2xx are not published again since the new new certs match the
        # old new certs, which were already published successfully
        calls = [
                setup.call_line('p', "--fail-delete", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('p', "--fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls






        # posthook renewal again, publish fails, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert3'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert3'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '2', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '2', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
                      '1', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '1', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # don't forget there's an extra two delete calls to try to delete the
        # previous two delete lines.
        calls = [
                setup.call_line('d', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),

                setup.call_line('p', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert1'][301]),
                setup.call_line('p', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert1'][311]),

                setup.call_line('d', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('d', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),
                ]
        assert cl[8:] == calls







        # posthook ttl passed, publish fails, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime4 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert3'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert3'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '3', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '3', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
                      '2', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '2', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # note that ttl has passed and the 2xx records were published
        # at the very beginning (pending state is '0') so right now
        # there is an extra call to delete the 2xx records if the new
        # ones are up
        calls = [
                setup.call_line('d', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),

                setup.call_line('d', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('d', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--fail-publish --fail-delete", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--fail-publish --fail-delete", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p', "--fail-publish --fail-delete", 301,
                                s.hash['a.com']['cert1'][301]),
                setup.call_line('p', "--fail-publish --fail-delete", 311,
                                s.hash['a.com']['cert1'][311]),
                ]
        assert cl[14:] == calls






        # posthook ttl passed, publish fails, delete all but 311 not up
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime5 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--not-up=311',
                                                         '--fail-publish' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
#                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
#                  s.hash['a.com']['cert3'][201] ],
#                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
#                  s.hash['a.com']['cert3'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
#                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
#                  '3', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '4', s.hash['a.com']['cert2'][311] ],
#                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
#                  '2', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '3', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--not-up=311 --fail-publish", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--not-up=311 --fail-publish", 311,
                                s.hash['a.com']['cert2'][311]),

                setup.call_line('d', "--not-up=311 --fail-publish", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('d', "--not-up=311 --fail-publish", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--not-up=311 --fail-publish", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--not-up=311 --fail-publish", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p', "--not-up=311 --fail-publish", 301,
                                s.hash['a.com']['cert1'][301]),
                setup.call_line('p', "--not-up=311 --fail-publish", 311,
                                s.hash['a.com']['cert1'][311]),
                ]
        assert cl[22:] == calls





        # posthook renewed again, publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime6 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: the 2xx records are recreated because the certs were
        # renewed again
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '5', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '4', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('p', "--fail-delete", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-delete", 211,
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p', "--fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[30:] == calls





        # posthook ttl passed, 311 not up
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime7 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--not-up=311' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
#                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime6, '0',
#                  s.hash['a.com']['cert2'][201] ],
#                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime6, '0',
#                  s.hash['a.com']['cert2'][211] ],
#                [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime6, '0',
#                  s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '6', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '5', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--not-up=311", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--not-up=311", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--not-up=311", 201,
                                s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d', "--not-up=311", 211,
                                s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('d', "--not-up=311", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--not-up=311", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[36:] == calls




        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns') ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()
         
        calls = [
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]

        assert cl[42:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name



def test_10_multi_renewal_2xx_up_soft_fail():
    s = setup.Init(keep=True)
    if os.getuid() != 0:
        uid = None
        gid = None
        prog = setup.create_state_obj(s, config=s.config2)
    else:
        uid = pwd.getpwnam('nobody').pw_uid
        gid = None
        prog = setup.create_state_obj(s, config=s.config5)
    cwd = Path.cwd()

    with prog.log:
        assert not prog.log.has_errors()

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        api = setup.create_api_exec_obj(str(s.bin / 'dns'), uid=uid, gid=gid)

        t_a1 = setup.create_tlsa_obj('201', '12725', 'tcp', 'a.com')
        t_a2 = setup.create_tlsa_obj('211', '12725', 'tcp', 'a.com')
        t_a3 = setup.create_tlsa_obj('301', '12725', 'tcp', 'a.com')
        t_a4 = setup.create_tlsa_obj('311', '12725', 'tcp', 'a.com')
        ta = setup.create_target_obj('a.com', api, [],
                                     [t_a1, t_a2, t_a3, t_a4])

        assert prog.target_list == [ta]
        assert prog.dane_domain_directories == {}
        assert prog.renewed_domains == []

        retval = dane.init_dane_directory(prog)

        assert retval == Prog.RetVal.ok
        assert s.dane.exists()
        assert Path(s.dane / 'a.com').exists()
        assert Path(s.dane / 'b.com').exists()
        assert Path(s.dane / 'c.com').exists()
        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/live/a.com/cert.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/live/a.com/chain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                            '../../le/live/a.com/fullchain.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                            '../../le/live/a.com/privkey.pem'


        retval = dane.live_to_archive(prog)

        assert retval == Prog.RetVal.ok

        rd = {'a.com':
                 [ 'cert.pem', 'chain.pem', 'privkey.pem', 'fullchain.pem' ]}

        assert len(prog.dane_domain_directories) == 1
        for d in prog.dane_domain_directories:
            assert sorted(prog.dane_domain_directories[d]) == sorted(rd[d])

        assert os.readlink(str(s.dane / 'a.com' / 'cert.pem')) == \
                                            '../../le/archive/a.com/cert1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'chain.pem')) == \
                                            '../../le/archive/a.com/chain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'fullchain.pem')) == \
                                        '../../le/archive/a.com/fullchain1.pem'
        assert os.readlink(str(s.dane / 'a.com' / 'privkey.pem')) == \
                                        '../../le/archive/a.com/privkey1.pem'

        retval = datafile.write_prehook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 0),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 0),
                ]
        assert sorted(df_lines) == sorted(lines)




        # posthook (certs renewed) -- publish succeeds
        setup.clear_state(prog)
        ptime = "{:%s}".format(prog.timenow)

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime, '0',
                      s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--is-up=201:211", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--is-up=201:211", 211,
                                s.hash['a.com']['cert2'][211]),
                setup.call_line('p', "--is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl == calls




        # posthook renewal again, publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime2 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert3'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '1', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '1', s.hash['a.com']['cert2'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('p', "--fail-delete", 201,
                                s.hash['a.com']['cert3'][201]),
                setup.call_line('p', "--fail-delete", 211,
                                s.hash['a.com']['cert3'][211]),
                setup.call_line('p', "--fail-delete", 301,
                                s.hash['a.com']['cert3'][301]),
                setup.call_line('p', "--fail-delete", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--fail-delete", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--fail-delete", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[4:] == calls





        # posthook renewal again, publish fails, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime3 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: 2xx posthook lines not deleted because they were already
        # previously published and the renewed certs do not change the
        # 2xx hashes, so rather than attempting to publish again, the
        # posthook lines' times are just updated (so the lines will
        # still exist)
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '2', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '2', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
                      '1', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '1', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # don't forget there's an extra two delete calls to try to delete the
        # previous two delete lines.
        calls = [
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert2'][301]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert2'][311]),

                setup.call_line('p',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert1'][301]),
                setup.call_line('p',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert1'][311]),

                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert3'][301]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert3'][311]),
                ]
        assert cl[10:] == calls






        # posthook ttl passed, publish fails, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime4 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-publish',
                                                         '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][201] ],
                    [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime2, '0',
                      s.hash['a.com']['cert2'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
                      '3', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '3', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
                      '2', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '2', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        # note that ttl has passed and the 2xx records were published
        # at the very beginning (pending state is '0') so right now
        # there is an extra call to delete the 2xx records if the new
        # ones are up
        calls = [
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert2'][301]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert2'][311]),

                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert3'][301]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert3'][311]),

                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                201, s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d',
                                "--fail-publish --fail-delete --is-up=201:211",
                                211, s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p',
                                "--fail-publish --fail-delete --is-up=201:211",
                                301, s.hash['a.com']['cert1'][301]),
                setup.call_line('p',
                                "--fail-publish --fail-delete --is-up=201:211",
                                311, s.hash['a.com']['cert1'][311]),
                ]
        assert cl[16:] == calls






        # posthook ttl passed, publish fails, delete all but 311 not up
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime5 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--not-up=311',
                                                         '--fail-publish',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
#                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0',
#                  s.hash['a.com']['cert3'][201] ],
#                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0',
#                  s.hash['a.com']['cert3'][211] ],
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime3, '1',
                      s.hash['a.com']['cert1'][311] ],
#                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime,
#                  '3', s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '4', s.hash['a.com']['cert2'][311] ],
#                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2,
#                  '2', s.hash['a.com']['cert3'][301] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '3', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                301, s.hash['a.com']['cert2'][301]),
                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                311, s.hash['a.com']['cert2'][311]),

                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                301, s.hash['a.com']['cert3'][301]),
                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                311, s.hash['a.com']['cert3'][311]),

                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                201, s.hash['a.com']['cert1'][201],
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('d',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                211, s.hash['a.com']['cert1'][211],
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                301, s.hash['a.com']['cert1'][301]),
                setup.call_line('p',
                                "--not-up=311 --fail-publish --is-up=201:211",
                                311, s.hash['a.com']['cert1'][311]),
                ]
        assert cl[24:] == calls





        # posthook renewed again, publish succeeds, delete fails
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime6 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        s.renew_a()
        prog.renewed_domains = [ 'a.com' ]

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--fail-delete',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.continue_failure

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        # note: the 2xx records would be recreated because the certs were
        # renewed again, but because they are already up (binary 'dns' returns
        # '1') their processing is considered done and no posthook lines are
        # written.
        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][301] ],
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '5', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '4', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('p', "--fail-delete --is-up=201:211", 201,
                                s.hash['a.com']['cert2'][201]),
                setup.call_line('p', "--fail-delete --is-up=201:211", 211,
                                s.hash['a.com']['cert2'][211]),

                setup.call_line('p', "--fail-delete --is-up=201:211", 301,
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('p', "--fail-delete --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[32:] == calls





        # posthook ttl passed, 311 not up
        sleep(sleep_time)
        setup.clear_state(prog)
        ptime7 = "{:%s}".format(prog.timenow)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--not-up=311',
                                                         '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        with open(str(prog.datafile), 'r') as file:
            df = file.read().splitlines()

        df_lines = []
        for k in df[2:]:
            df_lines += [ shlex.split(k) ]

        lines = [
                    setup.prehook_line(s, cwd, 'a.com', 'cert1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'chain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'fullchain1.pem', 1),
                    setup.prehook_line(s, cwd, 'a.com', 'privkey1.pem', 1),
                    [ 'a.com', '311', '12725', 'tcp', 'a.com', ptime6, '0',
                      s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime,
                      '6', s.hash['a.com']['cert2'][311] ],
                    [ 'a.com', 'delete', '311', '12725', 'tcp', 'a.com', ptime2,
                      '5', s.hash['a.com']['cert3'][311] ],
                ]
        assert sorted(df_lines) == sorted(lines)

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--not-up=311 --is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--not-up=311 --is-up=201:211", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--not-up=311 --is-up=201:211", 301,
                                s.hash['a.com']['cert1'][301],
                                s.hash['a.com']['cert2'][301]),
                setup.call_line('d', "--not-up=311 --is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]
        assert cl[38:] == calls




        # posthook (no renewal, ttl passed)
        sleep(sleep_time)
        setup.clear_state(prog)
        prog.ttl = 0

        retval = config.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.read(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.check_data(prog)
        assert retval == Prog.RetVal.ok

        for g in prog.data.groups:
            g.target.api.command = [ str(s.bin / 'dns'), '--is-up=201:211' ]

        retval = dane.process_data(prog)
        assert retval == Prog.RetVal.ok

        retval = datafile.write_posthook(prog)
        assert retval == Prog.RetVal.ok

        assert not prog.datafile.exists()

        with open(str(s.data / 'calls'), 'r') as file:
            cl = file.read().splitlines()

        calls = [
                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert2'][311]),
                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert3'][311]),

                setup.call_line('d', "--is-up=201:211", 311,
                                s.hash['a.com']['cert1'][311],
                                s.hash['a.com']['cert2'][311]),
                ]

        assert cl[42:] == calls


        with open(str(s.data / 'user'), 'r') as f:
            whodata = f.read().splitlines()

        if os.getuid() == 0:
            for wd in whodata:
                assert wd[0:7] == "nobody:"
        else:
            name = pwd.getpwuid(os.getuid()).pw_name
            namelen = len(name)
            for wd in whodata:
                assert wd[0:namelen] == name
# first posthook call (no certificate changes) # must have been two calls to the 'dns' binary (two calls to # publish the two TLSA records) # posthook (renewed again: no certificate changes) # still two calls to the 'dns' binary since cert hashes match # posthook (no renewal, ttl not passed) # _still_ two calls to the 'dns' binary since ttl not passed # posthook (proper renewal -- certs changed) # ordinarily, there would be two more calls per tlsa record # since the new certs have a different hash, so we need to # delete the old 'new' record that was published, and then # publish this new one. However, the 201 record still would # be the same, so actually only 2 more calls are made instead # of 4: # posthook (no renewal, ttl passed) # two more calls to the 'dns' binary to delete (or not if the records # match -- it's up to the binary to check that) # first posthook call (no certificate changes) # must have been two calls to the 'dns' binary (two calls to # publish the two TLSA records) # posthook (renewed again: no certificate changes) # still two calls to the 'dns' binary since cert hashes match # there is another call for the 201 record since, on the first # posthook call the 201 record was already up and so not # posthook line was written, as opposed for the 311 record. # Now, when the certs were renewed again, the 311 record # wasn't checked again because we had a posthook line with # pending '0' and the cert hashes matched, so we did not need # to try to publish again; however, since there is no 201 # record posthook line, then the program calls the dns program # to try to publish a record again. # posthook (no renewal, ttl not passed) # _still_ two calls to the 'dns' binary since ttl not passed # posthook (proper renewal -- certs changed) # ordinarily, there would be two more calls per tlsa record # since the new certs have a different hash, so we need to # delete the old 'new' record that was published, and then # publish this new one. However, the 201 record still would # be the same, so actually only 2 more calls are made instead # of 4: # posthook (no renewal, ttl passed) # two more calls to the 'dns' binary to delete (or not if the records # match -- it's up to the binary to check that) # first posthook call (publish succeeds) # must have been twelve calls to the 'dns' binary (to publish) # posthook (renewed again -- certs changed) # ordinarily, there would be two more calls per tlsa record # since the new certs have a different hash, so we need to # delete the old 'new' record that was published, and then # publish this new one. However, the 2xx records still would # be the same, so actually only 12 more calls are made # instead of 24: # posthook (no renewal, ttl passed) # twelve more calls to the 'dns' binary to delete (or not if # the records match -- it's up to the binary to check that) # first posthook call # posthook renewed again # ttl passed # first posthook call # posthook (certs renewed) -- publish failed # posthook (ttl passed, no renewal) -- publishing still fails # Note: ptime and NOT ptime2: record still not published, so really # neither time actually matters... # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails # publish now succeeds, will not attempt to delete since we've only # just managed to publish a record # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails # posthook (no renewal, ttl passed) # posthook (certs renewed) -- publish failed # posthook (ttl passed, no renewal) -- publishing still fails # Note: ptime and NOT ptime2: record still not published, so really # neither time actually matters... # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails # publish now succeeds, will not attempt to delete since we've only # just managed to publish a record # note: if the 2xx record is already up, then we still write a line # because we still need to delete the old record # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails # posthook (no renewal, ttl passed) # posthook (certs renewed) -- publish failed # posthook (ttl passed, no renewal) -- publishing still fails # Note: ptime and NOT ptime2: record still not published, so really # neither time actually matters... # posthook (ttl passed, no renewal)  1: publish succeeds, delete fails # publish now succeeds, will not attempt to delete since we've only # just managed to publish a record # note: if the 2xx record is already up, then we still write a line # because we still need to delete the old record # posthook (ttl passed, no renewal)  2: publish succeeds, delete fails # posthook (no renewal, ttl passed) # posthook (certs renewed) -- publish succeeds # already the default: don't need #for g in prog.data.groups: #    g.target.api.command = [ str(s.bin / 'dns') ] # posthook renewal again, publish succeeds, delete fails # no delete lines for 2xx params since the old and new hashes # are the same, so the old 'new' certs being up don't need to # be deleted: we thus make no delete call # records 2xx are not published again since the new new certs match the # old new certs, which were already published successfully # posthook renewal again, publish fails, delete fails # don't forget there's an extra two delete calls to try to delete the # previous two delete lines. # posthook ttl passed, publish fails, delete fails # note that ttl has passed and the 2xx records were published # at the very beginning (pending state is '0') so right now # there is an extra call to delete the 2xx records if the new # ones are up # posthook ttl passed, publish fails, delete all but 311 not up #                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0', #                  s.hash['a.com']['cert3'][201] ], #                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0', #                  s.hash['a.com']['cert3'][211] ], #                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime, #                  '3', s.hash['a.com']['cert2'][301] ], #                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2, #                  '2', s.hash['a.com']['cert3'][301] ], # posthook renewed again, publish succeeds, delete fails # note: the 2xx records are recreated because the certs were # renewed again # posthook ttl passed, 311 not up #                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime6, '0', #                  s.hash['a.com']['cert2'][201] ], #                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime6, '0', #                  s.hash['a.com']['cert2'][211] ], #                [ 'a.com', '301', '12725', 'tcp', 'a.com', ptime6, '0', #                  s.hash['a.com']['cert2'][301] ], # posthook (no renewal, ttl passed) # posthook (certs renewed) -- publish succeeds # posthook renewal again, publish succeeds, delete fails # posthook renewal again, publish fails, delete fails # note: 2xx posthook lines not deleted because they were already # previously published and the renewed certs do not change the # 2xx hashes, so rather than attempting to publish again, the # posthook lines' times are just updated (so the lines will # still exist) # don't forget there's an extra two delete calls to try to delete the # previous two delete lines. # posthook ttl passed, publish fails, delete fails # note that ttl has passed and the 2xx records were published # at the very beginning (pending state is '0') so right now # there is an extra call to delete the 2xx records if the new # ones are up # posthook ttl passed, publish fails, delete all but 311 not up #                [ 'a.com', '201', '12725', 'tcp', 'a.com', ptime, '0', #                  s.hash['a.com']['cert3'][201] ], #                [ 'a.com', '211', '12725', 'tcp', 'a.com', ptime, '0', #                  s.hash['a.com']['cert3'][211] ], #                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime, #                  '3', s.hash['a.com']['cert2'][301] ], #                [ 'a.com', 'delete', '301', '12725', 'tcp', 'a.com', ptime2, #                  '2', s.hash['a.com']['cert3'][301] ], # posthook renewed again, publish succeeds, delete fails # note: the 2xx records would be recreated because the certs were # renewed again, but because they are already up (binary 'dns' returns # '1') their processing is considered done and no posthook lines are # written. # posthook ttl passed, 311 not up # posthook (no renewal, ttl passed)