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298 lines
9.3 KiB
Python
298 lines
9.3 KiB
Python
#
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#
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#
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from io import StringIO
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from logging import getLogger
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from unittest import TestCase
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from helpers import SimpleProvider
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from octodns.provider.plan import (
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Plan,
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PlanHtml,
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PlanLogger,
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PlanMarkdown,
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RootNsChange,
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TooMuchChange,
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)
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from octodns.record import Create, Delete, Record, Update
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from octodns.zone import Zone
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simple = SimpleProvider()
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zone = Zone('unit.tests.', [])
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existing = Record.new(
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zone,
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'a',
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{
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'ttl': 300,
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'type': 'A',
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# This matches the zone data above, one to swap, one to leave
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'values': ['1.1.1.1', '2.2.2.2'],
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},
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)
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new = Record.new(
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zone,
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'a',
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{
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'geo': {'AF': ['5.5.5.5'], 'NA-US': ['6.6.6.6']},
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'ttl': 300,
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'type': 'A',
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# This leaves one, swaps ones, and adds one
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'values': ['2.2.2.2', '3.3.3.3', '4.4.4.4'],
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},
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simple,
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)
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create = Create(
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Record.new(
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zone,
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'b',
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{'ttl': 60, 'type': 'CNAME', 'value': 'foo.unit.tests.'},
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simple,
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)
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)
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create2 = Create(
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Record.new(
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zone, 'c', {'ttl': 60, 'type': 'CNAME', 'value': 'foo.unit.tests.'}
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)
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)
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update = Update(existing, new)
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delete = Delete(new)
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changes = [create, create2, delete, update]
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plans = [
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(simple, Plan(zone, zone, changes, True)),
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(simple, Plan(zone, zone, changes, False)),
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]
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class TestPlanSortsChanges(TestCase):
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def test_plan_sorts_changes_pass_to_it(self):
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# we aren't worried about the details of the sorting, that's tested in
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# test_octodns_record's TestChanges. We just want to make sure that the
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# changes are sorted at all.
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zone = Zone('unit.tests.', [])
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record_a_1 = Record.new(
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zone, '1', {'type': 'A', 'ttl': 30, 'value': '1.2.3.4'}
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)
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create_a_1 = Create(record_a_1)
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record_a_2 = Record.new(
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zone, '2', {'type': 'A', 'ttl': 30, 'value': '1.2.3.4'}
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)
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create_a_2 = Create(record_a_2)
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# passed in reverse of expected order
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plan = Plan(None, None, [create_a_2, create_a_1], False)
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self.assertEqual([create_a_1, create_a_2], plan.changes)
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class TestPlanLogger(TestCase):
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def test_invalid_level(self):
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with self.assertRaises(Exception) as ctx:
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PlanLogger('invalid', 'not-a-level')
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self.assertEqual('Unsupported level: not-a-level', str(ctx.exception))
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def test_create(self):
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class MockLogger(object):
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def __init__(self):
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self.out = StringIO()
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def log(self, level, msg):
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self.out.write(msg)
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log = MockLogger()
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PlanLogger('logger').run(log, plans)
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out = log.out.getvalue()
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self.assertTrue(
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'Summary: Creates=2, Updates=1, '
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'Deletes=1, Existing Records=0' in out
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)
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class TestPlanHtml(TestCase):
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log = getLogger('TestPlanHtml')
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def test_empty(self):
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out = StringIO()
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PlanHtml('html').run([], fh=out)
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self.assertEqual('<b>No changes were planned</b>', out.getvalue())
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def test_simple(self):
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out = StringIO()
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PlanHtml('html').run(plans, fh=out)
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out = out.getvalue()
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self.assertTrue(
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' <td colspan=6>Summary: Creates=2, Updates=1, '
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'Deletes=1, Existing Records=0</td>' in out
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)
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class TestPlanMarkdown(TestCase):
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log = getLogger('TestPlanMarkdown')
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def test_empty(self):
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out = StringIO()
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PlanMarkdown('markdown').run([], fh=out)
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self.assertEqual('## No changes were planned\n', out.getvalue())
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def test_simple(self):
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out = StringIO()
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PlanMarkdown('markdown').run(plans, fh=out)
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out = out.getvalue()
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self.assertTrue('## unit.tests.' in out)
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self.assertTrue('Create | b | CNAME | 60 | foo.unit.tests.' in out)
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self.assertTrue('Update | a | A | 300 | 1.1.1.1;' in out)
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self.assertTrue('NA-US: 6.6.6.6 | test' in out)
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self.assertTrue('Delete | a | A | 300 | 2.2.2.2;' in out)
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class HelperPlan(Plan):
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def __init__(self, *args, min_existing=0, **kwargs):
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super().__init__(*args, **kwargs)
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self.MIN_EXISTING_RECORDS = min_existing
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class TestPlanSafety(TestCase):
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existing = Zone('unit.tests.', [])
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record_1 = Record.new(
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existing, '1', data={'type': 'A', 'ttl': 42, 'value': '1.2.3.4'}
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)
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record_2 = Record.new(
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existing, '2', data={'type': 'A', 'ttl': 42, 'value': '1.2.3.4'}
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)
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record_3 = Record.new(
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existing, '3', data={'type': 'A', 'ttl': 42, 'value': '1.2.3.4'}
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)
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record_4 = Record.new(
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existing, '4', data={'type': 'A', 'ttl': 42, 'value': '1.2.3.4'}
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)
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def test_too_many_updates(self):
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existing = self.existing.copy()
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changes = []
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# No records, no changes, we're good
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# Four records, no changes, we're good
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existing.add_record(self.record_1)
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existing.add_record(self.record_2)
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existing.add_record(self.record_3)
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existing.add_record(self.record_4)
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# Creates don't count against us
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changes.append(Create(self.record_1))
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changes.append(Create(self.record_2))
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changes.append(Create(self.record_3))
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changes.append(Create(self.record_4))
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# One update, still good (25%, default threshold is 33%)
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changes.append(Update(self.record_1, self.record_1))
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# Two and we're over the threshold
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changes.append(Update(self.record_2, self.record_2))
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plan = HelperPlan(existing, None, changes, True)
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with self.assertRaises(TooMuchChange) as ctx:
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plan.raise_if_unsafe()
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self.assertTrue('Too many updates', str(ctx.exception))
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# If we require more records before applying we're still OK though
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plan = HelperPlan(existing, None, changes, True, min_existing=10)
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plan.raise_if_unsafe()
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def test_too_many_deletes(self):
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existing = self.existing.copy()
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changes = []
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# No records, no changes, we're good
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# Four records, no changes, we're good
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existing.add_record(self.record_1)
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existing.add_record(self.record_2)
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existing.add_record(self.record_3)
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existing.add_record(self.record_4)
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# Creates don't count against us
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changes.append(Create(self.record_1))
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changes.append(Create(self.record_2))
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changes.append(Create(self.record_3))
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changes.append(Create(self.record_4))
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# One delete, still good (25%, default threshold is 33%)
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changes.append(Delete(self.record_1))
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# Two and we're over the threshold
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changes.append(Delete(self.record_2))
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plan = HelperPlan(existing, None, changes, True)
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with self.assertRaises(TooMuchChange) as ctx:
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plan.raise_if_unsafe()
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self.assertTrue('Too many deletes', str(ctx.exception))
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# If we require more records before applying we're still OK though
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plan = HelperPlan(existing, None, changes, True, min_existing=10)
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plan.raise_if_unsafe()
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def test_root_ns_change(self):
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existing = self.existing.copy()
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changes = []
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# No records, no changes, we're good
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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existing.add_record(self.record_1)
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existing.add_record(self.record_2)
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existing.add_record(self.record_3)
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existing.add_record(self.record_4)
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# Non NS changes and we're still good
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changes.append(Update(self.record_1, self.record_1))
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# Add a change to a non-root NS record, we're OK
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ns_record = Record.new(
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existing,
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'sub',
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data={
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'type': 'NS',
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'ttl': 43,
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'values': ('ns1.unit.tests.', 'ns1.unit.tests.'),
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},
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)
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changes.append(Delete(ns_record))
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plan = HelperPlan(existing, None, changes, True)
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plan.raise_if_unsafe()
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# Remove that Delete so that we don't go over the delete threshold
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changes.pop(-1)
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# Delete the root NS record and we get an unsafe
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root_ns_record = Record.new(
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existing,
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'',
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data={
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'type': 'NS',
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'ttl': 43,
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'values': ('ns3.unit.tests.', 'ns4.unit.tests.'),
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},
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)
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changes.append(Delete(root_ns_record))
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plan = HelperPlan(existing, None, changes, True)
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with self.assertRaises(RootNsChange) as ctx:
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plan.raise_if_unsafe()
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self.assertTrue('Root Ns record change', str(ctx.exception))
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