def html(self, code):
bot = Bot()
html = bot.define('html')
p1 = bot.define('p1')
with (here / 'fixtures/sample.html').open('rb') as f:
content = f.read()
html.append([('https://example.com/', {
'headers': {},
'cookies': {},
'status_code': 200,
'encoding': 'utf-8',
'content': content,
})])
eval(code, {}, {
'bot': bot,
'html': html,
'p1': p1(html),
'this': this,
'int': int,
'select': select,
})
return pformat(list(p1.items()), width=42)
def test_external_db_error_when_migrations_not_applied(mocker, db):
mocker.patch('sys.exit')
mocker.patch('databot.db.migrations.Migrations.migrations',
{migrations.ValueToMsgpack: set()})
# Create tables, but do not apply any migrations
engine = sa.create_engine('sqlite:///:memory:')
models = Models(sa.MetaData())
models.metadata.create_all(engine, checkfirst=True)
bot1 = Bot(engine, output=io.StringIO(), models=models)
bot1.define('p1')
bot2 = db.Bot()
bot2.define('p1', bot1.engine)
bot2.define('p2')
bot2.main(argv=['status'])
assert bot2.output.output.getvalue() == dedent('''\
External database 'sqlite:///:memory:' from 'p1' pipe has unapplied migrations.
You need to run database migrations:
databot sqlite:///:memory: migrate
List of unapplied migrations:
- ValueToMsgpack
id rows source
errors left target
=================================
1 0 p1
---------------------------------
2 0 p2
---------------------------------
''')
def test_external_db_error_when_migrations_not_applied(mocker, db):
mocker.patch('sys.exit')
mocker.patch('databot.db.migrations.Migrations.migrations', {migrations.ValueToMsgpack: set()})
# Create tables, but do not apply any migrations
engine = sa.create_engine('sqlite:///:memory:')
models = Models(sa.MetaData())
models.metadata.create_all(engine, checkfirst=True)
bot1 = Bot(engine, output=io.StringIO(), models=models)
bot1.define('p1')
bot2 = db.Bot()
bot2.define('p1', bot1.engine)
bot2.define('p2')
bot2.main(argv=['status'])
assert bot2.output.output.getvalue() == dedent('''\
External database 'sqlite:///:memory:' from 'p1' pipe has unapplied migrations.
You need to run database migrations:
databot sqlite:///:memory: migrate
List of unapplied migrations:
- ValueToMsgpack
id rows source
errors left target
=================================
1 0 p1
---------------------------------
2 0 p2
---------------------------------
''')
def test_autodefine():
engine = sa.create_engine('sqlite:///:memory:')
bot = Bot(engine)
bot.define('a').append([1, 2, 3])
bot = Bot(engine)
with pytest.raises(KeyError) as e:
bot.pipe('a')
assert str(e.value) == "'a'"
bot = Bot(engine).autodefine()
assert list(bot.pipe('a').keys()) == [1, 2, 3]
def test_run_limits_and_fail_smaller():
def handler(row):
if row.key == 'b':
raise ValueError('b')
else:
yield row.key.upper()
pipeline = {
'tasks': [
task('p1').once().append(['a', 'b', 'c']),
task('p1', 'p2').call(handler),
],
}
bot = Bot()
p1 = bot.define('p1')
p2 = bot.define('p2')
bot.main(pipeline, ['run', '-l', '1,1,0', '-f', '2'])
assert list(p1.keys()) == ['a', 'b', 'c']
assert list(p2.keys()) == ['A', 'C']
assert list(p2(p1).errors.keys()) == ['b']
assert pipeline['tasks'][0]._evals == 3
assert pipeline['tasks'][1]._evals == 3
def test_run_limits_and_fail():
def handler(row):
if row.key == 'b':
raise ValueError('b')
else:
yield row.key.upper()
pipeline = {
'tasks': [
task('p1').once().append(['a', 'b', 'c']),
task('p1', 'p2').call(handler),
],
}
bot = Bot()
p1 = bot.define('p1')
p2 = bot.define('p2')
with pytest.raises(ExpressionError):
bot.main(pipeline, ['run', '-l', '1,1,0'])
assert list(p1.keys()) == ['a', 'b', 'c']
assert list(p2.keys()) == ['A']
assert pipeline['tasks'][0]._evals == 2
assert pipeline['tasks'][1]._evals == 2
def test_run_target():
pipeline = {
'pipes': [],
'tasks': [
task('a').once().append(['a']),
task('a', 'b').select(this.key.upper()),
task('b', 'c').select(this.key.lower()),
task().compact(),
],
}
bot = Bot()
bot.define('a')
bot.define('b')
bot.define('c')
bot.main(pipeline, ['run', 'a', '-f'])
assert list(bot.pipe('a').keys()) == ['a']
assert list(bot.pipe('b').keys()) == []
assert list(bot.pipe('c').keys()) == []
bot.main(pipeline, ['run', 'b', '-f'])
assert list(bot.pipe('a').keys()) == ['a']
assert list(bot.pipe('b').keys()) == ['A']
assert list(bot.pipe('c').keys()) == []
bot.pipe('a').append('b')
bot.main(pipeline, ['run', 'a', 'b', '-f'])
assert list(bot.pipe('a').keys()) == ['a', 'b']
assert list(bot.pipe('b').keys()) == ['A', 'B']
assert list(bot.pipe('c').keys()) == []
bot.main(pipeline, ['run', 'b', 'c', '-f'])
assert list(bot.pipe('a').keys()) == ['a', 'b']
assert list(bot.pipe('b').keys()) == ['A', 'B']
assert list(bot.pipe('c').keys()) == ['a', 'b']
bot.pipe('b').append('C')
bot.main(pipeline, ['run', 'c', '-f'])
assert list(bot.pipe('a').keys()) == ['a', 'b']
assert list(bot.pipe('b').keys()) == ['A', 'B', 'C']
assert list(bot.pipe('c').keys()) == ['a', 'b', 'c']
bot.main(pipeline, ['run', '-f'])
assert list(bot.pipe('a').keys()) == ['b', 'a']
assert list(bot.pipe('b').keys()) == ['B', 'C', 'A']
assert list(bot.pipe('c').keys()) == ['b', 'c', 'a']
def append(self, code):
bot = Bot()
p1 = bot.define('p1')
eval(code, {}, {
'bot': bot,
'p1': p1,
})
return repr(list(p1.items()))
def test_rename(bot):
bot.define('p1')
bot.define('p2')
bot.main(argv=['rename', 'p1', 'pp'])
bot = Bot('sqlite:///:memory:', output=io.StringIO())
bot.define('pp')
bot.define('p2')
bot.main(argv=['status'])
assert bot.output.output.getvalue() == (
' id rows source\n'
' errors left target\n'
'=================================\n'
' 1 0 pp\n'
'---------------------------------\n'
' 2 0 p2\n'
'---------------------------------\n')
def test_rename(bot):
bot.define('p1')
bot.define('p2')
bot.main(argv=['rename', 'p1', 'pp'])
bot = Bot('sqlite:///:memory:', output=io.StringIO())
bot.define('pp')
bot.define('p2')
bot.main(argv=['status'])
assert bot.output.output.getvalue() == (
' id rows source\n'
' errors left target\n'
'=================================\n'
' 1 0 pp\n'
'---------------------------------\n'
' 2 0 p2\n'
'---------------------------------\n'
)
def test_run_once():
tasks = [
task('p1').once().append(1),
task('p1').once().append(2),
task('p1').append(3),
]
bot = Bot()
p1 = bot.define('p1')
bot.commands.run(tasks, limits=(1, 1, 0))
assert list(p1.keys()) == [1, 2, 3, 3, 3]
def duplicates(self, code):
bot = Bot()
p1 = bot.define('p1').append([
(1, 'old'),
(1, 'new'),
(2, 'old'),
(2, 'new'),
])
eval(code, {}, {
'bot': bot,
'p1': p1,
})
return repr(list(p1.items()))
def test_run_limits():
pipeline = {
'tasks': [
task('p1').once().append(['a', 'b', 'c']),
task('p1', 'p2').select(this.key.upper()),
],
}
bot = Bot()
p1 = bot.define('p1')
p2 = bot.define('p2')
bot.main(pipeline, ['run', '-l', '1,1,0'])
assert list(p1.keys()) == ['a', 'b', 'c']
assert list(p2.keys()) == ['A', 'B', 'C']
assert pipeline['tasks'][0]._evals == 3
assert pipeline['tasks'][1]._evals == 3
def test_run_freq():
tasks = [
task('p1').freq(days=3).append(['a']),
task('p1', 'p2').select(this.key.upper()),
]
bot = Bot()
p1 = bot.define('p1')
p2 = bot.define('p2')
with freezegun.freeze_time('2017-01-01 00:00:00'):
bot.commands.run(tasks)
with freezegun.freeze_time('2017-01-02 00:00:00'):
bot.commands.run(tasks)
assert list(p1.keys()) == ['a']
assert list(p2.keys()) == ['A']
with freezegun.freeze_time('2017-01-04 00:00:00'):
bot.commands.run(tasks)
assert list(p1.keys()) == ['a', 'a']
assert list(p2.keys()) == ['A', 'A']
