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#!/usr/bin/python
import unittest
import common
from autotest_lib.client.common_lib.test_utils import mock
from autotest_lib.tko import models
from autotest_lib.tko.parsers import version_0
class test_job_load_from_dir(unittest.TestCase):
keyval_return = {'job_queued': 1234567890,
'job_started': 1234567891,
'job_finished': 1234567892,
'user': 'janet',
'label': 'steeltown',
'hostname': 'abc123'}
def setUp(self):
self.god = mock.mock_god()
self.god.stub_function(models.job, 'read_keyval')
self.god.stub_function(version_0.job, 'find_hostname')
self.god.stub_function(models.test, 'parse_host_keyval')
def tearDown(self):
self.god.unstub_all()
def _expect_host_keyval(self, hostname, platform=None):
return_dict = {}
if platform:
return_dict['platform'] = platform
return_dict['labels'] = platform + ',other_label'
(models.test.parse_host_keyval.expect_call('.', hostname)
.and_return(return_dict))
def test_load_from_dir_simple(self):
models.job.read_keyval.expect_call('.').and_return(
dict(self.keyval_return))
self._expect_host_keyval('abc123', 'my_platform')
job = version_0.job.load_from_dir('.')
self.assertEqual('janet', job['user'])
self.assertEqual('steeltown', job['label'])
self.assertEqual('abc123', job['machine'])
self.assertEqual('my_platform', job['machine_group'])
self.god.check_playback()
def _setup_two_machines(self):
raw_keyval = dict(self.keyval_return)
raw_keyval['hostname'] = 'easyas,abc123'
models.job.read_keyval.expect_call('.').and_return(raw_keyval)
def test_load_from_dir_two_machines(self):
self._setup_two_machines()
version_0.job.find_hostname.expect_call('.').and_raises(
version_0.NoHostnameError('find_hostname stubbed out'))
self._expect_host_keyval('easyas', 'platform')
self._expect_host_keyval('abc123', 'platform')
job = version_0.job.load_from_dir('.')
self.assertEqual('easyas,abc123', job['machine'])
self.assertEqual('platform', job['machine_group'])
self.god.check_playback()
def test_load_from_dir_two_machines_with_find_hostname(self):
self._setup_two_machines()
version_0.job.find_hostname.expect_call('.').and_return('foo')
self._expect_host_keyval('foo')
job = version_0.job.load_from_dir('.')
self.assertEqual('foo', job['machine'])
self.god.check_playback()
def test_load_from_dir_two_machines_different_platforms(self):
self._setup_two_machines()
version_0.job.find_hostname.expect_call('.').and_raises(
version_0.NoHostnameError('find_hostname stubbed out'))
self._expect_host_keyval('easyas', 'platformZ')
self._expect_host_keyval('abc123', 'platformA')
job = version_0.job.load_from_dir('.')
self.assertEqual('easyas,abc123', job['machine'])
self.assertEqual('platformA,platformZ', job['machine_group'])
self.god.check_playback()
def test_load_from_dir_one_machine_group_name(self):
raw_keyval = dict(self.keyval_return)
raw_keyval['host_group_name'] = 'jackson five'
models.job.read_keyval.expect_call('.').and_return(raw_keyval)
self._expect_host_keyval('abc123')
job = version_0.job.load_from_dir('.')
self.assertEqual('janet', job['user'])
self.assertEqual('abc123', job['machine'])
self.god.check_playback()
def test_load_from_dir_multi_machine_group_name(self):
raw_keyval = dict(self.keyval_return)
raw_keyval['user'] = 'michael'
raw_keyval['hostname'] = 'abc123,dancingmachine'
raw_keyval['host_group_name'] = 'jackson five'
models.job.read_keyval.expect_call('.').and_return(raw_keyval)
self._expect_host_keyval('jackson five')
job = version_0.job.load_from_dir('.')
self.assertEqual('michael', job['user'])
# The host_group_name is used instead because machine appeared to be
# a comma separated list.
self.assertEqual('jackson five', job['machine'])
self.god.check_playback()
def test_load_from_dir_no_machine_group_name(self):
raw_keyval = dict(self.keyval_return)
del raw_keyval['hostname']
raw_keyval['host_group_name'] = 'jackson five'
models.job.read_keyval.expect_call('.').and_return(raw_keyval)
self._expect_host_keyval('jackson five')
job = version_0.job.load_from_dir('.')
# The host_group_name is used because there is no machine.
self.assertEqual('jackson five', job['machine'])
self.god.check_playback()
class test_status_line(unittest.TestCase):
statuses = ["GOOD", "WARN", "FAIL", "ABORT"]
def test_handles_start(self):
line = version_0.status_line(0, "START", "----", "test",
"", {})
self.assertEquals(line.type, "START")
self.assertEquals(line.status, None)
def test_fails_info(self):
self.assertRaises(AssertionError,
version_0.status_line, 0, "INFO", "----", "----",
"", {})
def test_handles_status(self):
for stat in self.statuses:
line = version_0.status_line(0, stat, "----", "test",
"", {})
self.assertEquals(line.type, "STATUS")
self.assertEquals(line.status, stat)
def test_handles_endstatus(self):
for stat in self.statuses:
line = version_0.status_line(0, "END " + stat, "----",
"test", "", {})
self.assertEquals(line.type, "END")
self.assertEquals(line.status, stat)
def test_fails_on_bad_status(self):
for stat in self.statuses:
self.assertRaises(AssertionError,
version_0.status_line, 0,
"BAD " + stat, "----", "test",
"", {})
def test_saves_all_fields(self):
line = version_0.status_line(5, "GOOD", "subdir_name",
"test_name", "my reason here",
{"key1": "value",
"key2": "another value",
"key3": "value3"})
self.assertEquals(line.indent, 5)
self.assertEquals(line.status, "GOOD")
self.assertEquals(line.subdir, "subdir_name")
self.assertEquals(line.testname, "test_name")
self.assertEquals(line.reason, "my reason here")
self.assertEquals(line.optional_fields,
{"key1": "value", "key2": "another value",
"key3": "value3"})
def test_parses_blank_subdir(self):
line = version_0.status_line(0, "GOOD", "----", "test",
"", {})
self.assertEquals(line.subdir, None)
def test_parses_blank_testname(self):
line = version_0.status_line(0, "GOOD", "subdir", "----",
"", {})
self.assertEquals(line.testname, None)
def test_parse_line_smoketest(self):
input_data = ("\t\t\tGOOD\t----\t----\t"
"field1=val1\tfield2=val2\tTest Passed")
line = version_0.status_line.parse_line(input_data)
self.assertEquals(line.indent, 3)
self.assertEquals(line.type, "STATUS")
self.assertEquals(line.status, "GOOD")
self.assertEquals(line.subdir, None)
self.assertEquals(line.testname, None)
self.assertEquals(line.reason, "Test Passed")
self.assertEquals(line.optional_fields,
{"field1": "val1", "field2": "val2"})
def test_parse_line_handles_newline(self):
input_data = ("\t\tGOOD\t----\t----\t"
"field1=val1\tfield2=val2\tNo newline here!")
for suffix in ("", "\n"):
line = version_0.status_line.parse_line(input_data +
suffix)
self.assertEquals(line.indent, 2)
self.assertEquals(line.type, "STATUS")
self.assertEquals(line.status, "GOOD")
self.assertEquals(line.subdir, None)
self.assertEquals(line.testname, None)
self.assertEquals(line.reason, "No newline here!")
self.assertEquals(line.optional_fields,
{"field1": "val1",
"field2": "val2"})
def test_parse_line_fails_on_untabbed_lines(self):
input_data = " GOOD\trandom\tfields\tof text"
line = version_0.status_line.parse_line(input_data)
self.assertEquals(line, None)
line = version_0.status_line.parse_line(input_data.lstrip())
self.assertEquals(line.indent, 0)
self.assertEquals(line.type, "STATUS")
self.assertEquals(line.status, "GOOD")
self.assertEquals(line.subdir, "random")
self.assertEquals(line.testname, "fields")
self.assertEquals(line.reason, "of text")
self.assertEquals(line.optional_fields, {})
def test_parse_line_fails_on_incomplete_lines(self):
input_data = "\t\tGOOD\tfield\tsecond field"
complete_data = input_data + "\tneeded last field"
line = version_0.status_line.parse_line(input_data)
self.assertEquals(line, None)
line = version_0.status_line.parse_line(complete_data)
self.assertEquals(line.indent, 2)
self.assertEquals(line.type, "STATUS")
self.assertEquals(line.status, "GOOD")
self.assertEquals(line.subdir, "field")
self.assertEquals(line.testname, "second field")
self.assertEquals(line.reason, "needed last field")
self.assertEquals(line.optional_fields, {})
def test_parse_line_fails_on_bad_optional_fields(self):
input_data = "GOOD\tfield1\tfield2\tfield3\tfield4"
self.assertRaises(AssertionError,
version_0.status_line.parse_line,
input_data)
if __name__ == "__main__":
unittest.main()
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