Lines Matching refs:CLIENT
12 from autotest_lib.client.common_lib.test_utils import mock
13 from autotest_lib.client.common_lib import control_data
15 CLIENT = control_data.CONTROL_TYPE_NAMES.CLIENT
39 u'control_type': CLIENT,
64 u'control_type': CLIENT,
91 u'control_type': CLIENT,
146 u'control_file': u'kernel = \'8210088647656509311.kernel-smp-2.6.18-220.5.x86_64.rpm\'\ndef step_init():\n job.next_step([step_test])\n testkernel = job.kernel(\'8210088647656509311.kernel-smp-2.6.18-220.5.x86_64.rpm\')\n \n testkernel.install()\n testkernel.boot(args=\'console_always_print=1\')\n\ndef step_test():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "Autotest Team"\n NAME = "Sleeptest"\n TIME = "SHORT"\n TEST_CATEGORY = "Functional"\n TEST_CLASS = "General"\n TEST_TYPE = "client"\n \n DOC = """\n This test simply sleeps for 1 second by default. It\'s a good way to test\n profilers and double check that autotest is working.\n The seconds argument can also be modified to make the machine sleep for as\n long as needed.\n """\n \n job.run_test(\'sleeptest\', seconds = 1)',
148 u'control_type': CLIENT,
157 out_words_no=['sleeptest', 'Priority', CLIENT, '2008'])
167 u'control_file': u'kernel = \'8210088647656509311.kernel-smp-2.6.18-220.5.x86_64.rpm\'\ndef step_init():\n job.next_step([step_test])\n testkernel = job.kernel(\'8210088647656509311.kernel-smp-2.6.18-220.5.x86_64.rpm\')\n \n testkernel.install()\n testkernel.boot(args=\'console_always_print=1\')\n\ndef step_test():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "Autotest Team"\n NAME = "Sleeptest"\n TIME = "SHORT"\n TEST_CATEGORY = "Functional"\n TEST_CLASS = "General"\n TEST_TYPE = "client"\n \n DOC = """\n This test simply sleeps for 1 second by default. It\'s a good way to test\n profilers and double check that autotest is working.\n The seconds argument can also be modified to make the machine sleep for as\n long as needed.\n """\n \n job.run_test(\'sleeptest\', seconds = 1)',
169 u'control_type': CLIENT,
178 CLIENT, '2008', 'Priority'],
189 u'control_file': u'kernel = \'8210088647656509311.kernel-smp-2.6.18-220.5.x86_64.rpm\'\ndef step_init():\n job.next_step([step_test])\n testkernel = job.kernel(\'8210088647656509311.kernel-smp-2.6.18-220.5.x86_64.rpm\')\n \n testkernel.install()\n testkernel.boot(args=\'console_always_print=1\')\n\ndef step_test():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "Autotest Team"\n NAME = "Sleeptest"\n TIME = "SHORT"\n TEST_CATEGORY = "Functional"\n TEST_CLASS = "General"\n TEST_TYPE = "client"\n \n DOC = """\n This test simply sleeps for 1 second by default. It\'s a good way to test\n profilers and double check that autotest is working.\n The seconds argument can also be modified to make the machine sleep for as\n long as needed.\n """\n \n job.run_test(\'sleeptest\', seconds = 1)',
191 u'control_type': CLIENT,
200 out_words_no=['sleeptest', 'Priority', CLIENT, '2008'])
265 u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
267 u'control_type': CLIENT,
283 client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
285 u'control_type': CLIENT,
304 u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
306 u'control_type': CLIENT,
330 u'job': {u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
332 u'control_type': CLIENT,
356 u'job': {u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
358 u'control_type': CLIENT,
379 u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
381 u'control_type': CLIENT,
405 u'job': {u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
407 u'control_type': CLIENT,
431 u'job': {u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
433 u'control_type': CLIENT,
454 u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
456 u'control_type': CLIENT,
472 u'job': {u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
474 u'control_type': CLIENT,
490 u'job': {u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
492 u'control_type': CLIENT,
508 client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
510 u'control_type': CLIENT,
526 u'job': {u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
528 u'control_type': CLIENT,
552 u'job': {u'control_file': u'def step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "mbligh@google.com (Martin Bligh)"\n NAME = "Kernbench"\n TIME = "SHORT"\n TEST_CLASS = "Kernel"\n TEST_CATEGORY = "Benchmark"\n TEST_TYPE = "client"\n \n DOC = """\n A standard CPU benchmark. Runs a kernel compile and measures the performance.\n """\n \n job.run_test(\'kernbench\')',
554 u'control_type': CLIENT,
670 u'control_type': CLIENT,
730 ctrl_file = '\ndef step_init():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "Autotest Team"\n NAME = "Sleeptest"\n TIME =\n "SHORT"\n TEST_CATEGORY = "Functional"\n TEST_CLASS = "General"\n\n TEST_TYPE = "client"\n \n DOC = """\n This test simply sleeps for 1\n second by default. It\'s a good way to test\n profilers and double check\n that autotest is working.\n The seconds argument can also be modified to\n make the machine sleep for as\n long as needed.\n """\n \n\n job.run_test(\'sleeptest\', seconds = 1)'
732 kernel_ctrl_file = 'kernel = \'kernel\'\ndef step_init():\n job.next_step([step_test])\n testkernel = job.kernel(\'kernel\')\n \n testkernel.install()\n testkernel.boot(args=\'console_always_print=1\')\n\ndef step_test():\n job.next_step(\'step0\')\n\ndef step0():\n AUTHOR = "Autotest Team"\n NAME = "Sleeptest"\n TIME = "SHORT"\n TEST_CATEGORY = "Functional"\n TEST_CLASS = "General"\n TEST_TYPE = "client"\n \n DOC = """\n This test simply sleeps for 1 second by default. It\'s a good way to test\n profilers and double check that autotest is working.\n The seconds argument can also be modified to make the machine sleep for as\n long as needed.\n """\n \n job.run_test(\'sleeptest\', seconds = 1)'
737 'name': 'test_job0', 'control_type': CLIENT, 'email_list': '',
