def test_read_write_fan_speed_rack2_board1(self):
"""SNMP read of fan speed. Happy case. Read, write, set back to the original.
This is a lot like test_read_write_fan_speed_rack1_board0, but verifies that
command routing is going to the correct emulator.
NOTE: If a write fails or the write back to original fails, this test may be
non-reentrant. To avoid reentrancy issues, no other tests should run against
this device at /rack_2/60000001/0004.
"""
logger.debug('test_read_write_fan_speed_rack2_board1')
base_uri = Uri.create(_S.URI_FAN, RACK_2, BOARD_60000001, '0004')
response = http.get(base_uri).json()
logger.debug(json.dumps(response, sort_keys=True, indent=4, separators=(',', ': ')))
self._verify_read_fan_response(response, _S.OK, [], 21)
response = http.get(Uri.append(base_uri, '300')).json()
logger.debug(json.dumps(response, sort_keys=True, indent=4, separators=(',', ': ')))
self._verify_read_fan_response(response, _S.OK, [], 300)
logger.debug('second read')
response = http.get(base_uri).json()
self._verify_read_fan_response(response, _S.OK, [], 300)
logger.debug('second write (to initial)')
response = http.get(Uri.append(base_uri, '21')).json()
self._verify_read_fan_response(response, _S.OK, [], 21)
logger.debug('third read')
response = http.get(base_uri).json()
self._verify_read_fan_response(response, _S.OK, [], 21)
def test_read_write_power_rack2_board1(self):
"""SNMP read/write of power. Happy case. Simulates an SNMP PDU.
Read, off, read, on, read, cycle, read, off, read.
This is a lot like test_read_write_power_rack2_board1, but verifies that
command routing is going to the correct emulator.
Also here the initial power state is off.
NOTE: If a write fails or the write back to original fails, this test may be
non-reentrant. To avoid reentrancy issues, no other tests should run against
this device at /rack_2/60000001/0012.
"""
logger.debug('test_read_write_power_rack2_board1')
base_uri = Uri.create(_S.URI_POWER, RACK_2, BOARD_60000000, '0012')
response = http.get(base_uri).json()
logger.debug(
json.dumps(response,
sort_keys=True,
indent=4,
separators=(',', ': ')))
self._verify_power_response(response, 26, False, True, _S.OFF)
logger.debug('set power off')
response = http.get(Uri.append(base_uri, _S.OFF)).json()
logger.debug(
json.dumps(response,
sort_keys=True,
indent=4,
separators=(',', ': ')))
self._verify_power_response(response, 26, False, True, _S.OFF)
logger.debug('second read')
response = http.get(base_uri).json()
self._verify_power_response(response, 26, False, True, _S.OFF)
logger.debug('set power on')
response = http.get(Uri.append(base_uri, _S.ON)).json()
self._verify_power_response(response, 26, False, True, _S.ON)
logger.debug('third read')
response = http.get(base_uri).json()
self._verify_power_response(response, 26, False, True, _S.ON)
logger.debug('set power cycle')
response = http.get(Uri.append(base_uri, _S.CYCLE)).json()
self._verify_power_response(response, 26, False, True, _S.ON)
logger.debug('fourth read')
response = http.get(base_uri).json()
self._verify_power_response(response, 26, False, True, _S.ON)
logger.debug('set power off')
response = http.get(Uri.append(base_uri, _S.OFF)).json()
self._verify_power_response(response, 26, False, True, _S.OFF)
logger.debug('fifth read')
response = http.get(base_uri).json()
self._verify_power_response(response, 26, False, True, _S.OFF)
def test_led_set_invalid_states_rack2_board2(self):
"""SNMP write of LED. Sad casee.
NOTE: If a write fails or the write back to original fails, this test may be
non-reentrant.
"""
# Make sure the device is there.
logger.debug('test_led_set_color_without_blink_rack2_board2')
base_uri = Uri.create(_S.URI_LED, RACK_2, BOARD_60000001, '000c')
response = http.get(base_uri).json()
logger.debug(
json.dumps(response,
sort_keys=True,
indent=4,
separators=(',', ': ')))
self._verify_led_response(response, _S.ON, 'ff0000', _S.BLINK_OFF)
logger.debug('set onn')
try:
http.get(Uri.append(base_uri, 'onn'))
self.fail(EXPECTED_VAPOR_HTTP_ERROR)
except VaporHTTPError as e:
# You'll get a 404 here because the blueprint does not exist.
self._verify_vapor_http_error(e, 500, _S.ERROR_INVALID_STATE_LED)
logger.debug('set color out of range')
try:
http.get(Uri.append(base_uri, _S.ON, '1000000', _S.BLINK_OFF))
self.fail(EXPECTED_VAPOR_HTTP_ERROR)
except VaporHTTPError as e:
# You'll get a 404 here because the blueprint does not exist.
self._verify_vapor_http_error(e, 500, _S.ERROR_INVALID_COLOR_LED)
logger.debug('set invalid blink')
try:
http.get(Uri.append(base_uri, _S.ON, '000000', 'blank'))
self.fail('Should have raised VaporHTTPError.')
except VaporHTTPError as e:
# You'll get a 404 here because the blueprint does not exist.
self._verify_vapor_http_error(e, 500, _S.ERROR_INVALID_BLINK_LED)
logger.debug('empty check')
try:
http.get(Uri.append(base_uri, '', '', ''))
self.fail('Should have raised VaporHTTPError.')
except VaporHTTPError as e:
# You'll get a 404 here because the blueprint does not exist.
self._verify_vapor_http_error(e, 404, _S.ERROR_FLASK_404)
logger.debug('empty check two')
try:
http.get(Uri.append(base_uri, '', 'F', _S.BLINK_OFF))
self.fail('Should have raised VaporHTTPError.')
except VaporHTTPError as e:
# You'll get a 404 here because the blueprint does not exist.
self._verify_vapor_http_error(e, 404, _S.ERROR_FLASK_404)
def test_led_set_color_without_blink_rack2_board1(self):
"""SNMP read/write of LED. Sad case.
NOTE: If a write fails or the write back to original fails, this test may be
non-reentrant.
"""
# Make sure the device is there.
logger.debug('test_led_set_color_without_blink_rack2_board1')
base_uri = Uri.create(_S.URI_LED, RACK_2, BOARD_60000001, '000c')
response = http.get(base_uri).json()
logger.debug(json.dumps(response, sort_keys=True, indent=4, separators=(',', ': ')))
self._verify_led_response(response, _S.ON, 'ff0000', _S.BLINK_OFF)
logger.debug('set color without blink')
try:
http.get(Uri.append(base_uri, _S.ON, '0000FF'))
self.fail(EXPECTED_VAPOR_HTTP_ERROR)
except VaporHTTPError as e:
# You'll get a 404 here because the blueprint does not exist.
self._verify_vapor_http_error(e, 404, _S.ERROR_FLASK_404)
def test_read_write_led_rack2_board1(self):
"""SNMP read/write of LED. Happy case.
Read, off, read, on, read, cycle, read, off, read.
This is a lot like test_read_write_led_rack1_board0, but verifies that
command routing is going to the correct emulator. (Initial read is different.)
NOTE: If a write fails or the write back to original fails, this test may be
non-reentrant. To avoid reentrancy issues, no other tests should run against
this device at /rack_1/60000000/000d.
"""
logger.debug('test_read_write_led_rack2_board1')
base_uri = Uri.create(_S.URI_LED, RACK_2, BOARD_60000001, '000d')
response = http.get(base_uri).json()
logger.debug(json.dumps(response, sort_keys=True, indent=4, separators=(',', ': ')))
self._verify_led_response(response, _S.ON, 'ffffff', _S.BLINK_ON)
logger.debug('set led off')
response = http.get(Uri.append(base_uri, _S.OFF)).json()
logger.debug(json.dumps(response, sort_keys=True, indent=4, separators=(',', ': ')))
self._verify_led_response(response, _S.OFF, 'ffffff', _S.BLINK_ON)
logger.debug('second read')
response = http.get(base_uri).json()
self._verify_led_response(response, _S.OFF, 'ffffff', _S.BLINK_ON)
logger.debug('set led on')
response = http.get(Uri.append(base_uri, _S.ON)).json()
self._verify_led_response(response, _S.ON, 'ffffff', _S.BLINK_ON)
logger.debug('third read')
response = http.get(base_uri).json()
self._verify_led_response(response, _S.ON, 'ffffff', _S.BLINK_ON)
logger.debug('set led on, color blue, blink on')
response = http.get(Uri.append(base_uri, _S.ON, 'FF', _S.BLINK_ON)).json()
self._verify_led_response(response, _S.ON, '0000ff', _S.BLINK_ON)
logger.debug('fourth read')
response = http.get(base_uri).json()
self._verify_led_response(response, _S.ON, '0000ff', _S.BLINK_ON)
logger.debug('set led on, color different, blink off')
response = http.get(Uri.append(base_uri, _S.ON, 'f0f0f0', _S.BLINK_OFF)).json()
self._verify_led_response(response, _S.ON, 'f0f0f0', _S.BLINK_OFF)
logger.debug('fifth read')
response = http.get(base_uri).json()
self._verify_led_response(response, _S.ON, 'f0f0f0', _S.BLINK_OFF)
logger.debug('set led on, color as above, blink on')
response = http.get(Uri.append(base_uri, _S.ON, 'f0f0f0', _S.BLINK_ON)).json()
self._verify_led_response(response, _S.ON, 'f0f0f0', _S.BLINK_ON)
logger.debug('sixth read')
response = http.get(base_uri).json()
self._verify_led_response(response, _S.ON, 'f0f0f0', _S.BLINK_ON)
logger.debug('set led on, color back to original, blink on')
response = http.get(Uri.append(base_uri, _S.ON, 'ffffff', _S.BLINK_ON)).json()
self._verify_led_response(response, _S.ON, 'ffffff', _S.BLINK_ON)
logger.debug('seventh read')
response = http.get(base_uri).json()
self._verify_led_response(response, _S.ON, 'ffffff', _S.BLINK_ON)
