#!/usr/bin/python2.7
import lamptestclass
import time
import sys
__author__ = 'WendyYu'
color_gamut = lamptestclass.LampTest()
def sleep(s):
if s is None:
s = 1
time.sleep(s)
def wait_exit(msg=None, s=None):
if msg is not None:
print msg
input_key = raw_input('Press "n" to quit or other key to continue:')
sys.exit() if input_key.lower() == "n" else sleep(s)
else:
sleep(s)
def execute(group_no, body_list):
for body in body_list:
print "\n********** Command:%s **********" % body
wait_exit(color_gamut.group_cast("put", group_no, body), 5)
if "transitiontime" in body:
#!/usr/bin/python2.7
import lamptestclass
import Process_case
__author__ = 'WendyYu'
if __name__ == "__main__":
Op = Process_case.OpName
Group_Tcs = lamptestclass.LampTest()
method = "PUT"
scene_name = "groupscene"
TCs_list = [
" IPJ_13546 TC1 ",
" IPJ_13552 TC7 ",
" IPJ_13547 TC2 ",
" IPJ_13553 TC8 ",
" IPJ_13548 TC3 ",
" IPJ_13554 TC9 ",
" IPJ_13549 TC4 ",
" IPJ_13555 TC10 ",
" IPJ_13550 TC5 ",
" IPJ_13556 TC11 ",
" IPJ_13551 TC6 ",
" IPJ_13557 TC12 ",
" IPJ_13558 TC13 ",
" IPJ_13559 TC14 ",
" IPJ_13560 TC15 ",
" IPJ_13561 TC16 ",
" IPJ_13562 TC17 ",
" IPJ_13563 TC18 ",
#!/usr/bin/python2.7
import lamptestclass
import time
import sys
__author__ = 'WendyYu'
dynamic_test = lamptestclass.LampTest()
def sleep(s):
if s is None:
s = 1
time.sleep(s)
def wait_exit(msg=None, s=None):
if msg is not None:
print msg
input_key = raw_input('Press "n" to quit or other key to continue:')
sys.exit() if input_key.lower() == "n" else sleep(s)
else:
sleep(s)
def execute(group_no, light_list, body_list):
for body in body_list:
wait_exit(dynamic_test.group_cast("put", group_no, body), 5)
if "transitiontime" in body:
id_start = body.find('"transitiontime":')
#!/usr/bin/python
import lamptestclass
import Process_case
import time
__author__ = 'WendyYu'
if __name__ == '__main__':
scene_full = lamptestclass.LampTest()
try:
numbers = raw_input("How many scenes do you want to create: ")
lights_list = [1, 2, 3]
Lights_body = None
All_diff = raw_input(
"Set the same status for the lights for all scenes(y or n): ")
if All_diff == 'y':
Lights_body = raw_input(
'Enter the status of the lights(eg:{"on":true}): ')
for i in range(int(numbers)):
real_time = time.strftime("%H%M%S", time.localtime())
scene_name = "Scene%s_%s" % (str(i + 1), real_time)
if All_diff == 'n':
Lights_body = raw_input(
'Enter the lights status for %s (eg:{"on":true}): ' %
scene_name)
print "*" * 10 + "\t" + str(i + 1) + " scene(s)\t" + "*" * 10
scene_full.msg_list.append("*" * 10 + "\t" + str(i + 1) +
" scene(s)\t" + "*" * 10)
Process_case.wait_exit(
False,
#!/usr/bin/python2.7
import lamptestclass
import Process_case
__author__ = 'WendyYu'
if __name__ == '__main__':
Op = Process_case.OpName
Control_TCs = lamptestclass.LampTest()
light_list = [1, 2, 3, 4, 7, 8, 9]
group_number = 0
scene_name = "controlscene"
TCs_list = [
" IPJ_8413 TC1 ", " IPJ_8393 TC2 ", " IPJ_8392 TC3 ",
" IPJ_15487 TC4 ", " IPJ_15488 TC5 ", " IPJ_15489 TC6 ",
" IPJ_15490 TC7 ", " IPJ_15491 TC8 ", " IPJ_15491 TC9 ",
" IPJ_15493 TC10 ", " IPJ_15494 TC11 ", " IPJ_15495 TC12 ",
" IPJ_15496 TC13 "
]
TCs_body = {
"TC1": [[Op.GC, '{"on": true, "effect": "colorloop"}', "PUT"],
[Op.RA, ["effect"]], [Op.GC, '{"effect": "none"}', "PUT"],
[Op.RA, ["effect"]]],
"TC2": [[Op.CS, '{"on": true, "effect": "colorloop"}'], [Op.RS],
[Op.RA, ["effect"]], [Op.GS]],
"TC3": [[Op.MSG, "Before long select stops, press continue"],
[Op.GC, '{"alert": "lselect"}', "PUT"],
[Op.GC, '{"alert": "none"}', "PUT"], [Op.RA, ["alert"]]],
"TC4": [[Op.GC, '{"on": true, "ct": 209}', "PUT"],
[Op.RA, ["ct", "colormode"]],
#!/usr/bin/python2.7
import lamptestclass
import Process_case
__author__ = 'WendyYu'
if __name__ == '__main__':
Op = Process_case.OpName
Scene_v2_TCs = lamptestclass.LampTest()
one_light_list = [1]
three_lights_list = [1, 2, 3, 4, 5, 6, 7]
one_light_group_no = 1
three_lights_group_no = 0
scene_name1 = "1_lamp_scene"
scene_name2 = "3_lamps_scene"
TCs_list_1_lamp =[" IPJ_16524 TC1 ", " IPJ_16530 TC5 "]
TCs_list_3_lamps = [" IPJ_16525 TC2 ", " IPJ_16526 TC3 ", " IPJ_16528 TC4 ", " IPJ_16531 TC6 ", " IPJ_16532 TC7 ",
" IPJ_16533 TC8 "]
# TCs_body_1_lamp = {
# "TC1": [
# [Op.CS, '{"on": true, "bri": 100}'],
# [Op.RS]
# ],
# "TC5": [
# [Op.CS],
# [Op.MSG, "Change the color for the test lamp"]
# [Op.RS]
# ]
# }
#!/usr/bin/python2.7
import lamptestclass
import time
import sys
__author__ = 'WendyYu'
RF_stress_test = lamptestclass.LampTest()
def wait_exit(msg=None):
if msg is not None:
print msg
input_key = raw_input('Press "n" to quit or other key to continue:')
if input_key.lower() == "n":
sys.exit()
def stress(light_list, body_list):
for body in body_list:
print "*** Command:%s ***" % body
wait_exit(RF_stress_test.uni_cast("put", light_list, body))
# time.sleep(1.5)
RF_stress_test.msg_list.append("\n" + "*" * 120 + "\n")
#!/usr/bin/python2.7
import lamptestclass
import Process_case
__author__ = 'WendyYu'
if __name__ == '__main__':
Op = Process_case.OpName
Monitor_TCs = lamptestclass.LampTest()
light_list = [1, 2, 3, 4, 7, 8, 11]
group_number = 0
scene_name = "MonitorScene"
TCs_list = [" IPJ_15465 TC1 ", " IPJ_15466 TC2 ", " IPJ_15467 TC3 ", " IPJ_15468 TC4 ", " IPJ_15469 TC5 ",
" IPJ_15470 TC6 ", " IPJ_15471 TC7 ", " IPJ_15472 TC8 ", " IPJ_15473 TC9 ", " IPJ_15474 TC10 ",
" IPJ_15475 TC11 ", " New_Case1 TC12 ", " New_Case2 TC13 ", " New_Case3 TC14 "]
TCs_body = {
# "TC1": [
# [Op.MSG, 'Power cycle lamp manually'],
# [Op.RA, ["ct", "bri"]]
# ],
# "TC2": [
# [Op.CS, '{"on": false, "transitiontime": 100}'],
# [Op.RS],
# [Op.RA, ["on"]]
# ],
# "TC3": [
# [Op.GC, '{"on": true, "ct": 345}', "PUT"],
# [Op.RA, ["ct", "colormode"]],
# [Op.CS, '{"xy": [0.16195, 0.02948]}'],
#!/usr/bin/python2.7
import lamptestclass
import Process_case
__author__ = 'WendyYu'
if __name__ == '__main__':
Op = Process_case.OpName
Attribute_Tcs = lamptestclass.LampTest()
light_list = [1, 2, 3, 4, 5, 6, 7]
group_number = 0
TCs_list = [
" IPJ_15525 TC1 ", " IPJ_15526 TC2 ", " IPJ_15527 TC3 ",
" IPJ_15537 TC4 ", " IPJ_15538 TC5 ", " IPJ_15539 TC6 ",
" IPJ_15540 TC7 ", " IPJ_15541 TC8 ", " IPJ_15542 TC9 ",
" IPJ_15543 TC10 ", " IPJ_15544 TC11 ", " IPJ_15545 TC12 ",
" IPJ_15546 TC13 ", " IPJ_15547 TC14 ", " IPJ_15548 TC15 ",
" IPJ_15549 TC16 ", " IPJ_15550 TC17 ", " IPJ_15551 TC18 ",
" IPJ_15552 TC19 ", " IPJ_15553 TC20 ", " IPJ_15554 TC21 ",
" IPJ_15555 TC22 ", "Added new_case1", "Added new_case2"
]
TCs_body = {
# "TC1": [
# [Op.MSG, "Turn all lights on"],
# [Op.GC, '{"bri":100}', "PUT"],
# [Op.GC, '{"bri_inc": -254}', "PUT"],
# [Op.RA, ["bri"]],
# [Op.GC, '{"bri":200}', "PUT"],
# [Op.GC, '{"bri_inc": -1}', "PUT"],
# [Op.RA, ["bri"]],
#!/usr/bin/python2.7
import lamptestclass
import Process_case
__author__ = 'WendyYu'
if __name__ == '__main__':
Op = Process_case.OpName
Channel_TCs = lamptestclass.LampTest()
group_number = 0
lights_list = [3]
scene_name = "Channelscene"
TCs_list = ["IPJ_13494 TC1", "IPJ_13495 TC2", "IPJ_13496 TC3", "IPJ_13497 TC4",
"IPJ_13498 TC5", "IPJ_13499 TC6", "IPJ_13500 TC7", "IPJ_13501 TC8"]
TCs_body = {
"TC1": [
[Op.GC, '{"on": false}', "PUT"]
],
"TC2": [
[Op.UC, '{"on": false}', "PUT"],
],
"TC3": [
[Op.GC, '{"effect": "colorloop"}', "PUT"]
],
"TC4": [
[Op.UC, '{"effect": "colorloop"}', "PUT"]
],
"TC5": [
[Op.GC, '{"on": true}', "PUT"],
[Op.GC, '{"on": false, "transitiontime": 600}', "PUT"]
#!/usr/bin/python2.7
import lamptestclass
import Process_case
__author__ = 'WendyYu'
if __name__ == '__main__':
Op = Process_case.OpName
SceneMem_Tcs = lamptestclass.LampTest()
light_list = [2, 5, 6]
group_number = 0
TCs_list = [" IPJ_15819 TC1 ", " IPJ_15821 TC2 ", " IPJ_15822 TC3 ", " IPJ_16513 TC4 ", " IPJ_16514 TC5 "]
TCs_body = {
"TC1": [
[Op.MSG, "Bridge contain 200 scenes (not locked, recycle true)\n"
"Lamp memory should empty: <factory reset all lamps>"],
[Op.CS, '{"on":true, "bri":100}']
],
"TC2": [
[Op.MSG, "Bridge memory empty\n"
"A lamp linked to remote controller and this lamp is included in the scene"],
[Op.CS, '{"on":true, "bri":200, "transitiontime":100}'],
[Op.RS]
],
"TC3": [
[Op.MSG, "This case can't test, lamp memory should be full (48 scenes)"]
],
"TC4": [
[Op.MSG, "This case can't test, lamp memory should be full (48 scenes)"]
],
