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runtest.py
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runtest.py
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'''
RUN TEST LOCALLY
NOT USED IN AUTOMATION FRAMEWORK
AUTHOR: GEORGIA BLANCO-LITCHFIELD GBL06
'''
from automationframework.autotest.base.template import Template
from automationframework.autotest.base.decorators import step
import time
import importlib
import requests
import verify_function as cdb
from config import Config
SERVER_NAME = Config['serverName']
STB_SERVER_NAME = Config['STBserverName']
EXTRACTOR_REPORTS = Config['extractorReports']
class Test():
def __init__(self, logger, ip, slotId):
self.logger = createFileLogger(LOG_FILE + logger + '.log')
self.ip = ip
self.slotID = slotId
def runtest(self, slotID, ip):
'''
'''
self.logger.info("Test Begin")
for testcase in self.test_tree.getroot():
self.logger.info("Testcases:%s,%s", testcase.tag, testcase.text)
for test in testcase:
if test.tag == 'teststep':
self.logger.info("Teststep: %s", test.attrib)
for teststeps in test:
if teststeps.tag == 'action':
if teststeps.text == 'PLAY_STREAM':
self.play_stream(test)
elif teststeps.text == 'WAIT':
self.wait(test)
elif teststeps.text == 'EXTRACT_STB':
self.extract_stb(test, ip, slotID)
elif teststeps.text == 'VERIFY':
self.verify(test, slotID)
elif teststeps.text == 'COMMAND':
self.command(test, slotID)
requests.get(SERVER_NAME + 'stopstream', timeout=60)
self.logger.info(threading.enumerate())
def play_stream(self, _clients, stream_name):
self.logger.info("Playing stream: " + stream_name + " for " + _clients + "clients")
requests.get(SERVER_NAME + 'startstream?clients=' + _clients + '&stream=' + stream_name, timeout=60)
resp = requests.get(SERVER_NAME + 'startstream?clients=' + _clients + '&stream=' + stream_name, timeout=60)
self.logger.info("The content of the request is:" + resp.content)
if resp.ok:
self.logger.info("Play stream server worked")
return True
else:
self.logger.error("Player stream server did not work")
return False
def wait(self, wait_time):
self.logger.info("Wait for step to be completed") # will be removed
time.sleep(int(wait_time) * 60)
return True
def extract_stb(self):
self.logger.info("Extracting STB")
requests.get(STB_SERVER_NAME + 'stbExtract?ip=' + "192.168.0.106" + '&report_no=' + str(int(self.slotId)), timeout=60)
resp = requests.get(STB_SERVER_NAME + 'stbExtract?ip=' + self.ip + '&report_no=' + str(int(self.slotId)), timeout=60)
if resp.ok:
self.logger.info("Extract STB complete")
return True
else:
self.logger.error("Unable to extract STB")
return False
def verify_para(self, attribute, exp_value):
self.logger.info("Verification of top paragraph value")
print(EXTRACTOR_REPORTS + "cdb_report" + str(int(stb.slotId)) + ".html")
value_to_be_verified = cdb.get_value_from_para(
EXTRACTOR_REPORTS + "cdb_report" + str(int(self.slotId)) + ".html",
attribute)
self.logger.info('%s', attribute)
if exp_value != value_to_be_verified:
self.logger.error("Teststep verification Failed")
self.logger.info("Expecting: %s=%s, but, found %s=%s", attribute, exp_value,
attribute, value_to_be_verified)
self.logger.info("Ending test")
#requests.get(SERVER_NAME + 'stopstream')
else:
self.logger.info("Teststep verification passed")
return True
def verify_table(self, header, unique_id, column, exp_value):
self.logger.info("Verification of table values")
value_to_be_verified = cdb.get_value_from_row(
EXTRACTOR_REPORTS + "cdb_report" + str(int(stb.slotId)) + ".html", header, unique_id,
column)
if exp_value != value_to_be_verified:
self.logger.error("Teststep verification Failed")
self.logger.info("Expecting: %s=%s, but, found %s=%s", column, exp_value,
column, value_to_be_verified)
#requests.get(SERVER_NAME + 'stopstream')
else:
self.logger.info("Teststep verification passed")
return True
def verify_under_table(self, header, attribute, exp_value):
self.logger.info("Verification of value under table")
value_to_be_verified = cdb.get_value_under_table(
EXTRACTOR_REPORTS + "cdb_report" + str(int(stb.slotId)) + ".html", header, attribute)
if exp_value != value_to_be_verified:
self.logger.error("Teststep verification Failed")
self.logger.info("Expecting: %s %s=%s, but, found %s=%s", header, attribute, exp_value,
header, value_to_be_verified)
self.logger.info("Ending test")
#requests.get(SERVER_NAME + 'stopstream')
else:
self.logger.info("Teststep verification passed")
return True
def command(self, command_type, name_of_command):
rcu = Remote(Config['ipRCU'], Config['portRCU'], self.logger)
self.logger.info("Perform Command")
if command_type == 'common':
lib = importlib.import_module('autosmart.templates.common')
step = lib.__dict__[name_of_command]
instance = step(self.logger, stb.slotId)
instance.execute(rcu)
return True
elif command_type == 'rcu':
rcu.operate(name_of_command, stb.slotId, 2)
return True
else:
self.logger.info("Incorrect parameter, must be either common or rcu")
class StopStream(Template):
"""
Playout prerecorded stream
"""
TAG = "play stream"
def __init__(self):
Template.__init__(self)
self.addDescription(self.NAME_DESC,
'Stopping stream')
self.addDescription(self.EXP_DESC,
'Stopping stream')
self.addDescription(self.PASS_DESC,
'Stream successfully stopped')
self.addDescription(self.FAIL_DESC,
'Stream did not stop')
def executeCore(self, stb, status):
self.logger.info('Stopping stream')
requests.get(SERVER_NAME + 'stopstream')
resp = requests.get(SERVER_NAME + 'stopstream')
if resp.ok:
self.logger.info("Stopping stream complete")
return True
else:
self.logger.error("Unable to stop stream")
return False
# import sys
# import getopt # ????
# import time
# import logging
# import threading
# import importlib
# import requests
# import json
# import xml.etree.ElementTree as et
# from multiprocessing import Process
# from argparse import ArgumentParser
# from autosmart.utils.utils import createFileLogger
# import function as cdb
# from autosmart.config.config import Config
# from autosmart.rcu import Remote
# import autosmart.templates.common
#
# #from socketIO_client import SocketIO
#
#
# LOG_FILE = Config['runtestLog']
# TEST_FOLDER = Config['testFolder']
# BOX_FOLDER = Config['boxFolder']
# SERVER_NAME = Config['serverName']
# STB_SERVER_NAME = Config['STBserverName']
# RCU_LOG = Config['rcuLog']
# EXTRACTOR_REPORTS = Config['extractorReports']
#
# class Test():
# def __init__(self, test_tree, logger):
# self.logger = createFileLogger(LOG_FILE + logger + '.log')
# self.test_tree = et.parse(TEST_FOLDER + test_tree + '.xml')
#
# def runtest(self, slotID, ip):
# '''
# '''
#
# self.logger.info("Test Begin")
# for testcase in self.test_tree.getroot():
# self.logger.info("Testcases:%s,%s", testcase.tag, testcase.text)
#
# for test in testcase:
# if test.tag == 'teststep':
# self.logger.info("Teststep: %s", test.attrib)
# for teststeps in test:
# if teststeps.tag == 'action':
# if teststeps.text == 'PLAY_STREAM':
# self.play_stream(test)
# elif teststeps.text == 'WAIT':
# self.wait(test)
# elif teststeps.text == 'EXTRACT_STB':
# self.extract_stb(test, ip, slotID)
# elif teststeps.text == 'VERIFY':
# self.verify(test, slotID)
# elif teststeps.text == 'COMMAND':
# self.command(test, slotID)
#
# requests.get(SERVER_NAME + 'stopstream', timeout=60)
# self.logger.info(threading.enumerate())
#
# def play_stream(self, test):
# self.logger.info("Play Stream")
# parameters = []
# for teststeps in test:
# # logger.info("Reading params: %s,%s,%s", teststeps.tag, teststeps.attrib, teststeps.text)
# if teststeps.tag == 'parameter':
# parameters.append(teststeps.text)
# self.logger.info(parameters[0] + " and " + parameters[1])
#
# # with SocketIO('localhost', 5000) as socketIO:
# # socketIO.emit('Ready to play')
#
# requests.get(SERVER_NAME + 'startstream?folder=' + parameters[0] + '&stream=' + parameters[1], timeout=60)
# self.logger.info("server done")
#
# return True
#
# def wait(self, test):
# self.logger.info("Wait for step to be completed") # will be removed
# for teststeps in test:
# # logger.info("Reading params: %s,%s,%s", teststeps.tag, teststeps.attrib, teststeps.text)
# if teststeps.tag == 'parameter':
# wait_time = teststeps.text
# time.sleep(int(wait_time) * 60)
# return True
#
# def extract_stb(self, test, ip, slotID):
# self.logger.info("Extract STB")
#
# requests.get(STB_SERVER_NAME + 'stbExtract?ip=' + ip + '&report_no=' + str(int(slotID)), timeout=60)
# return True
#
# def verify(self, test, slotID):
# self.logger.info("Verify")
# parameters = []
# for teststeps in test:
# # logger.info("Reading params: %s,%s,%s", teststeps.tag, teststeps.attrib, teststeps.text)
# if teststeps.tag == 'parameter':
# parameters.append(teststeps.text)
#
# if parameters[0] == 'para':
# value_to_be_verified = cdb.get_value_from_para(
# EXTRACTOR_REPORTS + "cdb_report" + str(int(slotID)) + ".html",
# parameters[1]) # E:/GeorgiaAdSmart/AutoSmart/work/Python/autosmart/servers/stbreports/cdb_report1.html
# self.logger.info('%s', parameters[1])
# if parameters[2] != value_to_be_verified:
# self.logger.error("Teststep verification Failed !!!")
# self.logger.info("Expecting: %s=%s, but, found %s=%s", parameters[1], parameters[2],
# parameters[1], value_to_be_verified)
# self.logger.info("Ending test")
#
# else:
# self.logger.info("Teststep verification passed")
#
# if parameters[0] == 'table':
# value_to_be_verified = cdb.get_value_from_row(EXTRACTOR_REPORTS + "cdb_report" + str(int(slotID)) + ".html",
# parameters[1], parameters[2], parameters[3])
# if parameters[4] != value_to_be_verified:
# self.logger.error("Teststep verification Failed !!!")
# self.logger.info("Expecting: %s=%s, but, found %s=%s", parameters[3], parameters[4],
# parameters[3], value_to_be_verified)
# # stop test
# else:
# self.logger.info("Teststep verification passed")
#
# if parameters[0] == 'under table':
# value_to_be_verified = cdb.get_value_under_table(
# EXTRACTOR_REPORTS + "cdb_report" + str(int(slotID)) + ".html", parameters[1], parameters[2])
# if parameters[3] != value_to_be_verified:
# self.logger.error("Teststep verification Failed !!!")
# self.logger.info("Expecting: %s %s=%s, but, found %s=%s", parameters[1], parameters[2], parameters[3],
# parameters[1], value_to_be_verified)
# self.logger.info("Ending test")
#
# else:
# self.logger.info("Teststep verification passed")
#
# def command(self, test, slotID):
# parameters = []
# rculog = createFileLogger(RCU_LOG)
# rcu = Remote(Config['ipRCU'], Config['portRCU'], rculog)
#
# for teststeps in test:
# self.logger.info("Reading params: %s,%s,%s", teststeps.tag, teststeps.attrib, teststeps.text)
# if teststeps.tag == 'parameter':
# parameters.append(teststeps.text)
# if parameters[0] == 'common':
# lib = importlib.import_module('autosmart.templates.common')
# step = lib.__dict__[parameters[1]]
# instance = step(self.logger, slotID)
# instance.execute(rcu)
# return True
# elif parameters[0] == 'rcu':
# rcu.operate(parameters[1], slotID, 2)
# return True
# else:
# self.logger.info("Incorrect parameter, must be either common or rcu")
#
#
#
#
# class TestRunner():
# def __init__(self):
# None
#
# @property
# def build_parser(self):
# parser = ArgumentParser()
# parser.add_argument("-t", "--test", dest="testname",
# help="Test to be completed")
# parser.add_argument("-o", "--output", dest="logstore",
# help="results and log store")
# parser.add_argument("-b", "--box", dest="box_file",
# help="box ip and soltID/report number")
# return parser
#
# def run(self, slotID, ip, test, log):
# t = Test(test, log + slotID)
# t.runtest(slotID, ip)
#
# def individualTests(self):
# parser = self.build_parser
# args = parser.parse_args()
#
# # for proc in psutil.process_iter():
# # print proc
#
# print("Get status")
# resp = requests.get(SERVER_NAME + "status", timeout=60)
# print resp.content
# if resp.ok:
# json_resp = resp.json()
# json_resp["data"]
# data = json_resp.get("data", None)
# if data is None:
# print(json_resp.get("error"))
#
# if resp.json()["data"]["status"] == "Playing":
# print('stopping streammmm')
# requests.get(SERVER_NAME + 'stopstream', timeout=60)
#
# print("Load boxes info")
# test_boxes = BOX_FOLDER + args.box_file + '.json'
#
# with open(test_boxes) as test_file:
# json_data = json.load(test_file)
# for key, val in json_data.items():
# print("Stb details: {}:{}".format(key, val))
# proc = Process(target=self.run, args=(key, val, args.testname, args.logstore))
# print("starting proc:{}".format(proc))
# proc.start()
#
# print("Wait for all of tests to finish")
# proc.join()
# print("Finished!")
#
#
# if __name__ == "__main__":
# TestRunner().individualTests()
#
# # python runtest.py -t firstfeature -o autosmart -b boxips
#
#
# # s = subprocess.check_output('tasklist', shell=True)
# # for app_name in ("DtPlay.exe", "StreamXpress.exe"):
# # if app_name in s:
# # resp = requests.get(SERVER_NAME + 'stopstream', timeout=60)
# # if res.ok:
# # break
#
#
# # class Test():
# # def __init__(self, test_tree, logger):
# # self.logger = createFileLogger(LOG_FILE + logger + '.log')
# # self.test_tree = et.parse(TEST_FOLDER + test_tree + '.xml')
# #
# # def runtest(self, slotID, ip):
# # '''
# # '''
# #
# # self.logger.info("Test Begin")
# # for testcase in self.test_tree.getroot():
# # self.logger.info("Testcases:%s,%s", testcase.tag, testcase.text)
# #
# # for test in testcase:
# # if test.tag == 'teststep':
# # self.logger.info("Teststep: %s", test.attrib)
# # for teststeps in test:
# # if teststeps.tag == 'action':
# # if teststeps.text == 'PLAY_STREAM':
# # self.play_stream(test)
# # elif teststeps.text == 'WAIT':
# # self.wait(test)
# # elif teststeps.text == 'EXTRACT_STB':
# # self.extract_stb(test, ip, slotID)
# # elif teststeps.text == 'VERIFY':
# # self.verify(test, slotID)
# # elif teststeps.text == 'COMMAND':
# # self.command(test, slotID)
# #
# # requests.get(SERVER_NAME + 'stopstream', timeout=60)
# # self.logger.info(threading.enumerate())
# #
# # def play_stream(self, test):
# # self.logger.info("Play Stream")
# # parameters = []
# # for teststeps in test:
# # # logger.info("Reading params: %s,%s,%s", teststeps.tag, teststeps.attrib, teststeps.text)
# # if teststeps.tag == 'parameter':
# # parameters.append(teststeps.text)
# # self.logger.info(parameters[0] + " and " + parameters[1])
# #
# # # with SocketIO('localhost', 5000) as socketIO:
# # # socketIO.emit('Ready to play')
# #
# # requests.get(SERVER_NAME + 'startstream?folder=' + parameters[0] + '&stream=' + parameters[1], timeout=60)
# # self.logger.info("server done")
# #
# # return True
# #
# # def wait(self, test):
# # self.logger.info("Wait for step to be completed") # will be removed
# # for teststeps in test:
# # # logger.info("Reading params: %s,%s,%s", teststeps.tag, teststeps.attrib, teststeps.text)
# # if teststeps.tag == 'parameter':
# # wait_time = teststeps.text
# # time.sleep(int(wait_time) * 60)
# # return True
# #
# # def extract_stb(self, test, ip, slotID):
# # self.logger.info("Extract STB")
# #
# # requests.get(STB_SERVER_NAME + 'stbExtract?ip=' + ip + '&report_no=' + str(int(slotID)), timeout=60)
# # return True
# #
# # def verify(self, test, slotID):
# # self.logger.info("Verify")
# # parameters = []
# # for teststeps in test:
# # # logger.info("Reading params: %s,%s,%s", teststeps.tag, teststeps.attrib, teststeps.text)
# # if teststeps.tag == 'parameter':
# # parameters.append(teststeps.text)
# #
# # if parameters[0] == 'para':
# # value_to_be_verified = cdb.get_value_from_para(
# # EXTRACTOR_REPORTS + "cdb_report" + str(int(slotID)) + ".html",
# # parameters[1]) # E:/GeorgiaAdSmart/AutoSmart/work/Python/autosmart/servers/stbreports/cdb_report1.html
# # self.logger.info('%s', parameters[1])
# # if parameters[2] != value_to_be_verified:
# # self.logger.error("Teststep verification Failed !!!")
# # self.logger.info("Expecting: %s=%s, but, found %s=%s", parameters[1], parameters[2],
# # parameters[1], value_to_be_verified)
# # self.logger.info("Ending test")
# #
# # else:
# # self.logger.info("Teststep verification passed")
# #
# # if parameters[0] == 'table':
# # value_to_be_verified = cdb.get_value_from_row(EXTRACTOR_REPORTS + "cdb_report" + str(int(slotID)) + ".html",
# # parameters[1], parameters[2], parameters[3])
# # if parameters[4] != value_to_be_verified:
# # self.logger.error("Teststep verification Failed !!!")
# # self.logger.info("Expecting: %s=%s, but, found %s=%s", parameters[3], parameters[4],
# # parameters[3], value_to_be_verified)
# # # stop test
# # else:
# # self.logger.info("Teststep verification passed")
# #
# # if parameters[0] == 'under table':
# # value_to_be_verified = cdb.get_value_under_table(
# # EXTRACTOR_REPORTS + "cdb_report" + str(int(slotID)) + ".html", parameters[1], parameters[2])
# # if parameters[3] != value_to_be_verified:
# # self.logger.error("Teststep verification Failed !!!")
# # self.logger.info("Expecting: %s %s=%s, but, found %s=%s", parameters[1], parameters[2], parameters[3],
# # parameters[1], value_to_be_verified)
# # self.logger.info("Ending test")
# #
# # else:
# # self.logger.info("Teststep verification passed")
# #
# # def command(self, test, slotID):
# # parameters = []
# # rculog = createFileLogger(RCU_LOG)
# # rcu = Remote(Config['ipRCU'], Config['portRCU'], rculog)
# #
# # for teststeps in test:
# # self.logger.info("Reading params: %s,%s,%s", teststeps.tag, teststeps.attrib, teststeps.text)
# # if teststeps.tag == 'parameter':
# # parameters.append(teststeps.text)
# # if parameters[0] == 'common':
# # lib = importlib.import_module('autosmart.templates.common')
# # step = lib.__dict__[parameters[1]]
# # instance = step(self.logger, slotID)
# # instance.execute(rcu)
# # return True
# # elif parameters[0] == 'rcu':
# # rcu.operate(parameters[1], slotID, 2)
# # return True
# # else:
# # self.logger.info("Incorrect parameter, must be either common or rcu")