def img_save(self, rd, out_flag):
img_org = cv2.imread(gl.get_value('scratch_path') + 'workbench.png')
path = gl.get_value('icon_path')
for i in range(len(rd)):
w, h, x, y, _ = rd[i][0][0]
img = []
for j in range(y, y+h):
img.append(img_org[j][x:x+w])
if out_flag == 'OI':
if td.text_detector(np.array(img), 320, 320, 0.5) == 0:
cv2.imwrite(path+str(i)+'.png', np.array(img))
elif out_flag == 'ALL':
cv2.imwrite(path + str(i) + '.png', np.array(img))
def statistics():
"""thid function used to statistic total tetscases numbers ,and passed numbers ,and failed numbers"""
import basic_class
import global_variables
import datetime
test_starttime = global_variables.get_value('test_starttime')
test_endtime = datetime.datetime.now()
basic_class.mylogger_record.debug('tests end at: '+str(test_endtime))
time_costs = (test_endtime - test_starttime).seconds/60
total_testcases_num = global_variables.get_value('total_testcases_num')
passed_testcases_num = global_variables.get_value('passed_testcases_num')
failed_testcases_num = global_variables.get_value('failed_testcases_num')
# print statistics to summary.log
basic_class.mylogger_summary.yes('\nTotal number of Test Cases: '+str(total_testcases_num))
basic_class.mylogger_summary.yes('PASS: '******'FAIL: '+str(failed_testcases_num))
# print time info to summary.log
basic_class.mylogger_summary.yes('\n\n=============================================')
basic_class.mylogger_summary.yes('Test started at: '+str(test_starttime))
basic_class.mylogger_summary.yes('Test endded at: '+str(test_endtime))
basic_class.mylogger_summary.yes('Total time is: {:.2} minutes'.format(time_costs))
basic_class.mylogger_summary.yes('=============================================')
# print time info to screen and log
basic_class.mylogger_record.info('Test started at: '+str(test_starttime))
basic_class.mylogger_record.info('Test endded at: '+str(test_endtime))
basic_class.mylogger_record.info('Total time is: {:.2} minutes'.format(time_costs))
def create_log_folders():
"""this function will fetch mx version and create log and summary folders based on mx_version"""
import remote_operations
import global_variables
#import basic_class
import time
import os
mx1_host1_ip = global_variables.get_value('mx1_host1_ip')
root_account = global_variables.get_value(
'root_account') # root by default
root_passwd = global_variables.get_value('root_passwd') #
sshport = global_variables.get_value('sshport')
#owm_common_version = remote_operations.remote_operation(mx1_host1_ip,root_account,root_passwd,'rpm -qa|grep owm|grep owm-common',1,'owm-common-',1)
import paramiko
ssh0 = paramiko.SSHClient()
ssh0.set_missing_host_key_policy(paramiko.AutoAddPolicy())
ssh0.connect(hostname=mx1_host1_ip,
port=sshport,
username=root_account,
password=root_passwd)
cmds = 'rpm -qa|grep owm|grep owm-common'
stdin, stdout, stderr = ssh0.exec_command(cmds)
okout = stdout.read()
errout = stderr.read()
ssh0.close()
if len(errout) == 0:
out = str(okout, 'utf-8')
else:
out = str(errout, 'utf-8')
print("Some error seems happened:\n" + out)
exit(1)
owm_version = out.split('owm-common-')[1].strip()
global_variables.set_value('owm_version', owm_version)
#print("Some error seems happened:\n"+out)
initialpath = global_variables.get_value('initialpath')
currenttime = time.strftime("%Y-%m-%d-%H-%M")
foldername = owm_version + '-' + '{}'.format(currenttime)
if os.path.exists('logs/' + foldername):
try:
os.remove('logs/' + foldername + '/alltestcases.log')
except FileNotFoundError:
pass
else:
os.makedirs('logs/' + foldername)
if os.path.exists('summary/' + foldername):
try:
os.remove('summary/' + foldername + '/summary.log')
except FileNotFoundError:
pass
else:
os.makedirs('summary/' + foldername)
global_variables.set_value('logpath', initialpath + '/logs/' + foldername)
global_variables.set_value('summarypath',
initialpath + '/summary/' + foldername)
def main():
"""main function to active logging,testcase running"""
import global_variables
global_variables.set_value('initialpath',initialpath)
testcaselocation = global_variables.get_value('argvlist')
chloglevel = global_variables.get_value('chloglevel')
tclocation = basic_function.parse_testcaselocation(testcaselocation) # format testcase location in a list for given formats
basic_function.execute(tclocation,initialpath) # executing testcases
basic_function.statistics() # statistics all testcases results
def summary(result_lists, tc_name=''):
"""this function will analyze the test outcome,determin if tests successfully or not,and record results to summary.log"""
import basic_class
import global_variables
basic_class.mylogger_record.debug('result_lists= ' + str(result_lists))
total_testcases_num = global_variables.get_value('total_testcases_num')
passed_testcases_num = global_variables.get_value('passed_testcases_num')
failed_testcases_num = global_variables.get_value('failed_testcases_num')
success_flag = 0 # use to accumulate the 'success' number,from 0
target = len(
result_lists
) # for result_lists=['threshold success', 'count success'] ,target wil be 2 (success)
# if result_lists=['threshold success', 'count faile'],target still be 2, but will failed
if tc_name != '': # will use customer input testcase name to print
testcase_name = tc_name
else: # will use default testcase name got from 'os.getcwd().split('/')[-1]'
testcase_name = global_variables.get_value('testcase_name')
summary_print_length = int(
global_variables.get_value('summary_print_length'))
for result in result_lists:
if 'success' in result.lower():
success_flag += 1
dummy_length2 = int(summary_print_length - len(testcase_name) - 7)
basic_class.mylogger_record.debug('success_flag= ' + str(success_flag))
if success_flag == target:
basic_class.mylogger_recordnf.yes('----------Testcase: ' +
testcase_name +
' passed.----------\n')
basic_class.mylogger_summary.yes(testcase_name + ' ' +
'.' * dummy_length2 + ' [PASS]')
passed_testcases_num += 1
global_variables.set_value(
'passed_testcases_num',
passed_testcases_num) # update passed_testcases_num
else:
basic_class.mylogger_recordnf.no('----------Testcase: ' +
testcase_name +
' failed.----------\n')
basic_class.mylogger_summary.no(testcase_name + ' ' +
'.' * dummy_length2 + ' [FAIL]')
failed_testcases_num += 1
global_variables.set_value(
'failed_testcases_num',
failed_testcases_num) # update total_testcases_num
total_testcases_num += 1
global_variables.set_value(
'total_testcases_num',
total_testcases_num) # update total_testcases_num
def add_run_time():
"""add testcase costs time for each testcase"""
import global_variables
import datetime
testcase_stoptime = global_variables.get_value('testcase_stoptime')
testcase_starttime = global_variables.get_value('testcase_starttime')
print('testcase_starttime= ' + str(testcase_starttime))
print('testcase_stoptime= ' + str(testcase_stoptime))
testcases_cost_time = (testcase_stoptime - testcase_starttime).seconds
print('testcases_cost_time=' + str(testcases_cost_time))
def remote_operation(sshhost,cmds,\
username = '',\
passwd = '',\
confirmflag = 1,\
confirmobj = '',\
confirmobjcount = 1,\
sshport = 22,\
keyfile = '',\
outlog ='sshout.log',\
errorlog ='ssherror.log',\
paramikologenable = 0 \
):
"""this function is used to pick up ssh auth with pubkey or passwordbased on the imput auth flag"""
import os
import global_variables
import basic_class
sshhost = sshhost
ssh_authtype_flag = global_variables.get_value('sshnonpassauth_flag_'+sshhost)
if ssh_authtype_flag == str(1):
basic_class.mylogger_record.debug('eatablishing ssh connection with pubkey to {} ...'.format(sshhost))
return(remote_operation_with_sshpubkeyauth(sshhost,cmds,username,passwd,confirmflag,confirmobj,confirmobjcount,sshport,keyfile,outlog,errorlog,paramikologenable))
elif ssh_authtype_flag == str(0):
basic_class.mylogger_record.debug('eatablishing ssh connection with password to {} ...'.format(sshhost))
return(remote_operation_with_sshpasswordauth(sshhost,cmds,username,passwd,confirmflag,confirmobj,confirmobjcount,sshport,keyfile,outlog,errorlog,paramikologenable))
else:
basic_class.mylogger_record.error('SSH establish failed,please check manually!!')
exit(1)
def welcome():
"""the welcome function used to print some welcome header when using this WuKong test suits
also print headers in summary.log
"""
import basic_class
import global_variables
summary_print_length = 100
global_variables.set_value('summary_print_length', summary_print_length)
owm_version = global_variables.get_value('owm_version')
summary_title = ' MX TestCases Summary for ' + owm_version + ' '
if len(summary_title) % 2 == 0: #make sure summary_title has even length
pass
else:
summary_title += ' '
dummy_length1 = int((summary_print_length - len(summary_title)) / 2)
basic_class.mylogger_summary.yes('=' * dummy_length1 + summary_title +
'=' * dummy_length1 + '\n')
# below 3 variables will be used in summaryfunction and statistics function later to generate a summary
total_testcases_num = 0
passed_testcases_num = 0
failed_testcases_num = 0
global_variables.set_value('total_testcases_num', total_testcases_num)
global_variables.set_value('passed_testcases_num', passed_testcases_num)
global_variables.set_value('failed_testcases_num', failed_testcases_num)
def __init__(self, screen_shot):
self.origin = screen_shot
self.x_axis = screen_shot[0][0]
self.y_axis = screen_shot[0][1]
self.positionx = screen_shot[0][2]
self.positiony = screen_shot[0][3]
self.cflag = screen_shot[0][4]
img = screen_shot[1].reshape(self.y_axis, self.x_axis)
img_blur = cv2.GaussianBlur(img, eval(gl.get_value('gaussian_blur')), 5)
#cv2.imshow('', img_blur)
#cv2.waitKey()
self.pic_blur = np.array(img_blur).ravel()
self.pic_original = np.array(screen_shot[1])
def CURSOR_REST(self):
window_position = eval(gl.get_value('main_window_position'))
move_coordinates = np.array([window_position[0], window_position[1]]) + np.array([20, 20])
pyautogui.moveTo(move_coordinates[0], move_coordinates[1])
def __init__(self, chloglevel):
""" definition of some"""
self.logger = logging.getLogger('WK-record')
self.logger.setLevel(logging.DEBUG) #defaut 'DEBUG'
self.chloglevel = chloglevel
self.ch = logging.StreamHandler()
#get chloglevel from outside
if 'WARNING' in self.chloglevel:
self.ch.setLevel(
logging.DEBUG
) # "-v" or '-vv' will both display DEBUG information
elif 'DEBUG' in self.chloglevel:
self.ch.setLevel(logging.DEBUG)
else:
self.ch.setLevel(logging.INFO) #default 'INFO'
#self.ch.setLevel(logging.ERROR)
#initialpath = global_variables.get_value('initialpath')
#print('initialpath='+initialpath)
import global_variables
self.logpath = global_variables.get_value('logpath')
self.fh = logging.FileHandler(self.logpath + '/alltestcases.log')
self.fh.setLevel(logging.DEBUG)
self.formatter = logging.Formatter(
'[%(asctime)s] [%(levelname)s] %(message)s')
self.ch.setFormatter(self.formatter)
self.fh.setFormatter(self.formatter)
self.logger.addHandler(self.ch)
self.logger.addHandler(self.fh)
def parse_chloglevel():
"""this function gte the chloglevel of this test"""
parse_args() # get all args
import global_variables
import basic_class
argvlist = global_variables.get_value(
'argvlist') # get argvlist of arguments
if argvlist.count('-v') > 1 or argvlist.count(
'-vv') > 1: # determine the chloglevel (displayed to screen)
basic_class.mylogger_record.error(
"multiple '-v' or '-vv' detected,please make sure only one entered!"
)
exit()
elif argvlist.count('-v') == 1 or argvlist.count('-vv') == 1:
if '-v' in argvlist:
chloglevel = 'WARNING'
argvlist.remove('-v')
else:
chloglevel = 'DEBUG'
argvlist.remove('-vv')
else:
chloglevel = 'ERROR'
global_variables.set_value('chloglevel',
chloglevel) # store chloglevel into dict
return chloglevel
def string_ocr(self, rd):
futures = []
string_loc = []
tree = ImgTree()
temp = rd
end_depth = eval(gl.get_value('end_depth'))
block_size_iter = eval(gl.get_value('block_size_iter'))
RD4 = tree.next_depth([rd], end_depth)
Whole_Region1 = temp[0][1].reshape(temp[0][0][1], temp[0][0][0])
#cv2.imshow('', np.array(Whole_Region1))
#cv2.waitKey()
with concurrent.futures.ThreadPoolExecutor() as executor:
for i in range(block_size_iter[0], block_size_iter[1]):
future = executor.submit(self.ocr_concurrent_wrap, i, rd, RD4, Whole_Region1)
futures.append(future)
for future in concurrent.futures.as_completed(futures):
string_loc.append(future.result())
strings_all = []
for i in range(len(RD4)):
string_cl = []
for j in range(len(string_loc)):
string_cl.append(string_loc[j][i])
strings_all.append([string_cl, [RD4[i][0][0][0]/2+RD4[i][0][0][2], RD4[i][0][0][1]/2+RD4[i][0][0][3]]])
return strings_all
def print_mx_version():
"""print mx_version get from basic_function.create_log_folders()"""
import global_variables
import basic_class
owm_version = global_variables.get_value('owm_version')
basic_class.mylogger_record.info('owm_version = ' + owm_version)
def region_sep_main(self, act_type):
test_window = ImageCapture(gl.get_value('version').lower())
region = test_window.icapture('main', act_type)
regions = region
return regions
def BINPUT(self, coordinates, act_input):
coordinates_binput = [coordinates[0], coordinates[1]+eval(gl.get_value('input_ygap'))]
pyautogui.click(coordinates_binput, clicks=2)
pyautogui.press('backspace')
pyautogui.typewrite(act_input)
def decide_import_or_reload(case_name,count_type,tmp_type):
"""this function used to deteimine import or repoad the testcases scripts,only the first time use import"""
import basic_class
import global_variables
import importlib
import time
basic_class.mylogger_recordnf.title('\n[-->Executing '+case_name+'.py ...]')
count_num = int(global_variables.get_value('{}'.format(count_type)))
if count_num == 1:
tm_type = importlib.import_module (case_name)
global_variables.set_value('{}'.format(tmp_type),tm_type)
count_num += 1
global_variables.set_value('{}'.format(count_type),count_num)
else:
tm_type = global_variables.get_value(tmp_type)
importlib.reload(tm_type)
def smtp_set_debuglevel(self):
"""Set the debug output level. A value of 1 or True for level results in debug messages
for connection and for all messages sent to and received from the server.
A value of 2 for level results in these messages being timestamped
smtp_debuglevel defined in etc global.vars
"""
smtp_debuglevel = global_variables.get_value('smtp_debuglevel')
basic_class.mylogger_record.debug('command:<set_debuglevel '+str(smtp_debuglevel)+'>')
self.smtp.set_debuglevel(int(smtp_debuglevel))
def __init__(self):
""" definition of some"""
self.loggerrr = logging.getLogger('WK-summary')
self.loggerrr.setLevel(logging.INFO) #defaut 'INFO'
import global_variables
self.summarypath = global_variables.get_value('summarypath')
self.fh = logging.FileHandler(self.summarypath + '/summary.log')
self.fh.setLevel(logging.DEBUG)
self.formatter = logging.Formatter('%(message)s')
self.fh.setFormatter(self.formatter)
self.loggerrr.addHandler(self.fh)
def region_init_sep(self):
test_window = ImageCapture(gl.get_value('version').lower())
region = test_window.icapture('main', False)
tree = ImgTree()
RD0 = tree.next_depth(region, 1)
regions_up = []
for i in range(len(RD0)):
if RD0[i][0][0][1] >= 30:
regions_up.append(RD0[i])
if len(regions_up) > 4:
break
RD1 = tree.next_depth([regions_up[-1]], 1)
regions = regions_up[0:len(regions_up)-1]
for i in range(3):
if len(regions) > 7:
break
if RD1[i][0][0][1] >= 30:
regions.append(RD1[i])
for i in range(len(regions)):
cv2.imwrite('scratch\\'+str(i)+'.png', regions[i][0][1].reshape(regions[i][0][0][1], regions[i][0][0][0]))
gl.set_value('top_border', regions[0][0][0])
gl.set_value('ribbon_up', regions[1][0][0])
gl.set_value('ribbon_down', regions[2][0][0])
gl.set_value('quick_access', regions[3][0][0])
gl.set_value('left_border', regions[4][0][0])
gl.set_value('navigator', regions[5][0][0])
gl.set_value('main_window', regions[6][0][0])
def pop_set_debuglevel(self):
"""Set the instance debugging level. This controls the amount of debugging output printed. The default, 0
A value of 1 produces a moderate amount of debugging output, generally a single line per request.
A value of 2 or higher produces the maximum amount of debugging output,
logging each line sent and received on the control connection.
example: instance.pop_set_debuglevel() or instance.pop_set_debuglevel(1)
"""
pop_debuglevel = global_variables.get_value('pop_debuglevel')
basic_class.mylogger_record.debug('command:<set_debuglevel ' +
str(pop_debuglevel) + '>')
self.pop3.set_debuglevel(int(pop_debuglevel))
def set_global_variables():
args = gv.Args()
cfg_fp = gv.get_value('cfg_fp')
data_fp = gv.get_value('data_fp')
with open(data_fp, 'r') as f:
options = f.readlines()
options = [op.strip('\n').split('=') for op in options]
options = dict(options)
args.cfg_fn = re.findall('/cfg/(.*?)\.cfg', cfg_fp)[0]
args.data_fn = re.findall('/cfg/(.*?)\.data', data_fp)[0]
args.darknet_p = re.findall('(.*)/cfg/', cfg_fp)[0]
args.gpus = gv.get_value('gpus')
args.order = gv.get_value('order')
args.draw_option = gv.get_value('draw_option')
args.compute_step = gv.get_value('compute_step')
args.valid_step = gv.get_value('valid_step')
args.thresh = gv.get_value('thresh')
key_name = args.data_fn
train_fn = options['train'].split('/')[-1]
valid_fn = options['valid'].split('/')[-1]
cls_fp = options['names']
result_p = options['results']
backup_p = options['backup']
filetools.check_makedir(result_p)
filetools.check_makedir(backup_p)
filetools.check_makedir(result_p + '/cache')
dataset_p = re.sub('/filelist/.*', '', options['train'])
gv.set_value('key_name', key_name)
gv.set_value('result_p', result_p)
gv.set_value('backup_p', backup_p)
gv.set_value('dataset_p', dataset_p)
gv.set_value('train_fn', train_fn)
gv.set_value('valid_fn', valid_fn)
gv.set_value('cls_fp', cls_fp)
show_gv()
return args
def text_location(self, region):
if self.method == 'tesseract':
h, w = region.shape
OCR_rlt = pytesseract.image_to_boxes(region)
if len(OCR_rlt) > 0:
OCR_sort = OCR_rlt.split('\n')
for i in range(len(OCR_sort)):
OCR_sort[i] = OCR_sort[i].split(' ')
OCR_sort[i][1] = int(OCR_sort[i][1])
OCR_sort[i][2] = h - int(OCR_sort[i][2])
OCR_sort[i][3] = int(OCR_sort[i][3])
OCR_sort[i][4] = h - int(OCR_sort[i][4])
OCR_sort[i][5] = int(OCR_sort[i][5])
else:
OCR_sort = [['', 0, 0, 0, 0]]
elif self.method == 'OCR_Space':
path = gl.get_value('scratch_path')+str(time.time())+'.png'
time.sleep(0.5)
cv2.imwrite(path, region)
OCR_sort = ocr_space.image_to_boxes(path, api_key='0d5c85b2d388957')
else:
OCR_sort = [['', 0, 0, 0, 0]]
return OCR_sort
# -*- coding: utf-8 -*-
import xml.etree.ElementTree as ET
import os
from PIL import Image, ImageDraw
import global_variables as gv
cfg_fp = gv.get_value('cfg_fp')
data_fp = gv.get_value('data_fp')
cls_fp = gv.get_value('cls_fp')
result_p = gv.get_value('result_p')
weight_p = gv.get_value('weight_p')
dataset_p = gv.get_value('dataset_p')
train_fn = gv.get_value('train_fn')
valid_fn = gv.get_value('valid_fn')
def draw(args):
with open(cls_fp, 'r') as f:
classes = f.readlines()
classes = [cls.strip('\n') for cls in classes]
if len(classes) > 5:
print("The number of the class is too large!")
exit()
colors = [(255, 0, 0), (0, 255, 0), (0, 0, 255), (255, 255, 255),
(0, 0, 0)]
xmldir = '/home/anngic/dataset/data_coco/val2014/Annotations/'
imgdir = '/home/anngic/dataset/data_coco/val2014/JPEGImages/'
image_id = 'COCO_val2014_000000000872'
in_xmlfile = open(xmldir + '%s.xml' % (image_id))
tree = ET.parse(in_xmlfile)
root = tree.getroot()
# coding:utf-8
import os
import commands
import os
import global_variables as gv
from compute import compute_mAP
from draw import draw_loss, draw_single_xml, draw_xmls, draw_mAP
import filetools
cfg_fp = gv.get_value('cfg_fp')
data_fp = gv.get_value('data_fp')
cls_fp = gv.get_value('cls_fp')
result_p = gv.get_value('result_p')
backup_p = gv.get_value('backup_p')
weight_fp = gv.get_value('weight_fp')
dataset_p = gv.get_value('dataset_p')
train_fn = gv.get_value('train_fn')
valid_fn = gv.get_value('valid_fn')
key_name = gv.get_value('key_name')
video_fp = gv.get_value('video_fp')
def train(args):
log_file = result_p + '/cache/avgloss.log'
cmd = 'cd ' + args.darknet_p + ' && ' \
+ args.darknet_p+'/darknet detector train ' + data_fp + ' ' + cfg_fp + ' ' + weight_fp + ' -gpus ' + args.gpus
#commands.getoutput('script -a ' + log_file + ' -c ' + cmd)
os.system('script -a ' + log_file + ' -c ' + cmd)
def traverse_judge(casename, currentlists):
"""decide import or reload testcase file"""
import os
import sys
import global_variables
import time
import basic_class
import importlib
import shutil
testcasename = casename + '.py'
setup_num = int(global_variables.get_value('setup_num'))
run_num = int(global_variables.get_value('run_num'))
teardowm_num = int(global_variables.get_value('teardowm_num'))
temppath = global_variables.get_value('temppath')
if testcasename in currentlists:
# print part test case names :setup or run or teardown
shutil.copyfile(testcasename, temppath + '/' + testcasename)
try:
shutil.rmtree(temppath + '/__pycache__')
time.sleep(0.01)
except FileNotFoundError:
basic_class.mylogger_record.debug('__pycache__ not exists')
if 'setup' in casename.lower():
basic_class.mylogger_recordnf.title('[-->Executing setup.py ...]')
if setup_num == 1:
tmp_module_setup = importlib.import_module('setup')
global_variables.set_value('tmp_module_setup',
tmp_module_setup)
setup_num += 1
global_variables.set_value('setup_num', setup_num)
else:
tmp_module_setup = global_variables.get_value(
'tmp_module_setup')
importlib.reload(tmp_module_setup)
if 'run' in casename.lower():
basic_class.mylogger_recordnf.title('[-->Executing run.py ...]')
if run_num == 1:
tmp_module_run = importlib.import_module('run')
global_variables.set_value('tmp_module_run', tmp_module_run)
run_num += 1
global_variables.set_value('run_num', run_num)
else:
tmp_module_run = global_variables.get_value('tmp_module_run')
importlib.reload(tmp_module_run)
if 'teardown' in casename.lower():
basic_class.mylogger_recordnf.title(
'[-->Executing teardown.py ...]')
if teardowm_num == 1:
tmp_module_teardown = importlib.import_module('teardown')
global_variables.set_value('tmp_module_teardown',
tmp_module_teardown)
teardowm_num += 1
global_variables.set_value('teardowm_num', teardowm_num)
else:
tmp_module_teardown = global_variables.get_value(
'tmp_module_teardown')
importlib.reload(tmp_module_teardown)
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import basic_class
import global_variables
import time
import shutil
import subprocess
# run
basic_class.mylogger_record.info('Begin running IMAPCollider testing ...')
imap_collider = global_variables.get_value('imap_collider')
outcode = subprocess.run(['{}'.format(imap_collider)])
basic_class.mylogger_record.info('the outcode of running IAMP collider is:' +
str(outcode))
# copy summary.log
summarypath = global_variables.get_value('summarypath')
shutil.copy2('IC_Summary.log', '{}/IC_Summary.log'.format(summarypath))
import commands
import matplotlib.pyplot as plt
import numpy as np
import global_variables as gv
cfg_fp = gv.get_value('cfg_fp')
data_fp = gv.get_value('data_fp')
cls_fp = gv.get_value('cls_fp')
result_p = gv.get_value('result_p')
dataset_p = gv.get_value('dataset_p')
train_fn = gv.get_value('train_fn')
valid_fn = gv.get_value('valid_fn')
key_name = gv.get_value('key_name')
def draw(args):
loss_fp = result_p + '/cache/' + 'avgloss.log'
# mAP_fp = result_fp + '/' + 'mAP.log'
display = 10 # solver
test_interval = 100 # solver
train_output = commands.getoutput(
"cat " + loss_fp + " | grep 'avg,' | awk '{print $3}'") # train loss
train_loss = train_output.split("\n")
for i in range(len(train_loss)):
if float(train_loss[i]) > 16 :
train_loss[i] = str(16.0)
train_output = commands.getoutput(
def icon_match(target_string, path):
coordinates = []
for i in os.walk(path):
for j in range(len(i[2])):
a = i[2][j]
if target_string == a.split('.')[0].lower():
gray_org = cv2.imread(
gl.get_value('scratch_path') + 'previous.png')
icon = cv2.imread(path + a)
gray_icon = cv2.cvtColor(icon, cv2.COLOR_BGR2GRAY)
gray_icon = cv2.resize(
gray_icon,
(gray_icon.shape[1] * eval(gl.get_value('scale')),
gray_icon.shape[0] * eval(gl.get_value('scale'))))
minloc_list = []
minval_list = []
minloc_list1 = []
minval_list1 = []
for u in range(eval(gl.get_value('thresh_hold_iteration'))):
gray_icon_edged = []
margin = int(gray_icon.shape[0] * u * 0.025)
for k in range(margin, gray_icon.shape[0] - margin):
gray_icon_edged.append(
gray_icon[k][margin:gray_icon.shape[1] - margin])
gray_icon_edged = np.array(gray_icon_edged)
gray_org_processed = cv2.cvtColor(gray_org,
cv2.COLOR_BGR2GRAY)
thresh_org = cv2.adaptiveThreshold(
gray_org_processed, 255,
cv2.ADAPTIVE_THRESH_GAUSSIAN_C, cv2.THRESH_BINARY, 3,
3)
thresh_icon = cv2.adaptiveThreshold(
gray_icon_edged, 255, cv2.ADAPTIVE_THRESH_GAUSSIAN_C,
cv2.THRESH_BINARY, 3, 3)
res = cv2.matchTemplate(gray_icon_edged,
gray_org_processed,
cv2.TM_SQDIFF_NORMED)
res1 = cv2.matchTemplate(thresh_icon, thresh_org,
cv2.TM_SQDIFF_NORMED)
min_val, max_val, min_loc, max_loc = cv2.minMaxLoc(res)
minloc_list.append(min_loc)
minval_list.append(min_val)
minloc_list = np.array(minloc_list)
minval_list = np.array(minval_list)
w, h = gray_icon_edged.shape[::-1]
index = np.where(minval_list == min(minval_list))
top_left = minloc_list[index][0]
bottom_right = (top_left[0] + w, top_left[1] + h)
coordinates = (np.array(top_left) + np.array(bottom_right)) / 2
break
return coordinates
def remote_operation_with_sshpasswordauth(sshhost,cmds,\
username = '',\
passwd = '',\
confirmflag = 1,\
confirmobj = '',\
confirmobjcount = 1,\
sshport = 22,\
keyfile = '',\
outlog ='sshout.log',\
errorlog ='ssherror.log',\
paramikologenable = 0 \
):
"""This function will used to do remote operations through ssh_passwoed_auth.
"""
import paramiko # third party libs needs for ssh authentication
import basic_class # using log part
import os
sshhost = sshhost # ssh destination hosts,can be IP or resolvable hostnames
cmds = cmds # the commands going to run via ssh
if username == '': # account-name used to establish ssh connection
username = global_variables.get_value('root_account')
else:
username = username
if passwd == '': # account-password used to establish ssh connection
passwd = global_variables.get_value('root_passwd')
else:
passwd = passwd
confirmflag = confirmflag # if need check the outcome to confirm operation success or failed,default 1
confirmobj = confirmobj # the target need to to compared or searched or confirmed,default empty
confirmobjcount = confirmobjcount # the accurance of confirmobj,default 1
sshport = sshport # defaule ssh connection port ,22 by default
outlog = outlog # normal ssh log file
errorlog = errorlog # error ssh log file
paramikologenable = paramikologenable # by default, paramikologdisabled ,set to 1 to enable
if paramikologenable == 1:
paramiko.util.log_to_file('ssh.log') #set up paramiko logging,disbale by default
execute_flag = '' # execute flag:1 mesans success,0 means failed,-1 mesans blocked
ssh = paramiko.SSHClient()
ssh.set_missing_host_key_policy(paramiko.AutoAddPolicy())
basic_class.mylogger_record.debug('Establishing ssh connection with password ...')
try:
ssh.connect(hostname = sshhost, port = sshport, username = username, password = passwd)
except:
basic_class.mylogger_record.warning('Establishing ssh connection with password failed! Please check manually! ')
exit (1)
else:
basic_class.mylogger_record.debug('Established ssh connection with password success!')
stdin, stdout, stderr = ssh.exec_command(cmds)
okout = stdout.read()
errout = stderr.read()
#print ('err:'+str(errout,'utf-8'))
#print ('ok:'+str(okout,'utf-8'))
if len(errout) == 0:
sshout=str(okout,'utf-8')
if confirmflag == 1:
basic_class.mylogger_record.debug('confirmobj_count='+str(sshout.count(confirmobj)))
if sshout.count(confirmobj) == confirmobjcount:
basic_class.mylogger_record.debug('ssh success and target match')
execute_flag = 1
#print('\033[1;32mOperation success\033[0m')
else:
basic_class.mylogger_record.error('ssh success but target mismatch')
execute_flag = 0
#print ('\033[1;31mOperation failed\033[0m')
else:
basic_class.mylogger_record.debug('ssh success and no need check target')
execute_flag = 1
else:
sshout=str(okout,'utf-8')+str(errout,'utf-8')
basic_class.mylogger_record.error('ssh operation fail')
execute_flag = -1
basic_class.mylogger_record.debug("sshout=")
basic_class.mylogger_recordnf.debug(sshout)
return execute_flag,sshout #in case of use
ssh.close()
