def printDevInfo(dict_dev):
if not dict_dev:
return
mode = 'bold'
fore = 'black'
fore_error = 'white'
back = 'green'
back_default = 'green'
back_error = 'red'
back_change = 'yellow'
x = 1
y = 3
for k in dict_dev:
string, index, state = dict_dev[k]
if state == 1:
back = back_change
elif state == -1:
back = back_error
fore = fore_error
else:
back = back_default
string = info_template % (k, string)
myprint.printHLine(x, y + index, myprint.terminal_width, ' ', mode,
fore, back, False)
myprint.printString(x, y + index, string, mode, fore, back, False)
sys.stdout.flush()
def printTitle(dev_id, time_interval, num_test_error, num_test_total): mode = 'bold' fore = 'white' back = 'green' title = title_template % (dev_id, time_interval, num_test_error, num_test_total) myprint.printHLine(1, 1, myprint.terminal_width, ' ', mode, fore, back) myprint.printString_Center(1, title, mode, fore, back)
def printInfo(devices_id, num, test_items, stat_dict): x = 1 y = 3 mode = 'bold' fore = 'white' back = 'blue' fore_error = 'red' dev_id = devices_id[num] dev_stat = stat_dict[dev_id] string = '' str_dev = dev_id total_error = dev_stat['Total'] if total_error > 0: str_dev += '[%d]' % total_error str_dev = myprint.useStyle(str_dev, mode, fore_error, back) else: str_dev = myprint.useStyle(str_dev, mode, fore, back) string += str_dev + '\t' for item in test_items: str_tmp = item cnt_error = dev_stat[item] if cnt_error > 0: str_tmp += '[%d]' % cnt_error str_tmp = myprint.useStyle(str_tmp, mode, fore_error, back) else: str_tmp = myprint.useStyle(str_tmp, mode, fore, back) string += str_tmp + '\t' myprint.printHLine(x, y+num, myprint.terminal_width, ' ', mode, fore, back, False) myprint.printString(x, y+num, string) myprint.moveCursor(0, myprint.terminal_hight) sys.stdout.flush()
def printTitle(num, time_interval, cnt): mode = 'bold' fore = 'white' back = 'green' title = title_template % (num, str(time_interval), cnt) myprint.printHLine(1, 1, myprint.terminal_width, ' ', mode, fore, back, False) myprint.printString_Center(1, title, mode, fore, back)
def printDevInfo(dict_dev): if not dict_dev: return mode = 'bold' fore = 'black' fore_error = 'white' back = 'green' back_default = 'green' back_error = 'red' back_change = 'yellow' x = 1 y = 3 for k in dict_dev: string, index, state = dict_dev[k] if state == 1: back = back_change elif state == -1: back = back_error fore = fore_error else: back = back_default string = info_template % (k, string) myprint.printHLine(x, y+index, myprint.terminal_width, ' ', mode, fore, back, False) myprint.printString(x, y+index, string, mode, fore, back, False) sys.stdout.flush()
def printTitle(num, time_interval, cnt):
mode = 'bold'
fore = 'white'
back = 'green'
title = title_template % (num, str(time_interval), cnt)
myprint.printHLine(1, 1, myprint.terminal_width, ' ', mode, fore, back,
False)
myprint.printString_Center(1, title, mode, fore, back)
def printTitle(dev_num, dev_error_num, cnt, reboot): x = 1 y = 1 mode = 'bold' fore = 'white' back = 'green' title = title_temp % (dev_error_num, dev_num, cnt, reboot) myprint.printHLine(x, y, myprint.terminal_width, ' ', mode, fore, back, False) myprint.printString(x + 2, y, title, mode, fore, back)
def initTitle(dev_id, time_interval, num_test): global len_title mode = 'bold' fore = 'white' back = 'green' title = title_template_ % (dev_id, time_interval) len_title = len(title) title = title_template % (dev_id, time_interval, num_test) myprint.printHLine(1, 1, myprint.terminal_width, ' ', mode, fore, back) myprint.printString(1, 1, title, mode, fore, back)
def initTitle(dev_id, time_interval, num_test):
global len_title
mode = 'bold'
fore = 'white'
back = 'green'
title = title_template_ % (dev_id, time_interval)
len_title = len(title)
title = title_template % (dev_id, time_interval, num_test)
myprint.printHLine(1, 1, myprint.terminal_width, ' ', mode, fore, back)
myprint.printString(1, 1, title, mode, fore, back)
def printUnknowIP(unknow_ip, len_dev): mode = 'bold' fore = 'white' back = 'blue' x = 1 y = len_dev + 3 for index, info in enumerate(unknow_ip): string = "%s : %s" % info myprint.printHLine(x, y+index, myprint.terminal_width, ' ', mode, fore, back, False) myprint.printString(x, y+index, string, mode, fore, back, False) myprint.moveCursor(0, myprint.terminal_hight) sys.stdout.flush()
def printUnknowIP(unknow_ip, len_dev):
mode = 'bold'
fore = 'white'
back = 'blue'
x = 1
y = len_dev + 3
for index, info in enumerate(unknow_ip):
string = "%s : %s" % info
myprint.printHLine(x, y + index, myprint.terminal_width, ' ', mode,
fore, back, False)
myprint.printString(x, y + index, string, mode, fore, back, False)
myprint.moveCursor(0, myprint.terminal_hight)
sys.stdout.flush()
def printInfo(value_left, value_right):
mode = ''
fore = ''
back = ''
x = 1
y = 3
cup1_x = len("value_left: ")
cup1_y = 5
cup2_x = len("value_left: xxxx, value_right: ")
cup2_y = 5
myprint.printHLine(x, y, myprint.terminal_width, ' ', mode, fore, back)
string = info_template % (str(value_left), str(value_right))
myprint.printString(x, y, string, mode, fore, back)
printCup(cup1_x, cup1_y, value_left)
printCup(cup2_x, cup2_y, value_right)
def printInfo(dev_id, dev_info, num, state): mode = 'bold' fore = 'black' fore_error = 'white' back = 'green' back_error = 'red' back_change = 'yellow' x = 1 y = 3 if state == 1: back = back_change elif state == -1: fore = fore_error back = back_error myprint.printHLine(x, y+num, myprint.terminal_width, ' ', mode, fore, back, False) string = info_template % (str(dev_id), str(dev_info)) myprint.printString(x, y+num, string, mode, fore, back, False) myprint.moveCursor(0, myprint.terminal_hight) sys.stdout.flush()
def printInfo(dev_id, dev_info, num, state):
mode = 'bold'
fore = 'black'
fore_error = 'white'
back = 'green'
back_error = 'red'
back_change = 'yellow'
x = 1
y = 3
if state == 1:
back = back_change
elif state == -1:
fore = fore_error
back = back_error
myprint.printHLine(x, y + num, myprint.terminal_width, ' ', mode, fore,
back, False)
string = info_template % (str(dev_id), str(dev_info))
myprint.printString(x, y + num, string, mode, fore, back, False)
myprint.moveCursor(0, myprint.terminal_hight)
sys.stdout.flush()
def printCup(y, value, len_f_old, init=False):
ch = ' '
mode = ''
fore = 'white'
back = 'green'
len_f = 0
if init:
myprint.printHLine(1, y, myprint.terminal_width, ch, mode, fore, fore,
False)
hight_have = None
if value is None:
len_f = 0
else:
value = float(value)
if value <= cup_scale_min:
len_f = 0
elif value >= cup_scale_max:
len_f = myprint.terminal_width
else:
len_f = float((value - cup_scale_min)) / (
cup_scale_max - cup_scale_min) * myprint.terminal_width
len_f = int(len_f)
if len_f > len_f_old:
myprint.printHLine(len_f_old + 1, y, len_f - len_f_old, ch, mode, fore,
back, False)
elif len_f < len_f_old:
myprint.printHLine(len_f + 1, y, len_f_old - len_f, ch, mode, fore,
fore, False)
return len_f
def printCup(y, value, len_f_old, init=False): ch = ' ' mode = '' fore = 'white' back = 'green' len_f = 0 if init: myprint.printHLine(1, y, myprint.terminal_width, ch, mode, fore, fore, False) hight_have = None if value is None: len_f = 0 else: value = float(value) if value <= cup_scale_min: len_f = 0 elif value >= cup_scale_max: len_f = myprint.terminal_width else: len_f = float((value - cup_scale_min)) / (cup_scale_max - cup_scale_min) * myprint.terminal_width len_f = int(len_f) if len_f > len_f_old: myprint.printHLine(len_f_old+1, y, len_f-len_f_old, ch, mode, fore, back, False) elif len_f < len_f_old: myprint.printHLine(len_f+1, y, len_f_old-len_f, ch, mode, fore, fore, False) return len_f
def printPowerMater_init(): global len_f_left_old global len_f_right_old len_f_left_old = 0 len_f_right_old = 0 mode = '' fore = '' back = '' fore_cup = 'white' back_cup = fore_cup x = 1 y = myprint.terminal_hight - 2 cup1_y = y + 1 cup2_y = y + 2 myprint.printHLine(x, y-1, myprint.terminal_width, ' ', mode, fore, back, False) myprint.printHLine(x, y, myprint.terminal_width, ' ', mode, fore, back, False) myprint.printHLine(x, cup1_y, myprint.terminal_width, ' ', mode, fore_cup, back_cup, False) myprint.printHLine(x, cup2_y, myprint.terminal_width, ' ', mode, fore_cup, back_cup)
