def __init__(self, time=None, notnow=True, in_sec=False):
console.codes['bg_gray'] = '\x1b[01;40m'
self.font = FonteZokis()
self.timing = 5
self.cls = self.font.cls
if time:
self.timing = time
if not in_sec:
self.timing = int(self.timing * 60)
if notnow:
raw_input("Press Enter")
else:
self.in_set_time()
def __init__(self, time=None, notnow=True, in_sec=False, times=None):
console.codes['bg_gray'] = '\x1b[01;40m'
self.font = FonteZokis()
self.timing = 5
if times and times <= 1:
print ('Usage: termtimer.py [options]\n' +
'\n' +
'termtimer.py: error: -x option require a value greater than 1')
sys.exit(ERROR)
self.times_fix = times and times - 1 or None
self.times = self.times_fix
self.cls = self.font.cls
if time:
self.timing = time
if not in_sec:
self.timing = int(self.timing * 60)
if notnow:
raw_input("Press Enter")
else:
self.in_set_time()
def __init__(self, time=None, notnow=True, in_sec=False):
console.codes['bg_gray'] = '\x1b[01;40m'
self.font = FonteZokis()
self.timing = 5
self.cls = self.font.cls
if time:
self.timing = time
if not in_sec:
self.timing = int(self.timing * 60)
if notnow:
raw_input("Press Enter")
else:
self.in_set_time()
def __init__(self, time=None, notnow=True, in_sec=False, times=None):
console.codes["bg_gray"] = "\x1b[01;40m"
self.font = FonteZokis()
self.timing = 5
if times and times <= 1:
print (
"Usage: termtimer.py [options]\n"
+ "\n"
+ "termtimer.py: error: -x option require a value greater than 1"
)
sys.exit(ERROR)
self.times_fix = times and times - 1 or None
self.times = self.times_fix
self.cls = self.font.cls
if time:
self.timing = time
if not in_sec:
self.timing = int(self.timing * 60)
if notnow:
raw_input("Press Enter")
else:
self.in_set_time()
class TermTimer(object):
def __init__(self, time=None, notnow=True, in_sec=False):
console.codes['bg_gray'] = '\x1b[01;40m'
self.font = FonteZokis()
self.timing = 5
self.cls = self.font.cls
if time:
self.timing = time
if not in_sec:
self.timing = int(self.timing * 60)
if notnow:
raw_input("Press Enter")
else:
self.in_set_time()
def in_set_time(self):
try:
print(console.colorize('green', 'Enter the time for timing'))
print(
console.colorize('blue', '0') +
console.colorize('green', ' to') +
console.colorize('blue', ' exit'))
print(
console.colorize('green', 'nothing to ') +
console.colorize('blue', '5 ') +
console.colorize('green', 'minutes'))
timing = raw_input(console.colorize('red', '>> '))
except:
sys.exit(ERROR)
if timing == '0':
sys.exit(EXIT)
try:
if timing:
timing = float(timing)
else:
timing = 5
except:
sys.exit(ERROR)
if timing < 0:
timing *= -1
self.timing = int(timing * 60)
def end(self):
str_fim = ' Time Out! ' * 5
self.cls()
if platform.system() == 'Linux':
os.system("notify-send '%s'" % str_fim)
else:
print "%s" % str_fim
timer.sleep(0.5)
self.cls()
self.restart()
def restart(self):
self.cls()
print "%s" % console.reset_color()
self.cls()
op = raw_input(
console.colorize('green', 'Timing again? ') +
console.colorize('turquoise', '(y/n)') +
console.colorize('green', ': '))
if op in ("y", "Y"):
self.clocking()
elif op in ("n", "N"):
print console.reset_color()
self.cls()
sys.exit(EXIT)
else:
self.restart()
def get_progress_bar(self, time):
size = 37
try:
rest = int(time * size / self.timing)
except ZeroDivisionError:
rest = 0
progress = size - rest
return "[%s>%s]" % ("=" * progress, "-" * rest)
def clocking(self):
print console.codes['bg_gray']
for i in range(self.timing, -1, -1):
self.cls()
print self.font.text_renderer("%0.2d" % (i / 60) + ":" + "%0.2d" %
(i % 60))
print self.get_progress_bar(i)
timer.sleep(1.0)
self.end()
class TermTimer(object):
def __init__(self, time=None, notnow=True, in_sec=False, times=None):
console.codes["bg_gray"] = "\x1b[01;40m"
self.font = FonteZokis()
self.timing = 5
if times and times <= 1:
print (
"Usage: termtimer.py [options]\n"
+ "\n"
+ "termtimer.py: error: -x option require a value greater than 1"
)
sys.exit(ERROR)
self.times_fix = times and times - 1 or None
self.times = self.times_fix
self.cls = self.font.cls
if time:
self.timing = time
if not in_sec:
self.timing = int(self.timing * 60)
if notnow:
raw_input("Press Enter")
else:
self.in_set_time()
def in_set_time(self):
try:
print (console.colorize("green", "Enter the time for timing"))
print (console.colorize("blue", "0") + console.colorize("green", " to") + console.colorize("blue", " exit"))
print (
console.colorize("green", "nothing to ")
+ console.colorize("blue", "5 ")
+ console.colorize("green", "minutes")
)
timing = raw_input(console.colorize("red", ">> "))
except:
sys.exit(ERROR)
if timing == "0":
sys.exit(EXIT)
try:
if timing:
timing = float(timing)
else:
timing = 5
except:
sys.exit(ERROR)
if timing < 0:
timing *= -1
self.timing = int(timing * 60)
def end(self):
str_fim = " Time Out! " * 5
self.cls()
if platform.system() == "Linux":
os.system("notify-send '%s'" % str_fim)
else:
print "%s" % str_fim
timer.sleep(0.5)
self.cls()
if self.times <= 0:
self.restart()
else:
self.times -= 1
self.clocking()
def restart(self):
self.cls()
print "%s" % console.reset_color()
self.cls()
op = raw_input(
console.colorize("green", "Timing again? [the options remained the same] ")
+ console.colorize("turquoise", "(y/n)")
+ console.colorize("green", ": ")
)
if op in ("y", "Y"):
if self.times_fix:
self.times = self.times_fix
self.clocking()
elif op in ("n", "N"):
print console.reset_color()
self.cls()
sys.exit(EXIT)
else:
self.restart()
def get_progress_bar(self, time):
size = 37
try:
rest = int(time * size / self.timing)
except ZeroDivisionError:
rest = 0
progress = size - rest
return "[%s>%s]" % ("=" * progress, "-" * rest)
def clocking(self):
print console.codes["bg_gray"]
for i in range(self.timing, -1, -1):
self.cls()
print self.font.text_renderer("%0.2d" % (i / 60) + ":" + "%0.2d" % (i % 60))
print self.get_progress_bar(i)
timer.sleep(1.0)
self.end()
class TermTimer(object):
def __init__(self, time=None, notnow=True, in_sec=False):
console.codes['bg_gray'] = '\x1b[01;40m'
self.font = FonteZokis()
self.timing = 5
self.cls = self.font.cls
if time:
self.timing = time
if not in_sec:
self.timing = int(self.timing * 60)
if notnow:
raw_input("Press Enter")
else:
self.in_set_time()
def in_set_time(self):
try:
print (console.colorize('green', 'Enter the time for timing'))
print (console.colorize('blue', '0') +
console.colorize('green', ' to') +
console.colorize('blue', ' exit'))
print (console.colorize('green', 'nothing to ') +
console.colorize('blue', '5 ') +
console.colorize('green', 'minutes'))
timing = raw_input(console.colorize('red', '>> '))
except:
sys.exit(ERROR)
if timing == '0':
sys.exit(EXIT)
try:
if timing:
timing = float(timing)
else:
timing = 5
except:
sys.exit(ERROR)
if timing < 0:
timing *= -1
self.timing = int(timing * 60)
def end(self):
str_fim = ' Time Out! ' * 5
self.cls()
if platform.system() == 'Linux':
os.system("notify-send '%s'" % str_fim)
else:
print "%s" % str_fim
timer.sleep(0.5)
self.cls()
self.restart()
def restart(self):
self.cls()
print "%s" % console.reset_color()
self.cls()
op = raw_input(console.colorize('green', 'Timing again? ') +
console.colorize('turquoise', '(y/n)') +
console.colorize('green', ': '))
if op in ("y", "Y"):
self.clocking()
elif op in ("n", "N"):
print console.reset_color()
self.cls()
sys.exit(EXIT)
else:
self.restart()
def get_progress_bar(self, time):
size = 37
try:
rest = int(time * size / self.timing)
except ZeroDivisionError:
rest = 0
progress = size - rest
return "[%s>%s]" % ("=" * progress, "-" * rest)
def clocking(self):
print console.codes['bg_gray']
for i in range(self.timing, -1, -1):
self.cls()
print self.font.text_renderer("%0.2d" % (i / 60) +
":" + "%0.2d" % (i % 60))
print self.get_progress_bar(i)
timer.sleep(1.0)
self.end()