def print_console(level,message):
if (DEBUG_MODE == False):
return
try:
if Color.can_use_colors():
# Set black background.
Color.bk_black()
if (level==SUCCESS_LEVEL):
Color.green()
Color.light()
elif (level==ERROR_LEVEL):
Color.red()
Color.light()
else:
Color.white()
print message
except:
print message
finally:
Color.reset()
def print_console(level, message):
if (DEBUG_MODE == False):
return
try:
if Color.can_use_colors():
# Set black background.
Color.bk_black()
if (level == SUCCESS_LEVEL):
Color.green()
Color.light()
elif (level == ERROR_LEVEL):
Color.red()
Color.light()
else:
Color.white()
print message
except:
print message
finally:
Color.reset()
def highlight(search, text):
if can_highlight:
try:
Color.default()
p = 0
t = len(text)
s = len(search)
while p < t:
q = text.find(search)
if q < p:
q = t
sys.stdout.write(text[p:q])
Color.red()
Color.light()
sys.stdout.write(text[q:q + s])
Color.default()
sys.stdout.write("\r\n")
p = q + s
finally:
Color.default()
else:
print text
def highlight( search, text ):
if can_highlight:
try:
Color.default()
p = 0
t = len( text )
s = len( search )
while p < t:
q = text.find( search )
if q < p:
q = t
sys.stdout.write( text[ p : q ] )
Color.red()
Color.light()
sys.stdout.write( text[ q : q + s ] )
Color.default()
sys.stdout.write("\r\n")
p = q + s
finally:
Color.default()
else:
print text
