def render(self):
clear()
print(gray("( To exit, hit Ctrl + C )\n\n"))
count = "(" + str(len(
self.used_incorrect_letters)) + "/" + str(CHANCES) + ")"
if (CHANCES - len(self.used_incorrect_letters) < 3):
count = red(count)
else:
count = gray(count)
render_noose(len(self.used_incorrect_letters))
print("Used " + count + ": " + " ".join(self.used_incorrect_letters))
print(self.make_word_bar())
print(self.make_message_box())
def draw(self):
if self.draw_cancel:
self.draw_cancel = False
else:
coordinates = [self.origin,
self.origin + (self.xlength,0,0),
self.origin + (self.xlength,0,self.zlength),
self.origin + (0,0,self.zlength)
]
color.gray()
glBegin(GL_QUADS)
glNormal3f(0,1,0)
for x in coordinates:
glVertex3fv(x)
glEnd()
def __build_find_cmd(self):
# create a find command expression
audio_ext = ['mp3', 'ogg', 'wma']
video_ext = [
'mpg', 'mpeg', 'avi', 'mov', 'm4v', 'mp4', 'wmv', 'flv', 'mkv'
]
audio = "\( %s \)" % " -o ".join(
["-iname '*.%s'" % ext for ext in audio_ext])
video = "\( %s \)" % " -o ".join(
["-iname '*.%s'" % ext for ext in video_ext])
if self.first_find:
log.info("audio extensions: %s" % color.bold(str(audio_ext)))
log.info("video extensions: %s" % color.bold(str(video_ext)))
video = "\( %s -and -size +5M -not -iwholename '*sample*' \)" % video
findstring = "-type f -and \( %s -or %s \)" % (video, audio)
find_cmd = "/usr/bin/find -L '%(where)s' %(find)s" % {
'where': "' '".join(self.dirs),
'find': findstring
}
if self.first_find:
log.debug(color.gray(find_cmd))
self.first_find = False
return find_cmd
def TWindbg(args):
"""TWindbg: List all the command in TWindbg """
if len(args) != 0:
raise CmdExecError("Invalid argument number")
banner = color.yellow("TWindbg: PEDA-like debugger UI for WinDbg\n")
banner += color.gray("For latest update, check the project page: ")
banner += color.white("https://github.com/bruce30262/TWindbg\n")
banner += color.orange("Use \"[cmd] help\" for further command usage\n")
pykd.dprintln(banner, dml=True)
print_all_usage()
def enhance_type(self, ptr, val):
ret_str = ""
if is_executable(ptr): # code page
symbol = pykd.findSymbol(ptr) + ":"
asm_str = disasm(ptr)[1]
ret_str = "{:#x}".format(ptr)
ret_str += color.gray(" ({:45s}{})".format(symbol, asm_str))
else:
ret_str = "{:#x} --> {:#x}".format(ptr, val)
val_str = get_string(ptr)
if val_str: # val is probably a string
ret_str += color.white(" (\"{}\")".format(val_str))
return ret_str
def binarize(pixels, threshold=15):
""" Binarizes the image using the given threshold """
width = len(pixels[0])
height = len(pixels)
output = numpy.zeros((height, width))
for x in range(0, width):
for y in range(0, height):
current_pixel = pixels[y][x]
current_pixel_gray = gray(current_pixel)
if current_pixel_gray >= threshold:
output[y][x] = 0
else:
output[y][x] = 255
return output