def recvScreenshot(self, filename, screenshotSize=(None, None)):
ppmfilename = filename + ".ppm"
if screenshotSize == (None, None):
screenshotSize = self._screenshotSize
width, height, zdata = self._agent.eval_in(
self._agent_ns, "screenshotZYBGR(%s)" % (repr(screenshotSize), ))
data = zlib.decompress(zdata)
fmbtgti.eye4graphics.wbgr2rgb(data, width, height)
if fmbtpng != None:
file(filename,
"wb").write(fmbtpng.raw2png(data, width, height, 8, "RGB"))
else:
ppm_header = "P6\n%d %d\n%d\n" % (width, height, 255)
f = file(filename + ".ppm", "wb")
f.write(ppm_header)
f.write(data)
f.close()
_run([fmbt_config.imagemagick_convert, ppmfilename, filename],
expectedExitStatus=[0])
os.remove(ppmfilename)
return True
def recvScreenshot(self, fmt="FMBTRAWX11"):
image_p = libX11.XGetImage(self._display, self._root_window, 0, 0,
self._width, self._height, _X_AllPlanes,
_X_ZPixmap)
image = image_p[0]
if fmt.upper() == "FMBTRAWX11" or fmbtpng == None:
# FMBTRAWX11 image format header:
# FMBTRAWX11 [width] [height] [color depth] [bits per pixel]<linefeed>
# Binary data
rawfmbt_header = "FMBTRAWX11 %d %d %d %d\n" % (
image.width, image.height, self._depth, image.bits_per_pixel)
rawfmbt_data = ctypes.string_at(
image.data, image.height * image.bytes_per_line)
compressed_image = rawfmbt_header + zlib.compress(rawfmbt_data, 3)
elif fmt.upper() == "PNG" and fmbtpng != None:
rawdata = ctypes.string_at(image.data,
image.height * image.bytes_per_line)
compressed_image = fmbtpng.raw2png(rawdata, image.width,
image.height,
image.bits_per_pixel / 4,
"BGR_")
else:
compressed_image = None
libX11.XDestroyImage(image_p)
return compressed_image
def recvScreenshot(self, filename, screenshotSize=(None, None)):
ppmfilename = filename + ".ppm"
if screenshotSize == (None, None):
screenshotSize = self._screenshotSize
width, height, zdata = self._agent.eval_in(
self._agent_ns, "screenshotZYBGR(%s)" % (repr(screenshotSize),))
data = zlib.decompress(zdata)
fmbtgti.eye4graphics.wbgr2rgb(data, width, height)
if fmbtpng != None:
file(filename, "wb").write(
fmbtpng.raw2png(data, width, height, 8, "RGB"))
else:
ppm_header = "P6\n%d %d\n%d\n" % (width, height, 255)
f = file(filename + ".ppm", "wb")
f.write(ppm_header)
f.write(data)
f.close()
_run([fmbt_config.imagemagick_convert, ppmfilename, filename], expectedExitStatus=[0])
os.remove(ppmfilename)
return True
def recvScreenshot(self, filename):
gdi = self.context.gdi.contents
w = gdi.width
h = gdi.height
with self._thread_lock:
png_data = fmbtpng.raw2png(gdi.primary_buffer, w, h, fmt="RGBA")
file(filename, "wb").write(png_data)
return True
def recvScreenshot(self, filename):
gdi = self.context.gdi.contents
w = gdi.width
h = gdi.height
with self._thread_lock:
png_data = fmbtpng.raw2png(gdi.primary_buffer, w, h, fmt="RGBA")
file(filename, "wb").write(png_data)
return True
def recvScreenshot(self, fmt="FMBTRAWX11"):
image_p = libX11.XGetImage(self._display, self._root_window,
0, 0, self._width, self._height,
_X_AllPlanes, _X_ZPixmap)
image = image_p[0]
if fmt.upper() == "FMBTRAWX11" or fmbtpng == None:
# FMBTRAWX11 image format header:
# FMBTRAWX11 [width] [height] [color depth] [bits per pixel]<linefeed>
# Binary data
rawfmbt_header = "FMBTRAWX11 %d %d %d %d\n" % (
image.width, image.height, self._depth, image.bits_per_pixel)
rawfmbt_data = ctypes.string_at(image.data, image.height * image.bytes_per_line)
compressed_image = rawfmbt_header + zlib.compress(rawfmbt_data, 3)
elif fmt.upper() == "PNG" and fmbtpng != None:
rawdata = ctypes.string_at(image.data, image.height * image.bytes_per_line)
if image.bits_per_pixel == 16:
compressed_image = fmbtpng.raw2png(rawdata, image.width, image.height, 5, "RGB565")
else:
compressed_image = fmbtpng.raw2png(rawdata, image.width, image.height, image.bits_per_pixel / 4, "BGR_")
else:
compressed_image = None
libX11.XDestroyImage(image_p)
return compressed_image
