def image_meta_data(path):
reader = QImageReader(path)
if not reader.canRead():
return ImportImages.ImgDataError(path, reader.error(), reader.errorString())
img_format = reader.format()
img_format = bytes(img_format).decode("ascii")
size = reader.size()
if not size.isValid():
height = width = float("nan")
else:
height, width = size.height(), size.width()
try:
st_size = os.stat(path).st_size
except OSError:
st_size = -1
return ImportImages.ImgData(path, img_format, height, width, st_size)
def image_meta_data(path):
reader = QImageReader(path)
if not reader.canRead():
return ImportImages.ImgDataError(path, reader.error(), reader.errorString())
img_format = reader.format()
img_format = bytes(img_format).decode("ascii")
size = reader.size()
if not size.isValid():
height = width = float("nan")
else:
height, width = size.height(), size.width()
try:
st_size = os.stat(path).st_size
except OSError:
st_size = -1
return ImportImages.ImgData(path, img_format, height, width, st_size)
def image_meta_data(self, path):
reader = QImageReader(path)
size = os.stat(path).st_size
width = reader.size().width()
height = reader.size().height()
return (size, width, height)
