responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') Release 3.0.0b2 Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') Documentation, Release 3.0.0 Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') Documentation, Release 3.0.1 Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') _config.min_thumb_size)] Here, we are refererring to downsized resolutions in advance, and the actual scaling will happen on the fly upon requesting these URIs. We choose to provide a series of thumbnail images 58 Chapter 5. Documentation Falcon Documentation, Release 3.0.0b1 Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') min_thumb_size)] Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') min_thumb_size)] Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') min_thumb_size)] Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') min_thumb_size)] Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') min_thumb_size)] Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage

responsive HTML images or other purposes. Let’s add a new method Store.make_thumbnail() to perform scaling on the fly: async def make_thumbnail(self, image, size): async with aiofiles.open(image.path, 'rb') min_thumb_size)] Here, we only generate URIs for a series of downsized resolutions. The actual scaling will happen on the fly upon requesting these resources. Each thumbnail in the series is approximately thumbnail URIs in the browser or image viewer that supports HTTP input. Caching Responses Although scaling thumbnails on-the-fly sounds cool, and we also avoid many pesky small files littering our storage