def _query_image( ref, lasttry = False ):
''' ComicVine implementation of the identically named method in the db.py '''
retval = None # the Image object that we will return
# 1. determine the URL
image_url_s = None
if isinstance(ref, SeriesRef):
image_url_s = ref.thumb_url_s
elif isinstance(ref, IssueRef):
image_url_s = ref.thumb_url_s
elif is_string(ref):
image_url_s = ref
# 2. attempt to load the image for the URL
if image_url_s:
response = None
response_stream = None
try:
cvconnection.wait_until_ready() # throttle our request speed
request = WebRequest.Create(image_url_s)
request.UserAgent = "[ComicVineScraper, version " + \
Resources.SCRIPT_VERSION + "]"
response = request.GetResponse()
response_stream = response.GetResponseStream()
retval = Image.FromStream(response_stream)
except:
if lasttry:
log.debug_exc('ERROR retry image load failed:')
retval = None
else:
log.debug('RETRY loading image -> ', image_url_s)
retval = _query_image( ref, True )
finally:
if response: response.Dispose()
if response_stream: response_stream.Dispose()
# if this value is stil None, it means an error occurred, or else comicvine
# simply doesn't have any Image for the given ref object
return retval
def image_from_remote(source):
"""Construct an image from a remote source.
Parameters
----------
source : str
The url of the remote source.
Returns
-------
System.Drawing.Image
Representation of an miage in memory.
Examples
--------
.. code-block:: python
image = image_from_remote('http://block.arch.ethz.ch/brg/images/cache/dsc02360_ni-2_cropped_1528706473_624x351.jpg')
"""
w = WebClient()
d = w.DownloadData(source)
m = MemoryStream(d)
return Image.FromStream(m)
for l,m in zip(i,j): b = string1 + str(k) + string3 + str(z) + string34 + str(m) + string5 + str(l) + string7 a.append(b) urlList.append(a) bitmaps2 = [] for i in urlList: bitmaps = [] for j in i: request = WebRequest.Create(j) request.Accept = "text/html" request.UserAgent = "Mozilla/5.0" response = request.GetResponse() bitmaps.append(Image.FromStream(response.GetResponseStream())) bitmaps2.append(bitmaps) combinedBitmaps = [] for a,b,c in zip(bitmaps2,UniqueTileColumns,UniqueTileRows): TotalWidth = len(b)*PixelWidth TotalHeight = len(c)*PixelWidth img = Bitmap(TotalWidth,TotalHeight) g = Graphics.FromImage(img) LPx = [] n = 0 for l in j: LPx.append(n*PixelWidth) n=n+1 LPy = []