def resize_image(entry, resized, keyname, target_name, new_size,
exif_tags, workdir, quality, filter):
"""
Store a resized version of an image and return its pathname.
Arguments:
proc_state -- the processing state for the image to resize
resized -- an image from Image.open() of the original image being resized
keyname -- Under what key to save in the db.
target_name -- public file path for the new resized image
exif_tags -- EXIF data for the original image
workdir -- directory path for storing converted image files
new_size -- 2-tuple size for the resized image
quality -- level of compression used when resizing images
filter -- One of BICUBIC, BILINEAR, NEAREST, ANTIALIAS
"""
resized = exif_fix_image_orientation(resized, exif_tags) # Fix orientation
try:
resize_filter = PIL_FILTERS[filter.upper()]
except KeyError:
raise Exception('Filter "{0}" not found, choose one of {1}'.format(
unicode(filter),
u', '.join(PIL_FILTERS.keys())))
resized.thumbnail(new_size, resize_filter)
# Copy the new file to the conversion subdir, then remotely.
tmp_resized_filename = os.path.join(workdir, target_name)
with file(tmp_resized_filename, 'w') as resized_file:
resized.save(resized_file, quality=quality)
store_public(entry, keyname, tmp_resized_filename, target_name)
def resize_image(proc_state, resized, keyname, target_name, new_size,
exif_tags, workdir):
"""
Store a resized version of an image and return its pathname.
Arguments:
proc_state -- the processing state for the image to resize
resized -- an image from Image.open() of the original image being resized
keyname -- Under what key to save in the db.
target_name -- public file path for the new resized image
exif_tags -- EXIF data for the original image
workdir -- directory path for storing converted image files
new_size -- 2-tuple size for the resized image
"""
config = mgg.global_config['media_type:mediagoblin.media_types.image']
resized = exif_fix_image_orientation(resized, exif_tags) # Fix orientation
filter_config = config['resize_filter']
try:
resize_filter = PIL_FILTERS[filter_config.upper()]
except KeyError:
raise Exception('Filter "{0}" not found, choose one of {1}'.format(
unicode(filter_config),
u', '.join(PIL_FILTERS.keys())))
resized.thumbnail(new_size, resize_filter)
# Copy the new file to the conversion subdir, then remotely.
tmp_resized_filename = os.path.join(workdir, target_name)
with file(tmp_resized_filename, 'w') as resized_file:
resized.save(resized_file, quality=config['quality'])
proc_state.store_public(keyname, tmp_resized_filename, target_name)
def resize_image(proc_state, resized, keyname, target_name, new_size,
exif_tags, workdir):
"""
Store a resized version of an image and return its pathname.
Arguments:
proc_state -- the processing state for the image to resize
resized -- an image from Image.open() of the original image being resized
keyname -- Under what key to save in the db.
target_name -- public file path for the new resized image
exif_tags -- EXIF data for the original image
workdir -- directory path for storing converted image files
new_size -- 2-tuple size for the resized image
"""
config = mgg.global_config['media_type:mediagoblin.media_types.image']
resized = exif_fix_image_orientation(resized, exif_tags) # Fix orientation
filter_config = config['resize_filter']
try:
resize_filter = PIL_FILTERS[filter_config.upper()]
except KeyError:
raise Exception('Filter "{0}" not found, choose one of {1}'.format(
unicode(filter_config), u', '.join(PIL_FILTERS.keys())))
resized.thumbnail(new_size, resize_filter)
# Copy the new file to the conversion subdir, then remotely.
tmp_resized_filename = os.path.join(workdir, target_name)
with file(tmp_resized_filename, 'w') as resized_file:
resized.save(resized_file, quality=config['quality'])
proc_state.store_public(keyname, tmp_resized_filename, target_name)
def resize_image(entry, resized, keyname, target_name, new_size, exif_tags,
workdir, quality, filter):
"""
Store a resized version of an image and return its pathname.
Arguments:
proc_state -- the processing state for the image to resize
resized -- an image from Image.open() of the original image being resized
keyname -- Under what key to save in the db.
target_name -- public file path for the new resized image
exif_tags -- EXIF data for the original image
workdir -- directory path for storing converted image files
new_size -- 2-tuple size for the resized image
quality -- level of compression used when resizing images
filter -- One of BICUBIC, BILINEAR, NEAREST, ANTIALIAS
"""
resized = exif_fix_image_orientation(resized, exif_tags) # Fix orientation
try:
resize_filter = PIL_FILTERS[filter.upper()]
except KeyError:
raise Exception('Filter "{0}" not found, choose one of {1}'.format(
unicode(filter), u', '.join(PIL_FILTERS.keys())))
resized.thumbnail(new_size, resize_filter)
# Copy the new file to the conversion subdir, then remotely.
tmp_resized_filename = os.path.join(workdir, target_name)
with file(tmp_resized_filename, 'w') as resized_file:
resized.save(resized_file, quality=quality)
store_public(entry, keyname, tmp_resized_filename, target_name)
def resize_image(entry, filename, new_path, exif_tags, workdir, new_size,
size_limits=(0, 0)):
"""
Store a resized version of an image and return its pathname.
Arguments:
entry -- the entry for the image to resize
filename -- the filename of the original image being resized
new_path -- public file path for the new resized image
exif_tags -- EXIF data for the original image
workdir -- directory path for storing converted image files
new_size -- 2-tuple size for the resized image
"""
try:
resized = Image.open(filename)
except IOError:
raise BadMediaFail()
resized = exif_fix_image_orientation(resized, exif_tags) # Fix orientation
resized.thumbnail(new_size, Image.ANTIALIAS)
# Copy the new file to the conversion subdir, then remotely.
tmp_resized_filename = os.path.join(workdir, new_path[-1])
with file(tmp_resized_filename, 'w') as resized_file:
resized.save(resized_file)
mgg.public_store.copy_local_to_storage(tmp_resized_filename, new_path)
def test_exif_image_orientation():
"""
Test image reorientation based on EXIF data
"""
result = extract_exif(GOOD_JPG)
image = exif_fix_image_orientation(Image.open(GOOD_JPG), result)
# Are the dimensions correct?
assert image.size == (428, 640)
# If this pixel looks right, the rest of the image probably will too.
assert_in(image.getdata()[10000], ((41, 28, 11), (43, 27, 11)))
def test_exif_image_orientation():
'''
Test image reorientation based on EXIF data
'''
result = extract_exif(GOOD_JPG)
image = exif_fix_image_orientation(Image.open(GOOD_JPG), result)
# Are the dimensions correct?
assert image.size in ((428, 640), (640, 428))
# If this pixel looks right, the rest of the image probably will too.
# It seems different values are being seen on different platforms/systems
# as of ccca39f1 it seems we're adding to the list those which are seen.
assert_in(image.getdata()[10000],
((37, 23, 14), (41, 28, 11), (43, 27, 11)))
def test_exif_image_orientation():
'''
Test image reorientation based on EXIF data
'''
result = extract_exif(GOOD_JPG)
image = exif_fix_image_orientation(
Image.open(GOOD_JPG),
result)
# Are the dimensions correct?
assert image.size in ((428, 640), (640, 428))
# If this pixel looks right, the rest of the image probably will too.
assert_in(image.getdata()[10000],
((41, 28, 11), (43, 27, 11))
)
def test_exif_image_orientation():
'''
Test image reorientation based on EXIF data
'''
result = extract_exif(GOOD_JPG)
image = exif_fix_image_orientation(
Image.open(GOOD_JPG),
result)
# Are the dimensions correct?
assert image.size in ((428, 640), (640, 428))
# If this pixel looks right, the rest of the image probably will too.
# It seems different values are being seen on different platforms/systems
# as of ccca39f1 it seems we're adding to the list those which are seen.
assert_in(image.getdata()[10000],
((37, 23, 14), (41, 28, 11), (43, 27, 11))
)
