def parseMetaFile(self, path):
# Read the .meta file
# it doesn't seem worth to apply caching here
meta_fname = os.path.splitext(path)[0]+'.meta'
meta_content = filetool.read(meta_fname)
imgDict = json.loads(meta_content)
# Loop through the images of the .meta file
for imageId, imageSpec_ in imgDict.items():
# sort of like this: imageId : [width, height, type, combinedUri, off-x, off-y]
imageObject = Image()
imageObject.id = imageId
imageObject = imageObject.fromMeta(imageSpec_)
self.embeds.append(imageObject)
return
def parseMetaFile(self, path):
# Read the .meta file
# it doesn't seem worth to apply caching here
meta_fname = os.path.splitext(path)[0] + '.meta'
meta_content = filetool.read(meta_fname)
imgDict = json.loads(meta_content)
# Loop through the images of the .meta file
for imageId, imageSpec_ in imgDict.items():
# sort of like this: imageId : [width, height, type, combinedUri, off-x, off-y]
imageObject = Image()
imageObject.id = imageId
imageObject = imageObject.fromMeta(imageSpec_)
self.embeds.append(imageObject)
return
def _scanResourcePath(self):
resources = set()
if self.resourcePath is None:
return resources
if not os.path.isdir(os.path.join(self.path, self.resourcePath)):
self._console.info("Lib<%s>: Skipping non-existing resource path" %
self.namespace)
return resources
path = os.path.join(self.path, self.resourcePath)
self._console.debug("Scanning resource folder...")
path = os.path.abspath(path)
lib_prefix_len = len(path)
if not path.endswith(os.sep):
lib_prefix_len += 1
for root, dirs, files in filetool.walk(path):
# filter ignored directories
for dir in dirs:
if self._ignoredDirEntries.match(dir):
dirs.remove(dir)
for file in files:
if self._ignoredDirEntries.match(file):
continue
fpath = os.path.join(root, file)
fpath = os.path.normpath(fpath)
if Image.isImage(fpath):
if CombinedImage.isCombinedImage(fpath):
res = CombinedImage(fpath)
else:
res = Image(fpath)
res.analyzeImage()
elif FontMap.isFontMap(fpath):
res = FontMap(fpath)
else:
res = Resource(fpath)
res.set_id(Path.posifyPath(fpath[lib_prefix_len:]))
res.library = self
resources.add(res)
self._console.indent()
self._console.debug("Found %s resources" % len(resources))
self._console.outdent()
return resources
def _scanResourcePath(self, path):
if not os.path.exists(path):
raise ValueError("The given resource path does not exist: %s" % path)
self._console.debug("Scanning resource folder...")
path = os.path.abspath(path)
lib_prefix_len = len(path)
if not path.endswith(os.sep):
lib_prefix_len += 1
for root, dirs, files in filetool.walk(path):
# filter ignored directories
for dir in dirs:
if self._ignoredDirectories.match(dir):
dirs.remove(dir)
for file in files:
fpath = os.path.join(root, file)
fpath = os.path.normpath(fpath)
if Image.isImage(fpath):
if CombinedImage.isCombinedImage(fpath):
res = CombinedImage(fpath)
else:
res = Image(fpath)
res.analyzeImage()
else:
res = Resource(fpath)
res.id = Path.posifyPath(fpath[lib_prefix_len:])
res.library= self
self.resources.add(res)
return
class CombinedImage(Image):
def __init__(self, path=None):
super(CombinedImage, self).__init__(path)
self.embeds = [] # embedded images
if path:
self.parseMetaFile(path)
def parseMetaFile(self, path):
# Read the .meta file
# it doesn't seem worth to apply caching here
meta_fname = os.path.splitext(path)[0]+'.meta'
try:
meta_content = filetool.read(meta_fname)
imgDict = json.loads(meta_content)
except Exception, e:
msg = "Reading of .meta file failed: '%s'" % meta_fname + (
"\n%s" % e.args[0] if e.args else ""
)
e.args = (msg,) + e.args[1:]
raise
# Loop through the images of the .meta file
for imageId, imageSpec_ in imgDict.items():
# sort of like this: imageId : [width, height, type, combinedUri, off-x, off-y]
imageObject = Image()
imageObject.id = imageId
imageObject = imageObject.fromMeta(imageSpec_)
self.embeds.append(imageObject)
return
def slice(self, source, dest_prefix, border, trim_width):
source_file = source
dest_file = os.path.join(os.path.dirname(source), dest_prefix)
imginf = Image(source_file).getInfoMap()
width, height = imginf['width'], imginf['height']
crop_cmd = "convert %s -crop %sx%s+%s+%s +repage %s"
if isinstance(border, int):
single_border = True
elif not isinstance(border, list) or (isinstance(border, list) and not (len(border) == 4)):
raise RuntimeError, "Border must be one integer or an array with four integers"
else:
single_border = False
# split
if single_border:
os.system(crop_cmd % (source_file, border, border, 0, 0, dest_file + "-tl.png"))
os.system(crop_cmd % (source_file, border, border, border, 0, dest_file + "-t.png"))
os.system(crop_cmd % (source_file, border, border, width-border, 0, dest_file + "-tr.png"))
os.system(crop_cmd % (source_file, border, height-2*border, 0, border, dest_file + "-l.png"))
if trim_width:
os.system(crop_cmd % (source_file, min(20, width-2*border), height-2*border, border, border, dest_file + "-c.png"))
else:
os.system(crop_cmd % (source_file, width-2*border, height-2*border, border, border, dest_file + "-c.png"))
os.system(crop_cmd % (source_file, border, height-2*border, width-border, border, dest_file + "-r.png"))
os.system(crop_cmd % (source_file, border, border, 0, height-border, dest_file + "-bl.png"))
os.system(crop_cmd % (source_file, border, border, border, height-border, dest_file + "-b.png"))
os.system(crop_cmd % (source_file, border, border, width-border, height-border, dest_file + "-br.png"))
else:
if border[0] > 0 and border[3] > 0:
os.system(crop_cmd % (source_file, border[3], border[0], 0, 0, dest_file + "-tl.png"))
if border[0] > 0:
os.system(crop_cmd % (source_file, width - border[3] - border[1], border[0], border[3], 0, dest_file + "-t.png"))
if border[0] > 0 and border[1] > 0:
os.system(crop_cmd % (source_file, border[1], border[0], width - border[1], 0, dest_file + "-tr.png"))
if border[3] > 0:
os.system(crop_cmd % (source_file, border[3], height - border[0] - border[2], 0, border[0], dest_file + "-l.png"))
if trim_width:
os.system(crop_cmd % (source_file, min(20, width- border[3] - border[1]), height - border[0] - border[2], border[3], border[0], dest_file + "-c.png"))
else:
os.system(crop_cmd % (source_file, width- border[3] - border[1], height - border[0] - border[2], border[3], border[0], dest_file + "-c.png"))
if border[1] > 0:
os.system(crop_cmd % (source_file, border[1], height - border[0] - border[2], width - border[1], border[0], dest_file + "-r.png"))
if border[2] > 0 and border[3] > 0:
os.system(crop_cmd % (source_file, border[3], border[2], 0, height - border[2], dest_file + "-bl.png"))
if border[2] > 0:
os.system(crop_cmd % (source_file, width- border[3] - border[1], border[2], border[3], height - border[2], dest_file + "-b.png"))
if border[2] > 0 and border[1] > 0:
os.system(crop_cmd % (source_file, border[1], border[2], width - border[1], height - border[2], dest_file + "-br.png"))
# for css3, the original images are used
shutil.copyfile(source_file, dest_file + ".png")
def _scanResourcePath(self, path):
if not os.path.exists(path):
raise ValueError("The given resource path does not exist: %s" %
path)
self._console.debug("Scanning resource folder...")
path = os.path.abspath(path)
lib_prefix_len = len(path)
if not path.endswith(os.sep):
lib_prefix_len += 1
self.resources = set()
for root, dirs, files in filetool.walk(path):
# filter ignored directories
for dir in dirs:
if self._ignoredDirEntries.match(dir):
dirs.remove(dir)
for file in files:
if self._ignoredDirEntries.match(file):
continue
fpath = os.path.join(root, file)
fpath = os.path.normpath(fpath)
if Image.isImage(fpath):
if CombinedImage.isCombinedImage(fpath):
res = CombinedImage(fpath)
else:
res = Image(fpath)
res.analyzeImage()
else:
res = Resource(fpath)
res.set_id(Path.posifyPath(fpath[lib_prefix_len:]))
res.library = self
self.resources.add(res)
self._console.indent()
self._console.debug("Found %s resources" % len(self.resources))
self._console.outdent()
return
def combine(self, combined, files, horizontal, type="extension"):
self._console.indent()
if horizontal:
orientation = "x1"
else:
orientation = "1x"
# combine
config = []
clips = []
top = 0
left = 0
allfiles = []
for file in files:
allfiles.extend(glob.glob(file))
#self._console.debug("Combining the following images: %r" % allfiles)
for file in allfiles:
if not os.path.exists(file):
self._console.warn("Non-existing file spec, skipping: %s" %
file)
continue
clips.append(file)
imginfo = Image(file).getInfoMap()
width, height = imginfo['width'], imginfo['height']
config.append({
'file': file,
'combined': combined,
'left': -left,
'top': -top,
'width': width,
'height': height,
'type': imginfo['type']
})
if horizontal:
left += width
else:
top += height
if len(clips) == 0:
self._console.warn("No images to combine; skipping")
else:
filetool.directory(os.path.dirname(combined))
if type == "extension":
self.combineImgMagick(clips, combined, orientation)
elif type == "base64":
self.combineBase64(config)
self._console.outdent()
return config
def _scanResourcePath(self):
resources = set()
if self.resourcePath is None:
return resources
if not os.path.isdir(os.path.join(self.path,self.resourcePath)):
self._console.info("Lib<%s>: Skipping non-existing resource path" % self.namespace)
return resources
path = os.path.join(self.path,self.resourcePath)
self._console.debug("Scanning resource folder...")
path = os.path.abspath(path)
lib_prefix_len = len(path)
if not path.endswith(os.sep):
lib_prefix_len += 1
for root, dirs, files in filetool.walk(path):
# filter ignored directories
for dir in dirs:
if self._ignoredDirEntries.match(dir):
dirs.remove(dir)
for file in files:
if self._ignoredDirEntries.match(file):
continue
fpath = os.path.join(root, file)
fpath = os.path.normpath(fpath)
if Image.isImage(fpath):
if CombinedImage.isCombinedImage(fpath):
res = CombinedImage(fpath)
else:
res = Image(fpath)
res.analyzeImage()
elif FontMap.isFontMap(fpath):
res = FontMap(fpath)
else:
res = Resource(fpath)
res.set_id(Path.posifyPath(fpath[lib_prefix_len:]))
res.library= self
resources.add(res)
self._console.indent()
self._console.debug("Found %s resources" % len(resources))
self._console.outdent()
return resources
def runImageCombining(jobconf, confObj):
def extractFromPrefixSpec(prefixSpec):
prefix = altprefix = ""
if not prefixSpec or not isinstance(prefixSpec, types.ListType):
if jobconf.get("config-warnings/combine-images", True):
console.warn("Missing or incorrect prefix spec, might lead to incorrect resource id's.")
elif len(prefixSpec) == 2 : # prefixSpec = [ prefix, altprefix ]
prefix, altprefix = prefixSpec
elif len(prefixSpec) == 1:
prefix = prefixSpec[0]
altprefix = ""
return prefix, altprefix
##
# strip prefix - if available - from imagePath, and replace by altprefix
def getImageId(imagePath, prefixSpec):
prefix, altprefix = extractFromPrefixSpec(prefixSpec)
imageId = imagePath # init
_, imageId, _ = Path.getCommonPrefix(imagePath, prefix) # assume: imagePath = prefix "/" imageId
if altprefix:
imageId = altprefix + "/" + imageId
imageId = Path.posifyPath(imageId)
return imageId
##
# create a dict with the clipped image file path as key, and prefix elements as value
def getClippedImagesDict(imageSpec):
imgDict = {}
inputStruct = imageSpec['input']
for group in inputStruct:
prefixSpec = group.get('prefix', [])
prefix, altprefix = extractFromPrefixSpec(prefixSpec)
if prefix:
prefix = confObj.absPath(prefix)
for filepatt in group['files']:
num_files = 0
for file in glob.glob(confObj.absPath(filepatt)): # resolve file globs - TODO: can be removed in generator.action.ImageClipping
console.debug("adding image %s" % file)
imgDict[file] = [prefix, altprefix]
num_files += 1
if num_files == 0:
raise ValueError("Non-existing file spec: %s" % filepatt)
return imgDict
# ----------------------------------------------------------------------
if not jobconf.get("combine-images", False):
return
console = Context.console
cache = Context.cache
console.info("Combining images...")
console.indent()
imageClipper = ImageClipping(console, cache, jobconf)
images = jobconf.get("combine-images/images", {})
for image, imgspec in images.iteritems():
console.info("Creating image %s" % image)
console.indent()
imageId= getImageId(image, imgspec.get('prefix', []))
image = confObj.absPath(image) # abs output path
config = {}
# create a dict of clipped image objects - for later look-up
clippedImages = getClippedImagesDict(imgspec)
# collect list of all input files, no matter where they come from
input = sorted(clippedImages.keys())
# collect layout property
if 'layout' in imgspec:
layout = imgspec['layout'] == "horizontal"
else:
layout = "horizontal" == "horizontal" # default horizontal=True
# get type of combined image (png, base64, ...)
combtype = "base64" if image.endswith(".b64.json") else "extension"
# create the combined image
subconfigs = imageClipper.combine(image, input, layout, combtype)
# for the meta information, go through the list of returned subconfigs (one per clipped image)
for sub in subconfigs:
x = Image()
x.combId, x.left, x.top, x.width, x.height, x.format = (
imageId, sub['left'], sub['top'], sub['width'], sub['height'], sub['type'])
subId = getImageId(sub['file'], clippedImages[sub['file']])
config[subId] = x.toMeta()
# store meta data for this combined image
bname = os.path.basename(image)
ri = bname.rfind('.')
if ri > -1:
bname = bname[:ri]
bname += '.meta'
meta_fname = os.path.join(os.path.dirname(image), bname)
console.debug("writing meta file %s" % meta_fname)
filetool.save(meta_fname, json.dumps(config, ensure_ascii=False, sort_keys=True))
console.outdent()
# handle base64 type, need to write "combined image" to file
if combtype == "base64":
combinedMap = {}
for sub in subconfigs:
subMap = {}
subId = getImageId(sub['file'], clippedImages[sub['file']])
subMap['width'] = sub['width']
subMap['height'] = sub['height']
subMap['type'] = sub['type']
subMap['encoding'] = sub['encoding']
subMap['data'] = sub['data']
combinedMap[subId] = subMap
filetool.save(image, json.dumpsCode(combinedMap))
console.outdent()
return
def runImageCombining(jobconf, confObj):
def extractFromPrefixSpec(prefixSpec):
prefix = altprefix = ""
if not prefixSpec or not isinstance(prefixSpec, types.ListType):
if jobconf.get("config-warnings/combine-images", True):
console.warn("Missing or incorrect prefix spec, might lead to incorrect resource id's.")
elif len(prefixSpec) == 2 : # prefixSpec = [ prefix, altprefix ]
prefix, altprefix = prefixSpec
elif len(prefixSpec) == 1:
prefix = prefixSpec[0]
altprefix = ""
return prefix, altprefix
##
# strip prefix - if available - from imagePath, and replace by altprefix
def getImageId(imagePath, prefixSpec):
prefix, altprefix = extractFromPrefixSpec(prefixSpec)
imageId = imagePath # init
_, imageId, _ = Path.getCommonPrefix(imagePath, prefix) # assume: imagePath = prefix "/" imageId
if altprefix:
imageId = altprefix + "/" + imageId
imageId = Path.posifyPath(imageId)
return imageId
##
# create a dict with the clipped image file path as key, and prefix elements as value
def getClippedImagesDict(imageSpec):
imgDict = {}
inputStruct = imageSpec['input']
for group in inputStruct:
prefixSpec = group.get('prefix', [])
prefix, altprefix = extractFromPrefixSpec(prefixSpec)
if prefix:
prefix = confObj.absPath(prefix)
for filepatt in group['files']:
num_files = 0
for file in glob.glob(confObj.absPath(filepatt)): # resolve file globs - TODO: can be removed in generator.action.ImageClipping
console.debug("adding image %s" % file)
imgDict[file] = [prefix, altprefix]
num_files += 1
if num_files == 0:
raise ValueError("Non-existing file spec: %s" % filepatt)
return imgDict
# ----------------------------------------------------------------------
if not jobconf.get("combine-images", False):
return
console = Context.console
cache = Context.cache
console.info("Combining images...")
console.indent()
imageClipper = ImageClipping(console, cache, jobconf)
images = jobconf.get("combine-images/images", {})
for image, imgspec in images.iteritems():
console.info("Creating image %s" % image)
console.indent()
imageId= getImageId(image, imgspec.get('prefix', []))
image = confObj.absPath(image) # abs output path
config = {}
# create a dict of clipped image objects - for later look-up
clippedImages = getClippedImagesDict(imgspec)
# collect list of all input files, no matter where they come from
input = sorted(clippedImages.keys())
# collect layout property
if 'layout' in imgspec:
layout = imgspec['layout'] == "horizontal"
else:
layout = "horizontal" == "horizontal" # default horizontal=True
# get type of combined image (png, base64, ...)
combtype = "base64" if image.endswith(".b64.json") else "extension"
# create the combined image
subconfigs = imageClipper.combine(image, input, layout, combtype)
# for the meta information, go through the list of returned subconfigs (one per clipped image)
for sub in subconfigs:
x = Image()
x.combId, x.left, x.top, x.width, x.height, x.format = (
imageId, sub['left'], sub['top'], sub['width'], sub['height'], sub['type'])
subId = getImageId(sub['file'], clippedImages[sub['file']])
config[subId] = x.toMeta()
# store meta data for this combined image
bname = os.path.basename(image)
ri = bname.rfind('.')
if ri > -1:
bname = bname[:ri]
bname += '.meta'
meta_fname = os.path.join(os.path.dirname(image), bname)
console.debug("writing meta file %s" % meta_fname)
filetool.save(meta_fname, json.dumps(config, ensure_ascii=False, sort_keys=True))
console.outdent()
# handle base64 type, need to write "combined image" to file
if combtype == "base64":
combinedMap = {}
for sub in subconfigs:
subMap = {}
subId = getImageId(sub['file'], clippedImages[sub['file']])
subMap['width'] = sub['width']
subMap['height'] = sub['height']
subMap['type'] = sub['type']
subMap['encoding'] = sub['encoding']
subMap['data'] = sub['data']
combinedMap[subId] = subMap
filetool.save(image, json.dumpsCode(combinedMap))
console.outdent()
return
def slice(self, source, dest_prefix, border, trim_width):
#convert_cmd = "convert %s -crop %sx%s+%s+%s +repage %s"
#convert_cmd = "convert %(infile)s -crop %(xoff)sx%(yoff)s+%(xorig)s+%(yorig)s +repage %(outfile)s"
convert_cmd = self._job.get("slice-images/convert-cmd", "")
if not convert_cmd:
raise ConfigurationError(
"You need to specify a command template for the \"convert\" command (in slice-images/convert-cmd)"
)
source_file = source
dest_file = os.path.join(os.path.dirname(source), dest_prefix)
imginf = Image(source_file).getInfoMap()
width, height = imginf['width'], imginf['height']
if isinstance(border, int):
single_border = True
elif not isinstance(border, list) or (isinstance(border, list)
and not (len(border) == 4)):
raise RuntimeError, "Border must be one integer or an array with four integers"
else:
single_border = False
# Split borders and corners from source image
# Single width for all borders
if single_border:
# top-left corner
#os.system(convert_cmd % (source_file, border, border, 0, 0, dest_file + "-tl.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-tl.png",
'xoff': border,
'yoff': border,
'xorig': 0,
'yorig': 0,
})
# top border
#os.system(convert_cmd % (source_file, border, border, border, 0, dest_file + "-t.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-t.png",
'xoff': border,
'yoff': border,
'xorig': border,
'yorig': 0,
})
# top-right corner
#os.system(convert_cmd % (source_file, border, border, width-border, 0, dest_file + "-tr.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-tr.png",
'xoff': border,
'yoff': border,
'xorig': width - border,
'yorig': 0,
})
# left border
#os.system(convert_cmd % (source_file, border, height-2*border, 0, border, dest_file + "-l.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-l.png",
'xoff': border,
'yoff': height - 2 * border,
'xorig': 0,
'yorig': border,
})
# center piece
if trim_width:
#os.system(convert_cmd % (source_file, min(20, width-2*border), height-2*border, border, border, dest_file + "-c.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-c.png",
'xoff': min(20, width - 2 * border),
'yoff': height - 2 * border,
'xorig': border,
'yorig': border,
})
else:
#os.system(convert_cmd % (source_file, width-2*border, height-2*border, border, border, dest_file + "-c.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-c.png",
'xoff': width - 2 * border,
'yoff': height - 2 * border,
'xorig': border,
'yorig': border,
})
# right border
#os.system(convert_cmd % (source_file, border, height-2*border, width-border, border, dest_file + "-r.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-r.png",
'xoff': border,
'yoff': height - 2 * border,
'xorig': width - border,
'yorig': border,
})
# bottom-left corner
#os.system(convert_cmd % (source_file, border, border, 0, height-border, dest_file + "-bl.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-bl.png",
'xoff': border,
'yoff': border,
'xorig': 0,
'yorig': height - border,
})
# bottom border
#os.system(convert_cmd % (source_file, border, border, border, height-border, dest_file + "-b.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-b.png",
'xoff': border,
'yoff': border,
'xorig': border,
'yorig': height - border,
})
# bottom-right corner
#os.system(convert_cmd % (source_file, border, border, width-border, height-border, dest_file + "-br.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-br.png",
'xoff': border,
'yoff': border,
'xorig': width - border,
'yorig': height - border,
})
# Individual borders
else:
if border[0] > 0 and border[3] > 0:
# top-left corner
#os.system(convert_cmd % (source_file, border[3], border[0], 0, 0, dest_file + "-tl.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-tl.png",
'xoff': border[3],
'yoff': border[0],
'xorig': 0,
'yorig': 0,
})
if border[0] > 0:
# top border
#os.system(convert_cmd % (source_file, width - border[3] - border[1], border[0], border[3], 0, dest_file + "-t.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-t.png",
'xoff': width - border[3] - border[1],
'yoff': border[0],
'xorig': border[3],
'yorig': 0,
})
if border[0] > 0 and border[1] > 0:
# top-right corner
#os.system(convert_cmd % (source_file, border[1], border[0], width - border[1], 0, dest_file + "-tr.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-tr.png",
'xoff': border[1],
'yoff': border[0],
'xorig': width - border[1],
'yorig': 0,
})
if border[3] > 0:
# left border
#os.system(convert_cmd % (source_file, border[3], height - border[0] - border[2], 0, border[0], dest_file + "-l.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-l.png",
'xoff': border[3],
'yoff': height - border[0] - border[2],
'xorig': 0,
'yorig': border[0],
})
# center piece
if trim_width:
#os.system(convert_cmd % (source_file, min(20, width- border[3] - border[1]), height - border[0] - border[2], border[3], border[0], dest_file + "-c.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-c.png",
'xoff': min(20, width - border[3] - border[1]),
'yoff': height - border[0] - border[2],
'xorig': border[3],
'yorig': border[0],
})
else:
#os.system(convert_cmd % (source_file, width- border[3] - border[1], height - border[0] - border[2], border[3], border[0], dest_file + "-c.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-c.png",
'xoff': width - border[3] - border[1],
'yoff': height - border[0] - border[2],
'xorig': border[3],
'yorig': border[0],
})
if border[1] > 0:
# right border
#os.system(convert_cmd % (source_file, border[1], height - border[0] - border[2], width - border[1], border[0], dest_file + "-r.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-r.png",
'xoff': border[1],
'yoff': height - border[0] - border[2],
'xorig': width - border[1],
'yorig': border[0],
})
if border[2] > 0 and border[3] > 0:
# bottom-left corner
#os.system(convert_cmd % (source_file, border[3], border[2], 0, height - border[2], dest_file + "-bl.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-bl.png",
'xoff': border[3],
'yoff': border[2],
'xorig': 0,
'yorig': height - border[2],
})
if border[2] > 0:
# bottom border
#os.system(convert_cmd % (source_file, width- border[3] - border[1], border[2], border[3], height - border[2], dest_file + "-b.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-b.png",
'xoff': width - border[3] - border[1],
'yoff': border[2],
'xorig': border[3],
'yorig': height - border[2],
})
if border[2] > 0 and border[1] > 0:
# bottom-right corner
#os.system(convert_cmd % (source_file, border[1], border[2], width - border[1], height - border[2], dest_file + "-br.png"))
os.system(
convert_cmd % {
'infile': source_file,
'outfile': dest_file + "-br.png",
'xoff': border[1],
'yoff': border[2],
'xorig': width - border[1],
'yorig': height - border[2],
})
# for css3, the original images are used
shutil.copyfile(source_file, dest_file + ".png")
def combineBase64(self, imgInfos):
for imgInfo in imgInfos:
base64dat = Image(imgInfo['file']).toBase64()
imgInfo['encoding'] = "base64"
imgInfo['data'] = base64dat