def _extract_metadata(self, files=None):
image_file = self._find_processing_file(files)
width, height = get_image_dimensions(image_file)
# XXX: this is a bit redundant...
self.set("origwidth", width)
self.set("origheight", height)
self.set("origsize", image_file.size)
self.set("width", width)
self.set("height", height)
# Exif
unwanted_attrs = Image.get_unwanted_exif_attributes()
with open(image_file.abspath, 'rb') as f:
tags = EXIF.process_file(f)
for k in tags.keys():
# don't set unwanted exif attributes
if any(tag in k for tag in unwanted_attrs):
continue
if tags[k]:
self.set("exif_" + k.replace(" ", "_"), utf8_decode_escape(str(tags[k])))
# IPTC
iptc_metadata = lib.iptc.IPTC.get_iptc_tags(image_file.abspath)
if iptc_metadata is not None:
for k, v in iteritems(iptc_metadata):
self.set('iptc_' + k, v)
def _extract_metadata(self, files=None):
image_file = self._find_processing_file(files)
width, height = get_image_dimensions(image_file)
# XXX: this is a bit redundant...
self.set("origwidth", width)
self.set("origheight", height)
self.set("origsize", image_file.size)
self.set("width", width)
self.set("height", height)
# Exif
unwanted_attrs = Image.get_unwanted_exif_attributes()
with open(image_file.abspath, 'rb') as f:
tags = EXIF.process_file(f)
for k in tags.keys():
# don't set unwanted exif attributes
if any(tag in k for tag in unwanted_attrs):
continue
if tags[k]:
self.set("exif_" + k.replace(" ", "_"), utf8_decode_escape(str(tags[k])))
# IPTC
iptc_metadata = lib.iptc.IPTC.get_iptc_tags(image_file.abspath)
if iptc_metadata is not None:
for k, v in iteritems(iptc_metadata):
self.set('iptc_' + k, v)
def mkdir(self, path):
path, filename = utils.splitpath(path)
olddir = self.dir
oldnode = self.node
if not self.cwd(path):
raise IOError("no such directory: " + path)
node = self.node
self.dir = olddir
self.node = oldnode
node.addChild(tree.Node(utf8_decode_escape(filename),
type="directory"))
def mkdir(self, path):
path, filename = utils.splitpath(path)
olddir = self.dir
oldnode = self.node
if not self.cwd(path):
raise IOError("no such directory: " + path)
node = self.node
self.dir = olddir
self.node = oldnode
node.addChild(tree.Node(utf8_decode_escape(filename),
type="directory"))
def file_to_node(file_node, upload_dir):
'''
Converts the FileNode object in the upload_dir into a Node with the FileNode as an attachment
@param file_node: FileNode
@param upload_dir: Node
@return: Node if one was created
'''
home_dir = upload_dir.getParents()[0]
file_type = file_node.getType()
if file_type == 'other' or file_type == 'zip':
return
path = file_node.retrieveFile().split('/')
new_name = path.pop().replace('ftp_', '', 1)
path.append(new_name)
new_path = '/'.join(path)
try:
os.rename(file_node.retrieveFile(), new_path)
except:
new_path = file_node.retrieveFile()
schema = home_dir.get('system.ftp.{}'.format(file_type)).lstrip('/')
if not schema:
schema = 'file'
new_node = tree.Node(utf8_decode_escape(new_name),
type='/'.join([file_node.getType(), schema]))
upload_dir.removeFile(file_node)
file_node._path = file_node._path.replace(config.get('paths.datadir'), '')
file_node._path = file_node._path.replace(
file_node._path.split('/')[-1], new_node.getName())
new_node.addFile(file_node)
new_node.event_files_changed()
upload_dir.addChild(new_node)
return new_node
def file_to_node(file_node, upload_dir):
'''
Converts the FileNode object in the upload_dir into a Node with the FileNode as an attachment
@param file_node: FileNode
@param upload_dir: Node
@return: Node if one was created
'''
home_dir = upload_dir.getParents()[0]
file_type = file_node.getType()
if file_type == 'other' or file_type == 'zip':
return
path = file_node.retrieveFile().split('/')
new_name = path.pop().replace('ftp_', '', 1)
path.append(new_name)
new_path = '/'.join(path)
try:
os.rename(file_node.retrieveFile(), new_path)
except:
new_path = file_node.retrieveFile()
schema = home_dir.get('system.ftp.{}'.format(file_type)).lstrip('/')
if not schema:
schema = 'file'
new_node = tree.Node(utf8_decode_escape(new_name),
type='/'.join([file_node.getType(),
schema]))
upload_dir.removeFile(file_node)
file_node._path = file_node._path.replace(config.get('paths.datadir'), '')
file_node._path = file_node._path.replace(file_node._path.split('/')[-1], new_node.getName())
new_node.addFile(file_node)
new_node.event_files_changed()
upload_dir.addChild(new_node)
return new_node
def importBibTeX(infile, node=None, req=None):
if req:
try:
user = users.getUserFromRequest(req)
msg = "bibtex import: import started by user '%s'" % (user.name)
except:
msg = "bibtex import: starting import (unable to identify user)"
else:
msg = "bibtex import: starting import (%s)" % str(sys.argv)
logger.info(msg)
print msg
bibtextypes = getbibtexmappings()
result = []
entries = []
shortcut = {}
if isinstance(infile, list):
entries = infile
else:
if not node:
node = tree.Node(name=utf8_decode_escape(os.path.basename(infile)),
type="directory")
try:
entries = getentries(infile)
except:
logger.error("getentries failed", exc_info=1)
msg = "bibtex import: getentries failed, import stopped (encoding error)"
logger.error(msg)
raise ValueError("getentries failed")
logger.info("bibtex import: %d entries" % len(entries))
counter = 0
for doctype, docid, fields in entries:
counter += 1
docid_utf8 = utf8_decode_escape(docid)
mytype = detecttype(doctype, fields)
if doctype == "string":
if VERBOSE:
logger.info(
"bibtex import: processing %s: %s, %s --> (is string)"
% (str(counter), doctype, docid))
continue
if mytype:
fieldnames = {}
datefields = {}
if mytype == "string":
continue
elif mytype not in bibtextypes:
msg = "bibtex mapping of bibtex type '%s' not defined - import stopped" % mytype
logger.error("bibtex import: " + msg)
raise MissingMapping(msg)
result += [(mytype.lower(), fields)]
metatype = bibtextypes[mytype]
# check for mask configuration
mask = getMetaType(metatype).getMask("bibtex_import")
if not mask:
mask = getMetaType(metatype).getMask("bibtex")
if mask:
for f in mask.getMaskFields():
try:
_bib_name = tree.getNode(
f.get("mappingfield")).getName()
_mfield = tree.getNode(f.get("attribute"))
_med_name = _mfield.getName()
if _mfield.get("type") == "date":
datefields[_med_name] = _mfield.get("valuelist")
except tree.NoSuchNodeError as e:
msg = "bibtex import docid='%s': field error for bibtex mask for type %s and bibtex-type '%s': %s: " % (
docid_utf8, metatype, mytype, str(e))
msg = msg + "_bib_name='%s', _mfield='%s', _med_name='%s'" % (
str(_bib_name), str(_mfield), str(_med_name))
logger.error(msg)
continue
fieldnames[_bib_name] = _med_name
doc = tree.Node(docid_utf8, type="document/" + metatype)
for k, v in fields.items():
if k in fieldnames.keys():
k = fieldnames[k] # map bibtex name
if k in datefields.keys(): # format date field
v = parse_date(v, datefields[k])
doc.set(k, utf8_decode_escape(v))
child_id = None
child_type = None
try:
node.addChild(doc)
doc.setDirty()
child_id = doc.id
child_type = doc.type
except Exception as e:
logger.error("bibtex import: %s" % (str(e)))
raise ValueError()
if VERBOSE:
try:
logger.info(
"bibtex import: done processing %s: %s, %s --> type=%s, id=%s"
% (str(counter), doctype, docid, str(child_type),
str(child_id)))
except Exception as e:
try:
logger.info(
"bibtex import: done processing %s: %s, %s --> type=%s, id=%s"
% (str(counter), doctype,
docid.decode("utf8", "replace"),
str(child_type), str(child_id)))
except Exception as e:
logger.info(
"bibtex import: done processing %s: %s, %s --> type=%s, id=%s"
% (str(counter), doctype,
"'not printable bibtex key'", str(child_type),
str(child_id)))
msg = "bibtex import: finished import"
logger.info(msg)
print msg
return node
def event_files_changed(self):
print "Postprocessing node", self.id
if "image" in self.type:
for f in self.getFiles():
if f.getName().lower().endswith('svg'):
self.svg_to_png(f.retrieveFile(), f.retrieveFile()[:-4] + ".png")
self.removeFile(f)
self.addFile(FileNode(name=f.retrieveFile(), type="original", mimetype=f.mimetype))
self.addFile(FileNode(name=f.retrieveFile(), type="image", mimetype=f.mimetype))
self.addFile(FileNode(name=f.retrieveFile()[:-4] + ".png", type="tmppng", mimetype="image/png"))
break
orig = 0
thumb = 0
for f in self.getFiles():
if f.type == "original":
orig = 1
if f.type == "thumb":
thumb = 1
if orig == 0:
for f in self.getFiles():
if f.type == "image":
if f.mimetype == "image/tiff" or ((f.mimetype is None or f.mimetype == "application/x-download")
and (f.getName().lower().endswith("tif") or f.getName().lower().endswith("tiff"))):
# move old file to "original", create a new png to be used as "image"
self.removeFile(f)
path, ext = splitfilename(f.retrieveFile())
pngname = path + ".png"
if not os.path.isfile(pngname):
makeOriginalFormat(f.retrieveFile(), pngname)
width, height = getImageDimensions(pngname)
self.set("width", width)
self.set("height", height)
else:
width, height = getImageDimensions(pngname)
self.set("width", width)
self.set("height", height)
print 'png: ', pngname
self.addFile(FileNode(name=pngname, type="image", mimetype="image/png"))
self.addFile(FileNode(name=f.retrieveFile(), type="original", mimetype="image/tiff"))
break
else:
self.addFile(FileNode(name=f.retrieveFile(), type="original", mimetype=f.mimetype))
# retrieve technical metadata.
for f in self.getFiles():
if (f.type == "image" and not f.getName().lower().endswith("svg")) or f.type == "tmppng":
width, height = getImageDimensions(f.retrieveFile())
self.set("origwidth", width)
self.set("origheight", height)
self.set("origsize", f.getSize())
if f.mimetype == "image/jpeg":
self.set("jpg_comment", iso2utf8(getJpegSection(f.retrieveFile(), 0xFE).strip()))
if thumb == 0:
for f in self.getFiles():
if (f.type == "image" and not f.getName().lower().endswith("svg")) or f.type == "tmppng":
basename = hashlib.md5(str(random.random())).hexdigest()[0:8]
path = os.path.join(getImportDir(), basename)
thumbname = path + ".thumb"
thumbname2 = path + ".thumb2"
print 'tumb: ', thumbname
print 'presentation: ', thumbname2
assert not os.path.isfile(thumbname)
assert not os.path.isfile(thumbname2)
width, height = getImageDimensions(f.retrieveFile())
makeThumbNail(f.retrieveFile(), thumbname)
makePresentationFormat(f.retrieveFile(), thumbname2)
if f.mimetype is None:
if f.getName().lower().endswith("jpg"):
f.mimetype = "image/jpeg"
else:
f.mimetype = "image/tiff"
self.addFile(FileNode(name=thumbname, type="thumb", mimetype="image/jpeg"))
self.addFile(FileNode(name=thumbname2, type="presentation", mimetype="image/jpeg"))
self.set("width", width)
self.set("height", height)
# fetch unwanted tags to be omitted
unwanted_attrs = self.unwanted_attributes()
# Exif
try:
files = self.getFiles()
for file in files:
if file.type == "original":
f = open(file.retrieveFile(), 'rb')
tags = EXIF.process_file(f)
tags.keys().sort()
for k in tags.keys():
# don't set unwanted exif attributes
if any(tag in k for tag in unwanted_attrs):
continue
if tags[k] != "" and k != "JPEGThumbnail":
self.set("exif_" + k.replace(" ", "_"),
utf8_decode_escape(str(tags[k])))
elif k == "JPEGThumbnail":
if tags[k] != "":
self.set("Thumbnail", "True")
else:
self.set("Thumbnail", "False")
except:
None
if dozoom(self) == 1:
tileok = 0
for f in self.getFiles():
if f.type.startswith("tile"):
tileok = 1
if not tileok and self.get("width") and self.get("height"):
zoom.getImage(self.id, 1)
for f in self.getFiles():
if f.getType() == 'original':
wanted_tags = lib.iptc.IPTC.get_wanted_iptc_tags()
tags_in_upload = lib.iptc.IPTC.get_iptc_values(f.retrieveFile(), wanted_tags)
with_value = []
for field in getMetaType(self.getSchema()).getMetaFields():
if field.get('type') == "meta" and len(field.getValueList()) > 1:
value = self.get('iptc_{}'.format(field.getName()))
if len(value) > 0:
with_value.append(field.getName())
if tags_in_upload:
for key in tags_in_upload.keys():
if tags_in_upload[key] != '':
if key not in with_value:
self.set('iptc_{}'.format(key.replace(' ', '_')),
tags_in_upload[key])
for f in self.getFiles():
if f.getName().lower().endswith("png") and f.type == "tmppng":
self.removeFile(f)
break
def event_files_changed(self):
print "Postprocessing node", self.id
thumb = 0
fulltext = 0
doc = None
present = 0
fileinfo = 0
for f in self.getFiles():
if f.type == "thumb":
thumb = 1
elif f.type.startswith("present"):
present = 1
elif f.type == "fulltext":
fulltext = 1
elif f.type == "fileinfo":
fileinfo = 1
elif f.type == "doc":
doc = f
elif f.type == "document":
doc = f
if not doc:
for f in self.getFiles():
if f.type == "thumb":
self.removeFile(f)
elif f.type.startswith("present"):
self.removeFile(f)
elif f.type == "fileinfo":
self.removeFile(f)
elif f.type == "fulltext":
self.removeFile(f)
#fetch unwated tags to be omitted
unwanted_attrs = self.unwanted_attributes()
if doc:
path, ext = splitfilename(doc.retrieveFile())
if not (thumb and present and fulltext and fileinfo):
thumbname = path + ".thumb"
thumb2name = path + ".thumb2"
fulltextname = path + ".txt"
infoname = path + ".info"
tempdir = config.get("paths.tempdir")
try:
pdfdata = parsepdf.parsePDF2(doc.retrieveFile(), tempdir)
except parsepdf.PDFException as ex:
raise OperationException(ex.value)
fi = open(infoname, "rb")
for line in fi.readlines():
i = line.find(':')
if i > 0:
if any(tag in line[0:i].strip().lower()
for tag in unwanted_attrs):
continue
self.set("pdf_" + line[0:i].strip().lower(),
utf8_decode_escape(line[i + 1:].strip()))
fi.close()
self.addFile(
FileNode(name=thumbname,
type="thumb",
mimetype="image/jpeg"))
self.addFile(
FileNode(name=thumb2name,
type="presentation",
mimetype="image/jpeg"))
self.addFile(
FileNode(name=fulltextname,
type="fulltext",
mimetype="text/plain"))
self.addFile(
FileNode(name=infoname,
type="fileinfo",
mimetype="text/plain"))
def importBibTeX(infile, node=None, req=None):
user = None
if req:
try:
user = users.getUserFromRequest(req)
msg = "bibtex import: import started by user '%s'" % (user.name)
except:
msg = "bibtex import: starting import (unable to identify user)"
else:
msg = "bibtex import: starting import (%s)" % ustr(sys.argv)
logg.info(msg)
bibtextypes = getbibtexmappings()
result = []
entries = []
if isinstance(infile, list):
entries = infile
else:
node = node or Directory(utf8_decode_escape(os.path.basename(infile)))
try:
entries = getentries(infile)
except:
# XXX TODO This reports *everything* as encoding error
# XXX TODO (even things like full disk or other parsing errors).
# XXX TODO We should at least reformulate the error message,
# XXX TODO and -- even better -- only catch errors that are to be expected.
logg.error("getentries failed", exc_info=1)
msg = "bibtex import: getentries failed, import stopped (encoding error)"
logg.error(msg)
raise ValueError("bibtex_unspecified_error")
logg.info("bibtex import: %d entries", len(entries))
for count, fields in enumerate(entries):
docid_utf8 = fields["ID"]
fields[u"key"] = fields.pop("ID")
doctype = fields.pop("ENTRYTYPE")
mytype = detecttype(doctype, fields)
if mytype:
fieldnames = {}
datefields = {}
if mytype not in bibtextypes:
logg.error(
"bibtex mapping of bibtex type '%s' not defined - import stopped",
mytype)
msg = "bibtex mapping of bibtex type '%s' not defined - import stopped" % mytype
raise MissingMapping(msg)
result += [(mytype.lower(), fields)]
metatype = bibtextypes[mytype]
# check for mask configuration
metadatatype = q(Metadatatype).filter_by(name=metatype).one()
mask = metadatatype.get_mask(
u"bibtex_import") or metadatatype.get_mask(u"bibtex")
if mask:
for f in mask.all_maskitems:
try:
_bib_name = q(Node).get(f.get(u"mappingfield")).name
_mfield = q(Node).get(f.get(u"attribute"))
_med_name = _mfield.name
if _mfield.get(u"type") == u"date":
datefields[_med_name] = _mfield.get(u"valuelist")
except AttributeError as e:
msg = "bibtex import docid='{}': field error for bibtex mask for type {} and bibtex-type '{}': {}"
msg = msg.format(docid_utf8, metatype, mytype, e)
logg.error(msg)
else:
fieldnames[_bib_name] = _med_name
doc = Document(docid_utf8, schema=metatype)
for k, v in fields.items():
if k in fieldnames.keys():
k = fieldnames[k] # map bibtex name
if k in datefields.keys(): # format date field
try:
v = str(parse_date(v, datefields[k]))
# if date format does not contains '%' the valid digit of the result must not be longer than the date format
# e.g. if datefields[k] is 'yyyy' then the result v must be clipped after 4 characters
# afterwards the result is expanded again (without the invalid digits)
if datefields[k].find('%') < 0:
v = v[:len(datefields[k])]
v = str(parse_date(v, datefields[k]))
except ValueError as e:
logg.exception("bibtex exception: %s: %s", k, v)
raise ValueError("bibtex_date_error")
doc.set(k, v)
# because the bibtex import contains only a subset of the metadata defined in metadatatype,
# all other metadata are created and set to default values.
# this will be done in the same manner as if the document is loaded in editor and saved without
# any changes (required fields are not considered)
editmask = metadatatype.get_mask(u"editmask")
if editmask and hasattr(editmask, 'set_default_metadata'):
editmask.set_default_metadata(doc)
try:
node.children.append(doc)
if user:
doc.set("creator", user.login_name)
doc.set(
"creationtime",
unicode(
time.strftime('%Y-%m-%dT%H:%M:%S',
time.localtime(time.time()))))
except Exception as e:
logg.exception("bibtex exception")
raise ValueError()
logg.debug("bibtex import: finished import")
print msg
return node
def importBibTeX(infile, node=None, req=None):
if req:
try:
user = users.getUserFromRequest(req)
msg = "bibtex import: import started by user '%s'" % (user.name)
except:
msg = "bibtex import: starting import (unable to identify user)"
else:
msg = "bibtex import: starting import (%s)" % str(sys.argv)
logger.info(msg)
print msg
bibtextypes = getbibtexmappings()
result = []
entries = []
shortcut = {}
if isinstance(infile, list):
entries = infile
else:
if not node:
node = tree.Node(name=utf8_decode_escape(os.path.basename(infile)),
type="directory")
try:
entries = getentries(infile)
except:
logger.error("getentries failed", exc_info=1)
msg = "bibtex import: getentries failed, import stopped (encoding error)"
logger.error(msg)
raise ValueError("getentries failed")
logger.info("bibtex import: %d entries" % len(entries))
counter = 0
for doctype, docid, fields in entries:
counter += 1
docid_utf8 = utf8_decode_escape(docid)
mytype = detecttype(doctype, fields)
if doctype == "string":
if VERBOSE:
logger.info(
"bibtex import: processing %s: %s, %s --> (is string)" % (str(counter), doctype, docid))
continue
if mytype:
fieldnames = {}
datefields = {}
if mytype == "string":
continue
elif mytype not in bibtextypes:
msg = "bibtex mapping of bibtex type '%s' not defined - import stopped" % mytype
logger.error("bibtex import: " + msg)
raise MissingMapping(msg)
result += [(mytype.lower(), fields)]
metatype = bibtextypes[mytype]
# check for mask configuration
mask = getMetaType(metatype).getMask("bibtex_import")
if not mask:
mask = getMetaType(metatype).getMask("bibtex")
if mask:
for f in mask.getMaskFields():
try:
_bib_name = tree.getNode(f.get("mappingfield")).getName()
_mfield = tree.getNode(f.get("attribute"))
_med_name = _mfield.getName()
if _mfield.get("type") == "date":
datefields[_med_name] = _mfield.get("valuelist")
except tree.NoSuchNodeError as e:
msg = "bibtex import docid='%s': field error for bibtex mask for type %s and bibtex-type '%s': %s: " % (
docid_utf8, metatype, mytype, str(e))
msg = msg + "_bib_name='%s', _mfield='%s', _med_name='%s'" % (
str(_bib_name), str(_mfield), str(_med_name))
logger.error(msg)
continue
fieldnames[_bib_name] = _med_name
doc = tree.Node(docid_utf8, type="document/" + metatype)
for k, v in fields.items():
if k in fieldnames.keys():
k = fieldnames[k] # map bibtex name
if k in datefields.keys(): # format date field
v = parse_date(v, datefields[k])
doc.set(k, utf8_decode_escape(v))
child_id = None
child_type = None
try:
node.addChild(doc)
doc.setDirty()
child_id = doc.id
child_type = doc.type
except Exception as e:
logger.error("bibtex import: %s" % (str(e)))
raise ValueError()
if VERBOSE:
try:
logger.info("bibtex import: done processing %s: %s, %s --> type=%s, id=%s" % (
str(counter), doctype, docid, str(child_type), str(child_id)))
except Exception as e:
try:
logger.info("bibtex import: done processing %s: %s, %s --> type=%s, id=%s" % (
str(counter), doctype, docid.decode("utf8", "replace"), str(child_type), str(child_id)))
except Exception as e:
logger.info("bibtex import: done processing %s: %s, %s --> type=%s, id=%s" % (
str(counter), doctype, "'not printable bibtex key'", str(child_type), str(child_id)))
msg = "bibtex import: finished import"
logger.info(msg)
print msg
return node
def importBibTeX(infile, node=None, req=None):
if req:
try:
user = users.getUserFromRequest(req)
msg = "bibtex import: import started by user '%s'" % (user.name)
except:
msg = "bibtex import: starting import (unable to identify user)"
else:
msg = "bibtex import: starting import (%s)" % ustr(sys.argv)
logg.info(msg)
bibtextypes = getbibtexmappings()
result = []
entries = []
if isinstance(infile, list):
entries = infile
else:
node = node or Directory(utf8_decode_escape(os.path.basename(infile)))
try:
entries = getentries(infile)
except:
logg.error("getentries failed", exc_info=1)
msg = "bibtex import: getentries failed, import stopped (encoding error)"
logg.error(msg)
raise ValueError("encoding_error")
logg.info("bibtex import: %d entries", len(entries))
for count, fields in enumerate(entries):
docid_utf8 = fields["ID"]
fields["key"] = fields.pop("ID")
doctype = fields.pop("ENTRYTYPE")
mytype = detecttype(doctype, fields)
if mytype:
fieldnames = {}
datefields = {}
if mytype not in bibtextypes:
logg.error("bibtex mapping of bibtex type '%s' not defined - import stopped", mytype)
msg = "bibtex mapping of bibtex type '%s' not defined - import stopped" % mytype
raise MissingMapping(msg)
result += [(mytype.lower(), fields)]
metatype = bibtextypes[mytype]
# check for mask configuration
metadatatype = q(Metadatatype).filter_by(name=metatype).one()
mask = metadatatype.get_mask(u"bibtex_import") or metadatatype.get_mask(u"bibtex")
if mask:
for f in mask.all_maskitems:
try:
_bib_name = q(Node).get(f.get(u"mappingfield")).name
_mfield = q(Node).get(f.get(u"attribute"))
_med_name = _mfield.name
if _mfield.get(u"type") == u"date":
datefields[_med_name] = _mfield.get(u"valuelist")
except AttributeError as e:
msg = "bibtex import docid='{}': field error for bibtex mask for type {} and bibtex-type '{}': {}"
msg = msg.format(docid_utf8, metatype, mytype, e)
logg.error(msg)
else:
fieldnames[_bib_name] = _med_name
doc = Document(docid_utf8,schema=metatype)
for k, v in fields.items():
if k in fieldnames.keys():
k = fieldnames[k] # map bibtex name
if k in datefields.keys(): # format date field
try:
v = str(parse_date(v, datefields[k]))
# if date format does not contains '%' the result must not be longer than the date format
# e.g. if datefields[k] is 'yyyy' then the result v must be clipped after 4 characters
if datefields[k].find('%') < 0:
v = v[:len(datefields[k])]
except ValueError as e:
logg.exception("bibtex exception: %s: %s", k, v)
raise ValueError("ValueError: " + k + ": " + v)
doc.set(k, v)
child_id = None
child_type = None
try:
node.children.append(doc)
child_id = doc.id
child_type = doc.type
except Exception as e:
logg.exception("bibtex exception")
raise ValueError()
logg.debug("bibtex import: finished import")
print msg
return node
def event_files_changed(self):
print "Postprocessing node", self.id
thumb = 0
fulltext = 0
doc = None
present = 0
fileinfo = 0
for f in self.getFiles():
if f.type == "thumb":
thumb = 1
elif f.type.startswith("present"):
present = 1
elif f.type == "fulltext":
fulltext = 1
elif f.type == "fileinfo":
fileinfo = 1
elif f.type == "doc":
doc = f
elif f.type == "document":
doc = f
if not doc:
for f in self.getFiles():
if f.type == "thumb":
self.removeFile(f)
elif f.type.startswith("present"):
self.removeFile(f)
elif f.type == "fileinfo":
self.removeFile(f)
elif f.type == "fulltext":
self.removeFile(f)
#fetch unwated tags to be omitted
unwanted_attrs = self.unwanted_attributes()
if doc:
path, ext = splitfilename(doc.retrieveFile())
if not (thumb and present and fulltext and fileinfo):
thumbname = path + ".thumb"
thumb2name = path + ".thumb2"
fulltextname = path + ".txt"
infoname = path + ".info"
tempdir = config.get("paths.tempdir")
try:
pdfdata = parsepdf.parsePDF2(doc.retrieveFile(), tempdir)
except parsepdf.PDFException as ex:
raise OperationException(ex.value)
fi = open(infoname, "rb")
for line in fi.readlines():
i = line.find(':')
if i > 0:
if any(tag in line[0:i].strip().lower() for tag in unwanted_attrs):
continue
self.set("pdf_" + line[0:i].strip().lower(), utf8_decode_escape(line[i + 1:].strip()))
fi.close()
self.addFile(FileNode(name=thumbname, type="thumb", mimetype="image/jpeg"))
self.addFile(FileNode(name=thumb2name, type="presentation", mimetype="image/jpeg"))
self.addFile(FileNode(name=fulltextname, type="fulltext", mimetype="text/plain"))
self.addFile(FileNode(name=infoname, type="fileinfo", mimetype="text/plain"))
def event_files_changed(self):
logg.debug("Postprocessing node %s", self.id)
thumb = 0
fulltext = 0
doc = None
present = 0
fileinfo = 0
for f in self.files:
if f.type == "thumb":
thumb = 1
elif f.type.startswith("present"):
present = 1
elif f.type == "fulltext":
fulltext = 1
elif f.type == "fileinfo":
fileinfo = 1
elif f.type == "document":
doc = f
if not doc:
for f in self.files:
if f.type == "thumb":
self.files.remove(f)
elif f.type.startswith("present"):
self.files.remove(f)
elif f.type == "fileinfo":
self.files.remove(f)
elif f.type == "fulltext":
self.files.remove(f)
#fetch unwanted tags to be omitted
unwanted_attrs = self.get_unwanted_exif_attributes()
if doc:
path, ext = splitfilename(doc.abspath)
if not (thumb and present and fulltext and fileinfo):
thumbname = path + ".thumb"
thumb2name = path + ".thumb2"
fulltextname = path + ".txt"
infoname = path + ".info"
tempdir = config.get("paths.tempdir")
try:
pdfdata = parsepdf.parsePDFExternal(doc.abspath, tempdir)
except parsepdf.PDFException as ex:
if ex.value == 'error:document encrypted':
# allow upload of encrypted document
db.session.commit()
return
raise OperationException(ex.value)
with codecs.open(infoname, "rb", encoding='utf8') as fi:
for line in fi.readlines():
i = line.find(':')
if i > 0:
if any(tag in line[0:i].strip().lower()
for tag in unwanted_attrs):
continue
self.set("pdf_" + line[0:i].strip().lower(),
utf8_decode_escape(line[i + 1:].strip()))
self.files.append(File(thumbname, "thumb", "image/jpeg"))
self.files.append(
File(thumb2name, "presentation", "image/jpeg"))
self.files.append(File(fulltextname, "fulltext", "text/plain"))
self.files.append(File(infoname, "fileinfo", "text/plain"))
if doc:
import_node_fulltext(self, overwrite=True)
db.session.commit()
def event_files_changed(self):
print "Postprocessing node", self.id
if "image" in self.type:
for f in self.getFiles():
if f.getName().lower().endswith('svg'):
self.svg_to_png(f.retrieveFile(), f.retrieveFile()[:-4] + ".png")
self.removeFile(f)
self.addFile(FileNode(name=f.retrieveFile(), type="original", mimetype=f.mimetype))
self.addFile(FileNode(name=f.retrieveFile(), type="image", mimetype=f.mimetype))
self.addFile(FileNode(name=f.retrieveFile()[:-4] + ".png", type="tmppng", mimetype="image/png"))
break
orig = 0
thumb = 0
for f in self.getFiles():
if f.type == "original":
orig = 1
if f.type == "thumb":
thumb = 1
if orig == 0:
for f in self.getFiles():
if f.type == "image":
if f.mimetype == "image/tiff" or ((f.mimetype is None or f.mimetype == "application/x-download")
and (f.getName().lower().endswith("tif") or f.getName().lower().endswith("tiff"))):
# move old file to "original", create a new png to be used as "image"
self.removeFile(f)
path, ext = splitfilename(f.retrieveFile())
pngname = path + ".png"
if not os.path.isfile(pngname):
makeOriginalFormat(f.retrieveFile(), pngname)
width, height = getImageDimensions(pngname)
self.set("width", width)
self.set("height", height)
else:
width, height = getImageDimensions(pngname)
self.set("width", width)
self.set("height", height)
print 'png name/path: ', pngname
self.addFile(FileNode(name=pngname, type="image", mimetype="image/png"))
self.addFile(FileNode(name=f.retrieveFile(), type="original", mimetype="image/tiff"))
break
else:
self.addFile(FileNode(name=f.retrieveFile(), type="original", mimetype=f.mimetype))
# retrieve technical metadata.
for f in self.getFiles():
if (f.type == "image" and not f.getName().lower().endswith("svg")) or f.type == "tmppng":
width, height = getImageDimensions(f.retrieveFile())
self.set("origwidth", width)
self.set("origheight", height)
self.set("origsize", f.getSize())
if f.mimetype == "image/jpeg":
self.set("jpg_comment", iso2utf8(getJpegSection(f.retrieveFile(), 0xFE).strip()))
if thumb == 0:
for f in self.getFiles():
if (f.type == "image" and not f.getName().lower().endswith("svg")) or f.type == "tmppng":
path, ext = splitfilename(f.retrieveFile())
basename = hashlib.md5(str(random.random())).hexdigest()[0:8]
# path = os.path.join(getImportDir(),os.path.basename(path))
path = os.path.join(getImportDir(), basename)
thumbname = path + ".thumb"
thumbname2 = path + ".thumb2"
print 'tumb: ', thumbname
print 'presentation: ', thumbname2
assert not os.path.isfile(thumbname)
assert not os.path.isfile(thumbname2)
width, height = getImageDimensions(f.retrieveFile())
makeThumbNail(f.retrieveFile(), thumbname)
makePresentationFormat(f.retrieveFile(), thumbname2)
if f.mimetype is None:
if f.getName().lower().endswith("jpg"):
f.mimetype = "image/jpeg"
else:
f.mimetype = "image/tiff"
self.addFile(FileNode(name=thumbname, type="thumb", mimetype="image/jpeg"))
self.addFile(FileNode(name=thumbname2, type="presentation", mimetype="image/jpeg"))
self.set("width", width)
self.set("height", height)
#fetch unwanted tags to be omitted
unwanted_attrs = self.unwanted_attributes()
# Exif
try:
from lib.Exif import EXIF
files = self.getFiles()
for file in files:
if file.type == "original":
f = open(file.retrieveFile(), 'rb')
tags = EXIF.process_file(f)
tags.keys().sort()
for k in tags.keys():
# don't set unwanted exif attributes
if any(tag in k for tag in unwanted_attrs):
continue
if tags[k] != "" and k != "JPEGThumbnail":
self.set("exif_" + k.replace(" ", "_"),
utf8_decode_escape(str(tags[k])))
elif k == "JPEGThumbnail":
if tags[k] != "":
self.set("Thumbnail", "True")
else:
self.set("Thumbnail", "False")
except:
None
if dozoom(self) == 1:
tileok = 0
for f in self.getFiles():
if f.type.startswith("tile"):
tileok = 1
if not tileok and self.get("width") and self.get("height"):
zoom.getImage(self.id, 1)
# iptc
try:
from lib.iptc import IPTC
files = self.getFiles()
for file in files:
if file.type == "original":
tags = IPTC.getIPTCValues(file.retrieveFile())
tags.keys().sort()
for k in tags.keys():
# skip unknown iptc tags
if 'IPTC_' in k:
continue
if any(tag in k for tag in unwanted_attrs):
continue
if isinstance(tags[k], list):
tags[k] = ', '.join(tags[k])
if tags[k] != "":
self.set("iptc_" + k.replace(" ", "_"),
utf8_decode_escape(str(tags[k])))
except:
None
for f in self.getFiles():
if f.getName().lower().endswith("png") and f.type == "tmppng":
self.removeFile(f)
break
def event_files_changed(self):
logg.debug("Postprocessing node %s", self.id)
thumb = 0
fulltext = 0
doc = None
present = 0
fileinfo = 0
for f in self.files:
if f.type == "thumb":
thumb = 1
elif f.type.startswith("present"):
present = 1
elif f.type == "fulltext":
fulltext = 1
elif f.type == "fileinfo":
fileinfo = 1
elif f.type == "document":
doc = f
if not doc:
for f in self.files:
if f.type == "thumb":
self.files.remove(f)
elif f.type.startswith("present"):
self.files.remove(f)
elif f.type == "fileinfo":
self.files.remove(f)
elif f.type == "fulltext":
self.files.remove(f)
#fetch unwanted tags to be omitted
unwanted_attrs = self.get_unwanted_exif_attributes()
if doc:
path, ext = splitfilename(doc.abspath)
if not (thumb and present and fulltext and fileinfo):
thumbname = path + ".thumb"
thumb2name = path + ".thumb2"
fulltextname = path + ".txt"
infoname = path + ".info"
tempdir = config.get("paths.tempdir")
try:
pdfdata = parsepdf.parsePDFExternal(doc.abspath, tempdir)
except parsepdf.PDFException as ex:
if ex.value == 'error:document encrypted':
# allow upload of encrypted document
db.session.commit()
return
raise OperationException(ex.value)
with codecs.open(infoname, "rb", encoding='utf8') as fi:
for line in fi.readlines():
i = line.find(':')
if i > 0:
if any(tag in line[0:i].strip().lower() for tag in unwanted_attrs):
continue
self.set("pdf_" + line[0:i].strip().lower(), utf8_decode_escape(line[i + 1:].strip()))
self.files.append(File(thumbname, "thumb", "image/jpeg"))
self.files.append(File(thumb2name, "presentation", "image/jpeg"))
self.files.append(File(fulltextname, "fulltext", "text/plain"))
self.files.append(File(infoname, "fileinfo", "text/plain"))
if doc:
import_node_fulltext(self, overwrite=True)
db.session.commit()
def event_files_changed(self):
print "Postprocessing node", self.id
if "image" in self.type:
for f in self.getFiles():
if f.getName().lower().endswith('svg'):
self.svg_to_png(f.retrieveFile(),
f.retrieveFile()[:-4] + ".png")
self.removeFile(f)
self.addFile(
FileNode(name=f.retrieveFile(),
type="original",
mimetype=f.mimetype))
self.addFile(
FileNode(name=f.retrieveFile(),
type="image",
mimetype=f.mimetype))
self.addFile(
FileNode(name=f.retrieveFile()[:-4] + ".png",
type="tmppng",
mimetype="image/png"))
break
orig = 0
thumb = 0
for f in self.getFiles():
if f.type == "original":
orig = 1
if f.type == "thumb":
thumb = 1
if orig == 0:
for f in self.getFiles():
if f.type == "image":
if f.mimetype == "image/tiff" or (
(f.mimetype is None
or f.mimetype == "application/x-download") and
(f.getName().lower().endswith("tif")
or f.getName().lower().endswith("tiff"))):
# move old file to "original", create a new png to be used as "image"
self.removeFile(f)
path, ext = splitfilename(f.retrieveFile())
pngname = path + ".png"
if not os.path.isfile(pngname):
makeOriginalFormat(f.retrieveFile(), pngname)
width, height = getImageDimensions(pngname)
self.set("width", width)
self.set("height", height)
else:
width, height = getImageDimensions(pngname)
self.set("width", width)
self.set("height", height)
self.addFile(
FileNode(name=pngname,
type="image",
mimetype="image/png"))
self.addFile(
FileNode(name=f.retrieveFile(),
type="original",
mimetype="image/tiff"))
break
else:
self.addFile(
FileNode(name=f.retrieveFile(),
type="original",
mimetype=f.mimetype))
# retrieve technical metadata.
for f in self.getFiles():
if (f.type == "image"
and not f.getName().lower().endswith("svg")
) or f.type == "tmppng":
width, height = getImageDimensions(f.retrieveFile())
self.set("origwidth", width)
self.set("origheight", height)
self.set("origsize", f.getSize())
if f.mimetype == "image/jpeg":
self.set(
"jpg_comment",
iso2utf8(
getJpegSection(f.retrieveFile(),
0xFE).strip()))
if thumb == 0:
for f in self.getFiles():
if (f.type == "image"
and not f.getName().lower().endswith("svg")
) or f.type == "tmppng":
path, ext = splitfilename(f.retrieveFile())
basename = hashlib.md5(str(
random.random())).hexdigest()[0:8]
#path = os.path.join(getImportDir(),os.path.basename(path))
path = os.path.join(getImportDir(), basename)
thumbname = path + ".thumb"
thumbname2 = path + ".thumb2"
assert not os.path.isfile(thumbname)
assert not os.path.isfile(thumbname2)
width, height = getImageDimensions(f.retrieveFile())
makeThumbNail(f.retrieveFile(), thumbname)
makePresentationFormat(f.retrieveFile(), thumbname2)
if f.mimetype is None:
if f.getName().lower().endswith("jpg"):
f.mimetype = "image/jpeg"
else:
f.mimetype = "image/tiff"
self.addFile(
FileNode(name=thumbname,
type="thumb",
mimetype="image/jpeg"))
self.addFile(
FileNode(name=thumbname2,
type="presentation",
mimetype="image/jpeg"))
self.set("width", width)
self.set("height", height)
#fetch unwanted tags to be omitted
unwanted_attrs = self.unwanted_attributes()
# Exif
try:
from lib.Exif import EXIF
files = self.getFiles()
for file in files:
if file.type == "original":
f = open(file.retrieveFile(), 'rb')
tags = EXIF.process_file(f)
tags.keys().sort()
for k in tags.keys():
# don't set unwanted exif attributes
if any(tag in k for tag in unwanted_attrs):
continue
if tags[k] != "" and k != "JPEGThumbnail":
self.set("exif_" + k.replace(" ", "_"),
utf8_decode_escape(str(tags[k])))
elif k == "JPEGThumbnail":
if tags[k] != "":
self.set("Thumbnail", "True")
else:
self.set("Thumbnail", "False")
except:
None
if dozoom(self) == 1:
tileok = 0
for f in self.getFiles():
if f.type.startswith("tile"):
tileok = 1
if not tileok and self.get("width") and self.get("height"):
zoom.getImage(self.id, 1)
# iptc
try:
from lib.iptc import IPTC
files = self.getFiles()
for file in files:
if file.type == "original":
tags = IPTC.getIPTCValues(file.retrieveFile())
tags.keys().sort()
for k in tags.keys():
# skip unknown iptc tags
if 'IPTC_' in k:
continue
if any(tag in k for tag in unwanted_attrs):
continue
if isinstance(tags[k], list):
tags[k] = ', '.join(tags[k])
if tags[k] != "":
self.set("iptc_" + k.replace(" ", "_"),
utf8_decode_escape(str(tags[k])))
except:
None
for f in self.getFiles():
if f.getName().lower().endswith("png") and f.type == "tmppng":
self.removeFile(f)
break
