def __addPhoto(self, nodeDir, file, tags, filesInBasket):
assert type(file) == str
newNode = Element("photo")
nodeDir.append(newNode)
node = PhotoNode(newNode)
try:
iii = PhotoCmd(
file,
needAutoRename=DbPhotos.normalizeName,
needAutoRotation=DbPhotos.autorotAtImport,
)
if iii.exifdate == "":
# exif is not present, and photocmd can't reach
# to recreate minimal exif tags (because it's readonly ?)
# we can't continue to import this photo
raise Exception(
"Exif couldn't be set in this picture (readonly?)")
except Exception as m:
# remove the bad node
nodeDir.remove(newNode)
return m
else:
importedTags = node.updateInfo(iii)
for i in importedTags:
tags[i] = i # feed the dict of tags
return None
def __addPhoto(self, nodeDir, file, tags, filesInBasket):
assert type(file) == str
newNode = Element("photo")
nodeDir.append(newNode)
node = PhotoNode(newNode)
try:
iii = PhotoCmd(file,
needAutoRename=DbPhotos.normalizeName,
needAutoRotation=DbPhotos.autorotAtImport,
)
if iii.exifdate == "":
# exif is not present, and photocmd can't reach
# to recreate minimal exif tags (because it's readonly ?)
# we can't continue to import this photo
raise Exception(
"Exif couldn't be set in this picture (readonly?)")
except Exception as m:
# remove the bad node
nodeDir.remove(newNode)
return m
else:
importedTags = node.updateInfo(iii)
for i in importedTags:
tags[i] = i # feed the dict of tags
return None
def redoIPTC(self):
""" refresh IPTC in file and db """
ln = self.root.xpath(u"""//photo[t]""")
for i in ln:
p = PhotoNode(i)
print(p.name)
pc = PhotoCmd(p.file)
pc.__maj() # rewrite iptc in file
p.updateInfo(pc) # rewrite iptc in db.xml
def redoIPTC(self):
""" refresh IPTC in file and db """
ln = self.root.xpath(u"""//photo[t]""")
for i in ln:
p = PhotoNode(i)
print(p.name)
pc = PhotoCmd(p.file)
pc.__maj() # rewrite iptc in file
p.updateInfo(pc) # rewrite iptc in db.xml
def getPhotosByPath(self, path):
path = os.path.normpath(path)
node = self.root.xpath('//folder[@name="%s"]' % (path, ))
photos = node[0].xpath('photo')
photoNodes = [PhotoNode(p) for p in photos]
return photoNodes
def select(self, xpath, fromNode=None):
ln = self.root.xpath(xpath)
if ln:
return [PhotoNode(i) for i in ln]
else:
return []
