If I open again my raw into DXO PL4, it displays only the keyword. Those fields are perfectly readable and editable with XnViewMP (free software…developed by only one guy just FYI !). I full-filled XMP fields into On1 Photoraw 2021, It created a. dop file that’s too messy and dangerous ! And please give us a window to read and edit all the XMP/IPTC fields fulfilled by another external app that are ghost data inside PL4 that we do not even know until we use an external app to read/edit them. Stop using author, title and keywords in a proprietary. I dream of a strong cross compatibility regarding XMP file between apps that manage XMP/IPTC fields. Just a copy/paste about another topic regarding this missing feature for a too long time now… Metadata is a deep rabbit hole and I’d really prefer that DxO focus on interoperability so that Photolab photographers can use other dedicated metadata tools without having to do handstands moving photos between applications. Perhaps it matters less to you as you’d add your limited metadata fields on export to jpg.īut would the DxO Photolab fields be enough for most stock sites or would you have to take the finished files and process them with an external application to add some obligatory boilerplate fields? There’s about six different ways to designate artist/copyright and who knows what stock company requires which ones. Here our interests coincide as for these additional Photolab metadata improvements to be of much use, Photolab should play well with the outside world.
What I would like to see from Photolab is storing keywords and ratings in the. Even in that case, the new MetaView should still play well with others. If DxO is that intent on building a serious metadata tool, it would make more sense to make it a paid add-on like ViewPoint. There’s twenty years of dedicated work in Photo Mechanic and it shows.
There’s no way in a dozen years that Photolab would be able to handle metadata the way Photo Mechanic does.
XNVIEWMP PART 11 COMPLIANT PLUS
The new variant Photo Mechanic Plus allows the photographer to build permanent catalogues (thankfully per image data is still stored in xmp sidecars) and would be the version I’d get to manage stock. With just the metadata fields you intend to use right in front of you, filling in metadata becomes a simple matter of fill-in-the-blanks (which is plenty of work, I’m not sure adding metadata even with a dedicated, very efficient application with templates doesn’t take almost as long as the actual processing – part of the slow down for me is trying to identify players from the opposite teams: while I have a numbered list, numbers are not visible on these uniforms except from behind). Any application which doesn’t let the photographer limit these fields will cripple his/her ability to efficiently process metadata as there are at least 120 metadata fields to choose from. I think that compiling static kernels for security's sake was an idea that had its time, but its time has passed, and it's no longer a cost effective security choice for most environments.PhotoMechanic-selected-metadata-fields-Alec-Kinnear 3144×2076 841 KBĭeciding which fields to fill in is the most important decision to make when using a metadata application.
XNVIEWMP PART 11 COMPLIANT CODE
Static kernels are not immune to having malicious code injected into them, so disabling the dynamic load capability does not completely erase the attack vector. There are several trade-offs which make this less than attractive in practice:ĭynamic kernels have introduced incredible flexibility, and there is no better way to learn that than to try and pin down the statically compiled kernel configuration that will actually run and do what you need. If the kernel is statically compiled, the attacker can't use this attack vector NOT using loadable kernel modules could increase security.Īttackers want to co-opt the kernel that gives them more power and better ability to hideĭynamic kernels allow malicious modules to be inserted, a handy interface for the attacker to co-opt the kernel
You're having a hard ep -o 'GET *\.iso' cdlinux.| sort | uniq -c
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