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For most people, you'll get door knobs and hinges from bashing or deconstructing interior doors in large buildings (e.g. cinema or school - public restrooms)... or from random buildings you might not have a key to.
Allowing the possibility to add a custom lock on any door is a very good idea, one that I support fully.
However, this raises the question why/how do you apply such a lock to an item in the first place. I figure there is some metal parts that act as two matching hoop you can hook the lock on. It may require parts to add in addition to the lock.
Minimaly those are screwed or nailed in (weak, can be taken out by force from the outside and/or with tool). Idealy, those are bolted in (stronger + you can't remove it from the outside). Since we don't have such a system yet, I guess doors should stay as such for the time being.
As such, realizing that the current system does not take such lock holding devices into account (eg, two matching hoops bolted in opposing surfaces), that chance should be made first... then add the lock holding part (and a use for screws, yeah)
But also, add nuts and bolt. Those are far stronger then screws (medium-low strength and accessible from outside), and nails (low strentgh and accessible from the outside).
Nuts and bots are far superior because no mater how much you turn the bolt, the nut will turn with it whenever friction is lower then the force required to turn into the grooves. I guess that carefuly using plyers your could theoriticaly exert enough pressure outward to keep enough friction on the nut so that it says inert enough that you can take the bolt out. But that's (also in theory) an insane amount of time and effort... when just putting a cutter through the lock or bashing whatever that is open is a lot less time consuming. So in essence, nuts and bolts should be considered perfect or near perfect compared to screws (srewdriver and/or crowbar) or nails (crowbar or hammer).