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#Fastest ftp for mac full
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#Fastest ftp for mac full size
The same goes for sparse files, which might end up being bloated to full size at the other end of the copy, ruining all plans you may have had about sizing.do you have anything special to transport? Metadata, ressource forks, extended attributes, file permissions might either just not be transported by the protocol/tool of your choice, or be meaningless at the receiving end. are you copying between the same OS/FS combination or do you have to worry about incompatibilities, such as file types without matching equivalent at the receiving end?.It also helps to know which restrictions the early inventors of these protocols faced - was their aim to keep network impact low, were they memory-starved, or did they have to count their cpu-cycles? Here's a few things to consider or answer if you want to get an answer tailored to your situation: It does help to have an at least rudimentary understanding of the protocols in question and their communication, so I'd consider the articles you've been quoting a helpful resource. I'm afraid if you want to know the answer for your needs and setup, you either have to be more specific or do your own performance (and reliability) tests. All in all, I think that they are comparable, and the server implementation is much more important then the protocol. So, it seems that FTP is slightly faster in large files, and HTTP is a little faster in many small files. I got the following average results over multiple runs (numbers in seconds): |-+-+-|


I uploaded the following groups of files to each server: Python HTTP client ( inspired by this).Python HTTP server ( inspired by this).Network: 100Mb dedicated switch, both machines are connect to it.Hardware: 2 desktops Intel Core Duo CPU 2.33GHz, with 4G of RAM.
