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The Apple Worm is a computer program written by Apple Computer, and especially for the 6502 microprocessor, which performs dynamic self-relocation. The source code of the Apple Worm is the first program printed in its entirety in Scientific American. The Apple Worm was designed and developed by James R. Hauser and William R. Buckley. Other example Apple Worm programs are described in the cover story of the November 1986 issue of Call_A.P.P.L.E. Magazine.

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  • Apple Worm (en)
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  • The Apple Worm is a computer program written by Apple Computer, and especially for the 6502 microprocessor, which performs dynamic self-relocation. The source code of the Apple Worm is the first program printed in its entirety in Scientific American. The Apple Worm was designed and developed by James R. Hauser and William R. Buckley. Other example Apple Worm programs are described in the cover story of the November 1986 issue of Call_A.P.P.L.E. Magazine. (en)
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  • December 2021 (en)
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  • The Apple Worm is a computer program written by Apple Computer, and especially for the 6502 microprocessor, which performs dynamic self-relocation. The source code of the Apple Worm is the first program printed in its entirety in Scientific American. The Apple Worm was designed and developed by James R. Hauser and William R. Buckley. Other example Apple Worm programs are described in the cover story of the November 1986 issue of Call_A.P.P.L.E. Magazine. Because the Apple Worm performs dynamic self-relocation within the one main memory of one computer, it does not constitute a computer virus, an apt if somewhat inaccurate description. Although the analogous behavior of copying code between memories is exactly the act performed by a computer virus, the virus has other characters not present in the worm. Such programs do not necessarily cause collateral damage to the computing systems upon which their instructions execute; there is no reliance upon a vector to ensure subsequent execution. This extends to the computer virus; it need not be destructive in order to effect its communication between computational environments. (en)
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