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- From: haynes@cats.ucsc.edu (Jim Haynes)
- Newsgroups: comp.arch
- Subject: Re: A theory for Big & Little Endian's origin
- Message-ID: <1ikscgINN6rl@darkstar.UCSC.EDU>
- Date: 8 Jan 93 21:40:32 GMT
- References: <1iinltINNi0l@darkstar.UCSC.EDU> <C0JE18.8Mp@mentor.cc.purdue.edu> <1993Jan8.100549.28792@sei.cmu.edu>
- Organization: University of California; Santa Cruz
- Lines: 24
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- In article <1993Jan8.100549.28792@sei.cmu.edu> firth@sei.cmu.edu (Robert Firth) writes:
- >In article <C0JE18.8Mp@mentor.cc.purdue.edu> hrubin@pop.stat.purdue.edu (Herman Rubin) writes:
- >
- >>Also, when Hebrew texts use the traditional representation of numbers
- >>by Hebrew letters, it is definitely Big Endian. To my knowledge, this
- >>seems to be universal
- >
- >To my knowledge too. At least, I can confirm that Egyptian, Babylonian,
- >Greek, Roman and Mayan numbers were big-endian.
-
- Well I wasn't talking just about numbers. Endian-ness also applies to
- text strings stored in computer words. If you go Big-Endian then
- text strings read left to right when you print out the characters in a
- word from left to right. If you go Little-Endian then you need to
- print a core dump in hex or octal left to right and in characters
- right to left.
- --
- haynes@cats.ucsc.edu
- haynes@cats.bitnet
-
- "Ya can talk all ya wanna, but it's dif'rent than it was!"
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