Revision c308b9c25d54c72977d16155ae04e37f3490d5ac authored by Will Palmer on 17 April 2010, 16:55:26 UTC, committed by Junio C Hamano on 17 April 2010, 18:50:32 UTC
The description for core.autocrlf refers to reads from / writes to "the filesystem", the only use of this rather ambiguous term, which technically could be referring to the git object database. (All other mentions are part of phrases such as "..filesystems (like NFS).."). Other sections, including the section on core.safecrlf, use the term "work tree" for the same purpose as the term "the filesystem" is used in the core.autocrlf section, so that seems like a good alternative, which makes it clearer what direction the addition/removal of CR characters occurs in. Signed-off-by: Will Palmer <wmpalmer@gmail.com> Signed-off-by: Junio C Hamano <gitster@pobox.com>
1 parent f78683f
test-sha1.sh
#!/bin/sh
dd if=/dev/zero bs=1048576 count=100 2>/dev/null |
/usr/bin/time ./test-sha1 >/dev/null
while read expect cnt pfx
do
case "$expect" in '#'*) continue ;; esac
actual=`
{
test -z "$pfx" || echo "$pfx"
dd if=/dev/zero bs=1048576 count=$cnt 2>/dev/null |
perl -pe 'y/\000/g/'
} | ./test-sha1 $cnt
`
if test "$expect" = "$actual"
then
echo "OK: $expect $cnt $pfx"
else
echo >&2 "OOPS: $cnt"
echo >&2 "expect: $expect"
echo >&2 "actual: $actual"
exit 1
fi
done <<EOF
da39a3ee5e6b4b0d3255bfef95601890afd80709 0
3f786850e387550fdab836ed7e6dc881de23001b 0 a
5277cbb45a15902137d332d97e89cf8136545485 0 ab
03cfd743661f07975fa2f1220c5194cbaff48451 0 abc
3330b4373640f9e4604991e73c7e86bfd8da2dc3 0 abcd
ec11312386ad561674f724b8cca7cf1796e26d1d 0 abcde
bdc37c074ec4ee6050d68bc133c6b912f36474df 0 abcdef
69bca99b923859f2dc486b55b87f49689b7358c7 0 abcdefg
e414af7161c9554089f4106d6f1797ef14a73666 0 abcdefgh
0707f2970043f9f7c22029482db27733deaec029 0 abcdefghi
a4dd8aa74a5636728fe52451636e2e17726033aa 1
9986b45e2f4d7086372533bb6953a8652fa3644a 1 frotz
23d8d4f788e8526b4877548a32577543cbaaf51f 10
8cd23f822ab44c7f481b8c92d591f6d1fcad431c 10 frotz
f3b5604a4e604899c1233edb3bf1cc0ede4d8c32 512
b095bd837a371593048136e429e9ac4b476e1bb3 512 frotz
08fa81d6190948de5ccca3966340cc48c10cceac 1200 xyzzy
e33a291f42c30a159733dd98b8b3e4ff34158ca0 4090 4G
#a3bf783bc20caa958f6cb24dd140a7b21984838d 9999 nitfol
EOF
exit
# generating test vectors
# inputs are number of megabytes followed by some random string to prefix.
while read cnt pfx
do
actual=`
{
test -z "$pfx" || echo "$pfx"
dd if=/dev/zero bs=1048576 count=$cnt 2>/dev/null |
perl -pe 'y/\000/g/'
} | sha1sum |
sed -e 's/ .*//'
`
echo "$actual $cnt $pfx"
done <<EOF
0
0 a
0 ab
0 abc
0 abcd
0 abcde
0 abcdef
0 abcdefg
0 abcdefgh
0 abcdefghi
1
1 frotz
10
10 frotz
512
512 frotz
1200 xyzzy
4090 4G
9999 nitfol
EOF
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