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|
#!/bin/bash
cd -- "$(dirname "$0")"
N=14
if test -z "$tool"; then
tool=../${algo}sum
fi
s="$PREFIX $tool"
report ()
{
if test $1 = 0; then
printf "\033[1;32mTest %s OK\033[m\n" "$2"
else
printf "\033[1;31mTest %s FAILED\033[m\n" "$2"
fi
}
multiple_files_order ()
{
$s $(seq 1 $N) | tr '[A-F]' '[a-f]' | sed -e 's/[\t ]*/ /' | cut -d ' ' -f 2 > tmp1
< $algo sed -e 's/ */ /' | cut -d ' ' -f 2 > tmp2
diff tmp1 tmp2 > /dev/null
report $? "multiple_files_order"
rm tmp1 tmp2
}
multiple_files_delim ()
{
$s $(seq 1 $N) | tr '[A-F]' '[a-f]' | sed -e 's/^[0-9a-f]*//' | sort > tmp1
seq 1 $N | sed -e 's/^/ /' | sort > tmp2
diff tmp1 tmp2 > /dev/null
report $? "multiple_files_delim"
rm tmp1 tmp2
}
multiple_files_sum ()
{
$s $(seq 1 $N) | tr '[A-F]' '[a-f]' | sed -e 's/\t/ /' | cut -d ' ' -f 1 | sort > tmp1
< $algo cut -d ' ' -f 1 | sort > tmp2
diff tmp1 tmp2 > /dev/null
report $? "multiple_files_sum"
rm tmp1 tmp2
}
multiple_files ()
{
$s $(seq 1 $N) | tr '[A-F]' '[a-f]' > tmp1
diff tmp1 $algo > /dev/null
report $? "multiple_files"
rm tmp1
}
one_file ()
{
$s 1 | tr '[A-F]' '[a-f]' > tmp1
< $algo head -n 1 > tmp2
diff tmp1 tmp2 > /dev/null
report $? "one_file"
rm tmp1
}
stdin ()
{
$s < 1 | tr '[A-F]' '[a-f]' | sed 's/[\t ]/ /' | cut -d ' ' -f 1 > tmp1
< $algo head -n 1 | cut -d ' ' -f 1 > tmp2
diff tmp1 tmp2 > /dev/null
report $? "stdin"
rm tmp1
}
dash ()
{
$s - < 1 | tr '[A-F]' '[a-f]' | sed 's/[\t ]/ /' | cut -d ' ' -f 1 > tmp1
< $algo head -n 1 | cut -d ' ' -f 1 > tmp2
diff tmp1 tmp2 > /dev/null
report $? "dash"
rm tmp1
}
check_file_match ()
{
$s $(seq 1 $N) > tmp1
$s -c tmp1 > /dev/null
report $? "check_file_match"
rm tmp1
}
check_stdin_match ()
{
$s $(seq 1 $N) > tmp1
$s -c < tmp1 > /dev/null
report $? "check_stdin_match"
rm tmp1
}
check_dash_match ()
{
$s $(seq 1 $N) > tmp1
$s -c - < tmp1 > /dev/null
report $? "check_dash_match"
rm tmp1
}
check_file_mismatch ()
{
$s $(seq 1 $N) | tr '[a-f]' '[1-6]' | tr '[A-F]' '[1-6]' > tmp1
! $s -c tmp1 > /dev/null 2> /dev/null
report $? "check_file_mismatch"
rm tmp1
}
check_stdin_mismatch ()
{
$s $(seq 1 $N) | tr '[a-f]' '[1-6]' | tr '[A-F]' '[1-6]' > tmp1
! $s -c < tmp1 > /dev/null 2> /dev/null
report $? "check_stdin_mismatch"
rm tmp1
}
check_dash_mismatch ()
{
$s $(seq 1 $N) | tr '[a-f]' '[1-6]' | tr '[A-F]' '[1-6]' > tmp1
! $s -c - < tmp1 > /dev/null 2> /dev/null
report $? "check_dash_mismatch"
rm tmp1
}
check_case ()
{
$s $(seq 1 $N) | tr '[A-F]' '[a-f]' > tmp1
tr '[a-f]' '[A-F]' < tmp1 > tmp2
$s -c tmp1 > /dev/null && $s -c tmp2 > /dev/null
report $? "check_case"
rm tmp1 tmp2
}
check_multi ()
{
$s $(seq 1 5) > tmp1
$s $(seq 6 $N) > tmp2
$s -c tmp1 tmp2 > /dev/null
report $? "check_multi"
rm tmp1 tmp2
}
massive ()
{
diff <($s $(cat bytes)) ${algo}-bytes > /dev/null
report $? "massive"
}
if test $# = 0; then
set multiple_files_order multiple_files_delim multiple_files_sum multiple_files one_file \
stdin dash check_file_match check_stdin_match check_dash_match check_file_mismatch \
check_stdin_mismatch check_dash_mismatch check_case check_multi massive
fi
(
for f in $@; do
$f
done
) | tee result
! grep FAILED < result > /dev/null
ret=$?
if test $ret != 0; then
if test $(grep FAILED < result | grep -v NON-POSIX | wc -l) = 1; then
ret=1
else
ret=2
fi
fi
rm result
exit $ret
|
