REORG Delete everything that's not innduct or build system or changed for innduct

[innduct.git] / tests / lib / xmalloc.t

diff --git a/tests/lib/xmalloc.t b/tests/lib/xmalloc.t
deleted file mode 100755 (executable)
index 4fb2ebd..0000000
--- a/tests/lib/xmalloc.t
+++ /dev/null
@@ -1,97 +0,0 @@
-#! /bin/sh
-# $Id: xmalloc.t 5379 2002-03-31 21:45:12Z rra $
-#
-# Test suite for xmalloc and friends.
-
-# The count starts at 1 and is updated each time ok is printed.  printcount
-# takes "ok" or "not ok".
-count=1
-printcount () {
-    echo "$1 $count $2"
-    count=`expr $count + 1`
-}
-
-# Run a program expected to succeed, and print ok if it does.
-runsuccess () {
-    output=`$xmalloc "$1" "$2" "$3" 2>&1 >/dev/null`
-    status=$?
-    if test $status = 0 && test -z "$output" ; then
-        printcount "ok"
-    else
-        if test $status = 2 ; then
-            printcount "ok" "# skip - no data limit support"
-        else
-            printcount "not ok"
-            echo "  $output"
-        fi
-    fi
-}
-
-# Run a program expected to fail and make sure it fails with an exit status
-# of 2 and the right failure message.  Strip the colon and everything after
-# it off the error message since it's system-specific.
-runfailure () {
-    output=`$xmalloc "$1" "$2" "$3" 2>&1 >/dev/null`
-    status=$?
-    output=`echo "$output" | sed 's/:.*//'`
-    if test $status = 1 && test x"$output" = x"$4" ; then
-        printcount "ok"
-    else
-        if test $status = 2 ; then
-            printcount "ok" "# skip - no data limit support"
-        else
-            printcount "not ok"
-            echo "  saw: $output"
-            echo "  not: $4"
-        fi
-    fi
-}
-
-# Find where the helper program is.
-xmalloc=xmalloc
-for file in ./xmalloc lib/xmalloc ../xmalloc ; do
-    [ -x $file ] && xmalloc=$file
-done
-
-# Total tests.
-echo 26
-
-# First run the tests expected to succeed.
-runsuccess "m" "21"     "0"
-runsuccess "m" "128000" "0"
-runsuccess "m" "0"      "0"
-runsuccess "r" "21"     "0"
-runsuccess "r" "128000" "0"
-runsuccess "s" "21"     "0"
-runsuccess "s" "128000" "0"
-runsuccess "n" "21"     "0"
-runsuccess "n" "128000" "0"
-runsuccess "c" "24"     "0"
-runsuccess "c" "128000" "0"
-
-# Now limit our memory to 96KB and then try the large ones again, all of
-# which should fail.
-runfailure "m" "128000" "96000" \
-    "failed to malloc 128000 bytes at lib/xmalloc.c line 36"
-runfailure "r" "128000" "96000" \
-    "failed to realloc 128000 bytes at lib/xmalloc.c line 62"
-runfailure "s" "64000"  "96000" \
-    "failed to strdup 64000 bytes at lib/xmalloc.c line 91"
-runfailure "n" "64000"  "96000" \
-    "failed to strndup 64000 bytes at lib/xmalloc.c line 115"
-runfailure "c" "128000" "96000" \
-    "failed to calloc 128000 bytes at lib/xmalloc.c line 137"
-
-# Check our custom error handler.
-runfailure "M" "128000" "96000" "malloc 128000 lib/xmalloc.c 36"
-runfailure "R" "128000" "96000" "realloc 128000 lib/xmalloc.c 62"
-runfailure "S" "64000"  "96000" "strdup 64000 lib/xmalloc.c 91"
-runfailure "N" "64000"  "96000" "strndup 64000 lib/xmalloc.c 115"
-runfailure "C" "128000" "96000" "calloc 128000 lib/xmalloc.c 137"
-
-# Check the smaller ones again just for grins.
-runsuccess "m" "21" "96000"
-runsuccess "r" "32" "96000"
-runsuccess "s" "64" "96000"
-runsuccess "n" "20" "96000"
-runsuccess "c" "24" "96000"