# $NetBSD: t_shrink_swapped.sh,v 1.1.24.1 2015/08/06 21:13:44 snj Exp $ # # Copyright (c) 2010 The NetBSD Foundation, Inc. # All rights reserved. # # This code is derived from software contributed to The NetBSD Foundation # by Jeffrey C. Rizzo. # # Redistribution and use in source and binary forms, with or without # modification, are permitted provided that the following conditions # are met: # 1. Redistributions of source code must retain the above copyright # notice, this list of conditions and the following disclaimer. # 2. Redistributions in binary form must reproduce the above copyright # notice, this list of conditions and the following disclaimer in the # documentation and/or other materials provided with the distribution. # # THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS # ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED # TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR # PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS # BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR # CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF # SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS # INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN # CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) # ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE # POSSIBILITY OF SUCH DAMAGE. # # resize_ffs params as follows: # resize_ffs blocksize fragsize fssize newfssize level numdata swap # where 'numdata' is the number of data directories to copy - this is # determined manually based on the maximum number that will fit in the # created fs. 'level' is the fs-level (-O 0,1,2) passed to newfs. # If 'swap' is included, byteswap the fs test_case shrink_24M_16M_v0_4096 resize_ffs 4096 512 49152 32768 0 41 swap test_case shrink_24M_16M_v0_8192 resize_ffs 8192 1024 49152 32768 0 42 swap test_case shrink_24M_16M_v0_16384 resize_ffs 16384 2048 49152 32768 0 43 swap test_case shrink_24M_16M_v0_32768 resize_ffs 32768 4096 49152 32768 0 42 swap test_case shrink_24M_16M_v0_65536 resize_ffs 65536 8192 49152 32768 0 38 swap test_case shrink_32M_24M_v0_4096 resize_ffs 4096 512 65536 49152 0 55 swap test_case shrink_32M_24M_v0_8192 resize_ffs 8192 1024 65536 49152 0 56 swap test_case shrink_32M_24M_v0_16384 resize_ffs 16384 2048 65536 49152 0 58 swap test_case shrink_32M_24M_v0_32768 resize_ffs 32768 4096 65536 49152 0 56 swap test_case_xfail shrink_32M_24M_v0_65536 "PR bin/44204" resize_ffs 65536 8192 65536 49152 0 51 swap test_case shrink_48M_16M_v0_4096 resize_ffs 4096 512 98304 32768 0 82 swap test_case shrink_48M_16M_v0_8192 resize_ffs 8192 1024 98304 32768 0 84 swap test_case shrink_48M_16M_v0_16384 resize_ffs 16384 2048 98304 32768 0 87 swap test_case shrink_48M_16M_v0_32768 resize_ffs 32768 4096 98304 32768 0 83 swap test_case shrink_48M_16M_v0_65536 resize_ffs 65536 8192 98304 32768 0 76 swap test_case shrink_64M_48M_v0_4096 resize_ffs 4096 512 131072 98304 0 109 swap test_case shrink_64M_48M_v0_8192 resize_ffs 8192 1024 131072 98304 0 111 swap test_case shrink_64M_48M_v0_16384 resize_ffs 16384 2048 131072 98304 0 115 swap test_case shrink_64M_48M_v0_32768 resize_ffs 32768 4096 131072 98304 0 111 swap test_case shrink_64M_48M_v0_65536 resize_ffs 65536 8192 131072 98304 0 101 swap test_case shrink_24M_16M_v1_4096 resize_ffs 4096 512 49152 32768 1 41 swap test_case shrink_24M_16M_v1_8192 resize_ffs 8192 1024 49152 32768 1 42 swap test_case shrink_24M_16M_v1_16384 resize_ffs 16384 2048 49152 32768 1 43 swap test_case shrink_24M_16M_v1_32768 resize_ffs 32768 4096 49152 32768 1 42 swap test_case shrink_24M_16M_v1_65536 resize_ffs 65536 8192 49152 32768 1 38 swap test_case shrink_32M_24M_v1_4096 resize_ffs 4096 512 65536 49152 1 55 swap test_case shrink_32M_24M_v1_8192 resize_ffs 8192 1024 65536 49152 1 56 swap test_case shrink_32M_24M_v1_16384 resize_ffs 16384 2048 65536 49152 1 58 swap test_case shrink_32M_24M_v1_32768 resize_ffs 32768 4096 65536 49152 1 56 swap test_case_xfail shrink_32M_24M_v1_65536 "PR bin/44204" resize_ffs 65536 8192 65536 49152 1 51 swap test_case shrink_48M_16M_v1_4096 resize_ffs 4096 512 98304 32768 1 82 swap test_case shrink_48M_16M_v1_8192 resize_ffs 8192 1024 98304 32768 1 84 swap test_case shrink_48M_16M_v1_16384 resize_ffs 16384 2048 98304 32768 1 87 swap test_case shrink_48M_16M_v1_32768 resize_ffs 32768 4096 98304 32768 1 83 swap test_case shrink_48M_16M_v1_65536 resize_ffs 65536 8192 98304 32768 1 76 swap test_case shrink_64M_48M_v1_4096 resize_ffs 4096 512 131072 98304 1 109 swap test_case shrink_64M_48M_v1_8192 resize_ffs 8192 1024 131072 98304 1 111 swap test_case shrink_64M_48M_v1_16384 resize_ffs 16384 2048 131072 98304 1 115 swap test_case shrink_64M_48M_v1_32768 resize_ffs 32768 4096 131072 98304 1 111 swap test_case shrink_64M_48M_v1_65536 resize_ffs 65536 8192 131072 98304 1 101 swap test_case_xfail shrink_24M_16M_v2_4096 "PR bin/44205" resize_ffs 4096 512 49152 32768 2 41 swap test_case_xfail shrink_24M_16M_v2_8192 "PR bin/44205" resize_ffs 8192 1024 49152 32768 2 42 swap test_case_xfail shrink_24M_16M_v2_16384 "PR bin/44205" resize_ffs 16384 2048 49152 32768 2 43 swap test_case_xfail shrink_24M_16M_v2_32768 "PR bin/44205" resize_ffs 32768 4096 49152 32768 2 42 swap test_case_xfail shrink_24M_16M_v2_65536 "PR bin/44205" resize_ffs 65536 8192 49152 32768 2 38 swap test_case_xfail shrink_32M_24M_v2_4096 "PR bin/44205" resize_ffs 4096 512 65536 49152 2 55 swap test_case_xfail shrink_32M_24M_v2_8192 "PR bin/44205" resize_ffs 8192 1024 65536 49152 2 56 swap test_case_xfail shrink_32M_24M_v2_16384 "PR bin/44205" resize_ffs 16384 2048 65536 49152 2 58 swap test_case_xfail shrink_32M_24M_v2_32768 "PR bin/44205" resize_ffs 32768 4096 65536 49152 2 56 swap test_case_xfail shrink_32M_24M_v2_65536 "PR bin/44204" resize_ffs 65536 8192 65536 49152 2 51 swap test_case_xfail shrink_48M_16M_v2_4096 "PR bin/44205" resize_ffs 4096 512 98304 32768 2 82 swap test_case_xfail shrink_48M_16M_v2_8192 "PR bin/44205" resize_ffs 8192 1024 98304 32768 2 84 swap test_case_xfail shrink_48M_16M_v2_16384 "PR bin/44205" resize_ffs 16384 2048 98304 32768 2 87 swap test_case_xfail shrink_48M_16M_v2_32768 "PR bin/44205" resize_ffs 32768 4096 98304 32768 2 83 swap test_case_xfail shrink_48M_16M_v2_65536 "PR bin/44205" resize_ffs 65536 8192 98304 32768 2 76 swap test_case_xfail shrink_64M_48M_v2_4096 "PR bin/44205" resize_ffs 4096 512 131072 98304 2 109 swap test_case_xfail shrink_64M_48M_v2_8192 "PR bin/44205" resize_ffs 8192 1024 131072 98304 2 111 swap test_case_xfail shrink_64M_48M_v2_16384 "PR bin/44205" resize_ffs 16384 2048 131072 98304 2 115 swap test_case_xfail shrink_64M_48M_v2_32768 "PR bin/44205" resize_ffs 32768 4096 131072 98304 2 111 swap test_case_xfail shrink_64M_48M_v2_65536 "PR bin/44205" resize_ffs 65536 8192 131072 98304 2 101 swap atf_test_case shrink_ffsv1_partial_cg shrink_ffsv1_partial_cg_head() { atf_set "descr" "Checks successful shrinkage of ffsv1 by" \ "less than a cylinder group" } shrink_ffsv1_partial_cg_body() { echo "*** resize_ffs shrinkage partial cg test" atf_check -o ignore -e ignore newfs -V1 -F -s 5760 ${IMG} # shrink so there's a partial cg at the end atf_check -s exit:0 resize_ffs -c -s 4000 -y ${IMG} atf_check -s exit:0 resize_ffs -s 4000 -y ${IMG} atf_check -s exit:0 -o ignore fsck_ffs -f -n -F ${IMG} atf_check -s exit:1 resize_ffs -c -s 4000 -y ${IMG} } atf_init_test_cases() { setupvars atf_add_test_case shrink_24M_16M_v0_4096 atf_add_test_case shrink_24M_16M_v1_8192 atf_add_test_case shrink_24M_16M_v2_16384 if [ "${RESIZE_FFS_ALL_TESTS-X}" != "X" ]; then atf_add_test_case shrink_24M_16M_v0_8192 atf_add_test_case shrink_24M_16M_v0_16384 atf_add_test_case shrink_24M_16M_v0_32768 atf_add_test_case shrink_24M_16M_v0_65536 atf_add_test_case shrink_24M_16M_v1_4096 atf_add_test_case shrink_24M_16M_v1_16384 atf_add_test_case shrink_24M_16M_v1_32768 atf_add_test_case shrink_24M_16M_v1_65536 atf_add_test_case shrink_24M_16M_v2_4096 atf_add_test_case shrink_24M_16M_v2_8192 atf_add_test_case shrink_24M_16M_v2_32768 atf_add_test_case shrink_24M_16M_v2_65536 atf_add_test_case shrink_32M_24M_v0_4096 atf_add_test_case shrink_32M_24M_v0_8192 atf_add_test_case shrink_32M_24M_v0_16384 atf_add_test_case shrink_32M_24M_v0_32768 atf_add_test_case shrink_32M_24M_v0_65536 atf_add_test_case shrink_48M_16M_v0_4096 atf_add_test_case shrink_48M_16M_v0_8192 atf_add_test_case shrink_48M_16M_v0_16384 atf_add_test_case shrink_48M_16M_v0_32768 atf_add_test_case shrink_48M_16M_v0_65536 atf_add_test_case shrink_64M_48M_v0_4096 atf_add_test_case shrink_64M_48M_v0_8192 atf_add_test_case shrink_64M_48M_v0_16384 atf_add_test_case shrink_64M_48M_v0_32768 atf_add_test_case shrink_64M_48M_v0_65536 atf_add_test_case shrink_32M_24M_v1_4096 atf_add_test_case shrink_32M_24M_v1_8192 atf_add_test_case shrink_32M_24M_v1_16384 atf_add_test_case shrink_32M_24M_v1_32768 atf_add_test_case shrink_32M_24M_v1_65536 atf_add_test_case shrink_48M_16M_v1_4096 atf_add_test_case shrink_48M_16M_v1_8192 atf_add_test_case shrink_48M_16M_v1_16384 atf_add_test_case shrink_48M_16M_v1_32768 atf_add_test_case shrink_48M_16M_v1_65536 atf_add_test_case shrink_64M_48M_v1_4096 atf_add_test_case shrink_64M_48M_v1_8192 atf_add_test_case shrink_64M_48M_v1_16384 atf_add_test_case shrink_64M_48M_v1_32768 atf_add_test_case shrink_64M_48M_v1_65536 atf_add_test_case shrink_32M_24M_v2_4096 atf_add_test_case shrink_32M_24M_v2_8192 atf_add_test_case shrink_32M_24M_v2_16384 atf_add_test_case shrink_32M_24M_v2_32768 atf_add_test_case shrink_32M_24M_v2_65536 atf_add_test_case shrink_48M_16M_v2_4096 atf_add_test_case shrink_48M_16M_v2_8192 atf_add_test_case shrink_48M_16M_v2_16384 atf_add_test_case shrink_48M_16M_v2_32768 atf_add_test_case shrink_48M_16M_v2_65536 atf_add_test_case shrink_64M_48M_v2_4096 atf_add_test_case shrink_64M_48M_v2_8192 atf_add_test_case shrink_64M_48M_v2_16384 atf_add_test_case shrink_64M_48M_v2_32768 atf_add_test_case shrink_64M_48M_v2_65536 fi atf_add_test_case shrink_ffsv1_partial_cg }