Change invocation of "gbb_utility" to "futility gbb"

Replace commands using gbb_utility by the new 'gbb' futility command.

BRANCH=none
BUG=None
TEST=USE=test emerge-$BOARD vboot_reference

Change-Id: I8c1547d295a955373413482509a33964b0e0c06f
Signed-off-by: Hung-Te Lin <hungte@chromium.org>
Reviewed-on: https://chromium-review.googlesource.com/538442
Reviewed-by: Stefan Reinauer <reinauer@google.com>

scripts/image_signing/make_dev_firmware.sh

@@ -193,7 +193,8 @@ main() {
   fi
 
   debug_msg "Extract firmware version and data key version"
-  gbb_utility -g --rootkey="$expanded_firmware_dir/rootkey" "$IMAGE" >/dev/null 2>&1
+  futility gbb -g --rootkey="$expanded_firmware_dir/rootkey" "$IMAGE" \
+    >/dev/null 2>&1
 
   local data_key_version firmware_version
   # When we are going to flash directly from or to system, the versions stored
@@ -269,7 +270,7 @@ main() {
 
   debug_msg "Extract current HWID"
   local old_hwid
-  old_hwid="$(gbb_utility --get --hwid "$IMAGE" 2>"$EXEC_LOG" |
+  old_hwid="$(futility gbb --get --hwid "$IMAGE" 2>"$EXEC_LOG" |
               sed -rne 's/^hardware_id: (.*)$/\1/p')"
 
   debug_msg "Decide new HWID"
@@ -281,7 +282,7 @@ main() {
   fi
 
   local old_gbb_flags
-  old_gbb_flags="$(gbb_utility --get --flags "$IMAGE" 2>"$EXEC_LOG" |
+  old_gbb_flags="$(futility gbb --get --flags "$IMAGE" 2>"$EXEC_LOG" |
                    sed -rne 's/^flags: (.*)$/\1/p')"
   debug_msg "Decide new GBB flags from: $old_gbb_flags"
   [ -z "$old_gbb_flags" ] &&
@@ -289,8 +290,8 @@ main() {
   # 0x30: GBB_FLAG_FORCE_DEV_BOOT_USB | GBB_FLAG_DISABLE_FW_ROLLBACK_CHECK
   local new_gbb_flags="$((old_gbb_flags | 0x30))"
 
-  debug_msg "Replace GBB parts (gbb_utility allows changing on-the-fly)"
-  gbb_utility --set \
+  debug_msg "Replace GBB parts (futility gbb allows changing on-the-fly)"
+  futility gbb --set \
     --hwid="$new_hwid" \
     --rootkey="$root_pubkey" \
     --recoverykey="$recovery_pubkey" \
@@ -300,7 +301,7 @@ main() {
   # Old firmware does not support GBB flags, so let's make it an exception.
   if [ "$FLAGS_mod_gbb_flags" = "$FLAGS_TRUE" ]; then
     debug_msg "Changing GBB flags from $old_gbb_flags to $new_gbb_flags"
-    gbb_utility --set \
+    futility gbb --set \
       --flags="$new_gbb_flags" \
       "$IMAGE" >"$EXEC_LOG" 2>&1 ||
       echo "Warning: GBB flags ($old_gbb_flags -> $new_gbb_flags) can't be set."

scripts/image_signing/make_dev_ssd.sh

@@ -389,7 +389,7 @@ sanity_check_live_firmware() {
   local rootkey_file="$(make_temp_file)"
   info "checking system firmware..."
   sudo flashrom -p host -i GBB -r "$bios_image" >/dev/null 2>&1
-  gbb_utility -g --rootkey="$rootkey_file" "$bios_image" >/dev/null 2>&1
+  futility gbb -g --rootkey="$rootkey_file" "$bios_image" >/dev/null 2>&1
   if [ ! -s "$rootkey_file" ]; then
     debug_msg "failed to read root key from system firmware..."
   else

scripts/image_signing/set_gbb_flags.sh

@@ -90,9 +90,9 @@ main() {
   fi
 
   # Process file
-  local old_value="$(gbb_utility -g --flags "$image_file")"
+  local old_value="$(futility gbb -g --flags "$image_file")"
   printf "Setting GBB flags from %s to 0x%x.." "$old_value" "$value" >&2
-  gbb_utility -s --flags="$value" "$image_file"
+  futility gbb -s --flags="$value" "$image_file"
 
   if [ -z "$FLAGS_file" ]; then
     if [ "$FLAGS_check_wp" = "$FLAGS_TRUE" ]; then

scripts/image_signing/sign_firmware.sh

@@ -37,7 +37,7 @@ gbb_update() {
   # firmware.  Note: This needs to happen after calling resign_firmwarefd.sh
   # since it needs to be able to verify the firmware using the root key to
   # determine the preamble flags.
-  gbb_utility \
+  futility gbb \
     -s \
     --recoverykey="${key_dir}/recovery_key.vbpubk" \
     --rootkey="${rootkey}" \

scripts/image_signing/sign_official_build.sh

@@ -8,7 +8,7 @@
 #
 # Prerequisite tools needed in the system path:
 #
-#  gbb_utility (from src/platform/vboot_reference)
+#  futility (from src/platform/vboot_reference)
 #  vbutil_kernel (from src/platform/vboot_reference)
 #  cgpt (from src/platform/vboot_reference)
 #  dump_kernel_config (from src/platform/vboot_reference)
@@ -84,7 +84,7 @@ set -e
 PATH=$PATH:/usr/sbin:/sbin
 
 # Make sure the tools we need are available.
-for prereqs in gbb_utility vbutil_kernel cgpt dump_kernel_config verity \
+for prereqs in futility vbutil_kernel cgpt dump_kernel_config verity \
   load_kernel_test dumpe2fs sha1sum e2fsck; do
   type -P "${prereqs}" &>/dev/null || \
     die "${prereqs} tool not found."

tests/futility/test_gbb_utility.sh

@@ -15,20 +15,20 @@ REPLACE="${BUILD_RUN}/tests/futility/binary_editor"
 # First, let's test the basic functionality
 
 # For simplicity, we'll use the same size for all properties.
-${FUTILITY} gbb_utility -c 16,0x10,16,0x10 ${TMP}.blob
+${FUTILITY} gbb -c 16,0x10,16,0x10 ${TMP}.blob
 
 # Flags
-${FUTILITY} gbb_utility -s --flags=0xdeadbeef ${TMP}.blob
-${FUTILITY} gbb_utility -g --flags ${TMP}.blob | grep -i 0xdeadbeef
+${FUTILITY} gbb -s --flags=0xdeadbeef ${TMP}.blob
+${FUTILITY} gbb -g --flags ${TMP}.blob | grep -i 0xdeadbeef
 
 # HWID length should include the terminating null - this is too long
-if ${FUTILITY} gbb_utility -s --hwid="0123456789ABCDEF" ${TMP}.blob; then
+if ${FUTILITY} gbb -s --hwid="0123456789ABCDEF" ${TMP}.blob; then
   false;
 fi
 # This works
-${FUTILITY} gbb_utility -s --hwid="0123456789ABCDE" ${TMP}.blob
+${FUTILITY} gbb -s --hwid="0123456789ABCDE" ${TMP}.blob
 # Read it back?
-${FUTILITY} gbb_utility -g ${TMP}.blob | grep "0123456789ABCDE"
+${FUTILITY} gbb -g ${TMP}.blob | grep "0123456789ABCDE"
 
 # Same kind of tests for the other fields, but they need binary files.
 
@@ -36,20 +36,20 @@ ${FUTILITY} gbb_utility -g ${TMP}.blob | grep "0123456789ABCDE"
 dd if=/dev/urandom bs=17 count=1 of=${TMP}.data1.toolong
 dd if=/dev/urandom bs=17 count=1 of=${TMP}.data2.toolong
 dd if=/dev/urandom bs=17 count=1 of=${TMP}.data3.toolong
-if ${FUTILITY} gbb_utility -s --rootkey     ${TMP}.data1.toolong ${TMP}.blob; then false; fi
-if ${FUTILITY} gbb_utility -s --recoverykey ${TMP}.data2.toolong ${TMP}.blob; then false; fi
-if ${FUTILITY} gbb_utility -s --bmpfv       ${TMP}.data3.toolong ${TMP}.blob; then false; fi
+if ${FUTILITY} gbb -s --rootkey     ${TMP}.data1.toolong ${TMP}.blob; then false; fi
+if ${FUTILITY} gbb -s --recoverykey ${TMP}.data2.toolong ${TMP}.blob; then false; fi
+if ${FUTILITY} gbb -s --bmpfv       ${TMP}.data3.toolong ${TMP}.blob; then false; fi
 
 # shorter than max should be okay, though
 dd if=/dev/urandom bs=10 count=1 of=${TMP}.data1.short
 dd if=/dev/urandom bs=10 count=1 of=${TMP}.data2.short
 dd if=/dev/urandom bs=10 count=1 of=${TMP}.data3.short
-${FUTILITY} gbb_utility -s \
+${FUTILITY} gbb -s \
   --rootkey     ${TMP}.data1.short \
   --recoverykey ${TMP}.data2.short \
   --bmpfv       ${TMP}.data3.short ${TMP}.blob
 # read 'em back
-${FUTILITY} gbb_utility -g \
+${FUTILITY} gbb -g \
   --rootkey     ${TMP}.read1 \
   --recoverykey ${TMP}.read2 \
   --bmpfv       ${TMP}.read3 ${TMP}.blob
@@ -62,14 +62,14 @@ cmp -n 10 ${TMP}.data3.short ${TMP}.read3
 dd if=/dev/urandom bs=16 count=1 of=${TMP}.data1
 dd if=/dev/urandom bs=16 count=1 of=${TMP}.data2
 dd if=/dev/urandom bs=16 count=1 of=${TMP}.data3
-${FUTILITY} gbb_utility -s --rootkey     ${TMP}.data1 ${TMP}.blob
-${FUTILITY} gbb_utility -s --recoverykey ${TMP}.data2 ${TMP}.blob
-${FUTILITY} gbb_utility -s --bmpfv       ${TMP}.data3 ${TMP}.blob
+${FUTILITY} gbb -s --rootkey     ${TMP}.data1 ${TMP}.blob
+${FUTILITY} gbb -s --recoverykey ${TMP}.data2 ${TMP}.blob
+${FUTILITY} gbb -s --bmpfv       ${TMP}.data3 ${TMP}.blob
 
 # Read 'em back.
-${FUTILITY} gbb_utility -g --rootkey     ${TMP}.read1 ${TMP}.blob
-${FUTILITY} gbb_utility -g --recoverykey ${TMP}.read2 ${TMP}.blob
-${FUTILITY} gbb_utility -g --bmpfv       ${TMP}.read3 ${TMP}.blob
+${FUTILITY} gbb -g --rootkey     ${TMP}.read1 ${TMP}.blob
+${FUTILITY} gbb -g --recoverykey ${TMP}.read2 ${TMP}.blob
+${FUTILITY} gbb -g --bmpfv       ${TMP}.read3 ${TMP}.blob
 # Verify
 cmp ${TMP}.data1 ${TMP}.read1
 cmp ${TMP}.data2 ${TMP}.read2
@@ -110,98 +110,98 @@ cmp ${TMP}.data3 ${TMP}.read3
 
 # bad major_version
 cat ${TMP}.blob | ${REPLACE} 0x4 2 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 # header size too large
 cat ${TMP}.blob | ${REPLACE} 0x8 0x81 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 # header size too small
 cat ${TMP}.blob | ${REPLACE} 0x8 0x7f > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 # HWID not null-terminated is invalid
 cat ${TMP}.blob | ${REPLACE} 0x8f 0x41 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 # HWID of length zero is okay
 cat ${TMP}.blob | ${REPLACE} 0x14 0x00 > ${TMP}.blob.ok
-${FUTILITY} gbb_utility ${TMP}.blob.ok
+${FUTILITY} gbb ${TMP}.blob.ok
 # And HWID of length 1 consisting only of '\0' is okay, too.
 cat ${TMP}.blob | ${REPLACE} 0x14 0x01 | ${REPLACE} 0x80 0x00 > ${TMP}.blob.ok
-${FUTILITY} gbb_utility ${TMP}.blob.ok
+${FUTILITY} gbb ${TMP}.blob.ok
 
 # zero-length HWID not null-terminated is invalid
 cat ${TMP}.blob | ${REPLACE} 0x8f 0x41 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 #  hwid_offset < GBB_HEADER_SIZE is invalid
 cat ${TMP}.blob | ${REPLACE} 0x10 0x7f > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 cat ${TMP}.blob | ${REPLACE} 0x10 0x00 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 #  rootkey_offset < GBB_HEADER_SIZE is invalid
 cat ${TMP}.blob | ${REPLACE} 0x18 0x7f > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 cat ${TMP}.blob | ${REPLACE} 0x18 0x00 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 #  bmpfv_offset < GBB_HEADER_SIZE is invalid
 cat ${TMP}.blob | ${REPLACE} 0x20 0x7f > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 cat ${TMP}.blob | ${REPLACE} 0x20 0x00 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 #  recovery_key_offset < GBB_HEADER_SIZE is invalid
 cat ${TMP}.blob | ${REPLACE} 0x28 0x7f > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 cat ${TMP}.blob | ${REPLACE} 0x28 0x00 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb ${TMP}.blob.bad; then false; fi
 
 #  hwid: offset + size  == end of file is okay; beyond is invalid
 cat ${TMP}.blob | ${REPLACE} 0x14 0x40 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g ${TMP}.blob.bad
+${FUTILITY} gbb -g ${TMP}.blob.bad
 cat ${TMP}.blob | ${REPLACE} 0x14 0x41 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility -g ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb -g ${TMP}.blob.bad; then false; fi
 
 #  rootkey: offset + size  == end of file is okay; beyond is invalid
 cat ${TMP}.blob | ${REPLACE} 0x1c 0x30 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g ${TMP}.blob.bad
+${FUTILITY} gbb -g ${TMP}.blob.bad
 cat ${TMP}.blob | ${REPLACE} 0x1c 0x31 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility -g ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb -g ${TMP}.blob.bad; then false; fi
 
 #  bmpfv: offset + size  == end of file is okay; beyond is invalid
 cat ${TMP}.blob | ${REPLACE} 0x24 0x20 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g ${TMP}.blob.bad
+${FUTILITY} gbb -g ${TMP}.blob.bad
 cat ${TMP}.blob | ${REPLACE} 0x24 0x21 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility -g ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb -g ${TMP}.blob.bad; then false; fi
 
 #  recovery_key: offset + size  == end of file is okay; beyond is invalid
 cat ${TMP}.blob | ${REPLACE} 0x2c 0x10 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g ${TMP}.blob.bad
+${FUTILITY} gbb -g ${TMP}.blob.bad
 cat ${TMP}.blob | ${REPLACE} 0x2c 0x11 > ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility -g ${TMP}.blob.bad; then false; fi
+if ${FUTILITY} gbb -g ${TMP}.blob.bad; then false; fi
 
 # hwid_size == 0 doesn't complain, but can't be set
 cat ${TMP}.blob | ${REPLACE} 0x14 0x00 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility -s --hwid="A" ${TMP}.blob.bad; then false; fi
+${FUTILITY} gbb -g ${TMP}.blob.bad
+if ${FUTILITY} gbb -s --hwid="A" ${TMP}.blob.bad; then false; fi
 
 # rootkey_size == 0 gives warning, gets nothing, can't be set
 cat ${TMP}.blob | ${REPLACE} 0x1c 0x00 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g --rootkey     ${TMP}.read1 ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility -s --rootkey  ${TMP}.data1 ${TMP}.blob.bad; then false; fi
+${FUTILITY} gbb -g --rootkey     ${TMP}.read1 ${TMP}.blob.bad
+if ${FUTILITY} gbb -s --rootkey  ${TMP}.data1 ${TMP}.blob.bad; then false; fi
 
 # bmpfv_size == 0 gives warning, gets nothing, can't be set
 cat ${TMP}.blob | ${REPLACE} 0x24 0x00 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g --bmpfv       ${TMP}.read3 ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility -s --bmpfv    ${TMP}.data3 ${TMP}.blob.bad; then false; fi
+${FUTILITY} gbb -g --bmpfv       ${TMP}.read3 ${TMP}.blob.bad
+if ${FUTILITY} gbb -s --bmpfv    ${TMP}.data3 ${TMP}.blob.bad; then false; fi
 
 # recovery_key_size == 0 gives warning, gets nothing, can't be set
 cat ${TMP}.blob | ${REPLACE} 0x2c 0x00 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g --recoverykey ${TMP}.read2 ${TMP}.blob.bad
-if ${FUTILITY} gbb_utility -s --recoverykey ${TMP}.data2 ${TMP}.blob.bad; then false; fi
+${FUTILITY} gbb -g --recoverykey ${TMP}.read2 ${TMP}.blob.bad
+if ${FUTILITY} gbb -s --recoverykey ${TMP}.data2 ${TMP}.blob.bad; then false; fi
 
 
 # GBB v1.2 adds a sha256 digest field in what was previously padding:
@@ -215,20 +215,20 @@ if ${FUTILITY} gbb_utility -s --recoverykey ${TMP}.data2 ${TMP}.blob.bad; then f
 
 # See that the digest is updated properly.
 hwid="123456789ABCDEF"
-${FUTILITY} gbb_utility -s --hwid=${hwid} ${TMP}.blob
+${FUTILITY} gbb -s --hwid=${hwid} ${TMP}.blob
 expect=$(echo -n "$hwid" | sha256sum | cut -d ' ' -f 1)
 [ $(echo -n ${expect} | wc -c) == "64" ]
-${FUTILITY} gbb_utility -g --digest ${TMP}.blob | grep ${expect}
+${FUTILITY} gbb -g --digest ${TMP}.blob | grep ${expect}
 
 # Garble the digest, see that it's noticed.
 # (assuming these zeros aren't present)
 cat ${TMP}.blob | ${REPLACE} 0x33 0x00 0x00 0x00 0x00 0x00 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g --digest ${TMP}.blob.bad | grep '0000000000'
-${FUTILITY} gbb_utility -g --digest ${TMP}.blob.bad | grep 'invalid'
+${FUTILITY} gbb -g --digest ${TMP}.blob.bad | grep '0000000000'
+${FUTILITY} gbb -g --digest ${TMP}.blob.bad | grep 'invalid'
 
 # Garble the HWID. The digest is unchanged, but now invalid.
 cat ${TMP}.blob | ${REPLACE} 0x84 0x70 0x71 0x72 > ${TMP}.blob.bad
-${FUTILITY} gbb_utility -g --digest ${TMP}.blob.bad | grep 'invalid'
+${FUTILITY} gbb -g --digest ${TMP}.blob.bad | grep 'invalid'
 
 # cleanup
 rm -f ${TMP}*

tests/futility/test_show_vs_verify.sh

@@ -30,7 +30,7 @@ ${FUTILITY} verify ${DEVKEYS}/firmware.keyblock \
 # Get some bits to look at
 ${FUTILITY} dump_fmap -x ${SCRIPTDIR}/data/bios_peppy_mp.bin \
   GBB:${TMP}.gbb VBLOCK_A:${TMP}.vblock_a FW_MAIN_A:${TMP}.fw_main_a
-${FUTILITY} gbb_utility -g -k ${TMP}.rootkey ${TMP}.gbb
+${FUTILITY} gbb -g -k ${TMP}.rootkey ${TMP}.gbb
 
 
 ${FUTILITY} show ${TMP}.vblock_a

tests/vb2_firmware_tests.sh

@@ -32,8 +32,8 @@ ${FUTILITY} vbutil_key --pack kernkey.test \
     --key ${TESTKEY_DIR}/key_rsa2048.keyb --algorithm 4
 
 # Create a GBB with the root key
-${FUTILITY} gbb_utility -c 128,2400,0,0 gbb.test
-${FUTILITY} gbb_utility gbb.test -s --hwid='Test GBB' \
+${FUTILITY} gbb -c 128,2400,0,0 gbb.test
+${FUTILITY} gbb gbb.test -s --hwid='Test GBB' \
   --rootkey=rootkey.test
 
 # Keyblock with firmware subkey is signed by root key

utility/dev_debug_vboot

@@ -311,7 +311,7 @@ else
 fi
 
 info "Pulling root and recovery keys from GBB..."
-log futility gbb_utility -g --rootkey rootkey.vbpubk \
+log futility gbb -g --rootkey rootkey.vbpubk \
   --recoverykey recoverykey.vbpubk \
   "GBB" || logdie "Unable to extract keys from GBB"
 log futility vbutil_key --unpack rootkey.vbpubk

utility/vbutil_what_keys

@@ -73,15 +73,15 @@ showbios() {
   local file="$1" space="$2"
   local hwid matchh rootkey matchn recoverykey matchr
 
-  hwid=$(futility gbb_utility --hwid "$file" | sed -e 's/^.*: *//') || return
+  hwid=$(futility gbb --hwid "$file" | sed -e 's/^.*: *//') || return
   matchh=$(grep "$hwid" "$0" 2>/dev/null | sed -e 's/^# //')
 
-  futility gbb_utility --rootkey="$TMPFILE" "$file" >/dev/null
+  futility gbb --rootkey="$TMPFILE" "$file" >/dev/null
   rootkey=$(futility vbutil_key --unpack "$TMPFILE" | grep sha1sum | \
     sed -e 's/^.*: *//')
   matchn=$(greppy "$rootkey")
 
-  futility gbb_utility --recoverykey="$TMPFILE" "$file" >/dev/null
+  futility gbb --recoverykey="$TMPFILE" "$file" >/dev/null
   recoverykey=$(futility vbutil_key --unpack "$TMPFILE" | grep sha1sum | \
     sed -e 's/^.*: *//')
   matchr=$(greppy "$recoverykey")