since the signature and hash algorithm in TLSv1.2 is selectable by server
and negotiated using TLS extensions, we can check what sig algs is
the server willing to perform and whatever it does honour client
selection
it also tests what happens if the client doesn't offer any sigalgs that
are necessary to use the ciphers selected by server
In cipherscan line 851:
local selected=($result)
^-- SC2128: Expanding an array without an index only gives the first element.
In cipherscan line 852:
if [[ $selected == "$prefered" ]]; then
^-- SC2128: Expanding an array without an index only gives the first element.
In cipherscan line 469:
if [[ ${known_certs[$cksum]} == $cert ]]; then
^-- SC2053: Quote the rhs of == in [[ ]] to prevent glob matching.
In cipherscan line 852:
if [[ $selected == $prefered ]]; then
^-- SC2053: Quote the rhs of == in [[ ]] to prevent glob matching.
In cipherscan line 915:
if [[ "$cname" == ${curves[$id]} ]]; then
^-- SC2053: Quote the rhs of == in [[ ]] to prevent glob matching.
In cipherscan line 294:
echo $identifier
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 587:
current_curves="$(get_curve_name $(echo $pfs|cut -d ',' -f2))"
^-- SC2046: Quote this to prevent word splitting.
In cipherscan line 603:
debug Connection $i
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 715:
echo $header
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 719:
echo $result|grep -v '(NONE)'
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 897:
local tmp=$(echo Q | $sslcommand -curves $test_curves 2>/dev/null)
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 910:
cname="$(get_curve_name ${ephem_data[1]})"
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 953:
local tmp=$(echo Q | $sslcommand -curves $test_curves 2>/dev/null)
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 967:
local cname="$(get_curve_name ${ephem_data[1]})"
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 1017:
local tmp=$(echo Q | $sslcommand -curves $test_curves 2>/dev/null)
^-- SC2086: Double quote to prevent globbing and word splitting.
In cipherscan line 1030:
local cname="$(get_curve_name ${ephem_data[1]})"
^-- SC2086: Double quote to prevent globbing and word splitting.
This more accurately reflects that "non-zero exit status indicates
failure"; while > 0 will no doubt work as well, != 0 avoids the question
of whether $? is signed or unsigned in bash and more accurately
represents the documentation ("non-zero", != 0).
This patch implements two structural changes.
First, OS-level detection routines are broken out into a case statement.
Darwin doesn't need to test for readlink/timeout nor Busybox, so this
noticeably improves performance over multiple runs on Darwin.
Linux suffers no additional penalty, since we already ran if $(uname)
every time anyways, and continues to use the more complex
timeout/gtimeout/busybox logic at the (preexisting, unaffected) cost to
performance over multiple runs.
Second, if NOAUTODETECT is set, then the script assumes (and verifies)
that you're providing TIMEOUTBIN and OPENSSLBIN values. If both of those
values are executable files, then the script will proceed, else it will
abort. In this scenario, readlink is unnecessary and is thus unused.
The combination of these two changes will improve performance over
multiple runs both on Darwin and when NOAUTODETECT is set for top1m.
This takes advantage of the new --cafile logic to avoid running CACERTS
autodetection when a file is provided on the command line.
It then ensures the readability of that file, whether provided or
autodetected.
This also adds an undocumented CAPATH environment variable alternative
to --capath, to go along with the existing undocumented CACERTS
environment variable alternative to --cafile, to provide legacy support
for preexisting users.
