zsh/.zsh/completion/_openssl
#compdef openssl
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# openssl command [ command_opts ] [ command_args ]
# pseudo commands:
# openssl [ list-standard-commands | list-message-digest-commands | list-cipher-commands | list-cipher-algorithms | list-message-digest-algorithms | list-public-key-algorithms]
_openssl() {
local openssl_commands cmd cmds
if [[ "$CURRENT" -lt 2 ]]; then
# I do not think this can happen...
return
elif [[ "$CURRENT" -eq 2 ]]; then
# first parameter, the command
openssl_commands=(${(f)"$(openssl list-standard-commands; \
openssl list-message-digest-commands; \
openssl list-cipher-commands)"} \
list-standard-commands \
list-message-digest-commands \
list-cipher-commands \
list-cipher-algorithms \
list-message-digest-algorithms \
list-public-key-algorithms)
_describe 'openssl commands' openssl_commands
else
# $CURRENT -gt 2
cmd="${words[2]}"
# Note: we could use ${(k)functions} to get a list of all functions and
# filter those that start with _openssl_
# but that would mean defining a new function *somewhere* might mess with
# the completion...
cmds=(asn1parse ca ciphers cms crl crl2pkcs7 dgst dh dhparam dsa dsaparam \
ec ecparam enc engine errstr gendh gendsa genpkey genrsa nseq ocsp \
passwd pkcs12 pkcs7 pkcs8 pkey pkeyparam pkeyutl prime rand req rsa \
rsautl s_client s_server s_time sess_id smime speed spkac srp ts \
verify version x509)
# check if $cmd is in $cmds, the list of supported commands
if [[ "${cmds[(r)$cmd]}" == "${cmd}" ]]; then
# we should be able to complete $cmd
# run _openssl_$cmd with the remaining words from the command line
shift words
(( CURRENT-- ))
_openssl_${cmd}
elif [[ "${${(@f)"$(openssl list-cipher-commands)"}[(r)$cmd]}" == "${cmd}" ]]; then
# $cmd is a cipher command, which is practically an alias to enc
shift words
(( CURRENT-- ))
_openssl_enc
elif [[ "${${(@f)"$(openssl list-message-digest-commands)"}[(r)$cmd]}" == "${cmd}" ]]; then
# $cmd is a message digest command, which is practically an alias to dgst
shift words
(( CURRENT-- ))
_openssl_dgst
fi
fi
}
_openssl_asn1parse() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format - one of DER PEM]:format:(DER PEM)' \
'-in[input file]:file:_files' \
'-out[output file (output format is always DER]:file:_files' \
"-noout[don't produce any output]" \
'-offset[offset into file]:number: ' \
'-length[length of section in file]:number: ' \
'-i[indent entries]' \
'-dump[dump unknown data in hex form]' \
'-dlimit[dump the first arg bytes of unknown data in hex form]:number: ' \
'-oid[file of extra oid definitions]:file:_files' \
"-strparse[a series of these can be used to 'dig' into multiple ASN1 blob wrappings]:offset:" \
'-genstr[string to generate ASN1 structure from]:str:' \
'-genconf[file to generate ASN1 structure from]:file:_files'
}
_openssl_ca() {
# written for openssl 1.0.1k
_arguments -C \
'-verbose[talk alot while doing things]' \
'-config[a config file]:file:_files' \
'-name[the particular CA definition to use]:section: ' \
'-gencrl[generate a new CRL]' \
'-crldays[days is when the next CRL is due]:days: ' \
'-crlhours[hours is when the next CRL is due]:hours: ' \
'-startdate[certificate validity notBefore]:date: ' \
'-enddate[certificate validity notAfter (overrides -days)]:date: ' \
'-days[number of days to certify the certificate for]:days: ' \
'-md[md to use, one of md2, md5, sha or sha1]:alg:(md2 md5 sha sha1)' \
"-policy[the CA 'policy' to support]:policy: " \
'-keyfile[private key file]:file:_files' \
'-keyform[private key file format (PEM or ENGINE)]:format:(PEM ENGINE)' \
'-key[key to decode the private key if it is encrypted]:password: ' \
'-cert[the CA certificate]:file:_files' \
'-selfsign[sign a certificate with the key associated with it]' \
'-in[the input PEM encoded certificate request(s)]:file:_files' \
'-out[where to put the output file(s)]:file:_files' \
'-outdir[where to put output certificates]:dir:_files -/' \
'-infiles[the last argument, requests to process]:*:files:_files' \
'-spkac[file contains DN and signed public key and challenge]:file:_files' \
'-ss_cert[file contains a self signed cert to sign]:file:_files' \
"-preserveDN[don't re-order the DN]" \
"-noemailDN[don't add the EMAIL field into certificate' subject]" \
"-batch[don't ask questions]" \
'-msie_hack[msie modifications to handle all those universal strings]' \
'-revoke[revoke a certificate (given in file)]:file:_files' \
"-subj[use arg instead of request's subject]:subject: " \
'-utf8[input characters are UTF8 (default ASCII)]' \
'-multivalue-rdn[enable support for multivalued RDNs]' \
'-extensions[extension section (override value in config file)]:section: ' \
'-extfile[configuration file with X509v3 extentions to add]:file:_files' \
'-crlexts[CRL extension section (override value in config file)]:section: ' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-status[shows certificate status given the serial number]:serial: ' \
'-updatedb[updates db for expired certificates]'
}
_openssl_ciphers() {
# written for openssl 1.0.1k
_arguments -C \
'-v[verbose mode, a textual listing of the SSL/TLS ciphers in OpenSSL]' \
'-V[even more verbose]' \
'-ssl2[SSL2 mode]' \
'-ssl3[SSL3 mode]' \
'-tls1[TLS1 mode]' \
':cipher suite:_list_ciphers'
}
_openssl_cms() {
# written for openssl 1.0.1k
_arguments -C \
'-encrypt[encrypt message]' \
'-decrypt[decrypt encrypted message]' \
'-sign[sign message]' \
'-verify[verify signed message]' \
'-cmsout[output CMS structure]' \
'-des3[encrypt with triple DES]' \
'-des[encrypt with DES]' \
'-seed[encrypt with SEED]' \
'-rc2-40[encrypt with RC2-40 (default)]' \
'-rc2-64[encrypt with RC2-64]' \
'-rc2-128[encrypt with RC2-128]' \
'-aes128[encrypt PEM output with cbc aes]' \
'-aes192[encrypt PEM output with cbc aes]' \
'-aes256[encrypt PEM output with cbc aes]' \
'-camellia128[encrypt PEM output with cbc camellia]' \
'-camellia192[encrypt PEM output with cbc camellia]' \
'-camellia256[encrypt PEM output with cbc camellia]' \
"-nointern[don't search certificates in message for signer]" \
"-nosigs[don't verify message signature]" \
"-noverify[don't verify signers certificate]" \
"-nocerts[don't include signers certificate when signing]" \
'-nodetach[use opaque signing]' \
"-noattr[don't include any signed attributes]" \
"-binary[don't translate message to text]" \
'-certfile[other certificates file]:file:_files' \
'-certsout[certificate output file]:file:_files' \
'-signer[signer certificate file]:file:_files' \
'-recip[recipient certificate file for decryption]:file:_files' \
'-keyid[use subject key identifier]' \
'-in[input file]:file:_files' \
'-inform[input format SMIME (default), PEM or DER]:format:(SMIME PEM DER)' \
'-inkey[input private key (if not signer or recipient)]:file:_files' \
'-keyform[input private key format (PEM or ENGINE)]:format:(PEM ENGINE)' \
'-out[output file]:file:_files' \
'-outform[output format SMIME (default), PEM or DER]:format:(SMIME PEM DER)' \
'-content[supply or override content for detached signature]:file:_files' \
'-to[to address mail head]:address: ' \
'-from[from address mail head]:address: ' \
'-subject[subject mail head]:subject: ' \
'-text[include or delete text MIME headers]' \
'-CApath[trusted certificates directory]:dir:_files -/' \
'-CAfile[trusted certificates file]:file:_files' \
"-crl_check[check revocation status of signer's certificate using CRLs]" \
"-crl_check_all[check revocation status of signer's certificate chain using CRLs]" \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-passin[input file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-rand[files to use for random number input]:file:_rand_files' \
'*:certificate:_files'
}
_openssl_crl() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format - default PEM (DER or PEM)]:format:(PEM DER)' \
'-outform[output format - default PEM]:format:(PEM DER)' \
'-text[print out a text format version]' \
'-in[input file - default stdin]:file:_files' \
'-out[output file - default stdout]:file:_files' \
'-hash[print hash value]' \
'-hash_old[print old-style (MD5) hash value]' \
'-fingerprint[print the crl fingerprint]' \
'-issuer[print issuer DN]' \
'-lastupdate[print lastUpdate field]' \
'-nextupdate[print nextUpdate field]' \
'-crlnumber[print CRL number]' \
'-noout[no CRL output]' \
'-CAfile[verify CRL using certificates in the specified file]:file:_files' \
'-CApath[verify CRL using certificates in the specified directory]:dir:_files -/' \
'*-nameopt[various certificate name options]:options:_nameopts'
}
_openssl_crl2pkcs7() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format - DER or PEM]:format:(PEM DER)' \
'-outform[output format - DER or PEM]:format:(PEM DER)' \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-certfile[certificates file of chain to a trusted CA (can be used more than once)]:file:_files' \
"-nocrl[no crl to load, just certs from '-certfile']"
}
_openssl_dgst() {
# written for openssl 1.0.1k
local digests
digests=(-dss1 -md4 -md5 -mdc2 -ripemd160 -sha -sha1 -sha224 -sha256 -sha384 -sha512 -whirlpool)
# -hmac is listed twice because it's documented twice by openssl
_arguments -C -A '-*' \
'(-r -hex -binary)-c[to output the digest with separating colons]' \
'(-c -hex -binary)-r[to output the digest in coreutils format]' \
'-d[to output debug info]' \
'(-c -r -binary)-hex[output as hex dump]' \
'(-c -r -hex)-binary[output in binary form]' \
'-hmac[set the HMAC key to arg]:key: ' \
'-non-fips-allow[allow use of non FIPS digest]' \
'-sign[sign digest using private key in the specified file]:file:_files' \
'-verify[verify a signature using public key in the specified file]:file:_files' \
'-prverify[verify a signature using private key in the specified file]:file:_files' \
'-keyform[key file format (PEM or ENGINE)]:format:(PEM ENGINE)' \
'-out[output to filename rather than stdout]:file:_files' \
'-signature[signature to verify]:file:_files' \
'-sigopt[signature parameter]:nm\:v: ' \
'-hmac[create hashed MAC with key]:key: ' \
'-mac[create MAC (not neccessarily HMAC)]:algorithm: ' \
'-macopt[MAC algorithm parameters or key]:nm\:v: ' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
"($digests)-dss1[use the dss1 message digest algorithm]" \
"($digests)-md4[to use the md4 message digest algorithm]" \
"($digests)-md5[to use the md5 message digest algorithm]" \
"($digests)-mdc2[to use the mdc2 message digest algorithm]" \
"($digests)-ripemd160[to use the ripemd160 message digest algorithm]" \
"($digests)-sha[to use the sha message digest algorithm]" \
"($digests)-sha1[to use the sha1 message digest algorithm]" \
"($digests)-sha224[to use the sha224 message digest algorithm]" \
"($digests)-sha256[to use the sha256 message digest algorithm]" \
"($digests)-sha384[to use the sha384 message digest algorithm]" \
"($digests)-sha512[to use the sha512 message digest algorithm]" \
"($digests)-whirlpool[to use the whirlpool message digest algorithm]" \
'*:file:_files'
}
_openssl_dh() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-check[check the DH parameters]' \
'-text[print a text form of the DH parameters]' \
'-C[output C code]' \
'-noout[no output]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
}
_openssl_dhparam() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-dsaparam[read or generate DSA parameters, convert to DH]' \
'-check[check the DH parameters]' \
'-text[print a text form of the DH parameters]' \
'-C[output C code]' \
'-2[generate parameters using 2 as the generator value]' \
'-5[generate parameters using 5 as the generator value]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-rand[files to use for random number input]:file:_rand_files' \
'-noout[no output]' \
':numbits: '
}
_openssl_dsa() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file]:file:_files' \
'-passin[input file pass phrase source]:file:_files' \
'-out[output file]:file:_files' \
'-passout[output file pass phrase source]:file:_files' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-des[encrypt PEM output with cbc des]' \
'-des3[encrypt PEM output with ede cbc des using 168 bit key]' \
'-idea[encrypt PEM output with cbc idea]' \
'-aes128[encrypt PEM output with cbc aes]' \
'-aes192[encrypt PEM output with cbc aes]' \
'-aes256[encrypt PEM output with cbc aes]' \
'-camellia128[encrypt PEM output with cbc camellia]' \
'-camellia192[encrypt PEM output with cbc camellia]' \
'-camellia256[encrypt PEM output with cbc camellia]' \
'-seed[encrypt PEM output with cbc seed]' \
'-text[print the key in text]' \
"-noout[don't print key out]" \
'-modulus[print the DSA public value]'
}
_openssl_dsaparam() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-text[print as text]' \
'-C[output C code]' \
'-noout[no output]' \
'-genkey[generate a DSA key]' \
'-rand[files to use for random number input]:file:_rand_files' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
':numbits: '
}
_openssl_ec() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file]:file:_files' \
'-passin[input file pass phrase source]:file:_files' \
'-out[output file]:file:_files' \
'-passout[output file pass phrase source]:file:_files' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
"-des[encrypt PEM output, instead of 'des' every other cipher supported by OpenSSL can be used]" \
'-text[print the key]' \
"-noout[don't print key out]" \
'-param_out[print the elliptic curve parameters]' \
'-conv_form[specifies the point conversion form]:form:(compressed uncompressed hybrid)' \
'-param_enc[specifies the way the ec parameters are encoded in the asn1 der encoding]:encoding:(named_curve explicit)'
}
_openssl_ecparam() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file - default stdin]:file:_files' \
'-out[output file - default stdout]:file:_files' \
'-noout[do not print the ec parameter]' \
'-text[print the ec parameters in text form]' \
'-check[validate the ec parameters]' \
"-C[print a 'C' function creating the parameters]" \
"-name[use the ec parameters with 'short name' name]:name: " \
"-list_curves[prints a list of all currently available curve 'short names']" \
'-conv_form[specifies the point conversion form]:form:(compressed uncompressed hybrid)' \
'-param_enc[specifies the way the ec parameters are encoded in the asn1 der encoding]:encoding:(named_curve explicit)' \
"-no_seed[if 'explicit' parameters are chosen do not use the seed]" \
'-genkey[generate ec key]' \
'-rand[files to use for random number input]:file:_rand_files' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
}
_openssl_enc() {
# written for openssl 1.0.1k
local ciphers
ciphers=(-aes-128-cbc -aes-128-cbc-hmac-sha1 -aes-128-cfb -aes-128-cfb1 \
-aes-128-cfb8 -aes-128-ctr -aes-128-ecb -aes-128-gcm -aes-128-ofb \
-aes-128-xts -aes-192-cbc -aes-192-cfb -aes-192-cfb1 -aes-192-cfb8 \
-aes-192-ctr -aes-192-ecb -aes-192-gcm -aes-192-ofb -aes-256-cbc \
-aes-256-cbc-hmac-sha1 -aes-256-cfb -aes-256-cfb1 -aes-256-cfb8 \
-aes-256-ctr -aes-256-ecb -aes-256-gcm -aes-256-ofb -aes-256-xts \
-aes128 -aes192 -aes256 -bf -bf-cbc -bf-cfb -bf-ecb -bf-ofb \
-blowfish -camellia-128-cbc -camellia-128-cfb -camellia-128-cfb1 \
-camellia-128-cfb8 -camellia-128-ecb -camellia-128-ofb \
-camellia-192-cbc -camellia-192-cfb -camellia-192-cfb1 \
-camellia-192-cfb8 -camellia-192-ecb -camellia-192-ofb \
-camellia-256-cbc -camellia-256-cfb -camellia-256-cfb1 \
-camellia-256-cfb8 -camellia-256-ecb -camellia-256-ofb \
-camellia128 -camellia192 -camellia256 -cast -cast-cbc -cast5-cbc \
-cast5-cfb -cast5-ecb -cast5-ofb -des -des-cbc -des-cfb -des-cfb1 \
-des-cfb8 -des-ecb -des-ede -des-ede-cbc -des-ede-cfb -des-ede-ofb \
-des-ede3 -des-ede3-cbc -des-ede3-cfb -des-ede3-cfb1 \
-des-ede3-cfb8 -des-ede3-ofb -des-ofb -des3 -desx -desx-cbc \
-id-aes128-GCM -id-aes192-GCM -id-aes256-GCM -idea -idea-cbc \
-idea-cfb -idea-ecb -idea-ofb -rc2 -rc2-40-cbc -rc2-64-cbc \
-rc2-cbc -rc2-cfb -rc2-ecb -rc2-ofb -rc4 -rc4-40 -rc4-hmac-md5 \
-rc5 -rc5-cbc -rc5-cfb -rc5-ecb -rc5-ofb -seed -seed-cbc -seed-cfb \
-seed-ecb -seed-ofb)
_arguments -C \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-pass[pass phrase source]:pass phrase source:_pass_phrase_source' \
'-e[encrypt]' \
'-d[decrypt]' \
'(-a -base64)'{-a,-base64}'[base64 encode/decode, depending on encryption flag]' \
'-k[the password to derive the key from]:password: ' \
'-kfile[read the password to derive the key from the first line of the file]:file:_files' \
'-md[the md to use to create a key from a passphrase]:alg:(md2 md5 sha sha1)' \
'-S[the actual salt to use]:salt: ' \
'-K[the actual key to use]:key: ' \
'-iv[the actual IV to use]:IV: ' \
'-p[print out the key and IV used]' \
'-P[print out the key and IV used the exit]' \
'-bufsize[set the buffer size for I/O]:size: ' \
'-nopad[disable standard block padding]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
"(${ciphers})-aes-128-cbc[cipher types]" \
"(${ciphers})-aes-128-cbc-hmac-sha1[cipher types]" \
"(${ciphers})-aes-128-cfb[cipher types]" \
"(${ciphers})-aes-128-cfb1[cipher types]" \
"(${ciphers})-aes-128-cfb8[cipher types]" \
"(${ciphers})-aes-128-ctr[cipher types]" \
"(${ciphers})-aes-128-ecb[cipher types]" \
"(${ciphers})-aes-128-gcm[cipher types]" \
"(${ciphers})-aes-128-ofb[cipher types]" \
"(${ciphers})-aes-128-xts[cipher types]" \
"(${ciphers})-aes-192-cbc[cipher types]" \
"(${ciphers})-aes-192-cfb[cipher types]" \
"(${ciphers})-aes-192-cfb1[cipher types]" \
"(${ciphers})-aes-192-cfb8[cipher types]" \
"(${ciphers})-aes-192-ctr[cipher types]" \
"(${ciphers})-aes-192-ecb[cipher types]" \
"(${ciphers})-aes-192-gcm[cipher types]" \
"(${ciphers})-aes-192-ofb[cipher types]" \
"(${ciphers})-aes-256-cbc[cipher types]" \
"(${ciphers})-aes-256-cbc-hmac-sha1[cipher types]" \
"(${ciphers})-aes-256-cfb[cipher types]" \
"(${ciphers})-aes-256-cfb1[cipher types]" \
"(${ciphers})-aes-256-cfb8[cipher types]" \
"(${ciphers})-aes-256-ctr[cipher types]" \
"(${ciphers})-aes-256-ecb[cipher types]" \
"(${ciphers})-aes-256-gcm[cipher types]" \
"(${ciphers})-aes-256-ofb[cipher types]" \
"(${ciphers})-aes-256-xts[cipher types]" \
"(${ciphers})-aes128[cipher types]" \
"(${ciphers})-aes192[cipher types]" \
"(${ciphers})-aes256[cipher types]" \
"(${ciphers})-bf[cipher types]" \
"(${ciphers})-bf-cbc[cipher types]" \
"(${ciphers})-bf-cfb[cipher types]" \
"(${ciphers})-bf-ecb[cipher types]" \
"(${ciphers})-bf-ofb[cipher types]" \
"(${ciphers})-blowfish[cipher types]" \
"(${ciphers})-camellia-128-cbc[cipher types]" \
"(${ciphers})-camellia-128-cfb[cipher types]" \
"(${ciphers})-camellia-128-cfb1[cipher types]" \
"(${ciphers})-camellia-128-cfb8[cipher types]" \
"(${ciphers})-camellia-128-ecb[cipher types]" \
"(${ciphers})-camellia-128-ofb[cipher types]" \
"(${ciphers})-camellia-192-cbc[cipher types]" \
"(${ciphers})-camellia-192-cfb[cipher types]" \
"(${ciphers})-camellia-192-cfb1[cipher types]" \
"(${ciphers})-camellia-192-cfb8[cipher types]" \
"(${ciphers})-camellia-192-ecb[cipher types]" \
"(${ciphers})-camellia-192-ofb[cipher types]" \
"(${ciphers})-camellia-256-cbc[cipher types]" \
"(${ciphers})-camellia-256-cfb[cipher types]" \
"(${ciphers})-camellia-256-cfb1[cipher types]" \
"(${ciphers})-camellia-256-cfb8[cipher types]" \
"(${ciphers})-camellia-256-ecb[cipher types]" \
"(${ciphers})-camellia-256-ofb[cipher types]" \
"(${ciphers})-camellia128[cipher types]" \
"(${ciphers})-camellia192[cipher types]" \
"(${ciphers})-camellia256[cipher types]" \
"(${ciphers})-cast[cipher types]" \
"(${ciphers})-cast-cbc[cipher types]" \
"(${ciphers})-cast5-cbc[cipher types]" \
"(${ciphers})-cast5-cfb[cipher types]" \
"(${ciphers})-cast5-ecb[cipher types]" \
"(${ciphers})-cast5-ofb[cipher types]" \
"(${ciphers})-des[cipher types]" \
"(${ciphers})-des-cbc[cipher types]" \
"(${ciphers})-des-cfb[cipher types]" \
"(${ciphers})-des-cfb1[cipher types]" \
"(${ciphers})-des-cfb8[cipher types]" \
"(${ciphers})-des-ecb[cipher types]" \
"(${ciphers})-des-ede[cipher types]" \
"(${ciphers})-des-ede-cbc[cipher types]" \
"(${ciphers})-des-ede-cfb[cipher types]" \
"(${ciphers})-des-ede-ofb[cipher types]" \
"(${ciphers})-des-ede3[cipher types]" \
"(${ciphers})-des-ede3-cbc[cipher types]" \
"(${ciphers})-des-ede3-cfb[cipher types]" \
"(${ciphers})-des-ede3-cfb1[cipher types]" \
"(${ciphers})-des-ede3-cfb8[cipher types]" \
"(${ciphers})-des-ede3-ofb[cipher types]" \
"(${ciphers})-des-ofb[cipher types]" \
"(${ciphers})-des3[cipher types]" \
"(${ciphers})-desx[cipher types]" \
"(${ciphers})-desx-cbc[cipher types]" \
"(${ciphers})-id-aes128-GCM[cipher types]" \
"(${ciphers})-id-aes192-GCM[cipher types]" \
"(${ciphers})-id-aes256-GCM[cipher types]" \
"(${ciphers})-idea[cipher types]" \
"(${ciphers})-idea-cbc[cipher types]" \
"(${ciphers})-idea-cfb[cipher types]" \
"(${ciphers})-idea-ecb[cipher types]" \
"(${ciphers})-idea-ofb[cipher types]" \
"(${ciphers})-rc2[cipher types]" \
"(${ciphers})-rc2-40-cbc[cipher types]" \
"(${ciphers})-rc2-64-cbc[cipher types]" \
"(${ciphers})-rc2-cbc[cipher types]" \
"(${ciphers})-rc2-cfb[cipher types]" \
"(${ciphers})-rc2-ecb[cipher types]" \
"(${ciphers})-rc2-ofb[cipher types]" \
"(${ciphers})-rc4[cipher types]" \
"(${ciphers})-rc4-40[cipher types]" \
"(${ciphers})-rc4-hmac-md5[cipher types]" \
"(${ciphers})-rc5[cipher types]" \
"(${ciphers})-rc5-cbc[cipher types]" \
"(${ciphers})-rc5-cfb[cipher types]" \
"(${ciphers})-rc5-ecb[cipher types]" \
"(${ciphers})-rc5-ofb[cipher types]" \
"(${ciphers})-seed[cipher types]" \
"(${ciphers})-seed-cbc[cipher types]" \
"(${ciphers})-seed-cfb[cipher types]" \
"(${ciphers})-seed-ecb[cipher types]" \
"(${ciphers})-seed-ofb[cipher types]"
}
_openssl_engine() {
# written for openssl 1.0.1k
_arguments -C \
'(-vv -vvv -vvvv)-v[verbose mode, for each engine, list its "control commands"]' \
"(-v -vvv -vvvv)-vv[like -v, but additionally display each command's description]" \
'(-v -vv -vvvv)-vvv[like -vv, but also add the input flags for each command]' \
'(-v -vv -vvv)-vvvv[like -vvv, but also show internal input flags]' \
'-c[for each engine, also list the capabilities]' \
'(-tt)-t[for each engine, check that they are really available]' \
'(-t)-tt[display error trace for unavailable engines]' \
"-pre[runs command 'cmd' against the ENGINE before any attempts to load it (if -t is used)]:cmd: " \
"-post[runs command 'cmd' against the ENGINE after loading it (only used if -t is also provided)]:cmd: " \
'*:engine:_engines'
# TODO: can cmd (for -pre and -post) be completed?
}
_openssl_errstr() {
# written for openssl 1.0.1k
# written for openssl 1.0.2a
_arguments -C \
'-stats' \
':errno: '
}
_openssl_gendh() {
# written for openssl 1.0.1k
_arguments -C \
"-out[output the key to 'file']:file:_files" \
'-2[use 2 as the generator value]' \
'-5[use 5 as the generator value]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-rand[files to use for random number input]:file:_rand_files' \
':numbits: '
}
_openssl_gendsa() {
# written for openssl 1.0.1k
_arguments -C \
"-out[output the key to 'file']:file:_files" \
'-des[encrypt the generated key with DES in cbc mode]' \
'-des3[encrypt the generated key with DES in ede cbc mode (168 bit key)]' \
'-idea[encrypt the generated key with IDEA in cbc mode]' \
'-seed[encrypt PEM output with cbc seed]' \
'-aes128[encrypt PEM output with cbc aes]' \
'-aes192[encrypt PEM output with cbc aes]' \
'-aes256[encrypt PEM output with cbc aes]' \
'-camellia128[encrypt PEM output with cbc camellia]' \
'-camellia192[encrypt PEM output with cbc camellia]' \
'-camellia256[encrypt PEM output with cbc camellia]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-rand[files to use for random number input]:file:_rand_files' \
':dsaparam-file:_files'
}
_openssl_genpkey() {
# written for openssl 1.0.1k
local ciphers cipher_opts
ciphers=( ${$(openssl list-cipher-algorithms | cut -d' ' -f1)} )
cipher_opts=()
for alg in ${ciphers}; do
cipher_opts=(${cipher_opts} "(${${(l:32:: ::-:)ciphers[@]}// / })-${alg}[use this cipher to encrypt the key]")
done
_arguments -C \
'-out[output file]:file:_files' \
'-outform[output format]:format:(PEM DER)' \
'-pass[output file pass phrase source]:pass phrase source:_pass_phrase_source' \
$cipher_opts \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'(-algorithm)-paramfile[parameters file]:file:_files' \
'(-paramfile)-algorithm[the public key algorithm]:algorithm:(EC RSA DSA DH)' \
'-pkeyopt[public key options]:option\:value: ' \
'-genparam[generate parameters, not key]' \
'-text[print the in text]'
# NB: options order may be important! See the manual page.
# TODO: complete pkeyopts
# However: "The precise set of options supported depends on the public key
# algorithm used and its implementation."
}
_openssl_genrsa() {
# written for openssl 1.0.1k
_arguments -C \
'-des[encrypt the generated key with DES in cbc mode]' \
'-des3[encrypt the generated key with DES in ede cbc mode (168 bit key)]' \
'-idea[encrypt the generated key with IDEA in cbc mode]' \
'-seed[encrypt PEM output with cbc seed]' \
'-aes128[encrypt PEM output with cbc aes]' \
'-aes192[encrypt PEM output with cbc aes]' \
'-aes256[encrypt PEM output with cbc aes]' \
'-camellia128[encrypt PEM output with cbc camellia]' \
'-camellia192[encrypt PEM output with cbc camellia]' \
'-camellia256[encrypt PEM output with cbc camellia]' \
'-out[output the key to file]:file:_files' \
'-passout[output file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-f4[use F4 (0x10001) for the E value]' \
'-3[use 3 for the E value]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-rand[files to use for random number input]:file:_rand_files' \
':numbits: '
}
_openssl_nseq() {
# written for openssl 1.0.1k
_arguments -C \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-toseq[output NS Sequence file]'
}
_openssl_ocsp() {
# written for openssl 1.0.1k
_arguments -C \
'-out[output filename]:file:_files' \
'-issuer[issuer certificate]:file:_files' \
'-cert[certificate to check]:file:_files' \
'-serial[serial number to check]:serial: ' \
'-signer[certificate to sign OCSP request with]:file:_files' \
'-signkey[private key to sign OCSP request with]:file:_files' \
'-sign_other[additional certificates to include in signed request]:file:_files' \
"-no_certs[don't include any certificates in signed request]" \
'-req_text[print text form of request]' \
'-resp_text[print text form of response]' \
'-text[print text form of request and response]' \
'-reqout[write DER encoded OCSP request to "file"]:file:_files' \
'-respout[write DER encoded OCSP reponse to "file"]:file:_files' \
'-reqin[read DER encoded OCSP request from "file"]:file:_files' \
'-respin[read DER encoded OCSP reponse from "file"]:file:_files' \
'-nonce[add OCSP nonce to request]' \
"-no_nonce[don't add OCSP nonce to request]" \
'-url[OCSP responder URL]:URL: ' \
'-host[send OCSP request to given host on given port]:host\:port: ' \
'-path[path to use in OCSP request]' \
'-CApath[trusted certificates directory]:directory:_files -/' \
'-CAfile[trusted certificates file]:file:_files' \
'-VAfile[validator certificates file]:file:_files' \
'-validity_period[maximum validity discrepancy in seconds]:seconds: ' \
'-status_age[maximum status age in seconds]:seconds: ' \
"-noverify[don't verify response at all]" \
'-verify_other[additional certificates to search for signer]:file:_files' \
"-trust_other[don't verify additional certificates]" \
"-no_intern[don't search certificates contained in response for signer]" \
"-no_signature_verify[don't check signature on response]" \
"-no_cert_verify[don't check signing certificate]" \
"-no_chain[don't chain verify response]" \
"-no_cert_checks[don't do additional checks on signing certificate]" \
'-port[port to run responder on]:port: ' \
'-index[certificate status index file]:file:_files' \
'-CA[CA certificate]:file:_files' \
'-rsigner[responder certificate to sign responses with]:file:_files' \
'-rkey[responder key to sign responses with]:file:_files' \
'-rother[other certificates to include in response]:file:_files' \
"-resp_no_certs[don't include any certificates in response]" \
'-nmin[number of minutes before next update]:minutes: ' \
'-ndays[number of days before next update]:days: ' \
'-resp_key_id[identify reponse by signing certificate key ID]' \
'-nrequest[number of requests to accept (default unlimited)]:limit: ' \
'-dss1[use specified digest in the request]' \
'-md4[use specified digest in the request]' \
'-md5[use specified digest in the request]' \
'-mdc2[use specified digest in the request]' \
'-ripemd160[use specified digest in the request]' \
'-ripemd[use specified digest in the request]' \
'-rmd160[use specified digest in the request]' \
'-sha1[use specified digest in the request]' \
'-sha224[use specified digest in the request]' \
'-sha256[use specified digest in the request]' \
'-sha384[use specified digest in the request]' \
'-sha512[use specified digest in the request]' \
'-sha[use specified digest in the request]' \
'-ssl2-md5[use specified digest in the request]' \
'-ssl3-md5[use specified digest in the request]' \
'-ssl3-sha1[use specified digest in the request]' \
'-whirlpool[use specified digest in the request]' \
'-timeout[timeout connection to OCSP responder after n seconds]:seconds: '
}
_openssl_passwd() {
# written for openssl 1.0.1k
_arguments -C \
'-crypt[standard Unix password algorithm (default)]' \
'-1[MD5-based password algorithm]' \
'-apr1[MD5-based password algorithm, Apache variant]' \
'-salt[use provided salt]:salt: ' \
'-in[read passwords from file]:file:_files' \
'-stdin[read passwords from stdin]' \
'-noverify[never verify when reading password from terminal]' \
'-quiet[no warnings]' \
'-table[format output as table]' \
'-reverse[switch table columns]' \
'*:password:'
}
_openssl_pkcs12() {
# written for openssl 1.0.2d
local algorithms
algorithms=(aes-128-cbc aes-128-ecb aes-192-cbc aes-192-ecb aes-256-cbc \
aes-256-ecb bf-cbc bf-cfb bf-ecb bf-ofb camellia-128-cbc \
camellia-128-ecb camellia-192-cbc camellia-192-ecb \
camellia-256-cbc camellia-256-ecb cast-cbc cast5-cbc cast5-cfb \
cast5-ecb cast5-ofb des-cbc des-cfb des-ecb des-ede des-ede-cbc \
des-ede-cfb des-ede-ofb des-ede3 des-ede3-cbc des-ede3-cfb \
des-ede3-ofb des-ofb idea-cbc idea-cfb idea-ecb idea-ofb \
rc2-40-cbc rc2-64-cbc rc2-cbc rc2-cfb rc2-ecb rc2-ofb rc4 \
rc4-40 rc5-cbc rc5-cfb rc5-ecb rc5-ofb seed-cbc seed-cfb \
seed-ecb seed-ofb PBE-MD2-DES PBE-MD5-DES PBE-SHA1-RC2-64 \
PBE-MD2-RC2-64 PBE-MD5-RC2-64 PBE-SHA1-DES PBE-SHA1-RC4-128 \
PBE-SHA1-RC4-40 PBE-SHA1-3DES PBE-SHA1-2DES PBE-SHA1-RC2-128 \
PBE-SHA1-RC2-40)
_arguments -C \
'-export[output PKCS12 file]' \
'-chain[add certificate chain]' \
'-inkey[private key if not infile]:file:_files' \
'-certfile[add all certs in the specified file]:file:_files' \
"-CApath[PEM format directory of CA's]:file:_files" \
"-CAfile[PEM format file of CA's]:file:_files" \
'-name[use specified friendly name]:name: ' \
'*-caname[use specified CA friendly name]:name: ' \
'-in[input filename]:file:_files' \
'-out[output filename]:file:_files' \
"-noout[don't output anything, just verify]" \
"-nomacver[don't verify MAC]" \
"-nocerts[don't output certificates]" \
'-clcerts[only output client certificates]' \
'-cacerts[only output CA certificates]' \
"-nokeys[don't output private keys]" \
'-info[give info about PKCS#12 structure]' \
'-des[encrypt private keys with DES]' \
'-des3[encrypt private keys with triple DES (default)]' \
'-idea[encrypt private keys with idea]' \
'-seed[encrypt private keys with seed]' \
'-aes128[encrypt PEM output with cbc aes]' \
'-aes192[encrypt PEM output with cbc aes]' \
'-aes256[encrypt PEM output with cbc aes]' \
'-camellia128[encrypt PEM output with cbc camellia]' \
'-camellia192[encrypt PEM output with cbc camellia]' \
'-camellia256[encrypt PEM output with cbc camellia]' \
"-nodes[don't encrypt private keys]" \
"-noiter[don't use encryption iteration]" \
"-nomaciter[don't use MAC iteration]" \
'-maciter[use MAC iteration]' \
"-nomac[don't generate MAC]" \
'-twopass[separate MAC, encryption passwords]' \
'-descert[encrypt PKCS#12 certificates with triple DES (default RC2-40)]' \
"-certpbe[specify certificate PBE algorithm (default RC2-40)]:alg:(${algorithms})" \
'-keypbe[specify private key PBE algorithm (default 3DES)]:alg:(${algorithms})' \
'-macalg[digest algorithm used in MAC (default SHA1)]:alg:_list_message_digest_algorithms' \
'-keyex[set MS key exchange type]' \
'-keysig[set MS key signature type]' \
'-password[set import/export password source]:pass phrase source:_pass_phrase_source' \
'-passin[input file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-passout[output file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-rand[files to use for random number input]:file:_rand_files' \
'-CSP[Microsoft CSP name]:name: ' \
'-LMK[add local machine keyset attribute to private key]'
}
_openssl_pkcs7() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-print_certs[print any certs or crl in the input]' \
'-text[print full details of certificates]' \
"-noout[don't output encoded data]" \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
}
_openssl_pkcs8() {
# written for openssl 1.0.2d
_arguments -C \
'-in[input file]:file:_files' \
'-inform[input format]:format:(PEM DER)' \
'-passin[input file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-outform[output format]:format:(PEM DER)' \
'-out[output file]:file:_files' \
'-passout[output file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-topk8[output PKCS8 file]' \
'-nooct[use (nonstandard) no octet format]' \
'-embed[use (nonstandard) embedded DSA parameters format]' \
'-nsdb[use (nonstandard) DSA Netscape DB format]' \
'-noiter[use 1 as iteration count]' \
'-nocrypt[use or expect unencrypted private key]' \
'-v2[use PKCS#5 v2.0 and given cipher]:alg:(aes-128-cbc aes-128-ecb aes-192-cbc aes-192-ecb aes-256-cbc aes-256-ecb bf bf-cbc bf-cfb bf-ecb bf-ofb camellia-128-cbc camellia-128-ecb camellia-192-cbc camellia-192-ecb camellia-256-cbc camellia-256-ecb cast cast-cbc cast5-cbc cast5-cfb cast5-ecb cast5-ofb des des-cbc des-cfb des-ecb des-ede des-ede-cbc des-ede-cfb des-ede-ofb des-ede3 des-ede3-cbc des-ede3-cfb des-ede3-ofb des-ofb des3 desx idea idea-cbc idea-cfb idea-ecb idea-ofb rc2 rc2-40-cbc rc2-64-cbc rc2-cbc rc2-cfb rc2-ecb rc2-ofb rc4 rc4-40 rc5 rc5-cbc rc5-cfb rc5-ecb rc5-ofb seed seed-cbc seed-cfb seed-ecb seed-ofb)' \
'-v2prf[set the PRF algorithm to use with PKCS#5 v2.0]:alg:(hmacWithMD5 hmacWithRMD160 hmacWithSHA1 hmacWithSHA224 hmacWithSHA256 hmacWithSHA384 hmacWithSHA512)' \
'-v1[use PKCS#5 v1.5 and given cipher]:obj:(PBE-MD2-DES PBE-MD5-DES PBE-SHA1-RC2-64 PBE-MD2-RC2-64 PBE-MD5-RC2-64 PBE-SHA1-DES PBE-SHA1-RC4-128 PBE-SHA1-RC4-40 PBE-SHA1-3DES PBE-SHA1-2DES PBE-SHA1-RC2-128 PBE-SHA1-RC2-40)' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
}
_openssl_pkey() {
# written for openssl 1.0.1k
_arguments -C \
'-in[input file]:file:_files' \
'-inform[input format]:format:(PEM DER)' \
'-passin[input file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-outform[output format]:format:(PEM DER)' \
'-out[output file]:file:_files' \
'-passout[output file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
}
_openssl_pkeyparam() {
# written for openssl 1.0.1k
_arguments -C \
'-in[the input filename to read parameters from]:file:_files' \
'-out[the output filename to write parameters]:file:_files' \
'-text[prints out the parameters in plain text in addition to the encoded version]' \
'-noout[do not output the encoded version of the parameters]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
}
_openssl_pkeyutl() {
# written for openssl 1.0.1k
_arguments -C \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-sigfile[signature file (verify operation only)]:file:_files' \
'-inkey[input key]:file:_files' \
'-keyform[private key format]:format:(PEM DER)' \
'-pubin[input is a public key]' \
'-certin[input is a certificate carrying a public key]' \
'-pkeyopt[public key options]:option\:value:_pkeyopts' \
'-sign[sign with private key]' \
'-verify[verify with public key]' \
'-verifyrecover[verify with public key, recover original data]' \
'-encrypt[encrypt with public key]' \
'-decrypt[decrypt with private key]' \
'-derive[derive shared secret]' \
'-hexdump[hex dump output]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-passin[pass phrase source]:pass phrase source:_pass_phrase_source'
}
_openssl_prime() {
# written for openssl 1.0.1k
_arguments -C \
'-hex[hex]' \
'-checks[number of checks]:checks: ' \
':number:'
}
_openssl_rand() {
# written for openssl 1.0.1k
_arguments -C \
'-out[write to file]:file:_files' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-rand[files to use for random number input]:file:_rand_files' \
'-base64[base64 encode output]' \
'-hex[hex encode output]' \
':num:'
}
_openssl_req() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-text[text form of request]' \
'-pubkey[output public key]' \
'-noout[do not output REQ]' \
'-verify[verify signature on REQ]' \
'-modulus[RSA modulus]' \
"-nodes[don't encrypt the output key]" \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
"-subject[output the request's subject]" \
'-passin[private key pass phrase source]:pass phrase source:_pass_phrase_source' \
'-key[use the private key contained in the specified file]:file:_files' \
'-keyform[key file format]:format:(PEM DER)' \
'-keyout[file to send the key to]:file:_files' \
'-rand[files to use for random number input]:file:_rand_files' \
"-newkey rsa\:-[generate a new RSA key of the specified number of bits in size]:bits: " \
"-newkey dsa\:[generate a new DSA key, parameters taken from CA in the specified file]:file:_files" \
"-newkey ec\:[generate a new EC key, parameters taken from CA in the specified file]:file:_files" \
'-md2[digest to sign with]' \
'-md4[digest to sign with]' \
'-md5[digest to sign with]' \
'-mdc2[digest to sign with]' \
'-sha1[digest to sign with]' \
'-config[request template file]:file:_files' \
'-subj[set or modify request subject]:subject: ' \
'-multivalue-rdn[enable support for multivalued RDNs]' \
'-new[new request]' \
'-batch[do not ask anything during request generation]' \
'-x509[output a x509 structure instead of a certificate request]' \
'-days[number of days a certificate generated by -x509 is valid for]:days: ' \
'-set_serial[serial number to use for a certificate generated by -x509]:serial: ' \
'-newhdr[output "NEW" in the header lines]' \
"-asn1-kludge[output the 'request' in a format that is wrong but some CA's have been reported as requiring]" \
'-extensions[specify certificate extension section (override value in config file)]:section: ' \
'-reqexts[specify request extension section (override value in config file)]:section: ' \
'-utf8[input characters are UTF8 (default ASCII)]' \
'*-nameopt[various certificate name options]:options:_nameopts' \
'*-reqopt[- various request text options]:options:_certopts'
# TODO: complete -extensions and -reqexts
}
_openssl_rsa() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER NET)' \
'-outform[output format]:format:(PEM DER NET)' \
'-in[input file]:file:_files' \
'-sgckey[use IIS SGC key format]' \
'-passin[input file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-out[output file]:file:_files' \
'-passout[output file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-des[encrypt PEM output with cbc des]' \
'-des3[encrypt PEM output with ede cbc des using 168 bit key]' \
'-idea[encrypt PEM output with cbc idea]' \
'-seed[encrypt PEM output with cbc seed]' \
'-aes128[encrypt PEM output with cbc aes]' \
'-aes192[encrypt PEM output with cbc aes]' \
'-aes256[encrypt PEM output with cbc aes]' \
'-camellia128[encrypt PEM output with cbc camellia]' \
'-camellia192[encrypt PEM output with cbc camellia]' \
'-camellia256[encrypt PEM output with cbc camellia]' \
'-text[print the key in text]' \
"-noout[don't print key out]" \
'-modulus[print the RSA key modulus]' \
'-check[verify key consistency]' \
'-pubin[expect a public key in input file]' \
'-pubout[output a public key]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
}
_openssl_rsautl() {
# written for openssl 1.0.1k
_arguments -C \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-inkey[input key]:file:_files' \
'-keyform[private key format]:format:(PEM DER)' \
'-pubin[input is an RSA public]' \
'-certin[input is a certificate carrying an RSA public key]' \
'-ssl[use SSL v2 padding]' \
'-raw[use no padding]' \
'-pkcs[use PKCS#1 v1.5 padding (default)]' \
'-oaep[use PKCS#1 OAEP]' \
'-sign[sign with private key]' \
'-verify[verify with public key]' \
'-encrypt[encrypt with public key]' \
'-decrypt[decrypt with private key]' \
'-hexdump[hex dump output]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-passin[pass phrase source]:pass phrase source:_pass_phrase_source'
}
_openssl_s_client() {
# written for openssl 1.0.1k
_arguments -C \
'(-6)-4[use IPv4 only]' \
'(-4)-6[use IPv6 only]' \
'(-connect)-host[use -connect instead]:host: ' \
'(-connect)-port[use -connect instead]:port: ' \
'(-host -port)-connect[who to connect to (default is localhost:4433)]:host\:port: ' \
'-verify[turn on peer certificate verification]:depth: ' \
'-verify_return_error[return verification errors]' \
'-cert[certificate file to use, PEM format assumed]:file:_files' \
'-certform[certificate format (PEM or DER) PEM default]:format:(PEM DER)' \
'-key[private key file to use, in cert file if not specified but cert file is]:file:_files' \
'-keyform[key format (PEM or DER) PEM default]:format:(PEM DER)' \
'-pass[private key file pass phrase source]:pass phrase source:_pass_phrase_source' \
"-CApath[PEM format directory of CA's]:directory:_files -/" \
"-CAfile[PEM format file of CA's]:file:_files" \
'-reconnect[drop and re-make the connection with the same Session-ID]' \
'-pause[sleep(1) after each read(2) and write(2) system call]' \
'-prexit[print session information even on connection failure]' \
'-showcerts[show all certificates in the chain]' \
'-debug[extra output]' \
'-msg[show protocol messages]' \
'-nbio_test[more ssl protocol testing]' \
"-state[print the 'ssl' states]" \
'-nbio[run with non-blocking IO]' \
'-crlf[convert LF from terminal into CRLF]' \
'-quiet[no s_client output]' \
'(-no_ign_eof)-ign_eof[ignore input eof (default when -quiet)]' \
"(-ign_eof)-no_ign_eof[don't ignore input eof]" \
'-psk_identity[PSK identity]:identity: ' \
'-psk[PSK in hex (without 0x)]:key: ' \
"-srpuser[SRP authentification for 'user']:user: " \
"-srppass[password for 'user']:password: " \
'-srp_lateuser[SRP username into second ClientHello message]' \
'-srp_moregroups[tolerate other than the known g N values]' \
'-srp_strength[minimal length in bits for N (default 1024)]:int: ' \
'(-no_ssl2 -ssl3 -tls1 -tls1_1 -tls1_2 -dtls1)-ssl2[just use SSLv2]' \
'(-no_ssl3 -ssl2 -tls1 -tls1_1 -tls1_2 -dtls1)-ssl3[just use SSLv3]' \
'(-no_tls1_2 -ssl2 -ssl3 -tls1 -tls1_1 -dtls1)-tls1_2[just use TLSv1.2]' \
'(-no_tls1_1 -ssl2 -ssl3 -tls1 -tls1_1 -dtls1)-tls1_1[just use TLSv1.1]' \
'(-no_tls1 -ssl2 -ssl3 -tls1 -tls1_1 -dtls1)-tls1[just use TLSv1.0]' \
'(-no_dtls1 -ssl2 -ssl3 -tls1 -tls1_1 -tls1_2)-dtls1[just use DTLSv1]' \
'-fallback_scsv[send TLS_FALLBACK_SCSV]' \
'-mtu[set the link layer MTU]' \
'(-tls1_2)-no_tls1_2[turn off TLSv1.2]' \
'(-tls1_1)-no_tls1_1[turn off TLSv1.1]' \
'(-tls1)-no_tls1[turn off TLSv1.0]' \
'(-ssl3)-no_ssl3[turn off SSLv3]' \
'(-ssl2)-no_ssl2[turn off SSLv2]' \
'-bugs[switch on all SSL implementation bug workarounds]' \
"-serverpref[use server's cipher preferences (only SSLv2)]" \
'-cipher[preferred cipher to use]:cipher suite:_list_ciphers' \
"-starttls[use the STARTTLS command before starting TLS for those protocols that support it]:protocol:(smtp pop3 imap ftp xmpp)" \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-rand[files to use for random number input]:file:_rand_files' \
'-sess_out[file to write SSL session to]:file:_files' \
'-sess_in[file to read SSL session from]:file:_files' \
'-servername[set TLS extension servername in ClientHello]:host: ' \
'-tlsextdebug[hex dump of all TLS extensions received]' \
'-status[request certificate status from server]' \
'-no_ticket[disable use of RFC4507bis session tickets]' \
'-nextprotoneg[enable NPN extension, considering named protocols supported (comma-separated list)]:protocols: ' \
'-legacy_renegotiation[enable use of legacy renegotiation (dangerous)]' \
'-use_srtp[offer SRTP key management with a colon-separated profile list]:profiles: ' \
'-keymatexport[export keying material using label]:label: ' \
'-keymatexportlen[export len bytes of keying material (default 20)]:len: '
}
_openssl_s_server() {
# written for openssl 1.0.1k
_arguments -C \
'-accept[port to accept on (default is 4433)]:port: ' \
'-context[set session ID context]:id: ' \
'-verify[turn on peer certificate verification]:depth: ' \
'-Verify[turn on peer certificate verification, must have a cert]:depth: ' \
'-verify_return_error[return verification errors]' \
'-cert[certificate file to use (default is server.pem)]:file:_files' \
'-crl_check[check the peer certificate has not been revoked by its CA]' \
'-crl_check_all[check the peer certificate has not been revoked by its CA or any other CRL in the CA chain]' \
'-certform[certificate format]:format:(PEM DER)' \
'-key[Private Key file to use, in cert file if not specified (default is server.pem)]:file:_files' \
'-keyform[key format]:format:(PEM DER ENGINE)' \
'-pass[private key file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-dcert[second certificate file to use (usually for DSA)]:file:_files' \
'-dcertform[second certificate format]:format:(PEM DER)' \
'-dkey[second private key file to use (usually for DSA)]:file:_files' \
'-dkeyform[second key format]:format:(PEM DER ENGINE)' \
'-dpass[second private key file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-dhparam[DH parameter file to use, in cert file if not specified or a default set of parameters is used]:file:_files' \
'-named_curve[elliptic curve name to use for ephemeral ECDH keys. (default is nistp256)]:named curve:_list_curves' \
'-nbio[run with non-blocking IO]' \
'-nbio_test[test with the non-blocking test bio]' \
'-crlf[convert LF from terminal into CRLF]' \
'-debug[print more output]' \
'-msg[show protocol messages]' \
'-state[print the SSL states]' \
"-CApath[PEM format directory of CA's]:file:_files -/" \
"-CAfile[PEM format file of CA's]:file:_files" \
"-nocert[don't use any certificates (Anon-DH)]" \
'-cipher[preferred cipher to use]:cipher suite:_list_ciphers' \
"-serverpref[use server's cipher preferences]" \
'-quiet[no server output]' \
'-no_tmp_rsa[do not generate a tmp RSA key]' \
'-psk_hint[PSK identity hint to use]:hint: ' \
'-psk[PSK in hex (without 0x)]:PSK: ' \
'-srpvfile[the verifier file for SRP]:file:_files' \
'-srpuserseed[a seed string for a default user salt]:seed: ' \
'-ssl2[just talk SSLv2]' \
'-ssl3[just talk SSLv3]' \
'-tls1_2[just talk TLSv1.2]' \
'-tls1_1[just talk TLSv1.1]' \
'-tls1[just talk TLSv1]' \
'-dtls1[just talk DTLSv1]' \
'-timeout[enable timeouts]' \
'-mtu[set link layer MTU]' \
'-chain[read a certificate chain]' \
'-no_ssl2[just disable SSLv2]' \
'-no_ssl3[just disable SSLv3]' \
'-no_tls1[just disable TLSv1]' \
'-no_tls1_1[just disable TLSv1.1]' \
'-no_tls1_2[just disable TLSv1.2]' \
'-no_dhe[disable ephemeral DH]' \
'-no_ecdhe[disable ephemeral ECDH]' \
'-bugs[turn on SSL bug compatibility]' \
'-hack[workaround for early Netscape code]' \
"-www[respond to a 'GET /' with a status page]" \
"-WWW[respond to a 'GET /<path> HTTP/1.0' with file ./<path>]" \
"-HTTP[respond to a 'GET /<path> HTTP/1.0' with file ./<path> with the assumption it contains a complete HTTP response]" \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-id_prefix[generate SSL/TLS session IDs prefixed by arg]:prefix: ' \
'-rand[files to use for random number input]:file:_rand_files' \
'-servername[servername for HostName TLS extension]:hostname: ' \
'-servername_fatal[on mismatch send fatal alert (default warning alert)]' \
'-cert2[certificate file to use for servername (default is server2.pem)]:file:_files' \
'-key2[Private Key file to use for servername, in cert file if not specified (default is server2.pem)]:file:_files' \
'-tlsextdebug[hex dump of all TLS extensions received]' \
'-no_ticket[disable use of RFC4507bis session tickets]' \
'-legacy_renegotiation[enable use of legacy renegotiation (dangerous)]' \
'-nextprotoneg[set the advertised protocols for the NPN extension (comma-separated list)]:protocol:(http/1.0 http/1.1)' \
'-use_srtp[offer SRTP key management with a colon-separated profile list]:profiles: ' \
'-4[use IPv4 only]' \
'-6[use IPv6 only]' \
'-keymatexport[export keying material using label]:label: ' \
'-keymatexportlen[export len bytes of keying material (default 20)]:length: ' \
'-status[respond to certificate status requests]' \
'-status_verbose[enable status request verbose printout]' \
'-status_timeout[status request responder timeout]:seconds: ' \
'-status_url[status request fallback URL]:URL: '
# TODO: srtp profiles
}
_openssl_s_time() {
# written for openssl 1.0.1k
_arguments -C \
'-connect[host:port to connect to (default is localhost:4433)]:host\:port: ' \
'-nbio[run with non-blocking IO]' \
'-ssl2[just use SSLv2]' \
'-ssl3[just use SSLv3]' \
'-bugs[turn on SSL bug compatibility]' \
'-new[just time new connections]' \
'-reuse[just time connection reuse]' \
"-www[retrieve the specified page from the site]:page: " \
'-time[max number of seconds to collect data, default 30]:seconds: ' \
'-verify[turn on peer certificate verification]:depth: ' \
'-cert[certificate file to use, PEM format assumed]:file:_files' \
'-key[RSA file to use, PEM format assumed, key is in cert file]:file:_files' \
"-CApath[PEM format directory of CA's]:file:_files -/" \
"-CAfile[PEM format file of CA's]:file:_files" \
'-cipher[preferred cipher to use]:cipher suite:_list_ciphers'
}
_openssl_sess_id() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format]:format:(PEM DER)' \
'-outform[output format]:format:(PEM DER)' \
'-in[input file (default stdin)]:file:_files' \
'-out[output file (default stdout)]:file:_files' \
'-text[print ssl session id details]' \
'-cert[output certificate ]' \
'-noout[no CRL output]' \
'-context[set the session ID context]:id: '
}
_openssl_smime() {
# written for openssl 1.0.1k
_arguments -C \
'-encrypt[encrypt message]' \
'-decrypt[decrypt encrypted message]' \
'-sign[sign message]' \
'-verify[verify signed message]' \
'-pk7out[output PKCS#7 structure]' \
'-des3[encrypt with triple DES]' \
'-des[encrypt with DES]' \
'-seed[encrypt with SEED]' \
'-rc2-40[encrypt with RC2-40 (default)]' \
'-rc2-64[encrypt with RC2-64]' \
'-rc2-128[encrypt with RC2-128]' \
'-aes128[encrypt PEM output with cbc aes]' \
'-aes192[encrypt PEM output with cbc aes]' \
'-aes256[encrypt PEM output with cbc aes]' \
'-camellia128[encrypt PEM output with cbc camellia]' \
'-camellia192[encrypt PEM output with cbc camellia]' \
'-camellia256[encrypt PEM output with cbc camellia]' \
"-nointern[don't search certificates in message for signer]" \
"-nosigs[don't verify message signature]" \
"-noverify[don't verify signers certificate]" \
"-nocerts[don't include signers certificate when signing]" \
'-nodetach[use opaque signing]' \
"-noattr[don't include any signed attributes]" \
"-binary[don't translate message to text]" \
'-certfile[other certificates file]:file:_files' \
'-signer[signer certificate file]:file:_files' \
'-recip[recipient certificate file for decryption]:file:_files' \
'-in[input file]:file:_files' \
'-inform[input format]:format:(SMIME PEM DER)' \
'-inkey[input private key (if not signer or recipient)]:file:_files' \
'-keyform[input private key format]:format:(PEM ENGINE)' \
'-out[output file]:file:_files' \
'-outform[output format]:format:(SMIME PEM DER)' \
'-content[supply or override content for detached signature]:file:_files' \
'-to[to address]:address: ' \
'-from[from address]:address: ' \
'-subject[subject]:subject: ' \
'-text[include or delete text MIME headers]' \
'-CApath[trusted certificates directory]:directory:_files -/' \
'-CAfile[trusted certificates file]:file:_files' \
"-crl_check[check revocation status of signer's certificate using CRLs]" \
"-crl_check_all[check revocation status of signer's certificate chain using CRLs]" \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-passin[input file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-rand[files to use for random number input]:file:_rand_files' \
':certificate:_files'
}
_openssl_speed() {
# written for openssl 1.0.1k
local algorithms
algorithms=(mdc2 md4 md5 hmac sha1 sha256 sha512 whirlpoolrmd160 idea-cbc \
seed-cbc rc2-cbc rc5-cbc bf-cbc des-cbc des-ede3 aes-128-cbc \
aes-192-cbc aes-256-cbc aes-128-ige aes-192-ige aes-256-ige \
camellia-128-cbc camellia-192-cbc camellia-256-cbc rc4 rsa512 \
rsa1024 rsa2048 rsa4096 dsa512 dsa1024 dsa2048 ecdsap160 \
ecdsap192 ecdsap224 ecdsap256 ecdsap384 ecdsap521 ecdsak163 \
ecdsak233 ecdsak283 ecdsak409 ecdsak571 ecdsab163 ecdsab233 \
ecdsab283 ecdsab409 ecdsab571 ecdsa ecdhp160 ecdhp192 ecdhp224 \
ecdhp256 ecdhp384 ecdhp521 ecdhk163 ecdhk233 ecdhk283 ecdhk409 \
ecdhk571 ecdhb163 ecdhb233 ecdhb283 ecdhb409 ecdhb571 ecdh idea \
seed rc2 des aes camellia rsa blowfish)
_arguments -C \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-evp[use the specified EVP]:EVP: ' \
'-decrypt[time decryption instead of encryption (only EVP)]' \
'-mr[produce machine readable output]' \
'-multi[run n benchmarks in parallel]:benchmarks: ' \
"*:algorithm:(${algorithms})"
}
_openssl_spkac() {
# written for openssl 1.0.1k
_arguments -C \
'-in[input file]:file:_files' \
'-out[output file]:file:_files' \
'-key[create SPKAC using private key]:file:_files' \
'-passin[input file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-challenge[challenge string]:string: ' \
'-spkac[alternative SPKAC name]:spkacname: ' \
'-spksect[alternative section name]:section: ' \
"-noout[don't print SPKAC]" \
'-pubkey[output public key]' \
'-verify[verify SPKAC signature]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
}
_openssl_srp() {
# written for openssl 1.0.1k
_arguments -C \
'-verbose[talk alot while doing things]' \
'-config[a config file]:file:_files' \
'-name[the particular srp definition to use]:definition: ' \
'-srpvfile[the srp verifier file name]:file:_files' \
'(-modify -delete -list)-add[add an user and srp verifier]' \
'(-add -delete -list)-modify[modify the srp verifier of an existing user]' \
'(-add -modify -list)-delete[delete user from verifier file]' \
'(-add -modify -delete)-list[list user]' \
'-gn[g and N values to be used for new verifier]:g and N: ' \
'-userinfo[additional info to be set for user]:userinfo: ' \
'-passin[input file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-passout[output file pass phrase source]:pass phrase source:_pass_phrase_source' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'-rand[files to use for random number input]:file:_rand_files' \
':user:'
}
_openssl_ts() {
# written for openssl 1.0.1k
# written for openssl 1.0.2e
local action digests
digests=(-dss1 -md4 -md5 -mdc2 -ripemd160 -sha -sha1 -sha224 -sha256 \
-sha384 -sha512 -whirlpool)
if [[ "${CURRENT}" -eq 2 ]]; then
# first parameter to ts
_values 'openssl time stamp action' '-query[time stamp request generation]' '-reply[time stamp response generation]' '-verify[time stamp response verification]'
else
action="${words[2]}"
case "${action}" in
-query)
_arguments -C \
'-rand[files to use for random number input]:file:_rand_files' \
'-config[config file to use]:file:_files' \
'(-digest)-data[data file for which the time stamp request needs to be created]:file:_files' \
'(-data)-digest[digest of the data file]:bytes: ' \
"($digests)-dss1[use the dss1 message digest algorithm]" \
"($digests)-md4[to use the md4 message digest algorithm]" \
"($digests)-md5[to use the md5 message digest algorithm]" \
"($digests)-mdc2[to use the mdc2 message digest algorithm]" \
"($digests)-ripemd160[to use the ripemd160 message digest algorithm]" \
"($digests)-sha[to use the sha message digest algorithm]" \
"($digests)-sha1[to use the sha1 message digest algorithm]" \
"($digests)-sha224[to use the sha224 message digest algorithm]" \
"($digests)-sha256[to use the sha256 message digest algorithm]" \
"($digests)-sha384[to use the sha384 message digest algorithm]" \
"($digests)-sha512[to use the sha512 message digest algorithm]" \
"($digests)-whirlpool[to use the whirlpool message digest algorithm]" \
'-policy[policy to use for creating the time stamp token]:policy ID: ' \
'-no_nonce[do not include a nonce in the request]' \
'-cert[request a signing certificate in the response]' \
'-in[use the previously created time stamp request]:file:_files' \
'-out[name of the output file to which the request will be written]:file:_files' \
'-text[output in human-readable format instead of DER]'
;;
-reply)
_arguments -C \
'-config[config file to use]:file:_files' \
'-section[config file section for response generation]:section: ' \
'-queryfile[file containing a DER encoded time stamp request]:file:_files' \
'-passin[private key password source]:pass phrase source:_pass_phrase_source' \
'-signer[signer certificate of the TSA in PEM format]:file:_files' \
'-inkey[signer private key in PEM format]:file:_files' \
'-chain[signer certificate chain in PEM format]:file:_files' \
'-policy[default policy to use for response]:policy ID: ' \
'-in[use the previously created time stamp response in DER format]:file:_files' \
'-token_in[the paramter to -in is a time stamp token in DER format]' \
'-out[name of the output file to which the response will be written]:file:_files' \
'-token_out[output a time stamp token instead of a time stamp response]' \
'-text[output in human-readable format instead of DER]' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines'
;;
-verify)
_arguments -C \
'(-digest -queryfile)-data[verify response against the specified file]:file:_files' \
'(-data -queryfile)-digest[verify the response against the specified message digest]:digest bytes: ' \
'(-data -digest)-queryfile[the original time stamp request in DER format]:file:_files' \
'-in[time stamp response that needs to be verified in DER format]:file:_files' \
'-token_in[the paramter to -in is a time stamp token in DER format]' \
'-CApath[directory containing the trused CA certificates of the client]:directory:_files -/' \
'-CAFile[file containing a set of trusted self-signed CA certificates in PEM format]:file:_files' \
'-untrusted[set of additional untrusted certificates in PEM format which may be needed when building the certificate chain]:file:_files'
;;
esac
fi
}
_openssl_verify() {
# written for openssl 1.0.1k
_arguments -C \
'-CApath[a directory of trusted certificates]:directory:_files -/' \
'-CAfile[file A file of trusted certificates]:file:_files' \
'-purpose[the intended use for the certificate]:purpose:(sslclient sslserver nssslserver smimesign smimeencrypt crlsign any ocsphelper timestampsign)' \
'*-policy[enable policy processing and add arg to the user-initial-policy-set]:object name or OID: ' \
'-ignore_critical[ignore critical extensions]' \
'-attime[perform validation checks using the given time]:timestamp: ' \
'-check_ss_sig[verify the signature on the self-signed root CA]' \
"-crlfile[file containing one or more CRL's (in PEM format) to load]:file:_files" \
'-crl_check[check end entity certificate in CRL]' \
'-crl_check_all[check all certificates in CRL]' \
'-policy_check[enables certificate policy processing]' \
'-explicit_policy[set policy variable require-explicit-policy]' \
'-inhibit_any[set policy variable inhibit-any-policy]' \
'-inhibit_map[set policy variable inhibit-policy-mapping]' \
'-x509_strict[strict X.509-compliance]' \
'-extended_crl[enable extended CRL features]' \
'-use_deltas[enable support for delta CRLs]' \
'-policy_print[print out diagnostics related to policy processing]' \
'-untrusted[a file of untrusted certificates]:file:_files' \
'(-*)-help[print out a usage message]' \
'-issuer_checks[print out diagnostics relating to searches for the issuer certificate of the current certificate]' \
'-verbose[print extra information about the operations being performed]' \
'*:certificate:_files'
# TODO: - may be used to separate certificates from options
# TODO: Do not hardcode purposes
}
_openssl_version() {
# written for openssl 1.0.1k
_arguments -C \
'-a[all information, this is the same as setting all the other flags]' \
'-v[the current OpenSSL version]' \
'-b[the date the current version of OpenSSL was built]' \
'-o[option information: various options set when the library was built]' \
'-f[compilation flags]' \
'-p[platform setting]' \
'-d[OPENSSLDIR setting]'
}
_openssl_x509() {
# written for openssl 1.0.1k
_arguments -C \
'-inform[input format - default PEM (one of DER, NET or PEM)]:format:(DER NET PEM)' \
'-outform[output format - default PEM (one of DER, NET or PEM)]:arg:(DER NET PEM)' \
'-keyform[private key format - default PEM]:arg:(DER PEM)' \
'-CAform[CA format - default PEM]:arg:(DER PEM)' \
'-CAkeyform[CA key format - default PEM]:arg:(DER PEM)' \
'-in[input file - default stdin]:file:_files' \
'-out[output file - default stdout]:file:_files' \
'-passin[private key password source]:pass phrase source:_pass_phrase_source' \
'-serial[print serial number value]' \
'-subject_hash[print subject hash value]' \
'-subject_hash_old[print old-style (MD5) subject hash value]' \
'-issuer_hash[print issuer hash value]' \
'-issuer_hash_old[print old-style (MD5) issuer hash value]' \
'-hash[synonym for -subject_hash]' \
'-subject[print subject DN]' \
'-issuer[print issuer DN]' \
'-email[print email address(es)]' \
'-startdate[notBefore field]' \
'-enddate[notAfter field]' \
'-purpose[print out certificate purposes]' \
'-dates[both Before and After dates]' \
'-modulus[print the RSA key modulus]' \
'-pubkey[output the public key]' \
'-fingerprint[print the certificate fingerprint]' \
'-alias[output certificate alias]' \
'-noout[no certificate output]' \
'-ocspid[print OCSP hash values for the subject name and public key]' \
'-ocsp_uri[print OCSP Responder URL(s)]' \
'-trustout[output a "trusted" certificate]' \
'-clrtrust[clear all trusted purposes]' \
'-clrreject[clear all rejected purposes]' \
'-addtrust[trust certificate for a given purpose]:purpose:(clientAuth serverAuth emailProtection)' \
'-addreject[reject certificate for a given purpose]:purpose:(clientAuth serverAuth emailProtection)' \
'-setalias[set certificate alias]:alias: ' \
'-days[how long till expiry of a signed certificate (default 30 days)]:days: ' \
'-checkend[check whether the cert expires in the specified time]:seconds: ' \
'-signkey[self sign cert with arg]:file:_files' \
'-x509toreq[output a certification request object]' \
'-req[input is a certificate request, sign and output]' \
'-CA[set the CA certificate, must be PEM format]:file:_files' \
'-CAkey[set the CA key, must be PEM format]:file:_files' \
'-CAcreateserial[create serial number file if it does not exist]' \
'-CAserial[serial file]:file:_files' \
'-set_serial[serial number to use]' \
'-text[print the certificate in text form]' \
'-C[print out C code forms]' \
'(-md5 -sha1 -mdc2)-md2[digest to use]' \
'(-md2 -sha1 -mdc2)-md5[digest to use]' \
'(-md2 -md5 -mdc2)-sha1[digest to use]' \
'(-md2 -md5 -sha1)-mdc2[digest to use]' \
'-extfile[configuration file with X509V3 extensions to add]' \
'-extensions[section from config file with X509V3 extensions to add]' \
'-clrext[delete extensions before signing and input certificate]' \
'*-nameopt[various certificate name options]:options:_nameopts' \
'-engine[use the specified engine, possibly a hardware device]:engine:_engines' \
'*-certopt[various certificate text options]:options:_certopts'
}
_pass_phrase_source() {
# pass:password
# env:var
# file:pathname
# fd:number
# stdin
_values -S : 'pass phrase source' \
'pass[obtain the password from the command line]:password: ' \
'env[obtain the password from the environment variable var]:var:_parameters -g "*export*"' \
'file[obtain the password from a file]:file:_files' \
'fd[read the password from the file descriptor number]:number: ' \
'stdin[read the password from standard input]'
}
_rand_files() {
# FIXME: this does not allow using multiple files separated by :
# the following would probably work, but how to generate $files?
#_values -s : -S ' ' 'random source file or directory' ${files}
_files
}
_engines() {
# openssl engines
local engines
engines=(${${${(@f)"$(_call_program engines openssl engine)"}%)*}#\(})
_values 'engines' ${engines}
}
_list_ciphers() {
# openssl ciphers
local ciphers
# add cipher suites
ciphers=(${(@s/:/)"$(_call_program ciphers openssl ciphers)"})
# add static cipher strings
ciphers=(${ciphers} \
'DEFAULT[the default cipher list]' \
'COMPLEMENTOFDEFAULT[the ciphers included in ALL but not enabled by default]' \
'ALL[all cipher suites except the eNULL ciphers]' \
'COMPLEMENTOFALL[the cipher suites not enabled by ALL]' \
'HIGH["high" encryption cipher suites]' \
'MEDIUM["medium" encryption cipher suites]' \
'LOW["low" encryption cipher suites]' \
{EXP,EXPORT}'[export encryption algorithms]' \
'EXPORT40[40 bit export encryption algorithms]' \
'EXPORT56[56 bit export encryption algorithms]' \
{eNULL,NULL}'[ciphers offering no encryption]' \
'aNULL[ciphers offering no authentication]' \
{kRSA,RSA}'[cipher suites rusing RSA key exchange]' \
'kDHr[cipher suites using DH key agreement signed by CAs with RSA keys]' \
'kDHd[cipher suites using DH key agreement signed by CAs with DSS keys]' \
'kDH[cipher suites using DH key agreement]' \
{kDHE,kEDH}'[cipher suites using ephemeral DH key agreement, including anonymous cipher suites]' \
{DHE,EDH}'[cipher suites using authenticated ephemeral DH key agreement]' \
'ADH[anonymous DH cipher suites, not including anonymous ECDH ciphers]' \
'DH[cipher suites using DH, including anonymous DH, ephemeral DH and fixed DH]' \
'kECDHr[cipher suites using fixed ECDH key agreement signed by CAs with RSA keys]' \
'kECDHe[cipher suites using fixed ECDH key agreement signed by CAs with ECDSA keys]' \
'kECDH[cipher suites using fixed ECDH key agreement]' \
{kECDHE,kEECDH}'[cipher suites using ephemeral ECDH key agreement, including anonymous cipher suites]' \
{ECDHE,kEECDH}'[cipher suites using authenticated ephemeral ECDH key agreement]' \
'AECDH[anonymous Elliptic Curve Diffie Hellman cipher suites]' \
'ECDH[cipher suites using ECDH key exchange, including anonymous, ephemeral and fixed ECDH]' \
'aRSA[cipher suites using RSA authentication]' \
{aDSS,DSS}'[cipher suites using DSS authentication]' \
'aDH[cipher suites effectively using DH authentication]' \
'aECDH[cipher suites effectively using ECDH authentication]' \
{aECDSA,ECDSA}'[cipher suites using ECDSA authentication]' \
'TLSv1.2[TLSv1.2 cipher suites]' \
'TLSv1[TLSv1.0 cipher suites]' \
'SSLv3[SSLv3.0 cipher suites]' \
'SSLv2[SSLv2.0 cipher suites]' \
'AES128[cipher suites using 128 bit AES]' \
'AES256[cipher suites using 256 bit AES]' \
'AES[cipher suites using AES]' \
'AESGCM[AES in Galois Counter Mode (GCM)]' \
'CAMELLIA128[cipher suites using 128 bit CAMELLIA]' \
'CAMELLIA256[cipher suites using 256 bit CAMELLIA]' \
'CAMELLIA[cipher suites using CAMELLIA]' \
'3DES[cipher suites using triple DES]' \
'DES[cipher suites using DES (not triple DES)]' \
'RC4[cipher suites using RC4]' \
'RC2[cipher suites using RC2]' \
'IDEA[cipher suites using IDEA]' \
'SEED[cipher suites using SEED]' \
'MD5[cipher suites using MD5]' \
{SHA1,SHA}'[cipher suites using SHA1]' \
'SHA256[cipher suites using SHA256]' \
'SHA384[cipher suites using SHA284]' \
'aGOST[cipher suites using GOST R 34.10 for authenticaction]' \
'aGOST01[cipher suites using GOST R 34.10-2001 authentication]' \
'aGOST94[cipher suites using GOST R 34.10-94 authentication]' \
'kGOST[cipher suites, using VKO 34.10 key exchange]' \
'GOST94[cipher suites, using HMAC based on GOST R 34.11-94]' \
'GOST89MAC[cipher suites using GOST 28147-89 MAC instead of HMAC]' \
'PSK[cipher suites using pre-shared keys (PSK)]' \
'SUITEB128[suite B mode operation using 128 or 192 bit level of security]' \
'SUITEB128ONLY[suite B mode operation using 128 bit level of security]' \
'SUITEB192[suite B mode operation using 192 bit level of security]' \
)
# FIXME: support !, + and - before each cipher suite
_values -s : 'cipher suite' ${ciphers}
}
_list_curves() {
# openssl ecparam -list_curves
local curves not_curves
curves="$(_call_program list_curves openssl ecparam -list_curves)"
# identify lines that do not contain curve names but only descriptions
not_curves=(${${(f)curves[@]}:#*:*})
# remove non-curve lines, trailing descriptions and leading spaces
curves=(${${${${(f)curves[@]}:|not_curves}%:*}##* })
_values 'named curves' ${curves}
}
_list_message_digest_algorithms() {
# openssl list-message-digest-algorithms
local algorithms
algorithms=(${${(@f)"$(_call_program message_digest_algorithms openssl list-message-digest-algorithms)"}%% *})
_values 'message digest algorithms' ${algorithms}
}
_nameopts() {
_values -s ',' -w 'nameopts' \
'(-compat compat)'{-compat,compat}'[use the old format. This is equivalent to specifying no name options at all]' \
'(-RFC2253 RFC2253)'{-RFC2253,RFC2253}'[displays names compatible with RFC2253 equivalent to esc_2253, esc_ctrl, esc_msb, utf8, dump_nostr, dump_unknown, dump_der, sep_comma_plus, dn_rev and sname]' \
'(-oneline oneline)'{-oneline,oneline}'[a oneline format which is more readable than RFC2253. Equivalent to esc_2253, esc_ctrl, esc_msb, utf8, dump_nostr, dump_der, use_quote, sep_comma_plus_space, space_eq and sname options]' \
'(-multiline multiline)'{-multiline,multiline}'[a multiline format. Equivalent to esc_ctrl, esc_msb, sep_multiline, space_eq, lname and align]' \
'(-esc_2253 esc_2253)'{-esc_2253,esc_2253}'[escape the "special" characters required by RFC2253 in a field]' \
'(-esc_ctrl esc_ctrl)'{-esc_ctrl,esc_ctrl}'[escape control characters]' \
'(-esc_msb esc_msb)'{-esc_msb,esc_msb}'[escape characters with the MSB set]' \
'(-use_quote use_quote)'{-use_quote,use_quote}'[escapes some characters by surrounding the whole string with " characters]' \
'(-utf8 utf8)'{-utf8,utf8}'[convert all strings to UTF8 format first]' \
'(-ignore_type ignore_type)'{-ignore_type,ignore_type}'[this option does not attempt to interpret multibyte characters in any way]' \
'(-show_type show_type)'{-show_type,show_type}'[show the type of the ASN1 character string]' \
'(-dump_der dump_der)'{-dump_der,dump_der}'[use DER encoding when hexdumping fields]' \
'(-dump_nostr dump_nostr)'{-dump_nostr,dump_nostr}'[dump non character string types]' \
'(-dump_all dump_all)'{-dump_all,dump_all}'[dump all fields]' \
'(-dump_unknown dump_unknown)'{-dump_unknown,dump_unknown}'[dump any field whose OID is not recognised by OpenSSL]' \
'(-sep_comma_plus sep_comma_plus)'{-sep_comma_plus,sep_comma_plus}'[these options determine the field separators]' \
'(-sep_comma_plus_space sep_comma_plus_space)'{-sep_comma_plus_space,sep_comma_plus_space}'[these options determine the field separators]' \
'(-sep_semi_plus_space sep_semi_plus_space)'{-sep_semi_plus_space,sep_semi_plus_space}'[these options determine the field separators]' \
'(-sep_multiline sep_multiline)'{-sep_multiline,sep_multiline}'[these options determine the field separators]' \
'(-dn_rev dn_rev)'{-dn_rev,dn_rev}'[reverse the fields of the DN]' \
'(-nofname nofname)'{-nofname,nofname}'[do not display field names]' \
'(-sname sname)'{-sname,sname}'[display field names in short form]' \
'(-lname lname)'{-lname,lname}'[display field names in long form]' \
'(-oid oid)'{-oid,oid}'[display field names in numerical form]' \
'(-align align)'{-align,align}'[align field values for a more readable output. Only usable with sep_multiline]' \
'(-space_eq space_eq)'{-space_eq,space_eq}'[places spaces around the = character which follows the field name]'
}
_certopts() {
_values -s ',' -w 'certopts' \
'compatible[use the old format. This is equivalent to specifying no output options at all]' \
"no_header[don't print header information: that is the lines saying \"Certificate\" and \"Data\"]" \
"no_version[don't print out the version number]" \
"no_serial[don't print out the serial number]" \
"no_signame[don't print out the signature algorithm used]" \
"no_validity[don't print the validity, that is the notBefore and notAfter fields]" \
"no_subject[don't print out the subject name]" \
"no_issuer[don't print out the issuer name]" \
"no_pubkey[don't print out the public key]" \
"no_sigdump[don't give a hexadecimal dump of the certificate signature]" \
"no_aux[don't print out certificate trust information]" \
"no_extensions[don't print out any X509V3 extensions]" \
'ext_default[retain default extension behaviour: attempt to print out unsupported certificate extensions]' \
'ext_error[print an error message for unsupported certificate extensions]' \
'ext_parse[ASN1 parse unsupported extensions]' \
'ext_dump[hex dump unsupported extensions]' \
'(no_issuer no_pubkey no_header no_version no_sigdump no_signame)ca_default[the value used by the ca utility, equivalent to no_issuer, no_pubkey, no_header, no_version, no_sigdump and no_signame]'
}
_openssl "$@"
# vim: ft=zsh sw=2 ts=2 et
