AesCtrParams - Web APIs
the aesctrparams dictionary of the web crypto api represents the object that should be passed as the algorithm parameter into subtlecrypto.encrypt(), subtlecrypto.decrypt(), subtlecrypto.wrapkey(), or subtlecrypto.unwrapkey(), when using the aes-ctr algorithm.
... aes is a block cipher, meaning that it splits the message into blocks and encrypts it a block at a time.
...this should be set to aes-ctr.
...And 3 more matches

AesGcmParams - Web APIs
the aesgcmparams dictionary of the web crypto api represents the object that should be passed as the algorithm parameter into subtlecrypto.encrypt(), subtlecrypto.decrypt(), subtlecrypto.wrapkey(), or subtlecrypto.unwrapkey(), when using the aes-gcm algorithm.
... for details of how to supply appropriate values for this parameter, see the specification for aes-gcm: nist sp800-38d, in particular section 5.2.1.1 on input data.
...this should be set to aes-gcm.
...And 3 more matches

AesCbcParams - Web APIs
the aescbcparams dictionary of the web crypto api represents the object that should be passed as the algorithm parameter into subtlecrypto.encrypt(), subtlecrypto.decrypt(), subtlecrypto.wrapkey(), or subtlecrypto.unwrapkey(), when using the aes-cbc algorithm.
...this should be set to aes-cbc.
... specifications specification status comment web cryptography apithe definition of 'subtlecrypto.aescbcparams' in that specification.

AesKeyGenParams - Web APIs
the aeskeygenparams dictionary of the web crypto api represents the object that should be passed as the algorithm parameter into subtlecrypto.generatekey(), when generating an aes key: that is, when the algorithm is identified as any of aes-cbc, aes-ctr, aes-gcm, or aes-kw.
...this should be set to aes-cbc, aes-ctr, aes-gcm, or aes-kw, depending on the algorithm you want to use.
... specifications specification status comment web cryptography apithe definition of 'subtlecrypto.aeskeygenparams' in that specification.

SubtleCrypto.wrapKey() - Web APIs
to use aes-ctr, pass an aesctrparams object.
... to use aes-cbc, pass an aescbcparams object.
... to use aes-gcm, pass an aesgcmparams object.
...And 24 more matches

SubtleCrypto.unwrapKey() - Web APIs
to use aes-ctr, pass an aesctrparams object.
... to use aes-cbc, pass an aescbcparams object.
... to use aes-gcm, pass an aesgcmparams object.
...And 16 more matches

SubtleCrypto.encrypt() - Web APIs
to use aes-ctr, pass an aesctrparams object.
... to use aes-cbc, pass an aescbcparams object.
... to use aes-gcm, pass an aesgcmparams object.
...And 12 more matches

window.location - Web APIs
praesent bibendum condimentum feugiat.</p> <p id="mybookmark1">[&nbsp;<span class="intlink" onclick="showbookmark('#mybookmark2');">go to bookmark #2</span>&nbsp;]</p> <p>vivamus blandit massa ut metus mattis in fringilla lectus imperdiet.
...praesent vel elementum felis.
...praesent ut nibh sit amet nibh congue pulvinar.
...And 10 more matches

Encrypt Decrypt MAC Keys As Session Objects
/* nss headers */ #include #include /* our samples utilities */ #include "util.h" #define buffersize 80 #define digestsize 16 #define ptext_mac_buffer_size 96 #define ciphersize 96 #define blocksize 32 #define cipher_header "-----begin cipher-----" #define cipher_trailer "-----end cipher-----" #define enckey_header "-----begin aeskey ckaid-----" #define enckey_trailer "-----end aeskey ckaid-----" #define mackey_header "-----begin mackey ckaid-----" #define mackey_trailer "-----end mackey ckaid-----" #define iv_header "-----begin iv-----" #define iv_trailer "-----end iv-----" #define mac_header "-----begin mac-----" #define mac_trailer "-----end mac-----" #de...
...intf(outfile, "%s\n\n", trailer); return secsuccess; } /* * initialize for encryption or decryption - common code */ pk11context * cryptinit(pk11symkey *key, unsigned char *iv, unsigned int ivlen, ck_mechanism_type type, ck_attribute_type operation) { secitem ivitem = { sibuffer, iv, ivlen }; pk11context *ctx = null; secitem *secparam = pk11_paramfromiv(ckm_aes_cbc, &ivitem); if (secparam == null) { pr_fprintf(pr_stderr, "crypt failed : secparam null\n"); return null; } ctx = pk11_createcontextbysymkey(ckm_aes_cbc, operation, key, secparam); if (ctx == null) { pr_fprintf(pr_stderr, "crypt failed : can't create a context\n"); goto cleanup; } cleanup: if (secparam) { secitem_freeitem(secpara...
... static unsigned int firsttime = 1; int j; ctxmac = pk11_createcontextbysymkey(ckm_md5_hmac, cka_sign, mk, &noparams); if (ctxmac == null) { pr_fprintf(pr_stderr, "can't create mac context\n"); rv = secfailure; goto cleanup; } rv = macinit(ctxmac); if (rv != secsuccess) { goto cleanup; } ctxenc = encryptinit(ek, iv, ivlen, ckm_aes_cbc); /* read a buffer of plaintext from input file */ while ((ptextlen = pr_read(infile, ptext, sizeof(ptext))) > 0) { /* encrypt using it using cbc, using previously created iv */ if (ptextlen != blocksize) { paddinglength = blocksize - ptextlen; for ( j=0; j < paddinglength; j++) { ptext[ptextlen+j] = (unsigned char)paddinglengt...
...And 9 more matches

Encrypt and decrypt MAC using token
/* nss headers */ #include #include /* our samples utilities */ #include "util.h" #define buffersize 80 #define digestsize 16 #define ptext_mac_buffer_size 96 #define ciphersize 96 #define blocksize 32 #define cipher_header "-----begin cipher-----" #define cipher_trailer "-----end cipher-----" #define enckey_header "-----begin aeskey ckaid-----" #define enckey_trailer "-----end aeskey ckaid-----" #define mackey_header "-----begin mackey ckaid-----" #define mackey_trailer "-----end mackey ckaid-----" #define iv_header "-----begin iv-----" #define iv_trailer "-----end iv-----" #define mac_header "-----begin mac-----" #define mac_trailer "-----end mac-----" #de...
...intf(outfile, "%s\n\n", trailer); return secsuccess; } /* * initialize for encryption or decryption - common code */ pk11context * cryptinit(pk11symkey *key, unsigned char *iv, unsigned int ivlen, ck_mechanism_type type, ck_attribute_type operation) { secitem ivitem = { sibuffer, iv, ivlen }; pk11context *ctx = null; secitem *secparam = pk11_paramfromiv(ckm_aes_cbc, &ivitem); if (secparam == null) { pr_fprintf(pr_stderr, "crypt failed : secparam null\n"); return null; } ctx = pk11_createcontextbysymkey(ckm_aes_cbc, operation, key, secparam); if (ctx == null) { pr_fprintf(pr_stderr, "crypt failed : can't create a context\n"); goto cleanup; } cleanup: if (secparam) { secitem_freeitem(secpara...
... static unsigned int firsttime = 1; int j; ctxmac = pk11_createcontextbysymkey(ckm_md5_hmac, cka_sign, mk, &noparams); if (ctxmac == null) { pr_fprintf(pr_stderr, "can't create mac context\n"); rv = secfailure; goto cleanup; } rv = macinit(ctxmac); if (rv != secsuccess) { goto cleanup; } ctxenc = encryptinit(ek, iv, ivlen, ckm_aes_cbc); /* read a buffer of plaintext from input file */ while ((ptextlen = pr_read(infile, ptext, sizeof(ptext))) > 0) { /* encrypt using it using cbc, using previously created iv */ if (ptextlen != blocksize) { paddinglength = blocksize - ptextlen; for ( j=0; j < paddinglength; j++) { ptext[ptextlen+j] = (unsigned char)paddinglengt...
...And 9 more matches

Enc Dec MAC Output Public Key as CSR
static unsigned int firsttime = 1; int j; ctxmac = pk11_createcontextbysymkey(ckm_md5_hmac, cka_sign, mk, &noparams); if (ctxmac == null) { pr_fprintf(pr_stderr, "can't create mac context\n"); rv = secfailure; goto cleanup; } rv = macinit(ctxmac); if (rv != secsuccess) { goto cleanup; } ctxenc = encryptinit(ek, iv, ivlen, ckm_aes_cbc); /* read a buffer of plaintext from input file */ while ((ptextlen = pr_read(infile, ptext, sizeof(ptext))) > 0) { /* encrypt using it using cbc, using previously created iv */ if (ptextlen != blocksize) { paddinglength = blocksize - ptextlen; for ( j=0; j < paddinglength; j++) { ptext[ptextlen+j] = (unsigned char)paddinglength...
... ivitem->len); paddinglength = (unsigned int)paditem->data[0]; ctxmac = pk11_createcontextbysymkey(ckm_md5_hmac, cka_sign, mk, &noparams); if (ctxmac == null) { pr_fprintf(pr_stderr, "can't create mac context\n"); rv = secfailure; goto cleanup; } rv = macinit(ctxmac); if (rv != secsuccess) goto cleanup; ctxenc = decryptinit(ek, iv, ivlen, ckm_aes_cbc); while ((ctextlen = pr_read(infile, ctext, sizeof(ctext))) > 0) { count += ctextlen; /* decrypt cipher text buffer using cbc and iv */ rv = decrypt(ctxenc, decbuf, &decbuflen, sizeof(decbuf), ctext, ctextlen); if (rv != secsuccess) { pr_fprintf(pr_stderr, "decrypt failure\n"); goto cleanup; } ...
...em from the header file */ rv = readfromheaderfile(headerfilename, iv, ivitem, pr_true); if (rv != secsuccess) { pr_fprintf(pr_stderr, "could not retrieve iv from cipher file\n"); goto cleanup; } rv = readfromheaderfile(headerfilename, symkey, wrappedenckeyitem, pr_true); if (rv != secsuccess) { pr_fprintf(pr_stderr, "could not retrieve wrapped aes key from header file\n"); goto cleanup; } /* read in the mac key into item from the header file */ rv = readfromheaderfile(headerfilename, mackey, wrappedmackeyitem, pr_true); if (rv != secsuccess) { pr_fprintf(pr_stderr, "could not retrieve wrapped mac key from header file\n"); goto cleanup; } /* get the public key from header file */ ...
...And 9 more matches

Encrypt Decrypt_MAC_Using Token
/* nss headers */ #include #include /* our samples utilities */ #include "util.h" #define buffersize 80 #define digestsize 16 #define ptext_mac_buffer_size 96 #define ciphersize 96 #define blocksize 32 #define cipher_header "-----begin cipher-----" #define cipher_trailer "-----end cipher-----" #define enckey_header "-----begin aeskey ckaid-----" #define enckey_trailer "-----end aeskey ckaid-----" #define mackey_header "-----begin mackey ckaid-----" #define mackey_trailer "-----end mackey ckaid-----" #define iv_header "-----begin iv-----" #define iv_trailer "-----end iv-----" #define mac_header "-----begin mac-----" #define mac_trailer "-----end mac-----" #de...
... */ pk11context * cryptinit(pk11symkey *key, unsigned char *iv, unsigned int ivlen, ck_mechanism_type type, ck_attribute_type operation) { secitem ivitem = { sibuffer, iv, ivlen }; pk11context *ctx = null; secitem *secparam = pk11_paramfromiv(ckm_aes_cbc, &ivitem); if (secparam == null) { pr_fprintf(pr_stderr, "crypt failed : secparam null\n"); return null; } ctx = pk11_createcontextbysymkey(ckm_aes_cbc, operation, key, secparam); if (ctx == null) { pr_fprintf(pr_stderr, "crypt failed : can't create a context\n"); goto cleanup; } cleanup: if (secparam) { secitem_freeitem(secpara...
... static unsigned int firsttime = 1; int j; ctxmac = pk11_createcontextbysymkey(ckm_md5_hmac, cka_sign, mk, &noparams); if (ctxmac == null) { pr_fprintf(pr_stderr, "can't create mac context\n"); rv = secfailure; goto cleanup; } rv = macinit(ctxmac); if (rv != secsuccess) { goto cleanup; } ctxenc = encryptinit(ek, iv, ivlen, ckm_aes_cbc); /* read a buffer of plaintext from input file.
...And 9 more matches

NSS Sample Code Sample_3_Basic Encryption and MACing
ude <keyhi.h> #include <pk11priv.h> /* our samples utilities */ #include "util.h" #define buffersize 80 #define digestsize 16 #define ptext_mac_buffer_size 96 #define ciphersize 96 #define blocksize 32 #define cipher_header "-----begin cipher-----" #define cipher_trailer "-----end cipher-----" #define enckey_header "-----begin aeskey ckaid-----" #define enckey_trailer "-----end aeskey ckaid-----" #define mackey_header "-----begin mackey ckaid-----" #define mackey_trailer "-----end mackey ckaid-----" #define iv_header "-----begin iv-----" #define iv_trailer "-----end iv-----" #define mac_header "-----begin mac-----" #define mac_trailer "-----end mac-----" #de...
...intf(outfile, "%s\n\n", trailer); return secsuccess; } /* * initialize for encryption or decryption - common code */ pk11context * cryptinit(pk11symkey *key, unsigned char *iv, unsigned int ivlen, ck_mechanism_type type, ck_attribute_type operation) { secitem ivitem = { sibuffer, iv, ivlen }; pk11context *ctx = null; secitem *secparam = pk11_paramfromiv(ckm_aes_cbc, &ivitem); if (secparam == null) { pr_fprintf(pr_stderr, "crypt failed : secparam null\n"); return null; } ctx = pk11_createcontextbysymkey(ckm_aes_cbc, operation, key, secparam); if (ctx == null) { pr_fprintf(pr_stderr, "crypt failed : can't create a context\n"); goto cleanup; } cleanup: if (secparam) { secitem_freeitem(secpara...
... static unsigned int firsttime = 1; int j; ctxmac = pk11_createcontextbysymkey(ckm_md5_hmac, cka_sign, mk, &noparams); if (ctxmac == null) { pr_fprintf(pr_stderr, "can't create mac context\n"); rv = secfailure; goto cleanup; } rv = macinit(ctxmac); if (rv != secsuccess) { goto cleanup; } ctxenc = encryptinit(ek, iv, ivlen, ckm_aes_cbc); /* read a buffer of plaintext from input file */ while ((ptextlen = pr_read(infile, ptext, sizeof(ptext))) > 0) { /* encrypt using it using cbc, using previously created iv */ if (ptextlen != blocksize) { paddinglength = blocksize - ptextlen; for ( j=0; j < paddinglength; j++) { ptext[ptextlen+j] = (unsigned char)paddinglengt...
...And 9 more matches

EncDecMAC using token object - sample 3
ders */ #include #include #include #include #include #include #include /* nss headers */ #include #include /* our samples utilities */ #include "util.h" #define buffersize 80 #define digestsize 16 #define ptext_mac_buffer_size 96 #define ciphersize 96 #define blocksize 32 #define cipher_header "-----begin cipher-----" #define cipher_trailer "-----end cipher-----" #define enckey_header "-----begin aeskey ckaid-----" #define enckey_trailer "-----end aeskey ckaid-----" #define mackey_header "-----begin mackey ckaid-----" #define mackey_trailer "-----end mackey ckaid-----" #define iv_header "-----begin iv-----" #define iv_trailer "-----end iv-----" #define mac_header "-----begin mac-----" #define mac_trailer "-----end mac-----" #define pad_header "-----begin pad-----" #define pad_trailer "-----en...
...); printashex(outfile, buf, len); pr_fprintf(outfile, "%s\n\n", trailer); return secsuccess; } /* * initialize for encryption or decryption - common code */ pk11context * cryptinit(pk11symkey *key, unsigned char *iv, unsigned int ivlen, ck_mechanism_type type, ck_attribute_type operation) { secitem ivitem = { sibuffer, iv, ivlen }; pk11context *ctx = null; secitem *secparam = pk11_paramfromiv(ckm_aes_cbc, &ivitem); if (secparam == null) { pr_fprintf(pr_stderr, "crypt failed : secparam null\n"); return null; } ctx = pk11_createcontextbysymkey(ckm_aes_cbc, operation, key, secparam); if (ctx == null) { pr_fprintf(pr_stderr, "crypt failed : can't create a context\n"); goto cleanup; } cleanup: if (secparam) { secitem_freeitem(secparam, pr_true); } return ctx; } /* * common encryption and decryptio...
...null; unsigned int pad[1]; secitem paditem; unsigned int paddinglength; static unsigned int firsttime = 1; int j; ctxmac = pk11_createcontextbysymkey(ckm_md5_hmac, cka_sign, mk, &noparams); if (ctxmac == null) { pr_fprintf(pr_stderr, "can't create mac context\n"); rv = secfailure; goto cleanup; } rv = macinit(ctxmac); if (rv != secsuccess) { goto cleanup; } ctxenc = encryptinit(ek, iv, ivlen, ckm_aes_cbc); /* read a buffer of plaintext from input file */ while ((ptextlen = pr_read(infile, ptext, sizeof(ptext))) > 0) { /* encrypt using it using cbc, using previously created iv */ if (ptextlen != blocksize) { paddinglength = blocksize - ptextlen; for ( j=0; j < paddinglength; j++) { ptext[ptextlen+j] = (unsigned char)paddinglength; } ptextlen = blocksize; } rv = encrypt(ctxenc, encbuf, &encbufl...
...And 9 more matches

JSS Provider Notes
cipher supported algorithms notes aes des desede (des3 ) rc2 rc4 rsa the following modes and padding schemes are supported: algorithm mode padding des ecb nopadding cbc nop...
...adding pkcs5 padding desede des3 ecb nopadding cbc nopadding pkcs5 padding aes ecb nopadding cbc nopadding pkcs5 padding rc4 none none rc2 cbc nopadding pkcs5padding the securerandom argument passed to initsign() a...
... keygenerator supported algorithms notes aes des desede (des3 ) rc4 the securerandom argument passed to init() is ignored, because nss does not support specifying an external source of randomness.
...And 5 more matches