mirror of
https://codeberg.org/scip/pcp.git
synced 2025-12-17 12:00:56 +01:00
fixed key generation, now the ed25519 key is derived from a seed
and the curve25519 key is derived from the ed25519 key. the encrypted part now contains the ed25519 secret.
This commit is contained in:
TLINDEN
@@ -1,3 +1,10 @@
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0.1.4 Changed key format (again), now the main secret
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is the ED25519 secret key, which will be encrypted.
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Everything else will be derived from that. Thanks
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to S.Neives and "CodesInChaos" from the libsodium
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mailinglist for clarifying it and helping me to
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understand it.
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0.1.3 Added signature support using ED25519.
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Key format has changed it now contains the ed25519
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@@ -45,7 +45,7 @@ typedef unsigned int qbyte; // Quad byte = 32 bits
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#define PCP_ME "Pretty Curved Privacy"
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#define PCP_KEY_VERSION 0x00000002U
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#define PCP_KEY_VERSION 0x00000003U
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#define PCP_KEY_PRIMITIVE "CURVE25519-ED25519-SALSA20-POLY1305"
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#define PCP_KEY_TYPE_MAINSECRET 0x01
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@@ -46,9 +46,10 @@ extern "C" {
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PCP private key structure. Most fields are self explanatory.
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Some notes:
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'encrypted' contains the encrypted secret key. If it's set,
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'encrypted' contains the encrypted ed25519 secret key. If it's set,
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the field 'secret' which contains the clear secret key will
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be zeroed with random values, the first byte will be 0.
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be zeroed with random values, the first byte will be 0. Same
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for the field 'edsecret'.
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'nonce' contains the nonce required to decrypt the encrypted
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secret, if set.
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@@ -80,8 +81,9 @@ struct _pcp_key_t {
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byte public[32];
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byte secret[32];
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byte edpub[32];
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byte edsecret[64];
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byte nonce[24];
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byte encrypted[48];
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byte encrypted[80];
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char owner[255];
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char mail[255];
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char id[17];
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@@ -114,6 +116,9 @@ pcp_pubkey_t *pcppubkey_hash;
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void pcp_cleanhashes();
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pcp_key_t *pcpkey_new ();
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void pcp_keypairs(byte *csk, byte *cpk, byte *esk, byte *epk, byte *seed);
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void pcp_ed_keypairs(byte *csk, byte *esk);
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char *pcppubkey_get_art(pcp_pubkey_t *k);
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char *pcpkey_get_art(pcp_key_t *k);
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@@ -25,7 +25,7 @@
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#define PCP_VERSION_MAJOR 0
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#define PCP_VERSION_MINOR 1
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#define PCP_VERSION_PATCH 3
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#define PCP_VERSION_PATCH 4
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#define PCP_MAKE_VERSION(major, minor, patch) \
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((major) * 10000 + (minor) * 100 + (patch))
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44
libpcp/ed.c
44
libpcp/ed.c
@@ -22,49 +22,49 @@
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#include "ed.h"
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int pcp_ed_verify(unsigned char *input, size_t inputlen, pcp_sig_t *sig, pcp_pubkey_t *p) {
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unsigned char *hash = ucmalloc(crypto_hash_sha256_BYTES + crypto_sign_BYTES); // from sig
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unsigned char *check = ucmalloc(crypto_hash_sha256_BYTES); // from file
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unsigned char *message = ucmalloc(inputlen);
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unsigned char *tmpsig = ucmalloc(inputlen + crypto_sign_BYTES); // from sig
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size_t mlen = 0;
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if(crypto_sign_open(hash, &mlen, sig->edsig, crypto_hash_sha256_BYTES + crypto_sign_BYTES, p->edpub) != 0) {
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memcpy(tmpsig, sig->edsig, crypto_sign_BYTES);
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memcpy(&tmpsig[crypto_sign_BYTES], input, inputlen);
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if(crypto_sign_open(message, &mlen, tmpsig, inputlen + crypto_sign_BYTES, p->edpub) != 0) {
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fatal("Failed to open the signature using the public key 0x%s!\n", p->id);
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goto errve1;
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}
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crypto_hash_sha256(check, input, inputlen);
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if(memcmp(check, hash, crypto_hash_sha256_BYTES) != 0) {
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fatal("Failed to verify the signature, hashes differ!\n");
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if(memcmp(message, input, inputlen) != 0) {
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fatal("Failed to verify the signature, signed messages differ!\n");
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goto errve1;
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}
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free(hash);
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free(check);
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free(tmpsig);
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free(message);
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return 0;
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errve1:
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free(hash);
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free(check);
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free(message);
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free(tmpsig);
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return 1;
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}
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pcp_sig_t *pcp_ed_sign(unsigned char *message, size_t messagesize, pcp_key_t *s) {
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byte edpub[32] = { 0 };
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byte edsec[64] = { 0 };
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size_t mlen = messagesize + crypto_sign_BYTES;
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unsigned char *tmp = ucmalloc(mlen);
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unsigned char *signature = ucmalloc(crypto_sign_BYTES);
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crypto_sign_seed_keypair(edpub, edsec, s->secret);
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crypto_sign(tmp, &mlen, message, messagesize, s->edsecret);
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unsigned char *hash = ucmalloc(crypto_hash_sha256_BYTES);
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size_t slen = crypto_hash_sha256_BYTES + crypto_sign_BYTES;
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unsigned char *signature = ucmalloc(slen);
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crypto_hash_sha256(hash, message, messagesize);
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crypto_sign(signature, &slen, hash, crypto_hash_sha256_BYTES, edsec);
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memcpy(signature, tmp, crypto_sign_BYTES);
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pcp_sig_t *sig = pcp_ed_newsig(signature, s->id);
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memset(tmp, 0, mlen);
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free(tmp);
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return sig;
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}
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106
libpcp/key.c
106
libpcp/key.c
@@ -66,28 +66,54 @@ char *pcp_getkeyid(pcp_key_t *k) {
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return id;
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}
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void pcp_keypairs(byte *csk, byte *cpk, byte *esk, byte *epk, byte *seed) {
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// generate ed25519 + curve25519 keypair from random seed
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byte tmp[64];
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crypto_sign_seed_keypair(epk, esk, seed);
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crypto_hash_sha512(tmp, seed, 32);
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tmp[0] &= 248;
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tmp[31] &= 63;
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tmp[31] |= 64;
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memcpy(csk, tmp, 32);
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crypto_scalarmult_curve25519_base(cpk, csk);
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memset(tmp, 0, 64);
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}
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void pcp_ed_keypairs(byte *csk, byte *esk) {
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// re-generate (derive) curve25519 secret from ed25519 secret
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// (1st half = seed, 2nd half = pub)
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byte tmp[64];
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byte seed[32];
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memcpy(seed, esk, 32);
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crypto_hash_sha512(tmp, seed, 32);
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tmp[0] &= 248;
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tmp[31] &= 63;
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tmp[31] |= 64;
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memcpy(csk, tmp, 32);
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memset(tmp, 0, 64);
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}
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pcp_key_t * pcpkey_new () {
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byte public[32] = { 0 };
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byte secret[32] = { 0 };
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byte edpub[32] = { 0 };
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byte edsec[64] = { 0 };
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byte *seed = urmalloc(32);
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// generate curve 25519 keypair
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if(crypto_box_keypair (public, secret) != 0) {
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fatal("Failed to generate a CURVE25519 keypair!\n");
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return NULL;
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}
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// generate ed25519 keypair from box secret
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crypto_sign_seed_keypair(edpub, edsec, secret);
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pcp_keypairs(secret, public, edsec, edpub, seed);
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// fill in our struct
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pcp_key_t *key = urmalloc(sizeof(pcp_key_t));
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memcpy (key->public, public, 32);
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memcpy (key->secret, secret, 32);
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memcpy (key->id, pcp_getkeyid(key), 17);
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memcpy (key->edpub, edpub, 32);
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memcpy (key->edsecret, edsec, 64);
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memcpy (key->id, pcp_getkeyid(key), 17);
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key->ctime = (long)time(0);
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@@ -114,16 +140,18 @@ pcp_key_t *pcpkey_encrypt(pcp_key_t *key, char *passphrase) {
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unsigned char *encrypted;
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size_t es;
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es = pcp_sodium_mac(&encrypted, key->secret, 32, key->nonce, encryptkey);
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es = pcp_sodium_mac(&encrypted, key->edsecret, 64, key->nonce, encryptkey);
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memset(encryptkey, 0, 32);
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free(encryptkey);
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if(es == 48) {
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if(es == 80) {
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// success
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memcpy(key->encrypted, encrypted, 48);
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memcpy(key->encrypted, encrypted, 80);
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arc4random_buf(key->secret, 32);
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arc4random_buf(key->edsecret, 64);
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key->secret[0] = 0;
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key->edsecret[0] = 0;
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}
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else {
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fatal("failed to encrypt the secret key!\n");
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@@ -139,14 +167,18 @@ pcp_key_t *pcpkey_decrypt(pcp_key_t *key, char *passphrase) {
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unsigned char *decrypted;
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size_t es;
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es = pcp_sodium_verify_mac(&decrypted, key->encrypted, 48, key->nonce, encryptkey);
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es = pcp_sodium_verify_mac(&decrypted, key->encrypted, 80, key->nonce, encryptkey);
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memset(encryptkey, 0, 32);
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free(encryptkey);
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if(es == 0) {
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// success
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memcpy(key->secret, decrypted, 32);
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byte secret[32] = { 0 };
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byte edsec[64] = { 0 };
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pcp_ed_keypairs(secret, decrypted);
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memcpy(key->secret, secret, 32);
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memcpy(key->edsecret, decrypted, 64);
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}
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else {
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fatal("failed to decrypt the secret key (got %d, expected 32)!\n", es);
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@@ -264,55 +296,41 @@ pcp_pubkey_t *pubkey2native(pcp_pubkey_t *k) {
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pcp_key_t *pcp_derive_pcpkey (pcp_key_t *ours, char *theirs) {
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byte edpub[32] = { 0 };
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byte edsec[64] = { 0 };
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byte public[32] = { 0 };
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byte secret[32] = { 0 };
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byte *seed = ucmalloc(32);
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size_t thlen = strnlen(theirs, 255);
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size_t inlen = 32 + thlen;
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size_t inlen = 64 + thlen;
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unsigned char *both = ucmalloc(inlen);
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unsigned char *hash = ucmalloc(crypto_hash_BYTES);
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memcpy(both, ours->secret, 32);
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memcpy(&both[32], theirs, thlen);
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memcpy(both, ours->edsecret, 64);
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memcpy(&both[64], theirs, thlen);
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if(crypto_hash(hash, both, inlen) != 0) {
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if(crypto_hash(seed, both, inlen) != 0) {
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fatal("Failed to generate a hash of our pub key and recipient id!\n");
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goto errdp1;
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}
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unsigned char *xor = ucmalloc(crypto_secretbox_KEYBYTES);
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unsigned char *secret = ucmalloc(crypto_secretbox_KEYBYTES);
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int i;
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for(i=0; i<crypto_secretbox_KEYBYTES; ++i) {
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xor[i] = hash[i] ^ hash[i + crypto_secretbox_KEYBYTES];
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}
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xor[0] &= 248;
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xor[31] &= 127;
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xor[31] |= 64;
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memcpy(secret, xor, crypto_secretbox_KEYBYTES);
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pcp_keypairs(secret, public, edsec, edpub, seed);
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pcp_key_t * tmp = pcpkey_new ();
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memcpy(tmp->secret, secret, 32);
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// calculate pub from secret
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crypto_scalarmult_curve25519_base(tmp->public, tmp->secret);
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// generate ed25519 keypair from box secret
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crypto_sign_seed_keypair(edpub, edsec, tmp->secret);
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memcpy(tmp->edpub, edpub, 32);
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memcpy(tmp->edsecret, edsec, 64);
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memcpy(tmp->public, public, 32);
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memcpy(tmp->owner, ours->owner, 255);
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memcpy(tmp->mail, ours->mail, 255);
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memcpy(tmp->id, pcp_getkeyid(tmp), 17);
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memcpy(tmp->edpub, edpub, 32);
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memset(both, 0, inlen);
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memset(xor, 0, crypto_secretbox_KEYBYTES);
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memset(hash, 0, crypto_hash_BYTES);
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memset(seed, 0, 32);
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free(both);
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free(xor);
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free(hash);
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free(seed);
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return tmp;
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@@ -1,3 +1,4 @@
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# -*-perl-*-
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=head1 PCP1 KEYS
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@@ -212,6 +213,8 @@ A secret key is a binary structure with the following format:
|
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+-------------|--------|----------------------------------+
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| ED25519 Pub | 32 | ED25519 Public Key Part |
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+-------------|--------|----------------------------------+
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| ED25519 Sec | 64 | ED25519 Secret Key Unencrypted |
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+-------------|--------|----------------------------------+
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| Nonce | 24 | Nonce for secret key encryption |
|
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+-------------|--------|----------------------------------+
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| Encrypted | 48 | Encrypted Curve25519 Secret Key |
|
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@@ -233,7 +236,7 @@ A secret key is a binary structure with the following format:
|
||||
|
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Some notes:
|
||||
|
||||
The secret key field will be filled with random data if the
|
||||
The secret key fields will be filled with random data if the
|
||||
key is encrypted. The first byte of it will be set to 0 in that
|
||||
case.
|
||||
|
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@@ -249,6 +252,36 @@ exported key is imported, only the actual Z85 encoded data
|
||||
will be used. Header lines and lines starting with whitespace
|
||||
will be ignored. They are only there for convenience.
|
||||
|
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Key generation works like this:
|
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|
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=over
|
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|
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=item *
|
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|
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Generate a random seed (32 bytes).
|
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|
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=item *
|
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|
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Generate a ED25519 keypair from that seed.
|
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|
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=item *
|
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|
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Take the first 32 bytes of the generated ED25519 secret
|
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and generate a SHA512 hash from it.
|
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|
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=item *
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|
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Clamp bytes 0 and 31 which turns it into a Curve25519 secret.
|
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|
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=item *
|
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|
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Do scalar multiplication from that secret to retrieve
|
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the matching public key.
|
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|
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=back
|
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|
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Take a look at the function B<pcp_keypairs()> for details.
|
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|
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=head2 ENCRYPTED OUTPUT FORMAT
|
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|
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Encrypted output will always be Z85 encoded and has the following
|
||||
|
||||
24
man/pcp1.1
24
man/pcp1.1
@@ -124,7 +124,7 @@
|
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.\" ========================================================================
|
||||
.\"
|
||||
.IX Title "PCP1 1"
|
||||
.TH PCP1 1 "2013-11-09" "PCP 0.1.3" "USER CONTRIBUTED DOCUMENTATION"
|
||||
.TH PCP1 1 "2013-11-10" "PCP 0.1.4" "USER CONTRIBUTED DOCUMENTATION"
|
||||
.\" For nroff, turn off justification. Always turn off hyphenation; it makes
|
||||
.\" way too many mistakes in technical documents.
|
||||
.if n .ad l
|
||||
@@ -298,6 +298,8 @@ to actually decrypt the message.
|
||||
Oh \- and if you're wondering why I named them Alicia and Bobby:
|
||||
I was just sick of Alice and Bob. We're running NSA-free, so we're
|
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using other sample names as well.
|
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.PP
|
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# \-*\-perl\-*\-
|
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.SH "PCP1 KEYS"
|
||||
.IX Header "PCP1 KEYS"
|
||||
\&\fBpcp1\fR keys are stored in a binary file, called \fBthe vault\fR.
|
||||
@@ -506,6 +508,8 @@ A secret key is a binary structure with the following format:
|
||||
\& +\-\-\-\-\-\-\-\-\-\-\-\-\-|\-\-\-\-\-\-\-\-|\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-+
|
||||
\& | ED25519 Pub | 32 | ED25519 Public Key Part |
|
||||
\& +\-\-\-\-\-\-\-\-\-\-\-\-\-|\-\-\-\-\-\-\-\-|\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-+
|
||||
\& | ED25519 Sec | 64 | ED25519 Secret Key Unencrypted |
|
||||
\& +\-\-\-\-\-\-\-\-\-\-\-\-\-|\-\-\-\-\-\-\-\-|\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-+
|
||||
\& | Nonce | 24 | Nonce for secret key encryption |
|
||||
\& +\-\-\-\-\-\-\-\-\-\-\-\-\-|\-\-\-\-\-\-\-\-|\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-\-+
|
||||
\& | Encrypted | 48 | Encrypted Curve25519 Secret Key |
|
||||
@@ -528,7 +532,7 @@ A secret key is a binary structure with the following format:
|
||||
.PP
|
||||
Some notes:
|
||||
.PP
|
||||
The secret key field will be filled with random data if the
|
||||
The secret key fields will be filled with random data if the
|
||||
key is encrypted. The first byte of it will be set to 0 in that
|
||||
case.
|
||||
.PP
|
||||
@@ -543,6 +547,22 @@ Exported keys will be encoded in Z85 encoding. When such an
|
||||
exported key is imported, only the actual Z85 encoded data
|
||||
will be used. Header lines and lines starting with whitespace
|
||||
will be ignored. They are only there for convenience.
|
||||
.PP
|
||||
Key generation works like this:
|
||||
.IP "\(bu" 4
|
||||
Generate a random seed (32 bytes).
|
||||
.IP "\(bu" 4
|
||||
Generate a \s-1ED25519\s0 keypair from that seed.
|
||||
.IP "\(bu" 4
|
||||
Take the first 32 bytes of the generated \s-1ED25519\s0 secret
|
||||
and generate a \s-1SHA512\s0 hash from it.
|
||||
.IP "\(bu" 4
|
||||
Clamp bytes 0 and 31 which turns it into a Curve25519 secret.
|
||||
.IP "\(bu" 4
|
||||
Do scalar multiplication from that secret to retrieve
|
||||
the matching public key.
|
||||
.PP
|
||||
Take a look at the function \fB\f(BIpcp_keypairs()\fB\fR for details.
|
||||
.SS "\s-1ENCRYPTED\s0 \s-1OUTPUT\s0 \s-1FORMAT\s0"
|
||||
.IX Subsection "ENCRYPTED OUTPUT FORMAT"
|
||||
Encrypted output will always be Z85 encoded and has the following
|
||||
|
||||
35
man/pcp1.pod
35
man/pcp1.pod
@@ -164,6 +164,7 @@ Oh - and if you're wondering why I named them Alicia and Bobby:
|
||||
I was just sick of Alice and Bob. We're running NSA-free, so we're
|
||||
using other sample names as well.
|
||||
|
||||
# -*-perl-*-
|
||||
|
||||
=head1 PCP1 KEYS
|
||||
|
||||
@@ -378,6 +379,8 @@ A secret key is a binary structure with the following format:
|
||||
+-------------|--------|----------------------------------+
|
||||
| ED25519 Pub | 32 | ED25519 Public Key Part |
|
||||
+-------------|--------|----------------------------------+
|
||||
| ED25519 Sec | 64 | ED25519 Secret Key Unencrypted |
|
||||
+-------------|--------|----------------------------------+
|
||||
| Nonce | 24 | Nonce for secret key encryption |
|
||||
+-------------|--------|----------------------------------+
|
||||
| Encrypted | 48 | Encrypted Curve25519 Secret Key |
|
||||
@@ -399,7 +402,7 @@ A secret key is a binary structure with the following format:
|
||||
|
||||
Some notes:
|
||||
|
||||
The secret key field will be filled with random data if the
|
||||
The secret key fields will be filled with random data if the
|
||||
key is encrypted. The first byte of it will be set to 0 in that
|
||||
case.
|
||||
|
||||
@@ -415,6 +418,36 @@ exported key is imported, only the actual Z85 encoded data
|
||||
will be used. Header lines and lines starting with whitespace
|
||||
will be ignored. They are only there for convenience.
|
||||
|
||||
Key generation works like this:
|
||||
|
||||
=over
|
||||
|
||||
=item *
|
||||
|
||||
Generate a random seed (32 bytes).
|
||||
|
||||
=item *
|
||||
|
||||
Generate a ED25519 keypair from that seed.
|
||||
|
||||
=item *
|
||||
|
||||
Take the first 32 bytes of the generated ED25519 secret
|
||||
and generate a SHA512 hash from it.
|
||||
|
||||
=item *
|
||||
|
||||
Clamp bytes 0 and 31 which turns it into a Curve25519 secret.
|
||||
|
||||
=item *
|
||||
|
||||
Do scalar multiplication from that secret to retrieve
|
||||
the matching public key.
|
||||
|
||||
=back
|
||||
|
||||
Take a look at the function B<pcp_keypairs()> for details.
|
||||
|
||||
=head2 ENCRYPTED OUTPUT FORMAT
|
||||
|
||||
Encrypted output will always be Z85 encoded and has the following
|
||||
|
||||
@@ -1,36 +1,36 @@
|
||||
----- BEGIN PCP PUBLIC KEY -----
|
||||
Generated by: Pretty Curved Privacy Version 0.1.2
|
||||
Generated by: Pretty Curved Privacy Version 0.1.3
|
||||
Cipher: CURVE25519-ED25519-SALSA20-POLY1305
|
||||
Owner: Bart
|
||||
Mail: bart@local
|
||||
Key-ID: 0x955C5AF3D4BABB18
|
||||
Public-Key: 1k2a5(H12:G5bm[.R[Ca^8T[1N%P!9Sqo2M6XGa9wb(Pf
|
||||
Creation Time: 2013-11-08T12:21:02
|
||||
Checksum: 05:D9:A2:09:C1:E8:9F:79:ED:85:C2:45:E4:81:E2:C4
|
||||
BA:91:B5:22:2A:6D:20:4A:F8:82:98:3A:F0:5E:B4:CA
|
||||
Serial Number: 0xDDE1E3AD
|
||||
Key-ID: 0x6C0EEA95E11E2533
|
||||
Public-Key: 1kz.R2FXS+})++h8W3<NvR734vWVtWLxd?GlkoqHf8$$L
|
||||
Creation Time: 2013-11-10T14:24:46
|
||||
Checksum: AE:31:87:4F:77:52:B4:B5:1C:9E:DD:F5:94:7B:4A:B1
|
||||
06:39:8F:10:DA:C0:32:B6:D0:D5:35:69:BE:F5:37:B2
|
||||
Serial Number: 0x9273DE28
|
||||
Key Version: 0x00000002
|
||||
Random Art ID: +----------------+
|
||||
| |
|
||||
| |
|
||||
| |
|
||||
| o |
|
||||
| . o |
|
||||
| . . |
|
||||
| o.oo |
|
||||
| o+B*.o |
|
||||
| |
|
||||
| . o .|
|
||||
| o . = |
|
||||
| . . = o|
|
||||
| .+o*+|
|
||||
+----------------+
|
||||
|
||||
1k2a5(H12:G5bm[.R[Ca^8T[1N%P!9Sqo2M6XGa9wtpO9d/o}%adp*siueSCw4!g!8J-H*X
|
||||
1mqSnSCUyc{?u.Bo3EeyH$VMJnEI(Pe5-MYVA[r[CL>[s0MBTQR1(Z?-TFjMV4W%7]:n+bI
|
||||
^=Wb]NgZX995XE/oe@KICx!ujUrKk9zcOkq&yXkjYHo!x(<.zjH?x:B?qN?AgM[^acU5])f
|
||||
zz-A4s70B-awtpMnbd<SVs:bCyme#/5zq.Qf%U!e}x)Au[q+3?I0C3K#!G2*W22)OPm9[oW
|
||||
jF:.yuX8joMN<Gjj1=CvR4aN&%vt{2vaokZRPp#u+D%(3E01uc$EyMVAY?3Qx]^AbHeh3Bp
|
||||
D0$FoPCxg0{UM5=)2RA8ktEo#^acjG%163^fy0DT+YW/vvQTq0kX$vGvqC}^S.38x{RttX1
|
||||
U3]N3Z#&=HUSIG*gGm(zfRgEVS%95yujI<W*[NEXE6M3g{Ix[u/5}m8wjIwKwyW8)A>-PDI
|
||||
^PCvBA1ELu7PS(h:gK-$}cR3D8Ytox94?KlL{-yp?yhUI<8{s6+g8QC31hTp6M9W6wm}@O&
|
||||
t2OmQ3C@p{[sX%$c).&/u-YdN/wm+N*VM8VanKoonHUqD)$gBANhnzG&A*izju2&#qnS-3O
|
||||
^1>/(i=Yr:/p)a7GdIx.2YBi{yN-I3@0Y}oaR1B3+D/*e2f]mo6G]%&V&[0!)FrCw8xwp2r
|
||||
{mp&==Ue!dh8N-Uk$iT#g^TF{lnpC1iSGcW08!i^9SMfu0]q?}TPI$un%A4S5n{i%3TQ6C4
|
||||
%0Hqoxfb4.Gg^pK0P(DJVVV/6t?<1odt65J=(I:fw}UqFn1jB}hi@pvYr:%r@-j2
|
||||
1kz.R2FXS+})++h8W3<NvR734vWVtWLxd?GlkoqHfgoXon]}I3NVDk48zBw6q/&L9y{&-<r
|
||||
Pb^{Uav$]6*=tHBo5LS]j[xHL@$s7Uf[v5D<j>LR3ope+k8<3jYfckF&!vrcyn+==/LNQPp
|
||||
!/<Z]P^9c^e6k/*M69&fx%bb2l}iLq?)%<tr[i*vgX05kLEFBDvnpo>XgHRQ?p6vsX!+h(r
|
||||
yl:?7Tcf}^o8P1kjS5i&x.V!7[en?^8d5^YwSj<3nY+Mkt@gON=6^^@QuVQ4SP][scxx?^z
|
||||
5CG6ZiB<4^rXZOsdA(hOS6$hD%@5Pz&%6}n4+1<p{Y$iu^[:i@LzDjP0jDLv&b*?U2kk+u7
|
||||
LM$LglW(q}TBofJc%qa-pwKZ?}.Ih]YY}je2uPG$d5fS>vQTq0kX$vGvqC@vk?b^xKBcE.e
|
||||
[D4QWWjWEk!{A}^}{QI)OA<XW.qx@dH6lh7<6WlmCdQPR&h7ppdCUYep6zdIaKa}UKU!mIh
|
||||
TQZ&-#B)64.=Kdv]e*)jVE:k^R=6!)tw^b9cn^.>n<%N:ZS+3GaQwEmwRy=%EX&L6l4X2WP
|
||||
G:u$N*zc@kjSs(sDq4oAv7G0+sB6}alyacoNX=.61BqbFeQkg0^<PFMk>y9ewu8W(Pk@/i6
|
||||
C@-<Y@UHgL}>:!9XXH%KQ6sN.m[&(cRapHUtpok.CFaEcI@kQhtJ3--[cU+XKB!Pr1Pn!jo
|
||||
W=w}@pzKx$lOH}$k@*!>f!(9Lh8v2*M&E9^08!r69SMfu0*mSYc<emJ:@X+A>@]LR(/(R4w
|
||||
Z)G/o=C2W9Pv7hkPcSZXMc#>J{A^N6u6+Z}Eh$L]t2VI)h=$sZe2W{6eFL+T]FC4
|
||||
------ END PCP PUBLICKEY ------
|
||||
|
||||
@@ -1,36 +1,36 @@
|
||||
----- BEGIN PCP PUBLIC KEY -----
|
||||
Generated by: Pretty Curved Privacy Version 0.1.2
|
||||
Generated by: Pretty Curved Privacy Version 0.1.3
|
||||
Cipher: CURVE25519-ED25519-SALSA20-POLY1305
|
||||
Owner: Alicia
|
||||
Mail: alicia@local
|
||||
Key-ID: 0x244407F39FFA0333
|
||||
Public-Key: 0$V[6<mc=m[dKuF8s9&RBd#W/(KA/%zRZr./5.1Ef-RgN
|
||||
Creation Time: 2013-11-08T12:21:02
|
||||
Checksum: 54:43:8B:3B:C3:65:21:9F:A5:EB:19:24:07:AB:D3:94
|
||||
55:31:97:EC:0C:09:81:5C:C6:C9:EE:C4:A8:41:25:06
|
||||
Serial Number: 0x0C8363E0
|
||||
Key-ID: 0xD5F2E247E527F925
|
||||
Public-Key: 1dO5d*+#bkj0vJNuNQxo&T}daphtuDw^?27XbA02z2:Lo
|
||||
Creation Time: 2013-11-10T14:24:46
|
||||
Checksum: 51:A1:DA:B4:3C:47:6E:4B:58:8A:44:69:53:38:A3:43
|
||||
1A:C1:C6:A1:64:89:ED:0E:AF:C7:7A:E5:C7:FB:85:EF
|
||||
Serial Number: 0xF7C8BC9E
|
||||
Key Version: 0x00000002
|
||||
Random Art ID: +----------------+
|
||||
| .. |
|
||||
| . *. |
|
||||
| +.B . |
|
||||
| o.+ + |
|
||||
| .o . |
|
||||
| |
|
||||
| |
|
||||
| |
|
||||
| |
|
||||
| . . |
|
||||
| o . = . |
|
||||
| o . *.= |
|
||||
| . .o=.. |
|
||||
+----------------+
|
||||
|
||||
0$V[6<mc=m[dKuF8s9&RBd#W/(KA/%zRZr./5.1Eg01WH@(Mc=uV-!$kxB/j+yM?O^EvfwN
|
||||
R@+wyWB3sJ6Rn]v}/uKwGw=UC5ymsefA3:oG}4RdJ^tzaZ4H=ZK(g&+=K4(y$}52S+AX6dC
|
||||
8KlJrjE!(=b*w=v63F{d?iz6zdzm)D>fC^ReqE.x^boltZnM&lG{$nzLg+<Q1%tV?n@V6h.
|
||||
/vl{cxH4m%bVcBD.QL8#kO4vRta(@lJV=!cYjc&rr/a@*ve4=:I5btckwNiyE<qv)OP6]L.
|
||||
{5Rigem^seRXp>j*9V6KOz!oMpTbZWvu+((u^kOw!r!op(7HzqmM1zdKJ=t5}unHbEB8.1X
|
||||
cqgBIm3u)<LpZQR)vU+(5=&+XIr4])mz3OQ/4)[jpHiB:vqGT/x<<nyz!0i(0f.*Ix2i<T5
|
||||
-Tm!<>V+dlI:yGMkn-oD30u299n<msI%q4PVdUu6+(!.*{S.(?*Gi:Yj?9S8m>sVFpg91.*
|
||||
IWdE>]^h[fvo@Xhva&MYwdct02wrdA[xJn6h]m<CZNDM9v0j=M3?3gqIbGqgEJCJg74NZ96
|
||||
<tP{A%eJ0)k@BFU98iPd639c$cF=Fphs5V^}q0e6omVTZS^@8CG{($#Un@m&g1+wj@E}[5S
|
||||
%/S=i4=pQ4[:^IxknCKUQC.>xlmxUiofNKt-osOtoE@*A3CF1z&VnAeu(7d7I>{R>Vu8YRE
|
||||
xP2X4au{F]g=d3yh+2O-mN/V$gCZ/!WeZgb08!i^9SMfu0T%Y>?#+!4q)TCm:w?gthgI#C*
|
||||
uAwuou4r<pq5sbrgrIcA*<FgGl!q&da4$6)EKB}RV[u-V9(W1^t(+*airR1i@/lX
|
||||
1dO5d*+#bkj0vJNuNQxo&T}daphtuDw^?27XbA02zqh<9Otx^7nQ)i?^}@>>O7va7zVWbC]
|
||||
==4ds.SPlT3HMov}/uKjG(9PFKZ#0bxXY9ikVC1Vj=rJ2x]WB=FVbYKaI$ZqR)W$MFrUgYB
|
||||
nTZ[eMC!NPQcYtZQpVSfRMBgY>2dZAL?[rMVVKuOj+tF5=bOEpR=<@dV<Qur.h4++rU%i6O
|
||||
1^s!g0FT^3z>ls=Nvu.GxAEi%cjEK2d*^w=dN:?/!Z{b(bCuB@!U8pDs-[zxTCcjM:9=1VP
|
||||
2BR@6ZIuv)v!=FH*!vh1Xu82c?UDR]nIrYi-<OD)$AnoSJ(rlqvm^{k=vl!7&:KK+g3i6v0
|
||||
CrEd$2E>Y{>.9vt](x^P}q(bf&em34)TYgBacIl4oA8n6vqGT/x<<nyz!0i(0oH+e*@g3/-
|
||||
GE(M[rzo4-{cl9^uI7uH-rIt4jB+/]&AcFa*qn}s-W/AA*h(bI9=:wjjA{N()UPzE755CCa
|
||||
-qNUY4j?3%yo+-k^<5f<Ta%vcxO?}bX0T&wG89]JaTaFe&njD^(tU5G4N}tpf>$zUOv>G2E
|
||||
]Ls})!aN47]1tg=>$N)+=4TrMAicEk)bS5ARyrD6[oIwc6:?^^kNMwE[sMAI^k7ZM[P0Ru0
|
||||
m:})s*:3)=.XTGv22aW-04j?-.evZd%j:gd8n$hQPRstGfr^S+)^2s(?S[AR7.zBP7[>]18
|
||||
rQ{C3/oEZKhaxt&gbH{Uh8m9WiwJC(aohxw08!r69SMfu0@6^GO=!+-*en&SNdU3QP<ipTQ
|
||||
er*oE#7r@u34s@tdu+%r6aR+FN5{$JL3ppBGaL^t+0oKC[w#mY[erBP$M1A3&*nc
|
||||
------ END PCP PUBLICKEY ------
|
||||
|
||||
@@ -1,23 +1,25 @@
|
||||
----- BEGIN PCP SECRET KEY -----
|
||||
Generated by: Pretty Curved Privacy Version 0.1.2
|
||||
Generated by: Pretty Curved Privacy Version 0.1.3
|
||||
Cipher: CURVE25519-ED25519-SALSA20-POLY1305
|
||||
Key-ID: 0x244407F39FFA0333
|
||||
Creation Time: 2013-11-08T12:21:02
|
||||
Serial Number: 0xEA570081
|
||||
Key-ID: 0xD5F2E247E527F925
|
||||
Creation Time: 2013-11-10T14:24:46
|
||||
Serial Number: 0x33E31A89
|
||||
Key Version: 0x00000002
|
||||
|
||||
0$V[6<mc=m[dKuF8s9&RBd#W/(KA/%zRZr./5.1Ef-RtSg<)<u{yX%$(#Iz7))^<5LO]Sb6
|
||||
XCL*}b>1ZYVtAc@(Mc=uV-!$kxB/j+yM?O^EvfwNR@+wyWB3sJ7{fO:/gev+?A}#&BPP7g7
|
||||
$M^k-6FzEB?CxJLzJ)lRZZ.L[]-@R2N/(&wr6^z9kK4+6?514qYhJPt)xx>29<eKnCm?x*D
|
||||
MHv}/uKwGw=UC5ymsefA3:oG}4RdJ^tzaZ4H=ZK(g&+=K4(y$}52S+AX6dC8KlJrjE!(=b*
|
||||
w=v63F{d?iz6zdzm)D>fC^ReqE.x^boltZnM&lG{$nzLg+<Q1%tV?n@V6h./vl{cxH4m%bV
|
||||
cBD.QL8#kO4vRta(@lJV=!cYjc&rr/a@*ve4=:I5btckwNiyE<qv)OP6]L.{5Rigem^seRX
|
||||
p>j*9V6KOz!oMpTbZWvu+((u^kOw!r!op(7HzqmM1zdKJ=t5}unHbEB8.1XcqgBIm3u)<Lp
|
||||
ZQR)vU+(5=&+XIr4])mz3OQ/4)[jpHiB:vqGT/x<<nyz!0i(0f.*Ix2i<T5-Tm!<>V+dlI:
|
||||
yGMkn-oD30u299n<msI%q4PVdUu6+(!.*{S.(?*Gi:Yj?9S8m>sVFpg91.*IWdE>]^h[fvo
|
||||
@Xhva&MYwdct02wrdA[xJn6h]m<CZNDM9v0j=M3?3gqIbGqgEJCJg74NZ96<tP{A%eJ0)k@
|
||||
BFU98iPd639c$cF=Fphs5V^}q0e6omVTZS^@8CG{($#Un@m&g1+wj@E}[5S%/S=i4=pQ4[:
|
||||
^IxknCKUQC.>xlmxUiofNKt-osOtoE@*A3CF1z&VnAeu(7d7I>{R>Vu8YRExP2X4au{F]g=
|
||||
d3yh+2O-mN/V$gCZ/!=hW?A08!i^9SMfu0{S?!FDr3I==W2=NlYWl0seV90000000000004
|
||||
xD0seV9000000000000000000000h+5x0seV901Ybg0gJN5^/ovF
|
||||
1dO5d*+#bkj0vJNuNQxo&T}daphtuDw^?27XbA02z2*K-*A51(A!tigjW3i$*o:@bI*[3y^
|
||||
&B@[FOM6UE+RUqOtx^7nQ)i?^}@>>O7va7zVWbC]==4ds.SPlS@Q4)<?Sr!O$NImB+HLtpR
|
||||
?2pAiZ*7v$[])kt&-fYY7iEv&/!^))B4m{y#[ZY#09Dp)7cHJf]S8=]O]JHFwkO/a2]f<{G
|
||||
dVDZCqNP(6hviK9EawqO3m8Q7F!>4%4&u1L@xzbj7P{(F%s/UfO)vn1[Od?-}BbZ$#-)Cs$
|
||||
/evVI+AxP@x/UJCJ8%!V2/:}u#qAzTO{feeua-B)JLpOd<XiT}Bv}/uKjG(9PFKZ#0bxXY9
|
||||
ikVC1Vj=rJ2x]WB=FVbYKaI$ZqR)W$MFrUgYBnTZ[eMC!NPQcYtZQpVSfRMBgY>2dZAL?[r
|
||||
MVVKuOj+tF5=bOEpR=<@dV<Qur.h4++rU%i6O1^s!g0FT^3z>ls=Nvu.GxAEi%cjEK2d*^w
|
||||
=dN:?/!Z{b(bCuB@!U8pDs-[zxTCcjM:9=1VP2BR@6ZIuv)v!=FH*!vh1Xu82c?UDR]nIrY
|
||||
i-<OD)$AnoSJ(rlqvm^{k=vl!7&:KK+g3i6v0CrEd$2E>Y{>.9vt](x^P}q(bf&em34)TYg
|
||||
BacIl4oA8n6vqGT/x<<nyz!0i(0oH+e*@g3/-GE(M[rzo4-{cl9^uI7uH-rIt4jB+/]&AcF
|
||||
a*qn}s-W/AA*h(bI9=:wjjA{N()UPzE755CCa-qNUY4j?3%yo+-k^<5f<Ta%vcxO?}bX0T&
|
||||
wG89]JaTaFe&njD^(tU5G4N}tpf>$zUOv>G2E]Ls})!aN47]1tg=>$N)+=4TrMAicEk)bS5
|
||||
ARyrD6[oIwc6:?^^kNMwE[sMAI^k7ZM[P0Ru0m:})s*:3)=.XTGv22aW-04j?-.evZd%j:g
|
||||
d8n$hQPRstGfr^S+)^2s(?S[AR7.zBP7[>]18rQ{C3/oEZKhaxt&gbH{Uh8m9WiwJC(e=U>
|
||||
K08!r69SMfu0Ye<PI2^)3vS:oPml[7E0seV90000000000004Km0seV9000000000000000
|
||||
0000000W{r0seV901Ybg0h!5]4GDFe
|
||||
------ END PCP SECRET KEY ------
|
||||
|
||||
@@ -1,36 +1,36 @@
|
||||
----- BEGIN PCP PUBLIC KEY -----
|
||||
Generated by: Pretty Curved Privacy Version 0.1.2
|
||||
Generated by: Pretty Curved Privacy Version 0.1.3
|
||||
Cipher: CURVE25519-ED25519-SALSA20-POLY1305
|
||||
Owner: Bobby
|
||||
Mail: bobby@local
|
||||
Key-ID: 0x26C77B2A1548F4AB
|
||||
Public-Key: 1o5q3y.SNnO!odQ<U>Y^yOu:0>lJIWQ@*rFJ*QQuwDhYg
|
||||
Creation Time: 2013-11-08T12:21:02
|
||||
Checksum: D0:21:AA:87:7E:24:F5:A6:8F:FC:2A:21:14:04:57:99
|
||||
30:D9:BD:35:D4:AF:F4:20:50:7D:72:DB:6D:6B:6F:21
|
||||
Serial Number: 0xB4410F61
|
||||
Key-ID: 0x80F52DB08164A533
|
||||
Public-Key: 1ibutw@MLx1y%B6nt5N-j1p9RrIJA!5?aMj/NV/DjPCDZ
|
||||
Creation Time: 2013-11-10T14:24:46
|
||||
Checksum: 17:D9:B5:1E:2B:B5:1E:9A:EE:01:68:CB:5E:E5:80:F0
|
||||
49:80:62:61:F4:DB:D4:7F:05:67:92:73:60:63:86:A5
|
||||
Serial Number: 0xEC29D88E
|
||||
Key Version: 0x00000002
|
||||
Random Art ID: +----------------+
|
||||
| . |
|
||||
| . . |
|
||||
| .. . |
|
||||
|o.. .. |
|
||||
|.o . o. |
|
||||
| . ... |
|
||||
| ... .. |
|
||||
| .o .. |
|
||||
| . . |
|
||||
| . = . |
|
||||
| = * |
|
||||
| o B . |
|
||||
| = o |
|
||||
| . |
|
||||
| |
|
||||
| |
|
||||
+----------------+
|
||||
|
||||
1o5q3y.SNnO!odQ<U>Y^yOu:0>lJIWQ@*rFJ*QQuw-NU)7*y@CnN%qTNwEsQ8UI0JFzL5N]
|
||||
:[U5Ya%?E3QO=vvTd$h22]DXl8f6>aEy/#}]4:xH{$1bZv[7@dMPmEr^w$rCwm+{WwmPlHp
|
||||
y!/SI&//[fhw%2scogf$RsnHNm6*-XlZpR1vg8XIm<mamGE{YfPuSiz}Yyq0UzBRq!JdD%G
|
||||
kf<)!6xraTlRYybc!l=lIcsYY3C==2<{X2BWGy]NlOi@4DIR8m(/-w*//nS>RSkaTz(DYg7
|
||||
oG8QKemj%)6k[ic:U8QD]y?CND}xFUzGZ=>8}hBJl4@>^r?^AY#t[5Qn9g##I{XpbF5C2h[
|
||||
pD$R!=wRs>:JLbed^]$FOZ>N40Awpyu.#%h:sug:@Y(2CvSbZ+C%Dg:v{%fNE?/hR3GG0J*
|
||||
7cO=UnJR[J18xFS5}AI/GCjw-9mQ)GJFCotP4.!5qxn810i]1i&9WQw#[9]tgB{kuzKIorx
|
||||
^[xc2zU>X)I&s/tYoEplQ0FJre*M.p![>HZ>YF3CfJ(Prp8m+IQIeJTs(?JI&7@F}c*#61b
|
||||
12v!ysq}6L-?26>zTbVb@OZG^oXfM&m8dAdl}Qk^i<I5V9VziPt#87PD*twr+W.{8?9^CuM
|
||||
NZy7H69@rulO]&EKqlOgP7?CzGt{h^L)j1L)2UV[5FM$DealB>]nxtvW!p(@rZY)M#uXcf8
|
||||
)]C-BF3eM4hBxzZlny?Yh8EoZg^KCdKPkvY08!i^9SMfu0<>l7vfo-E^5H8:rEPW}IWMM)n
|
||||
9O]:9.h#9eg#3N+Nwg=(FZ!o&vjwh*@-/k:pP+l3Gn(Gar.6q(jT9C=nq*9Ee<lE
|
||||
1ibutw@MLx1y%B6nt5N-j1p9RrIJA!5?aMj/NV/Dj(4dT!OMC={yChgS9Bm:p*{/RW@&mq4
|
||||
hPA1/hb&6<3EV[vTd@IEDCn1gh?O*AO]Pp]T[*2/n#SSc:SPVDlb$h(:z6cmqt0DUIc(hU)
|
||||
IfufJgG1em4]/KdB$SF$R1fu0Uyj:AiYb-ET]kItj[a^i94(:P$G<oU^Ns14-<7Ni@gLn9n
|
||||
Qlb8//T4AA5jq.nHU:/B]Xo.u:6vP$NZ8:}D?i@%I?M0})0weS1AaFZ&b@7^S9Hy2eSWZG)
|
||||
U^{1AvdLExP+6MH9HE<de}3Y3DR>Wj!s!h9$7ve^NBsb)415Dj^Z9//]G*z=pA))x+{zp4<
|
||||
V4R37FSAuNYF@L!50FILb.ikdYR9QjY#[SCLuE6:WvoI8vSbZ+C%Dg:v{%fN-Ev6Bg.s8Se
|
||||
L&x#naZ8r7R@zd5j2DFn<w$2HY*F}]}Y&Y?GZaVE0TMi=nC!.X{]I6YnIaXBYKIbP(-omT!
|
||||
(U(Ae*77C7C>^WcqCB(F&2[C8d^lKzsEhXnpTH-s[RUK-b-Z7DKC)rQ@8=w1VnxG$6=^C.h
|
||||
(U3>LYD!!H<lUK?dzs5rb#wlUknk4gU+ov-whNrEM02u!%@hZtF[eR7{<0CgeDg+SR2-?$e
|
||||
u7Cy#]:Vhu&{@}siUdO013&:8adw.@ex-R}pXYDj(/D%PG)g[jtyB#?tIM3xtzVnw:1>3s^
|
||||
+(ZbyD3yO]fH^]Pl{-N!f/y<Oh8v2*k(Z(+08!r69SMfu0{?w*JSQptIgg:z2mt:erb<@UA
|
||||
=>25y?Q=(YO^sy=Rgk$+#[GxtS&GB/mTh$(@bereI-eo*2pGrbaTSZWR^fTOD5S&
|
||||
------ END PCP PUBLICKEY ------
|
||||
|
||||
@@ -1,23 +1,25 @@
|
||||
----- BEGIN PCP SECRET KEY -----
|
||||
Generated by: Pretty Curved Privacy Version 0.1.2
|
||||
Generated by: Pretty Curved Privacy Version 0.1.3
|
||||
Cipher: CURVE25519-ED25519-SALSA20-POLY1305
|
||||
Key-ID: 0x26C77B2A1548F4AB
|
||||
Creation Time: 2013-11-08T12:21:02
|
||||
Serial Number: 0x048CC072
|
||||
Key-ID: 0x80F52DB08164A533
|
||||
Creation Time: 2013-11-10T14:24:46
|
||||
Serial Number: 0x9CFF1DC6
|
||||
Key Version: 0x00000002
|
||||
|
||||
1o5q3y.SNnO!odQ<U>Y^yOu:0>lJIWQ@*rFJ*QQuwDkSN1)h.]3aGrN{@#OpkKg+VAzobA3
|
||||
f7?d[VKYM/Yl<l7*y@CnN%qTNwEsQ8UI0JFzL5N]:[U5Ya%?E3+b.wOe.zsGKUG[<3N9p:C
|
||||
pDWVcEjzKx7nIPx7tx0}bFZN%SKvUaImjf{23dOo9M@(rb6J7sZG[Z#c01lHJ7FFG#C6=Q8
|
||||
LVvTd$h22]DXl8f6>aEy/#}]4:xH{$1bZv[7@dMPmEr^w$rCwm+{WwmPlHpy!/SI&//[fhw
|
||||
%2scogf$RsnHNm6*-XlZpR1vg8XIm<mamGE{YfPuSiz}Yyq0UzBRq!JdD%Gkf<)!6xraTlR
|
||||
Yybc!l=lIcsYY3C==2<{X2BWGy]NlOi@4DIR8m(/-w*//nS>RSkaTz(DYg7oG8QKemj%)6k
|
||||
[ic:U8QD]y?CND}xFUzGZ=>8}hBJl4@>^r?^AY#t[5Qn9g##I{XpbF5C2h[pD$R!=wRs>:J
|
||||
Lbed^]$FOZ>N40Awpyu.#%h:sug:@Y(2CvSbZ+C%Dg:v{%fNE?/hR3GG0J*7cO=UnJR[J18
|
||||
xFS5}AI/GCjw-9mQ)GJFCotP4.!5qxn810i]1i&9WQw#[9]tgB{kuzKIorx^[xc2zU>X)I&
|
||||
s/tYoEplQ0FJre*M.p![>HZ>YF3CfJ(Prp8m+IQIeJTs(?JI&7@F}c*#61b12v!ysq}6L-?
|
||||
26>zTbVb@OZG^oXfM&m8dAdl}Qk^i<I5V9VziPt#87PD*twr+W.{8?9^CuMNZy7H69@rulO
|
||||
]&EKqlOgP7?CzGt{h^L)j1L)2UV[5FM$DealB>]nxtvW!p(@rZY)M#uXcf8)]C-BF3eM4hB
|
||||
xzZlny?Yh8EoZg^KCdCk}Qy08!i^9SMfu0TaE$ASP8H!S5r{ZcHPW0seV9004lz0seV9004
|
||||
JH0seV9000000000000000000000h+hB0seV901Ybg07FFv:n=hu
|
||||
1ibutw@MLx1y%B6nt5N-j1p9RrIJA!5?aMj/NV/DjPIjyxhLO1q@:+$7?)D][S+0r<Rfgzn
|
||||
tDEQCEP=9pU^5<!OMC={yChgS9Bm:p*{/RW@&mq4hPA1/hb&6&@FQcZ:}Y25*4WG4uMo@Dn
|
||||
]ez5rL8ZZ6/eS[wW=)x&z.me!2?&c6XTM-No(PGmt6WOVbJ(??zP*h]I.5&?]n<y(2e()Bv
|
||||
mb5lgGjmYPtgOAtGHww3s+*V[JNk9Ug$==U%fbp*oxg!By7ESbm(1$=-on44=#n(&e!DKU3
|
||||
1JeS&$e-8oi}YPZ0gI$f8EO{xKM8j]%oR/#MboJ1(.r=n2&6Iu>vTd@IEDCn1gh?O*AO]Pp
|
||||
]T[*2/n#SSc:SPVDlb$h(:z6cmqt0DUIc(hU)IfufJgG1em4]/KdB$SF$R1fu0Uyj:AiYb-
|
||||
ET]kItj[a^i94(:P$G<oU^Ns14-<7Ni@gLn9nQlb8//T4AA5jq.nHU:/B]Xo.u:6vP$NZ8:
|
||||
}D?i@%I?M0})0weS1AaFZ&b@7^S9Hy2eSWZG)U^{1AvdLExP+6MH9HE<de}3Y3DR>Wj!s!h
|
||||
9$7ve^NBsb)415Dj^Z9//]G*z=pA))x+{zp4<V4R37FSAuNYF@L!50FILb.ikdYR9QjY#[S
|
||||
CLuE6:WvoI8vSbZ+C%Dg:v{%fN-Ev6Bg.s8SeL&x#naZ8r7R@zd5j2DFn<w$2HY*F}]}Y&Y
|
||||
?GZaVE0TMi=nC!.X{]I6YnIaXBYKIbP(-omT!(U(Ae*77C7C>^WcqCB(F&2[C8d^lKzsEhX
|
||||
npTH-s[RUK-b-Z7DKC)rQ@8=w1VnxG$6=^C.h(U3>LYD!!H<lUK?dzs5rb#wlUknk4gU+ov
|
||||
-whNrEM02u!%@hZtF[eR7{<0CgeDg+SR2-?$eu7Cy#]:Vhu&{@}siUdO013&:8adw.@ex-R
|
||||
}pXYDj(/D%PG)g[jtyB#?tIM3xtzVnw:1>3s^+(ZbyD3yO]fH^]Pl{-N!f/y<Oh8v2**Ydr
|
||||
O08!r69SMfu0?xoh-Sv(D^?4<!>0ldv0seV9004yi0seV9004Wq0seV9000000000000000
|
||||
0000000X6v0seV901Ybg02=5[JSo4V
|
||||
------ END PCP SECRET KEY ------
|
||||
|
||||
@@ -1,6 +1,6 @@
|
||||
bartid = 0x955C5AF3D4BABB18
|
||||
bartserial = 0xDDE1E3AD
|
||||
idbobby = 0x26C77B2A1548F4AB
|
||||
idalicia = 0x244407F39FFA0333
|
||||
bartid = 0x6C0EEA95E11E2533
|
||||
bartserial = 0x9273DE28
|
||||
idbobby = 0x80F52DB08164A533
|
||||
idalicia = 0xD5F2E247E527F925
|
||||
mailbobby = bobby@local
|
||||
mailalicia = alicia@local
|
||||
|
||||
@@ -29,7 +29,7 @@ include keys.cfg
|
||||
|
||||
<test check-dependencies>
|
||||
<test check-dependencies-perl>
|
||||
cmd = perl -MYAML-e 'print 1'
|
||||
cmd = perl -MYAML -e 'print 1'
|
||||
expect = 1
|
||||
</test>
|
||||
<test check-dependencies-shell>
|
||||
|
||||
Reference in New Issue
Block a user