C++ (Cpp) shctime示例

示例#1

static int _lfunc_sexe_ctime(lua_State *L)
{
  double f = luaL_checknumber(L, 1);
  shtime_t t = SHTIME_UNDEFINED;

  shnum_set(f, &t);
  lua_pushstring(L, shctime(t));
  return 1; /* 'ctime' */
}

示例#2

void shcert_print(shcert_t *cert, shbuf_t *pr_buff)
{
  char tbuf1[256];
  char tbuf2[256];
  char buf[4096];

  if (!cert || !pr_buff)
    return;

  shbuf_catstr(pr_buff, "Certificate:\n");
  shbuf_catstr(pr_buff, "  Data:\n");

  sprintf(buf, "    Version: %d\n", cert->cert_ver);
  shbuf_catstr(pr_buff, buf);

  shbuf_catstr(pr_buff, "    Serial Number: ");
  shcert_hex_print(pr_buff, shcert_sub_ser(cert), sizeof(shcert_sub_ser(cert)), "");

  sprintf(buf, "  Signature Algorithm: %s\n", 
      shsig_alg_str(shcert_iss_alg(cert) | shcert_sub_alg(cert)));
  shbuf_catstr(pr_buff, buf);

  sprintf(buf, "    Issuer: %s\n", cert->cert_iss.ent_name);
  shbuf_catstr(pr_buff, buf);

  strcpy(tbuf1, shctime(shcert_sub_stamp(cert))+4);
  strcpy(tbuf2, shctime(shcert_sub_expire(cert))+4);
  sprintf(buf, "    Validity: %-20.20s - %-20.20s\n", tbuf1, tbuf2); 
  shbuf_catstr(pr_buff, buf);

  sprintf(buf, "    Subject: %s\n", cert->cert_sub.ent_name);
  shbuf_catstr(pr_buff, buf);

  sprintf(buf, "    Public Key Algorithm: (%d bit) %s\n",
      shcert_sub_len(cert) * 8, shsig_alg_str(shcert_sub_alg(cert)));
  shbuf_catstr(pr_buff, buf);

  sprintf(buf, "      Checksum: %llu\n", shkey_crc(shcert_sub_sig(cert)));
  sprintf(buf, "      192-Bit: %s\n", shkey_hex(shcert_sub_sig(cert)));
  shbuf_catstr(pr_buff, buf);

  if (shcert_sub_alg(cert) & SHKEY_ALG_RSA) {
    shbuf_catstr(pr_buff, "      Modulus:\n");
    shcert_hex_print_reverse(pr_buff, cert->cert_sub.ent_sig.key.rsa.mod, 
        cert->cert_sub.ent_sig.key.rsa.mod_len, "        ");
  }

  shbuf_catstr(pr_buff, "    X509v3 extensions:\n");
  sprintf(buf, "      Basic Constraints: CA=%s\n", 
      (cert->cert_flag & SHCERT_CERT_CHAIN) ? "false" : "true");
  shbuf_catstr(pr_buff, buf);

  if (!shpeer_localhost(&cert->cert_sub.ent_peer)) {
    sprintf(buf, "      Alternate Subject: %s\n", 
        shpeer_print(&cert->cert_sub.ent_peer));
    shbuf_catstr(pr_buff, buf);
  }

  sprintf(buf, "      Extended Usage: %s\n", shcert_flag_str(cert->cert_flag));
  shbuf_catstr(pr_buff, buf);

  sprintf(buf, "  Private Signature: %s (%d bytes)\n",
      shsig_alg_str(shcert_iss_alg(cert)), shcert_iss_len(cert));
  shbuf_catstr(pr_buff, buf);

  if (shcert_iss_alg(cert) & SHKEY_ALG_MD5) {
    shcert_hex_print(pr_buff, cert->cert_iss.ent_sig.key.md.md, 
        cert->cert_iss.ent_sig.key.md.md_len, "    ");
  } else if (shcert_iss_alg(cert) & SHKEY_ALG_SHA1) {
    shcert_hex_print(pr_buff, cert->cert_iss.ent_sig.key.sha.sha, 
        cert->cert_iss.ent_sig.key.sha.sha_len, "    ");
  } else if (shcert_iss_alg(cert) & SHKEY_ALG_SHA256) {
    shcert_hex_print(pr_buff, cert->cert_iss.ent_sig.key.sha.sha, 
        cert->cert_iss.ent_sig.key.sha.sha_len, "    ");
  } else {
    sprintf(buf, "    Checksum: %llu\n", shkey_crc(shcert_iss_sig(cert)));
    shbuf_catstr(pr_buff, buf);
    sprintf(buf, "    192-Bit: %s\n", shkey_hex(shcert_iss_sig(cert)));
    shbuf_catstr(pr_buff, buf);
  }


}