void _test_to_long_uri() { YK_NDEF *ndef = ykp_alloc_ndef(); char uri[] = "https://example.example.example.example.com/foo/kaka/bar/blahonga"; int rc = ykp_construct_ndef_uri(ndef, uri); assert(rc == 0); assert(ndef->type == 0); assert(ndef->len == 0); ykp_free_ndef(ndef); }
void _test_to_long_uri() { YKNDEF ndef; memset(&ndef, 0, sizeof(YKNDEF)); char uri[] = "https://example.example.example.example.com/foo/kaka/bar/blahonga"; int rc = ykp_construct_ndef_uri(&ndef, uri); assert(rc == 1); assert(ndef.type == 0); assert(ndef.len == 0); }
void _test_exact_uri() { YKNDEF ndef; memset(&ndef, 0, sizeof(YKNDEF)); char uri[] = "https://www.aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"; int rc = ykp_construct_ndef_uri(&ndef, uri); assert(rc == 0); assert(ndef.type == 'U'); assert(ndef.data[0] == 0x02); assert(strncmp(ndef.data + 1, "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa", NDEF_DATA_SIZE -1) == 0); assert(ndef.len == NDEF_DATA_SIZE); }
void _test_https_uri() { YKNDEF ndef; memset(&ndef, 0, sizeof(YKNDEF)); char uri[] = "https://example.com/foo"; int rc = ykp_construct_ndef_uri(&ndef, uri); assert(rc == 0); assert(ndef.type == 'U'); assert(ndef.data[0] == 0x04); assert(strncmp(ndef.data + 1, "example.com/foo", 15) == 0); assert(ndef.len == 16); }
void _test_exact_uri() { YK_NDEF *ndef = ykp_alloc_ndef(); char uri[] = "https://www.aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"; int rc = ykp_construct_ndef_uri(ndef, uri); char text[256]; assert(rc == 1); assert(ndef->type == 'U'); assert(ndef->data[0] == 0x02); assert(strncmp(ndef->data + 1, "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa", NDEF_DATA_SIZE -1) == 0); assert(ndef->len == NDEF_DATA_SIZE); rc = ykp_ndef_as_text(ndef, text, 256); assert(rc == 1); assert(strncmp(uri, text, strlen(uri)) == 0); ykp_free_ndef(ndef); }
void _test_https_uri() { YK_NDEF *ndef = ykp_alloc_ndef(); char uri[] = "https://example.com/foo"; int rc = ykp_construct_ndef_uri(ndef, uri); char text[256]; assert(rc == 1); assert(ndef->type == 'U'); assert(ndef->data[0] == 0x04); assert(strncmp(ndef->data + 1, "example.com/foo", 15) == 0); assert(ndef->len == 16); rc = ykp_ndef_as_text(ndef, text, 256); assert(rc == 1); assert(strncmp(uri, text, strlen(uri)) == 0); ykp_free_ndef(ndef); }
void YubiKeyWriter::writeNdef(bool uri, const QString language, const QString payload, const QString accCode, int slot) { YubiKeyFinder::getInstance()->stop(); YK_KEY *yk = 0; YK_NDEF *ndef = ykp_alloc_ndef(); bool error = false; qDebug() << "Writing ndef " << payload << " of type " << uri; try { if(accCode.length() > 0) { unsigned char accessCode[MAX_SIZE]; size_t accessCodeLen = 0; int rc = encodeAccessCode(accCode, accessCode, &accessCodeLen); if (rc <= 0) { qDebug() << "Invalid access code: " << accCode; throw 0; } ykp_set_ndef_access_code(ndef, accessCode); } QByteArray payload_array = payload.toUtf8(); const char *ndef_payload = payload_array.constData(); qDebug() << "payload: " << ndef_payload; if (!(yk = yk_open_first_key())) { throw 0; } if(uri) { if(!ykp_construct_ndef_uri(ndef, ndef_payload)) { throw 0; } } else { QByteArray lang_array = language.toUtf8(); const char *lang = lang_array.constData(); if(!ykp_construct_ndef_text(ndef, ndef_payload, lang, false)) { throw 0; } } qDebug() << "writing the ndef."; if(! yk_write_ndef2(yk, ndef, slot)) { throw 0; } emit configWritten(true, NULL); emit diagnostics(QString("Wrote NDEF for slot %1").arg(slot)); } catch(...) { error = true; } if(ndef && !ykp_free_ndef(ndef)) { error = true; } if (yk && !yk_close_key(yk)) { error = true; } YubiKeyFinder::getInstance()->start(); if(error) { qDebug() << "Writing NDEF failed."; QString errMsg = reportError(); emit configWritten(false, errMsg); } }