int main(int argc, const char** argv)
{
NFC_REQ req;
memset(&req, 0, sizeof(NFC_REQ));
META_NFC_Register(nfc_info_callback);
if (META_NFC_init() != 0) {
META_LOG("META_NFC_init Failure\n");
return -1;
}
sleep(1);
nfc_cnf.header.id = FT_NFC_CNF_ID;
nfc_cnf.header.token = req->header.token;
nfc_cnf.op = req->op;
req.cmd.m_setting_req.debug_enable = 1;
req.cmd.m_setting_req.get_capabilities = 1;
req.cmd.m_setting_req.nfc_enable = 1;
req.cmd.m_setting_req.sw_protocol = 1;
req.header.id = 1;
req.header.token = 1;
req.op = NFC_OP_SETTING;
META_NFC_OP(&req, NULL, 0);
sleep(10);
META_NFC_OP(&req, NULL, 0);
sleep(1);
META_NFC_deinit();
META_NFC_Register(NULL);
return 0;
}
int CMetaNfc::SendCommand(NFC_REQ *req, char *peer_buff,
unsigned short peer_len, /*IN OUT*/NFC_CNF* resp) {
LOGD("CMetaNfc::SendCommand, CMD=%d, NFC_OP_END=%d", req->op, NFC_OP_END);
int idx = getOPIdx(req->op);
mNewObjectLock->Lock();
LOGD("CMetaNfc::SendCommand locked");
if (respMap[idx] == 0) {
LOGD("CMetaNfc::SendCommand new SyncedElement");
respMap[idx] = new SyncedElement();
}
mNewObjectLock->Unlock();
LOGD("CMetaNfc::SendCommand unlocked");
respMap[idx]->TransferLock();
LOGD("CMetaNfc::SendCommand TransferLocked");
respMap[idx]->isReqSent = true;
META_NFC_OP(req, peer_buff, peer_len);
LOGD("META_NFC_OP() returned");
if (!respMap[idx]->TimedWait(50000))//wait for 50000sec, remove timeout
{
//timeout
LOGE("META_NFC_OP 50000 Seconds TimeOut.");
resp->status = RESULT_STATUS_TIMEOUT;
respMap[idx]->isReqSent = false;
respMap[idx]->TransferUnLock();
return ERR_TIMEOUT;
} else {
memcpy(resp, respMap[idx]->resp, sizeof(NFC_CNF));
}
LOGD("META_NFC_OP() Sync returned");
respMap[idx]->isReqSent = false;
respMap[idx]->TransferUnLock();
LOGD("CMetaNfc::SendCommand Transfer UnLocked");
return ERR_OK;
}
