Trovare un Cuoco a Domicilio: Come Fare?

Scopri come trovare un cuoco a domicilio perfetto per le tue esigenze! Questo articolo ti guiderà attraverso i passaggi fondamentali per scegliere il professionista giusto, valutare le competenze culinarie e garantire un servizio di alta qualità. Non perdere l'occasione di trasformare i tuoi pasti in esperienze uniche!

/* * Copyright 2017-present Open Networking Foundation * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */  /********************************************************************20** Name: MME NAS layer - S1AP Type: C source file Desc: C source code for MME NAS layer - S1AP File: vb_mme_s1ap.c Sid: vb_mme_s1ap.c@@/main/1 - Thu Jul 8 21:22:17 2010 Prg: sk *********************************************************************21*/ /* header include files (.h) */ #include "envopt.h" /* environment options */ #include "envdep.h" /* environment dependent */ #include "envind.h" /* environment independent */ #include "gen.h" /* general layer */ #include "ssi.h" /* system services */ #include "cm_hash.h" /* common hashing */ #include "cm_err.h" /* common error */ #include "cm_llist.h" /* common link list */ #include "cm5.h" /* common timer */ #include "cm_tpt.h" /* common transport defines */ #include "cm_tpt_ul.h" #include "cm_inet.h" /* common sockets */ #include "cm_dns.h" /* common DNS Library */ #include "cm_mblk.h" /* common memory link list library */ #include "cm_tkns.h" /* common tokens */ #include "cm_pasn.h" /* common ASN */ #include "vb_hss_common.h" #include "vb_mme.h" #include "vb_mme_s1ap.h" #include "vb_hss_autn.h" #include "vb_hss_edm.h" #include "vb_s1_utl.h" #include "vb_s1_enb.h" #include "vb_s1_hndl.h" #include "vb_s1_edm.h" #include "vb_hss_enb.h" #include "vb_hss.h" #include "vb_s1_msg.h" #include "vb_s1_utl.h" #include "vb_mme_utl.h" /* header/extern include files (.x) */ #include "gen.x" /* general layer */ #include "ssi.x" /* system services */ #include "cm_hash.x" /* common hashing */ #include "cm_lib.x" /* common library */ #include "cm_err.x" /* common error */ #include "cm_llist.x" /* common link list */ #include "cm5.x" /* common timer */ #include "cm_tpt.x" /* common transport typedefs */ #include "cm_tpt_ul.x" #include "cm_inet.x" /* common sockets */ #include "cm_dns.x" /* common DNS Library */ #include "cm_mblk.x" /* common memory link list library */ #include "cm_tkns.x" /* common tokens */ #include "cm_pasn.x" /* common ASN */ #include "vb_hss_common.x" #include "vb_mme.x" #include "vb_mme_s1ap.x" #include "vb_hss_autn.x" #include "vb_hss_edm.x" #include "vb_s1_utl.x" #include "vb_s1_enb.x" #include "vb_s1_hndl.x" #include "vb_s1_edm.x" #include "vb_hss_enb.x" #include "vb_hss.x" #include "vb_s1_msg.x" #include "vb_s1_utl.x" #include "vb_mme_utl.x" /* local defines */ /* local typedefs */ /* local externs */ /* forward references */ #ifdef __cplusplus extern "C" { #endif /************************************************************************ S1AP Interface ************************************************************************/ /* * * Fun: vbMmeHndlS1APMsg * * Desc: This function handles the S1AP messages * * Ret: ROK * * Notes: None * * File: vb_mme_s1ap.c * */ #ifdef ANSI PUBLIC S16 vbMmeHndlS1APMsg ( VbMmeUeCb *ueCb, VbMmeEnbCb *eNbCb, S1apPdu *pdu ) #else PUBLIC S16 vbMmeHndlS1APMsg(ueCb, eNbCb, pdu) VbMmeUeCb *ueCb; VbMmeEnbCb *eNbCb; S1apPdu *pdu; #endif { S16 ret = ROK; U32 mmeId; VbMmeUeCb *ueCb1 = NULLP; U8 msgType; U32 presId; VB_TRC2(vbMmeHndlS1APMsg); VB_MME_DBG_INFO((VB_MME_PRNTBUF, "Received S1AP message from eNodeB")); /* Decode the message type */ ret = vbMmeUtlGetMsgType(pdu, &msgType); if (ret != ROK) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Decoding S1AP message type failed")); ret = RFAILED; RETVALUE(ret); } VB_MME_DBG_INFO((VB_MME_PRNTBUF, "Decoded S1AP message type: %d", msgType)); switch (msgType) { case S1AP_PDU_INITIATINGMSG: { VbMmeUeCb *ueCb = NULLP; ret = vbMmeUtlGetMmeId(pdu, &mmeId); if (ret != ROK) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Decoding MME Id failed")); ret = RFAILED; break; } /* Check if UeCb is already present or not */ ret = vbMmeUtlFndUeCb(mmeId, &ueCb1); if(ROK != ret) { VB_MME_DBG_INFO((VB_MME_PRNTBUF, "UeCb not present, creating UeCb")); /* Create a New UeCb */ ret = vbMmeUtlCreateUeCb(mmeId, &ueCb); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Creating UeCb failed")); break; } ueCb->eNbCb = eNbCb; ret = vbMmeUtlUpdUeCb(ueCb); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Updating UeCb failed")); break; } ret = vbMmeHndlInStg(ueCb, pdu); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Handling Initial stage message failed")); break; } } else { /* Check if UeCb is in Init stage or not */ if (VB_MME_UE_ST_INIT == ueCb1->ueCtxt.ueSta.state) { VB_MME_DBG_INFO((VB_MME_PRNTBUF, "UeCb already present, updating UeCb")); /* Update the UeCb */ ueCb1->eNbCb = eNbCb; ret = vbMmeUtlUpdUeCb(ueCb1); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Updating UeCb failed")); break; } /* Handle the Initial stage message */ ret = vbMmeHndlInStg(ueCb1, pdu); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Handling Initial stage message failed")); break; } } else { VB_MME_DBG_INFO((VB_MME_PRNTBUF, "UeCb present in non-Init stage, discarding")); } } break; } case S1AP_PDU_SUCCESSFULOUTCOME: { ret = vbMmeUtlGetMmeId(pdu, &mmeId); if (ret != ROK) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Decoding MME Id failed")); ret = RFAILED; break; } ret = vbMmeUtlFndUeCb(mmeId, &ueCb1); if(ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "UeCb not present")); ret = RFAILED; break; } else { ret = vbMmeHndlSuccOut(ueCb1, pdu); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Handling Succ Outcome message failed")); break; } } break; } case S1AP_PDU_UNSUCCESSFULOUTCOME: { ret = vbMmeUtlGetMmeId(pdu, &mmeId); if (ret != ROK) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Decoding MME Id failed")); ret = RFAILED; break; } ret = vbMmeUtlFndUeCb(mmeId, &ueCb1); if(ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "UeCb not present")); ret = RFAILED; break; } else { ret = vbMmeHndlUnSuccOut(ueCb1, pdu); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Handling UnSucc Outcome message failed")); break; } } break; } case S1AP_PDU_INITIATINGMSG_UE_CTX_REL_CMD: { ret = vbMmeUtlGetMmeId(pdu, &mmeId); if (ret != ROK) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Decoding MME Id failed")); ret = RFAILED; break; } ret = vbMmeUtlFndUeCb(mmeId, &ueCb1); if(ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "UeCb not present")); ret = RFAILED; break; } else { ret = vbMmeHndlUeCtxtRelCmd(ueCb1, pdu); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Handling UE Context Release command failed")); break; } } break; } case S1AP_PDU_INITIATINGMSG_UE_CTX_REL_COMP: { ret = vbMmeUtlGetMmeId(pdu, &mmeId); if (ret != ROK) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Decoding MME Id failed")); ret = RFAILED; break; } ret = vbMmeUtlFndUeCb(mmeId, &ueCb1); if(ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "UeCb not present")); ret = RFAILED; break; } else { ret = vbMmeHndlUeCtxtRelComp(ueCb1, pdu); if (ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Handling UE Context Release Complete failed")); break; } } break; } case S1AP_PDU_INITIATINGMSG_UE_CTX_MOD_REQ: { ret = vbMmeUtlGetMmeId(pdu, &mmeId); if (ret != ROK) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "Decoding MME Id failed")); ret = RFAILED; break; } ret = vbMmeUtlFndUeCb(mmeId, &ueCb1); if(ROK != ret) { VB_MME_DBG_ERROR((VB_MME_PRNTBUF, "UeCb not present")); ret = RFAILED; break; } else { ret = vbMmeHndlS1UeCtxtModReq(ueCb1, pdu); if (ROK != ret)