FreeCalypso > hg > fc-selenite
view src/g23m-fad/ppp/ppp_arbs.c @ 192:4f40ae165be4
abb.c & init.c: sync with Magnetite for Luna additions
These Luna target-specific additions are conditionalized on CONFIG_TARGET_LUNA,
a C preprocessor symbol that will never be defined in Selenite, hence this
change has exactly zero impact on FC Selenite. However, they are being pulled
in as a sync in order to keep the diff between Magnetite and Selenite to a
minimum; keeping this diff to a minimum increases our opportunities for
possible evolution of future FC firmwares.
author | Mychaela Falconia <falcon@freecalypso.org> |
---|---|
date | Sat, 23 May 2020 07:03:46 +0000 |
parents | d393cd9bb723 |
children |
line wrap: on
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/* +----------------------------------------------------------------------------- | Project : | Modul : +----------------------------------------------------------------------------- | Copyright 2002 Texas Instruments Berlin, AG | All rights reserved. | | This file is confidential and a trade secret of Texas | Instruments Berlin, AG | The receipt of or possession of this file does not convey | any rights to reproduce or disclose its contents or to | manufacture, use, or sell anything it may describe, in | whole, or in part, without the specific written consent of | Texas Instruments Berlin, AG. +----------------------------------------------------------------------------- | Purpose : This modul is part of the entity PPP and implements all | functions to handles the incoming process internal signals as | described in the SDL-documentation (ARB-statemachine) +----------------------------------------------------------------------------- */ #ifndef PPP_ARBS_C #define PPP_ARBS_C #endif /* !PPP_ARBS_C */ #define ENTITY_PPP /*==== INCLUDES =============================================================*/ #include "typedefs.h" /* to get Condat data types */ #include "vsi.h" /* to get a lot of macros */ #include "macdef.h" /* to get a lot of macros */ #include "custom.h" /* to get a lot of macros */ #include "gsm.h" /* to get a lot of macros */ #include "cnf_ppp.h" /* to get cnf-definitions */ #include "mon_ppp.h" /* to get mon-definitions */ #include "prim.h" /* to get the definitions of used SAP and directions */ #include "dti.h" /* to get the DTILIB definitions */ #include "ppp.h" /* to get the global entity definitions */ #include "ppp_arbf.h" /* to get function interface from arb */ #include "ppp_lcpf.h" /* to get function interface from lcp */ #include "ppp_ncpf.h" /* to get function interface from ncp */ #include "ppp_rts.h" /* to get signal interface from rt */ #include "ppp_ptxs.h" /* to get signal interface from ptx */ #include "ppp_ftxs.h" /* to get signal interface from ftx */ #include "ppp_lcps.h" /* to get signal interface from lcp */ #include "ppp_ncps.h" /* to get signal interface from ncp */ #include "ppp_paps.h" /* to get signal interface from pap */ #include "ppp_caps.h" /* to get signal interface from chap */ #include "ppp_ftxs.h" /* to get signal interface from ftx */ #include "ppp_prxs.h" /* to get signal interface from prx */ #include "ppp_frxs.h" /* to get signal interface from frx */ #ifdef _SIMULATION_ #include <string.h> /* to get strcpy */ #endif /* _SIMULATION_ */ /*==== CONST ================================================================*/ /*==== LOCAL VARS ===========================================================*/ /*==== PRIVATE FUNCTIONS ====================================================*/ /*==== PUBLIC FUNCTIONS =====================================================*/ /* +------------------------------------------------------------------------------ | Function : sig_ptx_arb_packet_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_PTX_ARB_PACKET_IND | | Parameters : ptype - type of packet | packet - pointer to a generic data descriptor | +------------------------------------------------------------------------------ */ GLOBAL void sig_ptx_arb_packet_ind (USHORT ptype, T_desc2* packet) { TRACE_ISIG( "sig_ptx_arb_packet_ind" ); switch( GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_LCP_ESTABLISH: case ARB_LCP_PDP: case ARB_LCP_NCP: case ARB_LCP_RECONF: case ARB_LCP_MOD: /* * any non-LCP packets received during this phase must be * silently discarded */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; default: arb_discard_packet(packet); break; } break; case ARB_PAP_ESTABLISH: /* * only LCP and Authentication packets * are allowed during this phase * all other packets are silently discarded * if we are in client mode and an IPCP Configure Req packet is received, * we stop authentication and and start ncp */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; case DTI_PID_PAP: sig_arb_pap_packet_req(packet); break; case DTI_PID_IPCP: if (ppp_data->mode EQ PPP_CLIENT) { UBYTE result; UBYTE hc; UBYTE msid; ncp_analyze_first_ipcp(packet, &result, &hc, &msid); if(result EQ TRUE) { /* * start IPCP */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_ESTABLISH ); sig_arb_pap_stop_req(); sig_arb_ncp_open_req(); sig_arb_ncp_packet_req(packet); break; } } /* fall through */ default: arb_discard_packet(packet); break; } break; case ARB_PAP_RECONF: /* * only LCP and Authentication packets * are allowed during this phase * all other packets are silently discarded * if we are in client mode and an IPCP Configure Req packet is received, * we stop authentication and and start ncp */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; case DTI_PID_PAP: sig_arb_pap_packet_req(packet); break; case DTI_PID_IPCP: if (ppp_data->mode EQ PPP_CLIENT) { UBYTE result; UBYTE hc; UBYTE msid; ncp_analyze_first_ipcp(packet, &result, &hc, &msid); if(result EQ TRUE) { /* * start IPCP */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_RECONF ); sig_arb_pap_stop_req(); sig_arb_ncp_open_req(); sig_arb_ncp_packet_req(packet); break; } } /* fall through */ default: arb_discard_packet(packet); break; } break; case ARB_CHAP_ESTABLISH: /* * only LCP and Authentication packets * are allowed during this phase * all other packets are silently discarded * if we are in client mode and an IPCP Configure Req packet is received, * we stop authentication and and start ncp */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; case DTI_PID_CHAP: sig_arb_chap_packet_req(packet); break; case DTI_PID_IPCP: if (ppp_data->mode EQ PPP_CLIENT) { UBYTE result; UBYTE hc; UBYTE msid; ncp_analyze_first_ipcp(packet, &result, &hc, &msid); if(result EQ TRUE) { /* * start IPCP */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_ESTABLISH ); sig_arb_chap_stop_req(); sig_arb_ncp_open_req(); sig_arb_ncp_packet_req(packet); break; } } /* fall through */ default: arb_discard_packet(packet); break; } break; case ARB_CHAP_RECONF: /* * only LCP and Authentication packets * are allowed during this phase * all other packets are silently discarded * if we are in client mode and an IPCP Configure Req packet is received, * we stop authentication and and start ncp */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; case DTI_PID_CHAP: sig_arb_chap_packet_req(packet); break; case DTI_PID_IPCP: if (ppp_data->mode EQ PPP_CLIENT) { UBYTE result; UBYTE hc; UBYTE msid; ncp_analyze_first_ipcp(packet, &result, &hc, &msid); if(result EQ TRUE) { /* * start IPCP */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_RECONF ); sig_arb_chap_stop_req(); sig_arb_ncp_open_req(); sig_arb_ncp_packet_req(packet); break; } } /* fall through */ default: arb_discard_packet(packet); break; } break; case ARB_PDP_WAIT: /* * any protocol which is unsupported by the implementation must be * returned in a Protocol-Reject packet * LCP and IPCP are allowed * other supported protocols are silently discarded * arbitration waits for an IPCP Configure-Request packet from * the PPP peer to create the list of Protocol Configuration Options * and fill in the PPP_PDP_ACTIVATE_IND primitive */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; case DTI_PID_IPCP: { UBYTE result; UBYTE hc; UBYTE msid; ncp_analyze_first_ipcp(packet, &result, &hc, &msid); if(result EQ TRUE) { PALLOC_SDU(ppp_pdp_activate_ind, PPP_PDP_ACTIVATE_IND, (251UL << 3)); SET_STATE( PPP_SERVICE_ARB, ARB_PDP_SENT ); sig_any_rt_srt_req(); TRACE_EVENT("activating PDP context"); if(hc EQ PPP_HC_OFF) { TRACE_EVENT("client does not support header compression"); } else if(hc EQ PPP_HC_VJ) { TRACE_EVENT("client supports VJ header compression"); } ppp_pdp_activate_ind->ppp_hc=hc; ppp_pdp_activate_ind->msid=msid; arb_get_pco_list (&ppp_pdp_activate_ind->sdu); PSEND (hCommMMI, ppp_pdp_activate_ind); } /* * store the packet */ if(ppp_data->arb.last_ipcp) { MFREE_DESC2(ppp_data->arb.last_ipcp); } ppp_data->arb.last_ipcp = packet; } break; case DTI_PID_IP: case DTI_PID_CTCP: case DTI_PID_UTCP: case DTI_PID_PAP: case DTI_PID_CHAP: arb_discard_packet(packet); break; default: { T_desc2* temp_desc; arb_get_protocol_reject (ptype, packet, &temp_desc); sig_any_ftx_packet_req(DTI_PID_LCP, temp_desc); } break; } break; case ARB_PDP_SENT: /* * any protocol which is unsupported by the implementation must be * returned in a Protocol-Reject packet * only LCP and IPCP are allowed * IPCP packets are stored until the context is activated * other supported protocols are silently discarded * arbitration waits for a response to the context activation */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; case DTI_PID_IPCP: if(ppp_data->arb.last_ipcp) { MFREE_DESC2(ppp_data->arb.last_ipcp); } ppp_data->arb.last_ipcp = packet; break; case DTI_PID_IP: case DTI_PID_CTCP: case DTI_PID_UTCP: case DTI_PID_PAP: case DTI_PID_CHAP: arb_discard_packet(packet); break; default: { T_desc2* temp_desc; arb_get_protocol_reject (ptype, packet, &temp_desc); sig_any_ftx_packet_req(DTI_PID_LCP, temp_desc); } break; } break; case ARB_NCP_ESTABLISH: case ARB_NCP_RECONF: case ARB_NCP_MOD: /* * any protocol which is unsupported by the implementation must be * returned in a Protocol-Reject packet * LCP and IPCP are allowed during this phases * other supported protocols are silently discarded */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; case DTI_PID_IPCP: sig_arb_ncp_packet_req(packet); break; case DTI_PID_IP: case DTI_PID_CTCP: case DTI_PID_UTCP: case DTI_PID_PAP: case DTI_PID_CHAP: arb_discard_packet(packet); break; default: { T_desc2* temp_desc; arb_get_protocol_reject (ptype, packet, &temp_desc); sig_any_ftx_packet_req(DTI_PID_LCP, temp_desc); } break; } break; case ARB_IP: /* * any protocol which is unsupported by the implementation must be * returned in a Protocol-Reject packet. If Van Jacobson is not * negotiated then such packets must also be returned in a * Protocol-Reject packet. * LCP and IPCP are allowed during this phases * other supported protocols are silently discarded */ switch(ptype) { case DTI_PID_LCP: sig_arb_lcp_packet_req(packet); break; case DTI_PID_IPCP: sig_arb_ncp_packet_req(packet); break; case DTI_PID_CHAP: if(ppp_data->mode EQ PPP_CLIENT) { sig_arb_chap_packet_req(packet); break; } /* else fall trough */ case DTI_PID_IP: case DTI_PID_PAP: arb_discard_packet(packet); break; case DTI_PID_CTCP: case DTI_PID_UTCP: if(ppp_data->n_hc EQ PPP_HC_VJ) { arb_discard_packet(packet); break; } /* fall through */ default: { T_desc2* temp_desc; arb_get_protocol_reject (ptype, packet, &temp_desc); sig_any_ftx_packet_req(DTI_PID_LCP, temp_desc); } break; } break; default: TRACE_ERROR( "SIG_PTX_ARB_PACKET_IND unexpected" ); arb_discard_packet(packet); break; } } /* sig_ptx_arb_packet_ind() */ /* +------------------------------------------------------------------------------ | Function : sig_lcp_arb_rpj_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_LCP_ARB_RPJ_IND | | Parameters : ptype - type of rejected packet | +------------------------------------------------------------------------------ */ GLOBAL void sig_lcp_arb_rpj_ind (USHORT ptype) { TRACE_ISIG( "sig_lcp_arb_rpj_ind" ); switch( GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_LCP_ESTABLISH: case ARB_LCP_PDP: case ARB_LCP_NCP: case ARB_LCP_RECONF: case ARB_LCP_MOD: /* * Protocol-Reject packets received in any other than the LCP Opened * state should be silently discarded */ break; case ARB_PAP_ESTABLISH: case ARB_PAP_RECONF: /* * Close the connection if LCP or PAP is rejected. Otherwise the packet * should be silently discarded. */ switch(ptype) { case DTI_PID_PAP: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_USE_AUTHED_FAILED; /* fall through */ case DTI_PID_LCP: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_PROT_REJ_UNEXPECTED; SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_pap_down_req(); sig_arb_lcp_close_req(); break; } break; case ARB_CHAP_ESTABLISH: case ARB_CHAP_RECONF: /* * Close the connection if LCP or CHAP is rejected. Otherwise the packet * should be silently discarded. */ switch(ptype) { case DTI_PID_CHAP: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_USE_AUTHED_FAILED; /* fall through */ case DTI_PID_LCP: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_PROT_REJ_UNEXPECTED; SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_chap_down_req(); sig_arb_lcp_close_req(); break; } break; case ARB_PDP_WAIT: /* * Close the connection if LCP is rejected. Otherwise the packet * should be silently discarded. */ switch(ptype) { case DTI_PID_LCP: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_PROT_REJ_UNEXPECTED; SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_any_rt_srt_req(); sig_arb_lcp_close_req(); break; } break; case ARB_PDP_SENT: /* * Close the connection if LCP is rejected. Otherwise the packet * should be silently discarded. */ switch(ptype) { case DTI_PID_LCP: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_PROT_REJ_UNEXPECTED; SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); if(ppp_data->arb.last_ipcp) { MFREE_DESC2(ppp_data->arb.last_ipcp); ppp_data->arb.last_ipcp = NULL; } sig_arb_lcp_close_req(); break; } break; case ARB_NCP_ESTABLISH: case ARB_NCP_RECONF: case ARB_NCP_MOD: /* * Close the connection if LCP or IPCP is rejected. Otherwise the packet * should be silently discarded. */ switch(ptype) { case DTI_PID_IPCP: case DTI_PID_LCP: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_PROT_REJ_UNEXPECTED; SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_ncp_down_req(); sig_arb_lcp_close_req(); break; } break; case ARB_IP: /* * Close the connection if LCP, IPCP or IP is rejected. Also close the * connection if (un)compressed TCP is rejected and header compression * is switched on. Otherwise the packet should be silently discarded. */ switch(ptype) { case DTI_PID_CTCP: case DTI_PID_UTCP: { UBYTE hc, msid; ULONG ip, pdns, sdns; /* * determine whether header compression is switched on */ ncp_get_values (&hc, &msid, &ip, &pdns, &sdns); if(hc NEQ PPP_HC_VJ) break; } /* fall through */ case DTI_PID_LCP: case DTI_PID_IPCP: case DTI_PID_IP: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_PROT_REJ_UNEXPECTED; SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_ftx_blocked_mode_req(); sig_arb_ptx_blocked_mode_req(); sig_arb_ncp_down_req(); sig_arb_lcp_close_req(); break; } break; default: TRACE_ERROR( "SIG_LCP_ARB_RPJ_IND unexpected" ); break; } } /* sig_lcp_arb_rpj_ind() */ /* +------------------------------------------------------------------------------ | Function : sig_rt_arb_to_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_RT_ARB_TO_IND | | Parameters : no parameters | +------------------------------------------------------------------------------ */ GLOBAL void sig_rt_arb_to_ind () { TRACE_ISIG( "sig_rt_arb_to_ind" ); switch( GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_LCP_ESTABLISH: case ARB_LCP_PDP: case ARB_LCP_NCP: case ARB_LCP_RECONF: case ARB_LCP_MOD: /* * lcp time out */ sig_arb_lcp_to_req(); break; case ARB_PAP_ESTABLISH: case ARB_PAP_RECONF: sig_arb_pap_to_req(); break; case ARB_CHAP_ESTABLISH: case ARB_CHAP_RECONF: sig_arb_chap_to_req(); break; case ARB_PDP_WAIT: { UBYTE ap; USHORT mru; ULONG accm; UBYTE pfc; UBYTE acfc; TRACE_EVENT("waiting for IPCP Configure Request packet"); /* * determine authentication protocol */ lcp_get_values(&ap, &mru, &accm, &pfc, &acfc); switch(ap) { case PPP_AP_PAP: sig_arb_pap_to_req(); break; case PPP_AP_CHAP: sig_arb_chap_to_req(); break; default: if(ppp_data->arb.to_counter EQ 0) { SET_STATE( PPP_SERVICE_ARB, ARB_LCP_ESTABLISH ); /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_IPCP_NOT_STARTED; sig_arb_lcp_close_req(); } else { ppp_data->arb.to_counter--; sig_any_rt_rrt_req(); } break; } } break; case ARB_NCP_ESTABLISH: case ARB_NCP_RECONF: case ARB_NCP_MOD: /* * ncp time out */ sig_arb_ncp_to_req(); break; case ARB_IP: if(ppp_data->mode EQ PPP_CLIENT) { sig_arb_chap_to_req(); break; } /* else fall trough */ default: TRACE_ERROR( "SIG_RT_ARB_TO_IND unexpected" ); break; } } /* sig_rt_arb_to_ind() */ /* +------------------------------------------------------------------------------ | Function : sig_any_arb_tlf_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_ANY_ARB_TLF_IND | | Parameters : no parameters | +------------------------------------------------------------------------------ */ GLOBAL void sig_any_arb_tlf_ind () { TRACE_ISIG( "sig_any_arb_tlf_ind" ); switch( GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_LCP_ESTABLISH: case ARB_LCP_PDP: case ARB_LCP_NCP: case ARB_LCP_RECONF: case ARB_LCP_MOD: if(ppp_data->arb.last_ipcp) { MFREE_DESC2(ppp_data->arb.last_ipcp); ppp_data->arb.last_ipcp = NULL; } /* * send a PPP_TERMINATE_IND */ { PALLOC (ppp_terminate_ind, PPP_TERMINATE_IND); SET_STATE( PPP_SERVICE_ARB, ARB_DEAD ); sig_arb_ncp_down_req(); sig_arb_pap_down_req(); sig_arb_chap_down_req(); sig_arb_lcp_down_req(); sig_arb_ptx_dead_mode_req(); sig_arb_ftx_dead_mode_req(); arb_dti_close_prot_ind(); arb_dti_close_peer_ind(); /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_PROT_ERROR_UNSPEC; ppp_terminate_ind->ppp_cause = ppp_data->ppp_cause; PSEND (hCommMMI, ppp_terminate_ind); } break; case ARB_PDP_WAIT: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_IPCP_NOT_STARTED; /* fall through */ case ARB_PAP_ESTABLISH: case ARB_PAP_RECONF: case ARB_CHAP_ESTABLISH: case ARB_CHAP_RECONF: /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_USE_AUTHED_FAILED; /* fall through */ case ARB_NCP_ESTABLISH: case ARB_NCP_RECONF: case ARB_NCP_MOD: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_lcp_close_req(); break; default: TRACE_ERROR( "SIG_ANY_ARB_TLF_IND unexpected" ); break; } } /* sig_any_arb_tlf_ind() */ /* +------------------------------------------------------------------------------ | Function : sig_any_arb_tlu_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_ANY_ARB_TLU_IND | | Parameters : no parameters | +------------------------------------------------------------------------------ */ GLOBAL void sig_any_arb_tlu_ind () { TRACE_ISIG( "sig_any_arb_tlu_ind" ); switch( GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_LCP_ESTABLISH: { UBYTE ap; USHORT mru; ULONG accm; UBYTE pfc; UBYTE acfc; /* * get the LCP values and configure the frame transmission */ lcp_get_values(&ap, &mru, &accm, &pfc, &acfc); sig_arb_ftx_parameters_req(accm, pfc, acfc); switch(ap) { case PPP_AP_PAP: /* * start PAP */ SET_STATE( PPP_SERVICE_ARB, ARB_PAP_ESTABLISH ); sig_arb_pap_open_req(); break; case PPP_AP_CHAP: /* * start CHAP */ SET_STATE( PPP_SERVICE_ARB, ARB_CHAP_ESTABLISH ); sig_arb_chap_open_req(); break; default: if (ppp_data->mode EQ PPP_CLIENT) { /* * start IPCP modification */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_ESTABLISH ); sig_arb_ncp_open_req(); } else { /* * wait for an IPCP Configure-Request */ SET_STATE( PPP_SERVICE_ARB, ARB_PDP_WAIT ); /* * ensure that authentication will not negotiated next time */ sig_arb_lcp_modify_ap_req(PPP_AP_NO); ppp_data->arb.to_counter=ppp_data->mc; if(ppp_data->arb.to_counter > 0) ppp_data->arb.to_counter--; sig_any_rt_rrt_req(); } break; } } break; case ARB_LCP_PDP: /* * this will happen only in server mode */ { UBYTE ap; USHORT mru; ULONG accm; UBYTE pfc; UBYTE acfc; /* * wait for the answer of context activation */ SET_STATE( PPP_SERVICE_ARB, ARB_PDP_SENT ); /* * get the LCP values and configure the frame transmission */ lcp_get_values(&ap, &mru, &accm, &pfc, &acfc); sig_arb_ftx_parameters_req(accm, pfc, acfc); } break; case ARB_LCP_NCP: /* * this will happen only in server mode */ { UBYTE ap; USHORT mru; ULONG accm; UBYTE pfc; UBYTE acfc; T_desc2* temp_desc; /* * start IPCP establishment */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_ESTABLISH ); /* * get the LCP values and configure the frame transmission */ lcp_get_values(&ap, &mru, &accm, &pfc, &acfc); sig_arb_ftx_parameters_req(accm, pfc, acfc); sig_arb_ncp_open_req(); if(ppp_data->arb.last_ipcp) { temp_desc = ppp_data->arb.last_ipcp; ppp_data->arb.last_ipcp = NULL; sig_arb_ncp_packet_req(temp_desc); } } break; case ARB_LCP_RECONF: { UBYTE ap; USHORT mru; ULONG accm; UBYTE pfc; UBYTE acfc; /* * get the LCP values and configure the frame transmission */ lcp_get_values(&ap, &mru, &accm, &pfc, &acfc); sig_arb_ftx_parameters_req(accm, pfc, acfc); if(ppp_data->mode EQ PPP_CLIENT) switch(ap) { case PPP_AP_PAP: /* * start PAP */ SET_STATE( PPP_SERVICE_ARB, ARB_PAP_RECONF ); sig_arb_pap_open_req(); break; case PPP_AP_CHAP: /* * start CHAP */ SET_STATE( PPP_SERVICE_ARB, ARB_CHAP_RECONF ); sig_arb_chap_open_req(); break; default: /* * start IPCP modification */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_RECONF ); sig_arb_ncp_open_req(); break; } else { SET_STATE( PPP_SERVICE_ARB, ARB_NCP_RECONF ); sig_arb_ncp_open_req(); } } break; case ARB_LCP_MOD: /* * this will happen only in server mode */ { UBYTE ap; USHORT mru; ULONG accm; UBYTE pfc; UBYTE acfc; /* * start IPCP modification */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_MOD ); /* * get the LCP values and configure the frame transmission */ lcp_get_values(&ap, &mru, &accm, &pfc, &acfc); sig_arb_ftx_parameters_req(accm, pfc, acfc); sig_arb_ncp_open_req(); } break; case ARB_PAP_ESTABLISH: case ARB_CHAP_ESTABLISH: if (ppp_data->mode EQ PPP_CLIENT) { SET_STATE( PPP_SERVICE_ARB, ARB_NCP_ESTABLISH ); /* * reset error code */ ppp_data->ppp_cause = 0; /* * start IPCP */ sig_arb_ncp_open_req(); } else { /* * PPP_SERVER * wait for an IPCP Configure-Request */ SET_STATE( PPP_SERVICE_ARB, ARB_PDP_WAIT ); /* * ensure that authentication will not negotiated next time */ sig_arb_lcp_modify_ap_req(PPP_AP_NO); } break; case ARB_PAP_RECONF: case ARB_CHAP_RECONF: /* * this will happen only in client mode */ SET_STATE( PPP_SERVICE_ARB, ARB_NCP_RECONF ); sig_arb_ncp_open_req(); break; case ARB_NCP_ESTABLISH: { UBYTE ap; USHORT mru; ULONG accm; UBYTE pfc; UBYTE acfc; UBYTE ppp_hc; UBYTE msid; ULONG ip; ULONG pdns; ULONG sdns; PALLOC (ppp_establish_cnf, PPP_ESTABLISH_CNF); SET_STATE( PPP_SERVICE_ARB, ARB_IP ); /* * get the LCP and IPCP values and store it * into the PPP_ESTABLISH_CNF primitive */ lcp_get_values(&ap, &mru, &accm, &pfc, &acfc); ncp_get_values(&ppp_hc, &msid, &ip, &pdns, &sdns); ppp_data->n_hc = ppp_hc; sig_arb_ftx_ready_mode_req(); sig_arb_ptx_ready_mode_req(); ppp_establish_cnf->mru=mru; ppp_establish_cnf->ppp_hc=ppp_hc; ppp_establish_cnf->msid=msid; ppp_establish_cnf->ip=ip; ppp_establish_cnf->dns1=pdns; ppp_establish_cnf->dns2=sdns; TRACE_EVENT( "PPP Established" ); PSEND (hCommMMI, ppp_establish_cnf); } break; case ARB_NCP_RECONF: { UBYTE ppp_hc; UBYTE msid; ULONG ip; ULONG pdns; ULONG sdns; SET_STATE( PPP_SERVICE_ARB, ARB_IP ); /* * get IPCP values to set PTX value */ ncp_get_values(&ppp_hc, &msid, &ip, &pdns, &sdns); ppp_data->n_hc = ppp_hc; sig_arb_ftx_ready_mode_req(); sig_arb_ptx_ready_mode_req(); } break; case ARB_NCP_MOD: /* * this will happen only in server mode */ { UBYTE ppp_hc; UBYTE msid; ULONG ip; ULONG pdns; ULONG sdns; PALLOC (ppp_modification_cnf, PPP_MODIFICATION_CNF); SET_STATE( PPP_SERVICE_ARB, ARB_IP ); /* * get IPCP values and store it into * the PPP_MODIFICATION_CNF primitive */ ncp_get_values(&ppp_hc, &msid, &ip, &pdns, &sdns); ppp_data->n_hc = ppp_hc; sig_arb_ftx_ready_mode_req(); sig_arb_ptx_ready_mode_req(); ppp_modification_cnf->ppp_hc=ppp_hc; ppp_modification_cnf->msid=msid; PSEND (hCommMMI, ppp_modification_cnf); } break; case ARB_IP: if (ppp_data->mode EQ PPP_CLIENT) /* * do nothing, funct. was called after CHAP re-authentication */ break; /* else fall through */ default: TRACE_ERROR( "SIG_ANY_ARB_TLU_IND unexpected" ); break; } } /* sig_any_arb_tlu_ind() */ /* +------------------------------------------------------------------------------ | Function : sig_lcp_arb_tld_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_LCP_ARB_TLD_IND | | Parameters : no parameters | +------------------------------------------------------------------------------ */ GLOBAL void sig_lcp_arb_tld_ind () { TRACE_ISIG( "sig_lcp_arb_tld_ind" ); switch( GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_PAP_ESTABLISH: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_ESTABLISH ); if((ppp_data->ppp_cause EQ 0) && (ppp_data->mode EQ PPP_CLIENT)) ppp_data->ppp_cause = PPP_TERM_USE_AUTHED_FAILED; sig_arb_pap_down_req(); break; case ARB_CHAP_ESTABLISH: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_ESTABLISH ); if((ppp_data->ppp_cause EQ 0) && (ppp_data->mode EQ PPP_CLIENT)) ppp_data->ppp_cause = PPP_TERM_USE_AUTHED_FAILED; sig_arb_chap_down_req(); break; case ARB_PAP_RECONF: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_pap_down_req(); break; case ARB_CHAP_RECONF: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_chap_down_req(); break; case ARB_PDP_WAIT: /* * this will happen only in server mode */ { UBYTE ap; USHORT mru; ULONG accm; UBYTE pfc; UBYTE acfc; SET_STATE( PPP_SERVICE_ARB, ARB_LCP_ESTABLISH ); /* * determine authentication protocol */ lcp_get_values(&ap, &mru, &accm, &pfc, &acfc); switch(ap) { case PPP_AP_PAP: sig_arb_pap_down_req(); break; case PPP_AP_CHAP: sig_arb_chap_down_req(); break; default: sig_any_rt_srt_req(); break; } } break; case ARB_PDP_SENT: /* * this will happen only in server mode */ SET_STATE( PPP_SERVICE_ARB, ARB_LCP_PDP ); break; case ARB_NCP_ESTABLISH: if(ppp_data->mode EQ PPP_CLIENT) { SET_STATE( PPP_SERVICE_ARB, ARB_LCP_ESTABLISH ); } else { SET_STATE( PPP_SERVICE_ARB, ARB_LCP_NCP ); } /* * get ncp down */ sig_arb_ncp_down_req(); break; case ARB_NCP_RECONF: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); /* * get ncp down */ sig_arb_ncp_down_req(); break; case ARB_NCP_MOD: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_MOD ); /* * get ncp down */ sig_arb_ncp_down_req(); break; case ARB_IP: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_ftx_blocked_mode_req(); sig_arb_ptx_blocked_mode_req(); /* * get ncp down */ sig_arb_ncp_down_req(); break; default: TRACE_ERROR( "SIG_LCP_ARB_TLD_IND unexpected" ); break; } } /* sig_lcp_arb_tld_ind() */ /* +------------------------------------------------------------------------------ | Function : sig_ncp_arb_tld_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_NCP_ARB_TLD_IND | | Parameters : no parameters | +------------------------------------------------------------------------------ */ GLOBAL void sig_ncp_arb_tld_ind () { TRACE_ISIG( "sig_ncp_arb_tld_ind" ); switch( GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_IP: SET_STATE( PPP_SERVICE_ARB, ARB_NCP_RECONF ); sig_arb_ftx_blocked_mode_req(); sig_arb_ptx_blocked_mode_req(); break; default: TRACE_ERROR( "SIG_NCP_ARB_TLD_IND unexpected" ); break; } } /* sig_ncp_arb_tld_ind() */ /* +------------------------------------------------------------------------------ | Function : sig_frx_arb_escape_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_FRX_ARB_ESCAPE_IND | | Parameters : no parameters | +------------------------------------------------------------------------------ */ GLOBAL void sig_frx_arb_escape_ind () { /* * free all PPP resources and finish */ PALLOC (ppp_terminate_ind, PPP_TERMINATE_IND); TRACE_ISIG( "sig_frx_arb_escape_ind" ); TRACE_EVENT( "Peer requested Termination by DTR drop or +++" ); SET_STATE( PPP_SERVICE_ARB, ARB_DEAD ); if(ppp_data->arb.last_ipcp) { MFREE_DESC2(ppp_data->arb.last_ipcp); ppp_data->arb.last_ipcp = NULL; } sig_arb_ncp_down_req(); sig_arb_pap_down_req(); sig_arb_chap_down_req(); sig_arb_lcp_down_req(); sig_arb_ptx_dead_mode_req(); sig_arb_ftx_dead_mode_req(); arb_dti_close_prot_ind(); arb_dti_close_peer_ind(); /* * set error code */ if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_OK_PEER; ppp_terminate_ind->ppp_cause = ppp_data->ppp_cause; PSEND (hCommMMI, ppp_terminate_ind); } /* sig_frx_arb_escape_ind() */ /* +------------------------------------------------------------------------------ | Function : sig_dti_arb_connection_opened_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal SIG_DTI_ARB_CONNECTION_OPENED_IND | | Parameters : *hDTI - Handle for DTI Database | instance - DTI Instance | inter_face - DTI Interface | channel - DTI Channel | +------------------------------------------------------------------------------ */ GLOBAL void sig_dti_arb_connection_opened_ind(DTI_HANDLE hDTI, U8 instance, U8 inter_face, U8 channel) { TRACE_ISIG("sig_dti_arb_connection_opened_ind"); /* * Ok - connected to a DTI Channel */ switch (inter_face) { case PROT_LAYER: { PALLOC(dti_connected_ind, PPP_DTI_CONNECTED_IND); dti_connected_ind->connected_direction = PPP_DTI_CONN_PROT; ppp_data->arb.dti_connect_state_prot = DTI_IDLE; PSEND (hCommMMI, dti_connected_ind); } sig_arb_prx_dti_connected_req(); break; case PEER_LAYER: { PALLOC(dti_connected_ind, PPP_DTI_CONNECTED_IND); dti_connected_ind->connected_direction = PPP_DTI_CONN_PEER; ppp_data->arb.dti_connect_state_peer = DTI_IDLE; PSEND (hCommMMI, dti_connected_ind); } sig_arb_frx_dti_connected_req(); switch (GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_DEAD: switch (ppp_data->mode) { case PPP_TRANSPARENT: /* * transparent is only ready after both dti connections * have been acknowledged open */ break; case PPP_SERVER: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_ESTABLISH ); TRACE_EVENT("DTI CONNECTED START ARB_LCP_ESTABLISH SERVER"); sig_arb_lcp_open_req(); break; case PPP_CLIENT: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_ESTABLISH ); TRACE_EVENT("DTI CONNECTED START ARB_LCP_ESTABLISH CLIENT"); sig_arb_lcp_open_req(); break; default: TRACE_ERROR( "PPP_ESTABLISH_REQ with invalid parameter: mode" ); break; }/* switch (ppp_data->mode) */ break; default: TRACE_ERROR( "DTI signal unexpected" ); break; }/* switch( GET_STATE( PPP_SERVICE_ARB ) ) */ break; default: TRACE_ERROR( "DTI direction unknown" ); break; }/* switch (inter_face) */ /* * Start transparent mode if both DTI channels are connected */ if( (ppp_data->mode EQ PPP_TRANSPARENT) AND (ppp_data->arb.dti_connect_state_prot EQ DTI_IDLE) AND (ppp_data->arb.dti_connect_state_peer EQ DTI_IDLE) AND (GET_STATE( PPP_SERVICE_ARB ) EQ ARB_DEAD) ) { SET_STATE( PPP_SERVICE_ARB, ARB_TRANSPARENT ); TRACE_EVENT("DTI CONNECTED TRANSPARENT"); { PALLOC (ppp_establish_cnf, PPP_ESTABLISH_CNF); #ifdef _SIMULATION_ ppp_establish_cnf->mru=PPP_MRU_DEFAULT; ppp_establish_cnf->ppp_hc=PPP_HC_OFF; ppp_establish_cnf->msid=0; ppp_establish_cnf->ip=PPP_IP_DYNAMIC; ppp_establish_cnf->dns1=PPP_DNS1_DYNAMIC; ppp_establish_cnf->dns2=PPP_DNS2_DYNAMIC; #endif /* _SIMULATION_ */ PSEND (hCommMMI, ppp_establish_cnf); } sig_arb_ptx_transparent_mode_req(); sig_arb_ftx_transparent_mode_req(); } } /* +------------------------------------------------------------------------------ | Function : sig_dti_arb_connection_closed_ind +------------------------------------------------------------------------------ | Description : Handles the internal signal | SIG_DTI_FTX_ARB_CONNECTION_CLOSED_IND. | | Parameters : *hDTI - Handle for DTI Database | instance - DTI Instance | inter_face - DTI Interface | channel - DTI Channel | +------------------------------------------------------------------------------ */ GLOBAL void sig_dti_arb_connection_closed_ind (DTI_HANDLE hDTI, U8 instance, U8 inter_face, U8 channel) { TRACE_ISIG("sig_dti_arb_connection_closed_ind"); switch( GET_STATE( PPP_SERVICE_ARB ) ) { case ARB_PAP_ESTABLISH: case ARB_PAP_RECONF: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_pap_down_req(); break; case ARB_CHAP_ESTABLISH: case ARB_CHAP_RECONF: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_arb_chap_down_req(); break; case ARB_PDP_WAIT: SET_STATE( PPP_SERVICE_ARB, ARB_LCP_RECONF ); sig_any_rt_srt_req(); break; } /* * free all PPP resources and finish */ { PALLOC (ppp_terminate_ind, PPP_TERMINATE_IND); SET_STATE( PPP_SERVICE_ARB, ARB_DEAD ); sig_arb_ncp_down_req(); sig_arb_pap_down_req(); sig_arb_chap_down_req(); sig_arb_lcp_down_req(); sig_arb_ptx_dead_mode_req(); sig_arb_ftx_dead_mode_req(); if(ppp_data->ppp_cause EQ 0) ppp_data->ppp_cause = PPP_TERM_NO_CHANNEL; ppp_terminate_ind->ppp_cause = ppp_data->ppp_cause; PSEND (hCommMMI, ppp_terminate_ind); } /* * Be shure all DTI channels are closed */ arb_dti_close_prot_ind(); arb_dti_close_peer_ind(); }