view src/g23m-fad/ppp/ppp.h @ 218:75ea63a3fce5
README updated for the current status of the project
| author |
Mychaela Falconia <falcon@freecalypso.org> |
| date |
Sat, 15 Oct 2016 19:30:58 +0000 (2016-10-15) |
| parents |
90eb61ecd093 |
| children |
|
line source
/*
+-----------------------------------------------------------------------------
| 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 : Definitions for the Protocol Stack Entity
| Point-to-Point Protocol (PPP)
+-----------------------------------------------------------------------------
*/
#ifndef PPP_H
#define PPP_H
/*==== MACROS ======================================================*/
/*
* defines the user of the vsi interface
*/
#define VSI_CALLER PPP_handle,
#define VSI_CALLER_SINGLE PPP_handle
/*
* VERSION
*
* Description : The constants define the type and the value
* of a version identification. The version
* is part of the monitor struct.
*/
#define VERSION_PPP "PPP 1.0"
/*
* This is just a TEMPORARY define until the issues with OPTION_MULTITHREAD
* are settled. This define SHOULD be contained in GSM.H.
*/
#undef _ENTITY_PREFIXED
#define _ENTITY_PREFIXED(N) ppp_##N
/*
* these macros might be defined more globally!!!
*/
#ifdef FRAME_OFFSET_ZERO
#define GET_PD(s,p) p=s.buf[3] & 0x0F
#define GET_TI(s,t) t=(s.buf[3] & 0xF0)>>4
#else /* FRAME_OFFSET_ZERO */
#define GET_PD(s,p) ccd_decodeByte(s.buf, (USHORT)(s.o_buf+4), 4, &p)
#define GET_TI(s,t) ccd_decodeByte(s.buf, s.o_buf, 4, &t)
#endif /* FRAME_OFFSET_ZERO */
/*==== CONSTANTS ======================================================*/
/*
* Bitoffset for encoding/decoding
*/
#define ENCODE_OFFSET 0
/*
* Service definitions. Used to access service data with GET/SET_STATE.
*
* Services with multiple incarnation have to be defined as xxx->
* Services with only one incarnation have to be defined as xxx.
*
*/
#define PPP_SERVICE_RT rt.
#define PPP_SERVICE_PRX prx.
#define PPP_SERVICE_PTX ptx.
#define PPP_SERVICE_FRX frx.
#define PPP_SERVICE_FTX ftx.
#define PPP_SERVICE_ARB arb.
#define PPP_SERVICE_LCP lcp.
#define PPP_SERVICE_ONA ona->
#define PPP_SERVICE_NCP ncp.
#define PPP_SERVICE_PAP pap.
#define PPP_SERVICE_CHAP chap.
/*
* Service name definitions for trace purposes.
*/
#ifndef NTRACE
#define SERVICE_NAME_PPP_SERVICE_RT "RT"
#define SERVICE_NAME_PPP_SERVICE_PRX "PRX"
#define SERVICE_NAME_PPP_SERVICE_PTX "PTX"
#define SERVICE_NAME_PPP_SERVICE_FRX "FRX"
#define SERVICE_NAME_PPP_SERVICE_FTX "FTX"
#define SERVICE_NAME_PPP_SERVICE_ARB "ARB"
#define SERVICE_NAME_PPP_SERVICE_LCP "LCP"
#define SERVICE_NAME_PPP_SERVICE_ONA "ONA"
#define SERVICE_NAME_PPP_SERVICE_NCP "NCP"
#define SERVICE_NAME_PPP_SERVICE_PAP "PAP"
#define SERVICE_NAME_PPP_SERVICE_CHAP "CHAP"
#endif /* !NTRACE */
/*
* State definitions for each service.
*/
#define RT_STOPPED 1
#define RT_STARTED 2
#define PRX_NDTI 3
#define PRX_NDTI_START_FLOW 4
#define PRX_READY 5
#define PRX_DEAD 6
#define PRX_DEAD_DTI 7
#define PTX_READY 8
#define PTX_BLOCKED 9
#define PTX_DEAD 10
#define FRX_READY_NDTI 11
#define FRX_TRANSPARENT_NDTI 12
#define FRX_READY 13
#define FRX_DEAD 14
#define FRX_DEAD_DTI 15
#define FRX_TRANSPARENT 16
#define FTX_READY 17
#define FTX_BLOCKED 18
#define FTX_READY_DTI_FULL 19
#define FTX_BLOCKED_DTI_FULL 20
#define FTX_DEAD 21
#define FTX_DEAD_START_FLOW 22
#define FTX_TRANSPARENT 23
#define FTX_TRANSPARENT_DTI_FULL 24
#define ARB_DEAD 25
#define ARB_LCP_ESTABLISH 26
#define ARB_LCP_PDP 27
#define ARB_LCP_NCP 28
#define ARB_LCP_RECONF 29
#define ARB_LCP_MOD 30
#define ARB_PAP_ESTABLISH 31
#define ARB_PAP_RECONF 32
#define ARB_CHAP_ESTABLISH 33
#define ARB_CHAP_RECONF 34
#define ARB_PDP_WAIT 35
#define ARB_PDP_SENT 36
#define ARB_NCP_ESTABLISH 37
#define ARB_NCP_RECONF 38
#define ARB_NCP_MOD 39
#define ARB_IP 40
#define ARB_TRANSPARENT 41
#define LCP_STATE 42
#define ONA_CLOSED 43
#define ONA_CLOSING 44
#define ONA_REQ_SENT 45
#define ONA_ACK_RCVD 46
#define ONA_ACK_SENT 47
#define ONA_OPENED 48
#define NCP_STATE 49
#define PAP_DOWN 50
#define PAP_UP 51
#define CHAP_DOWN 52
#define CHAP_UP 53
/*
* state definitions for PTX TX buffer
*/
#define PTX_BUFFER_FULL 70 /* a state of PTX TX buffer */
#define PTX_BUFFER_READY 71 /* a state of PTX TX buffer */
/*
* state definitions for FTX TX buffer
*/
#define PTX_FTX_BUFFER_READY 72 /* a state of FTX TX buffer */
#define PTX_FTX_BUFFER_FULL 73 /* a state of FTX TX buffer */
/*
* state definitions for uplink data flow
*/
#define FRX_DATA_FLOW_DEAD 74 /* a state of PTX TX buffer */
#define FRX_DATA_FLOW_READY 75 /* a state of PTX TX buffer */
/*
* PPP spicific defines
*/
#define DTI_PID_IPCP 0x8021
#define DTI_PID_LCP 0xc021
#define DTI_PID_PAP 0xc023
#define DTI_PID_CHAP 0xc223
#define CODE_CONF_REQ 1
#define CODE_CONF_ACK 2
#define CODE_CONF_NAK 3
#define CODE_CONF_REJ 4
#define CODE_TERM_REQ 5
#define CODE_TERM_ACK 6
#define CODE_CODE_REJ 7
#define CODE_PROT_REJ 8
#define CODE_ECHO_REQ 9
#define CODE_ECHO_REP 10
#define CODE_DISC_REQ 11
#define CODE_AUTH_REQ 1
#define CODE_AUTH_ACK 2
#define CODE_AUTH_NAK 3
#define CODE_CHALLENGE 1
#define CODE_RESPONSE 2
#define CODE_SUCCESS 3
#define CODE_FAILURE 4
#define FORWARD_RCRP 1
#define FORWARD_RCRN 2
#define FORWARD_RCA 3
#define FORWARD_RCN 4
#define FORWARD_RTR 5
#define FORWARD_RTA 6
#define FORWARD_RUC 7
#define FORWARD_RXJN 8
#define FORWARD_RER 9
#define FORWARD_RPJ_LCP 10
#define FORWARD_RPJ_PAP 12
#define FORWARD_RPJ_CHAP 13
#define FORWARD_RPJ_IPCP 14
#define FORWARD_RPJ_IP 15
#define FORWARD_RPJ_CTCP 16
#define FORWARD_RPJ_UTCP 17
#define FORWARD_DISCARD 18
#define FORWARD_RARP 19
#define FORWARD_RARN 20
#define FORWARD_RAA 21
#define FORWARD_RAN 22
#define FORWARD_RC 23
#define FORWARD_RRP 24
#define FORWARD_RRN 25
#define FORWARD_RS 26
#define FORWARD_RF 27
#define PROTOCOL_LCP_MSB 0xc0
#define PROTOCOL_LCP_LSB 0x21
#define PROTOCOL_PAP_MSB 0xc0
#define PROTOCOL_PAP_LSB 0x23
#define PROTOCOL_CHAP_MSB 0xc2
#define PROTOCOL_CHAP_LSB 0x23
#define PROTOCOL_VJ_MSB 0x00
#define PROTOCOL_VJ_LSB 0x2d
#define PROTOCOL_IPCP_MSB 0x80
#define PROTOCOL_IPCP_LSB 0x21
#define PPP_INITFCS 0xffff
#define PPP_GOODFCS 0xf0b8
#define PPP_HDLC_ESCAPE 0x7d
#define PPP_HDLC_FLAG 0x7e
#define PPP_ASCII_DEL 0x7f
#define PPP_AP_DEFAULT PPP_AP_NO
#define PPP_ACFC_DEFAULT FALSE
#define PPP_PFC_DEFAULT FALSE
#define PPP_HC_DEFAULT PPP_HC_OFF
#define PPP_MSID_DEFAULT 0
#define PPP_IP_DEFAULT PPP_IP_DYNAMIC
#define PPP_PDNS_DEFAULT PPP_DNS1_DYNAMIC
#define PPP_SDNS_DEFAULT PPP_DNS2_DYNAMIC
#define PPP_GATEWAY_DEFAULT PPP_IP_DYNAMIC
#define PPP_MRU_MIN 1500
#define CHAP_MSG_DIGEST_LEN 16
#define FTX_QUEUE_SIZE 1
#define PTX_QUEUE_SIZE 1
#define PPP_PCO_MASK_LCP_MRU 0x00000001 /* MRU value */
#define PPP_PCO_MASK_LCP_AP 0x00000002 /* LCP authentication protocol */
#define PPP_PCO_MASK_LCP_TWO 0x00000004 /* two LCP packets */
#define PPP_PCO_MASK_AUTH_PROT 0x00000008 /* authentification packets (PAP/CHAP) */
#define PPP_PCO_MASK_IPCP_HC 0x00000010 /* VJ header compression */
#define PPP_PCO_MASK_IPCP_IP 0x00000020 /* IP address */
#define PPP_PCO_MASK_IPCP_PDNS 0x00000040 /* primary DNS address */
#define PPP_PCO_MASK_IPCP_SDNS 0x00000080 /* secondary DNS address */
#define PPP_PCO_MASK_IPCP_GATEWAY 0x00000100 /* gateway address */
#ifdef _SIMULATION_
#define PPP_PCO_MASK_DEFAULT (PPP_PCO_MASK_LCP_MRU | \
PPP_PCO_MASK_LCP_AP | \
PPP_PCO_MASK_LCP_TWO | \
PPP_PCO_MASK_AUTH_PROT | \
PPP_PCO_MASK_IPCP_HC | \
PPP_PCO_MASK_IPCP_IP | \
PPP_PCO_MASK_IPCP_PDNS | \
PPP_PCO_MASK_IPCP_SDNS)
#else /* _SIMULATION_ */
#define PPP_PCO_MASK_DEFAULT (PPP_PCO_MASK_AUTH_PROT | \
PPP_PCO_MASK_IPCP_PDNS | \
PPP_PCO_MASK_IPCP_SDNS)
#endif /* _SIMULATION_ */
/*
* size of a descriptor which includes the frame
*/
#define FTX_GET_DESC_SIZE (400 - (UBYTE)sizeof(T_desc2))
/*
* frx_add_desc states
*/
#define FRX_ADD_HDLC_BEGIN 1
#define FRX_ADD_ADDRESS 2
#define FRX_ADD_CONTROL 3
#define FRX_ADD_PROTOCOL1 4
#define FRX_ADD_PROTOCOL2 5
#define FRX_ADD_INFORMATION 6
#define FRX_ADD_FCS1 7
#define FRX_ADD_FCS2 8
#define FRX_ADD_HDLC_END 9
#define FRX_ADD_ERROR 10
/*
* Definitions for DTILIB
*/
#define PROT_LAYER 0
#define PEER_LAYER 1
#define PROT_CHANNEL 0
#if defined(_SIMULATION_)
#define PEER_CHANNEL 0
#else
#define PEER_CHANNEL 1
#endif
#define MAX_TRIES_OPEN_VSI_CHAN 5
#define PPP_INSTANCE 0
#define MAX_PPP_LINKS 2
/*
* packet size for normal PPP packets
* this value is just used to reduce the allocated memory
*/
#define FRX_ADD_SMALL_PACKET_SIZE (100 - (UBYTE)(sizeof(T_desc2)))
/*
* number of ONA incarnations: LCP and NCP
*/
#define ONA_NUM_INC 2
#ifdef FF_STATUS_TE
/*
* driver handle for wakeup driver
*/
#define STE_HANDLE 0x0001
#endif /* FF_STATUS_TE */
/*
* Timer handle definitions.
*/
#define RT_INDEX 0
#define TIMER_MAX (RT_INDEX + 1)
/*==== TYPES ======================================================*/
#ifdef OPTION_TIMER
/*
* timer configuration table
*/
typedef struct
{
UBYTE t_mode;
ULONG t_val;
} T_TIMER_CONFIG;
#endif /* OPTION_TIMER */
/*
* Test environment (simulator) vs. Implementation environment.
*/
typedef enum
{
TEST_ENV,
IMPL_ENV
} T_ENVIRONMENT;
typedef enum
{
SERVICE_PTX,
SERVICE_PRX,
SERVICE_FRX,
SERVICE_FTX,
SERVICE_RT,
SERVICE_ARB,
SERVICE_PAP,
SERVICE_CHAP,
SERVICE_LCP,
SERVICE_NCP,
SERVICE_ONA,
NO_SERVICE
} T_SERVICE;
/*
* dat structure for each service
*/
typedef struct /* T_RT_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/*ab hier service spezif.
* timeout value
*/
T_TIME time;
} T_RT_DATA;
typedef struct /* T_PRX_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/* ab hier service spezif.
*
*/
#ifdef FF_STATUS_TE
UBYTE TE_data_buffered; /* Status of TE-data-buffer asleep/awake */
UBYTE TE_data_buffer_p_id; /* When TE asleep here the p_id is buffered */
T_desc2* TE_data_buffer_desc_list_first; /* When TE asleep here the desc-list is buffered */
#endif /* FF_STATUS_TE */
} T_PRX_DATA;
typedef struct /* T_PTX_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/*
* service specific members
*/
USHORT ftx_buffer_state; /* state of FTX TX buffer */
USHORT ptx_buffer_state; /* state of PTX TX buffer */
} T_PTX_DATA;
typedef struct /* T_FRX_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/* ab hier service spezif.
*
*/
T_desc2* received_data; /* last received data stream */
USHORT proceed_data; /* number of octets already proceeded */
UBYTE frame_complete; /* indicates whether a complete frame is
received or not */
USHORT stored_ptype; /* stored packet type */
T_desc2* stored_packet; /* stored packet */
USHORT stored_len; /* stored packet length */
USHORT calc_fcs; /* calculated fcs */
UBYTE escape; /* indicates HDLC Control Escape detection */
T_desc2* cur_desc; /* current descriptor for storing */
USHORT cur_desc_size; /* size of the current descriptor buffer */
UBYTE store_state; /* state of frame decoding */
USHORT data_flow_state; /* state of FRX->PTX data flow */
#ifdef PPP_HDLC_TRACE
T_desc2* hdlc_frame; /* complete HDLC frame stored for traces */
#endif /* PPP_HDLC_TRACE */
} T_FRX_DATA;
typedef struct /* T_FTX_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/*
* from here on service specific
*/
UBYTE* accmtab; /* Async-Control-Character-Map Table */
UBYTE acfc; /* Address and Control Field Compression */
UBYTE pfc; /* Protocol Field Compression */
} T_FTX_DATA;
typedef struct /* T_ARB_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/* ab hier service spezif.
*
*/
UBYTE pri; /* Protocol Reject Identifier */
UBYTE to_counter; /* Time Out Counter */
T_desc2* last_ipcp; /* Last sent IPCP packet */
UBYTE dti_connect_state_prot; /* DTI Connect State for the Protocol Layer */
UBYTE dti_connect_state_peer; /* DTI Connect State for the Peer Layer */
} T_ARB_DATA;
typedef struct /* T_LCP_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/* ab hier service spezif.
*
*/
USHORT req_mru; /* requested maximum receive unit */
ULONG req_accm; /* requested async control character map */
UBYTE req_ap; /* requested authetication protocol */
USHORT s_mru; /* to send maximum receive unit */
ULONG s_accm; /* to send async control character map */
UBYTE s_pfc; /* to send protocol field compression */
UBYTE s_acfc; /* to send address and control field compression */
USHORT s_rejected; /* indicator of rejection of sent configuration entity_options */
USHORT r_mru; /* received maximum receive unit */
ULONG r_accm; /* received async control character map */
UBYTE r_pfc; /* received protocol field compression */
UBYTE r_acfc; /* received address and control field compression */
UBYTE n_ap; /* negotiated authentication protocol */
UBYTE scr; /* indicator whether configure request was sent */
UBYTE str; /* indicator whether terminate request was sent */
UBYTE rcr; /* indicator whether configure request was received */
UBYTE nscri; /* new send configure request identifier */
UBYTE nstri; /* new send terminate request identifier */
UBYTE nscji; /* new send code reject identifier */
UBYTE lrcri; /* last received configure request identifier */
} T_LCP_DATA;
typedef struct /* T_ONA_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/* ab hier service spezif.
*
*/
UBYTE restarts; /* counter for Configure-Request and Terminate-Request sent */
UBYTE failures; /* counter for Configure-Nak and Configure-Reject sent */
UBYTE loops; /* counter for Configure-Ack received */
} T_ONA_DATA;
typedef struct /* T_NCP_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/* ab hier service spezif.
*
*/
UBYTE req_hc; /* requested header compression protocol */
UBYTE req_msid; /* requested max slot identifier */
ULONG req_ip; /* requested IP address */
ULONG req_pdns; /* requested primary DNS server address */
ULONG req_sdns; /* requested secondary DNS server address */
ULONG req_gateway; /* requested Gateway address */
UBYTE s_hc; /* sent header compression */
UBYTE s_msid; /* sent max slot identifier */
USHORT s_rejected; /* indicator of rejection of sent configuration entity_options */
UBYTE r_hc; /* received header compression */
UBYTE r_msid; /* received max slot identifier */
ULONG n_ip; /* negotiated IP address */
ULONG n_pdns; /* negotiated primary DNS server address */
ULONG n_sdns; /* negotiated secondary DNS server address */
ULONG n_gateway; /* negotiated Gateway address */
UBYTE scr; /* indicator whether configure request was sent */
UBYTE str; /* indicator whether terminate request was sent */
UBYTE rcr; /* indicator whether configure request was received */
UBYTE nscri; /* new send configure request identifier */
UBYTE nstri; /* new send terminate request identifier */
UBYTE nscji; /* new send code reject identifier */
UBYTE lrcri; /* last received configure request identifier */
} T_NCP_DATA;
typedef struct /* T_PAP_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/* ab hier service spezif.
*
*/
T_login login; /* PAP authentication values (client mode) */
T_desc2* ar_packet; /* PAP Authentication Request packet (server mode) */
UBYTE counter; /* counter for timer restart */
UBYTE nari; /* new authenticate request identifier */
} T_PAP_DATA;
typedef struct /* T_CHAP_DATA */
{
UBYTE state;
/*
* Required for state traces.
*/
#ifndef NTRACE
char *name;
char *state_name;
#endif /* !NTRACE */
/* ab hier service spezif.
*
*/
T_desc2* c_packet; /* CHAP Challenge packet (server mode) */
T_desc2* r_packet; /* CHAP Response packet (server mode) */
UBYTE counter; /* counter for timer restart */
UBYTE fails; /* counter for failed authentication */
UBYTE nci; /* new challenge identifier */
UBYTE sc; /* indicator whether Challenge packet was sent */
UBYTE rc; /* indicator whether Challenge packet was received */
UBYTE sr; /* indicator whether Respons packet was sent */
UBYTE rs; /* indicator whether Success packet was received */
} T_CHAP_DATA;
/*
* summery of all service
*/
typedef struct /* T_PPP_DATA */
{
/*
* PPP layer parameters
*/
UBYTE version;
/*
* Service data structures
*
* Services with multiple incarnations require an array of structures
* named xxx_base[] with xxx = service abbrevation, and additionally a
* pointer named *xxx, which will be accessed instead of xxx_base.
*
* Services with only one incarnation just have to declare one structure
* named xxx (no need for xxx_base[] and *xxx).
*
* The differentiation between the two access possibilites is made with
* the defines of the service names above (PPP_SERVICE_XXX).
*/
T_RT_DATA rt;
T_PRX_DATA prx;
T_PTX_DATA ptx;
T_FRX_DATA frx;
T_FTX_DATA ftx;
T_ARB_DATA arb;
T_LCP_DATA lcp;
T_ONA_DATA ona_base[ONA_NUM_INC];
T_ONA_DATA *ona;
T_NCP_DATA ncp;
T_PAP_DATA pap;
T_CHAP_DATA chap;
/*
* global PPP variables
*/
UBYTE mode; /* working mode (client, server or transparent) */
UBYTE mc; /* Max. Configure */
UBYTE mt; /* Max. Terminate */
UBYTE mf; /* Max. Failure */
T_login login; /* CHAP, PAP and AUTO authentication values*/
U16 ppp_cause; /* cause of PPP termination */
USHORT mru; /* Maximum Receive Unit */
UBYTE n_hc; /* negotiated header compression */
ULONG pco_mask; /* determines PCO content */
/*
* Global variables used by DTILIB.
*/
DTI_HANDLE ppphDTI; /* Handle to DTI Data Base */
/*
* global PPP constants
*/
USHORT* fcstab;
} T_PPP_DATA;
/*==== EXPORT =====================================================*/
/*
* Entity data base
*/
#ifdef PPP_PEI_C
T_PPP_DATA ppp_data_base, *ppp_data;
#else /* PPP_PEI_C */
EXTERN T_PPP_DATA ppp_data_base, *ppp_data;
#endif /* PPP_PEI_C */
#define ENTITY_DATA ppp_data
/*
* FCS and ACCM lookup tables
*/
EXTERN USHORT fcstab_base[256];
EXTERN UBYTE accmtab_base[256];
/*
* Communication handles (see also PPP_PEI.C, PPP_ARBP.C)
*/
#define hCommMMI ppp_hCommMMI
#define hCommPPP ppp_hCommPPP
#define hCommUPLINK ppp_hCommUPLINK
#define hCommDOWNLINK ppp_hCommDOWNLINK
/*
* make PPP functions unique
*/
#define pei_create _ENTITY_PREFIXED(pei_create)
#define rt_init _ENTITY_PREFIXED(rt_init)
#ifdef PPP_PEI_C
T_HANDLE hCommMMI = VSI_ERROR;
T_HANDLE hCommPPP = VSI_ERROR;
T_HANDLE hCommUPLINK = VSI_ERROR;
T_HANDLE hCommDOWNLINK = VSI_ERROR;
T_HANDLE PPP_handle;
#else /* PPP_PEI_C */
EXTERN T_HANDLE hCommMMI;
EXTERN T_HANDLE hCommPPP;
EXTERN T_HANDLE hCommUPLINK;
EXTERN T_HANDLE hCommDOWNLINK;
EXTERN T_HANDLE PPP_handle;
#endif /* PPP_PEI_C */
/*
* If all entities are linked into one module this definitions
* prefixes the global data with the enity name
*/
#ifdef OPTION_MULTITHREAD
#define _decodedMsg _ENTITY_PREFIXED(_decodedMsg)
#endif /* OPTION_MULTITHREAD */
#endif /* PPP_H */
