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#include "types.h"
#include "tracetool.h"
#include "amas.h" /* AMAS API's and typedefs */
#include "rapi.h"
extern unsigned long g_ModemState, g_ShowtimeCounter;
extern unsigned int g_WaitForShowtime, g_WaitForInit;
extern bool L3_flag;
extern T_AMSW_ANT_StaticConfiguration g_StaticCfg;
extern T_AMSW_NT_NearEndLineOperData g_NearEndLineOperData;
extern T_AMSW_NT_FarEndLineOperData g_FarEndLineOperData;
extern T_AMSW_def_counter_set g_def_counter_set;
extern T_AMSW_def_bitmap_set g_def_bitmap_set;
extern T_AMSW_def_counters g_def_counters;
extern T_AMSW_NT_ChannelOperData g_ChannelOperData;
extern T_AMSW_ANT_CustomerConfiguration g_CustomerCfg;
extern T_AMSW_PowerStateConfiguration g_PowerStateCfg;
extern T_AMSW_Teq g_Teq;
extern T_AMSW_Ber g_Ber;
extern T_AMSW_VersionMS g_VersionMS;
// ADSL Modem Software calls this function to report any state changes
void AMSW_ANT_reportModemStateChange(AMSW_ModemState p_ModemState)
{
g_ModemState = p_ModemState;
char *s;
switch(p_ModemState)
{
case C_AMSW_IDLE : s = "IDLE"; break;
case C_AMSW_L3 : s = "L3"; break;
case C_AMSW_LISTENING : s = "LISTENING"; break;
case C_AMSW_ACTIVATING : s = "ACTIVATING"; break;
case C_AMSW_Ghs_HANDSHAKING : s = "Ghs_HANDSHAKING"; break;
case C_AMSW_ANSI_HANDSHAKING : s = "ANSI_HANDSHAKING"; break;
case C_AMSW_INITIALIZING : s = "INITIALIZING"; break;
case C_AMSW_RESTARTING : s = "RESTARTING"; break;
case C_AMSW_FAST_RETRAIN : s = "FAST_RETRAIN"; break;
case C_AMSW_SHOWTIME_L0 : s = "SHOWTIME_L0"; break;
case C_AMSW_SHOWTIME_LQ : s = "SHOWTIME_LQ"; break;
case C_AMSW_SHOWTIME_L1 : s = "SHOWTIME_L1"; break;
case C_AMSW_EXCHANGE : s = "EXCHANGE"; break;
case C_AMSW_TRUNCATE : s = "TRUNCATE"; break;
case C_AMSW_ESCAPE : s = "ESCAPE"; break;
default : s = "Unknown State"; break;
}
PRINT_ERROR("Current Modem State (%d): %s\n", g_ModemState, s);
msw_report_event(MSW_EVENT_STATE,p_ModemState);
}
// ADSL Modem Software calls this function to report events
void AMSW_ANT_reportEvent(AMSW_ModemEvent p_Event)
{
char *s;
switch(p_Event)
{
default : s = "UNKNOWN"; break;
case C_AMSW_PEER_ATU_FOUND : s = "Peer ATU Found"; break;
case C_AMSW_RESTART_REQUEST : s = "Restart Request"; break;
case C_AMSW_ACTIVATION_REQUEST : s = "Activation Request"; break;
case C_AMSW_L3_EXECUTED : s = "L3 Executed";
g_ModemState = C_AMSW_IDLE;
L3_flag = TRUE;
break;
case C_AMSW_L3_REJECTED : s = "L3 Rejected";
L3_flag = TRUE;
break;
case C_AMSW_L1_EXECUTED : s = "L1 Executed"; break;
case C_AMSW_L1_REJECTED : s = "L1 Rejected"; break;
case C_AMSW_L0_REJECTED : s = "L0 Rejected"; break;
case C_AMSW_RESTART_ACCEPTABLE : s = "Restart Acceptable"; break;
case C_AMSW_RESTART_NOT_ACCEPTABLE : s = "Restart Not Acceptable"; break;
case C_AMSW_TO_INITIALIZING : s = "Initializing";
g_WaitForInit = 0;
g_WaitForShowtime = 0;
break;
case C_AMSW_SHOWTIME : s = "Showtime";
g_WaitForShowtime = 0;
g_ShowtimeCounter = 0;
break;
case C_AMSW_SUICIDE_REQUEST : s = "Suicide Request";
// orderly shutdown request from peer ATU
g_ModemState = C_AMSW_DISORDERLY;
break;
}
PRINT_ERROR("Event Reported (%d): %s\n", (int)p_Event, s);
msw_report_event(MSW_EVENT_REPORT,p_Event);
}
// ADSL Modem Software calls this function to report the reason for failure
void AMSW_ANT_reportModemFailure(AMSW_ModemFailure p_FailureCause)
{
char *s;
switch(p_FailureCause)
{
case C_AMSW_UNCOMPATIBLE_LINECONDITIONS :
s = "Uncompatible Line Conditions";
break;
case C_AMSW_NO_LOCK_POSSIBLE :
s = "No Lock Possible";
break;
case C_AMSW_PROTOCOL_ERROR :
s = "Protocol Error";
break;
case C_AMSW_MESSAGE_ERROR :
s = "Message Error";
break;
case C_AMSW_SPURIOUS_ATU_DETECTED :
s = "Spurious ATU Detected";
break;
case C_AMSW_FORCED_SILENCE :
s = "Forced Silence";
break;
case C_AMSW_DS_REQ_BITRATE_TOO_HIGH_FOR_LITE :
s = "Requested Bit Rate Too High";
break;
case C_AMSW_INTERLEAVED_PROFILE_REQUIRED_FOR_LITE :
s = "Interleaved Profile Required for LITE";
break;
case C_AMSW_UNSELECTABLE_OPERATION_MODE :
s = "Unselectable Operation Mode";
break;
case C_AMSW_STATE_REFUSED_BY_GOLDEN :
s = "State Refused By Golden";
break;
default :
s = "Unknown Cause";
break;
}
// Disorderly shutdown
PRINT_ERROR("Modem Init Failure: %s (%d)\n", s, p_FailureCause);
g_ModemState = C_AMSW_DISORDERLY;
msw_report_event(MSW_EVENT_FAILURE,p_FailureCause);
}
AMSW_ResultCode AMSW_ANT_wait_event(unsigned long *event)
{
*event= last_report;
return 0;
}
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