void Client::resolveHandler(const error_code &ec, tcp::resolver::iterator it)
{
dbglog << "NetworkModule::resolveHandler";
if (!ec)
{
mNetworkModule->socket()->async_connect(*it, bind(&Client::connectHandler, this, _1));
}
else
printErrorCode(ec, "resolveHandler");
}
void Client::syncTimerHandler(const error_code &ec)
{
if (!ec)
{
mNetworkModule->sendTimesyncRequest();
setTimeSyncTimer(TIME_SYNC_WAIT_TIME);
}
else
{
printErrorCode(ec, "timerHandler");
}
}
void Client::connectHandler(const error_code &ec)
{
dbglog << "Client::connectHandler";
if (!ec)
{
readHandshake();
}
else
{
printErrorCode(ec, "connectHandler");
}
}
void printHWError(uint32_t errCode, N8_Component_t unit)
{
uint32_t PKErrors[] =
{
PK_Status_SKS_Offset_Error,
PK_Status_Length_Error,
PK_Status_Opcode_Error,
PK_Status_Q_Align_Error,
PK_Status_Read_Data_Error,
PK_Status_Write_Data_Error,
PK_Status_Read_Opcode_Error,
PK_Status_Access_Error,
PK_Status_Reserved_Error,
PK_Status_Timer_Error,
PK_Status_Prime_Error,
PK_Status_Invalid_B_Error,
PK_Status_Invalid_A_Error,
PK_Status_Invalid_M_Error,
PK_Status_Invalid_R_Error,
PK_Status_PKE_Opcode_Error
};
const char *PKErrorNames[] =
{
"PK_Status_SKS_Offset_Error",
"PK_Status_Length_Error",
"PK_Status_Opcode_Error",
"PK_Status_Q_Align_Error",
"PK_Status_Read_Data_Error",
"PK_Status_Write_Data_Error",
"PK_Status_Read_Opcode_Error",
"PK_Status_Access_Error",
"PK_Status_Reserved_Error",
"PK_Status_Timer_Error",
"PK_Status_Prime_Error",
"PK_Status_Invalid_B_Error",
"PK_Status_Invalid_A_Error",
"PK_Status_Invalid_M_Error",
"PK_Status_Invalid_R_Error",
"PK_Status_PKE_Opcode_Error"
};
uint32_t EAErrors[] =
{
EA_Status_Q_Align_Error,
EA_Status_Cmd_Complete,
EA_Status_Opcode_Error,
EA_Status_CMD_Read_Error,
EA_Status_CMD_Write_Error,
EA_Status_Data_Read_Error,
EA_Status_Data_Write_Error,
EA_Status_EA_Length_Error,
EA_Status_Data_Length_Error,
EA_Status_EA_DES_Error,
EA_Status_DES_Size_Error,
EA_Status_DES_Parity_Error,
EA_Status_ARC4_Error,
EA_Status_MD5_Error,
EA_Status_SHA1_Error,
EA_Status_Access_Error
};
const char *EAErrorNames[] =
{
"EA_Status_Q_Align_Error",
"EA_Status_Cmd_Complete",
"EA_Status_Opcode_Error",
"EA_Status_CMD_Read_Error",
"EA_Status_CMD_Write_Error",
"EA_Status_Data_Read_Error",
"EA_Status_Data_Write_Error",
"EA_Status_EA_Length_Error",
"EA_Status_Data_Length_Error",
"EA_Status_EA_DES_Error",
"EA_Status_DES_Size_Error",
"EA_Status_DES_Parity_Error",
"EA_Status_ARC4_Error",
"EA_Status_MD5_Error",
"EA_Status_SHA1_Error",
"EA_Status_Access_Error"
};
switch (unit)
{
case N8_PKP:
DBG(( "PK Errors encountered:\n"));
printErrorCode(errCode, PKErrors, PKErrorNames,
sizeof(PKErrors) / sizeof(uint32_t));
break;
case N8_RNG:
DBG(( "RNG Errors encountered:\n"));
break;
case N8_EA:
DBG(( "EA Errors encountered:\n"));
printErrorCode(errCode, EAErrors, EAErrorNames,
sizeof(EAErrors) / sizeof(uint32_t));
default:
break;
}
} /* printHWError */
