char* LoginMgr::SIPCSignInStep2(char *response)
{
if(!response)
return NULL;
char* szCnonce = GetNonce(response);
if(!szCnonce)
return NULL;
//
// 计算认证的值，参考移动接口规范中规定的计算方法
//
ComputeAuthResponse* Response = new ComputeAuthResponse(
m_User->GetSid(),
m_User->GetHashPwd(),
m_User->GetDomain(),
szCnonce,
true);
char* computeResponse = Response->GetResponse(); //Need to be delete
char* cNonce = Response->GetCNonce();
char salt[8] = {0};
memcpy(salt, m_User->GetHashPwd(), 8);
char* ssic = m_User->GetPortInfo()->GetSSIC();
FetionTemplate ft;
char* SendData = ft.RegisterSIPCStep2(m_User->GetSid(), computeResponse, cNonce, salt, ssic);
return SendData;
//发送数据，接收返回 ... TO DO
//
//
/*
char* Result = NULL;
if(strstr(Result, "SIP-C/2.0 200 OK") != NULL)
{
DebugWriter::WriteLine("step2:Login To SIPC Server Successful!");
return 0;
}
else
{
//Login failed
DebugWriter::WriteLine("step2:Login To SIPC Server Successful!");
return -1;
}
delete[] computeResponse;
delete[] SendData;
*/
}
void TestASIC(u8 n) {
u8 nonce[4] = {0, 0, 0, 0};
u8 work[44];
u8 i;
u8 stat;
u8 case_n = 1;
u32 tick;
UARTWriteLine("Test Chip:");
UARTWriteInt(n,2);
CloseASIC();
OpenASIC(n);
UARTWriteLine("Set Clock To ");
UARTWriteInt(10 * (CHIP_CLOCK + 1), 3);
SetPll(CHIP_CLOCK);
UARTWriteLine("Check Status: ");
stat = GetASIC();
UARTWriteOneHex(stat);
UARTWriteLine("Sending work: ");
for (i = 0; i < 44; i++) {
UARTWriteOneHex(cases[case_n].work[i]);
}
SendWork(cases[case_n].work);
UARTWriteLine("Checking work: ");
ReadWork(work);
for (i = 0; i < 44; i++) {
UARTWriteOneHex(work[i]);
}
tick=GetTime();
while(GetTime()-tick<700);
GetNonce(&nonce, TRUE);
UARTWriteLine("Get Nonce:");
UARTWriteHex(nonce);
UARTWriteLine(" Expected:");
UARTWriteHex(cases[case_n].nonce);
UARTGotoNewLine();
}
char* LoginMgr::SIPCReg(char* response)
{
if(!response)
return NULL;
char* szNonce = GetNonce(response);
if(!szNonce)
return NULL;
ComputeRobotResponse* Response = new ComputeRobotResponse(
m_User->GetSalt(),
m_User->GetDomain(),
m_User->GetPassword(),
m_User->GetCnounce(),
szNonce,
m_User->GetSid());
char* robotResponse = Response->GetResponse();
FetionTemplate ft;
char* SendData = ft.SIPCReg(m_User->GetSid(),
robotResponse,
m_User->GetCnounce(),
m_User->GetSalt(),
m_User->GetDomain());
return SendData;
//发送数据，接收返回
/*
char* Result = conn->SendAndReceive(SendData);
if(!Result)
return -1;
if(strstr(Result, "SIP-C/2.0 200 OK") != NULL)
{
DebugWriter::WriteLine("登录成功!");
//解析失效时间
//SIP-C/2.0 200 Ok
//X: expires-time
//I: call-id-value
//Q: cseq-value R
//L: content-length-value
if(strstr(Result, "X:") != NULL)
{
int ex_time = atoi(strstr(Result, "X:") + 3);
printf("Login Info : expires-time is %d\n", ex_time);
}
return 0;
}
else
{
DebugWriter::WriteLine("登录失败!");
return -1;
}
delete Response;
delete[] SendData;
delete[] Result;
*/
}
/**
* Returns the string representation of the round
*/
inline virtual QString ToString() const
{
return "CSDCNetRound: " + GetNonce().toBase64() +
" Phase: " + QString::number(_state_machine.GetPhase());
}