void TestMessagePoolPutMessage(CuTest *tc) {
struct MessagePool *pool = CreateMessagePool();
struct Message *m = NewMessage();
PutMessage(pool, m);
CuAssertIntEquals(tc, 1024*1024+1, pool->count);
int i = 0;
for (i = 0; i < 1024*1024; i ++) {
struct Message *msg = GetMessage(pool);
}
CuAssertIntEquals(tc, 1, pool->count);
CuAssertPtrNotNull(tc, pool->head);
struct Message *msg = GetMessage(pool);
CuAssertIntEquals(tc, 0, pool->count);
CuAssertPtrEquals(tc, NULL, pool->head);
struct Message *m1 = NewMessage();
PutMessage(pool, m1);
CuAssertIntEquals(tc, 1, pool->count);
CuAssertPtrNotNull(tc, pool->head);
struct Message *m2 = NewMessage();
PutMessage(pool, m2);
CuAssertIntEquals(tc, 2, pool->count);
CuAssertPtrNotNull(tc, pool->head);
}
int CSenceManager::handle_timeout(const ACE_Time_Value &tv, const void *arg)
{
if(arg != NULL)
{
//OUR_DEBUG((LM_ERROR,"[CMessageService::handle_timeout] arg is not NULL, time is (%d).\n", tv.sec()));
//思考再三，决定在Timer线程里面，添加到队列中去。这样减少多并发引起的麻烦。
_TimerInfo* pTimerInfo = (_TimerInfo* )arg;
_CommandInfo objCommandInfo;
objCommandInfo.u4RoomID = pTimerInfo->m_u4RoomID;
objCommandInfo.u4PlayerID = pTimerInfo->m_u4PlayerID;
objCommandInfo.u4OpreationID = pTimerInfo->m_u4Event;
//清理一下定时器的记录信息
if(pTimerInfo->m_u4CommandID == COMMAND_TIMERPLAYER)
{
App_RoomManager::instance()->SetRoomPlayerTimerID(objCommandInfo.u4RoomID, objCommandInfo.u4PlayerID, 0, TIMER_ERROR_IN, NULL);
}
else if(pTimerInfo->m_u4CommandID == COMMAND_TIMERROOM)
{
App_RoomManager::instance()->SetRoomTimerID(objCommandInfo.u4RoomID, 0, TIMER_ERROR_IN, NULL);
}
PutMessage(pTimerInfo->m_u4CommandID, objCommandInfo);
SAFE_DELETE(pTimerInfo);
}
return 0;
}
/* -------------------------------------------------------------------- */
BOOL save_mail(void)
{
label tosystem;
char filename[100];
FILE *fl;
/* where are we sending it? */
strcpy(tosystem, msgBuf->mbzip);
/* send it vila... */
route(tosystem);
/* get the node entery */
if (!getnode(tosystem))
return FALSE;
sprintf(filename, "%s\\%s", cfg.transpath, node.ndmailtmp);
fl = fopen(filename, "ab");
if (!fl) return FALSE;
PutMessage(fl);
fclose(fl);
return TRUE;
}
void main (void){
unsigned char i;
clock_int_48MHz();
Init_GLCD();
SetPos(1,1);
SanDraw((char*)imagem);
tempo_ms(4000);
ClearScreen();
///* //box(1,1,126,62);//plota caixa entre os 4 pontos x1,y1,x2,y2 (máx 126 e 62)
//ASCII 22 (x16) is set position followed by x,y
PutMessage((char*)"\x16\x26\x08 Grupo\x16\x20\x10 SanUSB\n Titulo:\n Autor:\n Compilador:");
PutMessage((char*)"\x16\x32\x18LcdGrafico C18");
PutMessage((char*)"\x16\x32\x20Grupo SanUSB");
PutMessage((char*)"\x16\x40\x28MPLABX C18");
tempo_ms(1000);
//ClearScreen(); //*/
while (1){inverte_saida(pin_b7); inverte_saida(pin_d7); tempo_ms(500);
if(!entrada_pin_e3){Reset();} //Estado de gravação via USB
}
}
int main(int argc, char **argv) {
Connection con;
Message msg1, msg2, msg3;
char *OurNetName, *OthersNetName, *ServerNetName;
/* Konstruktion eindeutiger Namen für das Netzwerksystem:
* OurName, OthersName und ServerName wird der Gruppenname vorangestellt.
* So gibt es KEINE Kollisionen zwischen den einzelnen Gruppen!
* Dieser Netzname wird nur für den Verbindungsaufbau über das
* E.I.S.S.-Network-Playfield benutzt. Die im Rahmen des Protokolls
* ausgetauschten Namen sind OutName, OthersName und ServerName!
*/
OurNetName = MakeNetName2(OurName);
OthersNetName = MakeNetName2(OthersName);
ServerNetName = MakeNetName2(ServerName);
/*************** Verbindungsaufbau zum Server ********************/
/* Die Verbindung zum Server muß einen anderen "Quell"-Namen haben, als
* die zu Bob. Daher hängen wir einfach ein _S an! */
if (!(con = ConnectTo(concatstrings(OurNetName, "_S", NULL), ServerNetName))) {
fprintf(stderr,
"ALICE: Kann keine Verbindung zum Server aufbauen: %s\n",
NET_ErrorText());
exit(20);
}
/****** Paket mit den beiden Namen erzeugen und Abschicken *******/
msg1.typ = Alice_Server;
strcpy(msg1.body.Alice_Server.A, OurName);
strcpy(msg1.body.Alice_Server.B, OthersName);
PutMessage("Server", con, &msg1);
/*********** Antwort des Servers lesen ***********/
GetMessage("Server", con, &msg1, Server_Alice);
/**************** Verbindung zum Server abbauen *************/
DisConnect(con);
/*>>>> <<<<*
*>>>> AUFGABE: - Entschlüsseln der Nachricht <<<<*
*>>>> - Nachrichtenaustauch mit Bob <<<<*
*>>>> - Überprüfen der Bob-Nachricht <<<<*
*>>>> - Schlüssel für Telefonieren <<<<*
*>>>> <<<<*/
// Entschlüsseln der Nachricht
DES_ikey ikey_sa;
DES_GenKeys(Key_AS, 0, ikey_sa);
DES_data iv;
memset(&iv, 0, sizeof(DES_data));
ServerData toDecServerData;
memcpy(&toDecServerData, &msg1.body.Server_Alice.Serv_A1,
sizeof(ServerData));
DES_OFB(ikey_sa, iv, &toDecServerData, sizeof(ServerData),
&msg1.body.Server_Alice.Serv_A1);
// Analysierung der Nachricht
DES_GenKeys(msg1.body.Server_Alice.Serv_A1.Key_AB, 0, iKey_AB);
int TimeStamp = msg1.body.Server_Alice.Serv_A1.TimeStamp;
int cur_time = GetCurrentTime();
printf("%d\n",cur_time-TimeStamp);
if (cur_time - TimeStamp < 0 || cur_time - TimeStamp > 30000) { //set Time-out 30s
fprintf(stderr, "TimeStamp check Error!\n");
exit(20);
}
// Generierung neuer Nachricht zu Bob mit ServerData_B und AuthData_A
msg2.typ = Alice_Bob;
memcpy(&msg2.body.Alice_Bob.Serv_B2, &msg1.body.Server_Alice.Serv_B1,
sizeof(ServerData));
strcpy(&msg2.body.Alice_Bob.Auth_A2.Name,
&msg1.body.Server_Alice.Serv_A1.Receiver);
msg2.body.Alice_Bob.Auth_A2.Rand = RandomNumber();
AuthData toEncAuthData;
memset(&iv, 0, sizeof(DES_data));
memcpy(&toEncAuthData, &msg2.body.Alice_Bob.Auth_A2, sizeof(AuthData));
DES_OFB(iKey_AB, iv, &toEncAuthData, sizeof(AuthData),
&msg2.body.Alice_Bob.Auth_A2);
// Schick Bob die Nachricht
if (!(con = ConnectTo(OurNetName, OthersNetName))) {
fprintf(stderr, "ALICE: Kann keine Verbindung zum %s aufbauen: %s\n",
OthersNetName, NET_ErrorText());
exit(20);
}
PutMessage(OthersName, con, &msg2);
// bekommen der Nachricht von Bob, enschlüsseln und überprüfen
GetMessage(OthersName, con, &msg3, Bob_Alice);
AuthData toDecAuthData;
memset(&iv, 0, sizeof(DES_data));
memcpy(&toDecAuthData, &msg3.body.Bob_Alice.Auth_B3, sizeof(AuthData));
DES_OFB(iKey_AB, iv, &toDecAuthData, sizeof(AuthData),
&msg3.body.Bob_Alice.Auth_B3);
if (strcmp(msg3.body.Bob_Alice.Auth_B3.Name, OthersName) != 0) {
fprintf(stderr, "Sender check Error!\n");
exit(20);
}
if (msg3.body.Bob_Alice.Auth_B3.Rand != SwitchRandNum(toEncAuthData.Rand)) {
fprintf(stderr, "Rand check Error!\n");
exit(20);
}
printf("Keberos-Handshake successful!\n");
/*********************** Phone starten *****************************/
Phone(con, OurName, OthersName, EnCrypt, DeCrypt);
DisConnect(con);
return 0;
}
/* -------------------------------------------------------------------- */
void saveMessage(ulong id, FILE *fl)
{
ulong here;
ulong loc;
ulong result;
/* int originroomno; */
#ifdef NEWMSGTAB
ulong slot;
#else
int slot;
#endif
FILE *fl2;
/* label str; */
result = indexslot(id);
#ifdef NEWMSGTAB
slot = indexslot(id);
#else
slot = (int)indexslot(id);
#endif
if (result == ULONG_ERROR) return;
#ifdef NEWMSGTAB
if (getFlags(slot)->COPY)
#else
if (msgTab_mtmsgflags[slot].COPY)
#endif
{
copyflag = TRUE;
originalId = id;
originalattr = 0;
#ifdef NEWMSGTAB
originalattr = (uchar)
(originalattr | (getFlags(slot)->RECEIVED)?ATTR_RECEIVED :0 );
originalattr = (uchar)
(originalattr | (getFlags(slot)->REPLY )?ATTR_REPLY : 0 );
originalattr = (uchar)
(originalattr | (getFlags(slot)->MADEVIS )?ATTR_MADEVIS : 0 );
#else
originalattr = (uchar)
(originalattr | (msgTab_mtmsgflags[slot].RECEIVED)?ATTR_RECEIVED :0 );
originalattr = (uchar)
(originalattr | (msgTab_mtmsgflags[slot].REPLY )?ATTR_REPLY : 0 );
originalattr = (uchar)
(originalattr | (msgTab_mtmsgflags[slot].MADEVIS )?ATTR_MADEVIS : 0 );
#endif
#ifdef GOODBYE
if (msgTab3[slot].mtoffset <= (ushort)slot)
saveMessage( (ulong)(id - (ulong)msgTab3[slot].mtoffset), fl);
#endif
#ifdef NEWMSGTAB
/* if (getOriginID(slot) <= (ushort)slot) */
if (long_JOIN(getToHash(slot), getAuthHash(slot)) <= slot)
#else
/* if (msgTab_mtomesg[slot] <= (ushort)slot) */
if(long_JOIN(msgTab_mttohash[slot], msgTab_mtauthhash[slot]) <= (ushort)slot)
#endif
#ifdef NEWMSGTAB
/* saveMessage( (ulong)(id - (ulong)getOriginID(slot) ), fl); */
saveMessage( (id - long_JOIN(getToHash(slot), getAuthHash(slot)) ), fl);
#else
/* saveMessage( (ulong)(id - (ulong)msgTab_mtomesg[slot] ), fl); */
saveMessage( (ulong)(id - long_JOIN(msgTab_mttohash[slot],
msgTab_mtauthhash[slot])) , fl);
#endif
return;
}
/* in case it returns without clearing buffer */
msgBuf->mbfwd[ 0] = '\0';
msgBuf->mbto[ 0] = '\0';
/* loc = msgTab2[slot].mtmsgLoc; */
#ifdef NEWMSGTAB
loc = getLocation(slot);
#else
loc = long_JOIN(msgTab_mtmsgLocLO[slot], msgTab_mtmsgLocHI[slot]);
#endif
if (loc == ULONG_ERROR) return;
#ifdef NEWMSGTAB
if (copyflag) slot = indexslot(originalId);
#else
if (copyflag) slot = (int)indexslot(originalId);
#endif
#ifdef NEWMSGTAB
if (!mayseeindexmsg(slot) && !getFlags(slot)->NET) return;
#else
if (!mayseeindexmsg(slot) && !msgTab_mtmsgflags[slot].NET) return;
#endif
fseek(msgfl, loc, 0);
getMessage();
getMsgStr(msgBuf->mbtext, MAXTEXT);
sscanf(msgBuf->mbId, "%lu", &here);
/* cludge to return on dummy msg #1 */
/* if ((int)here == 1) return; */
#ifdef NEWMSGTAB
if (!mayseemsg() && !getFlags(slot)->NET) return;
#else
if (!mayseemsg() && !msgTab_mtmsgflags[slot].NET) return;
#endif
if (here != id )
{
cPrintf("Can't find message. Looking for %lu at byte %ld!\n ",
id, loc);
return;
}
if (msgBuf->mblink[0])
{
if ((fl2 = fopen(msgBuf->mblink, "rt")) == NULL)
{
return;
}
GetFileMessage(fl2, msgBuf->mbtext, MAXTEXT);
fclose(fl2);
}
#ifdef HENGE
if (node.network == NET_HENGE)
{
HengePutMessage(fl);
}
else
{
#endif
PutMessage(fl);
#ifdef HENGE
}
#endif
}
irqreturn_t MailboxIRQHandler0(int irq, void *dev_id, struct pt_regs *regs)
{
CoreServicesBridge* bridge = (CoreServicesBridge*)alloyRam;
uint32_t coreID = read_cpuid_mpidr() & 0x3;
uint32_t mailboxSource = readl( __io_address(ARM_LOCAL_MAILBOX0_CLR0) + (coreID*0x10));
FullCoreMessage msg;
//printk("mailboxSource = %08x\n",mailboxSource);
//memcpy_fromio( &bridge, alloyRam, sizeof(bridge) );
//
// Clear the interrupt...
//
coreID = 0;
if( (mailboxSource&(1<<0)) != 0 )
{
printk("Message from Core 0: type=%08x payload=%08x\n", bridge->coreMessages[coreID][0].type, bridge->coreMessages[coreID][0].payload );
msg.coreID = 0;
msg.type = bridge->coreMessages[coreID][0].type;
msg.payload = bridge->coreMessages[coreID][0].payload;
PutMessage( &msg );
writel( 1<<0, __io_address(ARM_LOCAL_MAILBOX0_CLR0) );
}
if( (mailboxSource&(1<<1)) != 0 )
{
printk("Message from Core 1: type=%08x payload=%08x\n", bridge->coreMessages[coreID][1].type, bridge->coreMessages[coreID][1].payload );
msg.coreID = 1;
msg.type = bridge->coreMessages[coreID][1].type;
msg.payload = bridge->coreMessages[coreID][1].payload;
PutMessage( &msg );
writel( 1<<1, __io_address(ARM_LOCAL_MAILBOX0_CLR0) );
}
if( (mailboxSource&(1<<2)) != 0 )
{
printk("Message from Core 2: type=%08x payload=%08x\n", bridge->coreMessages[coreID][2].type, bridge->coreMessages[coreID][2].payload );
msg.coreID = 2;
msg.type = bridge->coreMessages[coreID][2].type;
msg.payload = bridge->coreMessages[coreID][2].payload;
PutMessage( &msg );
writel( 1<<2, __io_address(ARM_LOCAL_MAILBOX0_CLR0) );
}
if( (mailboxSource&(1<<3)) != 0 )
{
printk("Message from Core 3: type=%08x payload=%08x\n", bridge->coreMessages[coreID][3].type, bridge->coreMessages[coreID][3].payload );
msg.coreID = 3;
msg.type = bridge->coreMessages[coreID][3].type;
msg.payload = bridge->coreMessages[coreID][3].payload;
PutMessage( &msg );
writel( 1<<3, __io_address(ARM_LOCAL_MAILBOX0_CLR0) );
}
return IRQ_HANDLED;
}