void handlesession(){ //handle a session once it's established
unsigned int rsize,strncmpval;
rsize=recv_size(); printf("**rsz=%d\n",rsize);
if (rsize>0){
thisip.l=getip();
if (recv0(buf,min(24,rsize))>0){ //get enough characters to distinguish the request
printf("%s\n",buf);
if (strncmp((char *)buf,"POST /",6)==0){
bagelsinit(); //initialize game, send the form
uptime+=311; //250ms allowed for initialization
}
else if (strncmp((char *)buf,"GET /favicon",12)==0){
sendnak(); //no favicon here
uptime+=100; //100ms allowed for nak
}
else if (strncmp((char *)buf,"GET /?G=",8)==0){
bagelsturn(); //give player his turn
uptime+=376; //200ms allowed for each turn
}
else if (strncmp((char *)buf,"GET /",5)==0){
bagelsinit(0); //initialize game, send the form
uptime+=311; //250ms allowed for initialization
}
else{
printf("\nmystery meat\n");
bagelsinit(0); //initialize game, send the form
uptime+=311; //250ms allowed for initialization
}
}
}
if (rsize>0) flush(rsize); //get rid of the received data
disconnect0(); //in any case, we're done here
printf("done\n>\n");
}
void handlesession(){ //handle a session once it's established
unsigned int rsize,strncmpval;
//printf("\ngetting received size\n");
rsize=recv_size();
printf("**rsz=%d\n",rsize);
if (rsize>0){
if (recv0(buf,min(12,rsize))>0){
//buf[12]=0; printf("%s\n",buf);
strncmpval=strncmp((char *)buf,"POST /",6);
if (strncmp((char *)buf,"POST /",6)==0){
handlepost(); //handle a button press
}
else if (strncmp((char *)buf,"GET /favicon",12)==0){
sendnak(); //no favicon here
}
else if (strncmp((char *)buf,"GET /",5)>=0){
sendform(); //send the form
}
else{
printf("\nmystery meat\n");
}
//flush(rsize); //get rid of the received data
//disconnect0(); //in any case, we're done here
}
}
if (rsize>0) flush(rsize); //get rid of the received data
disconnect0(); //in any case, we're done here
printf("done\n>\n");
}
void handlesession(){ //handle a session once it's established
unsigned int rsize,strncmpval;
rsize=recv_size(); printf("**rsz=%d\n",rsize);
if (rsize>0){
if (recv0(buf,rsize/*min(24,rsize)*/)>0){ //get enough characters to distinguish the request
buf[rsize]=0; printf("%s\n",buf);
if (strncmp((char *)buf,"POST /",6)==0){
bagelspturn(); //players turn with type=post
}
else if (strncmp((char *)buf,"GET /favicon",12)==0){
sendnak(); //no favicon here
}
else if (strncmp((char *)buf,"GET /?G=",8)==0){
bagelsturn(); //give player his turn
}
else if (strncmp((char *)buf,"GET /",5)==0){
bagelsinit(0); //initialize game, send the form
}
else{
printf("\nmystery meat\n");
bagelsinit(0); //initialize game, send the form
}
}
}
if (rsize>0) flush(rsize); //get rid of the received data
disconnect0(); //in any case, we're done here
printf("done\n>\n");
}
BOOST_FIXTURE_TEST_CASE(get_correct_payload, F)
{
logsvc::prot::ClientHandle ch0(0x1234);
logsvc::prot::Disconnect disconnect0(ch0);
BOOST_CHECK_EQUAL(ch0.get_payload(),
disconnect0.get_payload());
logsvc::prot::ClientHandle ch1(0x12345678);
logsvc::prot::Disconnect disconnect1(ch1);
BOOST_CHECK_EQUAL(ch1.get_payload(),
disconnect1.get_payload());
}
unsigned int send0(unsigned char *buf,unsigned int buflen){
unsigned int ptr,offaddr,realaddr,txsize,timeout;
//printf("send0 %d\n",buflen);
if (buflen <= 0) return 0;
// Make sure the TX Free Size Register is available
txsize=SPI_Read(SO_TX_FSR);
txsize=(((txsize & 0x00FF) << 8 ) + SPI_Read(SO_TX_FSR + 1));
timeout=0;
while (txsize < buflen) {
delay(1);
txsize=SPI_Read(SO_TX_FSR);
txsize=(((txsize & 0x00FF) << 8 ) + SPI_Read(SO_TX_FSR + 1));
// Timeout for approx 1000 ms
if (timeout++ > 1000) {
printf("TX Free Size Error!\n");
// Disconnect the connection
disconnect0();
return 0;
}
}
// Read the Tx Write Pointer
ptr = SPI_Read(S0_TX_WR);
offaddr = (((ptr & 0x00FF) << 8 ) + SPI_Read(S0_TX_WR + 1));
while(buflen) {
buflen--;
// Calculate the real W5100 physical Tx Buffer Address
realaddr = TXBUFADDR + (offaddr & TX_BUF_MASK);
// Copy the application data to the W5100 Tx Buffer
SPI_Write(realaddr,*buf);
offaddr++;
buf++;
}
// Increase the S0_TX_WR value, so it point to the next transmit
SPI_Write(S0_TX_WR,(offaddr & 0xFF00) >> 8 );
SPI_Write(S0_TX_WR + 1,(offaddr & 0x00FF));
// Now Send the SEND command
SPI_Write(S0_CR,CR_SEND);
// Wait for Sending Process
while(SPI_Read(S0_CR));
return 1;
}
