void main() {
// Unit Tests
test("Empty_String_Test", 0, stringToLong(""));
test("Zero_Test", 0, stringToLong("0"));
test("Negative_Test", -123, stringToLong("-123"));
test("Positive_Test", 123, stringToLong("123"));
test("Spaces_Test", 123, stringToLong(" 123 "));
test("Non_Digit_Test", 0, stringToLong("no digit"));
test("Partial_Digit_Test", 12, stringToLong("12e"));
}
int main(int argc, char *argv[])
{
if (2 != argc)
{
puts("usage: euler <problem_num>");
return EXIT_FAILURE;
}
stl_parse_result parseResult = stringToLong(argv[1]);
if (EXIT_FAILURE == parseResult.status)
{
puts("Invalid input!");
return EXIT_FAILURE;
}
printf("Getting solution for problem %ld\n", parseResult.value);
profile_result profileResult;
switch (parseResult.value) {
case 1:
profileResult = profileFunc(&solution1);
break;
case 2:
profileResult = profileFunc(&solution2);
break;
case 3:
profileResult = profileFunc(&solution3);
break;
case 4:
profileResult = profileFunc(&solution4);
break;
case 5:
profileResult = profileFunc(&solution5);
break;
case 6:
profileResult = profileFunc(&solution6);
break;
default:
return !(0 < printf("I don't have a solution for that prolem yet.\n"));
break;
}
if (0 <= profileResult.duration)
{
printf("Execution time: %ld microseonds\n", profileResult.duration);
} else
{
printf("Profiling failed.\n");
}
return profileResult.status;
}
/*
After a connection, handle the messages.
*/
void handle(int sock){
//printf("Im handle.\n");
//return 0;
int n;
char msgR[1000];
char msgS[1000];
n = readaline(sock, msgR, 1000);
if (strcmp(msgR, "JOIN") == 0){
printf("====Handle: Got JOIN====\n");
node node_new;
n = readaline(sock, msgR, 1000);
printf("Got JOIN:%s\n", msgR);
(&node_new)->id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
printf("Got JOIN:%s\n", msgR);
strcpy((&node_new)->ip, msgR);
n = readaline(sock, msgR, 1000);
printf("Got JOIN:%s\n", msgR);
(&node_new)->port = atoi(msgR);
node *pre_toJoin = malloc(sizeof(node));
node *suc_toJoin = malloc(sizeof(node));
int result = joinIn(node_new, pre_toJoin, suc_toJoin);
if (result == 1 || result == 2){
sendto(sock, "JOIN_SUCC\n", 10, 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
printf("=====Handle: JOIN_SUCC=====\n");
sprintf(msgS, "%ld", pre_toJoin->id);
strcat(msgS, "\n");
sendto(sock, msgS, strlen(msgS), 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
printf("handle.JOIN_SUCC.predecessor's id:%s\n", msgS);
strcpy(msgS, pre_toJoin->ip);
strcat(msgS, "\n");
sendto(sock, msgS, strlen(msgS), 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
printf("handle.JOIN_SUCC.predecessor's ip:%s\n", msgS);
sprintf(msgS, "%d", pre_toJoin->port);
strcat(msgS, "\n");
sendto(sock, msgS, strlen(msgS), 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
printf("handle.JOIN_SUCC.predecessor's port:%s\n", msgS);
sprintf(msgS, "%ld", suc_toJoin->id);
strcat(msgS, "\n");
sendto(sock, msgS, strlen(msgS), 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
printf("handle.JOIN_SUCC.successor's id:%s\n", msgS);
strcpy(msgS, suc_toJoin->ip);
strcat(msgS, "\n");
sendto(sock, msgS, strlen(msgS), 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
printf("handle.JOIN_SUCC.successor's ip:%s\n", msgS);
sprintf(msgS, "%d", suc_toJoin->port);
strcat(msgS, "\n");
sendto(sock, msgS, strlen(msgS), 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
printf("handle.JOIN_SUCC.successor's port:%s\n", msgS);
if (result == 2){
node nodes_info[1];
nodes_info[0] = node_new;
int number_node = 1;
sendNtoN(nodes_info, number_node, "PRE",
*suc_toJoin);
}
}
else{
sendto(sock, "JOIN_WAIT\n", 10, 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
node nodes_info[1];
nodes_info[0] = node_new;
int number_node = 1;
sendNtoN(nodes_info, number_node, "JOIN_FD", *successor0);
}
}
else if (strcmp(msgR, "JOIN_FD") == 0){
printf("=====Handle: Got JOIN_FD=====\n");
node node_new;
n = readaline(sock, msgR, 1000);
(&node_new)->id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy((&node_new)->ip, msgR);
n = readaline(sock, msgR, 1000);
(&node_new)->port = atoi(msgR);
node *pre_toJoin = malloc(sizeof(node));
node *suc_toJoin = malloc(sizeof(node));
int result = joinIn(node_new, pre_toJoin, suc_toJoin);
if (result == 1 || result == 2){
node nodes_info[2];
nodes_info[0] = *pre_toJoin;
nodes_info[1] = *suc_toJoin;
int number_node = 2;
sendNtoN(nodes_info, number_node, "JOIN_SUCC", node_new);
if (result == 2){
node nodes_info[1];
nodes_info[0] = node_new;
int number_node = 1;
sendNtoN(nodes_info, number_node, "PRE",
*suc_toJoin);
}
}
else{
sendto(sock, "JOIN_WAIT\n", 10, 0,
(struct sockaddr *) &client_addr, sizeof(client_addr));
node nodes_info[1];
nodes_info[0] = node_new;
int number_node = 1;
sendNtoN(nodes_info, number_node, "JOIN_FD", *successor0);
}
}
else if (strcmp(msgR, "JOIN_SUCC") == 0){
printf("====Handle: Got %s=====\n", msgR);
n = readaline(sock, msgR, 1000);
predecessor0->id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(predecessor0->ip, msgR);
n = readaline(sock, msgR, 1000);
predecessor0->port = atoi(msgR);
n = readaline(sock, msgR, 1000);
successor0->id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(successor0->ip, msgR);
n = readaline(sock, msgR, 1000);
successor0->port = atoi(msgR);
initFTable();
/*
printf("predecessor0:\n");
printNode(*predecessor0);
printf("successor0:\n");
printNode(*successor0);
*/
//updateFTable();
node node_new[2];
node_new[0] = *current;
node_new[1].id = 0;
sendNtoN(node_new, 2, "UPDATE", *successor0);
}
else if (strcmp(msgR, "PRE") == 0){
printf("====Handle: Got %s=====\n", msgR);
n = readaline(sock, msgR, 1000);
predecessor0->id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(predecessor0->ip, msgR);
n = readaline(sock, msgR, 1000);
predecessor0->port = atoi(msgR);
/*
printf("predecessor0:\n");
printNode(*predecessor0);
printf("successor0:\n");
printNode(*successor0);
*/
}
else if (strcmp(msgR, "SUCC") == 0){
printf("====Handle: Got %s=====\n", msgR);
n = readaline(sock, msgR, 1000);
successor0->id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(successor0->ip, msgR);
n = readaline(sock, msgR, 1000);
successor0->port = atoi(msgR);
/*
printf("predecessor0:\n");
printNode(*predecessor0);
printf("successor0:\n");
printNode(*successor0);
*/
}
else if (strcmp(msgR, "UPDATE") == 0){
printf("====Handle: Got %s=====\n", msgR);
node node_new;
n = readaline(sock, msgR, 1000);
node_new.id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(node_new.ip, msgR);
n = readaline(sock, msgR, 1000);
node_new.port = atoi(msgR);
int power;
n = readaline(sock, msgR, 1000);
power = atoi(msgR);
n = readaline(sock, msgR, 1000);
n = readaline(sock, msgR, 1000);
if (node_new.id != current->id){
updateFTable(node_new.id, -1, 1);
if (power < FINGERTABLE_SIZE ){
int i;
int j = 0;
char results[FINGERTABLE_SIZE * 2][1000];
for (i = power; i <= FINGERTABLE_SIZE - 1; i++){
long bound = 0;
if (node_new.id + (long) pow(2, i) >= KEY_SIZE ){
bound = node_new.id + (long) pow(2, i) - KEY_SIZE;
}
else{
bound = node_new.id + (long) pow(2, i);
}
if (current->id >= bound){
sprintf(results[j++], "%ld", bound);
sprintf(results[j++], "%ld", current->id);
}
else if(successor0->id > current->id && current->id < predecessor0->id
&& predecessor0->id >= successor0->id && bound > current->id){
sprintf(results[j++], "%ld", bound);
sprintf(results[j++], "%ld", current->id);
}
else{
break;
}
}
power = i;
if (j > 0)
sendStoN("FTABLE_UPDATE", results, j, node_new);
}
node nodes_new[2];
nodes_new[0] = node_new;
nodes_new[1].id = power;
sendNtoN(nodes_new, 2, "UPDATE", *successor0);
}
}
else if (strcmp(msgR, "FTABLE_UPDATE") == 0){
printf("====Handle: Got %s=====\n", msgR);
int size;
n = readaline(sock, msgR, 1000);
size = atoi(msgR);
int i;
long start;
long nodeId;
for (i = 0; i <= size - 1; i += 2){
n = readaline(sock, msgR, 1000);
start = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
nodeId = stringToLong(msgR);
insertFTable(start, nodeId);
}
}
else if (strcmp(msgR, "LEAVE_PRE") == 0){
printf("====Handle: Got %s=====\n", msgR);
n = readaline(sock, msgR, 1000);
predecessor0->id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(predecessor0->ip, msgR);
n = readaline(sock, msgR, 1000);
predecessor0->port = stringToLong(msgR);
/*
printf("predecessor0:\n");
printNode(*predecessor0);
printf("successor0:\n");
printNode(*successor0);
*/
}
else if (strcmp(msgR, "LEAVE_SUC") == 0){
printf("====Handle: Got %s=====\n", msgR);
n = readaline(sock, msgR, 1000);
successor0->id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(successor0->ip, msgR);
n = readaline(sock, msgR, 1000);
successor0->port = atoi(msgR);
/*
printf("predecessor0:\n");
printNode(*predecessor0);
printf("successor0:\n");
printNode(*successor0);
*/
}
else if (strcmp(msgR, "UPDATE_LEAVE") == 0){
printf("====Handle: Got %s=====\n", msgR);
node node_leave;
n = readaline(sock, msgR, 1000);
node_leave.id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(node_leave.ip, msgR);
n = readaline(sock, msgR, 1000);
node_leave.port = atoi(msgR);
node node_suc;
n = readaline(sock, msgR, 1000);
node_suc.id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(node_suc.ip, msgR);
n = readaline(sock, msgR, 1000);
node_suc.port = atoi(msgR);
if (node_leave.id != current->id){
updateFTable(node_leave.id, node_suc.id, 0);
node nodes_new[2];
nodes_new[0] = node_leave;
nodes_new[1] = node_suc;
sendNtoN(nodes_new, 2, "UPDATE_LEAVE", *successor0);
} else{
*quitUpdate = 1;
}
}
//Search part
else if (strcmp(msgR, "LOOKUP") == 0){
printf("=====Handle: Get LOOKUP Message=====\n");
long key;
node node_source;
n = readaline(sock, msgR, 1000);
printf("handle: lookup message:%s\n", msgR);
key = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
printf("handle: lookup message:%s\n", msgR);
n = readaline(sock, msgR, 1000);
printf("handle: lookup message:%s\n", msgR);
n = readaline(sock, msgR, 1000);
node_source.id = stringToLong(msgR);
printf("handle: lookup message:%s\n", msgR);
n = readaline(sock, msgR, 1000);
strcpy(node_source.ip, msgR);
printf("handle: lookup message:%s\n", msgR);
n = readaline(sock, msgR, 1000);
node_source.port = atoi(msgR);
printf("handle: lookup message:%s\n", msgR);
if (node_source.id == current->id){
printf("Key not found\n");
}
else{
node result;
result = lookup(key, node_source);
if (result.id != -1){
printf("The key belongs to the node:\n");
printNode(*current);
printf("Not found.\n");
node node_found[1];
node_found[0] = *current;
sendNtoN(node_found, 1, "FOUND", node_source);
}
}
}
//Receive a "FOUND" message, print the message out
else if (strcmp(msgR, "FOUND") == 0){
printf("handle: Got FOUND: %s\n", msgR);
node node_found;
n = readaline(sock, msgR, 1000);
node_found.id = stringToLong(msgR);
n = readaline(sock, msgR, 1000);
strcpy(node_found.ip, msgR);
n = readaline(sock, msgR, 1000);
node_found.port = atoi(msgR);
printf("Key found on node:\n");
printNode(node_found);
}
//else if (strcmp(msgR, "IS_ALIVE") == 0){
//printf("====Handle: Got %s=====\n", msgR);
//send back a confirm message
//}
}
/*
In main function: Join in a ring
*/
void join(char** argv){
// struct sockaddr_in {
// short int sin_family; /* 通信类型 */
// unsigned short int sin_port; /* 端口 */
// struct in_addr sin_addr; /* Internet 地址 */
// unsigned char sin_zero[8]; /* 与sockaddr结构的长度相同*/
// };
struct sockaddr_in serveraddr, clientaddr;
int serversock;
int n;
char sendline[1000];
char recvline[1000];
//init parameters
serversock = socket(AF_INET, SOCK_STREAM, 0);
bzero(&serveraddr, sizeof(serveraddr));
serveraddr.sin_family = AF_INET;
if (inet_addr(argv[2]) != -1){
printf("Join: server ip is: %s\n", argv[2]);
serveraddr.sin_addr.s_addr = inet_addr(argv[2]);
}
else{
printf("Join error: server address error");
}
printf("Join: server port is: %s\n", argv[3]);
serveraddr.sin_port = htons(atoi(argv[3]));
//connect to server
printf("Join: connect to the server...\n");
n = connect(serversock, (struct sockaddr *) &serveraddr, sizeof(serveraddr));
if (n == 0){
printf("Join: connceted!\n");
}
else{
printf("error:%s\n",strerror(errno));
perror("Join: connect failed.\n");
}
strcpy(sendline, "JOIN");
strcat(sendline, "\n");
sendto(serversock, sendline, strlen(sendline), 0,
(struct sockaddr *) &serveraddr, sizeof(serveraddr));
printf("Join: send join message:%s\n", sendline);
sprintf(sendline, "%ld", current->id);
strcat(sendline, "\n");
sendto(serversock, sendline, strlen(sendline), 0,
(struct sockaddr *) &serveraddr, sizeof(serveraddr));
printf("Join: send my id:%s\n", sendline);
strcpy(sendline, current->ip);
strcat(sendline, "\n");
sendto(serversock, sendline, strlen(sendline), 0,
(struct sockaddr *) &serveraddr, sizeof(serveraddr));
printf("Join: send my ip:%s\n", sendline);
sprintf(sendline, "%d", current->port);
strcat(sendline, "\n");
sendto(serversock, sendline, strlen(sendline), 0,
(struct sockaddr *) &serveraddr, sizeof(serveraddr));
printf("Join: send my port:%s\n", sendline);
n = readaline(serversock, recvline, 1000);
//printf("recv:%s\n", recvline);
if (strcmp(recvline, "JOIN_SUCC") == 0){
printf("JOIN_SUCC: begin to read receive message\n");
n = readaline(serversock, recvline, 1000);
predecessor0->id = stringToLong(recvline);
printf("Join: receive predecessor id:%s\n", recvline);
n = readaline(serversock, recvline, 1000);
strcpy(predecessor0->ip, recvline);
printf("Join: receive predecessor ip:%s\n", recvline);
n = readaline(serversock, recvline, 1000);
predecessor0->port = atoi(recvline);
printf("Join: receive predecessor port:%s\n", recvline);
n = readaline(serversock, recvline, 1000);
successor0->id = stringToLong(recvline);
printf("Join: receive successor id:%s\n", recvline);
n = readaline(serversock, recvline, 1000);
strcpy(successor0->ip, recvline);
printf("Join: receive successor ip:%s\n", recvline);
n = readaline(serversock, recvline, 1000);
successor0->port = atoi(recvline);
printf("Join: receive successor port:%s\n", recvline);
initFTable();
printf("Join: init fingertable finished.\n");
printNode(* current);
printNode(* predecessor0);
printNode(* successor0);
node newN[2];
newN[0] = *current;
newN[1].id = 0;
printf("Send UPDATE info to successor.\n");
sendNtoN(newN, 2, "UPDATE", *successor0);
}
close(serversock);
}
void runCommand()
{ unsigned long temp;
//ON and OFF command
if((strncmp(parameter,QSW, 3)==0))
{
if(strncmp(setting_value,TURN_OFF,6)==0)
{
QSWON=0;
strncpy(msg_globe,TURN_OFF,6);
echo();
}
else
{
QSWON=1;
strncpy(msg_globe,TURN_ON,6);
echo();
}
qswonAction();
}
else if((strncmp(parameter,SHT, 3)==0))
{
if(strncmp(setting_value,TURN_OFF,6)==0)
{
SHTON=0;
strncpy(msg_globe,TURN_OFF,6);
echo();
}
else
{
SHTON=1;
strncpy(msg_globe,TURN_ON,6);
echo();
}
shtonAction();
}
else if((strncmp(parameter,EXT, 3)==0))
{
if(strncmp(setting_value,TURN_OFF,6)==0)
{
QSWEXT=0;
strncpy(msg_globe,TURN_OFF,6);
echo();
}
else
{
QSWEXT=1;
strncpy(msg_globe,TURN_ON,6);
echo();
}
qswextAction();
}
else if((strncmp(parameter,RST, 3)==0))
{
if(strncmp(setting_value,TURN_OFF,6)==0)
{
RESET=0;
strncpy(msg_globe,TURN_OFF,6);
echo();
}
else
{
RESET=1;
strncpy(msg_globe,TURN_ON,6);
echo();
TPFLAG = 0;
}
}
else if((strncmp(parameter,DIO, 3)==0))
{
if(strncmp(setting_value,TURN_OFF,6)==0)
{
RF_OFF=1;
strncpy(msg_globe,TURN_OFF,6);
echo();
}
else
{
RF_OFF=0;
strncpy(msg_globe,TURN_ON,6);
echo();
}
diodeAction();
}
else if((strncmp(parameter,FPS, 3)==0))
{
if(strncmp(setting_value,TURN_OFF,6)==0) //normal: no FPS
{
FPS_ON=0;
*PEDATDIR = *PEDATDIR & 0xFFBF;
FPS_LEVEL=100;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
//*T4CMPR = FPS_LEVEL;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
}
else if(strncmp(setting_value,TURN_ON,6)==0) //method 1: FPS=on, FPL=100%
{
FPS_ON=1;
*PEDATDIR = *PEDATDIR | 0x0040;
FPS_LEVEL=100;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
//*T4CMPR = FPS_LEVEL;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
}
else //method 2: FPS=off, FPL=input
{
FPS_ON=2;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
//*T4CMPR = FPS_LEVEL;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
*PEDATDIR = *PEDATDIR & 0xFFBF;
}
if(FPS_ON==2)
*XINT2CR = 0x8005;
else
*XINT2CR = 0x8000;
strncpy(msg_globe,(char *)FPS_ON,6);
echo();
}
//SETTING VALUE COMMAND
else if((strncmp(parameter,PRF, 3)==0))
{
PULSERATE=stringToLong((char *)setting_value);
pulseRateAction();
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,PWM, 3)==0))//++xiao PWM
{
PWMTime=stringToLong((char *)setting_value);
if( (PWMTime < 20) || (PWMTime > 380) )
PWMTime=20;
pulseRateAction();
WriteData();
strncpy(msg_globe,(char *)setting_value,6);
echo();
}//++xiao
else if((strncmp(parameter,TEV, 3)==0))
{
ENVSET=(short)stringToLong((char *)setting_value);
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,TLA, 3)==0))
{
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
//D2_SET=(short)stringToLong((char *)setting_value);
D2_SET=(float)stringToLong((char *)setting_value);
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,TK1, 3)==0))
{
XTL1SET=(short)stringToLong((char *)setting_value);
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,TK2, 3)==0))
{
XTL2SET=stringToLong((char *)setting_value);
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,TDI, 3)==0))
{
D1_SET=(float)stringToLong((char *)setting_value);
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,IDI, 3)==0))
{
DIODECUR=stringToLong((char *)setting_value);
if( DIODECUR > DIMAX ) DIODECUR = DIMAX; //ver3c
Diode_SetPt= DIODECUR;
strncpy(msg_globe,(char *)setting_value,6);
echo();
/*
while(DIODECUR < Diode_SetPt) // ramp the diode current
{
DIODECUR++;
if(DIMAX > 250) *T3CMPR = (DIODECUR<<2);
else *T3CMPR = (DIODECUR<<2);
wait(100);
PLACE = 25;
num2ascii(DIODECUR, 0);
}
*/
}
/*else if((strncmp(parameter,PKP, 3)==0))
{
Kp=(float)stringToLong((char *)setting_value);
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,PKI, 3)==0))
{
Ki=(float)stringToLong((char *)setting_value);
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,PKD, 3)==0))
{
Kd=(float)stringToLong((char *)setting_value);
strncpy(msg_globe,(char *)setting_value,6);
echo();
}*/
else if((strncmp(parameter,FPL, 3)==0))
{
if(FPS_ON==2)
{
FPS_LEVEL=stringToLong((char *)setting_value);
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
//*T4CMPR = FPS_LEVEL;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
}
else
{
FPS_LEVEL=100;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
//*T4CMPR = FPS_LEVEL;
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
}
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else if((strncmp(parameter,DCL, 3)==0))
{
DIMAX=(short)stringToLong((char *)setting_value);
strncpy(msg_globe,(char *)setting_value,6);
echo();
}
else
{strncpy(msg_globe,ERROR,6);
echo();
}
return;
}
