int s_k_reboot(int hp, char* p){
if(hp){
return 4;
}else{
s_reboot();
return 0;
}
}
void parsecommand(char* s){
int clength = 0;
int error = 0;
int hasParameter = 0;
getCommand(s);
clength = strlen(shellbuff.command);
if(shellbuff.buffer[clength]==' '){
hasParameter = 1;
getParameter(shellbuff.buffer, clength);
}
// Execute the requested command
if(!strcmp(shellbuff.command,"test")){
error = s_test(hasParameter, shellbuff.parameter);
}
if(!strcmp(shellbuff.command,"help")){
error = s_help(hasParameter, shellbuff.parameter);
}
else if(!strcmp(shellbuff.command, "reboot")){
error = s_reboot(hasParameter, shellbuff.parameter);
}
else if(!strcmp(shellbuff.command,"clear")){
error = s_clear(hasParameter, shellbuff.parameter);
}
else if(!strcmp(shellbuff.command,"about")){
error = s_about(hasParameter, shellbuff.parameter);
}
else if(!strcmp(shellbuff.command,"time")){
error = s_time(hasParameter, shellbuff.parameter);
}
else if(!strcmp(shellbuff.command,"bkg")){
error = s_bkg(hasParameter, shellbuff.parameter);
}
else if(!strcmp(shellbuff.command,"ssavercolor")){
error = s_ssavercolor(hasParameter, shellbuff.parameter);
}
else if(!strcmp(shellbuff.command,"ssavertime")){
error = s_ssavertime(hasParameter, shellbuff.parameter);
}
else if(!strcmp(shellbuff.command,"timestyle")){
error = s_timestyle(hasParameter, shellbuff.parameter);
}
else {
printerror("COMMAND NOT FOUND\n");
}
// Print error messages if needed
switch(error){
case 1:
printwarning("Too many arguments.\n");
break;
case 2:
printwarning("Too few arguments.\n");
break;
case 3:
printwarning("Invalid argument.\n");
break;
case 4:
printwarning("This command doesn't receive parameters.\n");
break;
default:
break;
}
return;
}
