void Node::createChildren()
{
for(int k = (f+1)/2; k < f; k++){
if( generators[k]
& (!semigroup[2*k-f])
& (3*k != 2*f)
& (4*k != 3*f)
& (f-k < multiplicity)){
spawnChild(k);
}
}
}
static const char *
cygterm_init(void *frontend_handle, void **backend_handle,
Conf *conf,
char *unused_host, int unused_port,
char **realhost, int nodelay, int keepalive)
{
/* XXX: I'm not sure if it is OK to overload Plug like this.
* cygterm_accepting should only be used for the listening socket
* (local->a) while the cygterm_closing, cygterm_receive, and cygterm_sent
* should be used only for the actual connection (local->s).
*/
static const struct plug_function_table fn_table = {
cygterm_log,
cygterm_closing,
cygterm_receive,
cygterm_sent,
cygterm_accepting
};
Local local;
const char *command;
char cmdline[2 * MAX_PATH];
int cport;
const char *err;
int cmdlinelen;
cygterm_debug("top");
local = snew(struct cygterm_backend_data);
local->fn = &fn_table;
local->a = NULL;
local->s = NULL;
local->conf = conf;
local->editing = 0;
local->echoing = 0;
local->exitcode = 0;
*backend_handle = local;
local->frontend = frontend_handle;
/* set up listen socket for communication with child */
cygterm_debug("setupCygTerm");
/* let sk use INADDR_LOOPBACK and let WinSock choose a port */
local->a = sk_newlistener(0, 0, (Plug)local, 1, ADDRTYPE_IPV4);
if ((err = sk_socket_error(local->a)) != NULL)
goto fail_free;
/* now, get the port that WinSock chose */
/* XXX: Is there another function in PuTTY to do this? */
cygterm_debug("getting port");
cport = sk_getport(local->a);
if (cport == -1) {
err = "Failed to get port number for cthelper";
goto fail_close;
}
if (strchr(conf_get_str(local->conf, CONF_termtype), ' ')) {
err = "term type contains spaces";
goto fail_close;
}
/* Build cthelper command line */
if(conf_get_int(conf, CONF_cygterm64)) {
cmdlinelen = sprintf(cmdline, CTHELPER64" %u %s ", cport, conf_get_str(local->conf, CONF_termtype));
}
else {
cmdlinelen = sprintf(cmdline, CTHELPER" %u %s ", cport, conf_get_str(local->conf, CONF_termtype));
}
cmdlinelen += makeAttributes(cmdline + cmdlinelen, conf);
command = conf_get_str(conf, CONF_cygcmd);
cygterm_debug("command is :%s:", command);
/* A command of "." or "-" tells us to pass no command arguments to
* cthelper which will then run the user's shell under Cygwin. */
if ((command[0]=='-'||command[0]=='.') && command[1]=='\0')
;
else if (cmdlinelen + strlen(command) + 2 > sizeof cmdline) {
err = "command is too long";
goto fail_close;
}
else {
cmdlinelen += sprintf(cmdline + cmdlinelen, " %s", command);
}
/* Add the Cygwin /bin path to the PATH. */
if (conf_get_int(conf, CONF_cygautopath)) {
char *cygwinBinPath = getCygwinBin(conf_get_int(conf, CONF_cygterm64));
if (!cygwinBinPath) {
/* we'll try anyway */
cygterm_debug("cygwin bin directory not found");
}
else {
cygterm_debug("found cygwin directory: %s", cygwinBinPath);
appendPath(cygwinBinPath);
sfree(cygwinBinPath);
}
}
cygterm_debug("starting cthelper: %s", cmdline);
if ((err = spawnChild(cmdline, &local->pi, &local->ctl)))
goto fail_close;
/* This should be set to the local hostname, Apparently, realhost is used
* only to set the window title.
*/
strcpy(*realhost = smalloc(sizeof CYGTERM_NAME), CYGTERM_NAME);
cygterm_debug("OK");
return 0;
fail_close:
sk_close(local->a);
fail_free:
sfree(local);
return err;
}
void Organism::evolve()
{ // user-mediated evolution procedure
char key = 0;
drawTree(leftChild != NULL && !leftChild->terminal,
midChild != NULL && !midChild->terminal,
rightChild != NULL && !rightChild->terminal);
// grow the parent and two children until a key is pressed
// try a new child while this is happening
Organism *newChild = spawnChild();
assert(newChild != NULL);
do
{ // repeat this loop until the space key is pressed
plotAt(vc.numxpixels/2, vc.numypixels*3/4);
nextGen();
if (leftChild == NULL)
leftChild = spawnChild(); // make new left child
else
leftChild->plotAt(vc.numxpixels/6, vc.numypixels/3);
assert(leftChild != NULL);
leftChild->nextGen();
if (midChild == NULL)
midChild = spawnChild(); // make new mid child
else
midChild->plotAt(vc.numxpixels/2, vc.numypixels/4);
assert(leftChild != NULL);
midChild->nextGen();
if (rightChild == NULL)
rightChild = spawnChild(); // make new left child
else
rightChild->plotAt(vc.numxpixels*5/6, vc.numypixels/3);
assert(leftChild != NULL);
rightChild->nextGen();
terminal = 0; // if the node was terminal before, its not now
if (newChild->age < 25)
newChild->nextGen();
else if (leftChild->terminal == 1 &&
newChild->fitness()*0.7 > leftChild->fitness())
{ // replace the left child with the new child
delete leftChild;
leftChild = newChild;
newChild = spawnChild();
assert(newChild != NULL);
} else if (midChild->terminal == 1 &&
newChild->fitness()*0.7 > midChild->fitness())
{ // replace the left child with the new child
delete midChild;
midChild = newChild;
newChild = spawnChild();
assert(newChild != NULL);
} else if (rightChild->terminal == 1 &&
newChild->fitness()*0.7 > rightChild->fitness())
{ // replace the left child with the new child
delete rightChild;
rightChild = newChild;
newChild = spawnChild();
assert(newChild != NULL);
} else if (newChild->age > 50)
{ // new child is 50 generations old and still has not promoted
delete newChild;
newChild = spawnChild();
assert(newChild != NULL);
} else
newChild->nextGen();
if (kbhit())
{ // read the key and see what needs to be done
key = getch();
if (_stackavail() > 0x0400)
{ // only process child branch if there is enough stack space
if (key == 'A' || key == 'a')
leftChild->evolve();
else if (key == 'G' || key == 'g')
midChild->evolve();
else if (key == 'L' || key == 'l')
rightChild->evolve();
drawTree(leftChild != NULL && !leftChild->terminal,
midChild != NULL && !midChild->terminal,
rightChild != NULL && !rightChild->terminal);
}; // if
} else
key = 0;
} while (key != ' ');
delete newChild;
}; // Organism::evolve()
/**
\fn runOneJob
*/
bool jobWindow::runOneJob( ADMJob &job)
{
bool r=false;
uint32_t version;
job.startTime=ADM_getSecondsSinceEpoch();
job.status=ADM_JOB_RUNNING;
ADM_commandSocket *runSocket=NULL;
ADMJob::jobUpdate(job);
refreshList();
ADM_socketMessage msg;
uint32_t v;
// 1- Start listening to socket
// 2- Spawn child
string ScriptFullPath;
#ifdef _WIN32
#define MKCLI() "avidemux_cli.exe"
#define MKQT() "avidemux.exe"
string slash=string("\\");
#else
#define MKCLI() "avidemux3_cli"
#define MKQT() "avidemux3_qt4"
string slash=string("/");
#endif
ScriptFullPath=string(ADM_getJobDir())+slash+string(job.scriptName);
const char *avidemuxVersion=MKCLI();
if(ui.checkBoxUseQt4->isChecked())
{
avidemuxVersion=MKQT();
}
if(false==spawnChild(avidemuxVersion,ScriptFullPath,job.outputFileName))
{
ADM_error("Cannot spawn child\n");
r=false;
goto done;
}
// 3- Wait for connect...
runSocket=mySocket.waitForConnect(6*1000);
if(!runSocket)
{
ADM_error("No connect\n");
goto done;
}
if(!runSocket->handshake())
{
popup("Cannot handshake");
goto done;
}
// 4- wait for complete and/or success message
while(1)
{
if(!runSocket->isAlive())
{
ADM_info("Exiting loop\n");
break;
}
if(runSocket->pollMessage(msg))
{
ADM_info("Got a new message %d\n",msg.command);
switch(msg.command)
{
case ADM_socketCommand_End:
if(msg.getPayloadAsUint32_t(&v))
{
r=(bool)v;
ADM_info("Result is %d\n",r);
goto done;
}else
{
ADM_error("Can read End payload \n");
}
break;
case ADM_socketCommand_Progress:
if(msg.getPayloadAsUint32_t(&v))
{
printf("Progress %d %%\n",(int)v);
dialog->setPercent(v);
}else
{
ADM_error("Can read End payload \n");
}
break;
default: ADM_error("Unknown command\n");
break;
}
}
ADM_assert(dialog);
QApplication::processEvents();
ADM_usleep(1000*1000); // Refresh once per sec
}
ADM_info("** End of slave process **\n");
ADM_info("** End of slave process **\n");
ADM_info("** End of slave process **\n");
// 5-Done, do the cleanup
done:
if(r) job.status=ADM_JOB_OK;
else job.status=ADM_JOB_KO;
job.endTime=ADM_getSecondsSinceEpoch();
ADMJob::jobUpdate(job);
if(runSocket) delete runSocket;
refreshList();
ADM_info("Running job id = %d\n",job.id);
return r;
}
