void AmeCtrlJobList::DoParseWithAvinfo(wxCommandEvent& WXUNUSED(event)){
POPT("Not Implemented");
//UPDATE_STATUS(jPARSEWAIT)
}
bool AmeJobMan::updatePath(AmeJob *job, wxString sf1){//only want to use renameTo if same partition
job->m_fn = wxEmptyString;
wxString sf0 = job->getAbsolutePath();
if(sf1==wxEmptyString || sf0==sf1) return true;
//RULES ENABLED?
// if(AmeRules.mImod==AmeRules.M_NOREN) return true;
//POPT("SRC FILE HEALTH");
//SOURCE FILE HEALTHY?
if(!wxFile::Exists(sf0)){
job->setError(wxT("File does not exist."));
//A.gui.println(sf0+" cannot be moved. File not found.");
return false;
}
//POPT("DST FILE HEALTH");
//POPT("updatePath3");
//DESTINATION FILE HEALTHY?
if(wxFile::Exists(sf1)){
wxFile f(sf1);
if(job->m_size==f.Length()){ //could be the same
job->setNewFilePath(sf1);
//A.gui.println(sf0+" will be moved to "+sf1+" later.");
return true;
}
job->setError(wxT("File cannot be moved. Destination file already exists!"));
//A.gui.println(sf0+" cannot be moved to "+sf1+": Destination file already exists!");
return false;
}
//POPT("SRC FOLDER HEALTH");
//DESTINATION FOLDER OK?
wxFileName fn(sf1);
wxFileName parent = fn.GetPath();
if(!parent.DirExists() && !makeDirs(parent)){
job->setError(wxT("Folder")+parent.GetFullPath()+wxT(" cannot be created!"));
//A.gui.println("Folder"+parent+" cannot be created!");
return false;
}
wxGetApp().m_jl->addPath(sf1);
//job.mIdid = -1;
//TRY TO MOVE: WINDOWS
//POPT("TRY MOVE");
wxString p0 = sf0.Lower();
wxString p1 = sf1.Lower();
wxString sok = wxT("Cleanup after successful rename operation.");
if(p0.at(1)==':'||p1.at(1)==':'){ //windows (not network)
if(p0.at(0)==p1.at(0)){
//POPT("NOW MOVE");
if(job->rename(sf1)){
//moveSub(job.m_fc, f);
//A.deleteFile(job.m_fc.getParentFile(), sok);
//AmeJobMan::setJobFile(job, f);
//A.gui.println("Renamed "+sf0+" to "+sf1);
POSTM(MSG_LOG, SP2("Renamed %s to %s", sf0, sf1));
//AmeJobMan::removeFile(sf0);
return true;
}
//A.gui.println(Hyper.error("Renaming failed!")+" ("+sf0+" to "+sf1+")");
return false;
}
job->setNewFilePath(sf1);
//A.gui.println(sf0+" will be moved to "+sf1+" later.");
return true;
}
POPT("NIX");
//TRY TO MOVE: *NIX
if(job->rename(sf1)){ //linux can't rename over partitions
//A.deleteFile(job.m_fc.getParentFile(), sok);
//AmeJobMan.setJobFile(job, f);
//A.gui.println("Renamed"+sf0+" to "+sf1);
return true;
}
job->setNewFilePath(sf0);
//A.gui.println(sf0+" will be moved to "+sf1+" later.");
return true;
//THE END
}
void AmeCtrlJobList::DoSetFid(wxCommandEvent& WXUNUSED(event)){
POPT("Not Implemented");
}
void
samp_printMessage (String mtype, String sender, String msg_id, Map params)
{
extern Samp *sampP;
char s1[SZ_NAME], s2[SZ_NAME], s3[SZ_NAME], s4[SZ_NAME];
Map meta = (Map) 0, subs = (Map) 0, ids = (Map) 0;
List list = (List) 0;
int i, ival1;
double dval1, dval2;
memset (s1, 0, SZ_NAME); /* initialize */
memset (s2, 0, SZ_NAME);
memset (s3, 0, SZ_NAME);
memset (s4, 0, SZ_NAME);
printf ("%-35.35s Sender: %-10.10s Id: %s\n", mtype, sender,
(msg_id ? msg_id : ""));
/* Process the mtype.
*/
if (PMATCH ("samp.app.ping")) { /* no-op */
;
} else if (PMATCH ("samp.app.status")) {
printf ("\ttxt: %s\n", samp_getStringFromMap (params, "txt"));
} else if (PMATCH ("samp.app.event.shutdown")) {
; /* no-op */
} else if (PMATCH ("samp.msg.progress")) {
strcpy (s1, samp_getStringFromMap (params, "msgid"));
strcpy (s2, samp_getStringFromMap (params, "txt"));
strcpy (s3, samp_getStringFromMap (params, "percent"));
strcpy (s4, samp_getStringFromMap (params, "timeLeft"));
printf ("\tmsgid: %s\n\ttxt: %s\n\tpercent: %s\n\ttimeLeft: %s\n",
s1, s2, POPT(s3), POPT(s4));
} else if (PMATCH ("samp.hub.event.shutdown")) { /* no-op */
;
} else if (PMATCH ("samp.hub.event.register")) {
printf ("\tid: %s\n", samp_getStringFromMap (params, "id"));
} else if (PMATCH ("samp.hub.event.unregister")) {
printf ("\tid: %s\n", samp_getStringFromMap (params, "id"));
} else if (PMATCH ("samp.hub.event.metadata")) {
printf ("\tid: %s\n", samp_getStringFromMap (params, "id"));
samp_printMap ("metadata",
(meta = samp_getMapFromMap (params, "metadata")));
} else if (PMATCH ("samp.hub.event.subscriptions")) {
printf ("\tid: %s\n", samp_getStringFromMap (params, "id"));
samp_printMap ("subscriptions",
(subs = samp_getMapFromMap (params, "subscriptions")));
} else if (PMATCH ("samp.hub.disconnect")) {
strcpy (s1, samp_getStringFromMap (params, "reason"));
printf ("\treason: %s\n", POPT(s1));
} else if (PMATCH ("table.load.fits")) {
strcpy (s1, samp_getStringFromMap (params, "url"));
strcpy (s2, samp_getStringFromMap (params, "table-id"));
strcpy (s3, samp_getStringFromMap (params, "name"));
printf ("\turl: %s\n\ttable-id: %s\n\tname: %s\n", s1, s2, s3);
} else if (PMATCH ("table.load.votable")) {
strcpy (s1, samp_getStringFromMap (params, "url"));
strcpy (s2, samp_getStringFromMap (params, "table-id"));
strcpy (s3, samp_getStringFromMap (params, "name"));
printf ("\turl: %s\n\ttable-id: %s\n\tname: %s\n", s1, s2, s3);
} else if (PMATCH ("table.highlight.row")) {
strcpy (s1, samp_getStringFromMap (params, "table-id"));
strcpy (s2, samp_getStringFromMap (params, "url"));
ival1 = samp_getIntFromMap (params, "row");
printf ("\turl: %s\n\ttable-id: %s\n\trow: %d\n", s1, s2, ival1);
} else if (PMATCH ("image.load.fits")) {
strcpy (s1, samp_getStringFromMap (params, "url"));
strcpy (s2, samp_getStringFromMap (params, "image-id"));
strcpy (s3, samp_getStringFromMap (params, "name"));
printf ("\turl: %s\n\timage-id: %s\n\trow: %s\n", s1, s2, s3);
} else if (PMATCH ("coord.pointAt.sky")) {
dval1 = (double) samp_getFloatFromMap (params, "ra");
dval2 = (double) samp_getFloatFromMap (params, "dec");
printf ("\tra: %g\n\tdec: %g\n", dval1, dval2);
} else if (PMATCH ("client.cmd.exec")) {
strcpy (s1, samp_getStringFromMap (params, "cmd"));
printf ("\tcmd: %s\n", s1);
} else if (PMATCH ("client.env.get")) {
strcpy (s1, samp_getStringFromMap (params, "name"));
printf ("\tname: %s\n", s1);
} else if (PMATCH ("client.env.set")) {
strcpy (s1, samp_getStringFromMap (params, "name"));
strcpy (s2, samp_getStringFromMap (params, "value"));
printf ("\tname: %s\n\tvalue: %s\n", s1, s2);
} else if (PMATCH ("client.param.get")) {
strcpy (s1, samp_getStringFromMap (params, "name"));
printf ("\tname: %s\n", s1);
} else if (PMATCH ("client.param.set")) {
strcpy (s1, samp_getStringFromMap (params, "name"));
strcpy (s2, samp_getStringFromMap (params, "value"));
printf ("\tname: %s\n\tvalue: %s\n", s1, s2);
} else if (PMATCH ("bibcode.load")) {
strcpy (s1, samp_getStringFromMap (params, "url"));
printf ("\turl: %s\n", s1);
} else if (PMATCH ("table.select.rowList")) {
strcpy (s1, samp_getStringFromMap (params, "table-id"));
strcpy (s2, samp_getStringFromMap (params, "url"));
printf ("\turl: %s\n\ttable-id: %s\n\t", s1, s2);
list = samp_getListFromMap (params, "row-list");
printf ("rows: ");
for (i=0; i < samp_listLen (list); i++)
printf ("%d%c", samp_getIntFromList (list, i),
(i < samp_listLen (list) - 1) ? ',' : '\n');
} else if (PMATCH ("spectrum.load.*")) {
strcpy (s1, samp_getStringFromMap (params, "url"));
strcpy (s2, samp_getStringFromMap (params, "spectrum-id"));
strcpy (s3, samp_getStringFromMap (params, "name"));
printf ("\turl: %s\n\tspectrum-id: %s\tname: %s\n", s1, s2, s3);
samp_printMap ("meta", (meta = samp_getMapFromMap (params, "meta")));
} else if (PMATCH ("voresource.loadlist.*")) {
strcpy (s1, samp_getStringFromMap (params, "name"));
printf ("\tname: %s\n\t", s1);
samp_printMap ("ids", (ids = samp_getMapFromMap (params, "ids")));
} else {
/* Print a generic message.
*/
samp_printMap ("msg", params);
}
}
