From: Maps <maps@ikf>
Date: Tue, 9 May 2017 08:10:48 +0000 (+0200)
Subject: PK: multi TRB support (hierarchy system XML files)
X-Git-Url: https://jspc29.x-matter.uni-frankfurt.de/git/?a=commitdiff_plain;h=d5701bcf7aa50b91884760068873e3018b9bbecc;p=mvdsensorcontrol.git

PK: multi TRB support (hierarchy system XML files)
---

diff --git a/tools/init_setup.pl b/tools/init_setup.pl
index 2f2ddc4..7b95e7f 100755
--- a/tools/init_setup.pl
+++ b/tools/init_setup.pl
@@ -73,11 +73,11 @@ my $systemName = $db->findvalue("/setup/system/\@name");
 my $systemFile = $systemDir.$systemName.".xml";
 my $dbsys = $parser->parse_file($systemFile);
 my $name = $db->getDocumentElement->getAttribute('name');
-my $ccu = $dbsys->getDocumentElement->findnodes('ccu')->[0]->getAttribute('address');
+my $cts = $dbsys->getDocumentElement->findnodes('cts')->[0]->getAttribute('address');
 print STDERR "Loading setup $name from file $setupFile\n" if $verbose;
 
 print STDERR "Stop CTS trigger source\n" if $verbose;
-execute("trbcmd clearbit 0x$ccu 0xa101 0x1");
+execute("trbcmd clearbit 0x$cts 0xa101 0x1");
 
 
 
@@ -203,7 +203,7 @@ foreach my $ctrladdr (keys %$JtagCommands) {
     }
 }
 execute("trbcmd w 0xfe4d 0xb00b 1"); #Enable start sensors on next reference time
-execute("trbcmd setbit 0x$ccu 0xa101 0x1");# enable CTS trigger source
+execute("trbcmd setbit 0x$cts 0xa101 0x1");# enable CTS trigger source
 execute("trbcmd w 0xfe4d 0xb00b 1"); #Enable start sensors on next reference time
 
   
diff --git a/tools/init_system.pl b/tools/init_system.pl
index 1a54f7c..ff12b84 100755
--- a/tools/init_system.pl
+++ b/tools/init_system.pl
@@ -47,10 +47,18 @@ unless(-e $systemFile) {die "System file $systemFile not found\n";}
 my $parser = XML::LibXML->new(line_numbers => 1);
 my $db = $parser->parse_file($systemFile);
 
-my $ccu = hex($db->findvalue("/system/ccu/\@address"));
+my $cts = hex($db->findvalue("/system/cts/\@address"));
 my(@hub,@gbe,@roc);
+my $r;
+
 for my $n ($db->findnodes("//hub")) {
-  push(@hub,hex($n->findvalue("./\@address")));
+  my $hubaddr = hex($n->findvalue("./\@address"));
+  push(@hub,$hubbaddr);
+  
+  for my $m ($n->findnodes("roc")) {
+    my $rocaddr =  hex($m->findvalue("./\@address"));
+    $r->{hubs}{$hubaddr}{$rocaddr} = 1;
+    }
   }  
 for my $n ($db->findnodes("//gbe")) {
   push(@gbe,hex($n->findvalue("./\@address")));
@@ -62,7 +70,7 @@ my $daqopserver = $db->findvalue("//daqopserver");
 $ENV{'DAQOPSERVER'} = $daqopserver if (defined($daqopserver));
 
 print "DAQOPSERVER:\t$daqopserver\n";
-printf("CCU:\t%04x\n",$ccu);
+printf("CCU:\t%04x\n",$cts);
 print("ROC:\t".join(", ", map {sprintf("%04x",$_)} @roc)."\n");
 print("HUB:\t".join(", ", map {sprintf("%04x",$_)} @hub)."\n");
 print("GBE:\t".join(", ", map {sprintf("%04x",$_)} @gbe)."\n");
@@ -84,18 +92,21 @@ trb_write(0xfffe,0x00c5,0x20ff);   #Timeouts
 
 # deactivate all peripheral FPGAs by default in the TrbNet hub
 # activate peripheral FPGAs only, when you find a <roc/> entry in system file
-my $hub_active_mask = 0;
-for my $addr (@roc){
-  $hub_active_mask |= 1<<($addr & 0xF); #last hex digit gives FPGA number
-}
-trb_write($ccu,0x00c0,0x00f0|$hub_active_mask);
-trb_write($ccu,0x00c1,0x00f0|$hub_active_mask);
-trb_write($ccu,0x00c3,0x00f0|$hub_active_mask);
-
+for my $hub (keys %{$r->{hubs}}){
+  my $hub_active_mask = 0;
+  for my $addr (keys %{$r->{hubs}{$hub}}){
+    $hub_active_mask |= 1<<($addr & 0xF); #last hex digit gives FPGA number
+    }
+#   print "  $hub_active_mask \n";
+  trb_write($hub,0x00c0,0x00f0|$hub_active_mask);
+  trb_write($hub,0x00c1,0x00f0|$hub_active_mask);
+  trb_write($hub,0x00c3,0x00f0|$hub_active_mask);
+  }
 
 trb_write($_,0x8041,0x8d00) for @roc; #set buffer delete time
+trb_write($_,0x8441,0x8d00) for @roc; #set buffer delete time
 
-my $systems_w_ccu = {
+my $systems_w_cts = {
   ProbeStation_scurve   => 1,
   ProbeStation_readout  => 1,
   Vacuum_scurve         => 1,
@@ -105,16 +116,16 @@ my $systems_w_ccu = {
   PRESTO_scurve         => 1,
 };
 
-if($systems_w_ccu->{$system}) {
+if($systems_w_cts->{$system}) {
   #ProbeStation continues to use the CCU
   #Send arbiter start signal
   print "System uses the old CCU\n";
-  trb_write($ccu,0xa000,0x00000001);
+  trb_write($cts,0xa000,0x00000001);
 } else {
   #newer set-ups use the CTS
   print "System uses the new CTS\n";
-  trb_write($ccu,0xa150,0x2cff);  #115.19us
-  trb_write($ccu,0xa101,0x00000001);
+  trb_write($cts,0xa150,0x2cff);  #115.19us
+  trb_write($cts,0xa101,0x00000001);
 }