Implement A7D8 functions

Pcie40Libraries/pcie40_b2slc.c

@@ -57,20 +57,24 @@ int pcie40_readfee8( int dev , int ch , int adr) {
     usleep( 10 ) ; //10 ms
     ret = ecs_read( dev , SLC_BAR , SLC_RFIFO_STATUS + ch * 0x20 ) ;
     ret = ( ret & 0xFF00 ) >> 8 ;
-    if ( ret == 3*8 ) break;
+    if ( ret == 5*8 ) break;
   }
 
   if (i == 10) {
+    printf( "Timeout\n" ) ; 
     return -1;
   }
 
   // Read the value 
   ret = ecs_read( dev , SLC_BAR , SLC_RFIFO_ADD + ch * 0x20 );
-  
+  int ret2 = ecs_read( dev , SLC_BAR , SLC_RFIFO_ADD + ch * 0x20 );
+  int ret3 = ecs_read( dev , SLC_BAR , SLC_RFIFO_ADD + ch * 0x20 );
+  ret = ecs_read( dev , SLC_BAR , SLC_RFIFO_ADD + ch * 0x20 );
+  ret = ecs_read( dev , SLC_BAR , SLC_RFIFO_ADD + ch * 0x20 );
   // check address consistency
-  if ( ( ( ret & 0x7F00 ) >> 8 ) != adr ) return -1 ;
+  if ( ( ( ret2 & 0x7F ) ) != adr ) return -1 ;
 
-  return ( ret & 0xFF ) ;
+  return ( ret3 & 0xFF ) ;
 }
 
 //==============================================================================

Scripts/b2slc.py

@@ -21,13 +21,14 @@ if ( args.read ):
     else:
         result = lli.pcie40_readfee8( 0 , args.channel , args.address )
     if result == -1: print "Error Value = ", result 
-    else: print 'Read value 0x{:X} (address = 0x{:X})'.format(result,args.address)
+    else: print 'Read value {0} (address = {1})'.format(result,args.address)
 else:
+    print args.address, args.write
     if args.type == '32b':
         result = lli.pcie40_writefee32( 0 , args.channel , args.address , args.write )
     else:
         result = lli.pcie40_writefee8( 0 , args.channel , args.address , args.write )
     if result == -1: print "Error Value = ", result  
-    else: print 'Wrote value 0x{:X} (address = 0x{:X})'.format(args.write,args.address)
+    else: print 'Wrote value {0} (address = {1})'.format(args.write,args.address)
 
 lli.ecs_close( 0 , 2 )