-Adding model (one source..)
-generate for 104x32 for xilinx
-making prog_full the default full indicator
-bringing out almost_full for future use
-fixing interface change in all modules
If there is a waitm, we should
1.) Not increment the read pointer
2.) Hold the packet steady until wait signal goes away
3.) Hold access high, keep request intact
-There is now only one clock domain crossing involved with the reg files/ All clock domain crossings use the same 104 bit wide async fifo! If it's broken we are screwed, if it works we are perfect!
-Configuration can be done from host through txwr/txrd path of any register
-The RX IO pins can only access the RX side of the design
-adding reset signals to synchronizer to solve startup issues
-setting config in test bench for speedup, default reg config now correct
-fix (my) stupid bug in etx_arbiter
-adding reset to fifo (todo: review this!)
-reviewing "all red" from waveforms is a must. Red (x) on data is ok, but leaving them on control signals is asking for trouble. Better safe than sorry when it comes to reset.
-pll bypass for clocks (customer request)
-adding dividers on all clocks (tx/cclk)
-adding reset block (clearer)
-using commong clock_divider block
-need to clean up divider block later today, slightly broken:-)
-this may break already broken projects
-creates a Verilog top level (instead of using Vivado block level design)
-integrates mmy and mailbox (not completely integrated)
-compiles...
-pours in all of the code from the archive
(some new logic created)
-Each directory contains one sub block
-Each directory contains a dv/docs/hdl directory, self contained.
-May need to add constraints directory as well at some point.
-This is the right thing to do, make each block modular and self contained.
