Awesome

fpgamake

usage: fpgamake [-h] [-D DEFINE] [--header HEADER] [-o OUTPUT] [-s SYNTH] [-B BOARD] [-p PART] [--xci XCI] [--chipscope CHIPSCOPE] [--constraints CONSTRAINTS] [--tcl TCL]
	    [--floorplan FLOORPLAN] [--preserve-clock-gates PRESERVE_CLOCK_GATES] [--report-nworst-timing-paths REPORT_NWORST_TIMING_PATHS] [-t TOP] [-b BITFILE]
	    [--cachedir CACHEDIR] [-v] [--debug]
	    vpath [vpath ...]

Generates Makefiles to synthesize, place, and route verilog. Each
module specified will be synthesized into a separate design
checkpoint. If a floorplan is provided, each instance of the
synthesized modules will be separately placed and routed and then
combined into the top level design.

positional arguments:
  vpath                 Verilog path

optional arguments:
  -h, --help            show this help message and exit
  -D DEFINE, --define DEFINE
		    Verilog defines
  --header HEADER       Verilog headers
  -o OUTPUT, --output OUTPUT
		    Output make file
  -s SYNTH, --synth SYNTH
		    Module to synthesize separately
  -B BOARD, --board BOARD
		    Target board name
  -p PART, --part PART  Target part name
  --xci XCI             XCI file to use
  --chipscope CHIPSCOPE
		    chipscope file to use
  --constraints CONSTRAINTS
		    Constraints file to use (.xdc for Xilinx, .sdc for Altera)
  --tcl TCL             User tcl script to use
  --floorplan FLOORPLAN
		    Floorplan XDC.
  --preserve-clock-gates PRESERVE_CLOCK_GATES
		    Do not delete clock gate pins if set to 1
  --report-nworst-timing-paths REPORT_NWORST_TIMING_PATHS
		    Number of unique failing timing paths to report.
  -t TOP, --top TOP     Top verilog file
  -b BITFILE, --bitfile BITFILE
		    Bit file to generate
  --cachedir CACHEDIR   Cache directory
  -v, --verbose         Verbose operation
  --debug               Debug operation

Installation

From Ubuntu packages:

sudo apt-add-repository -y ppa:jamey-hicks/connectal
sudo apt-get update
sudo apt-get -y install fpgamake

From RPM packages, install the appropriate repo file:

• http://download.opensuse.org/repositories/home:/jameyhicks:/connectal/CentOS_7/home:jameyhicks:connectal.repo

• http://download.opensuse.org/repositories/home:/jameyhicks:/connectal/RHEL_7/home:jameyhicks:connectal.repo

• http://download.opensuse.org/repositories/home:/jameyhicks:/connectal/Fedora_20/home:jameyhicks:connectal.repo

  yum install fpgamake

From Github:

git clone https://github.com/cambridgehackers/fpgamake
git clone https://github.com/cambridgehackers/buildcache

Xilinx KC705 Example

Check out or download the fpgamake sources, as above.

cd examples/uart_kc705; make all

This example requires the BSV compiler.

Altera Terasic DE5 Example

Check out or download the fpgamake sources, as above.

cd examples/uart_de5; make all

This example requires the BSV compiler.

Vivado Tutorial TD

To build the Vivado Tutorial TD with fpgamake. Download and unpack the tutorial, and the run the following command:

SOURCEDIR=/path/to/Vivado_Tutorial_TD/Sources
XDCDIR=$SOURCEDIR/Sources/xdc
./fpgamake --board='noboard' --part='xc7k70tfbg676-2' -b top.bit -o fpgamake.mk -t top -s usbf_top -s or1200_top --floorplan=$XDCDIR/top_flpn.xdc --xdc=$XDCDIR/top.xdc --header=or1200_defines.v --header=usbf_defines.v $SOURCEDIR/hdl
make -f fpgamake.mk