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[/] [amber/] [trunk/] [hw/] [fpga/] [bin/] [Makefile] - Rev 81
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# ----------------------------------------------------------------
# //
# FPGA synthesis Makefile //
# //
# This file is part of the Amber project //
# http://www.opencores.org/project,amber //
# //
# Description //
# Runs a full FPGA synthesis of the Amber system. //
# //
# Author(s): //
# - Conor Santifort, csantifort.amber@gmail.com //
# //
#/ ///////////////////////////////////////////////////////////////
# //
# Copyright (C) 2010 Authors and OPENCORES.ORG //
# //
# This source file may be used and distributed without //
# restriction provided that this copyright statement is not //
# removed from the file and that any derivative work contains //
# the original copyright notice and the associated disclaimer. //
# //
# This source file is free software; you can redistribute it //
# and/or modify it under the terms of the GNU Lesser General //
# Public License as published by the Free Software Foundation; //
# either version 2.1 of the License, or (at your option) any //
# later version. //
# //
# This source is distributed in the hope that it will be //
# useful, but WITHOUT ANY WARRANTY; without even the implied //
# warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR //
# PURPOSE. See the GNU Lesser General Public License for more //
# details. //
# //
# You should have received a copy of the GNU Lesser General //
# Public License along with this source; if not, download it //
# from http://www.opencores.org/lgpl.shtml //
# //
# ----------------------------------------------------------------
# ----------------------------------------------------
# Environment Configuration
# ----------------------------------------------------
# Directories
BIN_FOLDER = ../bin
LOG_FOLDER = ../logs
BITFILE_FOLDER = ../bitfiles
BOOT_LOADER_ETHMAC = 1
# Can supply different work directories
# for multiple runs in parallel
ifdef WORK
WORK_FOLDER = ../$(WORK)
else
WORK_FOLDER = ../work0
endif
ifdef BOOT_LOADER_ETHMAC
BOOT_LOADER_DIR = ../../../sw/boot-loader-ethmac
BOOT_LOADER_DEF = BOOT_LOADER_ETHMAC
else
BOOT_LOADER_DIR = ../../../sw/boot-loader-serial
BOOT_LOADER_DEF =
endif
VERILOG_INCLUDE_PATH = ../../vlog/lib ../../vlog/tb $(BOOT_LOADER_DIR)
# Name of top level verilog file (must be the same as its module name)
RTL_TOP = system
# ----------------------------------------------------
# Build Configuration
# ----------------------------------------------------
# Select either the A23 or A25 core
ifdef A25
AMBER_CORE = AMBER_A25_CORE
AMBER_CORE_NAME = a25
else
AMBER_CORE = AMBER_A23_CORE
AMBER_CORE_NAME = a23
endif
# AMBER_CLK_DIVIDER
# Sets the system clock frequency
# Divide 800MHz by this number to get the frequency
# e.g. AMBER_CLK_DIVIDER=24
# 800 MHz / 24 = 33.33 MHz
# The spartan6 device used on SP605 Development board
XILINX_FPGA = xc6slx45tfgg484-3
XST_DEFINES = XILINX_FPGA XILINX_SPARTAN6_FPGA $(AMBER_CORE) AMBER_CLK_DIVIDER=18 $(BOOT_LOADER_DEF)
# Xilinx placement and timing constraints
XST_CONST_FILE = xs6_constraints.ucf
# List of verilog source files for Xilinx Spartan-6 device
XST_PROJ_FILE = xs6_source_files.prj
# ----------------------------------------------------
# Focus on speed or area
# ----------------------------------------------------
#OPT = area
OPT = speed
# ----------------------------------------------------
# Xilinx XST Compile Options
# ----------------------------------------------------
XST_OPTIONS = -vlgincdir {$(VERILOG_INCLUDE_PATH)} \
-ifmt mixed \
-ofmt NGC \
-p $(XILINX_FPGA) \
-opt_mode $(OPT) \
-opt_level 2 \
-power NO \
-iuc NO \
-keep_hierarchy NO \
-rtlview Yes \
-glob_opt AllClockNets \
-read_cores YES \
-write_timing_constraints NO \
-cross_clock_analysis NO \
-hierarchy_separator / \
-bus_delimiter \<\> \
-case maintain \
-slice_utilization_ratio 100 \
-bram_utilization_ratio 100 \
-dsp_utilization_ratio 100 \
-fsm_extract YES \
-fsm_encoding Auto \
-safe_implementation No \
-fsm_style lut \
-ram_extract Yes \
-ram_style Auto \
-rom_extract Yes \
-shreg_extract YES \
-rom_style Auto \
-auto_bram_packing NO \
-resource_sharing YES \
-async_to_sync NO \
-max_fanout 10000 \
-bufg 32 \
-register_duplication YES \
-register_balancing No \
-optimize_primitives NO \
-use_clock_enable Auto \
-use_sync_set Auto \
-use_sync_reset Auto \
-iob auto \
-equivalent_register_removal YES \
-slice_utilization_ratio_maxmargin 5
# ----------------------------------------------------
RUN_ID = $(shell cat $(WORK_FOLDER)/run_id.txt)
MAP_SEED = $(shell $(BIN_FOLDER)/increment_seed.sh $(WORK_FOLDER)/seed.txt)
# ----------------------------------------------------
all : bitgen trce
new : clean all
map : cleanmap all
help :
@echo ""
@echo "Valid targets:"
@echo " new Start a new run with a new ID"
@echo " all Continue last run from where ever it left off"
@echo " map Rerun the map and par with a new seed"
@echo " clean Delete all temporary files"
@echo " bitgen Create a bitfile. Don't run trce"
@echo " trce Running timing analysis. Don't run buitgen"
@echo " help Print this message"
@echo ""
@echo "Optional switches: A25=1 WORK=<work directory name>"
@echo "e.g. > make A25=1 WORK=work1 map"
clean :
rm -Rf $(WORK_FOLDER)/*
cleanmap :
if [ -f $(WORK_FOLDER)/$(RTL_TOP).map.ncd ]; then rm $(WORK_FOLDER)/$(RTL_TOP).map.ncd; fi
bitgen : $(WORK_FOLDER)/$(RTL_TOP).bit
trce : $(WORK_FOLDER)/$(RTL_TOP).trc.twr
# ----------------------------------------------------
# trce
# ----------------------------------------------------
# Can be done before or after bitgen
$(WORK_FOLDER)/$(RTL_TOP).trc.twr : $(WORK_FOLDER)/$(RTL_TOP).ncd
\
cd $(WORK_FOLDER); \
trce -v 5 -l 5 -n 5 -xml $(RTL_TOP) $(RTL_TOP).ncd \
-o $(WORK_FOLDER)/$(RTL_TOP).trc.twr \
$(RTL_TOP).pcf
cp $(WORK_FOLDER)/$(RTL_TOP).trc.twr $(LOG_FOLDER)/$(RTL_TOP).trc.$(RUN_ID).twr
# ----------------------------------------------------
# bitgen
# ----------------------------------------------------
$(WORK_FOLDER)/$(RTL_TOP).bit : $(WORK_FOLDER)/$(RTL_TOP).ncd
\
cd $(WORK_FOLDER); \
bitgen -intstyle xflow -f $(BIN_FOLDER)/bitfile_config.ut $(RTL_TOP).ncd
cp $(WORK_FOLDER)/$(RTL_TOP).bit $(BITFILE_FOLDER)/$(RTL_TOP).$(AMBER_CORE_NAME).$(RUN_ID).bit
mv $(WORK_FOLDER)/$(RTL_TOP).bgn $(LOG_FOLDER)/$(RTL_TOP).$(AMBER_CORE_NAME).$(RUN_ID).bgn
# ----------------------------------------------------
# par
# ----------------------------------------------------
# -xe c = Extra Effort, continue on Impossible
# -p means don't run the placer. We use map as the placer
# -k = Re-entrant route. Keep the current placement. Continue the routing
# using the existing routing as a starting point.
$(WORK_FOLDER)/$(RTL_TOP).ncd : $(WORK_FOLDER)/$(RTL_TOP).map.ncd
\
cd $(WORK_FOLDER); \
par -intstyle xflow -w -k -ol high $(RTL_TOP).map.ncd $(RTL_TOP).ncd $(RTL_TOP).pcf
cp $(WORK_FOLDER)/$(RTL_TOP)_pad.txt $(LOG_FOLDER)/$(RTL_TOP).pad.$(RUN_ID).txt
# ----------------------------------------------------
# map
# ----------------------------------------------------
$(WORK_FOLDER)/$(RTL_TOP).map.ncd : $(WORK_FOLDER)/$(RTL_TOP).ngd
cd $(WORK_FOLDER); \
map -intstyle xflow \
-p $(XILINX_FPGA) \
-ol high \
-t $(MAP_SEED) \
-w \
-ignore_keep_hierarchy \
-timing \
-detail \
-register_duplication on \
-lc auto \
-xe c -mt off -ir off \
-pr off -power off \
-o $(RTL_TOP).map.ncd \
$(RTL_TOP).ngd \
$(RTL_TOP).pcf
cp $(WORK_FOLDER)/$(RTL_TOP).map.mrp $(LOG_FOLDER)/$(RTL_TOP).map.$(RUN_ID).mrp
# ----------------------------------------------------
# ngdbuild
# ----------------------------------------------------
$(WORK_FOLDER)/$(RTL_TOP).ngd : $(WORK_FOLDER)/$(RTL_TOP).ngc $(BIN_FOLDER)/$(XST_CONST_FILE)
cd $(WORK_FOLDER); \
ngdbuild -intstyle xflow -verbose -p $(XILINX_FPGA) \
-dd _ngo -nt on \
-uc $(BIN_FOLDER)/$(XST_CONST_FILE) $(RTL_TOP).ngc $(RTL_TOP).ngd
# ----------------------------------------------------
# xst
# ----------------------------------------------------
# Note -iobuf YES is needed for the top-level verilog
# module synthesis
$(WORK_FOLDER)/$(RTL_TOP).ngc : $(WORK_FOLDER)/run_id.txt $(XST_PROJ_FILE)
@echo "work: $(WORK_FOLDER)" > $(LOG_FOLDER)/$(RTL_TOP).cfg.$(RUN_ID).txt
@echo "$(XST_DEFINES)" >> $(LOG_FOLDER)/$(RTL_TOP).cfg.$(RUN_ID).txt
export XST_DESIGN=$(RTL_TOP)
export XST_OFN=$(RTL_TOP)
rm -Rf $(WORK_FOLDER)/$(RTL_TOP)xst $(WORK_FOLDER)/_ngo
mkdir -p $(WORK_FOLDER)/$(RTL_TOP)xst/tmp $(WORK_FOLDER)/_ngo
echo "work" > $(WORK_FOLDER)/$(RTL_TOP).lso
echo "set -tmpdir ./$(RTL_TOP)xst/tmp" > $(WORK_FOLDER)/$(RTL_TOP).xst
echo "set -xsthdpdir ./$(RTL_TOP)xst" >> $(WORK_FOLDER)/$(RTL_TOP).xst
echo "run -ifn $(BIN_FOLDER)/$(XST_PROJ_FILE)" >> $(WORK_FOLDER)/$(RTL_TOP).xst
echo "-ofn $(RTL_TOP) -top $(RTL_TOP)" >> $(WORK_FOLDER)/$(RTL_TOP).xst
echo "-lso ./$(RTL_TOP).lso" >> $(WORK_FOLDER)/$(RTL_TOP).xst
echo $(XST_OPTIONS) >> $(WORK_FOLDER)/$(RTL_TOP).xst
echo "-iobuf YES" >> $(WORK_FOLDER)/$(RTL_TOP).xst
echo "-define { $(XST_DEFINES) }" >> $(WORK_FOLDER)/$(RTL_TOP).xst
cd $(WORK_FOLDER); \
xst -intstyle xflow -ifn ./$(RTL_TOP).xst -ofn $(LOG_FOLDER)/$(RTL_TOP).xst.$(RUN_ID).srp
# ----------------------------------------------------
# Generate the Run ID, initial Map seed
# Recompile the boot-loader program - it gets build
# into the FPGA's RamBlocks and uses the run_id as
# the version number
# ----------------------------------------------------
$(WORK_FOLDER)/run_id.txt :
test -e $(WORK_FOLDER) || mkdir $(WORK_FOLDER)
test -e $(LOG_FOLDER) || mkdir $(LOG_FOLDER)
test -e $(BITFILE_FOLDER) || mkdir $(BITFILE_FOLDER)
echo 0 > $(WORK_FOLDER)/seed.txt
date +%Y%m%d%H%M%S > $(WORK_FOLDER)/run_id.txt
$(BIN_FOLDER)/set_fpga_version.sh $(WORK_FOLDER)/run_id.txt
$(MAKE) -C $(BOOT_LOADER_DIR) clean
$(MAKE) -C $(BOOT_LOADER_DIR)
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