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Makefile
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Makefile
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#=========================================================================
#
# Filename: Makefile
# Date created: 03-16-2011
# Last modified: 04-07-2011
# Authors: Michael Papamichael <papamixATcs.cmu.edu>
#
# Description:
# Makefile for simulating and generating netlists.
# Based on Eric's makefile.
#
#=========================================================================
include makefile.def
include makefile.syn
include makefile.clean
NPROCS:=$(shell grep -c ^processor /proc/cpuinfo)
ifndef TARGET
%-bsim:
@make TARGET=$* $@ top=$(top) BSV_MACROS=$(BSV_MACROS) BUILD=$(BUILD)
%-vsim:
@make TARGET=$* $@ top=$(top) BSV_MACROS=$(BSV_MACROS) BUILD=$(BUILD)
%-run:
@make TARGET=$* $@ top=$(top) BSV_MACROS=$(BSV_MACROS) BUILD=$(BUILD)
%-xst:
@echo $*
@echo $@
@echo $(top)
@make TARGET=$* $@ top=$(top) part=$(part) BSV_MACROS=$(BSV_MACROS) BUILD=$(BUILD)
%-dc:
@echo $*
@echo $@
@echo $(top)
@make TARGET=$* $@ top=$(top) pdk=$(pdk) BSV_MACROS=$(BSV_MACROS) BUILD=$(BUILD)
%-map:
@echo $*
@echo $@
@echo $(top)
@make TARGET=$* $@ top=$(top) part=$(part) BSV_MACROS=$(BSV_MACROS) BUILD=$(BUILD)
%-bsc:
@echo $*
@echo $@
@echo $(top)
@make TARGET=$* $@ top=$(top) BSV_MACROS=$(BSV_MACROS) BUILD=$(BUILD)
else
########## BSIM PLUS COPRIMS ###########
#%-bsim: coprims $(call csrc, ./proj/$(TARGET))
#ifndef top
# $(call bsim_compile, mk$*, $*.bsv); # bsv handles rest of dependencies
#else
# $(call bsim_compile, mk$(top), $(top).bsv);
#endif
########## VSIM ###########
%-vsim: copy_vlog
ifndef top
scripts/bsvdeps . $*.bsv 1 > $*.dep
make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)" BSV_MACROS='$(BSV_MACROS)'
#$(call vsim_compile, mk$*, $*.bsv);
else
scripts/bsvdeps . $*.bsv 1 > $*.dep
make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#$(call vsim_compile, $(top), $*.bsv);
endif
########## VSIM ###########
%-run: copy_vlog
ifndef top
$(call vsim_compile, mk$*, $*.bsv);
$(call vcs_compile, mk$*);
else
$(call vsim_compile, $(top), $*.bsv);
$(call vcs_compile, $(top));
endif
########## XST ###########
%-xst: copy_vlog
ifndef top
# Parallel make
#scripts/bsvdeps . $*.bsv 1 > $*.dep
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -f makefile.bsc target TOP=$* GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
# Serial make
$(call vsim_compile, mk$*, $*.bsv);
$(call xst_compile, mk$*, $(part));
else
# Parallel make
#scripts/bsvdeps . $*.bsv 1 > $*.dep
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -f makefile.bsc target TARGET=$* TOP=$(top) GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
# Serial make
$(call vsim_compile, $(top), $*.bsv);
$(call xst_compile, $(top), $(part));
endif
########## DC ###########
%-dc: copy_vlog
ifndef top
# Parallel make
#scripts/bsvdeps . $*.bsv 1 > $*.dep
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -f makefile.bsc target TOP=$* GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
# Serial make
$(call vsim_compile, mk$*, $*.bsv);
$(call dc_compile, mk$*, $(pdk));
else
# Parallel make
#scripts/bsvdeps . $*.bsv 1 > $*.dep
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -f makefile.bsc target TARGET=$* TOP=$(top) GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
# Serial make
$(call vsim_compile, $(top), $*.bsv);
$(call dc_compile, $(top), $(pdk));
endif
########## MAP ###########
%-map: copy_vlog
ifndef top
# Parallel make
#scripts/bsvdeps . $*.bsv 1 > $*.dep
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -f makefile.bsc target TOP=$* GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
# Serial make
$(call vsim_compile, mk$*, $*.bsv);
$(call map_compile, mk$*, $(part));
else
# Parallel make
#scripts/bsvdeps . $*.bsv 1 > $*.dep
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -f makefile.bsc target TARGET=$* TOP=$(top) GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
# Serial make
$(call vsim_compile, $(top), $*.bsv);
$(call map_compile, $(top), $(part));
endif
########## BSC ###########
%-bsc: copy_vlog
ifndef top
# Parallel make
#scripts/bsvdeps . $*.bsv 1 > $*.dep
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -f makefile.bsc target TOP=$* GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
# Serial make
$(call vsim_compile, mk$*, $*.bsv);
else
# Parallel make
#scripts/bsvdeps . $*.bsv 1 > $*.dep
#make -j $(NPROCS) -f makefile.bsc DEP=$*.dep GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
#make -f makefile.bsc target TARGET=$* TOP=$(top) GLOBAL_FLAGS="$(GLOBAL_FLAGS)"
# Serial make
$(call vsim_compile, $(top), $*.bsv);
endif
endif
sw:
g++ -o parse_conf parse_conf.cpp
g++ -o parse_traffic parse_traffic.cpp
tmp: copy_vlog
$(call vsim_compile, mkInputVOQs, InputVOQs.bsv);
$(call xst_compile, mkInputVOQs);
tmp2: copy_vlog
$(call vsim_compile, mkTestArbiter8, Arbiters.bsv);
$(call xst_compile, mkTestArbiter8);
tmp3: copy_vlog
$(call vsim_compile, mkVOQRouter_multi_flit_bufs, VOQRouter_multi_flit_bufs.bsv);
$(call xst_compile, mkVOQRouter_multi_flit_bufs);
tmp4: copy_vlog
$(call vsim_compile, mkMultiFIFOMemTest, MultiFIFOMem.bsv);
$(call xst_compile, mkMultiFIFOMemTest);
net: copy_vlog
$(call vsim_compile, mkNetwork, Network.bsv);
net_xst: copy_vlog
$(call vsim_compile, mkNetwork, Network.bsv);
$(call xst_compile, mkNetwork);
net_dc: copy_vlog
$(call vsim_compile, mkNetwork, Network.bsv);
$(call dc_compile, mkNetwork);
net_simple: copy_vlog
$(call vsim_compile, mkNetworkSimple, NetworkSimple.bsv);
net_simple_xst: copy_vlog
$(call vsim_compile, mkNetworkSimple, NetworkSimple.bsv);
$(call xst_compile, mkNetworkSimple);
net_simple_dc: copy_vlog
$(call vsim_compile, mkNetworkSimple, NetworkSimple.bsv);
$(call dc_compile, mkNetworkSimple);
mcr_tb: copy_vlog
$(call vsim_compile, mkMCRouter_tb, MCRouter_tb.bsv);
$(call vcs_compile, mkMCRouter_tb);
mcr_xst: copy_vlog
$(call vsim_compile, mkMCRouter, MCRouter.bsv);
$(call xst_compile, mkMCRouter);
mcn_tb: copy_vlog
$(call vsim_compile, mkMCNetwork_tb, MCNetwork_tb.bsv);
$(call vcs_compile, mkMCNetwork_tb);
mcn_xst: copy_vlog
$(call vsim_compile, mkMCNetwork, MCNetwork.bsv);
$(call xst_compile, mkMCNetwork);
mcn_xst_speed2: copy_vlog
$(call vsim_compile, mkMCNetwork, MCNetwork.bsv);
$(call xst_compile_speed2, mkMCNetwork);
mcn_xst_speed3: copy_vlog
$(call vsim_compile, mkMCNetwork, MCNetwork.bsv);
$(call xst_compile_speed3, mkMCNetwork);
mcn_xst_xupv5: copy_vlog
$(call vsim_compile, mkMCNetwork, MCNetwork.bsv);
$(call xst_compile_xupv5, mkMCNetwork);
mcn_xst_xupv5_speed2: copy_vlog
$(call vsim_compile, mkMCNetwork, MCNetwork.bsv);
$(call xst_compile_xupv5_speed2, mkMCNetwork);
mcn_xst_xupv5_speed3: copy_vlog
$(call vsim_compile, mkMCNetwork, MCNetwork.bsv);
$(call xst_compile_xupv5_speed2, mkMCNetwork);
mcvn_xst: copy_vlog
$(call vsim_compile, mkMCVirtualNetwork, MCVirtualNetwork.bsv);
$(call xst_compile, mkMCVirtualNetwork);
mcvn_xst_speed2: copy_vlog
$(call vsim_compile, mkMCVirtualNetwork, MCVirtualNetwork.bsv);
$(call xst_compile_speed2, mkMCVirtualNetwork);
mcvn_xst_speed3: copy_vlog
$(call vsim_compile, mkMCVirtualNetwork, MCVirtualNetwork.bsv);
$(call xst_compile_speed3, mkMCVirtualNetwork);
mcvn_xst_xupv5: copy_vlog
$(call vsim_compile, mkMCVirtualNetwork, MCVirtualNetwork.bsv);
$(call xst_compile_xupv5, mkMCVirtualNetwork);
mcvn_xst_xupv5_speed2: copy_vlog
$(call vsim_compile, mkMCVirtualNetwork, MCVirtualNetwork.bsv);
$(call xst_compile_xupv5_speed2, mkMCVirtualNetwork);
mcvn_xst_xupv5_speed3: copy_vlog
$(call vsim_compile, mkMCVirtualNetwork, MCVirtualNetwork.bsv);
$(call xst_compile_xupv5_speed3, mkMCVirtualNetwork);
mcvn_tb: copy_vlog
$(call vsim_compile, mkMCVirtualNetwork_tb, MCVirtualNetwork_tb.bsv);
$(call vcs_compile, mkMCVirtualNetwork_tb);
mctraffic_tb: copy_vlog
$(call vsim_compile, mkMCTraffic_tb, MCTraffic_tb.bsv);
$(call vcs_compile, mkMCTraffic_tb);